TW201803216A - Connector for cloth - Google Patents

Abstract

A connector for cloth has a first buckle being disc like and being mounted on a cloth. The first buckle has a PCB board used for connecting cables. The PCB has multiple electrodes thereon. A second buckle is corresponding to the first buckle and is able to couple therewith, the second buckle is mounted on the other part of the cloth or portable devices. The shape of the connector is pretty much like a regular button of a cloth, user may very easy to mount different portable devices without residual looks.

Description

Clothing connector

A connector, and more particularly to a connector for a garment integrated into a garment.

Nowadays, wearable devices are developing more and more rapidly, and smart clothes are also a development direction. By connecting the wearable devices to the circuit network on the smart clothes, the advantages of sharing the same power or wireless transmission module between the wearable devices can be achieved. .

However, since the existing connector lacks the design of integrating with the clothes, the connection means between the circuit network and the wearable device disposed on the smart clothes cannot be integrated with the clothes in shape and structure, and is easy to produce a sudden visual feeling. .

Since the existing connector lacks a design integrated with the clothes, it is visually abrupt and cannot be integrated into the use of the clothes. To this end, the present invention utilizes a configuration in which a disc-shaped buckle is riveted to the garment to achieve a visually unobtrusive effect of the garment integrated connector.

In order to achieve the above object, the present invention provides a connector for clothing comprising:

a first piece of cloth;

a first connector is configured to rive and fix a first disc-shaped buckle on the first panel, and at least a first wire opening is formed around the bottom edge of each of the first disc-shaped buckles, corresponding to each of the first wires. Each of the first wire sets is provided with at least three first wires, and each of the first wire groups is inserted into each of the first disk-shaped buckles by the first wire insertion holes, and the first disk-shaped buckles are respectively a first circuit board is disposed therein, and each of the first circuit boards and the respective wire sets are fixedly fixed to the bottom of each of the first disk-shaped buckles, and at least three electronic contacts are disposed on the surface of the first circuit board, and the first The wires are electrically connected to the respective electronic contacts.

Further, the present invention is provided with a second cloth piece and a second connector, and the second connector is riveted to fix a second disk buckle on the second cloth piece, and the second disk shape buckle can be detachably Engaging with the first disc-shaped buckle, at least a second wire opening is formed around the bottom edge of the second disc-shaped buckle, and a second wire group is respectively disposed corresponding to each of the second wire-through holes, and each second The wire set includes at least three second wires, each of the second wire groups is inserted into the second disk buckle through the second wire opening, and a second circuit board is disposed in the second disk buckle, the second circuit The plate is fixed to the bottom of the second disk buckle in combination with the second wire set, and at least three electronic contacts are disposed on the surface of the second circuit board, and each of the second wires is electrically connected to each of the foregoing electronic contacts. When the second disc buckle and the first disc buckle are engaged with each other, the electronic contacts of the second connector are in electrical contact with the electronic contacts of the first connector.

Further, each of the electronic contacts of the present invention is an elastic electronic contact, and each of the elastic electronic contacts is a hook-shaped metal piece that is elastic and compressible.

Further, the present invention is provided with a second cloth piece and a second connector, and the second connector is riveted to fix a second disk buckle on the second cloth piece, and the second disk shape buckle can be detachably The first disc-shaped buckle is fastened to the first disc-shaped buckle, and at least a second lead-through is formed around the bottom edge of the second disc-shaped buckle, and a second lead set is respectively disposed corresponding to each of the second lead-throughs. The second wire set includes at least three second wires, and each of the second wire groups penetrates into the second disk buckle through the second wire insertion hole, and a second circuit board is disposed in the second disk buckle, the second wire The circuit board and the second wire set are fixedly fixed to the bottom of the second disk buckle, and at least three annular conductive foils are arranged on the surface of the second circuit board in a concentric arrangement, and the second wires are respectively Each of the annular conductive foils is electrically connected. When the second disc-shaped buckle and the first disc-shaped buckle are engaged with each other, the annular conductive foils are in electrical contact with the respective elastic electronic contacts.

Further, each of the electronic contacts of the present invention is a circular conductive foil, and at least three annular conductive foils are arranged in a concentric manner on the surface of the first circuit board.

Further, the present invention is provided with a second cloth piece and a second connector, and the second connector is riveted to fix a second disk buckle on the second cloth piece, and the second disk shape buckle can be detachably The first disc-shaped buckle is fastened to the first disc-shaped buckle, and at least a second lead-through is formed around the bottom edge of the second disc-shaped buckle, and a second lead set is respectively disposed corresponding to each of the second lead-throughs. The second wire set includes at least three second wires, and each of the second wire groups penetrates into the second disk buckle through the second wire insertion hole, and a second circuit board is disposed in the second disk buckle, the second wire The circuit board and the second wire set are fixedly fixed to the bottom of the second disk buckle, and at least three elastic electronic contacts are disposed on the surface of the second circuit board, and the second wires and the elastic electronic contacts are electrically connected. Connecting, when the second disc-shaped buckle and the first disc-shaped buckle are engaged with each other, the elastic electronic contacts are electrically connected to the respective annular conductive foils.

When the invention is used, the first piece of cloth is set as a part of the clothing, and the first wire set is electrically connected to the circuit on the clothing, thereby setting the first connector on the smart clothes, The first disc buckle of a connector provides other connector combinations with disc buckles, so that the electronic contacts in the first disc buckle can be selectively electrically connected to the electronic contacts in the other disc buckles .

The utility model has the advantages that the first connector is fixed by riveting the first disc buckle to the clothes, and can be disposed between the clothes, and the appearance of the first disc buckle is combined with the general clothes or the clothes. The cuffs used in the cuffs are the same, they can be used on the clothes without the awkwardness, and the connectors can be electrically connected, which is easy to integrate into the clothes.

In order to understand the technical features and practical effects of the present invention in detail, it can be implemented in accordance with the contents of the specification, and further described in detail with reference to the preferred embodiments shown in the drawings.

As shown in FIG. 1 to FIG. 3, the present invention is a connector A for clothing, comprising a first connector B coupled to a first panel 10, and a second panel 11 coupled to the other. a connector B is fastened and electrically connected to the second connector C, wherein:

The first connector B is provided with a first disc-shaped buckle 20 on the surface of the first panel 10, and the first disc-shaped buckle 20 is disposed on the surface of the first panel 10 to provide a first backsheet 201. The first backsheet 201 is a circular sheet body and has a first bottom button hole 202 at the center thereof. An annular first buckle 203 is protruded upwardly from the outer periphery of the first film 201. The outer end edge of the first buckle 203 is bent inwardly. At least a first wire opening 204 is formed around the bottom edge of the first buckle 203. The preferred embodiment is at the bottom of the first buckle 203. Two first wire through openings 204 are formed on opposite sides of the edge, and a first bottom button 21 is disposed on the first disk buckle 20, and the end of the first bottom button 21 passes through the first piece 10 and the first The bottom buckle perforation 202 is riveted to the periphery of the first snap perforation 202, thereby securing the first disc buckle 20 to the surface of the first panel 10.

Each of the first lead wires 204 is respectively provided with a first wire group 23, and each of the first wire groups 23 is provided with at least three first wires 231, wherein the two first wires 231 are used as a voltage source and a grounded power line, and the other first The wire 231 is used as a signal control line. In the preferred embodiment, each of the first wire groups 23 is provided with four first wires 231, and the ends of the first wires 231 are formed by the first wires of the first disk buckle 20. The mouthpiece 204 penetrates into the first disc buckle 20.

A first circuit board 22 is disposed inside the first disc buckle 20, and the first circuit board 22 is a circular circuit board, and is disposed in a concentric manner inside the first disc buckle 20, the first A circuit board 22 and an end portion of the first wire group 23 are fixedly coupled to the first backsheet 201 by means of bonding or hooking, and the first wire 231 of the first wire group 23 is matched with the first circuit. The surface of the board 22 is provided with the same number of elastic electronic contacts 221. In the preferred embodiment, four flexible electronic contacts 221 are provided as the electronic contacts on the first circuit board 22, and the elastic electronic contacts 221 are The hook-shaped metal piece has elasticity and can be compressed, and the distance between the elastic electronic contacts 221 is different from the center of the first circuit board 22, and the first wire group 23 is electrically connected to the first circuit board 22, and different The first wires 231 of a wire group 23 are electrically connected to the same elastic electronic contacts 221, respectively, so that the first wires 231 of the different first wires 231 are electrically connected and electrically connected to the respective elastic electronic contacts 221.

The second connector C is provided with a second disc-shaped buckle 25 on the surface of the second panel 11 , and the second disc-shaped buckle 25 is disposed on the surface of the second panel 11 to provide a second negative film 251 . The second backsheet 251 is a circular plate body and has a second bottom button hole 252 formed in the center thereof, and an annular second buckle ring 253 is protruded downwardly from the outer periphery of the second film piece 251. The outer edge of the second buckle 253 is bent inwardly. The diameter of the second buckle 253 is larger than the diameter of the first buckle 203. When the second buckle 25 is fastened to the first buckle 20 The first buckle 203 is elastically embedded in the inner side of the second buckle 253, and at least a second wire opening 254 is formed around the bottom edge of the second buckle 253, as in the preferred embodiment. A second wire opening 254 is formed in the bottom edge of the second buckle 253, and a second bottom button 26 is disposed on the second disk buckle 25. The end of the second bottom button 26 passes through the second The cloth sheet 11 and the second bottom button perforation 252 are riveted to the periphery of the second bottom button perforation 252, whereby the second disc-shaped buckle 25 is fixed to the surface of the second panel 11.

The second wire set 28 is provided with a second wire set 28, and each of the second wire sets 28 is provided with at least three second wires 281, wherein the two second wires 281 are used as a voltage source and a grounded power line, and the remaining second wires are used. 281 is used as a signal control line. As in the preferred embodiment, each of the second wire sets 28 is provided with four second wires 281, and the ends of the second wire sets 28 are pierced by the second wires of the second disk buckles 25 The mouth 254 is threaded into the second disc buckle 25.

A second circuit board 27 is disposed inside the second disk buckle 25, and the second circuit board 27 is a circular circuit board, and is disposed in a concentric manner inside the second disk buckle 25, the first The second circuit board 27 and the end of the second wire group 28 are fixed together on the second negative film 251 by means of bonding or hooking, and the second wire 281 of the second wire group 28 is matched with the second circuit. The surface of the plate 27 is provided with the same number of circular ring contacts 271, and each of the circular ring contacts 271 serves as an electronic contact, and each of the circular ring contacts 271 is a circular ring respectively concentric with the second circuit board 27. a conductive foil, wherein the diameters of the circular contacts 271 are different, the second wire set 28 is electrically connected to the second circuit board 27, wherein each of the second wires 281 is electrically connected to each of the circular contacts 271, each The radius of the annular contact 271 is the same as the size of the mating elastic electronic contacts 221 from the center of the first circuit board 22. When the second disc 25 is engaged with the first disc 20 Each of the circular contact points 271 is electrically connected to the respective elastic electronic contacts 221, so that each of the first wire sets 23 can be connected to the second lead Set 28 are electrically connected.

In addition to the foregoing preferred embodiment, the first circuit board 22 is disposed in the first disk buckle 20, and the second disk buckle 25 is coupled to each of the elastic electronic contacts 221 on the first circuit board 22. In addition to the respective annular contacts 271 of the second circuit board 27, the positions of the first circuit board 22 and the second circuit board 27 may be interchanged, such that the first disk buckle 20 and the second disk are configured. When the buckle 25 is fastened, the electrical connection between each elastic electronic contact 221 and each annular contact 271 can still be achieved.

When the present invention is used, the first piece of cloth 10 is set as a part of clothing, such as smart clothes, and the first wire set 23 is connected with a circuit network provided on the smart clothes, thereby A connector B is disposed on the smart clothing; then the second panel 11 is set as a part of the wearable device, and the second wire set 28 is electrically connected to the wearable device, thereby setting the second connector C On a wearable device. When the wearable device is to be connected to the circuit network of the smart clothes, the second disc buckle 25 of the second connector C is snapped on the first disc buckle 20 of the first connector B, so that each The first wire set 23 can be electrically connected to the second wire set 28 to achieve the effect of electrically connecting the wearable device to the circuit network of the smart clothes.

When the wearable device is not required to be used, the second disc buckle 25 of the second connector C can be removed from the first disc buckle 20 of the first connector B to complete the disengagement operation. The utility model is that the first cloth piece 10 and the second cloth piece 11 are respectively provided with the first connector B and the second connector C, so that the invention can be disposed between the clothes, and the first disk-shaped buckle 20 or the first The appearance of the two-disc 25 is the same as that of the general clothing buckle or the cuff used for the cuff, so that the use of the clothing does not have a sense of abruptness, and the function of the connector connection circuit and the device can be easily integrated into the clothing. Used on.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the scope of the claims of the present invention, and other equivalent changes or modifications which are not departing from the spirit of the present invention should be included in the present invention. Within the scope of the patent application.

10‧‧‧ First piece
11‧‧‧Second cloth
20‧‧‧First disc buckle
201‧‧‧ first negative
202‧‧‧First bottom button perforation
203‧‧‧First buckle
204‧‧‧First wire piercing
21‧‧‧First buckle
22‧‧‧First board
221‧‧‧Elastic electronic contacts
23‧‧‧First lead set
231‧‧‧First wire
25‧‧‧Second disc buckle
251‧‧‧Second negative
252‧‧‧Second bottom button perforation
253‧‧‧second buckle
254‧‧‧Second wire piercing
26‧‧‧Second bottom buckle
27‧‧‧Second circuit board
271‧‧‧Circular joints
28‧‧‧Second wire set
281‧‧‧second wire
A‧‧‧ clothing connector
B‧‧‧First connector
C‧‧‧Second connector

1 is a cross-sectional view showing the first connector and the second connector separated from each other according to a preferred embodiment of the present invention. 2 is a bottom plan view showing the connection of a second circuit board and a second wire set in accordance with a preferred embodiment of the present invention. 3 is a cross-sectional view showing the first connector and the second connector in combination with the preferred embodiment of the present invention.

10‧‧‧ First piece

11‧‧‧Second cloth

20‧‧‧First disc buckle

201‧‧‧ first negative

202‧‧‧First bottom button perforation

203‧‧‧First buckle

204‧‧‧First wire piercing

21‧‧‧First buckle

22‧‧‧First board

221‧‧‧Elastic electronic contacts

23‧‧‧First lead set

231‧‧‧First wire

25‧‧‧Second disc buckle

251‧‧‧Second negative

252‧‧‧Second bottom button perforation

253‧‧‧second buckle

254‧‧‧Second wire piercing

26‧‧‧Second bottom buckle

27‧‧‧Second circuit board

271‧‧‧Circular joints

28‧‧‧Second wire set

281‧‧‧second wire

A‧‧‧ clothing connector

B‧‧‧First connector

C‧‧‧Second connector

Claims (6)

A connector for a garment comprising: a first panel; and a first connector for riveting and fixing a first disc-shaped buckle on the first panel, at least around a bottom edge of each of the first disc-shaped buckles A first wire through hole is disposed, and each of the first wire through holes is respectively provided with a first wire group, each of the first wire groups includes at least three first wires, and each of the first wire groups is penetrated by the first wire through holes Each of the first disc-shaped buckles is provided with a first circuit board in each of the first disc-shaped buckles, and each of the first circuit boards and the respective wire sets are fixedly fixed at the bottom of each of the first disc-shaped buckles, and the first The surface of the circuit board is provided with at least three electronic contacts, and each of the first wires is electrically connected to each of the electronic contacts. The clothing connector of claim 1, wherein the electronic contacts are elastic electronic contacts, and each of the elastic electronic contacts is a hook-shaped metal piece that is elastic and compressible. The clothing connector of claim 1, wherein each of the electronic contacts is a circular conductive foil, and at least three annular conductive foils are arranged in a concentric manner on a surface of the first circuit board. . The clothing connector of claim 1, further comprising a second cloth piece and a second connector, the second connector riveting and fixing a second disk buckle on the second cloth piece, the second disk The buckle can be detachably engaged with the first disc buckle, and at least a second wire opening is formed around the bottom edge of the second disc buckle, and a corresponding one of the second wire openings is respectively provided a second wire set, each of the second wire sets includes at least three second wires, and each of the second wire sets penetrates the second wire-shaped buckle into the second disk-shaped buckle, and a second wire-shaped buckle is disposed in the second wire-shaped buckle a second circuit board, the second circuit board and the second wire group are fixedly fixed to the bottom of the second disk buckle, and at least three electronic contacts are disposed on the surface of the second circuit board, and the second wires are respectively Each of the foregoing electronic contacts is electrically connected. When the second disc-shaped buckle and the first disc-shaped buckle are fastened to each other, the electronic contacts of the second connector are connected to the electronic components of the first connector. Point contact and electrical connection. The clothing connector of claim 2, further comprising a second cloth piece and a second connector, the second connector riveting and fixing a second disk buckle on the second cloth piece, the second disk The buckle can be detachably engaged with the first disc buckle, and at least a second wire opening is formed around the bottom edge of the second disc buckle, and a corresponding one of the second wire openings is respectively provided a second wire set, each of the second wire sets includes at least three second wires, and each of the second wire sets penetrates the second wire-shaped buckle into the second disk-shaped buckle, and a second wire-shaped buckle is disposed in the second wire-shaped buckle a second circuit board, the second circuit board and the second wire group are fixedly fixed to the bottom of the second disk buckle, and at least three circular conductive materials are arranged on the surface of the second circuit board in a concentric arrangement. a foil, each of the second wires is electrically connected to each of the annular conductive foils, and when the second disk-shaped buckle and the first disk-shaped buckle are engaged with each other, each of the annular conductive foils is connected to each of the elastic wires Point contact and electrical connection. The clothing connector of claim 3, further comprising a second cloth piece and a second connector, the second connector riveting and fixing a second disk buckle on the second cloth piece, the second disk The buckle can be detachably engaged with the first disc buckle, and at least a second wire opening is formed around the bottom edge of the second disc buckle, and a corresponding one of the second wire openings is respectively provided a second wire set, each of the second wire sets includes at least three second wires, and each of the second wire sets penetrates the second wire-shaped buckle into the second disk-shaped buckle, and a second wire-shaped buckle is disposed in the second wire-shaped buckle a second circuit board, the second circuit board and the second wire set are fixedly fixed to the bottom of the second disk buckle, and at least three elastic electronic contacts are disposed on the surface of the second circuit board, and each of the second wires And electrically connected to each of the elastic electronic contacts. When the second disc-shaped buckle and the first disc-shaped buckle are engaged with each other, the elastic electronic contacts are electrically connected to the annular conductive foils.