Protective clothing electric control system based on microcomputer and sensor monitoring and circuit control method

Abstract

The invention discloses a protective clothing electric control system based on microcomputer and sensor monitoring and a circuit control method. An air circulation control system is provided with a host box, an air supply hose, an exhaust hose, an operating handle, a sensing module, a power supply module and voice communication equipment. According to the protective clothing electric control system based on microcomputer and sensor monitoring and a circuit control method, a user of the protective clothing can adjust airflow and air pressure environments in the protective clothing according toown use requirements, a comfortable breathing environment is provided for the user, the problem of individual feeling difference is solved, the stuffiness condition can be solved, and the comfort of wearing the protective clothing by the user is improved. Meanwhile, the electronic control system is reasonable in hardware structure planning, has low influence on the convenience of actions after theprotective clothing is worn and the like, can ensure that the carbon dioxide index in the protective clothing does not exceed the standard under the condition of maintaining proper air flow and air pressure, ensures the use safety of the protective clothing, and is suitable for popularization and use, and the control process is easy to implement.

Description

technical field [0001] The invention relates to the technical field of electronic circuit control, in particular to an electronic control system and circuit control method for protective clothing based on microcomputer and sensor monitoring. Background technique [0002] The types of protective clothing generally include fire protection clothing, industrial protective clothing, medical protective clothing, military protective clothing and protective clothing for special populations, etc. According to the needs of the use environment, according to the structure of the protective clothing, it can be divided into fully enclosed Protective clothing and semi-enclosed protective clothing, etc. Among them, the fully enclosed protective clothing can establish a high degree of isolation between the wearer and the external environment, so a separate oxygen supply device is required. [0003] Existing fully-enclosed protective clothing generally ventilates constantly into the protecti...

AI Technical Summary

Problems solved by technology

[0003] Existing fully-enclosed protective clothing generally ventilates constantly into the protective clothing, and is provided with an exhaust port to exhaust air. Because individuals have different adaptability to airflow and air pressure, existing fully-enclosed protective clothing often cannot well meet this individual difference. , the wearer can only passively adapt to the oxygen supply environment that the protective clothing can provide, especially the protective clothing with good airtightness generally has multiple layers, and it is stuffy to wear, which consumes a lot of physical strength

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