System and method for killing microorganisms and germs by adopting chemical contact method

Abstract

The invention discloses a system and a method for killing microorganisms and germs by adopting a chemical contact method. In the system, a control module is respectively used for controlling each module, and achieving precise medicament feeding based on a data model and sensing control cooperation; a medicament adding execution module is used for receiving the medicament sent by a medicament caching module and sending the medicament to a disinfection execution module under the control of the control module; the medicament caching module is used for receiving the medicament fed by a medicament supplementing module and feeding the medicament into the medicament adding execution module under the control of the control module; the medicament supplementing module is used for being connected with an external cooperation end and supplementing medicaments under the control of the control module; the disinfection execution module is used for disinfecting a to-be-disinfected target substance, the to-be-disinfected target substance is placed in a container of the disinfection execution module, a medicament is fed through the medicament adding execution module, the medicament reacts with the to-be-disinfected target substance, and microorganisms and germs are killed in a contact mode. The disinfection and sterilization effects can be effectively improved.

Description

technical field [0001] The invention relates to the fields of chemical disinfection technology, automatic control and machine learning, in particular to a system and method for killing microorganisms and germs by using a chemical contact method. Background technique [0002] In social life and production, there are often liquid, gaseous fluids, and even solid waste that need chemical contact disinfection to kill harmful bacteria and viruses and ensure social public health safety. [0003] Traditionally, artificial spraying and artificial injection of agents are generally used, mixed with disinfection objects or covered on the surface, so that the agents can fully contact with the microorganisms and viruses existing on fluids and solids, and then use the characteristics of the agents to kill microorganisms and viruses , so as to achieve the purpose of ensuring hygiene. [0004] However, several problems in the manual method are gradually becoming prominent: First, it is diff...

AI Technical Summary

Problems solved by technology

[0004] However, several problems in the manual method are gradually becoming prominent: First, it is difficult to achieve precise manual operation

In order to ensure safety, the drug is generally administered in excess, which is easy to cause waste

Second, the labor burden is heavy, especially when a public health emergency occurs, a large amount of manpower is likely to cause resource crowding

The third is that in actual operation, the fluid flow and composition often fluctuate, and it is difficult to achieve dynamic adaptation by manual methods, which may easily cause mismatches in the use of pharmaceuticals

In addition, in most occasions where anti-virus is required, it is not suitable for artificial participation.

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