Real-time Control System and Method of Chlorine Dioxide Gas Supply for Space Communicable Disease Control

摘要

The present invention relates to regular space quarantine, and more particularly, a device for generating a gas to maintain the concentration of chlorine dioxide gas in a specific space, a sensor for detecting the gas concentration, and controlling the gas generator by the sensed value, , it relates to a method for integrated control of all facilities using it. The present invention is a gas supply control method that can achieve the purpose of deodorizing as well as destroying pathogens and pathogenic substances in the space by maintaining a certain gas concentration in a specific space, consisting of a gas generating unit, a sensor unit, a control unit, and a control system unit. , In more detail, the gas generator includes a storage chamber that stores a solid (tablet or powder) gas-generating material and provides it as a gas supply chamber, and discharges the gas generated from the gas-generating material to a specific space, and the gas has been discharged It consists of a gas supply chamber that transports the generated material to the waste chamber, a waste chamber that stores waste and injects a neutralizer, and a sensor unit that measures the concentration of gas in a specific space and communicates with the control unit, and the sensor unit provides It consists of a control unit that receives and transmits the data provided by the control system and transmits it to the control system while controlling the gas supply unit, and a control system unit that transmits and receives data to and from users as well as the gas generator, sensor unit, and control unit for integrated management. As a way to be storing the gas generating material in a vacuum state in the storage chamber in the gas generating unit; transferring the gas generating material to a vacuum supply unit; in the gas supply chamber, receiving the gas supply material from the supply unit and inputting the gas supply material into the first reaction tank; detecting the amount of gas generated in the first reaction tank through a reaction tank sensor; When the gas generation is less than the effective level, removing it to the waste chamber; In the waste chamber, the removed waste is introduced into the second reaction tank; Disclosed is a gas supply control method for always performing space quarantine by controlling the concentration of chlorine dioxide gas in a specific space, characterized in that it includes the step of injecting a neutralizing agent according to the amount of waste transferred to the second reaction tank.