System and method for intelligent sterilization and disinfection and personnel accident guarantee for carbin dressing room

Abstract

The invention discloses a system and method for intelligent sterilization and disinfection and personnel accident guarantee for a carbin dressing room, and belongs to the field of medical care guarantee systems. The system for intelligent sterilization and disinfection and personnel accident guarantee for a carbin dressing room comprises a group behavior analysis system and an ultraviolet sterilization and air control purification device. The behavior analysis system can actively detect electric field information of persons in the dressing room, and sterilization and disinfection modes of the group space, the individual space and the vacant space are executed according to the number of the persons. Wherein the group space is used for comprehensively stopping sterilization and disinfection; the individual space is used for performing regional disinfection on the dressing cabinet on the basis of guaranteeing personal safety, monitoring personal states and giving an alarm when personal behaviors are abnormal; and the vacant space is in a dual comprehensive disinfection mode of deep ultraviolet and ozone. According to the system, real-time and orderly sterilization and disinfection are achieved on the premise that an intelligent method is fully utilized to guarantee the safety of persons, meanwhile, accidents occurring when the persons are located alone are avoided in an active detection mode, and the health and safety of the medical persons are guaranteed.

Description

technical field [0001] The invention relates to the field of medical security systems, in particular to an intelligent sterilization and personnel accident security system and method for a locker room in a shelter. Background technique [0002] At present, most of the disinfection methods used in the locker room of the shelter are based on ultraviolet disinfection. There are two types of problems in conventional ultraviolet disinfection: (1) Manual disinfection keeps the ultraviolet light on all the time, resulting in a large loss of lamp tubes and excessive exposure to ultraviolet light Light can cause skin, respiratory tract, or corneal damage to medical staff; (2) The automatic system can only control the opening and closing of the light, and cannot be linked with the fresh air system. Ozone still has a stimulating effect on the respiratory tract, which is not conducive to the health of medical staff; (3) the workload of medical staff is heavy, and the changing process af...

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Problems solved by technology

[0002] At present, most of the disinfection methods used in the locker room of the shelter are based on ultraviolet disinfection. There are two types of problems in conventional ultraviolet disinfection: (1) manual disinfection keeps the ultraviolet light on all the time, the lamp wears a lot, and excessive exposure to ultraviolet light Light can cause skin, respiratory tract, or corneal damage to medical staff; (2) The automatic system can only control the opening and closing of the light, and cannot be linked with the fresh air system. Ozone still has a stimulating effect on the respiratory tract, which is not conducive to the health of medical staff; (3) the workload of medical staff is heavy, and the changing process after work is a frequent stage where medical staff faint or fall asleep in the changing room. Healthcare worker monitoring for healthcare worker safety and health

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