Vehicle-mounted hyperbaric cabin

Abstract

The invention relates to a vehicle-mounted hyperbaric cabin which creates a high-pressure environment in a vehicle. People who live in the plateau for a long time have altitude stress when traveling on the plateau, in order to solve the altitude stress problem, a vehicle-mounted high-pressure space is provided for people, the air pressure in the vehicle-mounted high-pressure cabin is higher than that of the external space, a space environment close to the pressure of the plateau is created on the plateau, and the air pressure of the vehicle-mounted high-pressure cabin is higher than that of the external space. The altitude stress can be relieved. And the air pressure in the vehicle-mounted hyperbaric cabin can be gradually reduced according to the adaptation condition of a user, so that the vehicle-mounted hyperbaric cabin adapts to the external environment. For severe altitude stress, an oxygen bottle can be carried into the vehicle-mounted hyperbaric cabin for oxygen inhalation, so that the altitude stress condition can be relieved as soon as possible. According to the technical scheme, after a user enters a cabin body, an air pressurization system is opened, external air is pressurized after being filtered, the pressurized air continuously enters the vehicle-mounted hyperbaric cabin from the upper portion, and when the air pressure in the cabin reaches the set air pressure, overpressure air is exhausted from the lower portion through an automatic pressure exhaust valve; therefore, the air pressure in the cabin is stable.

Description

Technical Field

[0001] The present invention relates to a hyperbaric cabin, in particular to a vehicle-mounted hyperbaric cabin with a high-pressure environment. Background Art

[0002] People who have lived in the plains for a long time will encounter the problem of altitude sickness when traveling to the plateau. At present, the only way to deal with altitude sickness is to breathe oxygen, but oxygen breathing requires carrying a large number of oxygen cylinders or oxygen bags. If there is no oxygen halfway or the altitude sickness is severe, it will be very dangerous and may endanger life. Summary of the invention

[0003] In order to solve the above problems, the present invention provides a vehicle-mounted high-pressure space, the air pressure inside the vehicle-mounted high-pressure chamber is higher than the external space, and a space environment close to the atmospheric pressure of the plain is created on the plateau, which can alleviate the altitude sickness. The air pressure in the vehicle-mounted high-pressure chamber can also be gradually reduced according to the user's adaptation to adapt to the external environment. People with severe altitude sickness can also carry oxygen bottles into the vehicle-mounted high-pressure chamber for oxygen inhalation, so that the altitude sickness can be alleviated as soon as possible.

[0004] The technical solution adopted by the present invention is: a vehicle-mounted high-pressure cabin, mainly comprising: a cabin (1), an inlet and outlet (2), a transfer window (3), an air filtration system (4), an air pressurization system (5), an air charging port (6), and an automatic pressure relief valve (7). After the user enters the cabin (1) through the inlet and outlet (2), the inlet and outlet (2) are sealed, and the air pressurization system (5) is turned on. The external air is filtered by the air filtration system (4) and then enters the air pressurization system (5) for pressurization. The air pressurized by the air pressurization system (5) is charged into the cabin through the air charging port (6). Compressed air continuously enters the cabin (1) from the top. When the air pressure in the cabin reaches the set air pressure, the overpressure air in the cabin (1) is discharged from the bottom through the automatic pressure relief valve, thereby achieving stability of the air pressure in the cabin (1).

Claims

1. The vehicle-mounted hyperbaric chamber mainly includes: Cabin body (1), inlet and outlet (2), transfer window (3), air filtration system (4), air pressurization system (5), inflation port (6), automatic pressure relief valve (7). The vehicle-mounted high-pressure cabin is characterized in that it provides people with a closed, high-pressure space in the vehicle, and can adjust the air pressure in the closed space.

2. According to claim 1, the vehicle-mounted hyperbaric cabin is characterized in that: the cabin body (1) is composed of a high-strength pressure-resistant polymer-based composite material, and the cabin body (1) is transparent so that people inside can see the outside of the cabin body.

3. According to claim 1, the vehicle-mounted hyperbaric chamber is characterized in that: an inlet and outlet (2) is provided on the front of the chamber body (1), and the inlet and outlet (2) is made of a highly sealed material and is convenient for people to enter and exit.

4. According to claim 1, the vehicle-mounted hyperbaric chamber is characterized in that: a transfer window (3) is provided on the side of the chamber (1), and objects inside and outside the chamber (1) can be transferred through the transfer window (3) when the chamber (1) is pressurized, and the pressurization state of the chamber (1) is not affected.

5. According to claim 1, the vehicle-mounted hyperbaric chamber is characterized in that: it has an air filtration system (4) and a pressurization system (5), the air outside the chamber (1) is filtered by the air filtration system (4) and then enters the air pressurization system (5) for pressurization, and the air pressurized by the air pressurization system (5) is filled into the chamber through the inflation port (6).

6. According to claim 1, the vehicle-mounted high-pressure cabin is characterized in that: there is an automatic pressure relief valve (7), and compressed air continuously enters the cabin (1) from the top. When the air pressure in the cabin reaches the set air pressure, the over-pressure air in the cabin (1) is discharged from the bottom through the automatic pressure relief valve, thereby achieving stability of the air pressure in the cabin (1).