TWM649709U - Multifunctional thin pad structure - Google Patents

Abstract

This creation is about a multi-functional thin pad structure, which is a sheet-like structure, which at least includes: a skin-friendly soft cloth layer, a graphene layer, a conductive cloth layer, a breathable mesh layer and a sandwich cloth The skin-friendly soft fabric layer is for direct contact with the user. The graphene layer has good far-infrared thermal conductivity and can provide thermal insulation effect. The conductive fabric layer can shield electromagnetic waves. The breathable mesh layer has breathability and elasticity. , used to support the user's body to relax. The bottom layer of the sandwich cloth layer is an anti-slip cloth, which can be laid on any chair surface, bed board or floor, so that the product can be used stably without slipping, achieving both stability and stability. It has multiple functions and is comfortable and breathable.

Description

Multifunctional thin pad structure

This invention relates to a thin mattress structure, specifically a thin mattress that has multiple functions and is comfortable and breathable.

Generally, when people sleep, they usually lie on a mattress. The soft or elastic material filled in the mattress can relax the bones and muscles of the body while lying down. The soft or elastic filling Elastic material is generally composed of multiple springs and synthetic fibers or synthetic rubber, which gives the mattress good elastic support and thermal insulation effect. However, due to these fillers, the mattress is relatively thick and non-breathable. When the user When you sweat, sweat easily accumulates in the mattress, making it easy for mites to breed. In severe cases, it may lead to allergies, inflammation and other symptoms.

As 3C products become more and more popular nowadays, electromagnetic waves often flood indoor spaces. When electromagnetic waves are strong and flooding, it will affect people's sleep quality and may even cause physical diseases.

Therefore, how to solve the above deficiencies and problems and provide a mattress structure or device that has the multiple functions of a mattress, is comfortable, breathable, prevents the breeding of mites, and makes sleep more comfortable is what the creator of this invention urgently desires. Research directions for improvement.

Therefore, in view of the above shortcomings, the creator of this creation collected relevant information, evaluated and considered it from many parties, and based on his many years of experience in this industry, through continuous trial production and Modify and design this new type of patent.

The main purpose of this creation is to provide a multifunctional thin pad structure, which is composed of a skin-friendly soft cloth layer, a graphene layer, a conductive cloth layer, a breathable mesh layer and a sandwich cloth layer. The skin-friendly soft fabric layer is for direct contact with the user, the graphene layer has good far-infrared thermal conductivity and can provide thermal insulation effect, the conductive fabric layer can shield electromagnetic waves, and the breathable mesh layer has breathability and elastic support. , used to support the user's body to relax. The bottom layer of the sandwich cloth layer is an anti-slip cloth, which can be laid on any chair surface, bed board or floor, so that the product can be used stably without slipping, achieving both stability and stability. It has multiple functions and is comfortable and breathable.

In order to achieve the above purpose, the skin-friendly soft fabric layer is the outer layer for direct contact when the user lies down, and the sandwich cloth layer is the bottom layer for corresponding placement on the bed board or the ground.

1: Multifunctional thin pad structure

2: Skin-friendly soft fabric layer

3: Graphene layer

4: Conductive cloth layer

5: Breathable mesh layer

6: Sandwich cloth layer

61: Anti-slip cloth

Figure 1 is a schematic diagram of the structure of this creation.

In order to achieve the above or other purposes and effects, the technical means and structures used in this invention are hereby drawn to describe in detail the characteristics and functions of the preferred embodiments of this invention as follows, so as to facilitate a complete understanding.

Please refer to Figure 1, which is a schematic diagram of the structure of this creation. As shown in the figure, this invention mainly provides a multifunctional thin pad structure 1, which at least includes:

A skin-friendly soft fabric layer 2 is a sheet-like structure;

A graphene layer 3 is a sheet-like structure, one side of which is disposed on one side of the skin-friendly soft fabric layer 2;

A conductive cloth layer 4 is a sheet-like structure, one side of which is provided on the other side of the graphene layer 3;

A breathable mesh layer 5 is a sheet-like structure with breathability and elastic support, one side of which is provided on the other side of the conductive cloth layer 4; and,

A sandwich cloth layer 6 is a sheet-like structure, one side of which is provided on the other side of the breathable mesh layer 5;

Among them, the skin-friendly soft fabric layer 2 is made of anti-mite material;

Among them, the skin-friendly soft fabric layer 2 is the outer layer;

Wherein, the graphene layer 3 is composed of graphene cloth or graphene fiber;

Among them, the sandwich cloth layer 6 is the bottom layer;

Wherein, the bottom layer of the sandwich cloth layer 6 is an anti-slip cloth 61;

Among them, the outer surface of the anti-slip cloth 61 has a plurality of anti-slip particles;

When the multifunctional thin cushion structure 1 of the invention is used, the skin-friendly soft cloth layer 2 is mainly used as the outer layer for direct contact when the user leans on or lies down, and the sandwich cloth layer 6 is used as the bottom layer. It is used to lay on any chair surface, bed board or floor, etc. The graphene layer 3 is used to absorb far-infrared rays and conduct heat to provide thermal insulation effect. The conductive cloth layer 4 can shield and block electromagnetic waves, and the breathable mesh layer 5 has It has good breathability and can provide elastic support, achieving multiple functions and being comfortable and breathable, allowing users to sleep more comfortably and preventing the breeding of mites.

In view of the above, since the skin-friendly soft fabric layer 2 is an outer surface, the user can feel the skin-friendly, soft and comfortable touch when leaning or lying on it. In the preferred embodiment of this invention, the skin-friendly soft fabric layer 2 is made of anti-mite material, which can further reduce or even prevent the attachment of mites, thereby achieving the purpose of truly preventing mites and protecting the user's skin.

In addition, since the sandwich cloth layer 6 is the bottom layer, and the bottom layer of the sandwich cloth layer 6 is the anti-slip cloth 61, the invention can be firmly installed through the anti-slip cloth 61 when it is laid and placed, so that people who are leaning or lying on it can There is no risk of slipping during use, and in a preferred embodiment of the present invention, the outer surface of the anti-slip cloth 61 has a plurality of anti-slip particles (as shown in Figure 1).

In addition, in this invention, the skin-friendly soft fabric layer 2, the graphene layer 3, the conductive fabric layer 4, the breathable mesh layer 5 and the sandwich fabric layer 6 are mainly combined and fixed by sewing, but they can also be Other combination methods that can achieve the same effect are used, and this combination method is not limited in this creation. In addition, the multi-functional thin pad structure 1 of this creation can be placed in various laying positions (not shown in the figure), making this The creation can be used as a seat cushion, back cushion, mattress, etc., as explained here.

To sum up, compared with the shortcomings and problems of traditional mattresses, the multifunctional thin mattress structure 1 of this creation is made up of a skin-friendly soft cloth layer 2, a graphene layer 3, a conductive cloth layer 4, and a breathable mesh. The fabric layer 5 and the sandwich fabric layer 6 are specially designed to provide a soft touch that is close to the skin when used, and can absorb far-infrared rays to provide heat preservation, block and shield electromagnetic waves, and provide elastic support, etc., achieving multiple functions. The function allows the user to sleep comfortably, and through the good breathability of the breathable mesh layer 5, when the user sweats, it can quickly dissipate sweat and dissipate heat to prevent the breeding of mites.

However, the above descriptions are only preferred embodiments of this invention, and they do not limit the patent scope of this invention. Therefore, any simple modifications and equivalent structural changes made by using the contents of the description and drawings of this invention should be treated in the same way. The principles are included in the patent scope of this invention and are hereby stated.

1: Multifunctional thin pad structure

2: Skin-friendly soft fabric layer

3: Graphene layer

4: Conductive cloth layer

5: Breathable mesh layer

6: Sandwich cloth layer

61: Anti-slip cloth

Claims (7)

A multifunctional thin pad structure, which at least includes: A skin-friendly soft fabric layer is a sheet-like structure; A graphene layer is a sheet-like structure, one side of which is located on one side of the skin-friendly soft fabric layer; A conductive cloth layer is a sheet-like structure, one side of which is located on the other side of the graphene layer; A breathable mesh layer is a sheet-like structure with breathability and elastic support, one side of which is provided on the other side of the conductive cloth layer; and, A sandwich fabric layer is a sheet-like structure, one side of which is located on the other side of the breathable mesh layer. The multifunctional thin cushion structure as claimed in claim 1, wherein the skin-friendly soft fabric layer is made of anti-mite material. The multifunctional thin cushion structure as described in claim 1, wherein the skin-friendly soft fabric layer is the outer layer. The multifunctional thin pad structure as claimed in claim 1, wherein the graphene layer is composed of graphene cloth or graphene cotton. The multifunctional thin pad structure as claimed in claim 1, wherein the sandwich cloth layer is the bottom layer. The multifunctional thin pad structure as claimed in claim 1 or 5, wherein the bottom layer of the sandwich cloth layer is anti-slip cloth. The multifunctional thin pad structure as claimed in claim 6, wherein the outer surface of the anti-slip cloth has a plurality of anti-slip particles.

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