space age inventions you probably use - absorbent material
As long as NASA is going to send the Apollo astronaut to the moon, the cordless tool is fine, and it thinks it might as well equip them with a rig and ask them to dig a rock sample when they get there.
But realize 239,000
The mile extension line is impractical and NASA has partnered with Black & Decker to develop tools for rechargeable batteries and special low-charge batteries
This should make your vacuum cleaner look more impressive. 2.
Smoke detectors in the 1970 s, NASA worked with Honeywell.
Skylab, the first space station in the United States, made a device that could detect smoke and toxic gases.
The result is the first ionization smoke detector using a trace radioisotope amer-241.
This led to the launch of a cheap photoelectric detection device for the 1979, when the smoke is extinguished (
Or take a steaming shower sometimes)
Blocked the beam.
Smoke detectors have saved countless lives on Earth so far, but they are particularly useful in space, where running out and waiting for fire engines is not an option. 3.
NASA-rich baby food
Sponsored Research has also helped make significant improvements to commercially available baby foods, and we're not talking about freezing --
When testing the potential of algae as a long-term food supply
Space travel in Maryland
The US-based biosciences company has found an algae additive containing two fatty acids, which are very similar to the fatty acids in breast milk.
The company now uses it to produce a rich infant formula that is considered essential for the visual and intellectual development of infants. 4. New-
When you buy a new set of tires, the old one has to go somewhere, right?
Most of them will eventually be placed in huge flammable tire stacks that may store millions of old tires, each with about a quart of oil in the rubber.
However, if a dump is on fire, it may be burned out by thick toxic smoke for weeks in a row.
But today, the old tires are well used.
NASA experience in fuel
The associated low temperature technology helped to develop the process of freezing the tires to the following
200 degrees Fahrenheit, crushing them, separating the rubber from other materials and producing so-called "breadcrumbs ".
"This waste is recycled into several new products, including the ingredients used to lay the highway, which means that your new tires may one day roll on the old ones. 5.
Those cool ear thermometer, any parent knows you won't stick the glass thermometer in the baby's mouth, but it's not fun to insert it in another way.
What about the incompetent patient who can't even say "aaah?
California wants a safer way to measure a person's temperature, who is better than NASA's Jet Propulsion Lab and has 30 years of experience using infrared sensors to remotely observe objects?
Together they developed a fast and accurate thermometer, when it's a disposable probe cover (
Insert the ear canal, detect the infrared radiation of the eardrum, and give a digital reading in less than two seconds. 6. Fast-
Agent braces for your old-
Airport metal detectors detonated with old-fashioned braces?
Search by getting a new, save yourself awkward strip.
Many orthodontic doctors now use ceramic braces, which are combined with teeth, with a thin and light wire made of NiTinol (nickel-titanium)
An alloy brings you the praise of NASA.
Thanks to its amazing ability to maintain its original shape, NiTi (
As the industry knows)
The space satellite provides the ability to crowd and twist the rear spring open inside the rocket.
But don't think its ability is limited to space.
When used in dental instruments, NiTi applies continuous force to the teeth to move them in the right direction, thus eliminating the need for wire tightening, thus reducing the patient's presence in the braces. .
There is still a lot of pain. 7.
What do the Statue of Liberty, a big Buddha in Hong Kong, and the Golden Gate Bridge have in common?
They are protected by the American space program. . . sort of.
In late 1980, NASA's Goddard Space Flight Center began a research project to develop a coating for the Kennedy Space Center in Florida to protect the launch structure from salt.
Air corrosion, rocket exhaust and thermal stress.
The application of this material has proved to be an ideal choice for protecting structures such as bridges, antenna towers and occasional Buddha. 8. (Better)
Since its invention in 1950, pacemakers have come a long way.
Modern cardiac pacemakers can be self-contained away from large external devices used earlier
Adjust in most cases and even activate yourself when needed.
But with the help of NASA, one of the most important advances in pacemaker technology is 1970.
Developed communication system bi-
Directional telemetry technology originally used for communication with satellites. Siemens-Pacesetter, company
Working with NASA, a similar telemetry system has been developed that not only allows doctors to change the functionality of the device over time, but also updates how the device interacts with patients-
Did not pick up the knife9. Scratch-
Thanks to NASA technology, plastic lenses for glasses are 10 times longer than before.
This is because its Ames Research Center createdresistant (
Read: very hard)
A coating that protects the equipment from the impact of space debris.
Later, Foster Grant
A license was obtained for the coating method and used in their plastic sunglasses, which match the hardness of the glass lens but are much lighter in weight.
It is now used for most glasses and industrial masks for other uses. 10. Oh-
So comfortable sneakers insole can't run fiveminute mile?
Don't blame your sneakers.
If they are relatively new, they may have helped you a lot.
In the 1970 s, many shoe manufacturers began to vibrate with a new, highly --
A big step in tennis shoes.
The new kicks are filled with "sticky bullet" bubbles that fit your feet, and then they return to normal shape when you take off your shoes.
It turns out that they have this idea (
NASA has developed this material to better cushion the pressure of astronauts during the blasting process.
Despite the popularity of popular theory, NASA did not invent the Tang orange breakfast drink for astronauts.
It was launched by General Foods in 1957 and has been placed on grocery store shelves for years before NASA decided it was working well in space. E-
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