Women IV
Study of Women Inventors
What name springs to mind when you say the phrase “famous female inventor?” If you’re having a tough time answering this, you are not alone.
I became interested in this topic when I ran across a very curious statistic. In 1980 only 1.7% of all the patent filings were filed by women. After doing some research I found that the problem started long before that.
Mary Dixon Kies
The first U.S. patent was issued in 1809 to Mary Dixon Kies, a Connecticut native who invented a process for weaving straw with silk or thread. First Lady Dolley Madison publicly thanked her for boosting the nation’s hat industry. Unfortunately, this historic patent was destroyed in the great Patent Office fire in 1836.
Until about 1840, only 20 other patents were issued to women, all related to apparel, tools, cook stoves, and fire places. From 1855 to 1865, women received an average of 10.1 patents per year while their male counterparts received 3,767.4 patents. During the next decade, from 1865 to 1875 the number of women-issued patents increased to 67.3 compared to men’s 11,918.4 patents.
Ada Lovelace
A rare exception to the social norm in 1843, Ada Lovelace wrote a scientific paper that anticipated the development of computer software, artificial intelligence and computer music. The daughter of the poet Lord Byron, Lady Ada Lovelace was known as the “enchantress of numbers” who collaborated with Charles Babbage, the inventor of the first mechanical thinking-calculating machine. The Ada programming language was later named after her. However, Ada didn’t bother patenting any of her work because it wasn’t socially acceptable for most women to be filing patents.
By 1910 the number of women patents were still only 8,596, just 0.8 per cent of the total patents issued in the United States. The reasons behind this tend to fall into four broad categories: legal, economic, social, and education.
Legal rights of married women in the early-nineteenth century were virtually non-existent. Along with women not being able to vote, many women in the past were not allowed equal rights of property ownership, Patents are a form of intellectual property, and for this reason many women patented their inventions under their husband’s or father’s names.
A number of historians point to married women’s inability to control their own property as both a deterrent to invention by women and a distortion of the true numbers.
One very early example is Sybilla Masters, the first female inventor in recorded history, who invented a way for cleaning and curing the Indian corn crops that the colonist in early America received as a gift from the native peoples. Sybilla Masters’s innovation allowed the corn to be processed into many different food and cloth products. The patent was issued in her husband Thomas’ name by the British courts in 1715. Women and minorities at that time had no rights to own patents.
While legal status may have slowed the number of inventions by women, economic considerations encouraged it. Prospects for making money were a big driver for women in the late 1800s. And for good reason. History tells us that 75% of the patents issued to women between 1895 and 1900 were profitable.
Beulah Henry – “Lady Edison”
Profits were part of the motivation for Beulah Henry of Memphis who created about 110 inventions and held 49 patents. Beulah Henry was considered one of the “Lady Edisons” for her prolific career in inventing. Some of her inventions included the vacuum ice cream freezer (1912), an umbrella with a variety different colored snap-on cloth covers (1924), the first bobbinless sewing machine (1940), “Protograph” – worked with a manual typewriter to make four copies of a document (1932), “Continuously-attached Envelopes” for mass mailings (1952), “Dolly Dips” soap-filled sponges for children (1929), “Miss Illusion” doll with eyes that could change color and close (1935).
The social appeal for women to become inventors at that time was best expressed when Scientific American tried to assure them “that there was nothing inherently unladylike about the process of invention. Like novel writing, it could be done in the parlor at home, and did not require traffic in the factory or marketplace.”
The social environment for women inventors began to change with the 1876 Philadelphia Centennial Exposition, a World Fair-like event held to celebrate the progress of the century-old United States. The leaders of early feminist and women’s suffrage movements aggressively lobbied for the inclusion of a woman’s showcase in the exposition. As a result, the Centennial Women’s Executive Committee was established, and a separate Woman’s Pavilion erected. Scores of women inventors either with patents or with patents pending displayed their inventions
Examples of famous women inventors throughout history:
Josephine Cochran
Dishwasher – In 1886, Josephine Cochran proclaimed in disgust “If nobody else is going to invent a i, I’ll do it myself.” And she did, Josephine Cochran invented the first practical (did the job) dishwasher. Josephine Cochran had expected the public to welcome the new invention, which she unveiled at the 1893, World’s Fair, but only the hotels and large restaurants bought her ideas. It was not until the 1950s, that dishwashers caught on with the general public.
Mary Anderson
Windshield Wiper – Even before Henry Ford started manufacturing his Model A, Mary Anderson was granted her first patent for a window cleaning device in November of 1903. Her invention could clean snow, rain, or sleet from a windshield by using a handle inside the car. Her goal was to improve driver vision during stormy weather. In 1915 the Mary Anderson ‘windshield wiper’ became standard issue on all cars.
Mary Phelps Jacob
Brassiere – The first modern brassiere to receive a patent was one invented by New York socialite, Mary Phelps Jacob in 1913. At that time, the only socially acceptable undergarment was a corset stiffened with whale bones. The invention of the brassiere eventually led to the demise of the often masochistic corset.
Marion Donovan
Disposable Diapers – In 1950, Marion Donovan was a young mother in the post-war baby boom era. She came from a family of inventors and inherited the inventing ‘gene’. Unhappy with leaky, cloth diapers that had to be washed, she first invented the ‘Boater’, a plastic covering for cloth diapers first made from a shower curtain. Later, using disposable absorbent material and combining it with her Boater design, Marion Donovan created the first convenient disposable diaper. Companies she presented it to told her that her product would be too expensive to produce, so she went into business for herself. A few years later, she was able to sell her company for $1 million.
Patsy Sherman
Scotchgard – Patsy Sherman was a 3M research chemist assigned to work on fluorochemical polymers. Patsy Sherman was one of very few women chemists to work for a major corporation when she was hired by 3M in 1952. Her work was an essential part of the introduction of 3M’s first stain repellent and soil release textile treatments which have grown into an entire family of products known as Scotchgard ® protectors.
Stephanie Kwolek
Kevlar – Stephanie Kwolek’s research with high performance chemical compounds for the DuPont Company led to the development of a synthetic material called Kevlar which is five times stronger than the same weight of steel. Kevlar, patented by Kwolek in 1966, does not rust nor corrode and is extremely lightweight.
In the area of education, early American women were often prevented from receiving the higher education necessary for inventing. The story of Grace McDermut at the Colorado School of Mines shows the typical uphill battle women faced a century ago. She enrolled as the only woman in the freshman class of 1899-1900 in the company of 350 male students.
While women have been making inroads into education fields in most professions, the number of female science and engineering majors, the education most closely associated with inventors, are still lacking.
In 2004 the Stanford School of Engineering awarded 267 of its 1,161 Master’s degrees and Ph.D’s to women – 23%. According to the American Society for Engineering Education, Stanford is the best in the nation where the national average is 21%.
So where are we today? The latest statistics from the US Patent Trademark Office show that in 2002, a total of 10.9% of all patents had a female listed as an inventor. This figure is somewhat deceptive because it includes mixed gender co-inventors. As an example, a patent with four men and one woman named as co-inventors is counted as part of this figure.
While most of the deterrents for women inventors have been gradually disappearing, the numbers have been slow to change.
The National Inventors Hall of Fame in Akron, Ohio now has over 200 inventors who have been inducted, of which only 6 are women.
The US Patent Trademark Office has been working hard to balance the number of female patent examiners which now stands at 28.37% of the total patent examiner population.
In all of US society, the world of inventors demonstrates one of the greatest imbalances between genders. In a country where the number of patent filings is setting new records every year, women continue to struggle in their quest to achieve parity. While some may view this as a problem, other view this as “just the way it is”.
From my perspective, I would like to applaud all inventors. Our future depends heavily on the often thankless work they are doing. And for that I would personally like to say “thank you”.
By Futurist Thomas Frey
Author of “Epiphany Z – 8 Radical Visions for Transforming Your Future”
Features Archive
- Green Energy
- Climate Change III
- Climate Change II
- Farming II
- Farming
- Banking VI
- Banking V
- Banking IV
- Politics III
- Politics II
- Politics
- AI Ethics IV
- AI Ethics III
- AI Ethics II
- AI Ethics
- Waste III
- Medicine
- Water IV
- Water III
- Creativity
- Solar Energy II
- Solar Energy
- Fashion
- Fashion II
- Humans IV
- Humans III
- Humans II
- Humans
- Money V
- Money IV
- Money III
- Money II
- Money
- Urban Futures II
- Urban Futures
- Ageing II
- Ageing
- Space IV
- Space III
- Space II
- Space
- Governments
- Metaverse IV
- Metaverse III
- Metaverse II
- Metaverse
- Technology III
- Technology IV
- Technology II
- Privacy III
- Privacy II
- Privacy
- Meat IV
- Meat III
- Meat II
- Meat
- Housing III
- Housing II
- Housing
- Retail
- Insurance
- Logistics II
- Logistics
- Mobile II
- Security III
- Security II
- Language II
- Tourism Post-Covid-19
- Entertainment Post-Covid-19 II
- Entertainment Post-Covid-19
- Cities Post-Covid-19
- Work Post-Covid-19 III
- Work Post-Covid-19 II
- Work Post-Covid-19
- Post-Covid-19 Economy II
- Post-Covid-19 Economy
- Education Post-Covid-19 II
- Education Post-Covid-19
- Post-Covid-19 V
- Post-Covid-19 IV
- Post-Covid-19 III
- Post-Covid-19 II
- Post-Covid-19
- Pandemics V
- Pandemics IV
- Pandemics III
- Pandemics II
- Pandemics
- Food II
- Food
- Futures V
- Futures IV
- Cars V
- Cars IV
- Cars III
- Cars II
- Cars
- Futures III
- Futures II
- Futures
- Education XI
- Education X
- Education IX
- Cities VI
- Cities V
- Cities IV
- AfriCities VIII
- AfriCities VII
- AfriCities VI
- AfriCities V
- AfriCities IV
- AfriCities III
- AfriCities II
- Youth II
- Migrants II
- Foresight IV
- Foresight III
- Higher Education VII
- Agriculture VII
- Work III
- Work/Women
- Cities III
- Carbon Tax
- Higher Education VI
- Higher Education V
- Higher Education IV
- Higher Education III
- Higher Education II
- Higher Education
- Banking III
- Banking II
- Banking
- Humanity VII
- Humanity VI
- Humanity V
- Humanity IV
- Humanity III
- Women V
- Digitalisation of Informal sector
- Islamic Economy
- Drones VII
- Drones VI
- Drones V
- Drones IV
- Drones III
- Drones II
- Drones
- Digital Health III
- Digital Health II
- Digital Health
- Transport IV
- Transport III
- Transport II
- Transport
- Infrastructure V
- Infrastructure IV
- Infrastructure III
- Crime V
- Crime IV
- Crime III
- Crime II
- Crime
- Agriculture VI
- Agriculture V
- Agriculture IV
- Agriculture III
- Agriculture II
- Women IV
- Women III
- Women II
- Women
- Humanity II
- Humanity
- Artificial Intelligence V
- Artificial Intelligence IV
- Artificial Intelligence III
- Universal Basic Income
- Alternative Economies V
- Alternative Economies IV
- Foresight II
- Alternative Economies III
- Additive manufacturing
- Artificial Intelligence II
- AI Risk, Ethics & Regulation
- Waste II
- Mining II
- African Futures IV
- Education VIII
- Justice
- Libraries III
- Libraries II
- Libraries
- Education VII
- Education VI
- Education V
- Green Energy II
- Financial Systems III
- Education IV
- Alternative Economies II
- Research
- Education III
- Artificial Intelligence
- Economic Integration II
- Health Inequity
- Invisible Economy
- Future Thinking
- Pan Africanism VII
- Infrastructure
- Financial Systems
- Sustainability III
- Sustainability II
- Alternative Economies
- Water II
- Mega Trends 2015, 2010s, 2100s?
- AfriCities
- Energy
- Sustainability
- Families
- Prisons II
- Prisons
- Work II
- Work
- Health II
- Pan-Africanism VI
- African Futures III
- African Futures II
- African Futures
- Economic Integration
- Climate Action III
- Manufacturing
- Green Economy
- Climate Action II
- Climate Action
- Foresight
- Ethnicity & Tribalism
- Pan-Africanism V
- Youth Policy II
- Gender Equality II
- Gender Equality
- Youth Policy
- Migrants
- Waste
- Pan-Africanism IV
- Pan-Africanism III - East Africa
- Pan-Africanism II
- Pan-Africanism
- Philanthropy
- Renewable Energy III
- Renewable Energy II
- Renewable Energy
- Informal Cities III
- Informal Cities II
- Informal Cities
- Human Development
- Security
- Global Engaged Citizens - Upskilling for Post Growth Futures, Together
- System Thinking - Systems thinking and courage
- Thrivability II - New Movements
- Thrivability - Bottom Line to Full Circle
- Youth Unemployment
- Food Insecurity II
- Food Insecurity
- Language
- Globesity
- Kenya II
- Kenya
- Mining
- Infrastructure II
- Women & Poverty II
- Women & Poverty
- Cities II
- Cities
- Innovation
- Climate Change
- Agriculture
- Books
- Youth
- Mobile
- Regional Integration IV
- Regional Integration III
- Regional Integration II
- Regional Integration
- Fresh Water
- Education II
- Health
- Education
- Leisure
- Urban Poor
- Economy
- Peace
- Women
- Technology
- Environmental
- Democracy
- The brief called for a blog
- Post-oil
- Game Changers