Intelligent shoe cabinet with shoe polishing mechanism

Abstract

The invention discloses an intelligent shoe cabinet with a shoe polishing mechanism, and belongs to the technical field of household electromechanical equipment. The intelligent shoe cabinet comprisesa shoe conveying mechanism, a shoe polishing mechanism and a shoe storage cabinet; the shoe conveying mechanism enables shoes to freely move in a three-dimensional space through spiral transmission,the functions of automatic shoe conveying, shoe storage and shoe taking are achieved, the shoe polishing mechanism drives three vertical brushes and three transverse brushes to rotate at the same timethrough two stepping motors, and the automatic shoe polishing function is achieved. The shoe storage cabinet is used for storing shoes, and a touch panel, a PLC module and a Bluetooth control moduleare further installed on the shoe storage cabinet, wherein the PLC module and the Bluetooth control module are used for achieving the intelligent control function. The intelligent shoe cabinet can fully clean vamps and remove dust and stains on the vamps, is very user-friendly, can store multiple pairs of shoes by reserving four shoe placing positions at the first storage layer of the shoe storagecabinet, can sequentially perform automatic dust wiping cleaning and shoe conveying into the shoe storage cabinet for treatment on the multiple pairs of shoes without waiting, and is stable in transmission, low in noise, convenient to manufacture and relatively low in cost.

Description

technical field [0001] The invention relates to the technical field of household electromechanical equipment, in particular to an intelligent shoe cabinet with a shoe polishing mechanism. Background technique [0002] In today's society, people's demand for smart homes is increasing day by day, and smart shoe cabinets have become an important part of smart home systems. At present, the shoe cabinets have the following problems: (1) The shoe cabinets are mostly constructed of ordinary boards. The interior of the shoe cabinets is usually set up as in-line multi-layer horizontal shoe layers, and the shoes are placed side by side on the shoe layer. Open the cabinet door and look for pairs from top to bottom. This method not only wastes time but also increases the labor intensity of the user; The height of the cabinet is high, and it is very inconvenient for people to take shoes; (3) the existing shoe cabinet can only realize the simple function of storing shoes, but cannot clea...

AI Technical Summary

Problems solved by technology

At present, the shoe cabinets have the following problems: (1) The shoe cabinets are mostly constructed of ordinary boards. The interior of the shoe cabinets is usually set up as in-line multi-layer horizontal shoe layers, and the shoes are placed side by side on the shoe layer. Open the cabinet door and look for pairs from top to bottom. This method not only wastes time but also increases the labor intensity of the user; The height of the cabinet is high, and it is very inconvenient for people to take shoes; (3) the existing shoe cabinet can only realize the simple function of storing shoes, but cannot clean the dust and stains on the shoe surface

Due to the problem of inconvenient access to shoes, although some smart shoe cabinets that use transmission mechanisms to obtain shoes have appeared on the market, the transmission system structure of existing smart shoe cabinets is relatively complicated, and the mechanism is unstable, and it is easy to appear in the process of use. Functional failure, and the existing smart shoe cabinets can only achieve some simple functions in terms of intelligent control, which cannot meet people's actual needs

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