CN111407006A - Intelligent wearable garment - Google Patents

Abstract

The invention discloses an intelligent wearable garment, which comprises at least two composite gaskets, wherein each composite gasket comprises an insulating cushion layer, a conducting strip and a skin-friendly adhesive layer, a plurality of electrode points are arranged on the exposed surface of each skin-friendly adhesive layer, an electric connection end is arranged on each insulating cushion layer and is in conductive connection with each conducting strip, each composite gasket is limited and arranged between a surface decoration layer and an inner liner, a plurality of hollow parts which correspond to the skin-friendly adhesive layers one by one and are used for exposing the skin-friendly adhesive layers are arranged on the inner liner, and holes for exposing the electric connection ends are arranged on the surface decoration layer. The invention meets the forming production requirement of the pad embedded in the clothes through the design of the specific composite pad, is reliable and stable in skin adhesion, and can realize myoelectric stimulation and myoelectric acquisition operation. The composite gasket is directly formed between the surface decoration layer and the inner liner layer in a hot-pressing composite mode, the limiting is reliable and stable, the position degree is accurate, and very reliable elastic pasting force can be provided through the design of the insulating cushion layer. The whole design is simple and ingenious, the method is suitable for popularization and application, and the market prospect is considerable.

Description

Smart Wearable Clothing

technical field

The invention relates to intelligent wearable clothing, and belongs to the technical field of intelligent clothing with a function of myoelectric stimulation.

Background technique

Whether it is the world of women's clothing or the world of children's clothing, competition is heating up in various fields, and smart clothing is no exception. Smart clothing was originally a cutting-edge field. With the growing prosperity of the clothing industry, merchants with a keen sense of smell have broadened their original narrow market space. In the next few years, our wardrobes will be filled with smart clothes like these—smart shirts that can read your heartbeat, body temperature, and breathing rate; jackets that play music automatically; T-shirts, etc. The technology media has predicted that the clothing of the future will become a truly multi-functional portable high-tech product, a piece of clothing can play music, video, adjust the temperature, and even surf the Internet at the same time.

This case involves wearable clothing with myoelectric stimulation function, Electrical Muscle Stimulation (EMS) electrical pulse muscle stimulation, which is usually used to enhance muscle strength, circumference and endurance, and can partially accelerate muscle recovery. Makes muscle contractions stronger. There are many kinds of such devices, but basically all of them need to be externally installed, which affects the comfort of wearing, and the functions are relatively single.

SUMMARY OF THE INVENTION

The purpose of the present invention is to solve the above-mentioned deficiencies of the prior art. In view of the traditional equipment with myoelectric stimulation function that needs to be externally placed on the wearable clothing, causing trouble to wear and other problems, smart wearable clothing is proposed.

In order to achieve the above object, the technical scheme adopted in the present invention is:

Smart wearable clothing, the smart wearable clothing is a double-layered fabric clothing with a surface decoration layer and an inner lining layer, including:

At least two composite gaskets, the composite gasket includes an insulating cushion layer, one side of the insulating cushion layer is provided with a conductive sheet, and a skin-friendly adhesive layer covering the conductive sheet, the skin-friendly adhesive layer There are a number of electrode points connected to the conductive sheet on the exposed surface, and the insulating pad is provided with electrical terminals that are limited in position, and the electrical terminals are connected to the conductive sheet. ,

The composite gasket is limitedly arranged between the surface decoration layer and the inner lining layer, and the inner lining layer is provided with a plurality of skin-friendly adhesive layers corresponding to the skin-friendly adhesive layers. The exposed hollow part of the bonding layer and the surface decoration layer are provided with holes for exposing the electrical connection terminals.

Preferably, the composite gasket is hot-pressed and composited between the surface decoration layer and the inner lining layer.

Preferably, the insulating cushion layer has an outer peripheral edge located on the outer periphery of the skin-friendly adhesive layer,

One side of the insulating cushion layer is bonded integrally with the surface decoration layer, and the outer peripheral edge of the other side is bonded integrally with the inner lining layer.

Preferably, the hollow part of the inner lining layer is provided with a pressing outer edge for fitting on the skin-friendly adhesive layer, and the pressing outer edge and the skin-friendly adhesive layer are bonded one.

Preferably, the electrical connection terminal and the insulating pad layer are connected by heat fusion, and the insulating pad layer is provided with a built-in conductor for communicating between the electrical connection terminal and the conductive sheet.

Preferably, a hot-melt-molded sealing body is provided between the electrical connection terminal and the surface decoration layer.

Preferably, an integrated socket for connecting to an external intelligent host is fixed on the surface decoration layer, and any of the electrical terminals is located in the integrated socket.

Preferably, the smart wearable clothing includes underwear, body pants, body belts, and body sheaths.

The beneficial effects of the present invention are mainly reflected in:

1. Through the specific design of the composite gasket, it can meet the molding production requirements built into the clothing, the skin is reliable and stable, and the EMG stimulation and EMG collection operations can be realized.

2. The composite gasket is directly hot-pressed and composited between the surface decoration layer and the inner lining layer. Its limit is reliable and stable, the position is accurate, and the design of the insulating cushion layer can provide a very reliable elastic covering force.

3. The overall design is simple and ingenious, suitable for promotion and application, and the market prospect is considerable.

Description of drawings

FIG. 1 is a schematic diagram of the layered structure of the smart wearable garment of the present invention.

FIG. 2 is a schematic structural diagram of a composite gasket in a smart wearable garment of the present invention.

Fig. 3 is a schematic diagram of one side of the surface decoration layer in the smart wearable garment of the present invention.

4 is a schematic diagram of one side of the inner lining layer in the smart wearable garment of the present invention.

Detailed ways

The present invention provides smart wearable clothing. The technical solutions of the present invention will be described in detail below with reference to the accompanying drawings to make it easier to understand and grasp.

Smart wearable clothing, the smart wearable clothing is a double-layered fabric clothing with a surface decoration layer 1 and an inner lining layer 2 .

As shown in FIG. 1 to FIG. 4 , the smart wearable garment includes at least two composite gaskets 3 . The composite gasket 3 includes an insulating cushion layer 31 , and one side of the insulating cushion layer 31 is provided with a conductive sheet 32 and a covering conductive sheet 32 The skin-friendly bonding layer 33 is provided on the exposed surface of the skin-friendly bonding layer 33 with a number of electrode points 4 connected to the conductive sheet 32, and the insulating pad layer 31 is provided with electric terminals 5 that are limited in position, and The electrical connection terminal 5 is connected to the conductive sheet 32 in conduction.

The composite gasket 3 is limitedly arranged between the surface decoration layer 1 and the inner lining layer 2 , and the inner lining layer 2 is provided with a number of hollows corresponding to the skin-friendly bonding layer 33 for exposing the skin-friendly bonding layer 33 . The parts 21 and the surface decoration layer 1 are provided with holes 11 through which the power supply and connection terminals 5 are exposed.

The specific implementation process and principle description:

The traditional ground electrode pads are independent products, which need to be pasted on the skin when in use. In order to make the electrode pads fit on the skin surface, tapes or bandages are generally required, which are cumbersome to fit and not easy to carry. Poor comfort and allergies.

In this case, a specially designed composite gasket 3 is used, which is directly built into the clothing during the clothing production process, and can be positioned and fitted without the need for adhesive tapes and straps.

The conductive sheet 32 and the skin-friendly adhesive layer 33 are composite sheets, which can be braided of silver fiber filaments and insulating fiber filaments.

Specifically, through the double-layer design of the surface decoration layer 1 and the inner lining layer 2, an interlayer for accommodating the composite gasket 3 is formed, and through the design of the hollow part 21, the skin-friendly fitting layer 33 is exposed, and it can be worn when worn. It fits the skin and is very convenient.

The electrical connection end 5 is exposed through the hole 11 of the surface decoration layer 1, and can be connected to a host computer, thereby realizing EMG stimulation and EMG collection operations.

It should be noted that external insulation can be achieved through the design of the insulating pad layer 31 , and the insulating pad layer 31 is an elastic insulating pad body, which can provide a certain elastic pressing force to meet the needs of the skin-friendly adhesive layer 33 to be attached to the skin.

The composite gasket 3 in this case is a composite product, that is, the insulating cushion layer 31 , the conductive sheet 32 , and the skin-friendly adhesive layer 33 are independent products that are combined with each other by hot pressing.

In a specific embodiment, the composite gasket 3 is thermally laminated between the surface decoration layer 1 and the inner lining layer 2 .

Specifically, in the production process of smart wearable clothing, it is only necessary to apply hot-melt glue on the composite surface of the surface decoration layer 1 and the inner lining layer 2, align the composite gasket 3 with the hollow part 21, and then perform hot pressing molding. That's it. The composite gasket 3 is fixed reliably and stably, and the limit effect is better.

In a specific embodiment, the insulating cushion layer 31 has an outer peripheral edge 6 located on the outer periphery of the skin-friendly adhesive layer 33 , one side of the insulating cushion layer 31 is bonded to the surface decoration layer 1 integrally, and the outer peripheral edge of the other side is 6 is bonded to the inner lining layer 2 as a whole.

More optimally, the hollow portion 21 of the inner lining layer 2 is provided with a pressing outer edge 7 for fitting on the skin-friendly adhesive layer, and the pressing outer edge 7 and the skin-friendly adhesive layer 33 are bonded integrally.

That is, a multiple bonding structure is formed by the bonding of the outer peripheral edge 6 and the inner lining layer 2 and the bonding of the pressing outer edge 7 and the skin-friendly adhesive layer 33, which improves the limiting effect of the composite gasket 3 and is not easy to produce. delamination phenomenon.

In a specific embodiment, the electrical connection terminal 5 and the insulating pad layer 31 are connected by heat fusion, and the insulating pad layer 31 is provided with a built-in conductor 8 for communication between the electrical connection terminal 5 and the conductive sheet 32 .

Specifically, the built-in conductor 8 is located in the insulating cushion layer 31 . On the one hand, the built-in conductor 8 does not need to use an insulating outer layer, and on the other hand, the insulating cushion layer 31 can protect the built-in conductor 8 . It should be noted that the built-in conductor 8 can adopt a curved layout structure in the insulating cushion layer 31, and has a very excellent resistance to deformation, and it is not easy to cause the phenomenon of wire breakage.

In a specific embodiment, a hot-melt-molded sealing body is provided between the electrical terminal 5 and the surface decoration layer 1, and the sealing body extends to the insulating cushion layer 31, that is, each electrical terminal 5 is independent of the sealing body Isolation to prevent the occurrence of short circuit between the electrical terminals 5 caused by the intrusion of water vapor. The illustration of the sealing body is omitted in the drawings.

In a specific embodiment, an integrated socket for connecting to an external smart host is fixedly arranged on the surface decoration layer 1, and any electrical connection terminal is located in the integrated socket.

Specifically, there are some integrated hosts on the market for EMG stimulation and EMG acquisition. The integrated hosts have integrated plugs. In this case, the surface decoration layer 1 can be directly designed with a plug corresponding to the existing integrated host. The socket is integrated, and the power connection terminal 5 is integrated in the integrated socket, and the docking with the integrated host can be realized. The integrated host can be directly connected externally through the integrated socket.

Finally, the smart wearable apparel in this case includes bodysuits, bodysuits, bodybelts, and bodyshells.

From the above description, it can be found that the smart wearable clothing of the present invention, through the specific composite gasket design, meets the molding production requirements built into the clothing, the skin is reliable and stable, and can realize EMG stimulation and EMG collection operations. The composite gasket is directly hot-pressed and composited between the surface decoration layer and the inner lining layer. The limit is reliable and stable, the position is accurate, and the design of the insulating cushion layer can provide a very reliable elastic covering force. The overall design is simple and ingenious, suitable for promotion and application, and the market prospect is considerable.

The technical solutions of the present invention have been fully described above. It should be noted that the specific embodiments of the present invention are not limited by the above descriptions. Those of ordinary skill in the art can rely on the spirit of the present invention in terms of structures, methods or functions. All technical solutions formed by using equivalent transformations or equivalent transformations fall within the protection scope of the present invention.

Claims (8)

1. Dress is dressed to intelligence, dress is dressed to intelligence for the double-deck surface fabric dress that possesses finish coat and inner liner, its characterized in that includes:

at least two composite gaskets, wherein each composite gasket comprises an insulating cushion layer, one side of the insulating cushion layer is provided with a conducting strip and a skin-friendly adhesive layer covering the conducting strip, the exposed surface of the skin-friendly adhesive layer is provided with a plurality of electrode points which are in conductive connection with the conducting strip, the insulating cushion layer is provided with an electric connection end which is in limit arrangement and is in conductive connection with the conducting strip,

the spacing setting of composite pad is in the facing layer with between the inner liner, and be equipped with on the inner liner a plurality of with the confession of close skin binding layer one-to-one be equipped with the confession on the facing layer connect the exposed hole of electric end.

2. The smart wearable garment of claim 1, wherein:

the composite gasket is hot-pressed and compounded between the surface decoration layer and the inner lining layer.

3. The smart wearable garment of claim 2, wherein:

the insulating pad layer is provided with an outer peripheral edge positioned at the periphery of the skin-friendly adhesive layer,

one side of the insulating cushion layer is integrally bonded with the surface decoration layer, and the outer peripheral edge of the other side of the insulating cushion layer is integrally bonded with the inner lining layer.

4. The smart wearable garment of claim 3, wherein:

the fretwork portion of inner liner is equipped with and is used for the laminating be in outer edge of pressfitting on the close skin binding layer, outer edge of pressfitting with it is integrative mutually to bond between the close skin binding layer.

5. The smart wearable garment of claim 1, wherein:

the electric connection end is fixedly connected with the insulating cushion layer in a hot melting mode, and a built-in conductor used for communicating the electric connection end with the conducting strip is arranged in the insulating cushion layer.

6. The intelligent wearable garment of claim 5, wherein:

and a sealing body formed by hot melting is arranged between the electric connection end and the surface decoration layer.

7. The smart wearable garment of claim 1, wherein:

an integrated socket used for being connected with an external intelligent host is fixedly arranged on the surface decoration layer, and any electric connection end is positioned in the integrated socket.

8. The intelligent wearable garment of any one of claims 1-7, wherein: the intelligent wearable garment comprises a close-fitting garment, close-fitting trousers, a close-fitting waistband and a close-fitting sheath.

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