Gravity imitation wearable device under zero (micro) gravity condition and relative ancillary facility

Abstract

Imitation gravity wearable equipment and related supporting facilities under zero (micro) gravity conditions, including: Imitation gravity space suit, Imitation gravity electromagnetic boots, Imitation gravity bed, and related supporting facilities. Imitation gravity wearable device controls elastic material tensioning device, electromagnetic force control device, air pressure and hydraulic mechanical control device through computer automatic control system or pure manual according to different activity states of human body (standing, walking, sitting, lying position). Under zero (micro) gravity conditions, imitate gravity equivalent to the natural gravity of the ground to each part of the human body to create imitated gravity conditions suitable for human activities and a livable imitated gravity environment, and overcome the long-term space station under zero (micro) gravity conditions 1. Spaceship (rocket) space travel has a serious negative impact on the physiology and psychology of the human body (astronaut), and provides the greatest possible safety and health guarantee and a livable imitation gravity environment for the long-term flight of human beings to conquer space. Gradually end the floating age of the human body (astronaut) in the early space flight of human beings, and start the imitation gravity era of space flight.

Description

[0001] Technical field: [0002] The invention relates to aerospace biomedical technology. [0003] Background technique: [0004] As we all know, the astronauts in the space field live and work in zero gravity or microgravity conditions for a long time, all of which lead to major adaptation and health problems. According to a report on the website of the British "Guardian" on October 25, 2016, during long-term spaceflight, astronauts will grow one or two inches taller (1 inch is approximately equal to 2.54 centimeters), but their muscles will be severely atrophied. Small areas of muscle around the spine atrophy due to the absence of body weight on the spine in microgravity or zero gravity conditions. After 4 to 7 months of flight, MRI scans showed that the cross-section of muscles around the spine of astronauts shrank by an average of 19%, and after returning to the ground for one to two months, only 2 / 3 of the atrophied muscles recovered. Since the paravertebral muscles are...

AI Technical Summary

Problems solved by technology

It will require a huge investment to build a giant space station, and it will be difficult to achieve in the next few decades

In addition, for long-term travel to Mars and other p

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