TWM573758U - Anti-puncture composite fabric structure - Google Patents

Abstract

An anti-puncture composite fabric structure, which is coated with an inner rubber layer on one side of a base fabric layer, the inner rubber layer is adhered with a large amount of hard particles, and the inner rubber layer is coated with a cover rubber layer, and The cover layer covers the inner rubber layer and the hard particles, whereby the composite cloth structure can have the functions of preventing puncture, cutting and abrasion, and because the hard particles are covered by the inner rubber layer and the cover layer The complete coating allows the hard particles to remain in a sticky state when subjected to an external force and is not easy to fall off, so that the creation is also more durable.

Description

Anti-puncture composite fabric structure

The novel creation system relates to a composite fabric structure for preventing puncture, and is a layered cloth structure for manufacturing finished products such as gloves and underwear.

When personnel perform different operations such as sewing, mechanical maintenance, or house construction, they may be injured by puncture, cutting, and injury. Therefore, when performing work, people usually wear protective gloves, clothing, or clothing. Shoes and other wearable products to protect the human body.

One of the methods for making the finished product have a protective function is to make the finished product into a special cloth, as in the new patent case of the applicant's announcement in the Republic of China, M278695 "Material Structure Improvement", which is at the bottom. The cloth is joined with a large number of regularly arranged hexagonal bumps. Therefore, after the fabric structure is made into a garment and worn on the body, the hexagonal bump can be used to protect the cutting and rubbing of the sharpener.

However, the above-mentioned "fabric structure improvement" has the disadvantage that the hexagonal bumps are bare, so that when the hexagonal bumps are cut or rubbed for a long time, the hexagonal bumps may start to fall off, resulting in the fabric structure. Loss of protection, but has the disadvantage of being less durable.

In view of the above-mentioned shortcomings, the new creators believe that it is necessary to make corrections. In order to carry out research and creation of related technologies and product design, and to uphold the excellent design concept, we will study and create the above disadvantages. After continuous efforts, we will end up It is the introduction of this new type of anti-puncture composite fabric structure, which is to correct the product structure to enhance the excellent effect of the product.

The main purpose of the novel composite fabric structure for preventing puncture is to provide a fabric fabric structure with better durability.

In order to achieve the purpose of the foregoing disclosure, the novel composite fabric structure for preventing puncture includes:

a base fabric layer;

An inner rubber layer coated on one side of the base fabric layer;

a plurality of hard particles adhered to the inner rubber layer, and a portion of the hard particles are exposed to the inner rubber layer;

A cover layer is coated on the outer side of the inner layer, and the cover layer completely covers the inner layer and the hard particles.

Therefore, the composite cloth structure is covered with the rubber layer after the hard particles are adhered to the inner rubber layer, so that the hard particles can remain after the hard particles are subjected to the external force of puncture or cutting for a long time. Adhesive in the state of the inner rubber layer and the cover rubber layer without falling off, so that the creation has better durability, and the hexagonal bumps in the prior art "cloth structure improvement" are improved in appearance and are easy to fall off. Disadvantages.

The novel creation relates to a puncture-proof composite fabric structure, [see the first figure] which includes:

a base fabric layer (1);

An inner rubber layer (2) coated on one side of the base fabric layer (1);

a large number of hard particles (3), uniformly dispersed in the inner rubber layer (2), and a portion of the hard particles (3) exposed to the inner rubber layer (2);

A cover layer (4) is applied to the outer side of the inner layer (2), and the cover layer (4) completely covers the inner layer (2) and the hard particles (3).

The novel composite fabric structure for preventing puncture, [please refer to the first figure], the inner rubber layer (2) is first coated on the base fabric layer (1), and the hard particles (3) are set in the inner rubber. Layer (2), and then coated with a cover layer (4) to completely cover the hard particles (3) exposed to the inner layer (2), and the inner layer (2) and the cover layer (4) can be selected for use. PU glue (Polyurethane) or latex, hard particles (3) can choose to use silicon carbide (ie, strontium carbide).

When the composite fabric structure for creating a puncture-proof composite is used, [see the first figure], a covering layer (5) can be fixed on the outer side surface of the cover rubber layer (4), and then processed to make a glove. Different finished products such as clothes or insoles, and then when the person wears the finished product made of the composite fabric structure, the composite cloth structure has a large amount of hard particles (3) uniformly distributed, thereby exhibiting puncture resistance, cutting resistance and resistance. The protective function of the grinding to protect the human body. In addition, when the composite fabric structure is subjected to an external force of puncture, cutting or rubbing, the hard particles (3) are completely covered by the inner rubber layer (2) and the cover rubber layer (4), thereby preventing the hard material. The particles (3) fall off due to the force, so that the composite fabric structure has better durability.

The novel composite material structure for preventing puncture has the advantages of anti-puncture, cutting resistance and wear resistance, and the hard particles are completely covered by the inner rubber layer and the cover rubber layer, thereby preventing hard particles. Falling off due to force, making this creation more durable.

The above description is only a preferred embodiment of the novel creation, and the scope of the novel creation cannot be limited thereto. That is, the equal changes and modifications made by Dafan in accordance with the scope of application for patents shall remain within the scope of this creation patent.

In summary, when the novel creation is novel and progressive, and the creation of this new type is not seen in any publication, it is in compliance with Article 104 of the Patent Law and Article 120 of the Patent Law and Article 22 of the Applicable Law.

1‧‧‧ base fabric

2‧‧‧Inner layer

3‧‧‧hard particles

4‧‧‧covering layer

5‧‧‧ covering layer

The first figure is a schematic cross-sectional view of the composite fabric structure for creating a puncture-proof composite.

Claims (4)

An anti-puncture composite cloth structure, comprising: a base fabric layer; an inner rubber layer coated on one side of the base fabric layer; a plurality of hard particles adhered to the inner rubber layer, and part of the hard material The particles are exposed to the inner rubber layer; a cover layer is coated on the outer side of the inner rubber layer, and the cover rubber layer completely covers the inner rubber layer and the hard particles. The anti-puncture composite fabric structure according to claim 1, wherein the inner rubber layer and the cover rubber layer are made of PU glue or latex. The anti-puncture composite cloth structure according to claim 1, wherein the hard particles use a diamond. The anti-puncture composite fabric structure according to claim 1, wherein the outer layer of the cover rubber layer is fixed with a coating layer.