Disinfection device for preventing germ spreading in aerosol manner in tunnels

Abstract

The invention discloses a disinfection device for preventing germ spreading in an aerosol manner in tunnels. The disinfection device includes two work cases arranged from left to right; an elastic cover is fixedly connected between the work cases and provided with telescoping rods in front and back correspondence; and sensors are arranged in the telescoping rods. Through the adopting of sucking disc structures in left and right arrangement, the equipment can be adsorbed on the inner wall on the top end of a tunnel and can automatically move forward without influencing the traffic safety of vehicles in the tunnel; and during the processing of moving forward, quantitative taking and pressure spraying modes can be adopted, so that liquid medicine can be sprayed in the tunnel from nozzles in apressurized manner, therefore, the uniform distribution of the liquid medicine in the tunnel can be guaranteed, and the efficiency of disinfection and sterilization can be enhanced.

Description

technical field [0001] The invention relates to the technical field of disinfection and sterilization, in particular to a disinfection device for preventing the transmission of germs in the form of aerosol in a tunnel. Background technique [0002] Aerosol-transmitted viruses are more likely to infect people in an environment with poor air circulation. During the driving process, the air circulation in the tunnel relies on the two-way exhaust fan for ventilation. However, if there is an aerosol-transmitted virus in the air, it may be blown by the two-way wind to circulate between the tunnel entrance and the tunnel, increasing the chance of infection. [0003] However, if the one-sided air blowing method is adopted, the vehicle will only receive one-sided force during the vehicle’s driving process. Although the force is not large, the stability of the vehicle will be affected and difficult to control when encountering an emergency, and there are potential safety hazards. . ...

AI Technical Summary

Problems solved by technology

However, if there is an aerosol-transmitted virus in the air, it may be blown by the two-way wind to circulate between the tunnel entrance and the tunnel, increasing the chance of infection

[0003] However, if the one-sided air blowing method is adopted, the vehicle will only receive one-sided force during the vehicle’s driving process. Although the force is not large, the stability of the vehicle will be affected and difficult to control when encountering an emergency, and there are potential safety hazards.

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