Disinfection cabinet control method

Abstract

A control method for a disinfection cabinet, which is characterized in that: the four linear detection units and the four plane detection units on the top plate of the inner cavity are all provided with top photosensitive components, and the side walls are provided with light emitters and light receivers. The linear detection unit obtains the linear detection value Ni_value; 2. Compare Ni_value with the set threshold to determine the area where the number of tableware is concentrated, and start the plane detection unit to obtain the plane detection value Pi_value; 3. Turn on the light transmitter to obtain the side detection value Ci_value; 4. 1. Compare the plane detection value Pi_value and the side detection value Ci_value with the set threshold respectively, and judge the tableware placement state in the area where the number of tableware is concentrated according to different situations; 5. Optimizing adjustments for different tableware placement states; 6. , Start the corresponding disinfection work mode. The invention has the advantages of good target detection of tableware, intelligent detection and analysis, less use of electrical devices, and reduced energy consumption in the detection process; it can also have an optimization reminder function for tableware placement, strong customer experience, and more humanized operation.

Description

Technical field[0001]The present invention relates to a method of controlling a disinfection cabinet.Background technique[0002]In recent years, sterilization equipment is widely used in home appliances technology fields, such as the market common household disinfection cabinet, mainly used for tableware disinfection and drying, however, sterilizer operating modes are generally operators working in disinfection cabinet before manually selected, often lack accurate judgment on the actual distribution chamber cutlery and placed the case on the one hand, immobilized disinfection procedures, sterilization and drying mode can not be selected according to the interior of each cabinet tableware disinfection and on-site environment, The disinfection process is not scientifically, there is a waste of process resources, long time, sterilization is not thorough; on the other hand, the lack of intelligent detection function, can automatically detect the distribution of internal tableware in disi...

AI Technical Summary

Problems solved by technology

[0002] In recent years, disinfection and sterilization equipment has been widely used in the field of home appliance technology. For example, the common household disinfection cabinets on the market are mainly used for disinfection and drying of tableware. However, the working mode of disinfection cabinets is generally that the operator works in the disinfection cabinet Manually selected before, often lacks accurate judgment on the actual distribution and placement of tableware in the cavity. On the one hand, the disinfection procedure is fixed, and the disinfection and drying mode cannot be selected according to the tableware inside the disinfection cabinet and the on-site environment each time. The disinfection process is unscientific, and there are problems such as waste of resources during use, long time, and incomplete sterilization; on the other hand, it lacks intelligent detection functions, and cannot automatically detect the distribution of tableware inside the disinfection cabinet cavity, and cannot perform disinfection according to the actual distribution of tableware Mode intelligent control, resulting in insufficient customer experience

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