Computer control system for lifting type intelligent shoe cabinet (room) capable of selecting shoes by touch screen

Abstract

The invention discloses a computer control system for a lifting type intelligent shoe cabinet (room) capable of selecting shoes by a touch screen, which is matched with a shoe cabinet with a multi-layer three-dimensional structure shaped like a Chinese character 'fei', and a lift mechanism positioned in the shoe cabinet. The computer control system comprises a microcomputer module, as well as a touch display screen, a lifting circuit, a hoisting longitudinal movement circuit, a camera, a window-door circuit device and a sensor group which are respectively connected with the microcomputer module, wherein the microcomputer module controls the lifting of the lift mechanism connected with the lifting circuit and the hoisting longitudinal movement circuit so as to longitudinally move, store and take shoes by the lifting circuit and the hoisting longitudinal movement circuit. According to the computer control system for a lifting type intelligent shoe cabinet (room) capable of selecting shoes by the touch screen, the shoe storing speed is quick, the operation is simple and convenient, the stability, reliability, intelligentization and humanization are realized, the related information tips such as pictures and quantity of the shoes can be displayed intuitively by the screen turning of the touch display screen, the shoes selection and automatic shoe storing and taking can be realized by touching. The computer control system for the lifting type intelligent shoe cabinet (room) capable of selecting shoes by the touch screen has the advantages that when the shoes are stored, whether the shoes enter the lift mechanism or not can be detected, and the form of the shoes can be analyzed, once the computer control system senses the shoes, the lift mechanism is started to automatically classify, number and store the shoes according to tall boots, mid-length boots and automatic shoes.

Description

technical field [0001] The invention relates to an intelligent control system used in a shoe cabinet or shoe room for daily necessities, in particular to an intelligent control system that adopts a microcomputer module, a touch display screen, etc. For shoes, the computer control system of the intelligent shoe cabinet (room) with lifting touch screen for automatic sorting, sorting and numbering, touch access to shoes and other functions. The shoe storage speed is fast, the operation is simple, stable and reliable, and can be widely used in intelligent shoe cabinets (rooms) with lifting touch screens for shoe selection in homes and public places. Background technique [0002] With the substantial improvement of people's living standards, it has become a trend for modern people to pursue a modern life that is stylish and elegant, comfortable and convenient, and a clean environment, and modern home furnishing. However, as a result of pursuing fashion, the number of family shoe...

AI Technical Summary

Problems solved by technology

[0003] There are many types and styles of shoe cabinets or shoe rooms in the prior art, but all of them only have the function of storing shoes. They basically adopt the form of a horizontal bracket structure with a simple structure. In general, the shoe rooms in public places are only numbered, and they must be found and picked up by hand, and none of them have the function of automatically storing and withdrawing shoes.

[0004] At present, there are few shoe rooms recorded in the patent literature, and most of the shoe cabinet technical solutions are time-consuming and labor-intensive for manual control. Although some also have automatic access to shoes, the structure is relatively complicated, and the shoes in the shoe cabinet are also disorderly placed. There is no touch screen to flip the screen to visually display relevant information such as shoes photos and empty space for users to choose shoes. When there are a large number of shoes, it is very inconvenient to access shoes, which does not solve the above problems in essence. A real problem with intelligent management control

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