Heat rays of the sun are concentrated and focussed by means of a reflective and/or lenticular device at a focal point for the purpose of the cremation of corpses, and their reduction to ashes thereby, either as a system per se or in combination with various ancillary buildings, equipment and facilities, more particularly an auditorium structure for conducting a funeral service or the like and from which a corpse may be transferred to the focal point of the concentrating device preferably by elevating the corpse through an opening in the ceiling and/or roof of the structure.

An inflated casket which may remain deflated for storage prior to use and for transportation prior to storage. The casket body is provided with one or a plurality of chambers into which a fluid substance is injected for distending the chambers to cause the casket body to assume an erect position for use. The fluid substance while usually in the form of a gas, such as air, may constitute a substance which will subsequently solidify to produce a substantially rigid casket body.

The patent pending Shed Defender is intended to be worn in the house, car, or anywhere you don’t want dog hair, dirt, dander, and allergens. Made from premium eco-friendly fabric that is lightweight and breathable to ensure the dog stays safe, cool and comfortable. Four-way stretch fabric allows the dog to move freely.

A principle object of the present invention is to provide a greenhouse helmet designed to contain plants secured within and the helmet worn completely over the head of a person so that the person can breathe in the oxygen given off by the plants.

Another object is to provide a greenhouse helmet that has air filters so that ambient air containing carbon dioxide will be filtered therethrough and mixed with the carbon dioxide breathed out by the person to be used by the plants.

An additional object is to provide a greenhouse helmet that will contain hearing and speaking devices so that the person can hear within and speak out through the helmet.

A further object is to provide a greenhouse helmet that is economical in cost to manufacture.

A still further object is to provide a greenhouse helmet that is simple and easy to use.

Obviously, today's family car, while as numerous as dwellings, would fail, under threat of atomic attack, to meet the needs of millions of families simultaneously for widely diffused family shelter during an emergency probably timed to occur in mid-winter and to be of some duration. yet, once some practical: i.e., simple and economically possible, means is found for making the average car quickly convertible to housekeeping use, then the threat of the atom bomb to our cities loses some of its menace.

It is commonly acknowledged that the physical structures of congested areas are doomed once atomically attacked, The real problem is: how sensibly to save the lives of the inhabitants of cities thus marked for destruction and temporarily house them so that the business of resistance may go on in spite of the chaos engendered? Americans own as many motorcars as dwellings: 30,000,000 cars. If these cars were built as taught herein and if the civilian masses, against whom the next war acknowledgedly will be waged, were trained to diffuse in an orderly fashion to points prepared in advance and to occupy their convertible motorcars as temporary family dwellings till the danger passed, then one of the greatest problems to face the coming generation would have found a simple, economically sound and eminently satisfying solution.

The letter tray, which Sugimoto called a “type-nest” in the patent application, is an array of 70 X 35 cells. Each cell holds a metal letterpress-style type, for a total of 2450 characters. Fifty characters were used for numbers, punctuation, etc. and the 2400 remaining Kanji characters satisfied most business requirements, even though the Japanese language uses over 100,000 unique characters. Knowledge of about 2400 characters is required for a high school diploma in Japan, so this is a reasonable compromise for this typewriter.

The paper cylinder and typing mechanism are on ball-bearing rollers, forming a very complex mechanical marvel. Using a Bakelite knob, the operator can move this mechanism left to right or up and down above the type-nest and position the striker over the selected character. Pressing down on the knob causes a pin under the type-nest to push up the selected type block, which is grasped by the striker from above. The striker rotates the type block 90 degrees over a small ink wheel and then strikes the paper. The striker then returns to its original position, dropping the type block back into the type-nest.