TWM609254U - Insole structure with bullet-proof puncture material - Google Patents

Abstract

This invention creates an insole structure with bullet-proof puncture material, comprising: a surface layer, at least one natural rubber foam and tea powder mixed material layer, and an anti-puncture layer combined with an insole structure formed, wherein the insole structure is arranged in order to prevent puncture The two ends of the through layer are each adhered with a natural rubber foaming and tea powder mixed material layer, and one of the natural rubber foaming and tea powder mixed material layers is adhered to the surface layer. By having natural rubber foaming and tea powder for the average Distributedly combined on the inside and surface of the mixed material layer and the anti-puncture layer; thereby, it can prevent the feet from being injured by sharp objects piercing the insole, and has the effect of air permeability, and achieves the effects of adsorbing odor, dehumidifying, and promoting odor and fragrance.

Description

Insole structure with bullet-proof puncture material

This creation is about a sole structure, especially an insole structure with bullet-proof puncture material.

By the way, the structure of the shoe midsole is mostly made of EVA (vinyl acetate) or latex. However, the EVA (vinyl acetate) material is airtight, and it is easy to cause sweat in the shoe due to the high temperature of the bottom of the foot. The shoe room is humid, and the warm and humid environment changes the PH value of the feet, leading to the growth of bacteria, etc., which not only affects the comfort of the user wearing the shoe body, but also easily causes foot odor and causes Hong Kong feet; moreover, shoemaking in recent years Most industries use chemical adhesives, rubber fibers and leather to make shoes and socks, and these materials themselves have a considerable odor. Once enclosed in the sultry environment of the shoe room, it is more likely to produce mixed smells, which is disgusting. This is where the industry is currently very much improving.

In addition, generally in dangerous workplaces, such as construction sites, fields, mountains and forests, there may be sharp objects such as nails, wood chips, sharp stones, etc. in the path that personnel walk. For safety reasons, avoid workers being walked. The sharp objects pierced the soles of the shoes stabbed the feet, and people who frequently enter and exit the above types of workplaces need to wear work shoes that can prevent punctures. According to the current market, the anti-puncture work shoe that can prevent the sole of the foot from being punctured by sharp objects is a work shoe, which includes a sole and an insole, and a steel sheet is pre-embedded in the inner layer of the sole. The sheet prevents sharp objects from piercing the insole, so as to achieve the protective effect.

However, according to the above-mentioned two known problems, a variety of shoe soles (outer soles, inner soles, insoles) have been developed for the shoe industry to produce a breathable design to achieve deodorization and moisture resistance, but their breathability effects are all Quite limited. In addition, puncture-resistant work shoes are easily restricted to the types of shoes. Only fixed-type shoes can prevent puncture. However, the dangerous working environment does not only mean that the construction site has the function of preventing puncture. Other shoes, such as : Hiking shoes, rain boots, training shoes, etc. are all shoes that people who may be in a dangerous environment will need to wear, so the aforementioned mechanism of pre-embedding a steel sheet in the inner layer of the sole to protect the sole of the foot is not replaceable , Lack of wide applicability in various types of shoes.

Therefore, the two problems are that the heat and moisture generated by the feet cannot be discharged smoothly, so that the feet are still easy to accumulate foot sweat, which causes foot odor and mold growth, which seriously affects the health of the feet, and even makes the feet Work shoes that are susceptible to foot disease and anti-puncture are easily restricted to the types of shoes. Only fixed-type shoes have the function of anti-puncture, so it is necessary to improve them.

In view of the above-mentioned shortcomings of the conventional insole structure with bullet-proof puncture material, the creator of this creation is based on the idea of thinking and creation. After many discussions, trial sample tests, and many revisions and improvements, he launched this creation.

This creation provides an insole structure with bullet-proof puncture material, including:

An insole structure formed by a surface layer, two natural rubber foaming and tea powder mixed layers, and a puncture prevention layer combined to form an insole structure, in which the insole structure is arranged in order as a puncture prevention layer, with a natural rubber foaming and tea leaves attached to both ends The mixed layer of powder, and the mixed layer of natural rubber foam combined with tea powder adheres to the surface layer.

The purpose of this invention is to achieve the goal of combining natural rubber foam with tea powder evenly distributed on the inside and surface of the mixed layer and the anti-puncture layer; thereby, the feet can be prevented from being damaged by sharp objects. Injured by piercing the insole, it has a breathable effect and achieves the effects of absorbing odor, dehumidifying and promoting odor and fragrance.

The following is a further description with the drawings of the preferred embodiment of this creation, in order to enable those who are familiar with the related technology of this creation to implement it according to the statements in this manual.

First of all, please refer to the first to third pictures. This creation is an insole structure with bullet-proof puncture material 1, including:

A surface layer 10, two natural rubber foaming and tea powder mixture layers 20A, 20B, and a puncture prevention layer 30 are combined with the formed insole structure 1;

The insole structure 1 is arranged in sequence such that the puncture prevention layer 30 has a first surface 31 and a second surface 32, and the first surface 31 and the second surface 32 are coated with a first adhesive layer 311 and a second surface. Adhesive layer 312, the first adhesive layer 311 and the second adhesive layer 321 are each adhered to the natural rubber foaming and tea powder mixture layers 20A, 20B, and the natural rubber foaming and tea powder 23 mixture layers 20A, 20B is composed of a mixture of natural rubber material particles 21A, 21B, an additive particle 22A, 22B, and a tea powder 23A, 23B that have been stirred and kneaded, and a mixed layer 20A of natural rubber foam combined with the tea powder It is for the surface layer 10 to adhere to it.

By the evenly distributed combination of natural rubber material particles 21A, 21B, additive particles 22A, 22B, and tea powder 23A, 23B 3 on the inside and surface of the mixed layer 20A, 20B, air permeability and odor absorption can be achieved. Dehumidification and promotion of odor and fragrance; and another anti-puncture layer 30 can prevent the foot from piercing the insole structure 1 and hurting the sole of the foot.

From the structure of the above specific embodiment, the following benefits can be obtained:

This creation has a bullet-proof puncture material insole structure. One of the features is that the insole structure 1 can be put into shoes and worn when walking. It can use natural rubber material particles 21A, 21B, additive particles 22A, 22B and tea powder 23A, 23B. It is evenly distributed and combined on the inside and surface of the mixed material layer 20A, 20B to have a breathable effect and achieve the effects of adsorbing odor, dehumidifying, and promoting odor and fragrance.

In addition, this creation has a bullet-proof puncture-resistant material insole structure. The second feature is that the insole structure 1 can be put into the shoe when walking, and the puncture-resistant layer 30 can prevent the feet from being hurt by sharp objects piercing the insole structure 1 To the soles of the feet.

1: Insole structure

10: Surface layer

20A, 20B: Mixing layer

21A, 21B: Natural rubber material particles

22A, 22B: Add particles

23A, 23B: tea powder

30: Anti-puncture layer

31: First side

311: The first adhesive layer

32: second side

321: second adhesive layer

The first picture is a three-dimensional picture of this creation. The second picture is a cutaway diagram of this creation. The third picture is an exploded view of this creation.

1: Insole structure

10: Surface layer

20A, 20B: Mixing layer

21A, 21B: Natural rubber material particles

22A, 22B: Add particles

23A, 23B: tea powder

30: Anti-puncture layer

31: First side

311: The first adhesive layer

32: second side

321: second adhesive layer

Claims (1)

An insole structure with bullet-proof puncture material, including: A surface layer, two natural rubber foaming and tea powder mixture layers, and an anti-puncture layer are combined to form an insole structure; The insole structure is arranged in sequence such that the anti-puncture layer has a first surface and a second surface. The first surface and the second surface are coated with a first adhesive layer and a second adhesive layer. The adhesive layer and the second adhesive layer are each adhered with a natural rubber foaming and tea powder mixed material layer, and each of the natural rubber foaming and tea powder mixed material layers contains a natural rubber that has been mixed and mixed. Material particles, an additive grain and a tea powder, and a mixture layer of natural rubber foam combined with the tea powder is adhered to the surface layer by a third adhesive layer.

Images