Anti-fogging high-end protective clothing

Abstract

The invention discloses an anti-fogging high-end protective clothing, which comprises a protective clothing body and an oxygen bottle, wherein a gas storage cavity is formed in the oxygen bottle, an upper sealing cover is arranged at the top part of the oxygen bottle, an operation cavity is formed in the upper sealing cover, a degassing device is arranged in the operation cavity, and the degassingdevice communicates with the gas storage cavity through a first gas outlet pipe. The anti-fogging high-end protective clothing is simple in structure and convenient to use, and the oxygen release rate of the oxygen bottle can be controlled in real time according to the oxygen consumption rate of a user, so as to guarantee that the pressure in the protective clothing is not changed. Meanwhile, theanti-fogging high-end protective clothing can prevent the situation that carbon dioxide is accumulated in the protective clothing, the temperature in the protective clothing rises and consequently physical output of a user is increased can be prevented; in the meantime, water vapor can be prevented from condensing on a mask and blurring the sight of the user; and the use amount of oxygen in the oxygen bottle can be increased.

Description

technical field [0001] The invention relates to the technical field of high-end equipment, in particular to a high-end anti-fog protective clothing. Background technique [0002] Protective clothing is widely used in daily life. In some special occasions, protective clothing needs to be used with oxygen cylinders. When the oxygen cylinder is in normal use, it is necessary to leave a residual pressure. Therefore, the oxygen cylinder is not allowed to use up the oxygen during use, which causes a part of the oxygen to not be used and remains in the oxygen cylinder. And because the protective clothing is designed to be sealed, the gas in the protective clothing cannot exchange gas with the outside world, and if the carbon dioxide produced by human breathing accumulates, the temperature inside the protective clothing will rise, which will lead to the physical exertion of the user's activities. Increase. And if the water vapor produced by breathing condenses on the mask of the ...

AI Technical Summary

Problems solved by technology

Therefore, the oxygen cylinder is not allowed to use up the oxygen when it is in use, which leads to a part of the oxygen that cannot be used and remains in the oxygen cylinder

And because the protective clothing is designed to be sealed, the gas in the protective clothing cannot exchange gas with the outside world, and if the carbon dioxide produced by human breathing accumulates, the temperature inside the protective clothing will rise, which will lead to the physical exertion of the user's activities. Increase

And if the water vapor produced by breathing condenses on the mask of the protective clothing, it will blur the user's sight and affect the user's activities.

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