KR200177781Y1 - Grinding Eguipment for the sole of shoes - Google Patents

Abstract

The present invention relates to a sole processing apparatus for inclining the rear thickness of the front sole as a means for attaching the front sole of the heel, which is a women's shoes, to the side of the heel, which is the rear axle.

In the configuration, the grinding portion 20 made of a sand paper 24 is wound around the work roll 22 and the idle roll 23 is coupled to the driving motor 21 and rotated,

A transfer part 30 provided below the grinding part and slidably coupled to the guide bar 31 provided in the frame 12 and moved back and forth by the cylinder 32 coupled to the front side;

A sensor 33 provided at the conveying unit and controlling the cylinder 32 by detecting contact with the stopper 13 provided at the frame 12;

A seating portion 40 having an inclined surface on which the sole is mounted and coupled to the transfer unit;

The hinge portion 53 is coupled to the conveying portion, and the end portion is provided with a fixing portion 51 for fixing the sole, so as to secure the sole by pressing the seating portion 40 in accordance with the rotation of the handle 52 (50) Sole is composed of the sole is seated on the inclined surface of the seating portion by the front and rear movement of the seating portion 40 seated on the inclined surface is ground by the sandpaper 24 of the grinding portion 22, the sole of which is ground inclined to the rear side of the sole It relates to a processing device.

Description

Sole processing equipment {Grinding Eguipment for the sole of shoes}

The present invention relates to a sole processing apparatus, and more particularly, to a sole processing apparatus that prevents breakage due to bending when adhering the heel to the heel by grinding the rear side of the woman's front sole.

In general, the method of manufacturing a heel, which is a women's shoe, combines the front sole with the front part of the shoe in a state in which the heel is coupled to the sole of the shoe, and at the same time, the rear part connected to the front window is bent to closely adhere to the side of the rear window (heel). After attaching, the method is used to wrap the heel using the outer shell.

Therefore, in order to attach the front sole to the heel side of the shoe heel by the above-described manner, in order to attach the heel to the protruding state, the part contacting the heel portion is bent and the front sole is broken due to the elastic shortage during bending. As a means for preventing this, as shown in FIG. 1, the tapered portion of the back portion of the sole, that is, the portion attached to the side of the heel becomes thin, and the cut is inclined to prevent breakage during bending, as well as the shape of the heel portion when attached to the heel portion. It is processed to make it good.

Conventionally, the method of tapering the back portion of the sole has been used to incline the back portion of the sole by using a knife or sandpaper after the worker fixes the sole and then wears it. The thickness and the inclination are determined by experience and proficiency, so that the shape of the shoe and the heel and the rupture occurs when attaching to the subsequent process, and the working environment is poor when the cutting or grinding work is made of rubber. There was a problem that made it difficult.

Therefore, the technical problem to be achieved by the present invention is to solve the above problems to provide a sole processing apparatus for grinding the rear portion of the sole to achieve the same slope at all times and improve the working environment during work.

1 is a perspective view of a processed sole

Figure 2 is a perspective view showing the sole coupling method

3 is a perspective view of the present invention

4 is a perspective view showing an operating state of the present invention

[Description of Major Code in Drawing]

10 ... Frame 11 ... Second Frame

11-1 ... Caba 11-2 ... Openings

12 ... 3rd frame 13 ... Stoppa

20 ... grinding part 21 ... driving motor

22 ... Work roll 23 ... Idle roll

24 ... sandpaper 30 ... transfer section

31 ... guide bar 32 ... cylinder

33 ... sensor 40 ... seat

50 ... Sole Warehouse Government 51 ... Fixed Parts

52 ... handle 53 ... hinge

60 ... sole

The construction for achieving the technical problem to be achieved in the above-described design is a grinding part made of a sand paper is fixed to the frame and rolled between the work roll and the idle roll coupled to the drive motor,

A transfer part provided below the sand paper of the grinding part and slidably coupled to the guide bar provided on the frame and moved back and forth by a cylinder coupled to the front side;

A sensor provided in the conveying part to detect a contact of the stopper provided in the frame to control the cylinder;

Is inclined seating portion is coupled to the transfer portion and the sole is seated,

The hinge is coupled to the conveying portion and the end is provided with a fixing portion for fixing the sole is composed of a shoe sole part for pressing and fixing the sole to the seat according to the rotation of the handle.

When described in detail with reference to the drawings according to an embodiment as follows.

Grinding part consisting of a sand paper 24 is wound around the work roll 22 and the idle roll 23 is axially coupled to drive simultaneously to the drive motor 21 fixed to the upper surface of the main frame 10 fixed to the ground ( 20) with,

A dust scattering prevention cover 11-2 fixed to the second frame 11 formed on the upper frame by opening and closing the opening 11-3 to surround the grinding part from the outside, and

It is provided on the bottom of the sand paper of the grinding portion and is coupled to the sliding frame is inserted into the guide frame 31 provided in parallel with the rotation direction of the work roll 22 to the third frame 12 formed on the side of the main frame (10) The transfer unit 30 is coupled to the cylinder 32 fixed to the third frame 12 is moved before and after by the operation of the cylinder 32,

Sole seating portion 40, which is coupled to the conveying portion and moved simultaneously with the conveying portion 30, the sole is seated on the top surface and the tapered inclined surface is formed,

A sensor provided in the conveying part and detecting a contact with the stopper 13 protruding from the third frame 12 provided in the extension part of the main frame 10 by the movement of the conveying part to move the cylinder 32 in reverse; 33),

Shoe hinge is coupled to the hinge plate 53 coupled to the conveying part and the end portion is provided with a fixing portion 51 for pressing and fixing the sole 60 seated on the seating portion 40 by the upper rotation of the handle 52 It consists of a government (50).

Hereinafter, the operation will be described.

In the case of processing a woman's sole using a processing apparatus provided with the present invention, when the sole 60 is seated on the seating portion 40 and the driving motor 21 is operated, the work roll 22 axially coupled to the driving motor is The sandpaper 24 rotated and wound between the work roll 22 and the idle roll 23 is rotated by the tension between the work roll 22 and the idle roll 23. When the sand paper 24 is rotated, the cylinder 32 provided on the front side of the transfer part 30 is operated, and at the same time, the handle 52 of the shoe storage unit 50 coupled to the plate attached to the transfer part 30 is upward. The sole 60 is coupled to the plate by a hinge 53 and the end portion 60 is fixed to the seating portion 40 by pressing the sole 60 on the seating portion 40 to the seating portion 40. Fix it.

The seating part 40 fixed to the transfer part 30 by the operation of the cylinder 32 is moved to the sand paper 24 side, and the sand paper 24 is rubbed with the sole 60 to grind the sole. Of course, the upper surface of the seating portion 40 is a slope formed in the shape of the sole 60 is cut so that the slope is formed on the rear side of the sole. In addition, in order to form the slope of the proper length of the sole, the transfer unit 30 is mounted with a sensor 33 detects contact with the stopper 13 provided to protrude in the third frame 12 during proper transfer of the transfer unit 30. The cylinder 32 is then reversed.

When the dynamic of the cylinder is completed, the processed sole is lifted outward and the new sole is seated on the seating part 40, and then the same work is performed. In addition, the carver 11-1 surrounding the grinding unit 20 improves the working environment by preventing the diffusion of the fragments generated during grinding and prevents contamination of the workplace by removing dust using a suction pump or air when the work is completed. do.

The effect of the present invention is to prevent the defects caused by the deviation between the individual occurred during the manual work as well as to prevent the contamination of the workplace generated during the work and the effect of the atomic savings by increasing the work speed.

Claims (1)

A grinding part 20 composed of a send paper 24 fixed to the frame and wound between the work roll 22 and the idle roll 23 coupled to the driving motor 21, and A transfer part 30 provided below the sender paper 24 of the grinding part and slidably coupled to the guide bar 31 provided in the frame 12 and moved back and forth by the cylinder 32 coupled to the front part; A sensor 33 provided at the transfer part 30 to sense a contact of the stop wave 13 provided at the frame 12 to control the cylinder 32; It is coupled to the conveying portion and the upper portion has a seating portion 40 provided with an inclined surface on which the sole 60 is seated; The hinge portion 53 is coupled to the conveying portion and the end portion is provided with a fixing portion 51 for fixing the sole, the sole fixing part for pressing and fixing the sole 60 to the seating portion 40 in accordance with the rotation of the handle 52 Sole processing apparatus, characterized in that consisting of 50.