Liquid cooling suit control method and device

Abstract

The invention provides a dynamic control method for a liquid cooling suit system, and the method comprises the steps: obtaining the physiological parameters and motion parameters of a wearer, and determining the actual temperature sense of the wearer in the current time period according to the physiological parameters and motion parameters; determining the temperature sensing difference between the target temperature sensing and the actual temperature sensing in the current time period; circularly executing the following steps in the current time period: determining the target temperature of the cooling liquid at the current moment according to the temperature sensing difference of the current time period and the temperature sensing difference of the previous time period; acquiring the actual temperature of the cooling liquid; calculating the temperature difference error between the target temperature and the actual temperature, and generating a control instruction according to the temperature difference error, wherein specifically, the liquid cooling system is controlled to stop refrigerating when the error is larger than 0; controlling the liquid cooling system to refrigerate at rated power when error is smaller than or equal to-1; controlling the cooling device to work according to the current temperature difference error and the continuous temperature difference of the first two times when error is smaller than or equal to 0 and larger than -1; and returning to the step of acquiring the physiological parameters and the motion parameters of the wearer until the current time period is exceeded.

Description

technical field [0001] The invention relates to the technical field of liquid-cooled clothing, in particular to a liquid-cooled clothing control method, a computer storage medium, and a liquid-cooled clothing system device. Background technique [0002] The human physiological system is a precise temperature regulator, which can make corresponding physiological adjustments for different working conditions. For example, in a hot environment, after the thermoreceptors are stimulated by the external temperature, the temperature regulation center will instruct the blood vessels and sweat glands to take corresponding actions , so that the blood flow increases and sweating occurs, so the body temperature of the human body does not change much under normal circumstances. [0003] However, in high-heat environments, such as construction sites, traffic command, open-air military training, etc., they often face high temperatures above 35°C; and in environments such as boiler workshops...

AI Technical Summary

Problems solved by technology

[0006] Based on the above-mentioned status quo, the main purpose of the present invention is to provide a dynamic control method for a liquid-cooled clothing system, a computer storage medium, and a liquid-cooled clothing system, so as to solve the problem that only monitoring temperature parameters cannot meet the different cooling demands of the wearer in different states

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