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worm/screen centrifuge , Barium chlorate Other names Chloric acid barium salt Identifiers CAS number [13477-00-4] Properties Molecular formula Ba(ClO3)2 Molar mass 304.23 g/mol Appearance white solid Density 3.18 g/cm3, solid Melting point 414 C Solubility in water 27.5 g/ml (20 C) Except where noted otherwise, data are given for materials in their standard state (at 25 C, 100 kPa) Infobox references Barium chlorate is a white crystalline solid. It is an irritant, and if consumed can cause nausea, vomiting, and diarrhoea. It is used in pyrotechnics to produce a green colour. Synthesis Barium chlorate can be produced through a double displacement reaction of barium chloride and sodium chlorate. BaCl2 + 2 NaClO3 Ba(ClO3)2 + 2 NaCl It can also be produced through a more complicated non-electrolytic process. BaCl2 + Na2CO3 BaCO3 + 2 NaCl or BaCl2 + 2 NaHCO3 BaCO3 + 2 NaCl + H2O + CO2 In this step barium carbonate is produced, which will be used later. C4H6O6 + NH4OH NH4C4H5O6 + H2O in this step ammonium bitartrate is produced. NH4C4H5O6 + KClO3 KC4H5O6 + NH4ClO3 in this step, the ammonium bitartrate is added to potassium chlorate, which produces potassium bitartrate, but more importantly, ammonium chlorate. 2 NH4ClO3 + BaCO3 + Q Ba(ClO3)2 + 2 NH3 + H2O + CO2 in this step, the ammonium chlorate is added to the barium carbonate and boiled, to produce barium chlorate. References ^ Perigrin, Tom. "Barium Chlorate". Geocities. http://www.geocities.com/CapeCanaveral/Campus/5361/chlorate/barium.html. Retrieved on 2007-02-22.  External links Barium Chlorate v  d  e   Barium compounds BaBr2 | BaCO3 | BaC2O4 | Ba(ClO3)2 | BaCl2 | BaCrO4 | BaF2 | BaFeO4 | BaFe2O4 | BaI2 | Ba(NO3)2 | BaO | BaO2 | Ba(OH)2 | BaS | BaSO4 | BaTiO3  This inorganic compound-related article is a stub. You can help Wikipedia by expanding it. Categories: Barium compounds | Inorganic compounds | Chlorates | Pyrotechnic oxidizers | Pyrotechnic colorants | Inorganic compound stubsHidden categories: Chemical pages needing a structure drawing

Heat Resistant Steel Electrode (HG-HRSE) , The introduction to this article provides insufficient context for those unfamiliar with the subject. Please help improve the article with a good introductory style. This needs additional citations for verification. Please help improve this article by adding reliable references. Unsourced material may be challenged and removed. (June 2006) Unlike single carbon arc welding, in twin carbon arc welding the arc is maintained between two carbon electrodes held in a special holder. Current is switched on and by operating the mechanism of arc length adjustment the two electrodes are brought closer. The two electrodes touch momentarily, then separate and thus an arc is established. The size of the arc depends upon the distance between the electrode tips, electrode diameters and the welding current. The heat input to the job can be varied by changing the arc size or the distance between the arc and workpiece. After striking the arc, welding can be carried out in the same way as in TIG welding process. An AC supply is recommended for twin carbon arc welding. In case a DC supply is used, the positive electrode will disintegrate and consume at a much faster rate as compared to negative electrode, because two-thirds of the total heat is generated at the positive pole. This will produce an unstable arc and require frequent adjustment of the electrodes. In AC welding, because of alternate reversals of polarity, both the electrodes will be affected equally and present no problem. The electrodes employed for twin carbon arc welding are approximately of the same diameter as the workpiece thickness. The magnitude of arc current required for welding depends upon both electrode diameter and plate thickness. For example, an 8 mm diameter electrode will need about 65 amps to weld a mild steel sheet of thickness 3.5 mm and 80 Amps to weld a sheet of 6 mm thickness. Twin carbon arc welding, though more complex than single carbon arc welding, possesses the advantage that arc is independent of the job and can be moved anywhere without getting extinguished. Moreover, the workpiece is not a part of the electrical circuit. External links http://www.fortunecity.com/village/lind/247/weld_book/Ch6.htm Categories: Arc weldingHidden categories: Wikipedia articles needing context | Wikipedia introduction cleanup | Articles needing additional references from June 2006

Micrometer counter ,
Objectives
The functional objectives for fuel injection systems can vary. All share the central task of supplying fuel to the combustion process, but it is a design decision how a particular system will be optimized. There are several competing objectives such as:
power output
fuel efficiency
emissions performanc , oil temperature gauges .
ability to accommodate alternative fuel , outdoor digital thermometers .
reliabilit , fiber optic meter .
driveability and smooth operatio , humidity indicator card .
initial cost
maintenance cost
diagnostic capability
range of environmental operation
Certain combinations of these goals are conflicting, and it is impractical for a single engine control system to fully optimize all criteria simultaneously. In practice, automotive engineers strive to best satisfy a customer's needs competitively. The modern digital electronic fuel injection system is far more capable at optimizing these competing objectives consistently than a carburetor. Carburetors have the potential to atomize fuel better (see Pogue and Allen Caggiano patents).
Benefits
Engine operation
Operational benefits to the driver of a fuel-injected car include smoother and more dependable engine response during quick throttle transitions, easier and more dependable engine starting, better operation at extremely high or low ambient temperatures, increased maintenance intervals, and increased fuel efficiency. On a more basic level, fuel injection does away with the choke which on carburetor-equipped vehicles must be operated when starting the engine from cold and then adjusted as the engine warms up.
An engine's air/fuel ratio must be precisely controlled under all operating conditions to achieve the desired engine performance, emissions, driveability, and fuel economy. Modern electronic fuel-injection systems meter fuel very accurately, and use closed loop fuel-injection quantity-control based on a variety of feedback signals from an oxygen sensor, a mass airflow (MAF) or manifold absolute pressure (MAP) sensor, a throttle position (TPS), and at least one sensor on the crankshaft and/or camshaft(s) to monitor the engine's rotational position. Fuel injection systems can react rapidly to changing inputs such as sudden throttle movements, and control the amount of fuel injected to match the engine's dynamic needs across a wide range of operating conditions such as engine load, ambient air temperature, engine temperature, fuel octane level, and atmospheric pressure.
A multipoint fuel injection system generally delivers a more accurate and equal mass of fuel to each cylinder than can a carburetor, thus improving the cylinder-to-cylinder distribution. Exhaust emissions are cleaner because the more precise and accurate fuel metering reduces the concentration of toxic combustion byproducts leaving the engine, and because exhaust cleanup devices such as the catalytic converter can be optimized to operate more efficiently since the exhaust is of consistent and predictable composition.
Fuel injection generally increases engine fuel efficiency. With the improved cylinder-to-cylinder fuel distribution, less fuel is needed for the same power output. When cylinder-to-cylinder distribution is less than ideal, as is always the case to some degree with a carburetor or throttle body fuel injection, some cylinders receive excess fuel as a side effect of ensuring that all cylinders receive sufficient fuel. Power output is asymmetrical with respect to air/fuel ratio; burning extra fuel in the rich cylinders does not reduce power nearly as quickly as burning too little fuel in the lean cylinders. However, rich-running cylinders are undesirable from the standpoint of exhaust emissions, fuel efficiency, engine wear, and engine oil contamination. Deviations from perfect air/fuel distribution, however subtle, affect the emissions, by not letting the combustion events be at the chemically ideal (stoichiometric) air/fuel ratio. Grosser distribution problems eventually begin to reduce efficiency, and the grossest distribution issues finally affect power. Increasingly poorer air/fuel distribution affects emissions, efficiency, and power, in that order. By optimizing the homogeneity of cylinder-to-cylinder mixture distribution, all the cylinders approach their maximum power potential and the engine's overall power output improves.
A fuel-injected engine often produces more power than an equivalent carbureted engine. Fuel injection alone does not necessarily increase an engine's maximum potential output. Increased airflow is needed to burn more fuel, which in turn releases more energy and produces more power. The combustion process converts the fuel's chemical energy into heat energy, whether the fuel is supplied by fuel injectors or a carburetor. However, airflow is often improved with fuel injection, the components of which allow more design freedom to improve the air's path into the engine. In contrast, a carburetor's mounting options are limited because it is larger, it must be carefully oriented with respect to gravity, and it must be equidistant from each of the engine's cylinders to the maximum practicable degree. These design constraints generally compromise airflow into the engine. Furthermore, a carburetor relies on a restrictive venturi to create a local air pressure difference, which forces the fuel into the air stream. The flow loss caused by the venturi, however, is small compared to other flow losses in the induction system. In a well-designed carburetor induction system, the venturi is not a significant airflow restriction.
Fuel is saved while the car is coasting because the car's movement is helping to keep the engine rotating, so less fuel is used for this purpose. Control units on modern cars react to this and reduce or stop fuel flow to the engine reducing wear on the brakes.
History and development
Herbert Akroyd Stuart developed the first system laid out on modern lines (with a highly-accurate 'jerk pump' to meter out fuel oil at high pressure to an injector. This system was used on the hot bulb engine and was adapted and improved by Robert Bosch for use on diesel engines - Rudolf Diesel's original system employed a cumbersome[citation needed] 'air-blast' system using highly compressed air.[clarification needed]
The first use of direct gasoline injection was on the Hesselman engine invented by Swedish engineer Jonas Hesselman in 1925. Hesselman engines use the ultra lean burn principle; fuel is injected toward the end of the compression stroke, then ignited with a spark plug. They are often started on gasoline and then switched to diesel or kerosene.[citation needed] Fuel injection was in widespread commercial use in diesel engines by the mid-1920s. Because of its greater immunity to wildly changing g-forces on the engine, the concept was adapted for use in gasoline-powered aircraft during World War II, and direct injection was employed in some notable designs like the Daimler-Benz DB 603, the BMW 801, the Shvetsov ASh-82FN (M-82FN) and later versions of the Wright R-3350 used in the B-29 Superfortress.
Alfa Romeo tested one of the very first electric injection systems (Caproni-Fuscaldo) in Alfa Romeo 6C2500 with "Ala spessa" body in 1940 Mille Miglia. The engine had six electrically operated injectors and were fed by a semi-high pressure circulating fuel pump system.
One of the first commercial gasoline injection systems was a mechanical system developed by Bosch and introduced in 1955 on the Mercedes-Benz 300SL. This was basically a high pressure diesel direct-injection pump with an intake throttle valve set up. (Diesels only change amount of fuel injected to vary output; there is no throttle.) This system used a normal gasoline fuel pump, to provide fuel to a mechanically driven injection pump, which had separate plungers per injector to deliver a very high injection pressure directly into the combustion chamber. When combined with Desmo valves in racing the 300 SL was capable of over 100 horsepower per liter, still better than what's commonly possible today without a turbo.
Another mechanical system, also by Bosch, (CIS) but injecting the fuel into the port above the intake valve was later used by Porsche from 1969 until 1973 for the 911 production range in the USA and until 1975 on the Carrera RS 2.7 and RS 3.0 street models in Europe. Porsche continued using it on its racing cars into the late seventies and early eighties. Porsche racing variants such as the 911 RSR 2.7 & 3.0, 904/6, 906, 907, 908, 910, 917 (in its regular normally aspirated or 5.5 Liter/1500 HP Turbocharged form), and 935 all used Bosch or Kugelfischer built variants of injection. The Kugelfischer system was also used by the BMW 2000/2002 Tii and some versions of the Peugeot 404/504 and Lancia Flavia. Lucas also offered a mechanical system which was used by some Maserati, Aston Martin and Triumph models between ca. 1963 and 1973. The first factory electronic fuel injection, a true multi-point system, with dual 2-bbl. throttles, was optional on 1958 Chrysler products, both Hemi and wedge engines. It was jointly engineered by Chrysler and Bendix.
A system similar to the Bosch inline mechanical pump was built by SPICA for Alfa Romeo, used on the Alfa Romeo Montreal and on US market 1750 and 2000 models from 1969 until 1981. This was specifically designed to meet the US emission requirements, and allowed Alfa to meet these requirements with no loss in performance and a reduction in fuel consumption.
Chevrolet introduced a...

Table Tops ,
Meteorological history
Storm path
The storm formed as a Cape Verde-type hurricane in the eastern Atlantic Ocean. It reached Category 5 status east of the Bahamas around September 20 before turning northward.
This storm was extremely unusual in that its forward speed approached 70 mph (110 km/h). The unusual rapid movement allowed the hurricane to travel far to the north before it had a chance to weaken over cooler waters and earned it the nickname "Long Island Express."
The hurricane was forecast by the U.S. National Weather Service to curve out into the Atlantic Ocean but instead continued almost due north. It made landfall in Suffolk County on Long Island, New York on September 21, 1938 as a strong Category 3 hurricane on the present-day Saffir-Simpson Hurricane Scale with a central pressure of 946 mbar (hPa). It then traveled across Long Island Sound into Connecticut, Rhode Island, Massachusetts, New Hampshire, Vermont, and finally into Canada while still moving at an unusually high speed , glass desk furniture .
The hurricane hit Long Island around 3:30 p.m., which was just a few hours before astronomical high tide. At this time the eye was about 50 miles (80 km) across and the hurricane was about 500 miles (800 km) wide , wooden dining table .
Impac , quality wood furniture .
Costliest U.S. Atlantic hurricane , traditional leather sofa .
Total estimated property damage, adjusted for wealth normalization
Rank
Hurricane
Season
Cost (2005 USD)
1
iami
1926
$157 billion
2
alveston
1900
$99.4 billion
3
Katrina
2005
$81.0 billion
4
alveston
1915
$68.0 billion
5
Andrew
1992
$55.8 billion
6
ew England
1938
$39.2 billion
7
ubalorida
1944
$38.7 billion
8
keechobee
1928
$33.6 billion
9
Donna
1960
$26.8 billion
10
Camille
1969
$21.2 billion
Main article: List of costliest Atlantic hurricanes
Rainfall from Long Island Express Hurricane
The majority of the storm damage was from storm surge and wind. Damage is estimated at $6 billion (2004 USD), making it among the most costly hurricanes to strike the U.S. mainland. It is estimated that if an identical hurricane struck today it would cause $39.2 billion (2005 USD) in damage.
Approximately 600 people died in the storm in New England, most in Rhode Island, and up to 100 people elsewhere in the path of the storm. An additional 708 people were reported injured.
In total, 4,500 cottages, farms, and other homes were reported destroyed. An additional 25,000 homes were damaged. Other damages included 26,000 automobiles destroyed, and 20,000 electrical poles toppled. The hurricane also devastated the forests of the Northeast, knocking down an estimated 2 billion trees in New York and New England. Freshwater flooding was minimal, however, as the quick passage of the storm decreased local rainfall totals, with only a few small areas receiving over 10 inches (250 mm) of rain.
New York
New York City caught the western edge of the hurricane. Winds up to 75 mph blew throughout Manhattan causing the East River to flow three blocks inland. Power was lost throughout the entire city. Brooklyn, Queens, and Nassau Counties, located on the western end of Long Island, were hammered with stronger hurricane force winds in excess of 100 mph but survived the worst wrath of the storm surge due to being on the storm's weaker west side.
Eastern Long Island suffered the worst wrath of the storm. The Dune Road area of Westhampton Beach, was obliterated resulting in 29 deaths. A cinema at Westhampton was also lifted out to sea: around 20 people at a matinee, and the theater projectionist and all landed two miles (3 km) into the Atlantic and drowned. There were 21 other deaths through the rest of the east end of Long Island. The storm surge temporarily turned Montauk into an island as it flooded across the South Fork at Napeague and obliterated the tracks of the Long Island Rail Road.
The surge rearranged the sand at the Cedar Point Lighthouse so that the island became connected to what is now Cedar Point County Park. The surging water created the present-day Shinnecock Inlet by carving out a large section of barrier island separating Shinnecock Bay from the Atlantic Ocean. The storm toppled the landmark steeple of the tallest building in Sag Harbor the Old Whaler's Church. The steeple has not been rebuilt. Wading River suffered substantial damage.
In Greenport, on the North Fork of Long Island, the storm blew down the movie theatre located on Front Street.
Rhode Island
Damage in Island Park, Rhode Island
The storm surge hit Westerly, Rhode Island at 3:50 p.m. EDT, resulting in 100 deaths there alone.
The tide was even higher than usual because of the Autumnal Equinox and full moon. The hurricane produced storm tides of 14 to 18 feet (5 m) across most of the Long Island and Connecticut coast, with 18- to 25-foot (8 m) tides from New London east to Cape Cod. The storm surge was especially violent along the Rhode Island shore, sweeping hundreds of summer cottages out to sea. As the surge drove northward through Narragansett Bay, it was restricted by the Bay's funnel shape and rose to nearly 16 feet (15.8) feet above normal spring tides, resulting in more than 13 feet (4.0 m) of water in some areas of downtown Providence. Several motorists were drowned in their autos.
Many homes and structures along the coast were destroyed as well as many structures inland along the hurricane's path. Entire beach communities on the coast of Rhode Island were obliterated. Napatree Point, a small cape that housed nearly 40 families between the Atlantic Ocean and Little Narragansett Bay just off of Watch Hill, Rhode Island, was completely swept away. Today, Napatree is wildlife refuge with no human inhabitants. The only structures lying directly on the coast that survived the storm were the immense stone mansions in Newport, mostly because the largest mansions were along the Cliff Walk, high above the waves, though several, including The Breakers and Carey Mansion (known at that time as Seaview Terrace) still bear scars from the high winds of the storm.
One of the more tragic stories related to the storm was that of the seven children who died after driver Norman Caswell abandoned their school bus while trying to cross a narrow causeway known as Mackerel Cove in Jamestown, Rhode Island. Halfway through the cove, the bus stalled; the children evacuated and formed a human chain, believing they would be safer. The chain broke and the children were washed away, later to be found at various locations along Narragansett Bay. The only survivors were Caswell and Clayton Chellis (whose sister perished and brother chose to ride home with friends instead, saving his life). Caswell was blamed by many in the town for the children's deaths and never drove the bus again.[citation needed]
A few miles from Conanicus Island, keeper Walter Eberly lost his life when Whale Rock lighthouse was swept off its base and into the raging waves. His body was never found.
Connecticut
Flooding in Bushnell Park in Hartford, Connecticut in the aftermath of the hurricane
Tobacco barn in Connecticut, 1938, by Sheldon Dick
Eastern Connecticut was in the eastern side of the hurricane. Long Island acted as a buffer against large ocean surges, but the waters of Long Island Sound rose to unimaginable heights. Small shoreline towns to the east of New Haven had nearly complete destruction from the water and winds. To this day, the 1938 hurricane holds the record for the worst natural disaster in Connecticut's 350-year history.
In the beach towns of Clinton, Westbrook, and Old Saybrook, buildings were found as wreckage across coastal roads. Actress Katharine Hepburn waded to safety from her Old Saybrook beach home, narrowly escaping death. She stated in her 1991 book that 95% of her personal belongings were either lost or destroyed, including her 1932 Oscar which was later found intact.[citation needed] In Old Lyme, beach cottages were flattened or swept away. Along the Stonington shorefront, buildings were swept off their foundations and found two miles (3 km) inland. Rescuers later searching for survivors in the homes in Mystic found live fish and crabs in kitchen drawers and cabinets.
New London was first swept by the winds and storm surge; then the waterfront business district caught fire and burned out of control for 10 hours. Stately homes along Ocean Beach were leveled by the storm surge. The permanently anchored 240-ton lightship at the head of New London Harbor was found on a sand bar two miles (3 km) away.
Interior sections of the state experienced widespread flooding as the hurricane's torrential rains fell on soil already saturated from previous storms. The Connecticut River was forced out of its banks, inundating cities and towns from Hartford, to Middletown.
Massachusetts
The eye of the storm followed the Connecticut River north into Massachusetts, where the winds and flooding killed 99 people. In Springfield, the river rose to 6 to 10 feet (3 m) above flood stage, causing significant damage. Up to six inches (152 mm) of rain fell across western Massachusetts, which combined with over...

Hood Zipper Jacket ,
Children Walking Tall is a UK and India charity co-founded by Robert Lyon and Shermina Ganatra in 2004. The organisation works with slum and street children in India. Shermina and Robert spent 6 months in Goa volunteering for these children but decided that the best way of helping would be to start theit own charity, it's aim being to give the children living in the slums and on the streets in India a childhood worth remembering. Children Walking Tall operates a children's home and drop in centre called The Mango House.
The Children They Help Most of the children that they help are from the slums or those working on the streets. Slums are often temporary areas hidden away behind buildings and down small tracks, many have no electricity or running water which results in poor hygiene and sanitation. They also help children from families that migrate looking for work. These children can often be found playing and living at the side of busy roads or on building sites. Lack of nourishment and poor living conditions increase the chance of severe health problems.
They also do outreach work that extends into Maharastra and Karnataka, where they provide clothes, fruit, toys and educational items to children living in similar conditions.
With the help of volunteers they set up small school sessions in the slums. During this time they provided just basic lessons in English, Maths, Crafts and Play. Good relationships with the families has allowed them to continue their work to this * * day. In May 2005 they found a permanent home for the charity The Mango House. At this time it was a run down Portuguese house that hadn been lived in for many years. The next six to eight months were spent working on the house, changing it from a shell into a lively centre to which children can come for healthy food, medical care, a safe/dry place to rest and to join in with creative and fun education. The house is open to all children no matter what their background, religion or circumstances.
They provide
Good nourishing food that gives the children the basic nutrients needed to grow into strong healthy adults.
Informal education for the children that's fun, exciting and useful.
Access to formal schooling, allowing the children the chance of a proper education that will enhance their chances of employment.
Access to quality health care to ensure that the children stay fit and healthy. We have dealt with many severe cases including burns, Leprosy, TB, Malaria and many other issues.
Showers and washing facilities. This simple measure helps control the spread of skin infections which are common amongst the children. It also gives them a sense of pride in their appearance.
Appropriate clothes and footwear are given to both the children in the house and those in the slums.
Above all they provide a caring, stable environment that the children can rely upon.
Daily fruit visits to local slums and regular clothing distribution.
Contents
1 News snippets (July/August Newsletter)
2 News snippets (May / June Newsletter 07)
3 Featured In
4 External links
//
News snippets (July/August Newsletter)
A young girl seriously burned We received some terrible news recently about one of the young girls who attends he Mango House. The girl had returned to her native village in Karnataka a couple of months ago where she worked in the fields and also cooked for the family at home. One day while at home she reached over while cooking, her dress got too close to the fire and caught alight. She didn't know what to do and ran out of the house screaming. Neighbours saw her and threw water over her to put out the flames.
Independence Day - Campal Children Park Independence day was celebrated in Goa, as it was throughout India. For our own little celebration the children made flags and as a special treat we took them to the Campal Children park in Panjim. We were lucky to have a dry sunny day and the children had lots of fun playing on the swings and slides. The park has simple equipment but it was enough to keep the children thoroughly entertained for the whole day. It was a great sight to see the children having fun. The day finished with drinks and fruit. Thank you to all the volunteers who kept an eye on the children, although I think the volunteers enjoyed it just as much as the children!
News snippets (May / June Newsletter 07)
School As well as getting all the children who attend 'The Mango House' into school, we also have a programme where we help other local children with their educational needs. Unfortunately one of the main reasons that children don't attend school is financial. Although in theory education is free and they don't have to pay school fees, for many families living in the slums, the lack of available money for school uniforms, books, shoes, bags etc means that the children cannot afford to attend school. This year, we have helped around 70 children with these items. As well as getting them into school, we follow their progress and talk regularly with the schools to try and help the children as much as possible.
Hospital Admissions There have been several children requiring hospitalisation during the last couple of months. Just recently, a further three children have been admitted. Two of the admitted children are siblings, a brother and sister, both with similar symptoms. The elder of the two had a scorching 42.3 / 108.1 degree temperature which is life threatening. Both were admitted into hospital for 5 days where malaria was finally confirmed.
Featured In
Been featured on SF Television Switzerland "einfachluxurios GOA" (8/02/2007]
Children Walking Tall is mentioned in the latest version of Lonely Planet (India).
Zee Magazine (London Edition) Article
Warship (TV series) Featured in the last episode of the UK TV Series of Warship
External links
Children Walking Tall
My compassionate crusade to help hildren Walking Tall
SF Television PDF Document
SF Television Programme List
Categories: Children's charities | Educational charities | Charities based in India | Non-profit organisations based in India | Charities based in the United Kingdom
Hidden categories: Orphaned articles from July 2008 | All orphaned articles To get More information , you can visit some products about sheer organza ribbon, bra invisible, lace crochet, hot buckles, . The Hood Zipper Jacket products should be show more here!

arts and crafts,vases,woodcarvings made in china for sale , For other uses, see Captain Crunch. A box of the Cap'n Crunch breakfast cereal, featuring the Cap'n Crunch character. Cap'n Crunch is a sweetened corn and oat breakfast cereal manufactured by Quaker Oats Company and introduced in 1963. Pamela Low, a flavorist at Arthur D. Little and "the mother of Cap'n Crunch," developed the flavor from a brown sugar and butter recipe that her grandmother had served over rice. Former Quaker Oats food scientist turned winemaker, Chaim Di Arie may be considered the father of Cap'n Crunch as he is often credited with its invention. This is because Di Arie invented the flavor extrusion process used to put the flavors from Pamela Low's recipe into the cereal. Additionally, Robert Rountree Reinhart Sr is credited with inventing the cereal as he headed the team working on its development. In 1965 the Quaker Oats company awarded Reinhart the Fredus N. Peters Award for his leadership in directing the team of researchers responsible for the development of Cap'n Crunch. Contents 1 Variations 2 Advertising 2.1 The Soggies 3 Relation to hacking culture 4 References 5 External links // Variations Regular flavor Cap'n Crunch Cap Crunch Crunch Berries A Cap Crunch Crunch Berries version of the cereal was created in 1967 and also contained spherical pieces in red, intended to represent berries, and a mascot was introduced called the Crunch Berry Beast. In the 90s, two additional colors of the Crunchberries (blue and purple) were added to the mix and then a third (green) in 2002. All are flavored the same, regardless of color. Peanut Butter Crunch Peanut Butter Crunch would follow two years later in 1969, with a large elephant named Smedley as its mascot; according to sales charts, this version was the most successful at the time. Punch Crunch, Vanilly Crunch, Cinnamon Crunch Three more editions were issued in the early 70s -- Punch Crunch, Vanilly Crunch, and Jean LaFoote Cinnamon Crunch -- but were later discontinued. Punch Crunch was fruit-flavored cereal rings, and the mascot was sailor-clad hippopotamus named Harry. Choco Crunch In 1982, a variant called Choco Crunch, featuring the mascot "Chockle the Blob", was introduced. This version contained the yellow corn squares, plus chocolate flavored pieces similar to Crunch Berries. Recently, the "Choco Crunch" brand was reintroduced, but this time consisting of chocolate flavored corn squares, unlike the original version, which was a mix of yellow corn squares and chocolate puffs. Christmas Crunch A special edition named Christmas Crunch was first released for the 1988 holiday season and contained Cap Crunch with red and green Crunch Berries in a green box with the Cap wearing a Santa Claus hat (originally also containing a toy or Christmas tree ornament inside the box). This variety is now only available currently in certain regions of the United States (and was recently changed to a gold box). Oops, All Berries First released in 1997 another special edition was ops! All Berries containing nothing but the strawberry flavored Crunch Berries and none of the corn squares. Galactic Crunch A discontinued version which featured space-related marshmallows. Choco Doughnuts A discontinued version which featured chocolate flavored doughnut shaped cereal with candy sprinkles Home Run Crunch A limited edition version of the cereal. It has the flavor of Berry Crunch but the pieces of the cereal are shaped as bats and balls. Cap'n Crunch's Mystery Volcano Crunch Red and yellow fruit flavored berries with "'free' packet of lava rocks that pop in milk!" Cap'n Crunch's Oops! Smashed Berries Oops! All Berries cereal with flat berries that the kids smashed Cap'n Crunch's CoZmic Crunch Star shaped berries with "'free' orange space dust that turns milk green" Advertising Cap'n Crunch TV commercials have aired since 1963. The first Cap Crunch commercials, featured four children (Alfie, Brunhilde, Carlyle, and Dave) and the canine Sea Dog, who sailed with the Cap on his ship, The Good Ship Guppy. The crew was tasked with keeping the cereal safe from the Cap nemesis, Jean LaFoote, the Barefoot Pirate. The characters also appeared in a comic book included in Cap Crunch cereal boxes. Jay Ward is credited with the creation of the Cap Crunch character and his Jay Ward Studios produced the first Cap Crunch commercials. The commercials have historically used basic cartoon animation; however, Vinton Studios produced a claymation ad during the 80s. In 1999, an advertising campaign starred Cap'n Crunch travelling to the center of the Earth after learning that the main ingredient in Cap'n Crunch cereal, known as crunchium, was being stolen by "The Crunchium Thieves." Cap'n Crunch turned for help to the creatures that live in the center of the Earth, "The Crunchlings." During this campaign, a PC game known as Cap'n Crunch's Crunchling Adventure was released with the cereal to raise a Crunchling and train it to defeat the leader of the Crunchium Thieves in a skateboarding, jumping or throwing contest. In May 2007 Cap'n Crunch's full name was revealed as Captain Horatio Magellan Crunch. It was also revealed on Cap'n Crunch's own baseball card (Cap'n Crunch's Home Run Crunch cereal) that he was "young" in 1963 but according to the picture, old enough to have white hair and mustache. Daws Butler was the original voice of the Cap and continued in the role until his death in 1988. Other characters in the original ads were voiced by Ward Studio veterans June Foray, Bill Scott, and Paul Frees. In modern TV ads Cap Crunch is often seen riding his ship through a wall as the whistle blares. He often comes in the middle of a predicament and uses his cereal to solve the problem at hand by runch-a-tizing it. Another reference to the cereal crunchiness, a regular theme used to feature Cap Crunch battling off the evil oggies who attempted to og out the taste of his cereal. In a recent ad, Jean LaFoote returns, this time trying to steal the Captain's cereal recipe. Cap Crunch was the most popular children's cereal from 19651971 when Post released its fruit-flavored crispy rice cereal known as Fruity Pebbles.[citation needed] It took six years for Crunch to dominate the segment again, releasing a new flavor of the crunch berry ingredient, grape. The Soggies The Soggies were a fictional race of white, blob-like, wet beings with the power to prematurely dampen breakfast cereals. During the eighties they were the frequent adversaries of Cap'n Crunch, and would often attempt to dampen his cereal while children ate it for breakfast. The Soggies haven't been seen for a number of years, but at their height they were even featured in a Spider-Man/Cap'n Crunch crossover promotion[citation needed] in which the Soggies purportedly had captured Spider-Man and concerned citizens could call a hotline to help "save" him. Relation to hacking culture Main article: John Draper Cap'n Crunch Bosun whistle CA 1971. In early 1971, a Vietnam War veteran named John Draper (later nicknamed Captain Crunch, Crunch, or Crunchman) discovered with his friend Joe Engressia that a toy whistle that was, at the time, packaged in boxes of the cereal could be easily modified to emit a tone at precisely 2600 hertz, the same frequency that was used by AT&T long lines to indicate that a trunk line was ready and available to route a new call. This would effectively disconnect one end of the trunk, allowing the still-connected side to enter an operator mode. This resulted in, among other things, the ability to place free phone calls to anywhere in the world and operator-like control over the phone system. Experimenting with this whistle inspired Draper to build blue boxes,... To get More information , you can visit some products about used tv prices, scrap aluminium prices, hard wheat, aluminum scrap prices, mini baking, glutinous rice, soft wheat, quick oats, bamboo rice, pakistani rice, . 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14pcs Kitchen Knives with a Wooden Block and A Scissor , 07"Greeks Bearing Gifts" Torchwood episode The alien reveals herself to Tosh. Cast John Barrowman Captain Jack Harkness Eve Myles Gwen Cooper Burn Gorman Owen Harper Naoko Mori Toshiko Sato Gareth David-Lloyd Ianto Jones Guest stars Daniela Denby-Ashe Mary Tom Robertson Soldier Ravin J Ganatra Neil Eiry Thomas Carol Shaheen Jafargholi Danny Paul Kasey Weevil Production Writer Toby Whithouse Director Colin Teague Scripteditor Brian Minchin Producer Richard StokesChris Chibnall (co-producer) Executive producer(s) Russell T DaviesJulie Gardner Productioncode 1.7 Series Series 1 Length 50 mins Originallybroadcast 26 November 2006 Chronology ?Precededby Followedby? "Countrycide" "They Keep Killing Suzie" IMDbprofile "Greeks Bearing Gifts" is an episode of the British science fiction television series Torchwood. It is the seventh episode of the first series, which was broadcast on 26 November 2006. Contents 1 Synopsis 2 Plot 3 Continuity 4 Music 5 Outside references 6 External links // Synopsis Faced with sudden telepathic abilities, Toshiko finds a mixed blessing when the dark secrets of others are revealed to her. Plot The Torchwood team are called to a building site where they find a human skeleton with a rusted alien artifact buried in the ground. They return the skeleton and artifact to the Hub, and Owen identifies the skeleton as a woman who died from a gunshot, having been buried there for nearly two centuries. Owen and Gwen flirt around the Hub, distracting Tosh enough to make her step out and go to a nearby pub for a drink. There, Tosh meets Mary who introduces herself as a "Scavenger", a person that collects alien objects. Mary explains she knows everything about Torchwood and Tosh's background from a pendant that gives the wearer mind-reading powers, and presents it to Tosh. Tosh is initially overwhelmed by the thoughts of others, but is able to focus on Mary's thoughts which suggest Mary has a romantic interest in Tosh. Tosh claims she needs to show the pendant to the others at Torchwood, but Mary asks her not to. Tosh returns to the Hub to investigate the pendant further, but is shocked when she reads the thoughts of Owen and Gwen about her as they flirt. Tosh races home to find Mary waiting for her. Tosh tries to return the pendant, but Mary insists she wear it, and lets Tosh read her mind, again showing a romantic interest in Tosh. Tosh and Mary break into a kiss and spend the night together. Tosh wakes up feeling guilty about what she did, but Mary insists that the pendant can be used for good ways. Tosh asks Mary who she really is, and Mary replies "Philoctetes". Tosh takes Mary's advice and overhears the thoughts of a man who is on his way to kill his ex-wife and son, and is able to stop him before he can harm them. She returns to the Hub to find that Owen is being teased by the others about misidentifying the skeleton; it was actually that of a man that died of an unidentified trauma. Tosh asks Jack about the name "Philoctetes", and he explains it is a Greek mythology character that was exiled to the island of Lemnos. Tosh meets with Mary again, who starts to ask questions about the artifact found with the skeleton, and tells Tosh that Jack is withholding information from her. Tosh asks Jack about the artifact but Jack admits he is still looking into it; Tosh finds she cannot read Jack's mind to find out what he is thinking. Tosh returns to Mary with this information, and Mary reveals herself to be an exiled alien: the pendant she gave Tosh is their way of communication, and the artifact is a transporter that brought her to Earth and her way to leave the planet. Tosh offers Torchwood's help, but Mary refuses, and instead insist that Tosh bring Mary to Torchwood to retrieve the artifact themselves. Meanwhile, Owen's investigation of the skeleton reveals several more cases of similar trauma reported in the last two centuries. Tosh brings Mary into Torchwood, where they find Jack holding the artifact. Jack explains that it is actually a two man transporter for a guard and a prisoner. Through flashbacks, Mary explains that when the transporter landed in Cardiff in 1812, she killed her guard and then took the body of a human prostitute, killing others to keep her human form through the centuries. Mary then quickly takes Tosh at knife point and demands the transporter back. Jack obliges, but as soon as Mary holds it, it activates and it disappears along with Mary. Jack explains that he programmed the device to teleport to the center of the sun. As the team recovers, Tosh apologizes to Gwen and Owen for her behavior, and then, when presented with Jack whether to keep the pendant, she smashes it on the pavement, though she admits to Jack that when she had tried to read his mind, it was like reading that of a dead man. Continuity For the dating of this episode, see the Chronology. A pair of 3-D glasses, originally used by the Tenth Doctor in "Doomsday" and seen in "Small Worlds", makes another fleeting appearance. Also visible is a rifle used against the Daleks in "Doomsday", and a replica of the Doctor's sonic screwdriver can be seen on Toshiko's desk. The Sycorax Leader's staff and sword from Doctor Who episode The Christmas Invasion are visible next to the Doomsday Rifle. Presumably the sword was retrieved with the severed hand of the Doctor or from The Sycorax Leader with the staff. A man of questionable mental state is said to be having visions of Cybermen. Jack has asked Toshiko to prepare "a list" for UNIT, the first verbal mention of that organisation in the series. Jack speaks to the Prime Minister on the telephone asking why documents listing Torchwood operations are being giving to the opposition, believed to be Harold Saxon. Some scan images of the Cyberwoman are in the autopsy room where the body they find is being held. Toshiko now knows about the affair between Gwen and Owen, first seen at the end of "Countrycide". An alien of the same race as Mary appears in The Sarah Jane Adventures pilot episode "Invasion of the Bane", albeit this time as a "star poet". The episode clarifies that Mary's home planet is called "Arcateen 5" and that they are largely a peaceful race. Although this particular species has been referenced in the Torchwood novel Something in the Water as "Arcateenians", the Sarah Jane website originally referred to this alien species as the "Butterfly People". Music The songs "Spitting Games" by Snow Patrol (when Mary introduces herself to Toshiko, last heard in "Everything Changes"), "Sing" by Travis (when Tosh tells Mary about alien cultures & artefacts, last heard in "Ghost Machine"), "Drag" by Placebo (when Mary tells Tosh about the pendant and tells her to keep it) and "Suddenly I See" by KT Tunstall (when Mary kisses Tosh in the cafe then asks about the object from the building site) are featured in this episode. Outside references The phrase "Beware Greeks bearing gifts" refers to the Trojan horse described in Virgil's The Aeneid. James Bond and the film Alien are referenced. Jack makes a reference to the American television series Quincy, M.E. when Owen is first examining the skeleton at the building site ("Good job, Quincy"). Mary quotes the poem Kubla Khan by Samuel Taylor Coleridge. The historical Kublai Khan appeared in the First Doctor serial Marco Polo (1964). The overheard thought "Six cigarettes today and all of them post-coital... glorious." is a quote from Bridget Jones's Diary. Gwen teases Owen by... To get More information , you can visit some products about obd 2 reader, sd memory reader, accesories for hair, grooming scissors, name brand cosmetics, homemade hand cream, salon scissors, dvd card reader, orange peeler, electric mens razors, . The 14pcs Kitchen Knives with a Wooden Block and A Scissor products should be show more here!

Small Glass Double Straight-line Edging Machine LSZM1200-12 , A decrease in knitting is a reduction in the number of stitches, usually accomplished by suspending the stitch to be decreased from another existing stitch or by knitting it together with another stitch. Contents 1 Methods of Single Decreasing (knitting) 2 Methods of Double Decreasing (knitting) 3 Relation to binding off 4 Role in fabric shaping 5 External links 6 References // Methods of Single Decreasing (knitting) When more than one stitch is suspended from a stitch, they can hang in different orders. For example, the first stitch could be on top of the second stitch (when seen from the right side) or the reverse, leaning to the left or the right. The order of stitches is important, both for appearance and for the way it pulls the fabric. K2tog ("knit two together") -- Work to the two stitches to be decreased, insert the right-hand needle into the first two stitches as if to knit, wrap yarn around needle in normal manner, slip the two stitches off together and drop them. This creates a right-leaning decrease. SSK ("slip, slip, knit") -- Work to the two stitches to be decreased, slip two stitches one at a time to the right-hand needle, as if to knit; insert the left-hand needle into the two stitches from front to back, knit the two stitches together and drop them. This creates a left-leaning decrease. S1, K1, PSSO ("slip one, knit one, pass slipped stitch over") -- This results in a similar look to the SSK but can appear less tidy. Work to the two stitches to be decreased, slip next stitch to the right-hand needle as if to knit, knit next stitch, pass slipped stitch over knit stitch. Also creates a left-leaning decrease. Methods of Double Decreasing (knitting) Sometimes a double decrease is made, in which three stitches are suspended from a single stitch. This allows for six possible stitch orders: 123, 132, 213, 231, 312 and 321. Here, the first number is the topmost stitch, and the last number is the bottommost stitch. Thus, 213 means that the second stitch is uppermost (as seen from the right side), followed by the first, then third stitches. The uppermost stitch is most important; there is not much visual difference between 213 and 231. The simplest double decreases are k3tog and p3tog, which both slant to the right. An attractively symmetric double decrease is 213, which can be done as follows: slip stitches 1 and 2 knitwise simultaneously, knit stitch 3, then pass the slipped stitches over the just-knitted stitch. Relation to binding off Binding off is effectively a series of adjacent decreases. The simplest binding off method is to pass each knitted loop over the loop next to it. The final loop is secured by passing the knitting yarn through it, so it is best to start at the point furthest from the knitting yarn. This makes a tight edge, in contrast to other binding off methods that have a tendency to flare out. This method also does not require that the knitting yarn be nearby, so it can be done at any time or position, e.g., to form button holes. The next simplest binding off is successive k2tog or p2tog stitches, or their counterparts k2tog tbl and p2tog tbl. In all these cases, the knitted stitch is returned to the left needle, to be combined with the following stitch. Role in fabric shaping Decreases are useful in shaping the edges of knitted pieces, and also in creating surface curvature in pieces, e.g., by creating darts. External links Videos from KnittingHelp.com References Hiatt, June Hemmons (1988). The Principles of Knitting. New York: Simon and Schuster. pp.5865. Reader's Digest Complete Guide to Needlework. Reader's Digest Association. 1979. Vogue Knitting: The Ultimate Knitting Book. New York: Sixth and Spring Books. 2002. Wiseman, Nancie M. (2002). The Knitter's Guide to Finishing Techniques. Woodinville, WA: Martingale & Company. pp.3442. v?d?eKnitting Tools and materials: Boucl Eyelash yarn Knitting needle Needle gauge Novelty yarn Yarn Variegated yarn Styles: Circular Combined knitting Continental knitting English knitting Flat Warp knitting Weft knitting Stitches: Decrease Dip stitch Elongated stitch Increase Plaited stitch Yarn over Techniques: Basketweave Bead knitting Bias knitting Binding off Bobble Brioche knitting Buttonhole Cables Casting on Double knitting Drop-stitch knitting Entrelac Faggoting Fair Isle Finger knitting Gather Grafting Hemming Intarsia Lace Medallion knitting Picking up stitches Pleat Ribbing Shadow knitting Short row Slip-stitch knitting Spool knitting Tuck Uneven knitting Weaving Welting Patterns: Aran Argyle Machine knitting: Complete garment knitting Fully-fashioned knitting Knitting machine Stocking frame Knitters anddesigners: Nicky Epstein Kaffe Fassett Knitters in literature Marianne Kinzel William Lee Gwen Matthewman Shannon Okey Stephanie Pearl-McPhee Alice Starmore Debbie Stoller Meg Swansen Barbara G. Walker Elizabeth Zimmermann Related: Basic knitted fabrics Blocking Dye lot Gauge History Knitta Knitted fabric Knitting abbreviations Selvage Steek Stitch 'n Bitch Categories: Knitting stitches To get More information , you can visit some products about automobile motors, japanese used engines, gas bicycle motors, planetary gearboxes, air compressor motors, quick disconnect coupling, pocket bike motors, ford zetec engine, honda boat motors, wheel gears, . The Small Glass Double Straight-line Edging Machine LSZM1200-12 products should be show more here!

usb flash drive , The Graffiti Research Lab Nationality American Field video, performance, new media art, street art, graffiti Works LASER Tag, LED Throwies Graffiti Research Lab, founded by Evan Roth and James Powderly during their fellowships at the Eyebeam OpenLab, is an art group dedicated to outfitting graffiti writers, artists and protesters with open source technologies for urban communication. The members of the group experiment in a lab and in the field to develop and test a range of experimental technologies. They document those efforts with video documentation and DIY instructions for each project and make it available for everybody. The Graffiti Research Lab is particularly well-known for inventing LED Throwies, which were likely the inspiration for the advertisers who distributed mooninites around Boston and Cambridge in the well-publicized 2007 Boston Mooninite Scare. The Graffiti Research Lab is currently housed at Free Art & Technology Labs (a.k.a. FATLAB), a non-profit research lab that supports artists, engineers, designers and entertainers whose work directly enriches the public domain. (FATLAB website) Localized cells were founded in Vienna, Amsterdam, and Mexico, copying and extending the work of the NY based organization. For example, the inventions are reproduced and deployed locally and the exhibition of the MBU at Prix Ars Electronica was done in cooperation with GRL Vienna. The cells cooperate and communicate, but are not one formal organization. Contents 1 Inventions 2 Members 3 Exhibitions 4 References 5 External links // Inventions LED throwies GRL Mobile Broadcast Unit (MBU) Laser tagging LED Throwies L.A.S.E.R. Tag, a computer vision system paired with a projector that enables one to write on walls using a high-power laser pointer. Electrograf, a technique for building circuits on any surface using electrically conductive paint and/or tape High Writer, an extension pole for tagging hard-to-reach locations, based on an initial design by Barry McGee. Night Writer, for putting LED throwies in hard-to-reach locations by mounting them on a grid to write text. Graffiti POV CAM Homeland Security Advisory System, installed at 11 Spring Street in Soho, NYC Members Founders Evan Roth James Powderly Collaborators Bennett Williamson Theo Watson Steve Lambert Jamie Wilkinson Mike Baca Todd Polenberg Exhibitions Prix Ars Electronica, Linz, Austria, (Official Website 2006), (Official Website 2007) NUART, Stavanger, Norway, (Official Website 2006) SIGGRAPH, Boston, USA, (Official Website 2006) Maker Faire, SF Bay Area, USA,(Official Website 2006) Transitio, Mexico City, Mexico, 2007, (Official Website) Art Rotterdam, Rotterdam, Netherlands, 2007, (Official Website) OFFF, Barcelona, Spain, (Official Website 2007) Open City, Eyebeam Atelier, NYC, 2007, (Official Website) Sundance Film Festival, Park City, USA, 2008(Official Website) Museum of Modern Art, New York City, USA, 2008 (Official Website) References ^ GRL Vienna ^ GRL Amsterdam ^ GRL Mexico External links Graffiti Research Lab Eyebeam Artkrush.com feature on Graffiti Research Lab, January 2007 Article: Geek Graffiti Takes on New York Article: The Writing's On the Wall (The Writing's Off the Wall) (New York Times) Article: Graffiti Goes LED (Wired) Article: Food for the Eyes and Ears (TIME) Article: Graffiti by the (Extensively Analyzed) Numbers (New York Times) Categories: American artist groups and collectives | Graffiti and unauthorised signage | American websites | Dutch websites Hidden categories: Articles lacking reliable references from October 2008 | All articles lacking sources To get More information , you can visit some products about pedicure foot file, computer mouse pen, boxes organizer, wholesale pens, microphone tie clip, calcium carbonate chalk, wall pocket organizer, digital voice pen, colored mechanical pencils, 1 2 hole punch, . The usb flash drive products should be show more here!

Electric Liquid Mosquito Destroyer , MIL STD 130 is a standard that is mandated by the DoD for any item to be UID compliant. MIL-STD-130 permits printing or marking the UID symbol with most of the conventional technologies used to produce a name plate or a label and this standard can be easily incorporated with any existing source or process. As per the DoD mandate, all assets and personal properties including assets in the possession of the contractors must be marked with a unique serialized identification number in compliant with MIL-STD-130. MIL STD 130 standard requires all government furnished property in possession of contractors (PIPC), qualifying end item deliverables and legacy items ought to be marked with a machine readable 2D Data Matrix bar code. It doesn matter if a durable polyester label or a direct part mark technology such as dot peen, ink jet, laser etch or chemical etch are used; however, the bar code must meet printing or marking specifications. Contents 1 Unique Identifier (UID) 2 Processes of Choosing MIL STD 130 3 Amendment to MIL STD 130 4 Specifications 5 External links // Unique Identifier (UID) Unique identifier (UID), also referred as Item Unique Identification (IUID) in the DoD terminology, marks all tangible items in the form of a number, character string, or sequence of bits assigned to separate entity or its relevant attribute that uniquely distinguish it from other entities. Every unique identifier can have only one occurrence within its stipulated scope of use. As a matter of fact, the IUID is physically marked on tangible assets with the use of a 2D data matrix with ISO 15434 formats. Processes of Choosing MIL STD 130 It is vital to use durable and permanent label solutions for UID compliant process. There are various types of UID labels and UID nameplates to choose from. The UID labels services provider should know which material will be appropriate for a particular item. The type of materials can range from aluminium, stainless steel, polyester or laser marked adhesive backed tape. However, the UID nameplates must meet MIL STD 130 standards. Usually, the UID number is very essential for meeting the MIL STD 130 standards. With the UID Compliance system in accordance with MIL STD 130 standards, the UID-marking and UID scanning of each and every item have become more appropriate. Now the DoD can easily achieve hassle free monitoring of all the items at its disposal. Amendment to MIL STD 130 On December 17, 2007, the DOD released MIL-STD-130N, which supersedes MIL-STD 130M. MIL-STD-130M, a new standard was generated on 2 December 2005, when Department of Defense, which is responsible for identification marking of military properties of US made amendment on MIL-STD-130L standards. This new standard is designed in a more exhaustive manner than earlier MIL-STD-130L and much emphasis is given on MIL-STD-130M to provide better guidance. MIL-STD-130M standard is meant for both the Defense Department as well as for all Department Agencies. Usually Non-Government standards are maintained for Machine-readable information or MRI, a vital tool for asset management for life-cycle products. In addition to MRI, MIL-STD-130M also emphasizes on free text item identification marking. Specifications There are certain engineering documentation terms of military products which might not go in accordance with the American Identification languages. The section 3 of the standard clearly specifies those terms and helps product designers in offering a lucid definition about the items created for military. It is mandatory for product designers to develop their products by adhering to the criteria set by the MIL-STD-130M standard. Merely setting the definition of product in accordance with the standard is not enough. The product designers have to take care of everything to satisfy the criteria. The detailed process starts from the geographic location of the products and size of the products to entire application process. Item identification marking is also important aspect for the product designers; the marking should have a Personal Identification number (PIN) for the item that has been marked and the supplier name. Another important point for product designers, while acquiring for a particular product from the Government acquiring agencies, it is mandatory to show the purchase order number and the contract number. External links MIL STD 130 - ID Integration, Inc. (IDI) UID2GO - UID2GO DEPARTMENT OF DEFENSE STANDARD PRACTICE Categories: Military of the United States standards To get More information , you can visit some products about portable ice machine, masking machine, coin counter machine, joint fillers, imprinting machine, rotary machinery, gelato machine, vinyl machine, glass fillers, paper lamination, . The Electric Liquid Mosquito Destroyer products should be show more here!

Cold Heading Wire (for common fastener) , Interim Standard 95 (IS-95) is the first CDMA-based digital cellular standard pioneered by Qualcomm. The brand name for IS-95 is cdmaOne. IS-95 is also known as TIA-EIA-95. It is a 2G Mobile Telecommunications Standard that uses CDMA, a multiple access scheme for digital radio, to send voice, data and signaling data (such as a dialed telephone number) between mobile telephones and cell sites. CDMA or "code division multiple access" is a digital radio system that transmits streams of bits (PN Sequences). CDMA permits several radios to share the same frequencies. Unlike TDMA "time division multiple access", a competing system used in 2G GSM, all radios can be active all the time, because network capacity does not directly limit the number of active radios. Since larger numbers of phones can be served by smaller numbers of cell-sites, CDMA-based standards have a significant economic advantage over TDMA-based standards, or the oldest cellular standards that used frequency-division multiplexing. In North America, the technology competed with Digital AMPS (IS-136, a TDMA technology). It is now being supplanted by IS-2000 (CDMA2000), a later CDMA-based standard. Contents 1 Protocol revisions 2 Protocol details 2.1 Physical layer 2.1.1 Forward broadcast channels 2.1.2 Forward traffic channels 2.1.3 Capacity 2.2 Layer 2 3 See also 4 References // Protocol revisions cdmaOne's technical history is reflective of both its birth as a Qualcomm internal project, and the world of then-unproven competing digital cellular standards under which it was developed. The term IS-95 generically applies to the earlier set of protocol revisions, namely P_REV's one through five. P_REV=1 was developed under an ANSI standards process with documentation reference J-STD-008. J-STD-008, published in 1995, was only defined for the then-new North American PCS band (Band Class 1, 1900 MHz). The term IS-95 properly refers to P_REV=1, developed under the Telecommunications Industry Association (TIA) standards process, for the North American cellular band (Band Class 0, 800 MHz) under roughly the same time frame. IS-95 offered interoperation (including handoff) with the analog cellular network. For digital operation, IS-95 and J-STD-008 have most technical details in common. The immature style and structure of both documents are highly reflective of the "standardizing" of Qualcomm's internal project. P_REV=2 is termed Interim Standard 95A (IS-95A). IS-95A was developed for Band Class 0 only, as in incremental improvement over IS-95 in the TIA standards process. P_REV=3 is termed Technical Services Bulletin 74 (TSB-74). TSB-74 was the next incremental improvement over IS-95A in the TIA standards process. P_REV=4 is termed Interim Standard 95B (IS-95B) Phase I, and P_REV=5 is termed Interim Standard 95B (IS-95B) Phase II. The IS-95B standards track provided for a merging of the TIA and ANSI standards tracks under the TIA, and was the first document that provided for interoperation of IS-95 mobile handsets in both band classes (dual-band operation). PREV=4 was by far the most popular variant of IS-95, with P_REV=5 only seeing minimal uptake in South Korea. P_REV=6 and beyond fall under the CDMA2000 umbrella. Besides technical improvements, the IS-2000 documents are much more mature in terms of layout and content. They also provide backwards-compatibility to IS-95. Protocol details The IS-95 standards describe an air interface, a set of protocols used between mobile units and the network. IS-95 is widely described as a three-layer stack, where L1 corresponds to the physical (PHY) layer, L2 refers to the Media Access Control (MAC) and Link-Access Control (LAC) sublayers, and L3 to the call-processing state machine. Physical layer IS-95 defines the transmission of signals in both the forward (network-to-mobile) and reverse (mobile-to-network) directions. In the forward direction, radio signals are transmitted by base stations (BTS's). Every BTS is synchronized with a GPS receiver so transmissions are tightly controlled in time. All forward transmissions are QPSK with a chip rate of 1,228,800 per second. Each signal is spread with a Walsh code of length 64 and a pseudo-random noise code (PN code) of length 215, yielding a PN roll-over period of ms. For the reverse direction, radio signals are transmitted by the mobile. Reverse link transmissions are OQPSK in order to operate in the optimal range of the mobile's power amplifier. Like the forward link, the chip rate is 1,228,800 per second and signals are spread with Walsh codes and the pseudo-random noise code, which is also known as a Short Code. Forward broadcast channels Every BTS dedicates a significant amount of output power to a pilot channel, which is an unmodulated PN sequence (in other words, spread with Walsh code 0). Each BTS sector in the network is assigned a PN offset in steps of 64 chips. There is no data carried on the forward pilot. With its strong autocorrelation function, the forward pilot allows mobiles to determine system timing and distinguish different BTS's for handoff. When a mobile is "searching", it is attempting to find pilot signals on the network by tuning to particular radio frequencies, and performing a cross-correlation across all possible PN phases. A strong correlation peak result indicates the proximity of a BTS. Other forward channels, selected by their Walsh code, carry data from the network to the mobiles. Data consists of network signaling and user traffic. Generally, data to be transmitted is divided into frames of bits. A frame of bits is passed through a convolutional encoder, adding forward error correction redundancy, generating a frame of symbols. These symbols are then spread with the Walsh and PN sequences and transmitted. BTS's transmit a sync channel spread with Walsh code 32. The sync channel frame is ms long, and its frame boundary is aligned to the pilot. The sync channel continually transmits a single message, the Sync Channel Message, which has a length and content dependent on the P_REV. The message is transmitted 32 bits per frame, encoded to 128 symbols, yielding a rate of 1200 bit/s. The Sync Channel Message contains information about the network, including the PN offset used by the BTS sector. Once a mobile has found a strong pilot channel, it listens to the sync channel and decodes a Sync Channel Message to develop a highly-accurate synchronization to system time. At this point the mobile knows whether it is roaming, and that it is "in service". BTS's transmit at least one, and as many as seven, paging channels starting with Walsh code 1. The paging channel frame time is 20 ms, and is time aligned to the IS-95 system (ie. GPS) 2-second roll-over. There are two possible rates used on the paging channel: 4800 bit/s or 9600 bit/s. Both rates are encoded to 19200 symbols per second. The paging channel contains signaling messages transmitted from the network to all idle mobiles. A set of messages communicate detailed network overhead to the mobiles, circulating this information while the paging channel is free. The paging channel also carries higher-priority messages dedicated to setting up calls to and from the mobiles. When a mobile is idle, it is mostly listening to a paging channel. Once a mobile has parsed all the network overhead information, it registers with the network, then optionally enters slotted-mode. Both of these processes are described in more detail below. Forward traffic channels The Walsh space not dedicated to broadcast channels on the BTS sector is available for traffic channels. These channels carry the individual voice and data calls supported by IS-95. Like the paging channel, traffic channels have a frame time of... To get More information , you can visit some products about wire 316l stainless steel, galvanized steel plate, ss wire, christmas ornament metal, flange stainless steel, buy copper wire, thermostat wire, door lock bar, grinding metal, suction grab bar, . The Cold Heading Wire (for common fastener) products should be show more here!

PE Ground Cover Film , It has been suggested that this article or section be merged with Wooden box. (Discuss) For other uses, see Crate (disambiguation). A crate functions as an ad for the reopening of the Seattle Art Museum A crate is a large container, often made of wood, often used to transport large, heavy or awkward items. A crate has a self-supporting structure, with or without sheathing. For a container to be a crate, all six of its sides must be put in place to result in the rated strength of the container. Boxes and crates are often confused with one another; mostly when they are made of wood. Contrary to a crate, the strength of a wooden box is rated based on the weight it can carry before the cap (top, ends, and sides) is installed. Contents 1 History 2 Construction 3 Design 4 ASTM Standards 5 Images 6 See also 7 Further Reading // History The first documented writings in the US about shipping crates is in a 1930 handbook (Technical Bulletin No. 171) written by C. A. Plaskett for the US Department of Agriculture although his writing imply that crates were defined before that time. C. A. Plaskett was known for his extensive testing and defining of various components of transport packaging. Construction Although the definition of a wooden crate as compared to a wooden box is clear, construction of the two often result in a container that is not clearly a crate or a box. Both wooden crates and wooden boxes are constructed to contain unique items, the design of either a crate or box may result in the use of principles from both. In this case, the container typically will be defined by how the edges and corners of the container is constructed. If the sheathing (either plywood or lumber) can be removed, and a framed structure will remain standing, the container would likely be termed a crate. If removal of the sheathing resulted no way of fastening the lumber around the edges of the container, the container would likely be termed a wooden box. Crates can be made of wood, plastic, metal or other materials. The term 'crate' often implies a large and/or strong container. Most plastic crates are smaller and are more commonly called a case or container. Metal is rarely used because of its weight. When metal is used, a crate is often constructed as an 'open crate' and may be termed a 'cage'. Although a crate may be made of any material, for these reasons, the term 'crate' used alone often implies one constructed of wood. Design There are many variations of wooden crate designs. By far the most common are 'closed', 'open' and 'framed'. A Closed Crate is one that is completely or nearly completely enclosed with material such as plywood or lumber boards. When lumber is used, gaps are often left between the boards to allow for expansion. An Open Crate is one that (typically) uses lumber for sheathing. The sheathing is typically gapped by at various distances. There is no strict definition of an open crate as compared to a closed crate. Typically when the gap between boards is greater than the distance required for expansion, the crate would be considered an open crate. The gap between boards would typically not be greater than the width of the sheathing boards. When the gap is larger, the boards are often considered 'cleats' rather than sheathing thus rendering the crate unsheathed. An unsheathed crate is a frame crate. A Frame Crate is one that only contains a skeletal structure and no material is adde d for surface or pilferage protection. Typically an open crate will be constructed of 12 pieces of lumber, each along an outer edge of the content and more lumber placed diagonally to avoid distortion from torque. When any type crate reaches a certain size, more boards may be added. These boards are often called Cleats. A cleat is used to provide support to a panel when that panel has reached a size that is may require added support based on the method of transportation. Cleats may be placed anywhere between the edges of a given panel. On crates, cleat placement is often determined by the width of the plywood used on plywood sheathed crates. On other crates, cleats are often evenly spaced as required to strengthen the panel. Sometimes two cleats are added across the top panel of a crate placed as needed to give the top of the crate added strength where lifting chains or straps may press on the crate while lifting. Cleats may have more specific names based on added benefit they provide. Some published standards only use those more descriptive terms and may never refer to these various lumber components as cleats. For example, lumber placed under the top of a wood container to add support for a large top are called "joists". Lumber is built into the mid-section of the top of a wood container to strengthen the top are called "cleats". When the cleats are enlarged and constructed to support a large top, they may generically be termed "cleats" or more specifically be termed "joists". "Skids" or thick bottom runners, are sometimes specified to allow forklift trucks access for lifting. Transportation methods and storage conditions must always be considered when designing a crate. Every step of the transportation chain will result in different stresses from shock and vibration. Differences in pressure, temperature and humidity may not only adversely affect the content of the crate, but also will have an effect on the holding strength of the fasteners (mostly the nails and staples) in the crate. Although the above definition most always stands true, there are many slightly altered or 'sub-definitions' used by and in various organizations, agencies and documents. This is the result of the small size of the industry and the fact that a single, finite definition of an item that is different every time it is made can be difficult to define. IATA, the International Air Transport Association, for example, doesn't allow crates on airplanes because it defines a crate as an open transport container. Although a crate can be of the Open or Framed variety, having no sheathing, a Closed crate is not open and is equally as safe to ship in as a wooden box, which is allowed by IATA. In general conversation, the term crate is often used to denote wooden boxes and crates simply to shorten the term however in commercial use; the misuse of the term could result in a container that is not suitable for its intended use. ASTM Standards D6039 Standard Specification for Crates, Wood, Open and Covered D6179 Standard Test Methods for Rough Handling of Unitized Loads and Large Shipping Cases and Crates D6199 Quality of Wood Members of Containers and Pallet D6253 Treatment and/or Marking of Wood Packaging Merials D6255 Standard Specification for Steel or Aluminum Slotted Angle Crates Images A rough handmade crate An open style crate A sheathed (closed) plywood crate A sheathed (closed) lumber crate See also Packaging Milk crate Case Container Caj Tea chest Further Reading McKinlay, A. H., "Transport Packaging",IoPP, 2004 Brody, A. L., and Marsh, K, S., "Encyclopedia of Packaging Technology", John Wiley & Sons, 1997, ISBN 0-471-06397-5 Categories: Containers Hidden categories: All articles to be merged | Articles to be merged since August 2008 To get More information , you can visit some products about mirrored jewellery box, buy plastic bottles, handmade boxes, 5 gallon glass bottles, plastic window film, bopp tapes, trinket jewelry boxes, flour bags, modern jewelry boxes, fruit containers, . The PE Ground Cover Film products should be show more here!

Video Games , Pair of 120 Ohm twisted pair (Krone IDC) to 75 Ohm coaxial cable balun transformers. Actual length is about 3cm. A balun, pronounced /?b?l.?n/ ("bal-un"), is a type of electrical transformer that can convert electrical signals that are balanced about ground (differential) to signals that are unbalanced (single-ended) and vice versa. They are also often used to change impedance. Baluns can take many forms and their presence is not always obvious. They always use electromagnetic coupling for their operation. Contents 1 Types of balun 1.1 Autotransformer type 1.2 Classical transformer type 1.3 Transmission-line transformer type 1.4 Delay line type 2 Alternatives to baluns 3 Applications 3.1 Radio 3.2 Video 3.3 Audio 4 See also 5 References // Types of balun Autotransformer 4:1 wideband balun using two windings on a ferrite rod. Autotransformer type In an autotransformer, two coils on a ferrite rod can be used as a balun by winding the individual strands of enameled wire comprising the coil very tightly together. This winding can take one of two forms: either the two windings must be wound such that the two form a single layer where each turn is touching each of the adjacent turns of the other winding; or the two wires are twisted together before being wound into the coil. Isolated transformer Classical transformer type Isolated transformers have a real impedance at a resonance frequency where self-inductance and self-capacitance for each individual winding cancel themselves out. Transmission-line transformer type Baluns can be considered as simple forms of transmission line transformers. A more complex (and subtle) type results when the transformer type (magnetic coupling) is combined with the transmission line type (electro-magnetic coupling). This is where whole transmission lines are used as windings, resulting in devices capable of very wideband operation. This whole class known generally as "Transmission Line Transformers" spawn their own huge variety. Very commonly, they use small ferrite cores in toroidal or "binocular" shapes. Something as simple as 10 turns of coaxial cable coiled up on a diameter about the size of a dinner plate makes an extremely effective choke balun for frequencies from about 10MHz to beyond 30 MHz. The magnetic material may be "air", but it is a transmission line transformer. Homemade 1:1 balun using a toroidal core and coaxial cable. This simple RF choke works as a balun by preventing signals passing along the outside of the braid. Such a device can be used to cure television interference by acting as a braid-breaker. The Guanella transmission line transformer is often combined with a balun to change impedance. Putting balancing aside a 1:4 transformer of this type consists of a 75 Ohm transmission line divided in parallel into two 150 Ohm cables, which are then combined in series for 300 Ohm. It is implemented as a specific wiring around the ferrite core of the balun. Delay line type A large class of baluns uses connected transmission lines of specific lengths, with no obvious "transformer" part. These are usually built for (narrow) frequency ranges where the lengths involved are some multiple of a quarter wavelength of the intended frequency in the transmission line medium. A common application is in making a coaxial connection to a balanced antenna, and designs include many types involving coaxial loops and variously connected "stubs". One easy way to make a balun is a one-half wavelength (?/2) length of coaxial cable. The inner core of the cable is linked at each end to one of the balanced connections for a feeder or dipole. One of these terminals should be connected to the inner core of the coaxial feeder. All three braids should be connected together. This then forms a 4:1 balun which works at only one frequency. Another narrow band design is to use a ?/4 length of metal pipe. The coaxial cable is placed inside the pipe; at one end the braid is wired to the pipe while at the other end no connection is made to the pipe. The balanced end of this balun is at the end where the pipe is wired to the braid. The ?/4 conductor acts as a transformer converting the infinite impedance at the unconnected end into a zero impedance at the end connected to the braid. Hence any current entering the balun through the connection, which goes to the braid at the end with the connection to the pipe, will flow into the pipe. This balun design is not good for low frequencies because of the long length of pipe that will be needed. An easy way to make such a balun is to paint the outside of the coax with conductive paint, then to connect this paint to the braid. Alternatives to baluns An RF choke can be used in place of a balun. If a coil is made using coaxial cable near to the feed point of a balanced antenna then the RF current that flows on the outer surface of the coaxial cable can be attenuated. One way of doing this would be to wrap a lossy material, such as ferrite around the coaxial cable; Applications A balun's function is generally to achieve compatibility between systems, and as such, finds extensive application in modern communications, particularly in realising frequency conversion mixers to make cellular phone and data transmission networks possible. They are also used to convert an E1 carrier signal from coaxial cable to UTP CAT-5 cable. Radio A 75-to-300 ohm balun built into the antenna plug. In television, amateur radio, and other antenna installations and connections, baluns convert between 300 ohm ribbon cable (balanced) and 75 ? coaxial cable (unbalanced) or to directly connect a balanced antenna to (unbalanced) coax. To avoid EMC problems it is a good idea to connect a centre fed dipole antenna to coaxial cable via a balun. Match 300 ? twin-lead cable to 75 ? coaxial cable In electronic communications, baluns convert Twinax cables to Category 5 cables, and back, or they convert between coaxial cable and ladder line. In measuring the impedance or radiation pattern of a balanced antenna using a coaxial cable, it is important to place a balun between the cable and the antenna feed. Unbalanced currents that may otherwise flow on the cable will make the measured antenna impedance sensitive to the configuration of the feed cable, and the radiation pattern of small antennas may be distorted by radiation from the cable. Baluns are present in radars, transmitters, satellites, in every telephone network, and probably in most wireless network modem/routers used in homes. It can be combined with transimpedance amplifiers to compose high-voltage amplifiers out of low-voltage components. Video While not as high as most RF applications, baseband video still uses frequencies up to several megahertz. Since this bandwidth is now well within range of modern twisted-pair cables, they are now being used to send video which would otherwise run over coaxial cable. Many better security cameras now have both a balanced UTP output and an unbalanced coaxial one via an internal balun, though any camera can be used with an external balun. A balun is also used on the video recorder end to convert back from the 100-ohm balanced to 75-ohm unbalanced. A balun of this type has a BNC connector with two screw terminals. Audio Three audio baluns (transformers). In audio applications, baluns convert between high impedance (see Nominal impedance) unbalanced and low impedance balanced lines. Except for the connections, the three devices in the image are electrically identical, but only the leftmost two can be used as baluns. The device on the left would normally be used to connect a high... To get More information , you can visit some products about portable game consoles, cubic zirconia solitaire, wooden chess, playstation 1 consoles, latest ps2 games, sudoku electronic game, red gameboy, coin operated game, memory for psp, computer game controller, . The Video Games products should be show more here!

Laptop cases,Laptop Sleeve,Laptop Portfolio,Cargo Laptop Sleeve,Laptop Backpacks , Vacancy Promotional poster for Vacancy Directed by Nimr Antal Produced by Stacy CramerHal LiebermanBrian Paschal Written by Mark L. Smith Starring Luke WilsonKate BeckinsaleFrank Whaley Music by Paul Haslinger Cinematography Andrzej Sekula Editing by Armen Minasian Distributed by Screen GemsSony Pictures (UK) Release date(s) April 20, 2007June 15, 2007 (UK) Running time 80 min Country United States Language English Budget $19 million Gross revenue $35,300,645 Followed by Vacancy 2: The First Cut Vacancy is a 2007 horror/thriller, which stars Luke Wilson and Kate Beckinsale. It was distributed by Screen Gems and was released to the public on April 20, 2007. Production was scheduled to commence in August 2006 with Nimr Antal signing on to direct it. Early in the film's development, it was thought that Sarah Jessica Parker was going to be in the film. A September 2006 article in The Hollywood Reporter announced that Kate Beckinsale had signed on to replace Parker. Contents 1 Plot 2 Reception 3 DVD release 4 Advertising and promotion 5 Prequel 6 References 7 External links // Plot A distraught couple, David (Luke Wilson) and Amy Fox (Kate Beckinsale) take a wrong turn on a remote mountain road and they decide to check into an isolated motel in the middle of nowhere supervised by Mason (Frank Whaley). They realize they are in a cell phone dead zone with no reception. While in their room, a bored David takes a peek at the video tapes left on top of the television. As he watches the tapes he realizes they are snuff films, taken in the same room in which they are staying. The couple are alarmed and David runs to the motel's payphone booth only to be crashed by their own car. David escapes and runs back into the room. The couple decide to lock themselves in the room when they notice a truck pull in. They try to warn the truck's driver only to find out that he's the buyer of the snuff films and is also one of the killers. David and Amy then escape into a tunnel that they discovered in the bathroom of their room. Two masked killers chase them inside the tunnel but they miss them. David and Amy find themselves inside the manager's lair where they find video monitors taping the entire hotel. Amy tries to make a call to 911 but is interrupted. The couple sneak back in the tunnel, making their way into a storage room. Meanwhile the police unit from 911 arrives and David and Amy run to him as he checks the rooms. They all get inside the police car but it won't start and the killers kill the policeman. The couple run into a motel room. David hides Amy inside the ceiling as he ventures out. The killers catch David and stab him and he ends up lying at the doorway, unconscious. When morning comes, Amy finally comes down from the ceiling and finds where killers hid their car. A killer breaks into the car from the roof as Amy drives away and another killer gets pinned into the grill of the car. Amy crashe s the car into a motel room killing both of the killers. Amy runs into the reception area where she is attacked by Mason who is now totally enraged. As they fight, Amy comes crashing down the floor where she picks up a gun. She shoots Mason three times killing him. Amy makes another call to 911 and caresses David, who is barely conscious but alive. Reception Vacancy opened at #4 in its first week at the box office grossing $7.6 million at 2,551 locations. In its second week, the film had a 45.9% drop-off, falling to a #8 position. The film has grossed a total of $28.4 million worldwide. The film received mixed reviews with Rotten Tomatoes giving the film an average rating of 55%. "Vacancy's restraint with gore is commendable", said one critic. Oddly, the usually-tougher Rotten Tomatoes "Cream of the Crop" raters scored it a "fresh," average of 63%. DVD release Vacancy was released on DVD on August 14, 2007 in both fullscreen and anamorphic widescreen, with Dolby Digital 5.1 audio. Special features include deleted scenes, a making-of featurette, the full versions of the snuff films, and a trailer gallery. It was also released on Blu-ray Disc and UMD for the Sony PSP. Many versions shipped to Australia featured Sony DVD 'anti-piracy' technology, which led to them being unreadable on most DVD players including Sony DVD players. Advertising and promotion The advertising strategy for the film has made use of the Internet as well as a toll free phone number. In addition to the TV spots and trailers shown in theaters and on television, the toll free number is made to sound as if one is actually calling the motel in which the film is placed. In the background, screaming can be heard accompanying the voice of the proprietor, who informs callers about "slashing" prices and the "killer" deals that the motel has-- that is, if it is not vacant. The toll free phone number for the ad is 1-888-9-VACANCY (1-888-9-8222629). In addition, the phone call also refers the caller to the film's website, which is also set up to be the site of the actual motel. After calling, one is given a "promotional code" (8889) which can be entered at the website http://www.1-888-9-vacancy.com/, which then shows previews of the snuff films that the motel proprietor and various people created, taken from the set. It was assisted and directed by Julie Tsaruhas. Prequel Main article: Vacancy 2: The First Cut Vacancy 2: The First Cut is written by Mark L. Smith, the same writer from the first film, and directed by Eric Bross. The film stars Agnes Bruckner and Trevor Wright. The prequel focuses on the events happened before the first film, where it will show how the motel's employees started their crazy intentions. References ^ ""Kate Beckinsale joins Vacancy"". http://cinescape.com/0/editorial.asp?aff_id=0&this_cat=Movies&action=page&type_id=&cat_id=270338&obj_id=52219. Retrieved on 2006-01-02. ^ Vacancy (2007) ^ Vacancy Movie Reviews, Pictures - Rotten Tomatoes External links Official website Vacancy at the Internet Movie Database Vacancy at Allmovie Vacancy at Rotten Tomatoes Vacancy - Nimr Antal - Interview in the Dark on IFILM Categories: 2007 films | Psychological thriller films | Slasher films | American horror films | English-language films | Screen Gems films | Films shot in Super 35 | 2000s horror films To get More information , you can visit some products about retractable optical mouse, slim dvd drive, car flip down monitors, ht820 headset, camera baby monitors, talking blood pressure monitor, bluetooth dongle drivers, pci fax modem, usb disk pro driver, flat touch screen monitors, . The Laptop cases,Laptop Sleeve,Laptop Portfolio,Cargo Laptop Sleeve,Laptop Backpacks products should be show more here!

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In the UK promo recordings are also sent out to music journalists and reviewers in advance of the official release date so that their reviews will appear in the current publications. They are often distributed in plain white packaging, without the text or artwork that appears on the commercial version. Typically a promo is marked with some variation of the following text: "Licensed for promotional use only. Sale is prohibited." It may also state: "Item is to be returned to the distributor upon demand." Before the advent of formats other than vinyl records, a type of promo surfaced known as an "acetate". These records were made of a cheaper and lower quality acetate vinyl. They were generally made in very low quantity and often had hand-written labels. Frequently they were only a test pressing, and thus were called "promo acetate test pressings". In modern usage the term "acetate" or "promo acetate" usually refers to a cheaply manufactured CD-R made up to efficiently promote the product with minimal expense. Promos are distributed to expose a new product or release to those who are in a position to market it and entice the general public to purchase it. In very rare cases promotional items are recalled by the distributor. For example a promotional CD and cassette of the 1994 album Under the Pink, by Tori Amos, was recalled because Amos had not approved of the cover artwork. It was sent back with the cover art removed. Copies of the promo sell for hundreds of dollars as opposed to a commercially released copy which sells for ten.[citation needed] There is also an EP by Marilyn Manson, Smells Like Children, which was recalled because the music contained unauthorized spoken word and audio samples from various movies such as Willy Wonka & The Chocolate Factory. The EP was re-edited and redistributed without the samples, making an original promo copy of the EP extremely rare and valuable. Because promos are produced in smaller quantity than releases made available to the general public, they are considered valuable collector's items. Contrary to popular belief, it is not illegal to sell promotional recordings. Despite the recording industry's insistence that promos may not be sold, given away, or even discarded, the federal district court ruling in UMG v. Augusto affirms that ownership is transferred to the recipient under the First Sale Doctrine, regardless of any "not for resale" labels. (UMG Recordings, Inc. v. Augusto, No. CV 07-03106, slip op. (C.D. Cal. June 10, 2008). Contents 1 Promo Single 2 Distribution 2.1 Radio outlets 2.2 Nightclub outlets 2.3 Promotional compilations 2.4 Online promotional distribution 3 See also // Promo Single Label of a promo single. Note the text saying "PROMOTIONAL NOT FOR SALE" A promo single (short for promotional single) is a single that is made available to nightclubs, radio stations, music publications, and other media outlets by a record label for the express purpose of promoting a new single or an entirely new album. While intended specifically for use by professional disc jockeys and not for resale, they are frequently sought out by music collectors nonetheless. The promo single is usually recognized by its limited liner notes and cover artwork as well as its unique catalog number (or the occasional lack thereof). Quite often, vinyl records will be issued in a generic cardboard jacket or white paper sleeve while CDs will be issued in a slimline jewel case or cardboard sleeve. There may also be promotion-specific terms stamped on the disc or its cover, most notably "For Promotional Use Only." The advance promo single is furnished to DJs sometimes weeks or months in advance of a domestic release to give record labels an opportunity to build interest in the single and gauge response to the single. Unlike a finished promo single, these are commonly test pressings or white labels and thus are manufactured in limited runs. Despite the good intention, there has been some dispute within the industry as to if advanced promotion is a good thing or not. Building interest is naturally a good thing, but it may turn out to have the exact reverse effect when interested persons are unable to find a new song in the record stores for quite some time. Distribution Radio outlets Promotional recordings are distributed to commercial AM and FM radio stations for airplay in the form of either CD or digital download. 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It is usually used in conjunction with an inert gas like helium or nitrogen, which makes the method of death difficult to trace if the bag and gas canister are removed before the death is reported. Contents 1 History 2 Commercial versions 2.1 Hemlock Society 2.2 Exit International 3 DIY versions 4 Suicide tent 5 See also 6 References // History First mentioned in Derek Humphry's book Final Exit in 1991, Humphry described it as a strong, clear plastic bag of dimensions 22inches (560mm) by 36inches (910mm), secured around the neck by "a small strap, which reaches around the neck and can be fastened with Velcro at either end, or strong ribbon, which goes around the neck with Velcro sewn into the ends, or even ties easily into a knot. Large rubber bands or panty hose firmly but not harshly around the neck will do. It does not have to be completely airtight." By 2007, Canadian press reports indicated that the combination of a bag and inert gas was becoming the most popular method of suicide, but had not led to an increase in suicides. Commercial versions Hemlock Society Over the years, customized "Exit Bags" have been sold. The Hemlock Society promoted the Exit Bag as a necessity: "Data from the Netherlands reveal that in 20% of self-deliverances involving lethal dosages of medications, individuals do not die quickly but linger in a coma for up to four days! This is why how-to guides such as Final Exit and Departing Drugs also recommend the use of plastic bags for self-deliverance." The Exit Bag was described thus: Optional neck band for 'turtleneck' fit Adjustable velcro strip for snug but comfortable fit with sewn-in elastic and flannelette collar Extra large size to minimize discomforts of overheating and breathing difficulties. Different models of the Exit Bag were advertised in Hemlock publications. Hemlock newsletter articles promoted the helium and plastic bag method, saying that the gas "disperses easily and is difficult to trace in a corpse." Readers were assured that "a little twitching in the arms and legs" doesn't last long and should be expected. Exit International EXIT (Australia), also known as EXIT International, attempted to market a manufactured version of the bag in Australia in 2002. Up until that time, "exit bags" with adjustable collars and Velcro straps were sold on the internet by Canadian right-to-die advocates (The Right to Die Society of Canada) to Australians. Canadians stopped shipping them when the Australian government indicated in 2001 that it planned to review their importation. DIY versions A video entitled Doing it with Betty: Making an Exit Bag (also known as Do it yourself with Betty) appeared on the internet in the early 2000s. Produced by EXIT (Australia), it featured "Betty", a retired Australian nurse, explaining in a folksy tone how to make a suicide bag using a simple method that included folding over the edge of a large oven bag, taping down the fold with micropore tape, threading a thin elastic drawstring through the fold via a hole cut into it, and attaching the ends of the drawstring to a flat-topped cord lock. Suicide tent In 2000 Dr Philip Nitschke conceived the idea of a low-oxygen tent into which inert gases can be pumped. This would allow two people to die together, a "double exit," he said. See also Euthanasia machine References ^ "The Suicide Bag Granny". findarticles.com. http://findarticles.com/p/articles/mi_qn4161/is_20051218/ai_n15940231. Retrieved on 2008-12-19. ^ Sch?n CA, Ketterer T (December 2007). "Asphyxial suicide by inhalation of helium inside a plastic bag". Am J Forensic Med Pathol 28 (4): 3647. doi:10.1097/PAF.0b013e31815b4c69. PMID 18043029. ^ Auwaerter V, Perdekamp MG, Kempf J, Schmidt U, Weinmann W, Pollak S (August 2007). "Toxicological analysis after asphyxial suicide with helium and a plastic bag". Forensic Sci. Int. 170 (23): 13941. doi:10.1016/j.forsciint.2007.03.027. PMID 17628370. ^ Ogden RD, Wooten RH (September 2002). "Asphyxial suicide with helium and a plastic bag". Am J Forensic Med Pathol 23 (3): 2347. doi:10.1097/01.PAF.0000022963.33157.9B. PMID 12198347. ^ Humphry, Derek (1991), Final Exit: the Practicalities of Self-Deliverance and Assisted Suicide for the Dying, New York: Delta Trade Paperback, ISBN 0385336535 ^ "Helium in an 'exit bag' new choice for suicide". www.canada.com. http://www.canada.com/vancouversun/news/story.html?id=ce4139ae-d635-4030-ac92-a7b7d6fab09d. 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I want to introduct something about Bathtub Type Shower Door. For your bath, the solution is a bathtub type, simple installation, see actual pictures above. Je il's shower door needs no window frame and with powerful 4 stages to extend, possible to make more room. Free to set up regardless of directions. Je il's delicate material processing and particular surface coated water drop style is for making your place more sensible and neat For other uses of donk, see Donk. Donk! Samurai Duck Developer(s) Supervision Entertainment Ltd. Publisher(s) Supervision Entertainment Ltd.The Hidden Designer(s) Craig Howard Platform(s) Amiga, Amiga CD32 Release date(s) 1994 Genre(s) Platform game Mode(s) Single player, simultaneous Media Floppy disk (Amiga), CD-ROM (Amiga CD32) Input methods Controller, keyboard Donk! Samurai Duck! is a video game featuring a duck named Donk, who was raised by samurai warriors. To prove himself he has set off to collect crystals from 112 levels of earth. Once you collect the target quota of gems, you must escape from each level through one of its many exits, giving the game a similar structure to Alien Breed: Tower Assault. Magical powers can be collected along the way, including the ability to turn into an inflatable toy duck, which makes it possible to float across water. There is a simultaneous split-screen 2-player mode included as well. Trivia Lists of miscellaneous information should be avoided. Please relocate any relevant information into appropriate sections or articles. (December 2007) The game was originally going to be released with the title Dong, as the British developers did not want to offend as the word can mean "penis" in English speaking countries. The name was changed at the last moment to Donk. Some demo versions distributed on Amiga coverdisks still bore the name Dong.[citation needed] Enhanced Remake Donk! Samurai Duck Developer(s) Cryptic Allusion Publisher(s) The GOAT Store Designer(s) Dan Potter Platform(s) Dreamcast Release date(s) TBA Genre(s) Platform game Mode(s) Single player, simultaneous Media CD-ROM Input methods Controller Cryptic Allusion and The GOAT Store are working with the original creators of Donk! to update the game for the Sega Dreamcast. The game will display at 640x480 resolution, so the artwork is going to be revamped, and Cryptic Allusion's Roddy Toomim is supplying some new music for the soundtrack. Categories: 1994 video games | Amiga games | CD32 games | Unofficial Dreamcast games Hidden categories: Cleanup from December 2007 | All pages needing cleanup | Articles lacking sources from February 2007 | All articles lacking sources | Articles with trivia sections from December 2007 | All articles with unsourced statements | Articles with unsourced statements since January 2008(and so on) To get More information , you can visit some products about gas powered rc truck, sea buckthorn soap, discount coats, ape bape shoes, handrail parts, 8 port ethernet hub, flame arrester, brushed nickel faucets, refrigerator magnet frame, usb memory device, . The Bathtub Type Shower Door products should be show more here!

I want to introduct something about Multifunction Foot Massage Basin. Model No: JFK-701 It is beautiful and portable design, the favorable price can meet all customers need, you can own the massage service with less pay. Model No: JFK-701 Tube drawing is a metalworking process to size tube by shrinking a large diameter tube into a smaller one, by drawing the tube through a die. This process produces high quality tubing with precise dimensions, good surface finish, and the added strength of cold working. Because it is so versatile, tube drawing is suitable for both large and small scale production.. There are five types of tube drawing: tube sinking, mandrel drawing, stationary mandrel, moving mandrel, and floating mandrel. A mandrel is used in many of the types to prevent buckling or wrinkling in the workpiece. Contents 1 Processes 1.1 Tube sinking 1.2 Rod drawing 1.3 Fixed plug drawing 1.4 Floating plug drawing 1.5 Tethered plug drawing 2 See also 3 References 3.1 Notes 3.2 Bibliography // Processes Tube sinking Tube sinking, also known as free tube drawing, reduces the diameter of the tube without a mandrel inside the tube. The inner diameter (ID) is determined by the inner and outer diameter of the stock tube, the outer diameter of the final product, the length of the die landing, the amount of back tension, and the friction between the tube and the die. This type of drawing operation is the most economical, especially on thick-walled tubes and tubes smaller than 12mm (0.47in) in diameter, but does not give the best surface finish. As the tube thickness increases the surface finish quality decreases. This process is often used for the tubing on low cost lawn furniture. Rod drawing Rod drawing is the process that draws the tube with a mandrel inside the tube; the mandrel is drawn with the tube. The advantage to this process is that the mandrel defines the ID and the surface finish and has a quick setup time for short runs. The disadvantages are that lengths are limited by the length of the mandrel, usually no more than 100feet (30m), and that a second operation is required to remove the mandrel, called reeling. This type of process is usually used on heavy walled or small ID tubes. Common applications include super-high pressure tubing and hydraulic tubing (with the addition of a finishing tube sinking operation). This process is also use for precision manufacturing of trombone handslides (see, for example, [video of the process of making Getzen trombones. Fixed plug drawing Fixed plug drawing, also known as stationary mandrel drawing, uses a mandrel at the end of the die to shape the ID of the tube. This process is slow and the area reductions are limited, but it gives the best inner surface finish of any of the processes. This is the oldest tube drawing method. Floating plug drawing Floating plug drawing, also known as floating mandrel drawing, uses a mandrel that is not anchored whatsoever to shape the ID of the tube. The mandrel is held in by the friction forces between the mandrel and the tube. This axial force is given by friction and pressure. This greatest advantage of this that it can be used on extremely long lengths, sometimes up to 1,000feet (300m). The disadvantage is it requires a precise design otherwise it will give inadequate results. This process is often used for oil-well tubing. Tethered plug drawing Tethered plug drawing, also known as semi-floating mandrel drawing, is a mix between floating plug drawing and fixed plug drawing. The mandrel is allowed to float, but it still anchored via a tether. This process gives similar results to the floating plug process, except that it is designed for straight tubes. It gives a better inner surface finish than rod drawing. See also Pipe and tube bender Wire drawing References Notes ^ a b Degarmo, p. 433. ^ Todd, Robert H.; Allen, Dell K.; Alting, Leo (1994), Manufacturing Processes Reference Guide (1st ed.), Industrial Press Inc., ISBN 0-8311-3049-0. ^ a b c Tube Making, http://www.metalforming-inc.com/Consulting/Tube_Making/tube_making.shtml, retrieved on 2008-10-28. ^ a b c d e Shaheen, Laurence (March 13, 2007), Tube drawing principles: Understanding processes, parameters key to quality, http://www.thefabricator.com/TubePipeProduction/TubePipeProduction_Article.cfm?ID=1583, retrieved on 2008-10-28. Bibliography Degarmo, E. Paul; Black, J T.; Kohser, Ronald A. (2003), Materials and Processes in Manufacturing (9th ed.), Wiley, ISBN 0-471-65653-4. Categories: Metal forming | Tubing(and so on) To get More information , you can visit some products about gfi circuit breaker, fiberglass entry doors, antique power tools, nylon shopping bag, wall makeup mirrors, forged wheel, four wheel atv, aluminum scrap metal, bottle making, kukui nut lei, . The Multifunction Foot Massage Basin products should be show more here!

I want to introduct something about swimming mask. Tempered glass lens Adjustable head strap Silicone skirt Various colours available PVC Clam shell package swimming mask more Korg Triton Classic Korg Triton is a music workstation synthesizer featuring digital sampling and sequencing created by Korg. All Tritons use Korg's HI Synthesis tone generator. They are available in several models and various upgrade configurations. The Triton is world famous among many musicians for being the benchmark of keyboard technology, and is widely featured in music videos and live concerts. In the NAMM Show 2007, Korg announced the Triton successor: the Korg M3. Contents 1 History 2 Models 2.1 Classic 2.2 Rack 2.3 Karma 2.4 Le 2.5 Extreme 2.6 TR 2.7 X50 and MicroX 3 Features 4 Specifications 5 Notable users 6 See also 7 References 8 External links // History The Korg Triton line may be seen as the direct descendants of the previous Korg Trinity line of workstations. They are aesthetically and functionally very similar. The Trinity had similar naming conventions with the Triton Classic, with Pro and Pro X being designated to models featuring 76 and 88 keys respectively. The original Triton introduced many improvements over the Trinity, like 62-note polyphony, arpeggiator, onboard sampler, faster operating system and more realtime controllers. However, to much surprise of musicians and magazines, it lost the sequencer audio tracks, digital input and output, and the digital filter section was downgraded, thus limiting sample-based synthesis. The original piano samples, which are a crucial element of evaluation on expensive synths and music workstations, were even more criticized; although the integrated sample RAM could compensate this. As time passed, some of these shortcomings were fixed, like the digital connectivity, and better piano samples were shipped with newer models; however, the sample-based synthesis filter section wasn't improved and, while some limited 2-track audio recording was added to later revisions of the Triton Studio, the powerful 4-track audio sequencer of the Trinity never returned to the saga. Ex-Dream Theater keyboardist Derek Sherinian in collaboration with KORG sound designer Jack Hotop created Sherinian's signature guitar lead sound on the KORG Trinity in 1996, and expanded it to the Triton in 2000. Models Classic All Tritons are based on the so-called "Classic" Triton released in 1999. The "Classic" Triton was named "Pro" when configured with 76 keys and "Pro X" with 88 keys. Otherwise its functions and features were the same. The Triton Studio had built-in S/PDIF input and output. It could be fitted with an optional hard drive, CD-R/W drive and a "Digital Interface" board providing ADAT output and Word Clock. Rack Korg Triton rack The Triton Rack was the rackmount version of the Triton. As musicians would use it as a sound module rather than a complete workstation, requiring a separate keyboard to control it via MIDI, it was designed with different abilities. Although it has no keyboard, it has the advantage of being able to store up to eight EXB boards containing additional sounds, and features a built-in S/PDIF digital output. It also supports the "Digital Interface" board. Karma The Korg KARMA was released in 2001 with the Triton synthesis technology but without the sampling functionality. It instead included the more specialised KARMA music system. It was only available in a 61-key version. Le The Triton Le was a stripped-down, streamlined version of the original Triton released in 2000. It replaced the huge touchscreen by a more conventional, smaller, graphic LCD. The ribbon controller was also lost in the transition, along with the disk drive. A Smartmedia slot was offered instead. The most serious changes were the keybed (lighter and cheaper than the used in the Trinity/Triton range) and the effects section. Taking a step back from the powerful effects sections found on the Trinity/Triton series, the Le's section was downgraded from five insert FX to just one. The MOSS, Z1-based board, can't be fitted on the Le. The sequencer and arpeggiator remained as powerful as on the original Triton, though. Korg Triton "Le" At a much lower price than the original Tritons, the Le was nevertheless a commercial success. An interesting fact about the Le is the onboard sample RAM: it can load samples from the Smartmedia slot, without the sampling board fitted. A special edition of Le was released featuring a black body, and later the TR was released, but both are not the same. 3 versions of "Le" are available:Triton Le 61 - 61 keysTriton Le 76 - 76 keysTriton Le 88 - 88 keys (RH2 Real Weighted Hammer Action) Extreme In 2005 Korg released the Triton Extreme, which boasted many of the features of the Studio (such as the entire PCM ROM from the Studio model) plus the addition of many previous Triton...(and so on) To get More information , you can visit some products about seafood tools, truck wheel parts, scissors for hair, galvanised wire, mp4 digital audio player, motorcycle cordura jacket, stainless tool box, dc motor winding, expanding foam sealant, tv mount bracket, . The swimming mask products should be show more here!

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