TWM610618U - Shoe sole with enhanced anti-sliding effect - Google Patents

Abstract

This new creation is about a shoe sole with improved anti-slip effect, mainly by providing a cross groove on the bottom surface of the shoe sole, so as to enhance the anti-slip effect of the shoe sole in the horizontal and vertical directions, and also improve the drainage effect of the shoe sole.

Description

Enhance the anti-slip effect of the sole

This new creation is about a shoe sole, especially a shoe sole that improves the anti-slip effect.

According to general shoes, in order to increase the frictional force in contact with the ground, a plurality of grooves are provided on the bottom of the sole to define a plurality of bumps, or a plurality of bumps are provided on the bottom of the sole to define a plurality of grooves, especially in The part of the shoe sole corresponding to the forefoot and midfoot of the human body is provided with a large number of grooves or bumps to achieve the above-mentioned purpose.

However, the correct posture of the human body when walking is to touch the ground at the root of the foot first. However, the soles of most shoes are provided with only a plurality of horizontal grooves arranged in parallel and spaced apart, resulting in a lower anti-slip effect in the vertical direction. Therefore, the creator of this new model believes that there is a need to improve this problem from time to time.

In view of the shortcomings described in the prior art, the creator of this new model proposes a solution to a shoe sole that improves the anti-slip effect, including: the shoe sole corresponds to the rear foot of the human body and is defined as the root of the shoe, on the bottom surface of the root of the shoe With a cross groove.

The new creation produces the following advantages through the arrangement of the cross groove:

1. Improve the anti-slip effect in all directions:

Since the cross grooves are formed by staggering two in-line grooves, when arranged at the bottom of the shoe sole, the anti-slip effect in all directions can be improved.

2. Improve drainage effect:

When the sole is stepped on water, there will be a layer of water between the sole and the ground, resulting in insufficient grip of the sole to the ground and reducing the anti-slip effect. But through the cross groove, the water can flow along the cross groove. When the water in one of the inline grooves overflows, the excess water can flow along the other inline groove to improve the overall creation. The drainage effect, and then improve the overall anti-slip effect.

(1): Sole

(11): shoe root

(2): Cross groove

(21): One-word groove

(22): One-word groove

The first picture is the reference picture of the usage state of this creation

The second figure is the first embodiment of this creation and the partial cross-sectional view of A-A

The third picture is the embodiment of this creation. Picture two

With the aid of the diagrams, the structure, characteristics and embodiments of the new creation will be explained below, so that your reviewers can have a better understanding of the creation of the new model.

Please refer to the first figure and the second figure. This new creation is about a shoe sole that improves the anti-slip effect. It mainly includes: the shoe sole (1) corresponding to the back foot of the human body is defined as the shoe root portion (11), and the shoe root portion ( 11) A cross groove (2) is provided on the bottom surface.

The new creation produces the following advantages through the arrangement of the cross groove (2):

1. Improve the anti-slip effect in all directions:

Since the cross groove (2) is formed by staggering two inline grooves (21, 22), when it is arranged at the bottom of the shoe sole (1), the anti-slip effect in all directions can be improved. In addition, the arrangement of the cross grooves (2) can be as shown in the second or third figure. In addition, since the normal walking posture of the human body is that the heel touches the ground first, the cross groove (2) is arranged on the shoe root (11) through this creation, which can greatly improve the anti-slip of the shoe root (11) in all directions effect.

2. Improve drainage effect:

When the general shoe sole steps on the stagnant water, there will be a layer of stagnant water between the general shoe sole and the ground, resulting in insufficient grip of the general shoe sole to the ground and reducing the anti-slip effect. But through the cross groove (2), the stagnant water can flow along the cross groove (2). When the stagnant water in one of the in-line grooves (21, 22) overflows, the excessive stagnant water can flow along the other one. The glyph grooves (21, 22) flow to improve the overall drainage effect of this creation, thereby enhancing the overall anti-slip effect.

In summary, the creation of this new model is indeed in line with industrial applicability, and has not been seen in publications or publicly used before application, and has not been known to the public, and is non-obvious and easy to know, and meets the requirements of patentability. Application.

However, the above report is a preferred embodiment of the new type creation in the industry, and all the equal changes made according to the scope of the patent application for the new type creation belong to the scope of the object of this case.

(1): Sole

(11): shoe root

(2): Cross groove

(21): One-word groove

(22): One-word groove

Claims (1)

A shoe sole with improved anti-slip effect, comprising: the shoe sole corresponding to the rear foot of the human body is defined as a shoe root, and a cross groove is provided on the bottom surface of the shoe root.

Images