Container automatic disinfection inspection system and its disinfection inspection method

Abstract

The invention relates to a container automatic disinfection inspection system and method, including a computer control unit, an automatic dispensing unit, a detection unit, a remote computer inspection unit, a spray door frame and a manipulator. The spray door frame includes a door composed of columns on both sides and a top beam. The frame body, the nozzles are arranged at intervals along the inner side of the gantry column and the top beam, and the manipulator is fixed on the top beam block; it is characterized in that pulleys and slide rails are set at the bottom of the column, and the pulleys are connected to the computer control unit through the pulley servo motor; the manipulator The nozzle is a two-fluid universal nozzle; two rows of nozzles with an included angle of 30° to 60° are installed on the gantry body; a bottom spray belt is installed; the steps of the disinfection inspection method are: system startup, parameter setting, automatic dispensing, and output of medicine Liquid; select the disinfection working mode: manual disinfection mode, channel disinfection mode, scanning disinfection mode, disinfection inspection mode in the manipulator box. The invention has the advantages of automatically tracking, locating, disinfecting and inspecting the container to achieve efficient and thorough disinfection.

Description

technical field [0001] The invention mainly relates to facilities and methods for carrying out key disinfection inspection on the outside and inside of customs and port containers, and in particular to an automatic container disinfection inspection system and a disinfection inspection method thereof. Background technique [0002] In order to prevent the spread of bacteria and viruses and achieve the effect of sanitation and immunity, containers entering and exiting customs and ports, especially those coming from plague areas or returning from exports, need to be inspected and disinfected, and indoor channel disinfection systems are generally used. Indoor disinfection is actually carried out in the disinfection channel with inlet and outlet. At present, the automatic disinfection system used for indoor disinfection channels mainly includes a computer control unit with a main console, an automatic dispensing unit and a constant pressure liquid medicine output unit, a detection...

AI Technical Summary

Problems solved by technology

The main defects existing in the existing disinfection system are: (1) when the container is being sterilized inside, the position of the manipulator is fixed, and the position of the container is manually adjusted to align the manipulator. It is very difficult and the disinfection operation efficiency is low; (2) when the container is being sterilized externally, the spray door frame is fixed, and the container is driven along the disinfection channel for disinfection through the spray door frame, and the speed of the heavy-duty container truck is difficult. The control is uniform, so the spray disinfection is uneven, especially for containers from areas with severe epidemics, it is required that the spraying amount on the surface of the car body is uniform, but the existing method cannot meet the process requirements, and the disinfection is not thorough; (3) due to the existing disinfection door Only a single row of nozzles is set on the shelf, and the row of nozzles is spraying on the left and right sides and the top of the container, while the front and rear sides of the container and the bottom of the car body cannot be fully sprayed, resulting in missing parts for disinfection, leaving behind virus and bacteria to spread and cause epidemics Hidden danger

(4) At present, the manipulator nozzle adopts a single-fluid nozzle, which is a one-way spray liquid column, and there is a spray dead angle, and the spray distance is short, the uniformity is poor, and the disinfection is not complete; (5) For containers from normal areas and severe epidemic areas , different disinfection methods must be used for external disinfection, and the existing automatic disinfection inspection system cannot meet the requirements

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