Liquid cooling suit control method and device

Abstract

The present invention provides a dynamic control method for a liquid cooling clothing system. The method includes: acquiring physiological parameters and exercise parameters of a wearer, and determining the actual temperature sense of the wearer in the current period accordingly; determining the difference between the target temperature sense and the actual temperature sense. The temperature difference in the current period; the following steps are executed cyclically in the current period: determine the current target temperature of the cooling liquid according to the temperature difference in the current period and the temperature difference in the previous period; obtain the actual temperature of the cooling liquid; calculate the target temperature and The temperature difference error of the actual temperature, the control command is generated according to the temperature difference error, specifically: error>0 controls the liquid cooling system to stop cooling; error≤‑1 controls the liquid cooling system to cool with rated power; -1<error≤0 according to the current temperature The difference error and the previous two consecutive temperature differences control the cooling device to work; return to the step of acquiring the wearer's physiological parameters and exercise parameters 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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