Intelligent control system of sterilizing cabinet

Abstract

The invention discloses an intelligent control system of a sterilizing cabinet, which is characterized in that a master control module sends signals to an electromagnetic lock control module, and the electromagnetic lock control module controls an electromagnetic lock to lock and unlock the cabinet door of the sterilizing cabinet; the master control module sends signals to the operating module ofthe sterilizing cabinet, and the operating module of the sterilizing cabinet controls the sterilizing cabinet to operate; a pause key sends signals to the master control module, and a sensing device senses the opening and closing of the cabinet door of the sterilizing cabinet and correspondingly sends singles to the master control module; and the master control module is a chip integrating the intelligent control procedures of the sterilizing cabinet, and has the functions as follows: when carrying out sterilization on the sterilizing cabinet, the user can request to open the cabinet door by the pause key, then the master control module controls the sterilizing cabinet to temporarily stop operation, and an alarm sends a prompt tone to remind the user of bewaring of the dangers caused by ultraviolet rays or high temperature when the cabinet door is opened, after the user completes the required operation within the preset waiting time and then closes the cabinet door, the master controlmodule controls the sterilizing cabinet to continue the sterilization operation until the sterilization is completed, thereby achieving the purposes of opening the cabinet door of the sterilizing cabinet by the user as required under the premise of ensuring safety and then intelligently controlling the sterilizing cabinet to continue the sterilization operation.

Description

technical field [0001] The invention relates to the field of disinfection cabinet control, in particular to an intelligent control system for disinfection cabinets. Background technique [0002] The disinfection methods of existing disinfection cabinets can be summarized into two types: ozone disinfection and high-temperature disinfection. Considering the user's safety, the corresponding door switch control is roughly divided into two methods: one is whether the cabinet door is in the working process of the disinfection cabinet. The one that is allowed to be opened; the other is that once the cabinet door is opened during the working process of the disinfection cabinet, the machine will stop working immediately. [0003] Although the first control method protects the safety of the user, if the machine has started to work, the user finds that there are still some tableware not put in. If you want to put the remaining tableware in, you must stop the machine first, which is ver...

AI Technical Summary

Problems solved by technology

[0003] Although the first control method protects the safety of the user, if the machine has started to work, the user finds that there are still some tableware not put in. If you want to put the remaining tableware in, you must stop the machine first, which is very inconvenient to use. , but also wastes energy

[0004] Although the second control method can open the cabinet door while the machine is working, it is also a shutdown, which wastes energy. More importantly, there is a risk of ultraviolet light or high temperature after the shutdown, and there is no prompt to protect the safety of the user. This control method also unreasonable

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