Membrane structure space capable of adjusting pressure intelligently

Abstract

The invention relates to a membrane structure space capable of adjusting the pressure intelligently. The membrane structure space comprises a supporting and fixing device, a membrane body, pressure adjusting equipment and power equipment. The membrane body is located in the supporting and fixing device; the pressure adjusting equipment is connected with the power equipment, one set of pressure adjusting equipment is installed on a main chamber, the other set of pressure adjusting equipment is installed on the transition room, and the dynamically balanced pressure and oxygen environment are provided for the membrane structure. The membrane body comprises the main chamber, the transition room, a diaphragm, a connecting chamber and door bodies, the main chamber is connected with the transition room through the diaphragm, the connecting chamber is of a telescopic folding structure and is installed at one side of the transition room, and the door bodies are installed on the main chamber and the transition room respectively. Accordingly, the technical problems that the membrane is connected and fixed to a hard material, an oxygen chamber structure is single, installation is inconvenient, it is inconvenient to enter or exit from the oxygen chamber structure, operation is inconvenient, and the safety factor is low are successfully solved.

Description

technical field [0001] The invention relates to the field of construction engineering, in particular to an intelligently adjustable membrane structure space. Background technique [0002] Due to low pressure and hypoxia in high-altitude areas, it is easy to cause altitude sickness, causing symptoms such as headache, insomnia, loss of appetite, fatigue and breathing difficulties, which seriously affects the production and life of people in high-altitude areas and the development of local tourism. The most effective way to solve this problem is to add a pressure-regulated oxygen supply chamber without changing the original building. However, the current oxygen chamber cannot be used due to its high price, complicated operation, inconvenient access, uncomfortable experience and low safety. been widely promoted and applied. [0003] The invention patent with the patent number 201610441292 .1 discloses a soft oxygen chamber with a self-adjusting chamber body, which plays a seali...

AI Technical Summary

Problems solved by technology

The most effective way to solve this problem is to add a pressure-regulated oxygen supply chamber without changing the original building. However, the current oxygen chamber cannot be used due to its high price, complicated operation, inconvenient access, uncomfortable experience and low safety. been widely promoted and applied

[0003] The invention patent with the patent number 201610441292 .1 discloses a soft oxygen chamber with a self-adjusting chamber body, which plays a sealing role by setting the inner and outer doors; by setting the emergency valve and the automatic deflation valve to a certain extent, the The safety of the oxygen chamber is improved, but it is far from ideal

At the same time, due to the relatively light thermoplastic polyurethane material, it is prone to dumping, and the use of support feet makes the center of gravity of the person in the cabin body high and unstable, posing a great safety hazard

In addition, the oxygen chamber in this invention is in a relaxed state before use, and can only be pressurized and oxygenated after people enter, which is inconvenient to use and uncomfortable to use

[0004] In addition, after the soft oxygen chamber is inflated, because the force of the gas is evenly distributed on the surface of the oxygen chamber, it is impossible for the oxygen chamber to have a flat surface, and it can only be used for users to sleep and rest, and cannot be used as a house, which greatly limits its use in production. Applications in life

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