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Jessi Bennett

Odd Ads: DuPont Cellophane Ads - History Series - Advertisement Babies Bad Idea Celloph... - 0 views

    • Jessi Bennett
       
      cellophane babies
  • 25 percent of DuPont’s 1938 annual profit.
  • Cellophane was invented by Jacques E. Brandenberger, a Swiss chemist. Up until the early 1920s, if an American businesses wanted to use the wrap they had to import it from Europe. DuPont acquired U.S. patent rights for cellophane in 1923 and, a year later, built the first cellophane manufacturing plant in the country.
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  • Sales for cellophane steadily grew through the 1940s and 50s
Alana Pearce

Inventor of the Week: Archive - 0 views

    • Alana Pearce
       
      Interesting.....
  • Crayolas have also changed with the times: in 1962, the color "flesh" was changed to "peach," since not everyone's skin is such a color; in 1972, flourescent colors were added
  • Crayolas have also changed with the times: in 1962, the color "flesh" was changed to "peach," since not everyone's skin is such a color; in 1972, flourescent colors were added
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  • Crayolas
  • crayons sold per year, in 60 countries. Crayolas have also changed with the times: in 1962, the color "flesh" was changed to "peach," since not every
Trey Mcintyre

Air conditioning - Wikipedia, the free encyclopedia - 0 views

  • Air conditioning (often referred to as aircon, AC or A/C) is the process of altering the properties of air (primarily temperature and humidity) to more favourable conditions. More generally, air conditioning can refer to any form of technological cooling, heating, ventilation, or disinfection that modifies the condition of air.[1]
  • An air conditioner is a major or home appliance, system, or mechanism designed to change the air temperature and humidity within an area (used for cooling and sometimes heating depending on the air properties at a given time). The cooling is typically done using a simple refrigeration cycle, but sometimes evaporation is used, commonly for comfort cooling in buildings and motor vehicles. In construction, a complete system of heating, ventilation and air conditioning is referred to as "HVAC".
  • Air conditioning can also be provided by a simple process called free cooling which uses pumps to circulate a coolant
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  • ng. Common storage media are deep aquifers or a natural underground rock mass accessed via a cluster of small-diameter, heat exchanger equipped boreholes.
  • he heat pump is added-in because the temperature of the storage gradually increase during the cooling season, thereby declining in effectiveness. Free cooling and hybrid systems are mature
  • The basic concept behind air conditioning is said to have been applied in ancient Egypt, where reeds were hung in windows and were moistened with trickling water. The evaporation of water cooled the air blowing through the window, though this process also made the air more humid (also beneficial in a dry desert climate). In Ancient Rome, water from aqueducts was circulated through the walls of certain houses to cool them. Other techniques in medieval Persia involved the use of cisterns and wind towers to cool buildings during the hot season. Modern air conditioning emerged from advances in chemistry during the 19th century, and the first large-scale electrical air conditioning was invented and used in 1902 by Willis Haviland Carrier. The introduction of residential air conditioning in the 1920s helped enable the great migration to the Sun Belt in the US.
De Anna Jo Powell

Harry Wesley Coover Jr., 94, Inventor of Super Glue - NYTimes.com - 0 views

    • De Anna Jo Powell
       
      Did not become rich because he made superglue.
  • died on Saturday night at his home in Kingsport, Tenn. He was 94.
  • cause was congestive heart failure,
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  • accident
  • experimenting with acrylates for use in clear plastic gun-sights during World War II.
  • In 1951, a researcher named Fred Joyner,
  • testing hundreds of compounds looking for a temperature-resistant coating for jet cockpits
  • 910th compound on the list between two lenses on a refractometer to take a reading on the velocity of light through it,
  • could not separate the lenses.
  • Seven years later, the first incarnation of Super Glue, called Eastman 910, hit the market.
  • Dr. Coover’s secret was that he had invented Super Glue,
  • Dr. Coover was born in Newark, Del., on March 6, 1917.
  • He studied chemistry at Hobart College and then received a master’s degree and a Ph.D. in chemistry from Cornell University.
  • Eastman Kodak Company until he retired and then worked as a consultant. In 2004, he was inducted into the National Inventors Hall of Fame.
  • President Obama awarded him the National Medal of Technology and Innovation
  • Dr. Coover held 460 patents by the end of his life. Nonetheless, Dr. Paul said, he didn’t mind being known by his “most outstanding” invention.
  • One of his proudest accomplishments, Dr. Paul added, was that his invention was used to treat injured soldiers during the Vietnam War.
  • Super Glue did not make Dr. Coover rich.
justin creed

How Are Adhesive Sticky Note Pads and Cubes Made/Printed? - Quality Logo Products, Inc. - 0 views

  • Sticky notes are much more than simple notepads! If used correctly, they can be ultimate portable marketing tools. Sticky notes were originally marketed to workplaces, but they can now be found everywhere. At home, they come in handy for grocery lists, phone numbers, to-do lists, and reminders. They’re used in magazine advertising to highlight a new product’s advantages; if the reader desires, he or she can peel away the sticky note and take the ad. They also make great bookmarks for students! Sticky notes' functionality leads users to wonder how these little unassuming notes came about and how they are made.
  • Up to that point, 3M had only ever produced rolled products like adhesive tape, so the company’s engineers had to create and build new machinery to accommodate the flat pads and eventually cubes of paper. Then they had to find a way to apply the adhesive without gumming up the machinery. While this was a very expensive venture, it also gave 3M market dominance because few companies had the budget to back such an undertaking.
  • Fry was a member of his church’s choir and often marked pages in his hymnal with bits of paper that almost always fell out. What if he could stick the bits of paper to the pages of the hymnal without damaging the book? Dr. Silver’s glue seemed to be the answer!
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  • The idea for sticky notes originated by accident. Dr. Spencer Silver, a Senior Scientist in the 3M Corporation’s Research Lab, discovered a repositionable adhesive in 1968. It hadn’t been his goal to do so, because at the time 3M’s philosophy was "the stickier the better.
  • After several sample tests across the country, Post-It® Notes were launched nationwide in 1980. Nearly 30 years later, the line has expanded from the original square, canary-yellow sticky notes to 61 other colors and 25 different shapes; they now generate more than one billion dollars of revenue every year! The vast success of sticky notes is no fluke.
  • One thing is a definite: you have thousands of exciting options to choose from!
Katlyn Humphries

N.Y. City hits P&G green ad for diapers: Student Research Center - powered by EBSCOhost - 0 views

  •  
    Pampers
jacob sullivan

Fountain pen - Wikipedia, the free encyclopedia - 0 views

  • A fountain pen is a nib pen that, unlike its predecessor the dip pen, contains an internal reservoir of water-based liquid ink. The pen draws ink from the reservoir through a feed to the nib and deposits it on paper via a combination of gravity and capillary action. Filling the reservoir with ink may be achieved manually (via the use of a Pasteur pipette or syringe), or via an internal filling mechanism which creates suction (for example, through a piston mechanism) to transfer ink directly through the nib into the reservoir. Some pens employ removable reservoirs in the form of pre-filled ink cartridges. A fountain pen needs little or no pressure to write.
  • liest historical record of a reservoir pen dates to the 10th century. In 953, Ma'ād al-Mu'izz, the caliph of the Maghreb, demanded a pen that would not stain his hands or clothes, and was provided with a pen that held ink in a reservoir and delivered it to the nib, which could be held upside-down without leaking, as recorded i
  • hat some form of pen with an ink res
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  • wenter descr
  • In Deliciae Physico-Mathematicae
  • ibed a pen made from two quills
  • es Stephen Perry devised a
  • In 1828 Josiah Mason improved a cheap, efficient slip-in nib in Birmingham, England, which could be added to a fountain pen and in 1830, with the invention of a new machine, William
  • was squeezed through a small hole to the writing point. In 1663 Samuel Pepys referred to a metal pen "to carry ink".[2] Noted Maryland historian Hester Dorsey Richardson (1862–1933) documented a reference to "three silver fountain pens, worth 15 shillings" in England during the reign of Charles II, ca. 1649–1685.[3] By the early 1
  • 1734 notation made by Robert Morris the elder in the ledger of the expenses of
  • way to mass manufacture robus
  • steel-nib pens manufactured in the world were made in Birmingham. Thousands of skilled craftsmen and -women were employed in the
  • previously could not afford to write, thus encouraging the development of education and literacy.
  • These were sold worldwide to many wh
  • industry. Many new manufacturing techniques were perfected, enabling the city's factories
  • mid-19th century
  • most inks were highly corrosive and full of sedimentary inclusions. The Romanian inventor Petrache Poenaru received a French patent on May 25, 1827 for the invention of a fountain pen with a barrel made from a large swan quill.[6] In 1848 American inventor Azel Storrs Lyman patented a pen with "a combined holder and nib".[7][8] From the 1850s there
  • was a steadily accelerating stream of fountain pen patents and pens in production. However, it was only after three key inventions were in place that the fountain pen became a widely popular writing instrument. Those were the iridium-tipped gold nib, hard rubber, and free-flowing ink. Waterman 42 Safety Pen, with variation in materials (both red and black rubbers) and retracting nibs. The first fountain pens making use of all these key ingredients appeared in the 1850
  • The ear
  • n Kitab al-Majalis wa
  • 'l-musayarat, by Qadi al-Nu'man al-Tamimi (d. 974).[1] No details of the construction or mechanism of operation of this pen are known, and no examples have survived.
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    wikipedia fountain pens
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    more information
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 
Tuffer Jordan

Wecome to NWS&T Magazine Online - 0 views

  • The Puget Sound Engineering Council selected Russell as the 2005 Industry Engineer of the Year. And despite all of his accomplishments, it wasn't until Joe Decuir of Seattle's chapter of the Institute of Electrical and Electronics Engineers, Inc., (IEEE) saw a story about Russell in the local newspaper that he suggested Russell's name to the committee last fall.
  • In the mid 1950s, he was frustrated with the sound quality of LPs, which started wearing out after only a dozen plays. He even tried using a cactus needle to play records because the jewel needle wore out the vinyl faster and didn't sound as clear. Russell wanted a way to capture the complexity and nuances of classical music without damaging the recording. And the idea that sparked a multi-billion dollar industry was about to take shape in Russell's mind.
  • In fifth grade, he started building radios out of parts he scrounged from the neighbors. In high school, he took a job setting up a commercial radio station, even though he didn't know how to hook up most of the equipment. "But I learned– rapidly,” he laughs.
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  • After graduating from Reed College with a degree in physics in 1953, Russell took a job with General Electric in the Hanford Nuclear Plant doing experimental work.
  • Battelle took over the Hanford Laboratories in 1965 and gave Russell a lab and time to work on some of his imaginings, including the crazy idea that sound could be converted to strings of numbers and reproduced using light.
  • He had come up with a way of using a laser to read digital bits of information, which later became the most widely-used way to read just about everything. By using a light to read the data, the record would never wear out. The data are encoded as microscopic pit marks on the surface of the disk, which, when spun, can be read to reproduce high-quality sound.
  • The original goal was to record television shows, not music, because adding visuals would be more difficult. If television couldn't be recorded digitally, Russell and his backers decided they would at least know where they stood. In 1973, they were successful, but they were ahead of their time. Amazingly, no one wanted to buy a license for the precursor to the DVD.
  • By 1991, about 25 years after he came up with the idea, CDs were outselling their predecessors, audio tapes, in record stores nationwide.
  • But all he can do is shrug ruefully, "I didn't invent the CD, I invented the technology.”
  • Today, Russell has more than 50 patents to his name. He continues his work from the basement of his Bellevue home where he and Barbara have lived for more than a decade.
  • The first devices were called Optical Digital Data Storage –the term CD is actually a trademark of Philips. The original storage units were made of glass plates, about the size of large index cards, which could be read as a laser scanned over them.
    • Tuffer Jordan
       
      Russell didn't get fame nor riches for his invention.
  • Now, sales of the mirror-like plastic discs are in the billions every year, but the man behind it all has gotten neither fame nor riches. The company that held the patents sold the rights for a song. Now, Russell has a few artifacts from the early days, a scrapbook full of pictures, and a handful of plaques and trophies to show for all his
    • Tuffer Jordan
       
      In the fifth grade, Russell started building radios out of parts he scrounged form the neighbors.
    • Tuffer Jordan
       
      Russell came up with a way of using a laser to read digital bits of information, which later became the most widely-used way to read just about everything.
  •  
    James T. Russell invented the CD! 
bailey spoonemroe

Chewing Gum - American Dental Association - ADA.org - 0 views

  • What is chewing gum? Chewing gum in various forms has been around since ancient times.  The Greeks chewed sap from the mastic tree, called mastiche.  On the other side of the world, the ancient Mayans favored the sap of the sapodilla tree (called tsiclte).  Native Americans from New England chewed spruce sap—a habit they passed on to European settlers.  Today, the base used for most gum products is a blend of synthetic materials (elastomeres, resins and waxes in various proportions).  However, chewing gum is as popular as ever. 
  • What does chewing gum do? The physical act of chewing increases the flow of saliva in your mouth.  If you chew after eating, the increased salivary flow can help neutralize and wash away the acids that are produced when food is broken down by the bacteria in plaque on your teeth.  Over time, acid can break down tooth enamel, creating the conditions for decay.  Increased saliva flow also carries with it more calcium and phosphate to help strengthen tooth enamel. Clinical studies have shown that chewing sugarless gum for 20 minutes following meals can help prevent tooth decay.  In the future, look for chewing gum that delivers a variety of therapeutic agents that could provide additional benefits to those provided by the ability of gum to mechanically stimulate saliva flow. For instance, some gum might contain active agents that could enhance the gum’s ability to remineralize teeth and reduce decay, or enable gum to help reduce plaque and gingivitis.
  • Does chewing gum replace brushing and flossing? No, chewing gum is an adjunct to brushing and flossing, but not a substitute for either. The ADA recommends brushing twice a day with a fluoride toothpaste and cleaning plaque from between your teeth once a day with dental floss or other interproximal dental cleaners.
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  • What is in chewing gum and how is it made? Chewing gum typically consists of: Gum base Artificial sweeteners (such as aspartame, sorbitol or mannitol) Softeners (glycerin or other vegetable oil products) Flavorings and colorings The process for making chewing gum has six basic steps: Gum base ingredients are melted together Other ingredients are added until the warm mix thickens like dough Machines called extruders are used to blend, smooth and form the gum The gum is shaped (flattened or molded into tablet shapes and coated) The gum is cooled for up to 48 hours in a temperature controlled room The gum is packaged. Source: National Association of Chewing Gum Manufacturers.
  •  
    ADA association  REALLY GOOD GUM FACTS!!!
bailey spoonemroe

chewing gum -- Britannica School - 0 views

  • Ingredients
  • The various latexes are taken from trees in much the same way that rubber is obtained. The tree is gashed, and the latex drips into canvas bags. It is then boiled to reduce water content, hardened, and kneaded into blocks weighing about 25 pounds (11 kilograms). After shipment to a gum factory, it is purified by heating and straining before being put into a mixer, a vat in which other ingredients are added. After cooling, the mixture is flattened by rolling machines, cut into sticks, and fed into a machine for wrapping and packaging.
  • This is the process used for the standard stick of chewing gum. Gum is also sold in candy-coated pellets or tablets, soft bubble gum, gum balls, and slabs or sticks of bubble gum. Each type is put through a different process. Some bubble gum, for instance, is extruded, or squeezed through holes while still warm, then cut or shaped before being wrapped.Gum balls are coated with a sealer and then sprayed repeatedly with sugar syrup that hardens. Next they are polished with an edible wax. Candy-coated pellets or tablets are treated in much the same way.Chewing gum is a popular product around the world. Manufacturers are located on almost every continent. However, the world’s largest manufacturer of chewing gum is the William Wrigley Jr. Company of Chicago. Other U.S. manufacturers include the Topps Company and the Ford Gum & Machine Company
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  • . History
  •  
    another on how gum is made (Britannica)
Max N.

Milton Bradley - 0 views

  • Candy Land, Chutes and L
  • adders, Mouse Trap, and Cootie
  • didn’t set out to be a game maker
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  • trained as a draftsman, drawing plans for railroad cars
  • lithography business in 1860.
  • Bradley became a game maker fortuitously
  • Playing a board game with a friend, he had an idea for one of his own.
  • He was an early advocate of the emerging kindergarten movement started by Friedrich Fröbel in Germany. Fröbel used toys, called Fröbel’s gifts, to spark the imagination of young children
  • pastime and Puritanical preparation rolled into one.
  • forty-thousand copies
  • beginning of the Civil War
  • Soldiers got bored. And a reasonably priced game kit was just what they needed.
  • Charitable organizations bought and distributed kits made by Bradley.
  • players moved pieces on a converted checkerboard, with labels added to the squares. Landing on the square labeled “industry” transported a player to the square labeled “wealth”. “Gambling” led to “ruin”; “intemperance” to “poverty.” The game was called the “Checkered Game of Life.”
  • embraced the idea, and supplied blossoming kindergartens with educational toys.
  • he continued to produce educational toys even when it put his business at risk
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    :)
  •  
    Very good info on Milton Bradley
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