KR200416578Y1 - Shoes with anti-skid eigen - Google Patents

Abstract

This design is always equipped with Eisen in shoes so that you can easily take out Eisen when needed, and wear it as a shoe normally, but when you need it, you can take out Eisen and use it. It relates to shoes provided. Its configuration is a support member deeper than the bottom surface on the front and back sides of the shoe, and a support member that is coupled to the sole and attached to the sole, and is supported by the front and rear movement, and the support member is coupled to both sides of the support member It is composed of a rotating part which is fastened to the secondary rotating shaft and provided with an eigen pin, and the rotating part rotates in the range of rotation by the separation of the locking member, and the stopper protrusion of the push button is interlocked to control the stripper function. It is characterized by.

Eisen, Non-slip Device, Pull-out Eisen, Outsole, Shoes

Description

A sliding prevention boots with crampons}

1 is a view showing a conventional non-slip shoe.

Figure 2 is an exploded perspective view of the operating part of the shoe with a non-slip eisen of the present invention.

Figure 3 is a view showing a state in which the rotating part of the shoe provided with a non-slip eisen of the present invention.

Figure 4 is a view showing a state in which the rotating part of the shoe with a non-slip eisen of the present invention is drawn out.

Figure 5 is a state of use equipped with the operating part of the shoe with a non-slip eisen of the present invention.

Figure 6 is a state of use of the operating unit of the shoe with a non-slip eisen of the present invention mounted on the heel.

* Description of the symbols for the main parts of the drawings *

10: shoes 11: upper

12: Outsole 13: Heels

21: Spring 23: Drawing home

24: storing groove 25: storing groove

26: support 27: guide groove

28: support member 29: locking groove

31: rotating shaft 31-1 moving rotating shaft

32: front rotating part 33: rear rotating part

33-1: Binding groove 33-2: Release groove

34: rotating part 35: rotating fixed shaft

42: locking member 44: locking projection

45: locking fixed shaft 46: rolling board

48: push button 49: stopper protrusion

52: operating part

The present invention relates to a shoe having a non-slip eisen, more specifically, the eisen is always provided in the shoe, so that the eigen can be easily pulled out if necessary, so that the shoes are normally worn as a shoe. It relates to a shoe having a non-slip eisen built-in Eisen so that it can be used to withdraw out.

In winter, it is easy to slip when walking on an icy road due to snow, so you have to walk carefully, and when you work on snow or ice, when you work on snowy or frozen hills, or when you go up or down frozen hills, Ordinary shoes have a risk of being injured by slipping even if you walk carefully.

Conventional anti-slip shoes have a certain shape of curvature on the sole surface of the shoe itself, or carry it separately, and if necessary, it is inconvenient to carry because it is bulky and heavy. , Even shoes made by slipping the device for preventing slipping, the overall configuration is complicated, there is a lot of trouble of the trouble to replace, there is a problem that the manufacturing cost increases.

In addition, the conventional folded Eisen shoes are formed on the heels of the shoes, and the Eisen plate is formed by folding and releasing the Eisen, which is used to expose Eisen to the outside, but there is a risk of touching Eisen by hand. There was a problem that the weight is added to the weight of the shoe.

And in the case of the non-slip device of the conventional registered utility model No. 20-0346309 No. 1 as shown in Figure 1, including the eigen projection formed integrally with the eigen projection inside the shoe heel, a plurality of needle bar (4) is welded By sticking the needle plate (6) to the shoe heel (8) to prevent slipping.

By the way, in the case of the known technologies, the non-slip attachments are always exposed to the heel of the shoe, so it is inconvenient to walk around the lobby or the corridor of the building.

The purpose of the present invention devised to solve the above problems is that the Eisen is always provided inside the shoe when walking on slippery roads or ice roads, so there is no need to purchase and carry separate Eisen at all, and when necessary, seasons and places It is very easy to draw out the Eisen without being constrained to it.It is usually worn as a shoe, but when it is needed, the Eisen is provided with a non-slip Eisen with a built-in slip so that the Eisen can be taken out. .

Shoes having a non-slip eisen according to the present invention for achieving the above object, the front and rear side of the shoe and the storage groove deeper than the bottom, and the support is coupled with the support attached to the sole to the front and rear of the storage groove A support member for movement, a pivoting portion coupled to the support member so as to be rotatable on both sides of the support shaft, and having an eigen pin, and the pivoting portion rotating in a range of rotation by the release of the locking member, and the pushbutton It was achieved by providing a shoe with a non-slip eisen, characterized in that the stopper projection of the interlock is interlocked to configure the operation unit to control the stripper function.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail.

Figure 2 is an exploded perspective view of the operating portion of the shoe with a non-slip eisen of the present invention.

First, the shoe 10 includes an upper 11 forming a space for receiving a wearer's foot, a sole 12 fixed to the bottom of the upper 11, and a heel attached to the rear end of the sole 12. It consists of (13). The sole 12 and the heel 13 may be molded into a material having flexibility such as rubber, synthetic rubber, and synthetic resin, and manufactured in one piece.

As shown, the receiving groove 22 according to the present invention is formed deeper than the bottom surface of the sole 12 of the shoe (10).

The support 26 and the support member 28 located inside the space formed so that the eigen pin 24 is installed in the receiving groove 22, the support 26 using a material such as high hardness steel so as to strongly support By installing the wearer even if a lot of weight, the support force is evenly distributed on the bottom surface of the shoe 10 so that the bottom surface of the shoe 10 does not touch the ground so that it can be stably supported.

The support 26 bound to the inside of the accommodating groove 22 is attached to and supported by the sole 12.

The support member 28 is attached to move by a predetermined distance from both inner surfaces of the support 26 in the front-rear movement.

And the support 26 is formed with a drawing groove 23 and the receiving groove 25 on one side, it is composed of a guide groove 27 and the locking groove 29 on the other side.

At this time, the support 26 and the support member 28 is formed horizontal to the ground.

Rotating portion 34 that is attached to the support 26 and the support member 28 to be rotatable is provided with an eigen pin 24 on the other side.

The rear pivot 33 of the pivot 34 located at the rear of the support 26 is rotated in the rotation range while the support member 28 is moved in the front direction by the release of the locking member 42, the eigen pin 24 ) Will be withdrawn to the outside.

At this time, it is provided with a spring 21 having elasticity in the pivoting fixed shaft 35 of the rear pivot 33, is bound to one side of the rear fixed shaft 35, and moved left and right in the guide groove 27, the rear pivot The moving rotary shaft 33-1, in which the eastern portion 33 rotates in the rotation range, is engaged.

As shown in FIG. 3, the rear pivot 33 has a locking protrusion 44 of the locking member 42 which is engaged at both sides of the locking groove 29 of the support 26. Bound to the binding groove (33-1) of the rear pivot portion 33 having the eisen pin 24 is fixed to the storage inside the shoe.

In addition, the locking member 42 has a spring 21 having elasticity on the locking fixing shaft 45, as shown in FIG. 4, so that the push button 48 presses the sliding plate 46 to hold the locking groove ( 29, the locking protrusion 44 is released from the binding groove 33-1 of the rear pivot 33 by the vertical movement and moves forward and backward of the support member 28 to move forward and backward. The rear pivot 33 having the rotational direction is rotated in the rotation range to sequentially take out the eigen pins 24 to the outside.

At this time, by the restoring force movement by the spring 21 of the rear pivot 33, it rotates about the axis of rotation when drawing out.

In addition, the rear pivoting unit 33 withdrawing the eigen pin 24 is again engaged with the locking protrusion 44 in the locking groove 29 by the release recess 33-2 of the rear pivoting unit 33, thereby causing the eigen pins. The rear pivot 33 is fixed by taking out 24.

In addition, the rear pivot 33 is rotated so that the support member 28 is moved forward and at the same time the rotary shaft 31 of the front pivot 32 located on the front side of the support 26 is the receiving groove 25 of the support 26 ) Is separated from the rotational shaft 31 is fastened and fixed to the withdrawal groove 23 to withdraw the eigen pin 24 to the outside.

As described above, the operating part 52 in which the front pivoting part 32 and the rear pivoting part 33 rotate according to the operation sequence is operated at the same time the push button 48 presses the slide plate 46.

When the support member 28 is moved to the front side by pressing the push button 48 as described above, the rotating shaft of the front pivot 32 moves from the receiving groove 25 to the lead-out groove 23, and the rear pivot 33 As the binding protrusion 44 moves the release groove 33-2 from the binding groove 29, the eigen pin 24 is withdrawn.

At this time, the pushing force to the push button 48 is transmitted to the slide plate 46 and the locking projections (44) in the locking groove 29 is moved to the lower end and moved back to the upper side to release the rear pivot (33) By the restoring force of the spring 21 provided in the rear pivot 33 is able to protrude the eigen pin 24.

And when the support member 28 is moved to the rear side, the front pivot 32 moves from the drawing groove 23 to the receiving groove 25, the rear pivot 33 is the binding projection 44 is the release groove 33 In the -2), the binding groove 33-1 is moved, and the rotating part 34 having the eigen pin 24 is rotated and received inside the shoe 10.

At this time, the front pivot 32 and the rear pivot 33 is rotated in the rotation range is made to receive and withdraw.

Even if the front pivot 32 and the rear pivot 33 are provided with a stopper protrusion 49 on one side of the push button 48 after the withdrawal of the eigen pin 24 by the operation unit 52. As shown in FIG. 5, the pushbutton 48 is turned to one side to control the stopping of the storage and withdrawal of the eigen pin 24.

The eigen pin 24, the support 26, the support member 28, the operation part 52 of the pivoting part 34 of the present invention is made of metal so as to maintain sufficient rigidity.

Hereinafter, the effect of the present invention configured as described above will be described in detail.

When the user presses the pushbutton 48 protruding toward the rear of the shoe 10 to pull out the eigenpin 24 of the shoe 10, the pushbutton 48 enters the inner side and the push plate of the catching member 42 ( 46) Move while pressing. As the sliding plate 46 is pressed, the locking protrusion 44 moves downwardly from the locking groove 29 so that the locking protrusion 44 is separated from the binding groove 33-1, and the moving rotary shaft 31 of the rear pivot 33 is moved. -1) moves along the guide groove 27 and at the same time the support member 28 is moved to the front side and the rotary shaft 31 of the front pivot 32 is also separated from the receiving groove 25 to rotate the front and rear ( 34 is rotated in the rotation range to withdraw the eigen pin 24. Thereafter, the pushbutton 48 is turned in one direction to stop the protrusion protrusion 49 to lock the operation of the operating unit 52.

After use, push the pushbutton 48 back to its original position, and the locking protrusion 44 of the locking groove 29 moves downward, and when the pivoting part 34 is pushed into the receiving groove 22, the supporting member 28 is moved. While moving to the side, the rotating shaft 31 of the front pivot 32 is fixed to the receiving groove 25 in the drawing groove 23, the moving shaft 31-1 of the rear pivot 33 is the guide groove 27 By moving along the front and rear rotation part 34 is rotated in the rotation range is to receive the eigen pin 24 into the shoe 10 inside. Then, the pusher button 48 is turned in one direction, and the stopper protrusion 49 locks the operating part 52.

Eisen pin 24 of the shoe having a non-slip eisen of the present invention may constitute an eigen pin 24 of a different shape, may be two or more.

And the operating unit 52 of the shoe having a non-slip eisen of the present invention may be configured to operate in the heel 13 of the shoe 10 as shown in FIG.

As described above, the shoe with the non-slip eisen of the present invention is equipped with eigen at all times so that the eigen can be easily withdrawn when needed, and it is usually worn as a shoe. It is possible to draw in and out of the Eisen by simple button operation can be used conveniently because it is a very useful design.

Claims (5)

In the shoe 10 to prevent slippery when a pedestrian walks on a slippery road surface, Storage grooves 22 deeper than the bottom on the front and rear sides of the sole 12 of the shoe 10, A support member 28 which is bound inside the receiving groove 22 and supports with the support 26 attached to the sole 12 and moves forward and backward; A rotating part 34 that is coupled to the supporting member 28 and is rotatably coupled to both sides of the support 26 to have an eigen pin 24; The rotating part 34 is configured to rotate in the range of rotation by the separation of the locking member 42 and the stopper protrusion 49 of the push button 48 is interlocked to constitute an operating part 52 to control the stripper function. Shoes with a non-slip Eisen, characterized in that. According to claim 1, The support 26 is formed with a drawing groove 23 and the receiving groove 25 on one side, the locking groove 29 by configuring the guide groove 27 and the locking groove 29 on the other side Rotating portion 34 having the eigen pin 24 formed on the front and rear sides by the forward and backward movement of the support member 28 bound to the support 26 by the release projection 44 of the locking member 42 is released Shoe with a non-slip eisen characterized in that the storage draws out in the rotation range. According to claim 1, The rotating part 34 is rotated in the rotation range while moving the support member 28 in the front direction by the release of the locking member 42 located on the rear side of the support 26, the eigen pin 24 And the rear pivot 33 for drawing outside), As the rear pivot 33 is drawn out, at the same time as the front side movement of the support member 28, the rotating shaft 31 located at the front side of the support 26 is separated from the receiving groove 25, and the separated rotating shaft 31 is drawn out. It is fastened and fixed by the groove 23 and the front pivot portion 32 for drawing out the eigen pin 24 to the outside, Shoes having a non-slip eisen, characterized in that the front pivot 32 and the rear pivot 33 is projected out of the receiving groove 22 by the release of the locking member (42). The method of claim 1, wherein the locking member 42 is provided with a spring 21 having an elastic on the locking fixing shaft 45, the push plate 48 is pressed by the push button 48, And the locking projection (44) for binding and releasing up and down movement in the locking groove 29 by the pressing plate 46 is pressed, and The release protrusion (44) is released from the binding groove (33-1) of the rear pivoting portion 33 by the release of the lower movement, the rear pivoting portion (33) is rotated in the rotation range, the eigen pin (24) is leaked and caught Shoe with an anti-slip eisen, characterized in that the protrusion 44 is again fixed to the release groove (33-2). According to claim 3, wherein the rear pivot 33 is a rotational fixed shaft (35) Shoe provided with a non-slip eisen is provided with a spring 21 having elasticity on one side as a center and the rear pivot 33 rotates in the rotation range when withdrawn.

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