KR200308279Y1 - shoe protecting slide - Google Patents

Abstract

The present invention relates to a non-slip shoe, the shaft ball provided with the operating hole in the transverse direction of the shoe heel; A first bracket screw assembled to the heel at one side of the shaft hole and having a screw hole and a shaft insertion hole; A spring provided in the operation hole; A second bracket screw-assembled to the heel at one side of the operating hole, a screw hole and a shaft insertion hole are formed, and a pin hole is formed; A rotation shaft inserted into the shaft hole and arranged in the shaft insertion hole of the first and second brackets and having a first rotating plate to which pins are fixed; The screwing is screwed at one end of the rotation shaft is inserted into the pin hole is characterized in that the locking projection to prevent the rotation of the rotating shaft is made of a second rotating plate of the pin 1 protruding. Thereby, non-slip shoes are provided that can prevent the injury of the body due to slipping because it does not slip on snow or ice.

Description

Non-slip shoes {shoe protecting slide}

The present invention relates to a non-slip shoe, and more particularly, to a non-slip shoe that can prevent slipping on snow or ice by installing a stopper on the heels of a shoe that can change its position as necessary. .

In general, shoes have ordinary shoes that are designed to be worn everyday, or specializations that can be worn in special situations. Among these specializations are anti-slip shoes worn to prevent slipping on snow or on icy roads. Such non-slip shoes have a structure in which pointed pins are placed on the bottom of the shoe at tight intervals so that they do not slip on snow or on ice.

However, the non-slip shoe as described above has a disadvantage in that it can not be worn except on the snow or the icy road because the pin is placed in a fixed form on the sole of the shoe.

Accordingly, an object of the present invention is to provide a non-slip shoe that can be worn on a snowy or icy road as well as being able to be worn on slippery roads such as lacers by simply operating as necessary.

1 is an exploded perspective view of a non-slip shoe according to the present invention

Figure 2 is a sectional view of the main portion assembled state of the present invention.

Explanation of symbols on the main parts of the drawings

10: pin ball 11: the heel

13: operating worker 15: shaft work

17: spring 20: first bracket

21, 51: shaft insertion hole 30: rotating shaft

40: first rotating plate 41, 63: pin

50: second bracket 53,53a: pin ball

60: second rotating plate 61: locking projection

65: set screw S: screw

The object is, according to the present invention, in the anti-slip shoe, the shaft ball provided with the operating hole in the transverse direction of the shoe heel; A first bracket screw assembled to the heel at one side of the shaft hole and having a screw hole and a shaft insertion hole; A spring provided in the operation hole; A second bracket screw-assembled to the heel at one side of the operating hole, a screw hole and a shaft insertion hole are formed, and a pin hole is formed; A rotation shaft inserted into the shaft hole and arranged in the shaft insertion hole of the first and second brackets and having a first rotating plate to which pins are fixed; It is achieved by a non-slip shoe, which is screwed at one end of the rotation shaft and inserted into the pin hole to prevent the rotation of the rotation shaft from protruding and consisting of a second rotating plate on which the pin is protruded.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention. 1 is an exploded perspective view of the non-slip shoe according to the present invention, Figure 2 is a cross-sectional view of the main portion assembled state of the present invention.

As can be seen in these figures, the shaft hole 15 is provided in the transverse direction of the heel 11 of the shoe 10 together with the operating hole 13, the operating hole 13 is relatively larger than the shaft hole 15. The first bracket 20 formed with a diameter and provided with the shaft insertion hole 21 by the screw S is fixed to the inlet of the shaft hole 15.

The operating hole 15 is interposed with a spring 17 to be inserted into the operating hole 13 and the shaft hole 15 to be responsible for the return of the rotating shaft 30 to be moved to both sides, one end of the rotating shaft 30 The first rotating plate 40 protruding from 41 is formed.

The second bracket 50 having the shaft insertion hole 51 and the pin hole 53, 53a is fixed to the inlet of the operating hole 15 by a screw S, and one end of the rotation shaft 30 is locked. The second rotating plate 60 on which the 61 and the pin 63 are formed is fixed by the fixing screw 65.

When the shoe 10 according to the present invention configured as described above is worn on a non-slip road, the pins 41 and 63 protruding from the first and second rotating plates 40 and 60 are placed at 12 o'clock. . At this time, the locking projection 61 protruding from the second rotating plate 60 is in a state of being caught in the pin hole 53 formed in the 12 o'clock direction of the second bracket 50.

On the other hand, when worn on snow or ice roads, the pins 41 and 63 protruding from the first and second rotating plates 40 and 60 are placed at 6 o'clock. At this time, the locking projection 61 protruding from the second rotating plate 60 is in a state of being caught in the pin hole 53a formed at the 6 o'clock direction of the second bracket 50.

When operating in this manner, first, when the first rotating plate 40 is pushed to one side, the pivot shaft 30 supported by the spring 17 is moved to one side by a predetermined distance, and thus the pin hole 53 of the second bracket 50 is moved. Since the engaging projection 61 on the second rotating plate 60 inserted into any one of the 53a is separated from any one of the pin holes, the pivot shaft 30 is rotated in a direction in which the user rotates. Therefore, by inserting the locking projection 61 on the second rotating plate 60 is rotated and positioned in any one of the pin hole (53, 53a) of the rotating shaft 30 for rotation and rotation of the projection ( 61) The locking position can be changed.

As described above, according to the present invention, there is provided a non-slip shoe that can prevent the injury of the body due to the sliding because it does not slide on snow or ice.

Claims (1)

In non-slip shoes, A shaft hole provided together with a working hole in the transverse direction of the shoe heel; A first bracket screw assembled to the heel at one side of the shaft hole and having a screw hole and a shaft insertion hole; A spring provided in the operation hole; A second bracket screw-assembled to the heel at one side of the operating hole, a screw hole and a shaft insertion hole are formed, and a pin hole is formed; A rotation shaft inserted into the shaft hole and arranged in the shaft insertion hole of the first and second brackets and having a first rotating plate to which pins are fixed; The non-slip shoe, which is screwed at one end of the pivot shaft, is inserted into the pin hole, and is provided with a locking projection which prevents rotation of the pivot shaft.