Space Rubik cube air inflation living house

A technology of space and Rubik's cube, which is applied in space navigation equipment, space navigation vehicles, aircraft, etc., and can solve the problems of high manufacturing and launch costs and difficulty in widespread use

Inactive Publication Date: 2013-10-09
张懋
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Problems solved by technology

But because of its high manufacturing and

Method used

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Embodiment Construction

[0007] This kind of Rubik's cube or honeycomb SIMH group design is much lower in weight and cost than the huge single-room space inflatable house. Here a third-order (3 3 ) SIMCH of the Rubik’s Cube as a model to describe the design principle: it is made of 27 inflatable cubes of uniform size stacked into a Rubik’s cube, each hut is 2.3 meters square, the cube has 6 walls, each wall The area is 5.3 square meters, the volume is 12 cubic meters, the total volume of 27 huts is 328 cubic meters, and the total net weight of its inflatable shell is about 500 kilograms. Usually the walls of the hut facing space are composed of two layers of high-strength airtight films or two layers of high-strength transparent airtight films; other walls are composed of one layer of high-strength airtight films. Each layer is made of high-strength airtight carbon fiber fabric and its inner and outer sides are coated with an airtight film. It is similar to the material of a space suit, which can not...

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Abstract

The invention provides a manufacturing method for a space Rubik cube air inflation living house. The space Rubik cube air inflation living house is composed of a multi-step air inflation cabin group or a high-step air inflation cabin group. A shell of the whole air inflation house is composed of one or more high-strength airtight films similar to materials of space suits. Compared with a thick and heavy single-shell barrel air inflation space house which is only protected by a shell, the space Rubik cube air inflation living house mainly depends on peripheral cabins which provide multi-step shielding and protection to an interior cabin. Best shielding and protection can be obtained by a central zone cabin where spacemen work and live. Purposes of other peripheral cabins can be arranged according to different requirements for protection. The higher the step of a group is, the safer shielding and protection which are obtained by the group are. The space living house which is light, chip and high in safety is achieved through the step-type protection design, and manufacturing, launching and operating costs are greatly reduced. Therefore, the step-shaped protection design can be used for space transportation, can be used for catching asteroids where foundations can be found and space mining and manufacturing industries can be developed, and can be used for developing space house property and tourist industries and building space stations and temporary planet immigrant living houses.

Description

technical field [0001] The invention relates to a manufacturing method of a novel space dwelling house, especially characterized by a Rubik's cube (or honeycomb) soft inflatable structure. Background technique [0002] At present, the main problems faced by human beings in space exploration are the harsh environment and incomparable vastness of space. Human exploration is limited to the use of robots to explore far space. Manned space exploration is still limited to low-Earth orbit. The farthest is to go to the moon for a short stay. Manned spaceflight must first solve the basic conditions for human beings to live in space, the most important of which is the problem of food and housing. So far, most of the dwelling houses for manned spaceflight are made of metal cylindrical barrel structure, which is characterized by a thick and solid structure, which is to resist the harsh environment of space, mainly including strong radiation in space, vacuum, and huge temperature diff...

Claims

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Application Information

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IPC IPC(8): B64G1/00
Inventor 张懋
Owner 张懋
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