Movable negative-pressure isolation disinfection tank

Abstract

The invention relates to the technical field of isolation tanks, and in particular to a movable negative-pressure isolation disinfection tank. The movable negative-pressure isolation disinfection tankcomprises a tank body, which is provided with a sealing door; the movable negative-pressure isolation disinfection tank also comprises a fuel generation unit, a disinfection liquid storage tank, a heating vaporization tank, a negative pressure generating system, a disinfection spray spraying system and a controller; the fuel generation unit comprises a generator unit and a storage battery; a heatvaporization tank is arranged on the outer wall of the generator unit and is subjected to heat transfer with the generator unit; the disinfection liquid storage tank is arranged on the top of the tank body and communicates with the heating vaporization tank; the disinfection spray spraying system comprises a pressure pump, pipelines and nozzles; the nozzles communicate with the heating vaporization tank through pipelines; the pressure pump communicates with the heating vaporization tank through pipelines; and the nozzles are installed inside the tank body. The movable negative-pressure isolation disinfection tank provided by the invention can be used to heat a disinfection agent and is suitable for long distance transfer.

Description

technical field [0001] The invention relates to the technical field of isolation cabins, in particular to a mobile negative pressure isolation and disinfection cabin. Background technique [0002] Isolation cabins are widely used in the field of epidemic prevention and are often used to transfer patients with highly contagious respiratory diseases, such as transferring from an ambulance to an isolation ward. However, the existing isolation cabins need to use cables to connect to power sockets for power supply, and the length of the cables required depends on the distance to be transferred. Effective disinfectants and bactericides have a better disinfecting effect when the temperature is higher than room temperature, and the optimum temperature is around 56°C. However, the existing disinfection system of the isolation cabin does not have a heating system. Therefore, it is necessary to provide a mobile negative pressure isolation disinfection cabin, which can heat the disinfec...

AI Technical Summary

Problems solved by technology

However, the existing isolation cabins need to use cables to connect to power sockets for power supply, and the length of the cables required depends on the distance to be transferred. Effective disinfectants and bactericides have better disinfecting effects when they are higher than room temperature, and the optimum temperature is around 56°C. However, the existing disinfection systems for isolation cabins do not have heating systems

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