Intelligent liquid cooling clothes

Abstract

The invention aims at providing intelligent liquid cooling clothes which have the two functions of cooling and dehumidifying and can improve the thermal comfort of the human body in a high-temperature and high-humidity environment. The main structure of the intelligent liquid cooling clothes mainly comprises an air distributing system, a liquid cooling system, a main control chip, temperature and humidity sensors and other accessories. The air distributing system comprises an air blower and an air distribution pipe network, wherein according to the air distribution pipe network, air outlets are evenly formed in a ventilation pipeline, external dry air is introduced to the surface of the human body, and the surface humidity of the human body is reduced. The liquid cooling system comprises a cold source, a micro pump, a liquid cooling pipe network, a check valve and other components, wherein the micro pump drives a cooling working medium to circulate on the surface of the human body, and thus the surface temperature of the human body is reduced. A sensing and main control system monitors temperature and humidity indexes through the sensors evenly distributed on the surface of the human body and carries out intelligent control through a control mainboard. The intelligent liquid cooling clothes can sensitively sense the temperature and humidity changes of the human body and the environment and carries out adjustment in time, and the good comfort level of the human body is maintained all the time.

Description

technical field [0001] The invention belongs to the field of individual cooling clothing, and more specifically relates to an intelligent liquid cooling clothing. Background technique [0002] Harsh high-temperature working environments exist in many industries, such as construction sites, traffic control, road cleaning, and military open-air training grounds in summer, often facing high temperatures above 35°C; closed tanks and armored vehicles are exposed to sunlight in summer The temperature can be as high as 50°C; the workshop temperature of glass manufacturing, metallurgy, steelmaking and other industries is often above 50°C to 70°C. Due to the limitations of the workplace and the environment, it is basically impossible for these industries to configure commonly used indoor temperature control devices such as air conditioners, and ordinary air cooling is limited by the inherent cooling effect of the method and cannot meet the heat dissipation needs of on-site personnel....

AI Technical Summary

Problems solved by technology

However, the cooling power of current liquid cooling suits cannot change automatically with the environment, and the humidity cannot be controlled, so it can no longer adapt to the needs of different groups of people and changing environments.

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