JP3227140U - New anti-slip structure on the sole - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a new anti-slip structure for a shoe sole, which has a better anti-slip effect on the ice or a ground with a small amount of water pool, and an overall anti-slip force. A new type of anti-slip structure for a shoe sole is provided with a pattern on the bottom made of an elastic anti-slip material. The pattern on the bottom is formed by combining the V-shaped unit 1. The V-shaped unit is projected on the surface of the non-slip sheet body 2, an end plane 3 of lateral distribution is provided at the intermediate end of the V-shaped unit, and an intermediate shallow cut 4 is provided at the middle of the V-shaped unit. The shallow cut is perpendicular to the end plane. A shallow side cut 5 is provided on both sides of the V-shaped unit, and the shallow side cut and the outer slope of the V-shaped unit are perpendicular to each other. The V-shaped units are laterally distributed one by one, and are continuously arranged from one end to the other. Adjacent V-shaped units are provided so as to be inverted with respect to each other. They are distributed one by one and are arranged in the same manner as the distribution of the V-shaped units in each row. [Selection diagram] Figure 1

Description

The present invention relates to a new anti-slip structure for shoe soles.

Conventional soles are usually realized by improving the texture of the sole or by providing a non-slip sticker, which is basically provided to start and solve from the surface of the sole.

However, the conventional anti-slip structure of the sole usually has an anti-slip effect only on the long side of the sole, does not have an anti-slip effect from multiple directions, and has a poor drainage effect. There is a problem that it is not suitable for walking on the ground in a puddle or on ice.

The present invention solves such a conventional problem, and provides a new anti-slip structure of a shoe sole that has a better anti-slip effect on the ice and the ground with a small amount of water pool and an overall anti-slip force. The purpose is to do.

In order to achieve the above object, the new anti-skid structure of the shoe sole of the present invention comprises a bottom pattern made of elastic non-slip material, and the bottom pattern is a V-shaped unit. In combination, the V-shaped unit is projected on the surface of the non-slip sheet body, an end plane of lateral distribution is provided at the intermediate end of the V-shaped unit, and an intermediate shallow cut is provided at the middle of the V-shaped unit. The intermediate shallow cut is perpendicular to the end plane, and the side shallow cut is provided on both sides of the V-shaped unit, and the side shallow cut and the outer slope of the V-shaped unit are perpendicular to each other. The V-shaped units are laterally distributed one by one, and are continuously arranged from one end to the other. Adjacent V-shaped units are installed so as to be inverted with respect to each other. It is characterized in that it is distributed one by one in the direction and arranged in the same manner as the distribution method of the V-shaped units in each row.

According to the new anti-slip structure of the shoe sole of the present invention, the following special effects unique to the present invention are exhibited.
(1) A shallow drainage in the new anti-slip structure of the shoe sole, a drainage passage consisting of an interval provided between the intermediate shallow cut and the V-shaped unit is provided, and the front end is provided by the pointed end of the V-shaped unit. Water is divided into both sides and concentrated locally, so it is provided so that it can be quickly dispersed through the space between the shallow side cut, the intermediate shallow cut and the V-shaped unit, and quickly dispersed and discharged. The V-shaped unit's drainage capacity and the grip with the ground due to the shallow side cuts and intermediate shallow cuts are particularly enhanced, improving the overall anti-slip force, and especially excellent slip resistance on the ground or on ice in a puddle. have power.
(2) The V-shape of the V-shaped unit and the intermediate shallow cuts and the side shallow cuts are distributed in different directions. Since the V-shaped units adjacent to each other in the horizontal direction are placed upside down with respect to each other, it is possible to further improve the anti-slip force from the multiple directions in the patterning of the bottom portion.

FIG. 2 is a plan view showing a new anti-skid structure for a shoe sole according to an embodiment of the present invention. FIG. 2 is an enlarged sectional view taken along the line AA of FIG.

Next, a mode for carrying out the invention will be described with reference to the drawings. 1 and 2 show a new anti-slip structure for shoe soles.

As shown in FIGS. 1 and 2, the new anti-slip structure has a pattern formed on the bottom made of an elastic anti-slip material. The pattern on the bottom is formed by combining the V-shaped unit 1.

The V-shaped unit 1 is projected on the surface of the anti-slip sheet body 2, an end plane 3 having a lateral distribution is provided at an intermediate end of the V-shaped unit 1, and an intermediate shallow cut 4 is provided in the middle of the V-shaped unit 1. The intermediate shallow cut 4 is perpendicular to the end plane 3.

A shallow side cut 5 is provided on both sides of the V-shaped unit 1, and the shallow side cut 5 and the outer slope 6 of the V-shaped unit 1 are perpendicular to each other.

The V-shaped units 1 are distributed laterally one by one and are continuously arranged from one end to the other. Adjacent V-shaped units 1 are provided so as to be inverted with respect to each other. , Are distributed in the vertical direction one by one, and are arranged in the same manner as the distribution method of the V-shaped units 1 in each row. The V-shaped unit 1 is arranged so as to correspond to and correspond to the front and rear positions of each row, and the intermediate shallow notch 4 of the front V-shaped unit 1 and the intermediate shallow notch 4 of the rear V-shaped unit 1 are aligned with each other. To be distributed.

In the inner recess of the V-shaped unit 1, an inner concave plane 7 having a lateral distribution is provided.

The pattern on the bottom is distributed along the right direction. The right direction means the B direction.

The maximum width of the V-shaped unit 1 is 10 cm, the width of the V-shaped unit 1 side is 2.7 cm, the width of the intermediate shallow cut 4 and the shallow shallow cut 5 is 0.3 cm, and the intermediate shallow cut 4 and the shallow side The height of each notch 5 is 1.2 cm, and the height of the V-shaped unit 1 is 3 cm. The height and width of the V-shaped unit 1, the intermediate shallow notch 4 and the side shallow notch 5 described above are designed in consideration of drainage, strength, deformation, etc. It is provided to prevent deformation and have better strength.

As described above, according to the new anti-slip structure of the shoe sole, the following advantages can be obtained.
(1) The V-shaped unit 1 is provided with a drainage passage having a space provided between the side shallow notch 5, the intermediate shallow notch 4 and the V-shaped unit 1 in the new anti-slip structure of the shoe sole. By the part, the water on the front side is diverted to both sides and locally concentrated, so that it quickly disperses through the space between the shallow side notch 5, the intermediate shallow notch 4 and the V-shaped unit 1 to quickly disperse, Since the drainage capacity of the V-shaped unit 1 by the side shallow cuts 5 and the intermediate shallow cuts 4 and the grip force with the ground are particularly enhanced so as to be discharged, the overall anti-slip force is improved, and particularly, water Has excellent anti-skid power on the pool ground and on ice.
(2) Since the V-shape of the V-shaped unit 1 and the intermediate shallow cuts 4 and the side shallow cuts 5 are distributed in different directions, the pattern of the bottom portion of the non-slip sheet body 2 is multidirectional. Since the V-shaped units 1 adjacent to each other in the lateral direction are placed upside down with respect to each other, the anti-slip force from the multiple directions in the patterning of the bottom portion can be further improved.

1 V-shaped unit 2 Non-slip sheet body 3 End plane 4 Intermediate shallow cut 5 Side shallow cut 6 Outside slope 7 Inner concave plane

Claims (5)

It comprises a bottom texture made of elastic non-slip material, said bottom texture being a combination of V-shaped units, said V-shaped units being projected on the surface of the non-slip sheet body. A laterally distributed end plane at an intermediate end of the V-shaped unit, and an intermediate shallow cut in the middle of the V-shaped unit, the intermediate shallow cut being perpendicular to the end plane, Side shallow cuts are provided on both sides of the V-shaped unit, the shallow side cuts and the outer slopes of the V-shaped unit are perpendicular to each other, and the V-shaped units are distributed laterally one by one. The V-shaped units are continuously arranged from one end to the other, and the adjacent V-shaped units are provided so as to be inverted with respect to each other. A new type of anti-skid structure for shoe soles, characterized in that they are arranged in the same way as the distribution of the shape units. The V-shaped units are arranged so as to correspond to and correspond to the front and rear positions of each row, and the intermediate shallow cuts of the front V-shaped unit and the rear shallow cuts of the V-shaped unit are distributed in a straight line. The new anti-skid structure for a shoe sole according to claim 1, wherein the V-shaped unit is provided with an inner concave plane having a lateral distribution in the inner concave. The maximum width of the V-shaped unit is 10 cm, the width of the V-shaped unit side is 2.7 cm, the width of each of the intermediate shallow cut and the side shallow cut is 0.3 cm, the intermediate shallow cut and the side The new type anti-skid structure for a shoe sole according to claim 1 or 2, wherein each of the shallow cuts has a height of 1.2 cm and the V-shaped unit has a height of 3 cm. The new type non-skid structure for a shoe sole according to claim 1 or 2, wherein the pattern of the bottom portion is distributed rightward. The new anti-skid structure for a shoe sole according to claim 3, wherein the pattern of the bottom portion is distributed along the right direction.

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