A control method for a disinfection cabinet

Abstract

A control method of a disinfection cabinet is characterized by comprising the following steps: 1, acquisition of detection signals by photosensitive components of each detection area; 2, alternative working of a left light transmitter and a right light transmitter; 3, comparison of detection values of Ni-value, L-value and R-value with threshold values; and 4, automatic selection of disinfection work modes according to tableware distribution conditions. The control method has the advantages that the detection area of tableware is divided, the auxiliary detection of left and right photosensitive components are combined, the shooting scope is expanded, omissions and blind corners are prevented, the detection accuracy is further improved, the corresponding disinfection and drying modes are automatically selected according to the condition of tableware placement in the disinfection cabinet at each time, and intelligent disinfection is achieved.

Description

technical field [0001] The invention relates to a control method for a disinfection cabinet. Background technique [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 ...

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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