Question from Greg:

What aircraft and what year where abs brakes installed onto?

Spending a great deal of time looking into this subject, this is what was found; without a certain answer. Modern anti-lock brakes have undergone numerous amounts of alterations from their original form with many individuals taking credit for each milestone abs brakes have reached.

The root development of anti-lock brakes (abs) or anti-skid brakes, as they are more commonly called on aircraft, dates back to 1929. French aircraft pioneer, Gabriel Voisin, originally designed the anti-lock brakes for airplanes. Although it has been stated that the brakes were first intended for aircraft, additional data to backup this claim is very limited. Whether he tested the invention on one of his own famous biplane designs is questionable. We know that after WWI (1918), Voisin stopped developing planes and went into the automobile industry. According to these dates, that means he would have invented abs brakes after the point in which he switch to car production. Perhaps, the invention was a half-baked idea during his flight days (intended for aircrafts) but did not fully developed till his automotive days, in which his anti-lock brake system was installed on cars.

The first noted US produced plane equipped with an Hydro-Aire Mark I anti-skid system was military aircraft Boeing B-47 bomber in 1947. After WWII, landing speeds increased tremendously because of new jet aircraft. Conventional brakes were not as effective and the anti-skid brakes prevented plane wheels from locking on low traction surfaces.

Good Humor PatentIn 1920, a candy maker in Youngstown, Ohio created a recipe for coating ice cream with chocolate. Harry Burt’s smooth chocolate coated ice cream treats were delicious. The first taste tester was his daughter Ruth who loved the flavor but hated the mess. Earlier, Burt had invented a lollipop on a stick known as a Jolly Boy Sucker. Taking the advice of his son, Harry Jr., Burt froze the same stick into his ice cream, creating handles for the treats. Burt named his new ice cream invention the Good Humor Bar. The name came from the belief that a person’s humor or temperament came from their sense of taste.

On January 30, 1922, Burt applied for patents on the process and manufacturing of the frozen treat as well as for the treat itself. The United States Patent Office was reluctant to grant the patents because of the product’s similarities to Eskimo Pies. It took a trip to Washington, D.C. with a five-gallon bucket of Good Humor bar samples before his patent would be approved. Ultimately, Burt received US Patent 1,470,524 for the Process of Making Frozen Confections on October 9, 1923. He did not receive a patent for the confection itself.

The broad basis of Burt’s patent led to a popsicle battle between the major manufacturers. In 1925, Burt sued both of his major competitors, the Citrus Products Company and the Popsicle Corporation for producing similar frozen treats. Eventually, he dropped the suit against the Citrus Products Company because he realized they refused to settle in order to see if his patent would hold up in court. Burt and Popsicle reached an agreement out of court. Popsicle paid a licensing fee to Burt and was permitted to manufacture frozen treats from ice and sherbert. Burt kept the exclusive rights to produce the frozen suckers from ice cream and other dairy products. Continue reading “Bribery, Intrigue and…Ice Cream?”

Question from Royce M:

Is it true that there was a patent for the first self serve grocery store?
Thanks, Royce

Yes, that is absolutely correct. Piggly Wiggly was America’s first modern self-service grocery store.

Clarence Saunders received patent number 1,242,872 on October 9, 1917 for the concept of a self-service supermarket store. Saunders had revolutionized the grocery industry and improved the customer shopping experience.

Originally, shoppers depended on store clerks to gather their grocery order from the shelves. Sanders developed a self-serve setup to avoid wasted time and expenses. In response to the change, packaging and brand recognition became increasingly important because consumers now directly chose products. Sanders’ innovative idea was a success as other stores began to adopt the same layout for their locations.

95 years later, since the opening in 1916, Piggly Wiggly stores can still be found today in the Southern and Midwestern regions of the United States.

Read the Piggly Wiggly patent here.

Statue of Liberty PatentDid you know the subject of America’s most famous design patent wasn’t actually designed by an American?

On February 18, 1879, French sculptor Auguste Bartholdi received US Patent D11,023 for a statue design – one he called, “Liberty Enlightening The World.”

You know her as The Statue of Liberty. She stands tall on her pedestal on Liberty Island, a beacon of hope for Freedom seekers the world over.

But, did you know the greatest symbol of American Opportunity almost didn’t happen due to a lack of funding? It’s true!

Auguste Bartholdi was commissioned in 1876 – the year of the American Centennial – to create the statue as a gift to America; it would be a symbol of friendship between France & the US for everyone to see. France would raise the money to build the sculpture, and America would handle the pedestal.

Simple, right?

Not really.

Even with Bartholdi’s patent – which he got specifically to allow him to create and sell replicas of Lady Liberty as a fundraising effort – France still had trouble finding enough public support. It took numerous auctions, art exhibits, lotteries and theater events were used to raise the needed funds from their end.

Construction of the statue began in 1875 and was not completed until nine years later in 1884. Alexandre Gustave Eiffel, the designer of the Eiffel tower, planned the skeletal framework for the statue. A larger-than-life representation of the Roman Goddess Libertas, Bartholdoi used two different women as models. The face is said to be a likeness of his mother. His wife posed for the arms and torso of Lady Liberty.

Liberty Enlightening the World

Liberty Enlightening the World

Meanwhile, America was having her own bit of funding problems. That is, until Joseph Pulitzer’s shame campaign against the wealthy and middle class alike spurred enough interest to finally fund the pedestal in 1885, just months before the statue – which had been shipped from France July of 1884 – arrived in New York.

So finally, on June 19, 1885, the world’s single, most powerful symbol of Freedom arrived in America in 350 pieces packed into 214 crates. They were reassembled in their place on Bedloe’s Island in New York Harbor. On October 28, 1886, before thousands of spectators, President Cleveland dedicated the Statue of Liberty on the now-named Liberty Island.

Lady Liberty stands 305 feet and 1 inch tall from its base to the tip of the torch and weighs 450,000 pounds. Each year over 3 million people visit the statue that has welcomed immigrants to Ellis Island since 1892.

Statue of Liberty

Question from Ize:

How are fonts protected?
Thanks, Ize

If certain conditions are met, an individual who creates a font has limited options in protecting their typeface. Copyright and trademark laws provide minimal or no protection against typeface piracy. The extent of protection a typeface should receive has been debated about between The U.S Copyright Office and type designers since the 1970s. Design patents are the best option if you want to protect your typeface.

Conditions to receive a design patent:

  • The font is not known or accessible to the public for more than one year prior to filing a design patent application.
  • The typeface was not described or used in a printed publication in any country during the year prior to filing the application.
  • The font design must be new. Meaning, it can not be an obvious variation of another design.
  • The typeface isn’t registered as a design patent or industrial design in a foreign country.

SupergluepatentYou can add Super Glue to your list of inventions that were discovered by accident. Dr. Harry Coover was not trying to invent a super-sticky substance when he came across Super Glue. In 1945, Dr. Coover was actually working on a way to create a clear plastic to use in precision gunsights for Eastman Kodak.

Cyanoacrylates were not a suitable material for this application. Dr. Coover discovered that the chemicals were extremely sticky. Moisture caused the chemical to polymerize. Every object has a thin layer of moisture so the chemical bonded almost any objects together. Testing on the cyanoacrylates was abandoned for now.

In 1952, Dr. Coover was involved in a very different project. He was working in the Eastman Kodak’s chemical plant overseeing a group of chemist who were looking for heat-resistant polymers for jet airplane cockpits. A rediscovery of the cyanoacrylates showed their full potential. They began testing the monomer and discovered that it did not require heat or pressure to adhere two objects. Again every set of objects that was tested were permanently bonded by the substance.

This time Dr. Coover saw an opportunity to create a new adhesive. He applied for a patent on June 2, 1954. On October 23, 1956, he received United States Patent 2,768,109 for Alcohol-Catalyzed Cyanoacrylate Adhesive Compositions. After refining the chemical, a new product originally known as Eastman 910 hit store shelves in 1958. Continue reading “Wow…That’s Sticky!”

Question from No Name:

When was the bulletproof vest invented? Or should I say Kevlar?

Kevlar was another accidental invention among many others throughout history that has saved thousands of lives. The fabric was originally intended to replace steel belting in the tires of vehicles. A member of DuPont’s Pioneering Research Laboratory, Stephanie Kwolek, first developed the synthetic material in 1965. Kwolek was awarded patent number 3,819,587 in 1974 for “Wholly aromatic carbocyclic polycarbonate fiber having orientation angle of less than about 45º.”

Kwolek had been hard at work developing new polymer solutions when she stumbled onto one that behaved in a way no other solution had before. The particular liquid separated into two distinct layers: one was clear and yellow, and the other was cloudy, shiny, and much thinner than other mixtures. It poured like water, which was also uncharacteristic.

Kwolek and technician Charles Smullen tested the liquid further, spinning it to fibers and ultimately discovering the material’s remarkable capabilities. The substance was lightweight, stronger than steel, chemical, flame, and high cut resistant.

Under DuPont, Kwolek’s material underwent testing as a bullet resistant fiber. DuPont first began marketing Kevlar in 1971 as bulletproof, protective body armor.

Today, Kevlar is used in many other products, including helmets, spacecraft shells, skis, and suspension bridge cables.

…all thanks to another “Happy Accident.”

_TG

FahrenheitIn 1593, when Galileo Galilei invented a basic water thermometer the device was called a thermoscope. His thermoscope and the ones that followed were not standardized in the liquid or the scale for telling the temperature. These simple devices mainly indicated a temperature increase or decrease, but no one was sure by how much. Daniel Gabriel Fahrenheit was a German physicist who changed the way the world viewed temperature.

In 1709, Fahrenheit invented an alcohol thermometer. Then in 1714, he improved on this invention with the introduction of the mercury thermometer. Fahrenheit decided to use mercury after a series of experiments. Mercury expanded uniformly at temperatures ranging from negative 40 to 626 degrees. Fahrenheit also changed the design of thermometers. Previously, thermometers were spherical. A tiny glass bulb held the mercury which rose through a long, cylindrical neck. Continue reading “Hot In Here – Invention of the Thermometer”

Question from Kathy L.:

Dear Invention Geek,
I use a fax machine on a daily basis. Who invented this time savings machine? Was there a patent issued?
Kathy L.

Hey Kathy,

The invention of the fax machine is one of the greatest contributions to the history of communications.

Scottish clockmaker and inventor, Alexander Bain, is credited with inventing the first fax machine. He received British patent 9745 for the facsimile unit in 1843 for “automatic electrochemical recording telegraph.” Bain’s fax machine was an improvement on Sameul Morse’s telegraph machine. Morse’s device made it possible for the transmission of written messages over a wire. Bain called his invention a “recording telegraph” because of its ability to copy documents and images, rather than writing messages.

It has been almost 170 years since the first invention of the fax machine. Bain’s fax machine and concept has undergone numerous revisions before arriving at its current form.

coopertoneadThe benefits of sunscreen have been known for thousands of years. Even the Greeks used a mixture of sand and oil to attempt to protect themselves from the sun while training for the Olympics. Christopher Columbus was the first to write about the use of sunscreen. Columbus wrote in his journal while visiting an island in the Caribbean that the people of the island “all paint themselves, some black, some other colors, but mostly red. I have learned that they do this on account of the sun, which does not injure them as much if they are painted.”

In the 1930’s, the first modern sunscreens were developed. An Australian chemist Milton Blake and the founder of L’Oreal cosmetics both developed sunscreens but neither were very effective protection against the sun. The first effective sunscreen was formulated by Franz Greiter in 1938. He created Gletscher Crème in a small laboratory in his parent’s kitchen after becoming severely sunburned while climbing Piz Buin, a mountain on the Swiss-Austrian border. In 1946, Greiter’s sunscreen became commercially available with the brand name Piz Buin. Continue reading “Tan, Don’t Burn – Invention of Sunscreen”