阅读说明：本技术 智能穿戴服饰 (Intelligent wearable garment ) 是由 梅先明 黄伟萍 叶刚 于 2020-03-27 设计创作，主要内容包括：本发明揭示了智能穿戴服饰,包括至少两片复合垫片,复合垫片包括绝缘垫层、导电片、及亲肤贴合层,亲肤贴合层的外露面上设有若干电极点,绝缘垫层上设有接电端,接电端与导电片相导通连接,复合垫片限位设置在面饰层与内衬层之间,并且内衬层上设有若干与亲肤贴合层一一对应的供亲肤贴合层外露的镂空部、面饰层上设有供接电端外露的孔洞。本发明通过特定地复合垫片设计,满足其内置在服饰内的成型生产需求,贴肤可靠稳定,能实现肌电刺激及肌电采集作业。复合垫片直接热压复合成型在面饰层与内衬层之间,其限位可靠稳定,位置度精确,并且通过绝缘垫层设计能提供非常可靠的弹性贴覆力。整体设计简洁巧妙,适于推广应用,市场前景可观。(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.)

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.

Technical Field

The invention relates to an intelligent wearable garment, and belongs to the technical field of intelligent garments with myoelectric stimulation functions.

Background

In the world of women's clothes and the world of children's clothes, various fields are heated in competition, and intelligent clothes are no exception. The intelligent clothing originally belongs to the top field, and with the increasingly red fire of clothing industry, the marketers with sensitive smell widen the original narrow market space. In the coming years, the intelligent clothes, namely the smart shirt capable of reading the heartbeat, the body temperature and the breathing frequency of a human body, can be filled in the wardrobe; a jacket capable of automatically playing music; t-shirts and the like capable of displaying characters and images in front of the chest. Technological media predict that future clothes will become a real multifunctional portable high-tech product, and one piece of clothes can play music and videos, adjust temperature and even surf on the internet.

The present invention relates to a wearable garment with myoelectric Stimulation function, and more particularly, to a wearable garment with myoelectric Stimulation function, in which Electrical Muscle Stimulation (EMS) is used to stimulate Muscle, and such pulses are generally used to enhance Muscle strength, circumference and endurance, and also have a function of partially accelerating Muscle recovery. Can make the contraction of the muscle stronger. The device is various in types, but basically needs to be arranged externally, so that the wearing comfort is affected, and the function is single.

Disclosure of Invention

The invention aims to solve the defects of the prior art, and provides an intelligent wearable garment aiming at the problems that the wearing trouble is caused because the traditional equipment with the myoelectric stimulation function needs to be externally arranged on the wearable garment, and the like.

In order to achieve the purpose, the technical scheme adopted by the invention is as follows:

dress is dressed to intelligence, dress for the double-deck surface fabric dress that possesses finish coat and inner liner of dress is dressed to intelligence, include:

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.

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

Preferably, the insulating pad layer is provided with an outer peripheral edge located at the outer 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.

Preferably, the hollowed-out part of the inner liner is provided with a pressing outer edge used for being attached to the skin-friendly attaching layer, and the pressing outer edge is integrally bonded with the skin-friendly attaching layer.

Preferably, the electric connection end is fixedly connected with the insulating pad 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 pad layer.

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

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

Preferably, the intelligent wearable garment comprises a underwear, a pair of briefs, a briefs belt and a briefing sheath.

The invention has the following beneficial effects:

1. through the design of the specific composite gasket, the molding production requirement of the composite gasket built in the clothes is met, the skin adhesion is reliable and stable, and the myoelectric stimulation and myoelectric collection operation can be realized.

2. 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.

3. The whole design is simple and ingenious, the method is suitable for popularization and application, and the market prospect is considerable.

Drawings

FIG. 1 is a schematic view of a layered structure of the intelligent garment of the invention.

FIG. 2 is a schematic structural diagram of a composite pad in the intelligent wearable garment of the invention.

FIG. 3 is a schematic view of one side of a facing layer in the intelligent wearable garment of the invention.

FIG. 4 is a schematic view of one side of an inner liner layer in the intelligent wearable garment of the present invention.

Detailed Description

The invention provides an intelligent wearable garment. The technical solution of the present invention is described in detail below with reference to the accompanying drawings so that it can be more easily understood and appreciated.

Dress is dressed to intelligence, this dress is dressed to intelligence for possessing the double-deck surface fabric dress of finish coat 1 and inner liner 2.

As shown in fig. 1 to 4, this dress is dressed to intelligence includes two piece at least composite pad 3, and composite pad 3 includes insulating bed course 31, and one side of insulating bed course 31 is equipped with conducting strip 32, and covers the close skin laminating layer 33 of conducting strip 32, is equipped with a plurality of electrode points 4 that switch on and be connected with conducting strip 32 on the exposed face of close skin laminating layer 33, is equipped with spacing setting's electrical terminal 5 on the insulating bed course 31 to electrical terminal 5 switches on and is connected with conducting strip 32 mutually.

The composite gasket 3 is arranged between the surface decoration layer 1 and the inner liner layer 2 in a limiting mode, a plurality of hollow parts 21 which correspond to the skin-friendly adhesion layers 33 one by one and are used for exposing the skin-friendly adhesion layers 33 are arranged on the inner liner layer 2, and holes 11 which are used for exposing the power supply ends 5 are formed in the surface decoration layer 1.

The specific implementation process and principle description are as follows:

traditionally, the electrode slice is independent product, when using, need paste on skin, and in order to make the electrode slice can laminate at the skin surface, generally need adopt sticky tape or bandage, its laminating complex operation also not the aspect carry, still has the poor easy condition such as allergic of comfort level.

In the present case, adopt the 3 designs of the composite pad piece of specific design, directly embed in the dress in dress production process, need not to realize the location laminating through sticky tape and bandage.

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

Specifically, through the double-deck design of finish coat 1 and inner liner 2, form and hold the intermediate layer of carrying this composite pad 3, through the design of fretwork portion 21 for close skin laminating layer 33 exposes, can laminate with skin when dressing, and is very convenient.

The electric connection end 5 of the myoelectric stimulation instrument is exposed through the hole 11 of the surface decoration layer 1 and can be externally connected with a host machine, so that myoelectric stimulation and myoelectric collection operation are realized.

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

The composite gasket 3 in the present embodiment is a composite product, i.e., the insulating cushion 31, the conductive sheet 32, and the skin-friendly adhesive layer 33 are hot-pressed and integrated into an independent product.

In one embodiment, the composite pad 3 is heat press-bonded between the facing layer 1 and the inner liner layer 2.

Specifically, in the production process of the intelligent wearable garment, hot melt adhesive is coated on the composite surface of the facing layer 1 and the inner liner layer 2, and the composite gasket 3 and the hollow part 21 are aligned and then subjected to hot press molding. The composite gasket 3 is reliable and stable in fixation and excellent in limiting effect.

In one embodiment, the insulating pad 31 has an outer peripheral edge 6 located at the outer periphery of the skin-friendly adhesive layer 33, one side of the insulating pad 31 is integrally bonded to the facing layer 1, and the other side of the outer peripheral edge 6 is integrally bonded to the inner liner layer 2.

More optimally, the hollowed-out part 21 of the inner liner layer 2 is provided with a pressing outer edge 7 which is attached to the skin-friendly attaching layer, and the pressing outer edge 7 and the skin-friendly attaching layer 33 are integrally bonded.

Namely, a multi-bonding structure is formed by bonding the outer peripheral edge 6 with the inner liner 2 and bonding the press-fit outer edge 7 with the skin-friendly bonding layer 33, so that the limiting effect on the composite gasket 3 is improved, and the delamination phenomenon is not easy to generate.

In one embodiment, the electrical terminals 5 are fixedly connected with the insulating pad 31 by heat fusion, and the insulating pad 31 is internally provided with an internal conductor 8 for communicating the electrical terminals 5 with the conducting strips 32.

Specifically, the internal conductor 8 is located in the insulating pad 31, on one hand, the internal conductor 8 does not need to adopt an insulating outer cladding, and on the other hand, the insulating pad 31 can protect the internal conductor 8. The internal conductor 8 may have a curved layout structure in the insulating pad 31, and has very excellent deformation resistance and is not prone to wire breakage.

In one embodiment, a hot-melt formed sealing body is arranged between the electric terminals 5 and the facing layer 1, and the sealing body extends to the insulating pad 31, namely, each electric terminal 5 is independently isolated by the sealing body, so that the short circuit phenomenon between the electric terminals 5 caused by the intrusion of water vapor is prevented. The sealing body is not shown in the drawings.

In a specific embodiment, an integrated socket for connecting an external intelligent host is fixedly arranged on the facing layer 1, and any electric connection end is positioned in the integrated socket.

Specifically, some integrated hosts for myoelectric stimulation and myoelectric collection exist in the market at present, the integrated hosts are provided with integrated plugs, integrated sockets corresponding to the plugs of the existing integrated hosts can be directly designed on the surface layer 1, and the electric connection ends 5 are integrated in the integrated sockets, so that the integrated hosts can be connected in a butt joint mode. The integrated host can be directly connected in an external hanging mode through the integrated socket.

Finally, the intelligent wearable garment comprises a close-fitting garment, close-fitting trousers, a close-fitting waistband and a close-fitting sheath.

Through the above description, the intelligent wearable garment meets the molding production requirement of the intelligent wearable garment built in the garment through the specific composite gasket design, 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.

The technical solutions of the present invention are fully described above, it should be noted that the specific embodiments of the present invention are not limited by the above description, and all technical solutions formed by equivalent or equivalent changes in structure, method, or function according to the spirit of the present invention by those skilled in the art are within the scope of the present invention.