Application of felt buckles to inside of spaceflight cabin, inside of Tiangong, inside of spaceship, and shoe soles, trousers and outside of clothes of spaceman

Abstract

Disclosed is an application of felt buckles to inside of a spaceflight cabin, inside of Tiangong, inside of a spaceship, and shoe soles, trousers and outside of clothes of a spaceman. The space is in a microgravity environment so that the spaceman in the spaceflight cabin in the microgravity environment floats due to weightlessness and is difficult in self-controlling and stabilizing body to get rid of weightlessness. Therefore, a principle that felt knot drawing force can be generated between two pieces of felt buckles is used so as to apply and respectively fix the felt buckles on the inner surface of the spaceflight cabin, two shoe soles, trousers and outside of clothes of the spaceman, and a spaceman seat. Thereby, the spaceman can wear shoes or boots with felt buckles fixed on the soles to step on the inner surface of the spaceflight cabin with numerous pieces of felt buckles fixed on the inner surface to move forwards, backwards, leftwards or rightwards so as to perform various scientific works or sit on the seat to work and relax without floating. The spaceman can achieve self-control, and is stabilized to get rid of weightlessness and prevented from colliding other objects in the spaceflight cabin, health and safety of spacemen are firstly guaranteed, and meanwhile, various scientific test works can be efficiently achieved.

Description

Technical field [0001] The present invention relates to a space station (space cabin), (spaceship), (spaceship), (Tiangong) in the weightless environment of space space, the above collectively referred to as the space cabin, and the astronauts in the space cabin, so it is applied to the inner surface of the space cabin And the soles of shoes or boots worn by astronauts, the outside of trousers, the top of the seat and the tools or appliances used by astronauts at any time. Background technique [0002] Because space is a microgravity environment, ordinary objects in space will float up due to weightlessness. Therefore, astronauts will often float around due to weightlessness in the space cabin, and it is difficult to control themselves and stabilize themselves and cannot get rid of weightlessness. Be careful, it may collide with other objects fixed in the space cabin and cause accidents, which will not only bring harm to the health and safety of the astronauts, but also cons...

AI Technical Summary

Problems solved by technology

[0002] Because space is a microgravity environment, ordinary objects in space will float up due to weightlessness. Therefore, astronauts will often float around due to weightlessness in the space cabin, and it is difficult to control themselves and stabilize themselves and cannot get rid of weightlessness. Be careful, it may collide with other objects fixed in the space cabin and cause accidents, which will not only bring harm to the health and safety of the astronauts, but also consume more protection during the various scientific experiments performed by the astronauts. Your physical fitness and precious time

Moreover, it will obviously affect the efficiency of various scientific work and the normal rest of astronauts.

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