CN203370196U

CN203370196U - Improved structure of electrode patch

Info

Publication number: CN203370196U
Application number: CN201320299271.2U
Authority: CN
Inventors: 杨文�
Original assignee: Even International Corp Of Appearance
Current assignee: Even International Corp Of Appearance
Priority date: 2013-05-28
Filing date: 2013-05-28
Publication date: 2014-01-01
Anticipated expiration: 2023-05-28

Abstract

The utility model relates to an improved structure of an electrode patch, and specially relates to the improved structure of an electrode patch which can be applied for a mono-pole or bipolar power supply. The improved structure mainly comprises a coating material, a conductive material, a conductive terminal, conductive gel, an insulation material, a release film and other material which are bonded and embedded together. The interlayer of the conductive gel is provided with a substrate cloth with uniformly distributed meshes, the conductive gel can pass through the cloth with uniformly distributed meshes, the strength of the conductive gel is reinforced, the electrode patch is attached to the surface of human skin through the conductive gel, and current is rapidly and uniformly transmitted to a human body for subcutaneous nerve stimulation. The other side of the conductive terminal is additionally provided with a transparent insulation material, the transparent insulation material can be applied for a mono-pole or bipolar electrode patch, the rigidity of the conductive terminal is reinforced, and the conductive terminal can be effectively and tightly connected with a conductive clamp.

Description

The structure-improved of electrode patch

Technical field

This utility model is about a kind of structure-improved of electrode patch, base material cloth by the contained mesh that is evenly distributed in Signa Gel can be uniformly distributed electric current when conducting, and increase the bulk strength of electrode patch, and the conducting terminal that coordinates the conduction material to extend, use and provide one pole or bipolar power supply to use, reach the purpose that electric current on average conducts.

Background technology

Press, under the modern of lifting and day by day progress of Medical Quality with to(for) individual health care idea,, and generally also wide-spreadly on the market use and buy conveniently in order to stimulate the increasingly universal of the subcutaneous neural electric therapeutic instrument of human body and electrode patch 9 for therapeutic treatment; Commercially available electrode patch 9, can consult shown in Fig. 8,9 at present, and general electrode patch 9 utilizes extension that wire 91 cooperation conducting terminals 92 are set or button fastens, and links by this purpose that controller is adjusted size of current; Therefore when commonly using electrode patch and using a period of time to be changed, the wire 91 set firmly on electrode patch 9, conductor terminal 92 or button also can't be removed recycling, can only abandon in the lump when above-mentioned.

No matter the size of electrode patch 9, in the electrode patch unitary construction, normal use adhesive-bonded fabric 93 materials to be used as the base material cloth to increase by this intensity of Signa Gel to make it not easily broken glue, but the material characteristic of adhesive-bonded fabric 93 is not smooth being evenly distributed, therefore, when electrode patch 9 is used, easily cause electric current in the conduction of current inequality of human body contact, cause the zest of its impression to differ, and then produce uncomfortable sensation, therefore the inventor researched and developed, to solve the existing upper problem easily produced of using.

The utility model content

This utility model is a kind of structure-improved of electrode patch, and for reaching above-mentioned purpose and solving existing issue, this utility model adopts following technical scheme:

A kind of improved structure of electrode paster, it comprises: a cover material, below is provided with the conduction material, this conduction material below is provided with Signa Gel, the Signa Gel below is provided with mould release membrance, be provided with the insulation material between this mould release membrance and Signa Gel, by divesting mould release membrance, make Signa Gel be attached at the skin surface of human body; This Signa Gel comprises base material cloth and a gel, and this base material cloth is consisted of the impartial mesh that distributes, and the intensity that increases gel that arranges by base material cloth, further coordinate the conduction material to reach conduction of current average.

Selectable, wherein this conduction material comprises the pair of electrodes terminal, and this is extended and formed by the conduction material electrode terminal, can coordinate the corresponding connection of bipolar power supply this to electrode terminal, use and conduct current to this conduction material.

Selectable, wherein this simultaneously sets up a transparent insulation sheet to conducting terminal, and this transparent insulation sheet can be used this rigidity to conducting terminal of strengthening.

A kind of improved structure of electrode paster, it comprises: a cover material, below is provided with the conduction material, this conduction material below is provided with Signa Gel, this Signa Gel comprises base material cloth and a gel, and this Signa Gel below is provided with mould release membrance, by divesting mould release membrance, makes Signa Gel be attached at the skin surface of human body; This conduction material comprises an electrode terminal, and this electrode terminal is extended and formed by the conduction material, can correspond to unipolar power source, uses and conducts current to this conduction material.

Selectable, wherein this conducting terminal is simultaneously set up a transparent insulation sheet, and this transparent insulation sheet can be used the rigidity of this conducting terminal of strengthening.

The principal character that this utility model possesses is in Signa Gel to be provided with the base material cloth that a mesh is evenly distributed, a kind of electrode patch formed through bonding conducting terminal, insulation material, the assemblies such as conduction material, cover material and mould release membrance, structure than prior art, this utility model improvement wherein base material cloth of this Signa Gel sees through this mesh be evenly distributed, and then firm gel, the bulk strength of intensifier electrode paster by this, when being imported, electric current distributes on average in this Signa Gel, and can be more effective in cure when carrying out SCNS.

Because arranging of conducting terminal can be broken away from the structure that original electrode patch need be established button and wire, allowing it be produced into instinct effectively reduces, and this conducting terminal one side more is provided with the transparent insulation sheet of the isolated current characteristics of tool, can strengthen the rigidity of this conducting terminal, and the transparent insulation sheet more is pasted with the label of a tool Products Information, your juror can further understand relevant this utility model for ease of is to reach technological means and the effect thereof that above-mentioned purpose, feature adopt, and hereby exemplifies preferred embodiment and coordinates graphic being described as follows.

The accompanying drawing explanation

Fig. 1 is three-dimensional system diagram of the present utility model.

Fig. 2 is local enlarged diagram of the present utility model.

Fig. 3 is Signa Gel decomposing schematic representation of the present utility model.

Fig. 4 is that electrode patch of the present utility model is used schematic diagram.

Fig. 5 is the three-dimensional system diagram of the first embodiment of the present utility model.

Fig. 6 is the schematic perspective view of the second embodiment of the present utility model.

Fig. 7 is the use schematic diagram of the second embodiment of the present utility model.

Fig. 8 is the prior art schematic diagram.

Fig. 9 is the prior art schematic diagram.

(this utility model)

1 electrode patch

11 cover materials

12 conduction materials

13 Signa Gels

131 gels

132 base material cloth

14 conducting terminals

15 insulation materials

151 meshes

152 gaps

16 mould release membrances

17 transparent insulation sheets

2 controllers

21 wires

22 conductive clamps

23 sheet metals

3 skin surfaces

4 electric currents

5 labels

(prior art)

9 electrode patchs

91 wires

92 conducting terminals

93 adhesive-bonded fabrics

The specific embodiment

Below in conjunction with accompanying drawing, specific embodiment of the utility model is described in detail.

Usually according to this utility model, the feasible embodiment of this best, and after coordinating graphic detailed description, in order to do increasing understanding of the present utility model, refer to Fig. 1

shown in Fig. 4, this utility model is a kind of structure-improved of electrode patch, cover material 11 has the characteristic of insulation, when electrode patch 1 is the bipolar electrode function, this cover material 11 one sides be take centre and are divided into the left and right sides and coordinate two conduction materials 12 (this conduction material be the best for aluminium foil material) bonding mutually, the bonding cover material 11 of this two conductions material, 12 one side, another side is distinguished bonding two Signa Gels 13, this two conductions material 12 extends respectively two conducting terminals 14 separately, and be provided with the base material cloth 132 (this base material cloth is screen cloth) that mesh 151 forms that is evenly distributed in the middle of the interlayer of this two Signa Gel 13, and even compound this mesh 151 of Signa Gel 13 energy, make this Signa Gel 13 be connected to contacted skin surface 3 by average 4 of conductive electric currents, this conducting terminal 14 can utilize conductive clamp 22 to see through clamping and be linked to controller 2 via wire 21, use and adjust electric current 4 output sizes to this two conducting terminal 14, and bind these insulation material 15 both sides and Signa Gel 13 periphery corresponding sections, these insulation material 15 central parts bind with two conduction material 12 corresponding sections, the material 15 firm bonding Signa Gels of energy and two conduction materials make to insulate, more see through this insulation material 15 and increase electrode patch 1 bulk strength, 16 of mould release membrances coordinate Signa Gel 13 its stickiness of protection.

Refer to Fig. 1

shown in Fig. 2, when electrode patch 1 is bipolar function, wherein electrode patch 1 is binded and is formed by above-mentioned multiple structure, this electrode patch 1 centre is provided with a gap 152, this gap 152 is mainly avoids the electric current 4 that two conducting terminals 14 conduct to be in contact with one another, therefore utilize to be arranged in parallel, avoids by this short circuit problem; Refer to shown in the 3rd figure, the structure of Signa Gel 13 is by seeing through gel 131 by the base material cloth 132 with the mesh 151 that is evenly distributed, coating penetrates this mesh 151 and is composited, therefore when electric current 4 process Signa Gel 13, during its electric current 4 circulation, contactant cognition has a resistance, via this Signa Gel 13, can allow the resistance sizes produced be identical, therefore the human body skin top layer 3 that electric current 4 can on average stick by conducting to Signa Gel 13, and then reach electric current 4 distributions on average, improve by this former existing discomfort easily caused.

The first embodiment of the present utility model, when electrode slice is monopole designs, refer to shown in Fig. 5, a kind of structure-improved of electrode patch, and it comprises: cover material 11 has the characteristic of insulation, and these cover material 11 one sides coordinate conduction material 12 to bind, the bonding cover material 11 of conduction material 12 one side, another side is bonding Signa Gel 13, and this conduction material 12 has the conducting terminal 14 of an extension, and this conducting terminal 14 can see through this conducting terminal 14 of clamping through utilizing conductive clamp 22, coordinate wire 21 to be linked to controller 2, use and adjust electric current 4 output sizes to this conducting terminal 14, be provided with the base material cloth 132 (this base material cloth is screen cloth) that mesh 151 forms that is evenly distributed in the middle of Signa Gel 13, make Signa Gel 13 there is average conductive electric current 4 to contacted skin surface 3, 16 of mould release membrances can coordinate Signa Gel 13 its viscosity of protection, refer to shown in the 4th figure, when the conducting terminal 14 in electrode patch 1 coordinates wire 21 to be linked to controller 2 after conductive clamp 22 clampings, utilize controller 2 can easily adjust the output size of electric current 4, reaching by this electric current 4 stimulates the effect of human body, yet this conductive clamp 22 method of clamping that utilizes, can coordinate the described embodiment of this utility model to carry out conductive electric current 4 with single conducting terminal 14 or two conducting terminal 14, the design meeting of conductive clamp 22 coats the conducting terminal 14 protruded fully.

The second embodiment of the present utility model, electrode patch 1 is provided with a transparent insulation sheet 17 and label 5 in conducting terminal 14, this transparent insulation sheet 17 is pasted on label 5 wherein, (this content must be expiration date, sequence number to the relevent information of convenient this electrode patch 1 of management ... Deng), once via the people for divesting this transparent insulation sheet 17, label 5 will be removed in the lump, the identification that can be used as the by this keeping life limit generation (as shown in Fig. 1 and 6 figure) that avoids a dispute;

Refer to again this transparent insulation sheet 17 of Fig. 7 and mainly be located at the one side of conducting terminal 14, transparent insulation sheet 17 can allow conducting terminal 14 by this, the rigidity of equal energy efficient hardening conducting terminal 14 when one pole or bipolar electrode patch design, coordinate the sheet metal 23 in conductive clamp 22 completely to clamp, and because of the clamping time, do not cause for a long time distortion, this transparent insulation sheet 17 more can be applied to other embodiment of this utility model, reach same effect, by the above embodiments and graphic cooperation explanation, can have a clear understanding of the structure-improved of electrode patch of the present utility model, electric current in the time of providing electric current to import human body through Signa Gel can distribute on average, coordinate again conducting terminal to carry out input current by method of clamping, this utility model can be reached have electric current concurrently on average to conduct, the purpose that increases bulk strength and closely link.

Although this utility model is described in conjunction with above embodiment, but this utility model is not limited to above-described embodiment, and only be subject to the restriction of claims, those of ordinary skills can easily modify to it and change, but do not leave essence design of the present utility model and scope.

Claims

1. an improved structure of electrode paster, it comprises: a cover material, below is provided with the conduction material, this conduction material below is provided with Signa Gel, the Signa Gel below is provided with mould release membrance, be provided with the insulation material between this mould release membrance and Signa Gel, by divesting mould release membrance, make Signa Gel be attached at the skin surface of human body;

It is characterized in that: this Signa Gel comprises base material cloth and a gel, and this base material cloth is consisted of the impartial mesh that distributes, and the intensity that increases gel that arranges by base material cloth, further coordinate the conduction material to reach conduction of current average.

2. the structure-improved of electrode patch as claimed in claim 1, it is characterized in that, this conduction material comprises the pair of electrodes terminal, and this is extended and formed by the conduction material electrode terminal, can coordinate the corresponding connection of bipolar power supply this to electrode terminal, use and conduct current to this conduction material.

3. the structure-improved of electrode patch as claimed in claim 2, is characterized in that, this simultaneously sets up a transparent insulation sheet to conducting terminal, and this transparent insulation sheet can be used this rigidity to conducting terminal of strengthening.

4. an improved structure of electrode paster, it comprises: a cover material, below is provided with the conduction material, this conduction material below is provided with Signa Gel, this Signa Gel comprises base material cloth and a gel, this Signa Gel below is provided with mould release membrance, by divesting mould release membrance, makes Signa Gel be attached at the skin surface of human body;

It is characterized in that: this conduction material comprises an electrode terminal, and this electrode terminal is extended and formed by the conduction material, can correspond to unipolar power source, uses and conducts current to this conduction material.

5. the structure-improved of electrode patch as claimed in claim 4, is characterized in that, this conducting terminal is simultaneously set up a transparent insulation sheet, and this transparent insulation sheet can be used the rigidity of this conducting terminal of strengthening.