Method for controlling intelligent shoe cabinet

Abstract

The invention relates to a method for controlling an intelligent shoe cabinet. An intelligent control system is arranged in the intelligent shoe cabinet and consists of a computer panel 1, a power panel 2, a heater 3, a humidity probe 4, a temperature probe 5, a sterilization device 6, a dehumidifying device 7, a fan 8 and a display controller 9, wherein the computer panel 1 automatically starts a dehumidifying and sterilizing program according to the preset working frequency generally in 6 to 10 hours to operate; when the computer panel 1 detects that the humidity value of air in the cabinet is lower than the preset humidity lower limit, operation is stopped and timing is started again; and when the timing reach the preset working frequency, the computer panel 1 automatically starts the dehumidifying and sterilizing program to operate. By the method, temperature upper limit and lower limit can be set according to requirements and variety and quantity of the stored articles. The method can be popularized and applied to cabinets such as shoe cabinets, garderobes, cupboards, storing cabinets and the like. The logical structure is simpler, working frequency can be preset, and the system can automatically detect and start to operate, so fully-automatic operation can be realized and manual intervention is not required.

Description

technical field [0001] The invention relates to a control method of an intelligent shoe cabinet with functions of dehumidification, mildew prevention, sterilization and deodorization, and belongs to the application technology of the intelligent shoe cabinet. Background technique [0002] Most of the existing smart shoe cabinets are manually turned on, and they often fail to capture the best working time. The following situations often occur: dehumidification is performed when dehumidification is not required, and dehumidification is not performed when dehumidification is required. In addition, if the machine is not turned on in time, moisture and bacteria will grow in the cabinet, which will make the stored items moldy and cause secondary pollution. [0003] In the patent No. 200510105296.4, an intelligent tracking and monitoring disinfection cabinet and its tracking and monitoring disinfection method are announced: the first application field is the disinfection cupboard, a...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing smart shoe cabinets use manual start-up, and often fail to grasp the best working time. The following situations often occur: dehumidification is performed when dehumidification is not needed, but dehumidification is not performed when dehumidification is needed

In addition, if the power is not turned on in time, there will be moisture and bacteria in the cabinet, which will make the stored items moldy and cause secondary pollution.

[0003] In the patent No. 200510105296.4, an intelligent tracking and monitoring disinfection cabinet and its tracking and monitoring disinfection method are announced: the first application field is the disinfection cupboard, and this solution adopts high-temperature disinfection, so shoes and socks cannot be processed; Second, the scheme does not detail the method and scheme for water discharge from the cabinet; third, multiple heating methods are mainly used for dehumidification, and more efficient and energy-saving semiconductor devices are not used as heating elements and dehumidification components; fourth, in the patent The intelligent tracking and monitoring is based on the set sterilization frequency and the humidity value in the cabinet exceeds the set humidity upper limit to automatically start the machine. However, shoes and socks are difficult to clean, and there is a large amount of dead skin tissue and sweat that the human body has shed. It is suitable for the reproduction and growth of bacteria, but high-temperature sterilization cannot be used. Therefore, it is necessary to set the frequency of sterilization and dehumidification to dehumidify and sterilize regularly; fifth, there is no function of manually setting the humidity and temperature range

[0004] In the patent application number 200910041802.6, an intelligent electronic shoe cabinet and an automatic monitoring dehumidification and sterilization method are disclosed. According to whether the timing reaches the sterilization frequency or the dehumidification and sterilization frequency, it is decided whether to start the sterilization program or the dehumidification and sterilization program. The disadvantage is that the logical relationship is relatively complicated

Images