Archive
April, 2006 Monthly archive
New Lung Lets Patient Sit Up (Nov, 1953)

New Lung Lets Patient Sit Up
A polio victim needn’t lie on his back in this new respirator, being tested at the Harvard School of Public Health. It was designed to give a patient a more normal view of the world than he gets when confined to other “iron lungs.” He sits on a comfortable chair that can be raised, lowered and otherwise adjusted.

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HOW TO MAKE PHOTO CARICATURES (Apr, 1962)

HOW TO MAKE PHOTO CARICATURES
By Weegee (The Famous!)
WANT to accent a prominent feature such as the eyes or jaw in a photo caricature? Using distorted sheet plastic as a supplementary camera lens will do it. Take a clear sheet 1/16 to 1/2-inch thick, heat it in an aluminum foil pan, twist it with gloved hands and dunk it in cold water. Then turn it before the subject, looking through for the desired effect. Repeat the heating and twisting if necessary. Once you have the effect, take the photo through the plastic. Some remarkable results are illustrated.

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Flying Saucer Camera (Jan, 1953)

Flying Saucer Camera will be used by Air Force to clear up saucer questions. One lens takes regular picture; the other separates light into colors so scientists can judge the source and make-up of saucers.

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Horned Owl Clings to Radiator Cap for Eighty Mile Drive (Mar, 1934)

Horned Owl Clings to Radiator Cap for Eighty Mile Drive
ALIVE owl of the horned species flew up to the car of George Carpenter of Minneapolis while he was driving near St. Cloud, Minnesota, and refused to be shooed away. The tenacious bird clung to the radiator cap for the entire 80 mile trip back to Minneapolis, making a living radiator ornament that attracted considerable attention. The owl is now making its home in the Carpenter garage, and is rapidly becoming a family pet. Mice have mysteriously disappeared from the garage and vicinity since the arrival of this bird, so the Carpenters consider that it is earning its board.

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Synthetic Scenery Eliminates Movie Sets (Mar, 1933)


Synthetic Scenery Eliminates Movie Sets

HUGE, one-sided sets built at great cost in Hollywood movie studios to recreate for the camera famous buildings and famous settings, are fast becoming obsolete. Stored away in round metal cans in the film vaults of Radio Pictures, are hundreds of well-known synthetic settings, and cameramen are now being sent around the world to gather thousands more, to be used in a revolutionary new process called “rear projection.”

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WHAT TIME IS GREEN? (Apr, 1954)

What does now taste like? Sweeter or more bitter than then?
What sound does purple make?
What does 12 smell like?

At Bell Labs, we’re working on all these questions and more!
Bell Labs, for all your existential research needs.

Also, I love the fact that they didn’t spring for a color ad.

WHAT TIME IS GREEN?
In color television, the colors on the screen are determined in a special way. A reference signal is sent and then the color signals are matched against it. For example, when the second signal is out of step by 50-billionths of a second, the color is green; 130-billionths means blue.

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The Return of The Toys (Dec, 1946)

Gallery of new toys for the 1946 Christmas season, the first one toy makers could gear up for after WWII. Check out the “reaction jet engine” on page 3 and the proto-legos on the last page.


The Return of The Toys

This year’s mechanical marvels are sturdier, more realistic —and more expensive.

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IBM Ad: Today… Facts Are What Count (Sep, 1954)

I think that Mr. Colbert would disagree.

Yesterday… “The Fates” Decided
In the 6th century, B. C, King Croesus of Lydia was told by the Delphic Oracles he could defeat the Persians. Relying on “The Fates” instead of the facts, he took on an enemy he should have known was too strong for him .. .and he was badly beaten. Lack of facts cost him his kingdom and his freedom.

Today… Facts Are What Count
The recent great strides in military science, pure science, commerce, and industry have resulted from modern man’s ability to determine the facts and act accordingly.
Tremendous advances have been made in the past few years in fact-finding machines. Through electronics, great masses of data that would have taken a lifetime to process can now be handled in a few days. Ordinary volumes of work can be done in minutes.
By making “mathematical models” of specific processes, products, or situations, man today can predetermine probable results, minimize risks and costs.
World’s Leading Producer of Electronic Accounting Machines
INTERNATIONAL BUSINESS MACHINES, 590 Madison Ave., N. Y. 22, N. Y.

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Skateboard Wheel Holds 10 Kbit (Jan, 1961)

Tiny Drum With a Big Memory
THIS 6 oz. stainless steel memory drum holds more than 10,000 bits of information recorded on its magnetic surface. Designed for airborne computers, it can hold as much information as larger, conventional drums.
Because the drum is a thin shell, most of its mass is concentrated at the surface, where it provides maximum strength and rigidity to withstand severe vibrations and shock. A lightweight frame surrounding the drum holds magnetic pickup and recording heads imbedded in rectangular blocks of plastic called slider bearings. These bearings slide over the surface of the drum on a cushion of air, staying only 100 millionths of an inch away from the drum. International Business Machines Corp., New York, designed it to withstand more than 15 times the force of gravity.

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COMBAT VEHICLE “WALKS” LIKE A MAN (Apr, 1962)

This reminds me a lot of that Robotic Pack Mule video that’s been going around.

COMBAT VEHICLE “WALKS” LIKE A MAN

An Original MI Design by FRANK TINSLEY

IMAGINE, if you can, machines that walk—articulated mechanical “mule trains” that could thread a tortuous path through boulder fields and forests and negotiate mountain passes with heavy loads of freight. Sound crazy? Well, our Armed Forces and Space Authority are dead serious about it. Right now engineers are perfecting pilot models that are already walking around laboratories and testing grounds.

One of these devices is the solar-powered Moon Rover vehicle intended for remote-controlled reconnoitering of the moon. Designed by the engineers of Space-General Corporation, the Moon Rover will be lofted to our lunar satellite by an Atlas-Centaur rocket. Upon landing, the six-legged explorer will unfold, raise its panel of sun batteries and, with the power thus generated, march off about its business at a brisk three mph, picking up geological samples with pincer-like fingers, analyzing them and flashing the information back to earth.

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