New idea for simple New Window Technology
We have a commercially made thermopane picture window. I wanted to compare how well it insulated vs. ones that I designed. Here are the results using a non contact thermometer Jan 15, 2022:
-outside air temperature from our weather station sensor on a pole -12 F
-wall temperature +55 F
-commercial thermopane window +38 F
-self designed double pane with 2″ air space between glass +43 F
-self designed triple pane with 2″ air space between glass +47 F
If you inquire I will tell you how I made them.
CLOTH VACUUM CLEANER BAGS
One of the first inventions I remember doing was a cloth bag for my mother Hazel Weller’s Lewitt vacuum cleaner. She had been buying paper bags for it. I was about 13 and had just learned to sew on a sewing machine. I sewed up a cloth bag for her vacuum. She tried it and was so impressed she made an appointment and took me in to see the president of Lewitt. He was not impressed at all. It seemed that they made most of their money selling bags, not vacuum cleaners. I learned a lesson in business economics.
ELECTRONIC AIR MOVING DEVICE
A current invention I have been working on since 1984 is an in atmosphere air moving device using ionic propulsion to accelerate air. It is a relatively simple concept. Because the air/ion packets are controlled and accelerated and moved away from the surface, the system results in a huge drag reduction if applied to an aircraft, which then results in a very efficient and a very fast and maneuverable aircraft that can accelerate in any direction at any time, and can go extremely fast with much less supersonic engineering.
While in Florida during the winter of 1984 /1985 I even submitted three SBIR research proposals-one to AFOSR/XOT Bolling Green Air Force Base, one to Strategic Defense Initiative Organization, The Pentagon, Washimgton DC, and one to AFRPL/TSPR Edwards AFB,California. All were rejected.
While I have been encouraged my many (including a physics prof from MIT), I am a person who likes to make sure things work before anything else. As a result this project has been basically stagnant until I can find a small group with appropriate talents and some money to do development work.
I started working for Owens Illinois, Inc. in September 1965 after graduating with an MBA from Amos Tuck School at Dartmouth.
One of my first jobs was to try to find uses for some reinforced thermoplastic sheet materials that O-I Lab people thought might make good automobile exterior body parts. No matter what they did with the current thermoplastics available at the time and various reinforcement fibers, they all sagged in the sun eventually-known as “creep”.
So I took some sheets home to my rented duplex in Waterville, OH and had the idea of shooting them with a rifle. I backed the 1/4″ thick sheet with a bunch of wood in case the bullet went through the reinforced thermoplastic. I did not want to have a bullet going into a neighbors place.
22 caliber lead bullets mushroomed within the first part of the 1/4″ thick sheet to the size of a quarter. This was during the Vietnam War. After taking the sample sheet showing the results of several shots to my boss Bob Wallace(a Corp VP) Monday morning, I began researching the lightweight armor possibilities for reinforced thermoplastics, resulting in a secret security clearance, a trip to Picatiny Arsenal in NJ, adding the concept of hard ceramic like tiles on the front of the reinforced thermoplastics to mutually smash the steel core of military ammunition while the reinforced thermoplastic caught the debris, and the resulting Invention Records shown below and device to produce them. What O-I did with them, I don’t know.