Sneaker Con is headed to Phoenix for the very first time. Make sure to grab tickets for this one! Address: Phoenix Convention Center, 33 S. 3rd Street, Phoenix, AZ 85004 Hours: 12:00 – 7:00 PM Date: March 18, 2017Ace of Customs Episode 9 “Absolute Zero” presented by Sprite. Cleveland is home to one of the most enthusiastic and unique sneaker cultures in the U.S. and since "The Land" is home to Lebron we thought it'd be a perfect spot for an Ace Of Customs competition. Once again three customizers faced off to create a Sprite Zero rendition of the Lebron 13. Each customizer had to customize a shoe to communicate what a "Zero" version of themselves would look like. All three, @_theheyyman_ @bbizon and @hippieneal finished the competiti Ace of Customs Episode 8 “Tropical Fantasy” now live. The midwest is home to some of the top customizers in the U.S. and we brought together three to compete for the title of Ace Of Customs. Astrotorf Customs, V.A.B. and Noelito had to design a Lebron 10 model that expressed where Sprite Tropical took their imagination.
Each artist took his own route, let us know who was you favorite. More Ace of CustomsSneaker ConThoughts on this # custom?# Phoenix. Posted by shareSneaker ConWho's going to bring out rare # to # Phoenix? Posted by shareSee allSneaker ConWhat are you looking to cop when # heads to Phoenix? Posted by shareSneaker ConCount of hands, who got tickets to # Phoenix. Posted by shareSneaker Con# Phoenix is next Saturday, March 18. Posted by shareSneaker ConThank you Cleveland for coming out strong to #! Hope you had a good time! Phoenix is next Saturday. Posted by shareSneaker ConWho was at # Cleveland? Posted by shareSneaker ConAre you about that # life. and at the eventPosted by shareSneaker ConWho's looking for some adidas NMDs at SneakerCon Cleveland? and at the eventPosted by shareSneaker ConSneaker Con Cleveland. Sat. March 11, 2017. Did you get your tickets yet? Posted by shareSneaker Con updated their cover photo.Sneaker ConNext stops for #: Cleveland, Mar 11. Sneaker ConCleveland, Sneaker Con is headed your way on March 11.
Sneaker ConSneaker Con Cleveland is up next on March 11. Sneaker ConespnW's @katefagan3 at # Ft Lauderdale trading up her Starbury 1s. She eventually went home with Space Jams. Stay tuned to her new ESPN segment. Sneaker Con Cleveland is up next on March 11. Sneaker ConParalympian @aprilholmesusa stop by # Ft Lauderdale in her one-of-one pink Air Jordan 11 PE.In order to purchase these tickets in installments, you'll need an Eventbrite account. Log in or sign up for a free account to continue.The Greatest Sneaker Show On Earth, Sneaker Con, is bringing their talents to New York City on July 25, 2015. Over 250 vendors are already booked for the event and you can be sure to expect to see some Sneaker Legends that will be in attendance. As always you’ll have the Sneaker Con Trading Pit and Authenticated Legit areas to take advantage of while you’re there. The event is being held at the Jacob K. Javits Convention Center. Check out the event details below and be sure to grab your tickets here and don’t sleep because you know it’s going to be a packed event.
Let us know in the comments below if you’re planning on attending. EVENT DATE & TIME Saturday, July 25, 2015 Jacob K. Javits Convention Center North 608 West 40th Street New York NY 10018 11th Avenue & 40th StreetA Coalition of Sneakers, Fashion, and Art Countdown Sole Exchange Canada Presents “The March Break Lace Up” Saturday March 18th, 2017 Grand Victorian Convention Centre 175 Derry Rd E Mississauga, ON L5T 2Z7 HERE’S WHAT YOU’RE MISSING: International Council of Shopping Centers Carolinas Conference and Deal Making Greater Charlotte Apartment Association 2017 Trade Show Lifesavers Conference on Highway Safety Priorities Welcome to the Charlotte Convention Center A shoe fluoroscope displayed at the US National Museum of Health and Medicine. This machine was manufactured by Adrian Shoe Fitter, Inc. circa 1938 and used in a Washington, D.C., shoe store Shoe-fitting fluoroscopes, also sold under the names X-ray Shoe Fitter, Pedoscope and Foot-o-scope, were X-ray fluoroscope machines installed in shoe stores from the 1920s until about the 1970s in the United States, Canada, United Kingdom, Germany and Switzerland.
[1] In the UK, they were known as Pedoscopes, after the company based in St. Albans that manufactured them.[2] At the beginning of the 1930s, Bally was the first company to import pedoscopes into Switzerland from the UK. In the second half of the 20th century, growing awareness of radiation hazards and increasingly stringent regulations forced their gradual phasing out. A shoe-fitting fluoroscope was a metal construction covered in finished wood, approximately 4 feet (1.2 m) high in the shape of short column, with a ledge with an opening where the child (or the adult customer) would then place his or her feet in the opening provided and while remaining in a standing position, look through a viewing porthole at the top of the fluoroscope down at the x-ray view of the feet and shoes. Two other viewing portholes on either side enabled the parent and a sales assistant to observe the child's toes being wiggled to show how much room for the toes there was inside the shoe. The bones of the feet were clearly visible, as was the outline of the shoe, including the stitching around the edges.
The gimmick changed from decade to decade to suit the market at the time, but the most famous sales pitches were that the fluoroscope allowed salesmen to better fit shoes and that it made it more fun for kids to go to the shoe store. During the Great Depression, a popular sales pitch was that the fluoroscope allowed the best possible fit, which made for longer-lasting shoes and implied that customers would not have to buy as many pairs for themselves or for their children. In reality, the shoe-fitting fluoroscope was nothing more than a way to attract potential customers because the fit also depends on the flesh size, which was difficult to make out in the fluoroscope. There are multiple claims for the invention of the shoe-fitting fluoroscope. The most likely is Dr. Jacob Lowe who demonstrated a modified medical device at shoe retailer conventions in 1920 in Boston and in 1921 in Milwaukee. Dr. Lowe filed a US patent application in 1919, granted in 1927, and assigned it to the Adrian Company of Milwaukee for $15,000.
Syl Adrian claims his brother, Matthew Adrian, invented and built the first machine in Milwaukee; his name is featured in a 1922 ad for an X-ray shoe fitter. Then there is Clarence Karrer, the son of an X-ray equipment distributor claims to have built the first unit in 1924 in Milwaukee, but had his idea stolen and patented by one of his father's employees. In the meantime, the British company Pedoscope filed a British patent application in 1924, granted in 1926, and claimed to have been building these machines since 1920. The X-ray Shoe Fitter Corporation of Milwaukee and Pedoscope Company became the largest manufacturers of shoe-fitting fluoroscopes in the world. An Adrian Fluoroscope at the Dufferin County Museum, Ontario, Canada (2012). This device required lengthy decommissioning work before it could be safely put on public display The risk of radiation burns to extremities were known since Wilhelm Röntgen's 1895 experiment, but this was a short-term effect with early warning from erythema.
The long-term risks from chronic exposure to radiation began to emerge with Hermann Joseph Muller's 1927 paper showing genetic effects,[4] and the incidence of bone cancer in radium dial painters of the same time period. However, there was not enough data to quantify the level of risk until atomic bomb survivors began to experience the long-term effects of radiation in the late 1940s. The first scientific evaluations of these machines in 1948 immediately sparked concern for radiation protection and electrical safety reasons, and found them ineffective at shoe fitting. Large variations in dose were possible depending on the machine design, displacement of the shielding materials, and the time and frequency of use. Radiation surveys showed that American machines delivered an average of 13 roentgen (r) (roughly 0.13 sievert (Sv) of equivalent dose in modern units) to the customer's feet during a typical 20 second viewing, with one capable of delivering 116 r (~1 Sv) in 20 seconds.[5] British Pedoscopes were about ten times less powerful.
[6] A customer might try several shoes in a day, or return several times in a year, and radiation dose effects may be cumulative.[6] A dose of 300 r can cause growth disturbance in a child,[5] and 600 r can cause erythema in an adult. Hands and feet are relatively resistant to other forms of radiation damage, such as carcinogenesis. Although most of the dose was directed at the feet, a substantial amount would scatter or leak in all directions. Shielding materials were sometimes displaced to improve image quality, to make the machine lighter, or out of carelessness, and this aggravated the leakage. The resulting whole-body dose may have been hazardous to the salesmen, who were chronically exposed, and to children, who are about twice as radiosensitive as adults.[7] Monitoring of American salespersons found dose rates at pelvis height of up to 95 mr/week, with an average of 7.1 mr/week (up to ~50 mSv/a, avg ~3.7 mSv/an effective dose).[5] A 2007 paper suggested that even higher doses of 0.5 Sv/a were plausible.
[8] The most widely accepted model of radiation-induced cancer posits that the incidence of cancers due to ionizing radiation increases linearly with effective (i.e., whole-body) dose at a rate of 5.5% per Sv.[9] Years or decades may elapse between radiation exposure and a related occurrence of cancer, and no follow-up studies of customers can be performed for lack of records. A 1950 medical article on the machines pointed out though: "Present evidence indicates that at least some radiation injuries are statistical processes that do not have a threshold. If this evidence is valid, there is no exposure which is absolutely safe and which produces no effect."[5] Three shoe salespersons have been identified with rare conditions that might be associated with their chronic occupational exposure: a severe radiation burn requiring amputation in 1950,[10] a case of dermatitis with ulceration in 1957,[11] and a case of basal-cell carcinoma of the sole in 2004. There were no applicable regulations when the shoe-fitting fluoroscopes were first invented.