Shoe washing method and shoe washing device

Abstract

The invention discloses a shoe washing method and a shoe washing device for implementing the method, and aims to provide the shoe washing method and the shoe washing device which are good in washing effect and high in efficiency. The shoe washing method comprises the following steps of cleaning shoes in a repeated rolling and stirring manner by using washing-assisting particles, then automatically separating the washing-assisting particles from the shoes, and collecting the washing-assisting particles. The shoe washing device comprises a water tank, a rolling barrel and a motor for driving the rolling barrel to rotate, wherein the rolling barrel (5) is suspended in the water tank (4) through a belt transmission device mounted on a rotating shaft (1); a transfer device composed of a spiral pipe (8) and a bin partition plate (7) is fixed in the rolling barrel (5); and a washing bin (9) communicates with a storage bin (6) through pipe openings (16) in the two ends of the spiral pipe (8). The shoe washing method and device can realize dead-corner-free simultaneous cleaning of all parts of shoe cavities and shoe uppers, have the advantages of high cleaning efficiency, small shoe abrasion, good washing effect and the like, and are particularly suitable for industrial large-scale washing.

Description

technical field [0001] The invention relates to a shoe washing method, in particular to a mechanical shoe washing method; the invention also relates to a shoe washing device for realizing the shoe washing method. Background technique [0002] The current mechanical methods of shoe washing are mainly through brush washing, water washing or ultrasonic cleaning. Washing with mechanical brushes not only easily damages the upper, but also makes it difficult for the brush to penetrate into the shoe cavity, and there are dead spots for washing; water washing not only consumes a lot of water, the cleaning effect is not ideal, but also the positioning of shoes is troublesome; ultrasonic is the use of cavitation to decontaminate , it has good decontamination effect on hard materials such as metal and ceramics, but it is difficult to form microscopic resonance for shoes made of soft materials such as sponge, cotton cloth and rubber, and the washing effect is poor. [0003] In order to...

AI Technical Summary

Problems solved by technology

[0004] 1) It is necessary to place and fix the shoes manually, which is labor-intensive and inefficient;

[0005] 2) The friction ball is not easy to enter the shoe cavity under the action of water flow, or it is easy to accumulate and form a blockage after entering the shoe cavity, so there will still be dead spots for washing, and the cleaning effect is not ideal;

[0006] 3) It is necessary to manually clean the friction balls blocked in the shoe cavity. After washing, it is necessary to manually separate the shoes from the separation friction balls, which is labor-intensive and inefficient;

[0007] 4) The positioning and fixing device is not only complicated in structure, but also occupies the washing space and reduces the washing capacity

[0008] To sum up, the existing shoe washing machines not only have complex structure and high cost, but also need manual assistance, low washing efficiency, unsatisfactory washing effect and other defects, so it is difficult to adapt to the requirements of industrialized mass washing

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