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Shelby Tenney

Super Glue was Invented by Accident, Twice - 0 views

  • Super Glue, also known as cyanoacrylate, was
  • originally discovered in 1942 by Dr. Harry Coover, who by the way died last month on March 26th, 2011
  • Nine years later, in 1951
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  • Coover was attempting to make clear plastic gun sights to be put on guns used by Allied soldiers in WWII.  One particular formulation he came up with didn’t work well for gun sights, but worked fantastically as an extremely quick bonding adhesive.  Surprisingly, despite the commercial potential of such a product, Coover abandoned that formulation completely as it obviously wasn’t suitable for his current project, being too sticky.
  • canopies
  • for jet canopies
  • Dr. Coover was the supervisor of a project looking at developing a heat resistant acrylate polymer for jet canopies.
  • Fred Joyner was working on that project and at one point used the rediscovered Super Glue and tested it by spreading ethyl cyanoacrylate between a pair of refractometer prisms.  To his surprise, the prisms became stuck very solidly together.  This time, Coover did not abandoned the cyanoacrylate (Super Glue), rather,  he realized the great potential of a product that would quickly bond to a variety of materials and only needed a little water to activate, which generally is provided in the materials to be bonded themselves.
  • Super Glue was finally put on the market in 1958 by Eastman Kodak and was called the slightly less catchy name of “Eastman #910″, though they later re-named it “Super Glue”.
  • Note: It should be noted here that while Super Glue was originally invented by accident thanks to WWII, it was not, as a popular urban legend tells, accidentally discovered by soldiers in WWII who then subsequently began using it to seal up battle wounds.  Rather, it was discovered as described above and didn’t hit the public market until well after WWII had ended
  • Interestingly though, according to its creator, Dr. Harry Coover, Super Glue actually was used  in the Vietnam War to help close up wounds on soldiers while they were being transported to hospitals to then receive stitches.  Today, a form of cyanoacrylate is often used in place of or in conjunction with traditional sutures.
justin creed

Post-It Notes Were Invented By Accident - 1 views

  • There were actually two accidents that lead to the invention of the Post-It note.  The first was by Spencer Silver.  According to the former Vice President of Technical Operations for 3M Geoff Nicholson (now retired), in 1968, Silver was working at 3M trying to create super strong adhesives for use in the aerospace industry in building planes.  Instead of a super strong adhesive, though, he accidentally managed to create an incredibly weak, pressure sensitive adhesive agent called Acrylate Copolymer Microspheres.
  • It did have two interesting features, though.  The first is that, when stuck to a surface, it can be peeled away without leaving any residue. 
  • Specifically, the acrylic spheres only stick well to surfaces where they are tangent to the surface, thus allowing weak enough adhesion to be able to be peeled easily.  The second big feature is that the adhesive is re-usable, thanks to the fact that the spheres are incredibly strong and resist breaking, dissolving, or melting.   Despite these two notable features, no one, not even Silver himself, could think up a good marketable use for it.  Thus, even with Silver promoting it for five years straight to various 3M employees, the adhesive was more or less shelved. Finally, in 1973, when Geoff Nicholson was made products laboratory manager at 3M, Silver approached him immediately with the adhesive and gave him samples to play with. 
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  • Silver also suggested what he saw as his best idea for what to use the adhesive for, making a bulletin board with the adhesive sprayed on it.  One could then stick pieces of paper to the bulletin board without tacks, tape, or the like.  The paper could subsequently be easily removed without any residue being left on the sheets.  While this was a decent idea, it wasn’t seen as potentially profitable enough as annual bulletin board sales are fairly low.
  • Now enter the second accident by chemical engineer Art Fry.  Besides working at 3M as a Product Development Engineer and being familiar with Silver’s adhesive thanks to attending one of Silver’s seminars on the low-tack adhesive, he also sung in a church choir in St. Paul, Minnesota.
  • One little problem he continually had to deal with was accidentally losing his song page markers in his hymn book while singing, with them falling out of the hymnal.  From this, he eventually had the stroke of genius to use some of Silver’s adhesive to help keep the slips of paper in the hymnal.
  • Fry then suggested to Nicholson and Silver that they were using the adhesive backwards.  Instead of sticking the adhesive to the bulletin board, they should “put it on a piece of paper and then we can stick it to anything.”
  • This initially proved easier said than done, in terms of practical application.  It was easy enough to get the adhesive on the paper, but the early prototypes had the problem that the adhesive would often detach from the paper and stay on the object the paper was stuck to, or, at least, leave some of the adhesive behind in this way.  There was no such problem with the bulletin boards Silver had made because he had specifically made them so that the adhesive would bond better with the board than the paper. Two other 3M employees now entered the scene, Roger Merrill and Henry Courtney.  The two were tasked with coming up with a coating that could be put on the paper to make the adhesive stay bonded to it and not be left behind on whatever the paper was stuck to when it was removed, a task at which they were ultimately successful at achieving. Interestingly, because management at 3M still didn’t think the product would be commercially successful, they more or less shelved it for three years, even though the Post-It notes were extremely popular internally at 3M labs during that span.    Finally, in 1977, 3M began running test sale runs of the Post-It note, then called “Press ‘n Peel”, in a certain areas in four different cities to see if people would buy and use the product.  It turned out, no one much did, which confirmed in the minds of the executives that it wasn’t a good commercial product.
  • Luckily for offices the world over, Nicholson and Joe Ramey, Nicholson’s boss, didn’t feel like giving up yet.  They felt the marketing department had dropped the ball in that they hadn’t given businesses and people samples of the product to use to let them see for themselves how useful the notes could be.  So a year after the initial flop, 3M tried again to introduce the Post-It note to the world, this time giving huge amounts of free sample Post-It note pads away in Boise, Idaho, with the campaign deemed “The Boise Blitz”. 
  • This time, the re-order rate went from almost nothing, in the previous attempt, to 90% of the people and businesses that had received the free samples.  For reference, this was double the best initial rate 3M had ever seen for any other product they’d introduced.  Two years later, the Post-It note was released throughout the United States.
  • So after 5 years of constant rejection for the adhesive and another seven years in development and initial rejection, Post-It notes were finally a hit and have since become a mainstay in offices the world over, today being one of the top five best selling office supply products in the world.
  • Ever wonder why the standard color for Post-It notes is yellow?  It turns out this was kind of an accident as well.  The official story from some at 3M is that it was because it created a “good emotional connection with users” and that it would “contrast well stuck to white paper”.  However, according to Geoff Nicholson there was no such thought given to the color.  The real reason Post-It notes were yellow was simply because the lab next door to where they were working on the Post-It note “had some scrap yellow paper – that’s why they were yellow; and when we went back and said ‘hey guys, you got any more scrap yellow paper?’ they said ‘you want any more go buy it yourself’, and that’s what we did, and that’s why they were yellow. To me it was another one of those incredible accidents. It was not thought out; nobody said they’d better be yellow rather than white because they would blend in – it was a pure accident.”
  • Another obstacle in the initial launch of Post-It notes was that, because it was a completely new type of product, it required the construction of new machinery to mass produce the Post-It note pads, which was initially prohibitively expensive for a product seen by many within 3M as destined for commercial failure.
  • While most Post-It notes only have a thin strip of adhesive, you can buy Post-It notes that are completely covered in the back with the adhesive.  One example of a place this type of note is used is at the U.S. postal service.  These full adhesive backed notes are used there on forwarded mail.
  • Post-It notes received an upgrade in 2003 when 3M launched a new version of the Post-It note with super sticky glue that has better adhesion to vertical surfaces.
  • Spencer Silver holds a total of 22 patents, including the patent for the “low-tack, reusable, pressure sensitive adhesive” used in Post-It notes (Patent#: 3,691,140).  Silver is still working at 3M today in their special adhesives department.  He also has a doctorate in organic chemistry, which he received two years before inventing the adhesive used in Post-It notes.  On the side, his favorite past time is painting using pastels and oils, which he apparently is extremely accomplished at.
  •  Post-It notes are occasionally used in art-work.  One such famous example was in 2008 when Shay Hovell used 12,000 Post-It notes to create a replica of the Mona Lisa.  The most expensive Post-It note art piece was done by R.B. Kitaj and sold for £640 (about $1000) in 2000.
  • Art Fry received his early education in a one room schoolhouse.  He studied chemistry at the University of Minnesota and was hired while still in school at the “Minnesota Mining and Manufacturing Company”, which later was re-named 3M.  He retired from 3M in the early 1990s.
Morgan Pearson

Lemelson-MIT Program - 0 views

  • Nils Ivar Bohlin
  • born in 1920 in Harnosand, Sweden
  • 1939 he completed his B.S. in mechanical engineering at Harnosand Laroveik.
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  • he was in charge of the development of ejection seats
  • ired as a safety engineer for AB Volvo in Gothenburg, Sweden.
  • . Safety belts were in use at the time, but the most prevalent design used a single strap with a buckle over the stomach. This design risked injury to body organs in high-speed crashes.
    • Morgan Pearson
       
      Really good information and details on what happened while Nils Bohlin was inventing the three-point seat belt.
  • Bohlin aimed to find an alternative design that would not only protect both the upper and lower body, but would also be comfortable and simple to use.
  • The design held both the upper and lower body in place, and was simple enough that the driver could buckle up with one hand.
  • In 1958, Bohlin was h
  • by 1963 all Volvos came equipped with front seat belts, and the company decided to make the design free for use by all car makers.
  • In 1959, Volvo became the first auto maker to introduce Bohlin’s three-point safety belt design.
  • The report claimed that the belt had already saved thousands of lives, reducing the risk of injury or death in car accidents by as much as 75 percent.
  • It persuaded a number of other national governments to do the same
  • Since its introduction, the three-point shoulder/lap safety belt has changed very little in its overall design.
  • As of today, the U.S. National Highway Traffic Safety Administration estimates the belts reduce the risk of deaths in car crashes by at least 45 percent.
  • Bohlin retired from Volvo in 1985.
  • In 1974 Bohlin was awarded The Ralph H. Isbrandt Automotive Safety Engineering Award.
  • honored in 1979 and in 1985 by the National Highway Traffic Safety Administration in Washington, D.C. In 1995, he received a medal from the Royal Swedish Academy of Engineering Sciences. In 2002, he was inducted into the (U.S.) National Inventors Hall of Fame. On the day he was to be honored for this achievement, Bohlin died at age 82.
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    Information on Nils Bohlin while inventing the seat belt.
Jessi Bennett

History For Hire - Did You Know? - 0 views

  • Cellophane was invented by Swiss chemist Jacques E. Brandenberger while employed by Blanchisserie et Teinturerie de Thaon. Inspired by seeing a wine spill on a restaurant's tablecloth, he decided to create a cloth that could repel liquids rather than absorb them.
  • His first step was a waterproof spray coating made of viscose. The coated fabric was stiff, but the clear film easily separated from the backing cloth, and he abandoned his original idea in favor of the new filmy material.
  • It took ten years for Brandenberger to improve the film by adding glycerin
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  • en the material. By 1912 he had a machine to manufacture the film, which he had named Cellophane, from the words cellulose and diaphane ("transparent"). Cellophane was patented that year. The following year, Comptoir des Textiles Artificiels (CTA) bought the Thaon firm's interest in Cellophane and established Brandenberger in a new company, La Cellophane.      
  • Whitman's candy company first used cellophane in 1912 for wrapping their "Whitman's Sampler."
  • DuPont built the first cellophane plant in the U.S.
  •  
    Cellophane first made in DuPont 
Heather Purpera

Molecular Expressions: History of the Compact Disc - 0 views

  • History of the Compact Disc Starting in the mid 1980's, compact discs (CD) began to take over both the audio and computer program market. Much of this can be attributed to a general acceptance of certain specifications regarding compact discs, known as the "Color Books." Originally designed and developed by both Sony and Phillips, the concept of the Color Books was patented and standards were developed. These are a collection of five books that describe the specifications and standards CD technology follows. This led eventually to the current audio CD technology (Figure 1).
  • The first book, written in 1980, was named the "Red Book" and outlined the specifications regarding CD Digital Audio. This was the common CD used in stereo systems, and was capable of holding up to 99 tracks, for a total of roughly 74 minutes of audio information.
  • The second book was written in 1983 and is known as the "Yellow Book", comprising the basis of the Compact Disc - Read Only Memory (CD-ROM). This became the standard for computer-based compact discs, and meant that any computer system that had a CD-ROM drive, could read this format. It is capable of holding around 650 million bytes of data. CD-R's were developed under the same standards, but the actual CDs were comprised of different material. While the generic CD-ROM discs uses aluminum in their construction, the CD-R discs uses gold, which makes color a distinguishing feature.
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  • The third book, known as the "Green Book," covered CD-Interactive technology, is used to synchronize both audio and data tracks on a CD-ROM in order to provide things such as full motion video combined with interactivity. Published in 1986, Phillips Interactive primarily marketed this technology.
  • The fourth, the "Orange Book", is merely an outline for the coming generation of writable CD technology, primarily CD-E. (Compact Disc - Erasable) This is meant to replace, or be used in the same matter as floppy discs, only providing a much larger medium to store data. The technology is available today, but know otherwise as CD-RW. (Compact Disc - ReWritable) Much like a floppy disc or hard drive, data can be written and rewritten to these discs, allowing for a very large yet portable medium of data storage.
  • The last book known as the "White Book," is a plan for the future of compact disc technology. It outlines what is known as video compact discs, and contains the standard of data compression that is used to display large amounts of audio and video on a home computer. This concept more or less morphed into what is now known as DVD (Digital Video Drives,) a technology produced primarily by Sony, Phillips and Toshiba. While not compatible with the standard CD-ROM drives used in computers, it did achieve what the White Book had outlined for the future.
  • While an overview of how compact disc technology developed and became so popular is presented, it fails to explain how the technology works. There are, however, relatively simple processes accounting for how a compact disc is read and how the CD-ROM drive translates that into data your computer can understand. First is the construction of the compact disc. It is built from a layer of polycarbonate plastic, covered in a color-dyed layer of aluminum, and followed by a protective layer of lacquer. Figure 2 shows a cross section of a compact disc, illustrating the different layers and providing a general idea behind its construction.
  • When a compact disc is written to, tiny rivets are made in the surface of the disc called stripes or pits. The areas between these pits are called lands, which together make up a pattern where data is written. From there, a CD-ROM drive uses a read head to interpret these patterns, which is done by focusing a laser beam on the surface of the disc. While the CD is spinning, this laser comes in contact with the lands and pits. If the laser comes in contact with a pit, the light is reflected off in all directions. However, if the light comes in contact with a land, it reflects back into the read head, triggering an electric impulse. Figure 3 illustrates the difference between a land and a pit, and how the light is reflected in each situation.
  • A pattern is developed from these electric impulses, and the CD-ROM drive returns this pattern to the computer as a string of 1s and 0s. This binary or digital data is in turn interpreted by the software controlling the CD-ROM drive, and then translated into something the computer can use, be it an executable program, an image, or a sound file.
Katie Gatliff

Category:Milton Bradley games - Wikipedia, the free encyclopedia - 1 views

  •  
    This is a list of games Milton has created. It has some that were created by other people but handled by his company (some are after he was dead0
Chad Amico

Post-it note - Wikipedia, the free encyclopedia - 0 views

  • In 1968, Dr. Spencer Silver, a scientist at 3M in the United States, was attempting to develop a super-strong adhesive, but instead he accidentally created a "low-tack", reusable, pressure-sensitive adhesive[1][2] that has been characterized as "a solution without a problem"
  • Fry then developed the idea by taking advantage of 3M's officially sanctioned "permitted bootlegging" policy.[5] 3M launched the product in stores in 1977 in four cities under the name "Press 'n Peel", but its results were disappointing.[6][7] A year later, in 1978, 3M issued free samples to residents of Boise, Idaho, and 94 percent of the people who tried them said that they would buy the product.[6] On April 6, 1980, the product debuted in US stores as "Post-It Notes".[8] In 1981, Post-its were launched in Canada and Europe.[9]
  • In 2003, the company came out with Post-it Brand Super Sticky notes, with a stronger glue that adheres better to vertical and non-smooth surfaces.[10] Standard Post-it Brand notes have only partial adhesive coating on the back, along one edge.
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  • The Yellow Stickee Diary of a Mad Secretary", by Rosa Maria Arenas, is the mini graphic journal of an office worker/artist, exhibited July 7 - August 25, 2013, at the Michigan Institute of Contemporary Art (MICA) Gallery in Lansing, Michigan. The 41 drawings displayed are a tiny percentage of the more than 2000 original drawings that constitute the Yellow Stickee Diary Project which Arenas created while working temp jobs from 1994 to 2005. Printed with archival inks on archival paper, the reproductions include "stickee sized" (3" x 5") framed prints and enlargements of the original drawings (which were all done on post-it notes).
  • Rebecca Murtaugh, a California artist who uses Post-it notes in her artwork, in 2001 created an installation by covering her whole bedroom with $1000 worth of the notes, using the ordinary yellow for objects she saw as having less value and neon colors for more important objects, such as the bed.[10]
  • One such work, by the artist R. B. Kitaj, sold for £640 in an auction, making it the most valuable Post-it note on record.[14]
  • Analogues of Post-it notes have also been used in technology in the form of desktop notes which are computer applications developed to allow users to put virtual notes on their computer desktop. These computerized versions of Post-it notes include 3M's own "Post-it Brand Software Notes", "Stickies" in Mac OS, "Sticky Notes" in Windows,[15] or other non-free applications like ShixxNOTE.[16] Additionally, some web applications have developed Post-it sort notes for online use.
Heather Purpera

Scrupuli: Who Invented the CD and the CD-ROM? - 0 views

    • Heather Purpera
       
      Jul 28, 2000 8:37 PM-James Russell thought of it in 1965 while working for Pacific Northwest National Laboratory, operated by Battelle Memorial Institute for the U. S. Department of Energy. His idea, known as Optical Digital Recording (ODR), was to store information digitally on photosensitive film using a laser to record and to play back. In 1974, for his work on ODR, Russell was honored with an R&D 100 Award. By 1980 he had made the first disk player.
  • For a long time Battelle was unable to interest anyone else in ODR. Eventually Sony and Philips licensed it, established a proprietary ODR format for audio called “Compact Disc” (CD), and delivered a commercial product in 1982, followed in 1985 with a related ODR format for data called CD-ROM. Sony and Philips call these their “inventions”, misleading many into seeing Sony and Philips as visionary. They are often given sole credit for this revolutionary technology. In actuality, their contribution was to bring Russell’s system to market, and only after taking two decades to recognize its value.
  • As you might expect, Sony and Philips have made millions, and Russell himself got nothing.
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    • Heather Purpera
       
      Russell got nothing as expected yet Sony and Philips have gotten all the fame and made "millions"!!!
  • Russell invented it Fred Moody: CD-ROM Inventor Strikes Again
  • Sony and Philips co-invented it
  • ment.
  • It is now 14 years since Sony and Philips launched the Compact Disc digital audio format and gave the world its first taste of digital entertain
  • Jul 28, 2000 8:37 PM–James Russell thought of it in 1965 while working for Pacific Northwest National Laboratory, operated by Battelle Memorial Institute for the U. S. Department of Energy. His idea, known as Optical Digital Recording (ODR), was to store information digitally on photosensitive film using a laser to record and to play back. In 1974, for his work on ODR, Russell was honored with an R&D 100 Award. By 1980 he had made the first disk player.
Heather Purpera

James Russell - History of the Compact Disk or CD - 0 views

    • Heather Purpera
       
      A compact disk (cd) is a popular form of digital storage media used for computer files, pictures, and music. The plastic platter is read and written to by a laser in a CD drive. It comes in several varieties including CD-ROM, CD-R, and CD-RW. James Russell invented the compact disk in 1965. James Russell was granted a total of 22 patents for various elements of his compact disk system. However, the compact disk did not become popular until it was mass manufactured by Philips in 1980.
  • A compact disk (cd) is a popular form of digital storage media used for computer files, pictures, and music. The plastic platter is read and written to by a laser in a CD drive. It comes in several varieties including CD-ROM, CD-R, and CD-RW. James Russell invented the compact disk in 1965. James Russell was granted a total of 22 patents for various elements of his compact disk system. However, the compact disk did not become popular until it was mass manufactured by Philips in 1980.
De Anna Jo Powell

By chance, chemist discoveredadhesive known as Super Glue: Kids Search - powered by EBS... - 0 views

  • Harry Coover, 94, who as a young chemist in the 1940s and '50s discovered a powerful adhesive compound known today as Super Glue and Instant Krazy Glue, died March 26 at his home in Kingsport, Tenn. He had congestive heart failure.
  • 1942, as a chemist with Eastman Kodak
  • developing a plastic rifle sight for use in World War II
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  • "The damn problem was everything was sticking to everything else," he told the Pittsburgh Post-Gazette in 2005. "We had a hard time using it in molds."
  • 1951, Dr. Coover was testing a heat-resistant polymer for use in aircraft windshields when he remembered his encounter with cyanoacrylate.
  • droplet of the liquid
  • bonded the lenses of an expensive optical instrument
  • compound solidifies after coming into contact with trace amounts of moisture
  • extremely strong polymer layer between two surfaces.
  • 1958 on an episode of the game show "I've Got a Secret,"
  • Eastman 910
  • aptly named because its fast-acting adhesive is effective by the count of 10
  • hoist Moore in the air as the host dangled from a set of glued pipes.
  • Eastman 910's remarkable strength and sticky quality led to a wide variety of applications.
  • used Super Glue to reduce scarring
  • 1950s, it was used in the manufacturing of atomic weapons.
  • Dr. Coover was most proud of its application in the Vietnam War
  • Harry Wesley Coover Jr. was born March 6, 1917, in Newark, Del.
  • As a teenager, he was driving over a railroad crossing when his car was hit by a train, his family said. The accident sent Dr. Coover into a coma for several months. When he awoke, he had no memory of the crash or his life before he was 16
  • recovered and graduated in 1941 from Hobart College in Geneva, N.Y. He then attended Cornell University, where he received a master's degree in 1942 and a doctorate in 1944, both in chemistry.
  • Dr. Coover retired from Eastman Kodak as vice president in 1984
  • 2010, President Obama awarded Dr. Coover the National Medal of Technology and Innovation.
  • Dr. Coover held more than 460 patents
  • 1983 movie "The Man Who Loved Women," Burt Reynolds and a tube of Instant Krazy Glue become stuck to a white shag carpet and a miniature dog named Simba.
  •  
    Some good information on Harry Coover of when he was younger
Heather Purpera

The First CD Invented - 0 views

  • James Russell invented the compact disc in 1965. James Russell was granted a total of 22 patents for various elements of his compact disc system. However, the compact disk did not become popular until it was mass manufactured by Philips in 1980.             The first working prototype was produced in 1979. At the time of the technology's introduction it had more capacity than computer hard drives common at the time. The reverse is now true, with hard drives far exceeding the capacity of CDs.
  • n 1979, Philips and Sony got together to manufacture the compact disc.
  • The team leaders of this project were Kees Immink and Toshitada Doi. Philps handled the manufacturing process along with the Eight-to-Fourteen Modulation (EFM), while Sony too care of the error connection method, better known as CIRC. However, Philips claims that this invention was not a one man's job but a collective contribution by members of both the companies who worked together as a team.
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  • Audio CDs and audio CD players have been commercially available since October 1982.            Mass adoption didn't happen immediately -- CDs wouldn't overtake cassette tapes until the late 1980s. The first album to sell 1 million copies in the CD format and outsell its vinyl version was Dire Straits' "Brothers in Arms," released in 1985.
  • This disc was taken over by nearly all markets across the globe, especially the Europe and the United States consumer market. The first successful CD to be launched was Brothers in Arms in 1985.A compact disc (CD) is a popular form of digital storage media used for computer files, pictures, and music. The plastic platter is read and written to by a laser in a CD drive. It comes in several varieties including CD-ROM, CD-R, and CD-RW.  As with most new technologies, one reason for the slow spread of CDs was their steep price tags. The Sony CDP-101 player sold for the equivalent of $730 when it first hit Japanese shelves in 1982. Accounting for inflation, that's about $1,750 today. The audio CDs themselves were $15, which is $35 in 2012 dollars.
  • Standard CDs have a diameter of 120 millimeters (4.7 in) and can hold up to 80 minutes of uncompressed audio or 700 MB (actually about 703 MB or 737 MB) of data. The Mini CD has various diameters ranging from 60 to 80 millimeters (2.4 to 3.1 in); they are sometimes used for CD singles, storing up to 24 minutes of audio or delivering device drivers.
Heather Purpera

History of Computers and Computing, Birth of the modern computer, The bases of digital ... - 0 views

  • Compact Disk of James Russel The first workable digital compact disc device, the precursor on now ubiquitous CD/DVDs, was invented in the late 1960s by the American physicist James Russell
  • James T. Russell was born in Bremerton, Washington in 1931. He was always a smart boy and at the age of six he devised a remote-control battleship with a storage compartment for his lunch (obviously the young James enjoyed the food :-)
  • In 1953, Russell earned his Bachelor degree in physics and graduated from Reed College in Portland. Afterwards he went to work as a Physicist in General Electric's nearby labs in Richland, where his wife Barbara worked as a chemist. At GE, working for the Hanford Nuclear Plant, and appointed as a "designated problem-solver" for GE experimental unit, Russell initiated many experimental instrumentation projects. He was among the first to use a color TV screen and keyboard as the main interface between computer and operator. He also designed and built the first electron beam welder. In 1950s and early 1960s, Russell, who was an avid music listener (he was found of classical music—Beethoven, Chopin, Mussorgsky, Offenbach. etc.), quite frustrated with the wear and tear of his vinyl records and their poor sound quality, tried to improve the record player. Initially he tried using a cactus needle, instead of steel one, for a stylus, but with no success. "After each record you had to resharpen the needle," he recalled.
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  • In 1965, the Ohio-based Battelle Memorial Institute opened its Pacific Northwest Laboratory in Richland, to took over management of Hanford's lab, and James Russell joined the effort as Senior Scientist. Thus he gained an audience for his more far-fetched ideas and immediately began to pepper Battelle with proposals for new commercial concepts. The optical digital technology was initially met with skepticism, as it was not believed that one could digitize sound. "Here I was at Battelle, enmeshed in the scientific community, and one of the first things I had to demonstrate was that you could digitize music and reproduce it" he said. "Music into numbers? Come on now, Russell."
  • ple to convert into an audible or visible transmission.
  • Through the 1970s, Russell continued to refine the CD-ROM, adapting it to any form of data. However, like many ideas far ahead of their time, the CD-ROM found few interested investors at first. In 1971, Eli S. Jacobs, a New York venture capitalist, pioneered the commercialization by forming Digital Recording Corporation to further enhance the product for the consumer video market, and hired Russell and a team of technicians to come up with a video disk. Their efforts led to a 20-minute video disc in 1973.
  • "The vision I had in mind was of television programs on little plastic records. The networks, instead of putting programs on television, would print records. And if you wanted to watch your favorite programs you'd get them in the mail and put in the disk whenever you want," Russell said. "Jacobs thought, if we can do it, hey great, we've got the whole world by the tail. And if we can't, well at least you know where you are." In 1974 Digital Recording Corporation announced an optical digital television recording and playback machine, the first device to digitize a color image, at a Chicago trade show. The response from large potential investors was rather cool. Philips Electronics representatives visited Russell's Battelle lab in the summer of 1975, and they discounted the entire premise of his work. "They said: It's all very well for data storage, but you can't do that for video or audio." recalled Russell. Philips had just released its laser disc, an analog optical video player, and they were convinced that analog was the only way. "Philips put $60 million into development of the laser disc. We were advised that nobody would tell them they had made a mistake."
  • Sony launched its CDP-101—the first commercialized CD player in 1982. Sony and Philips paid royalties from CD player sales to Battelle and to Optical Recording Corporation. Time-Warner and other disc manufacturers settled with the Optical Recording Corporation in 1992, paying $30 million for patent infringement. The court determined that Optical Recording had the sole rights over the technology mentioned in the patents. But because the patents properly belonged to Russell's employer, he never got a cent out of either deal. By 1985, Russell had earned 26 patents for CD-ROM technology. He then founded his own consulting firm, where he has continued to create and patent improvements in optical storage systems, along with bar code scanners, liquid crystal shutters, and other industrial optical instruments. His most revolutionary recent invention is a high-speed optical data recorder and player that has no moving parts. Russell earned another 11 patents for this "Optical Random Access Memory" device.
  • James Russell has more good ideas before breakfast than most people do all their life
  •  
    Information and facts on the inventor 
Katie Gatliff

Milton Bradley | The Play and Playground Encyclopedia - 2 views

  • With the advent of the American Civil War, Milton saw the interest in games fade until he created the idea of a small kit of games for the soldiers to play during periods of inactivity. His kit included chess, checkers, backgammon, dominoes, and his Checkered Game of Life. The kits were sold directly to the soldiers as well as charitable organizations who distributed them to the soldiers.
  • Milton's success with games monetarily carried his interest in supporting the new kindergarten movement. However, with the 1870 recession, his partners were no longer willing to support these extra costs. Milton chose to continue his support of the kindergarten movement and his friend, George Tapley, bought out the partners and became president. This left Milton free to invent new games and educational materials.
  • This foresight paid off by the early 1900s. Kindergartens were spreading across the United States and the teachers were buying Milton's art supplies, multiplication sticks, toy money, movable clock dials, story books, school furniture, and educational games. Milton Bradley Company's education department went from operating at a loss to being a major source of earnings for the company.1
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  • On this solid basis, Milton continued to produce games and puzzles, such as word games, trivia knowledge games, biblical games, traditional games, rebus-based games, and an early type of Monopoly called “The Way to Make Money.” Additionally, Milton researched and codified the rules for croquet that was included with his croquet sets. Those rules became the standard in America.
  • Milton continued to produce games, especially parlor games and jigsaw puzzles.
  • When Milton died in 1911, the company was temporarily led by Ralph Ellis before it was co-chaired by Milton's son-in-law Robert Ingersoll and George's son, William Tapley. By 1920, Milton Bradley Company had five manufacturing sites in Springfield.
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    i highlighted the stuff about when Milton was alive but you can go back in and look at the history about the company
Heather Purpera

Pioneers of Music - 0 views

  • James T. Russell James T. Russell (Left), born in Bremerton Washington, is a very influential inventor in the music industry. Russell, an avid music fan, frustrated by the poor quality of his records, set out to create a means of playing music that would have better longevity. With this goal in mind, Russell created the first “digital-to-optical recording and playback system,” what we know now as the compact disc. He used light to read the product instead of actually touching the material. The invention was finished in the late 1960s, and was originally patented by 1970. By 1985, Russell had over 26 patents on the invention, and sold the licenses to companies like Phillips Electronics, to produce the compact disc.
  • The music industry has been changed and has had great advancements throughout history. One of the main forms of advancement stems from the ways in which the industry has faced recording, and publication. Society has seen the industry veer from the standard eight-track, to the record, to the tape, to CD, to MP3, etc., and with each new advancement, the entire industry changes. It isn’t uncommon for a person to see many changes of medium within a lifetime. With each change comes better quality, more innovation, and more possibility for further progression.
  • The Compact Disc The invention of the CD has had one of the most influential, and timely effects on the music industry. The CD came into the technology scene in the 1980s. Philips Electronics N.V first produced it in 1980. The invention originated in the computer industry in 1980, and took over the floppy disk. It could contain the same amount of information as 1,000 floppy disks, thus it became a very popular alternative. Soon, it also became influential in the music industry in 1982, when technology was invented that allowed the disc to hold audio files with a far better sound quality than was prior possible. The compact disc is read by a laser beam, which leads to a more accurate and qualified playback. In addition, compact discs allowed the user to skip between songs with out using the fast forward/ rewind button, a feature that wasn’t available on the magnetic cassette tape.
Heather Purpera

CD History - 0 views

  • It was Philips Industries, a Dutch-based electronics giant (known in the music world as owner of the PolyGram labels), that made the first announcement, on May 17, 1978. Working with Japan's Sony Corporation, Philips announced that they would have a marketable compact disc and appropriate hardware ready "in the early 1980s." That promise was kept on October 1, 1982, when the compact disc was introduced in Japan by CBS/Sony, with 112 different CD titles and a CD player (Sony's CDP-101). The last few months of 1982 were hectic, with Sony selling over 20,000 CD players and Hitachi also posting sales in the 6,000 per month range for their player. Prices for these initial players ran from about $700 to about $1000. The discs themselves, priced at about $15-20, could not be pressed fast enough to meet demand. Sony's research on who was buying the discs in Japan indicated it was young (20s, early 30s) men with a particular interest in sound quality. Perhaps it was this research that led others to believe, as the rest of the world looked on in curiosity to what was happening in Japan, that CDs would fill a niche for high quality sound enthusiasts and little else. By the end of 1982, CBS/Sony and Epic/Sony had issued 122 CD titles.
  • The stories about compact discs published in Billboard during early 1983 are fascinating. The lead story on January 29 has PolyGram mulling over how to package the CD in the US when it's released later in 1983, leaning toward the (in retrospect, ill-fated) "long box," the 6"x12" cardboard box which they convinced the industry to adopt at the RIAA (Record Industry Association of America) meeting the next week. (Many at the meeting were considering a 12"x12" box!)
  • In February, Sony announced a "firm" suggested retail price of $1000 for their CD player and $16.98 for discs when they would be introduced later that year in the US. February 23, 1983 marked the debut of the compact disc in Europe, with PolyGram's Hans Gout noting that, "The sooner the Compact Disc replaces the conventional black vinyl LP, the better." By early March, Sony and CBS Records in the US were supplying free compact disc players and discs to selected radio stations here, mostly with Classical and Album-Oriented Rock formats. The March 12 issue of Billboard also notes that Capitol Record Shop, a Hartford, Connecticut, record store, had begun importing CDs from Japan and Europe, with 24 titles at a price tag of $24.95 each. At the time the owner was interviewed, he had only sold a total of one disc.
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  • Several months of delays and anticipation dragged by, until in late June, 1983, CBS finally shipped the first CD "prepacks" to a select 35 accounts. Each prepack had a total of 12 titles, with no more than a total of 1000 prepacks altogether in the first shipment. Among the individual titles were Pink Floyd's Wish You Were Here, Billy Joel's The Stranger, Michael Jackson's Thriller, and Toto's Toto IV. Other titles were jazz and classical. The CD era had begun in the United States.
  • Within about a month, CBS had issued several other pop/rock titles, including Boston's Don't Look Back, Earth Wind & Fire's Raise!, ELO's Discovery, Journey's Escape, Boz Scaggs' Silk Degrees, Barbra Streisand's Guilty, and Bruce Springsteen's Born To Run. These had the CBS logo (and mastering numbers in the DIDP 50000 series). Later, these were reissued with Columbia logos, but these remain as examples of the earliest American CD releases
  • After the introduction of the CD here, most of the stories in the trade press center around the acute shortage of pressing plants. At that time, there were two major plants, PolyGram's Hanover, West Germany plant, and Sony's plant in Japan. (Almost all the CDs sold under US labels for the first few years were either made in Japan or West Germany.) Sales figures for the US in 1983 totalled about 30,000 players and 800,000 discs. Still, no one really knew if the CD would succeed.
Morgan Pearson

Bohlin made driving safer: Student Research Center - powered by EBSCOhost - 0 views

  • Swedish-born
  • saved hundreds of thousands of lives
  • was first offered by Volvo in 1959.
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  • When Volvo CEO Gunnar Engelau lost a relative in a car crash, he recruited Bohlin to boost safety.
  • unused except by race car drivers
  • late 1950s, only two-point lap belts were available
  • he knew the limitations of lap belts
  • focused on combating the harsh deceleration forces of crashes.
  • Within a year
  • widely-used life-saver
  • industry's most effective
  • He died in 2002 at the age of 82.
  • Members of the Hall of Fame selection committee
  • Nils Bohlin's seat belt saves lives.
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    Article of someone writing information about Nils Bohlin.
Jessi Bennett

PCL | Applications and End Uses | historyofcellophane - 0 views

  • Cellophane was invented by Jacques E. Brandenberger in 1908, a Swiss textile engineer who first thought of the idea for a clear, protective, packaging layer in 1900.
  • Brandenberger was seated at a restaurant when a customer spilt wine onto the tablecloth. As the waiter replaced the cloth, Brandenberger decided that he would invent a clear flexible film that could be applyed to cloth, making it waterproof.
  • tried applying liquid viscose (a cellulose product known as rayon) to cloth, but the viscose made the cloth too stiff. His idea failed but he noted that the coating peeled off in a transparent film. Like so many inventions, the original use was abandoned and new and better uses were found.
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  • By 1908, he developed the first machine for the manufacture of transparent sheets of regenerated cellulose. By 1912, Brandenberger was making a saleable thin flexible film used in gas masks.
  • In 1917 Brandenberger assigned his patents to La Cellophane Societe Anonyme and joined that organization.
  • In the manufacturing process, an alkaline solution of cellulose fibres (usually wood or cotton) known as viscose is extruded through a narrow slit into an acid bath. The acid regenerates the cellulose, forming a film. Further treatment, such as washing and bleaching, yields cellophane.
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    cellophane
bailey spoonemroe

How chewing gum is made - manufacture, making, history, used, procedure, industry, mach... - 0 views

  • Kneading and rolling the gum
  • Preparing the chicle
  • Raw Mate
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  • Chewing gum is a sweetened, flavored confection composed primarily of latex, both natural and artificial. Organic latex, a milky white fluid produced by a variety of seed plants, is best known as the principle component of rubber. Used as a snack, gum has no nutritive value, and, when people have finished chewing, they generally throw it away rather than swallow it.
  • The most successful chewing gum company ever is that established by William Wrigley, Jr., in 1892. Although the company, run by the founder's son and grandson after his death in 1932, developed a wide array of flavored gums, it dropped many of these to concentrate on its biggest sellers: "Juicy Fruit," "Doublemint," and "Wrigley's Spearmint." Recently, the company introduced gum for denture wearers, sugar-free gum, cinnamon-flavored gum, and non-stick bubble gum. Like earlier Wrigley products, all have proven popular. The secrets behind the success of Wrigley gums—the company has never made anything else—are strong flavor and prominent advertising. As William Wrigley, Jr., said early in the century, "Tell 'em quick and tell 'em often."
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    about how gum is made
Jessi Bennett

CELLOPHANE: Kids Search - powered by EBSCOhost - 1 views

  • Cellophane is produced by dissolving wood pulp or other cellulose material in an alkali with carbon disulfide, neutralizing the alkaline solvent with an acid, extruding the precipitate into a sheet, impregnating it with glycerine, and then drying and cutting the sheets to the desired size.
  • Cellophane was invented about 1910 by the Swiss chemist Jacques Brandenberger (1873?–1954), who in 1912 invented the first machines for large-scale production and established a factory near Paris.
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    EBSCO cellophane
Tuffer Jordan

Inventor of the Week: Archive - 0 views

    • Heather Purpera
       
      James T. Russel invented the compact disc in the late 1960s
  • The digital compact disc, now commonplace in stereos and computers, was invented in the late 1960s by James T. Russell.
  • Russell was born in Bremerton, Washington in 1931.
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  • At age six, he invented a remote-control battleship, with a storage chamber for his lunch
  • He was among the first to use a color TV screen and keyboard as the sole interface between computer and operator; and he designed and built the first electron beam welder.
  • Russell was an avid music listener.
  • Like many audiophiles of the time, he was continually frustrated by the wear and tear suffered by his vinyl phonograph records. He was also unsatisfied with their sound quality: his experimental improvements included using a cactus needle as a stylus. Alone at home on a Saturday afternoon, Russell began to sketch out a better music recording system --- and was inspired with a truly revolutionary idea.
  • Russell envisioned a system that would record and replay sounds without physical contact between its parts; and he saw that the best way to achieve such a system was to use light.
  • Russell was familiar with digital data recording, in punch card or magnetic tape form. He saw that if he could represent the the binary 0 and 1 with dark and light, a device could read sounds or indeed any information at all without ever wearing out.
  • If he could make the binary code compact enough, Russell saw that he could store not only symphonies, but entire encyclopedias on a small piece of film.
    • Heather Purpera
       
      His inventing began very young!!!
    • Tuffer Jordan
       
      Russell earned his BA in Physics from Reed College in Portland in 1953.
    • Tuffer Jordan
       
      At the age of 6, Russell invented a remote-control battleship, with a storage chamber for his lunch.
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