Machine for cleaning soles

Abstract

The invention discloses a method for cleaning soles, which is characterized in that: a travel switch is arranged at the external part of one side of the width direction of a stander and separated from the belt of a circular brush; the lengths of the two cage bars at the outermost side in a comb-shaped pedal are greater than the length of any one of the remaining cage bars; the tail ends of the two cage bars are perpendicularly connected with pivot shafts which extend into the corresponding side of the width direction of the stander; the comb-shaped pedal is hinged with the stander by the two pivot shafts; the pivot shaft which is positioned at the same corresponding side of the width direction of the stander as the travel switch exceeds the stander; the exceeding end of the pivot shaft is connected with a control mechanism which can control the travel switch to be opened or closed, wherein, the mechanism consists of a spring, a control block, and a control rod which is arranged at the same direction as the cage bar; the tail end of the control end is perpendicularly fixedly connected with the exceeding end of the pivot shaft; the head end of the control end is articulated with the lower end of the spring; the upper end of the spring is articulated with the corresponding side of the width direction of the stander; the control block is arranged on the control rod and at a position which is corresponding to the travel switch; and the control block is tightly contacted with the normally open contact of the travel switch. The machine has longer service life and stable performance.

Description

technical field [0001] The invention relates to a sole polishing machine. technical background [0002] At present, there are many types of machines for automatically wiping shoe soles, and the structures are also different, but there are some defects to varying degrees, such as: the travel switch electrically connected with the driving device is arranged on the inside of one side in the width direction of the frame and is connected to the circulating wool. The brush belts are close to each other, so that the dust wiped from the soles will quickly pollute the travel switch, causing it to fail and be damaged; in addition, the control mechanism that controls the opening and closing of the travel switch also has many unreasonable parts in its structural design. (For example: complex structure, poor installation location, also inside the corresponding side of the frame width direction), so that the control mechanism is very inconvenient during assembly and prone to failure. Abo...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many kinds of machines for automatically wiping the soles, and the structures are also different, but there are some defects to varying degrees, such as: the travel switch electrically connected with the driving device is arranged on the inside of one side in the width direction of the frame and is connected to the circulating wool. The brush belts are close to each other, so that the dust wiped from the soles will quickly pollute the travel switch, causing it to fail and be damaged; in addition, the control mechanism that controls the opening and closing of the travel switch also has many unreasonable parts in its structural design. (For example: the structure is complicated, the installation position is not good, and it is also inside the corresponding side of the frame width direction), so that the control mechanism is very inconvenient during assembly and prone to failure

The above-mentioned defects make the service life of the existing shoe polishing machine short and the performance not stable enough

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