A high cold and thermal stress indoor climate simulation device

Abstract

The invention discloses a high cold and heat stress indoor climate simulation device. The high cold and heat stress indoor climate simulation device comprises a climate chamber, an indoor air conditioning system, an air interlayer, an interlayer climate regulating system, a climate chamber wall surface radiation system and a monitoring and controlling system; a side wall of the climate chamber is provided with a thermal insulation sealed door; the air interlayer is defined by the side wall, a chamber roof and a floor of the climate chamber and an outer wall, a roof and a floor, wherein the outer wall, the roof and the floor are arranged on the outer side of the climate chamber corresponding to the side wall, the chamber roof and the floor of the climate chamber respectively. The high cold and heat stress indoor climate simulation device comprises the indoor air conditioning system, the interlayer climate regulating system, the climate chamber wall surface radiation system and the monitoring and controlling system and accordingly the high temperature, high humidity and high heat stress environmental simulation and the low temperature and high cold stress environmental simulation can be simultaneously implemented and the environmental thermal simulation can also be implemented. Regulation and control can also be performed on the indoor climate through the indoor air conditioning system to simulate the extreme working conditions, environment parameters are stable and controllable, and accordingly true reliable research results can be ensured.

Description

technical field [0001] The invention belongs to the technical field of indoor climate environment simulation, and in particular relates to a high cold and thermal stress indoor climate simulation device. Background technique [0002] When the human body is exposed to a high temperature and high humidity high thermal stress environment or an extremely low temperature high cold stress environment for a long time, the core body temperature will rise or fall, and the physiological response of the human body is quite different from that under normal conditions. Long-term survival in the environment may cause harm to the human body, and even threaten life safety. Therefore, studying the physiological response of the human body under high heat stress or high cold stress conditions, assessing the safety risks of the human body in production or living in high and low temperature environments, and formulating corresponding coping strategies and protection measures are crucial to ensur...

AI Technical Summary

Problems solved by technology

At present, there is still a lack of such high-cold and thermal-stress indoor climate simulation devices, which limits the development of related research.

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