A method for determining heat acclimatization based on rectal temperature

Abstract

The invention discloses a method for determining heat acclimatization based on rectal temperature, including the screening of heat acclimatization training samples, a preliminary test method for heat acclimatization formation, determination of heat acclimation state test working conditions, determination of equilibrium state, heat acclimatization state test and Equilibrium state-environment curve test method. The invention provides a basis for judging whether heat acclimation is formed. The method takes into account the heat stress performance of the human body in different environments, and proposes a balance state-environment curve, which provides a scientific and comprehensive basis for determining whether heat acclimation is formed during heat acclimation training, and avoids ineffective training. The maximum potential of human body heat acclimation has been tapped, and the foundation has been laid for the comparison and optimization of different heat acclimation training methods.

Description

technical field [0001] The invention belongs to the technical field of high-temperature working environment, and more specifically, relates to a method for determining heat acclimatization based on rectal temperature. Background technique [0002] High temperature environments are prevalent in steel, mining, military and other industries. In recent years, global warming has made "heat waves" in cities more frequent, and extreme high-temperature environments have become more common. Working in a high-temperature environment will cause various physiological and psychological reactions of the operators, and at the same time endanger the health of the operators, reduce work efficiency, aggravate fatigue, and greatly increase the possibility of safety accidents. Heat acclimatization training can alleviate this phenomenon, reduce various physiological and psychological stresses of workers in high temperature environments, and broaden the adaptability of the human body to the envi...

AI Technical Summary

Problems solved by technology

[0004] The specific working condition method is interventional and needs to insert a specific heat stress test in the heat acclimatization training, which will interfere with the original heat acclimatization training and bring obstacles to the heat acclimatization training research

Moreover, using the degree of improvement of rectal temperature to judge the formation of heat acclimatization cannot reflect the maximum potential of heat acclimatization training.

Although the stable judgment method does not have the above disadvantages, the stable judgment method can only show that the trainee has achieved stability under a single environmental condition, and cannot explain that the trainee has achieved stability under other environmental conditions, so this method cannot exert the maximum potential of heat acclimatization

As mentioned above, both of these two discrimination methods have certain limitations, so in order to more comprehensively evaluate the state of thermal acclimatization during training and maximize the potential of thermal acclimatization training, it is necessary to design a more comprehensive and practical method for determining thermal acclimatization

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