CN210932172U

CN210932172U - Electric skin-friendly sheet

Info

Publication number: CN210932172U
Application number: CN201920746454.1U
Authority: CN
Inventors: 刘义昌
Original assignee: Ta Qi Industrial Co ltd
Current assignee: Ta Qi Industrial Co ltd
Priority date: 2019-05-23
Filing date: 2019-05-23
Publication date: 2020-07-07
Anticipated expiration: 2029-05-23

Abstract

The utility model relates to an electric-property skin-friendly sheet, which utilizes a flexible mat sheet with insulation and heat-conducting properties and capable of bending according to the human body surface, a hot-work circuit and a conductive film layer are respectively laid on the two opposite surfaces of the flexible mat sheet in a plating way, the conductive film layer is connected with a superposed skin-friendly conductive layer in a conduction way, the hot-work circuit and the conductive film layer are respectively electrically connected by a relay terminal, so that the hot-work circuit generates hot temperature, low-frequency pulse current is output from the conductive film layer and is transmitted to an over-current block contacting the skin, wherein the relay terminal is electrically connected by a dry-type buckle through a power connection buckle and a pair of hand buckles, and the inner circular surfaces of the two are respectively provided with a multi-circuit electric conduction structure with eccentric mutual pairing, thereby providing a design of multi-angular connection electric power; the utility model also has the physical warm moxibustion function of hot compress and electric shock stick-touch human skin operation double-function physical therapy.

Description

Electric skin-friendly sheet

Technical Field

The utility model relates to an electric property parent skin piece.

Background

In the prior art, a multi-functional therapeutic device for generating hot compress by electric heating and generating low frequency waves in the same body is designed as a sheet body adhered to the skin of a human body, and taiwan patent No. I606819 discloses a patch cloth having a heating device, wherein the heating device generates electric heating operation by the heating sheet, a base layer made of PET is arranged below the heating device, a low frequency circuit is arranged below the base layer, and the circuit is formed by printing or carbon ink compound coating.

In addition, taiwan patent M279351 discloses a muscle surface patch with hot compress and low frequency electric shock effects, which proposes that a conductive rubber sheet is provided with an electric shock conductive region, and a plurality of metal sheets are provided on the surface of the conductive rubber sheet except the conductive region for power supply grafting conduction, and the electric conduction is to generate hot temperature and low frequency electric shock after the working body forming heat generation is conducted with current, wherein the low frequency electric shock and the conductive metal sheet are separated, the circuit printed by silver paste or graphite has loose bonding interface between the body and the PET surface, and the therapeutic device is flexible and can be bent, and the bending stress generated by the bending action directly acts on the circuit, so the circuit is easy to break apart from easy loosening, and the heated conductive wire rubber has separate insulation effect between the electrical property and the heated electrical property, and the manufacturing needs precision and a large amount of composite material, and may need to use various composite materials, if the conductive rubber is directly used to conduct low-cycle pulse power, the power of pulse operation is lost because of the higher resistance value.

Further, taiwan patent No. 200742578 provides a heat pack, which comprises a substrate, a circuit device directly disposed on the substrate, the circuit having a connection end, a heat conductor disposed above the substrate and electrically connected to the circuit device, and a conductive substrate disposed on the substrate for electric shock for electrotherapy, wherein the heat conductor and the circuit device are disposed above the substrate, and the heat conductor has a controller for operating electrothermal power.

And taiwan patent M524725, which also provides a thermal and low-frequency therapeutic device, wherein an electric body is provided with a low-frequency electric shock layer and an electric heating layer covering the electric shock layer, a separation layer is arranged between the electric shock layer and the electric heating layer, and a soft adhesive layer is arranged on the other side of the electric shock layer, and the soft adhesive layer is integrally contacted with the electric shock layer, wherein the electric shock layer is not mechanically maintained and is easy to open a circuit section due to the stress of bending deformation.

In the system and the external power connection device, there is also taiwan patent No. 201803216, which utilizes male and female interlocking disk-shaped buckles, a circuit board is provided inside, corresponding electronic contacts are provided on the circuit board for contact electrical connection, the circuit board is implemented on the cloth of the clothes as a fixing for contacting with the conducting circuit of the hand piece, the circuit board is provided with a wire group and an elastic electronic contact to form an electrical connector capable of being fixed on the cloth of the clothes, the bottom circle is provided with a wire penetration for obtaining the wire wiring, and the connector is suitable for electrically connecting the cloth.

SUMMERY OF THE UTILITY MODEL

An object of the present invention is to provide an electrical skin-friendly sheet, which is an electrical physical skin-friendly sheet for providing hot compress and low-frequency nerve stimulation assisted massage, and a device capable of connecting power at multiple angles on a plane.

The utility model relates to a realize like this, an electric property close skin piece, it includes:

a plasticized flexible mat sheet with electrical insulation, heat conduction and corresponding to human body curved surface flexure, one side of which is a hot working surface, the breadth of the hot working surface is laid with a flexible hot working circuit in a plating way, the hot working circuit is conducted with an electric heating body, the other side is an attaching surface, and at least one flexible conductive film layer is laid on one part of the breadth of the attaching surface in a plating way;

a relay terminal, which is combined on the flexible mat to avoid the breadth position of the heat circuit and the conductive film layer, and is electrically allocated to respectively conduct the heat circuit and the conductive film layer;

a skin-friendly conductive layer with an area shape equivalent to that of the flexible mat sheet and capable of responding to the bending of the human body curved surface, a pair of facing surfaces capable of being attached to the attaching surfaces of the flexible mat sheet, an electric block with electric touch property at the position where the facing surface breadth is opposite to the conductive film layer, and an outward surface as a touch surface.

The electric heating body is a loop formed by a hot working circuit and a plating extension and is an electric heating loop electric heating body with an electric heating effect.

The hot circuit is a low resistance metal coating, the circuit is divided into a positive circuit and a negative circuit by a disconnection part, the positive circuit and the negative circuit are respectively connected with an electric heating body, the electric heating body is a superposed flexible electric heating sheet and is provided with a positive electrode conduction block and a negative electrode conduction block.

The relay terminal, which is a power connection device for providing three or more circuits and using button dry male-female buckling, includes: a power connection button, further comprising: a circular-plate-shaped hard electrical-connecting button bottom plate with insulation; a circular plug ring, the bottom end of which is coaxially combined with the upper surface of the bottom plate of the electric buckle; a contact tenon which is positioned in the center and at least two different center distances are eccentrically distributed, and the bottom plate of the received electric buckle supports the inner circle space positioned in the circular plug ring; a set of at least three planar electrodes, which are disposed on the outward surface of the electrical connection buckle base plate and electrically connected to the contact tenons respectively; a bridging pillow with height, which is fixed and combined on the position of the bottom surface facing the surface of the electric connecting buckle bottom plate to avoid the plane electrode, the top surface is provided with a set of at least three bridging electrodes, and the bridging electrodes are respectively and electrically connected with the contact tenon; an opposite hand button that can be buckled with the electric connection button for male and female, the opposite hand button further comprises: a circular sheet-shaped hard-to-hand button bottom plate with insulation; an embedded buckle outer ring, the bottom end of which is coaxially combined with the upper surface of the opposite buckle bottom plate, and the external round neck part of which is provided with a buckle ring neck; a group of planes are combined on the surface of the bottom plate of the buckle according to the bottom surface of the inner circle of the outer ring of the buckle, a central contact circle, at least one first ring spoke and one second ring spoke are arranged at the position of each contact tenon corresponding to the center and unequal eccentricity; a set of at least three planar electrodes is connected to the power source from the outside, and the planar electrodes are disposed on the outward surface of the opposing buckle base plate and electrically connected to the center contact circle, the first ring spoke and the second ring spoke, respectively.

The opposite buckle bottom plate is provided with a cross pillow with height, the cross pillow is fixedly combined on the outward surface of the opposite buckle bottom plate to avoid the position of the plane electrode, the top surface is provided with a group of at least three cross electrodes, the cross electrodes are connected with an external power supply through an electric lead, and the cross electrodes are respectively and electrically connected with the central contact circle, the first ring spoke and the second ring spoke.

The contact tenon has axial elastic expansion capability.

The inner circle of the circular plug ring is provided with an elastic buckle ring which elastically acts on the axis direction.

The outer surface of the embedded buckle is concavely provided with a buckle ring neck.

The cross pillow of the bottom plate of the electric connecting buckle is combined by crossing in place, and both sides of the cross pillow are respectively provided with cross holes of the flexible mat sheet of the circuit.

The utility model provides a have hot compress and electric shock double-function physiotherapy, paste the physical warm moxibustion close skin piece that touches human skin and switch on the device of electric power, utilize an electrical insulation and heat conduction, and can be in response to the human curved surface to do the plastify flexible mat piece of flexure, mutually two sides are respectively with the mode of plating, lay the hot circuit and the conductive film layer of a compliance, hot circuit, conductive film layer incident end lead the relay terminal that combines in flexible mat piece department respectively, a facial skin conducting layer that the shape of area is equivalent to this flexible mat piece, accept the conductive film layer circular telegram, the electric power conduction that takes place touches the face and touch human skin surface, the hot temperature that the electric heat of hot circuit body electric heat conversion takes place, the face that touches to pasting the skin through flexible mat piece and close skin conducting layer transmission, form a structure simple and easy, light and handy durable, the warm close skin piece that thickness can thin.

The utility model discloses this relay terminal is by the electricity that can dry-type lock joint connect to detain and detain each other with adversary and detain and reach the electrical property and switch on the replacement, connect and adopt elastic lock joint between detaining and the adversary and detain the knot, be a circular structure, at its center and eccentric position, be equipped with the contact tenon that switches on the electrical property respectively and connect the electric arc, connect the electricity that establishes respectively and detain the bottom plate outward appearance and be equipped with a plane electrode and one and choose the crossover electrode that the height strides out, plane electrode, crossover electrode switch on the two-sided circuit of establishing of the lamellar body of climbing respectively.

The hot working circuit of the utility model is formed on one surface of the flexible mat sheet in a plating way, has the flexibility capability following the bending deformation of the flexible mat sheet, and has the resistance to generate the electric heating effect, and the generated heat can penetrate through the flexible mat sheet.

The utility model discloses this hot circuit is opened to a positive pole circuit and a negative pole circuit via a disconnection section, and positive pole circuit and negative pole circuit switch on respectively that a flexible electric heat piece established the positive pole switch on the block and switch on the block with the negative pole and constitute the electric heat return circuit, and the hot temperature of taking place can be backward through flexible mat piece, and wherein positive pole circuit, negative pole circuit also can be in independent individual arrangement before plating.

Drawings

FIG. 1 is a perspective view of the electrical assembly of the present invention.

Fig. 2 is a front and back display view of the electrical assembly of the present invention.

FIG. 3 is a schematic view of the electrical assembly of the present invention in a structure corresponding to a skin-friendly conductive layer.

Fig. 4 is a cross-sectional view of the electrical assembly of the present invention combined with the skin-friendly conductive layer to form a mild moxibustion skin-friendly sheet.

Fig. 5 is a schematic diagram of the thermal circuit of the present invention being blocked by the cut-off portion.

Fig. 6 is a schematic diagram of the positive electrode conducting block and the negative electrode conducting block of the flexible electric heating sheet of the present invention.

FIG. 7 is a sectional view of the skin-friendly warming moxibustion sheet with the positive circuit and the negative circuit connected to the flexible electric heating sheet.

Fig. 8 is a schematic diagram of the prior arrangement of the positive electrode circuit and the negative electrode circuit according to the present invention.

Fig. 9 is a schematic view of the appearance structure of the power connection buckle of the present invention.

Fig. 10 is a schematic view of the bottom surface of the bottom plate of the electrical button for the electrical button of the present invention.

FIG. 11 is a schematic view showing the connection between the cross pillow and the attached sheet body of the electric connector of the present invention.

Fig. 12 is a schematic view of the appearance of the buckle of the present invention.

Fig. 13 is a schematic view of the buckle neck provided with the hand buckle of the present invention.

Fig. 14 is a top view of the inner surface structure of the opposite-hand buckle of the present invention.

Description of the symbols:

mild moxibustion skin-friendly sheet-1 electric group-10 enveloping sleeve-101

Flexible mat-sheet-20 hot-working circuit-21 conductive film layer-22

Hot working face-23 binding face-24 spanning hole-25

Break-210 positive circuit-211 negative circuit-212

Relay terminal-30 power conductor-31 skin-friendly conductive layer-40

Opposite facing-41 over-current block-42 contact face-43

Flexible electric heating piece-50 butt-joint face-51 positive pole conducting block-52

Negative electrode conducting block-53 connecting electric button-60 round plug-ring-61

Snap ring-62 electric snap ring bottom plate-63 contact tenon-64

Planar electrode-65 across pillow-66 across electrode-67

Opposite-hand button Zhi-70 embedded outer ring-71 cutting ring neck-72

Opposite-hand-buckled Zhi bottom plate-73 central contact circle-74 first ring spoke-75

Second ring spoke-76 connecting spoke-80 electrothermal body-500

Electric heating loop-501

Detailed Description

The utility model provides a physiotherapy with double functions of hot compress and electric shock, a physical energy transferred moxibustion skin-friendly sheet which is in contact with human skin and transmits electric property, and a device for conducting electric power by a sheet body with electric insulation and heat conduction and can be made into a plasticizing flexible mat sheet which can be in contact with and flex with the human body curved surface, two opposite surfaces are respectively plated with a flexible heat action circuit and a conductive film layer, the force ends of the heat action circuit and the conductive film layer are respectively connected with a relay terminal at one position of the flexible mat sheet in a conduction way, one area shape is equivalent to that of the flexible mat sheet and is in mutual contact combination, and the flexible skin-friendly conductive layer is also flexible, receives the conduction of the conductive film layer, the transferred pulse electric power is in contact with the surface of the human skin, the heat generated by the electric heat conversion of the heat action circuit body is transferred to the contact surface which is in contact with the skin through the flexible mat sheet and the skin-friendly conductive layer, the relay terminal of the power connection device is replaced by a power connection buckle capable of being buckled in a dry mode and an opposite buckle to achieve electric conduction, the power connection buckle and the opposite buckle are buckled elastically and are of a circular structure, a contact tenon and a power connection ring arc which are used for conducting electricity are arranged in the center and the eccentric position of the circular structure respectively, a planar electrode and a bridging electrode which is higher in span are arranged on the outer surface of a bottom plate of the power connection buckle respectively, and the planar electrode and the bridging electrode are respectively located on two sides of a sheet body which is connected in a conduction mode on the same height surface.

The heat circuit is formed on one surface of the flexible mat by plating, has flexibility along with the flexible mat bending deformation, and has resistance to generate electric heating effect, the generated heat can penetrate through the flexible mat to operate heat balance towards the direction of the skin-friendly conductive layer, and the loaded heat is mainly radiated on the contact surface.

The heating circuit is divided into a positive circuit and a negative circuit through a disconnection section, the positive circuit and the negative circuit are respectively conducted with a positive conduction block and a negative conduction block arranged on a flexible electric heating sheet to form an electric heating circuit, and the generated heat temperature can reversely pass through the flexible mat sheet, wherein the positive circuit and the negative circuit can also be independently and individually arranged before plating, and the area shapes can be modulated in advance to comprehensively contact the surfaces of the positive conduction block and the negative conduction block.

The specific structure and functions of the present invention for moxibustion and power conduction are described as follows with reference to the drawings:

referring to fig. 1 and 2, the system assembly is an electrical assembly 10, the electrical assembly 10 is a plasticized flexible mat 20 having electrical insulation, thermal conductivity and flexibility degree capable of responding to the human body's curved surface, one surface is a heat working surface 23, the other surface is an attachment surface 24, a heat working circuit 21 directly or indirectly forming a loop is laid on the surface of the heat working surface 23 in a plating manner, an input end of the heat working circuit 21 is electrically connected with an electrical connection device, the electrical connection device is a relay terminal 30 attached to one position of the flexible mat 20, at least one conductive film 22 capable of bending along with the bonding surface 24 is also plated on one position of the attachment surface 24, and one input end of the conductive film 22 is electrically connected to the relay terminal 30.

The heat circuit 21 is formed by plating, the electric heating element 500 capable of generating thermoelectric effect is formed by the electric heating circuit 501 which is integrally plated with the heat circuit 21, and the metal elements with different resistances can be plated in advance, or the composite metal material can be plated to modulate different resistances in advance.

Referring to fig. 3, the electrical assembly 10 of the system has a thermal circuit 21 on one side, a conductive film 22 on the other side, a flexible and relatively large-area bonding surface 24, a pair of bonding surfaces 41 on the skin-friendly conductive layer 40 that can conduct heat and electricity, the skin-friendly conductive layer 40 is aligned with the bonding position of the conductive film 22, and a current-passing block 42 is disposed, wherein the conductive film 22 transmits the pulse low-frequency power to the skin-friendly conductive layer 40 through the current-passing block 42 and at least transmits the pulse low-frequency power to the contact surface 43.

The skin-friendly conductive layer 40 can flex in response to the human body curved surface, and has electrical and thermal conductivity, and the contact surface 43 is used by being adhered to the surface of the human body skin.

Referring to fig. 4, in the completed electrical assembly 10, a skin-friendly conductive layer 40 is attached to one surface of the attachment surface 24, the conductive film layer 22 is in contact with the electrical block 42 and transmits the power of the conductive film layer 22 to the contact surface 43, the heat-working circuit 21 is plated and laid on the flexible mat 20, the relay terminal 30 conducts the power to generate an electrothermal effect, the generated heat is transmitted through the flexible mat 20 to the skin-friendly conductive layer 40 and dissipated to the contact surface 43, the electrical assembly 10 includes an envelope 101 covering the periphery of the skin-friendly conductive layer 40, the envelope 101 can block or reflect the external radiation relative to the heat generated by the heat-working circuit 21, so that the heat is transmitted to the skin-friendly conductive layer 40 as much as possible to form a practical skin-friendly warm moxibustion sheet 1, and the skin-friendly sheet 1 with the envelope 101 removed or retained can be distributed on the surface of the human body or binding limbs (not shown in the figure), electric power is respectively led in between, and the synchronous physical therapy of double-effect multi-acupuncture points of the hot moxibustion is generated.

Referring to fig. 5 and 6, the heat operation circuit 21 is distributed on the heat operation surface 23 of the electrical assembly 10, the input end of the heat operation circuit 21 is connected to the relay terminal 30 to conduct power, the heat operation circuit 21 is divided into a positive circuit 211 and a negative circuit 212 through the interval of a disconnection portion 210 in the loop, the heat operation surface 23 provides an electric heating body 500 with an electric heating effect to assemble, the electric heating body 500 is a flexible electric heating sheet 50, the connection surface 51 is connected to the heat operation surface 23, the positive conduction block 52 and the negative conduction block 53 of the flexible electric heating sheet 50 are respectively connected to the positive circuit 211 and the negative circuit 212 after being connected to each other, and a loop is formed inside the flexible electric heating sheet 50 to generate the electric heating effect.

Referring to fig. 7, the positive circuit 211 and the negative circuit 212 of the flexible mat 20 are respectively connected to the flexible electric heating sheet 50 to generate an electric heating effect, the conductive film 22 is connected to the current block 42 to transmit the current transferred by the relay terminal 30 to the contact surface 43, the positive circuit 211 and the negative circuit 212 are respectively electrically connected to the flexible electric heating sheet 50 to generate an electric heating effect, the positive electrode circuit 211 and the negative electrode circuit 212 are plated with metal elements with low resistance values, the power of the flexible electric heating sheet 50 can be selected in advance, different temperatures can be preset to meet different user requirements, the same heat generated by the flexible electric heating sheet 50 can be maintained by the encapsulating sleeve 101, and the heat is reversely radiated to the skin-friendly conductive layer 40 through the action of the positive electrode circuit 211 and the negative electrode circuit 212 contained in the flexible mat sheet 20 and finally radiated to the contact surface 43.

Referring to fig. 8 (please refer to fig. 6), according to the above concept, the positive circuit 211 and the negative circuit 212 are spaced apart from each other, and two sides of the positive circuit 211 and the negative circuit 212 respectively form an independent electric shock, the positive circuit 211 and the negative circuit 212 can be pre-laid with blocks on the surface of the hot working surface 23 to be respectively completed into independent units, the power input ends of the positive circuit 211 and the negative circuit 212 are connected to the power by the relay terminal 30, the positive circuit 211 and the negative circuit 212 respectively contact the positive conducting block 52 and the negative conducting block 53 of the flexible electric heating sheet 50, and contact a circuit as in the concept of fig. 6 to drive the flexible electric heating sheet 50 to generate electric heating work, and the generated heat radiation wave is transmitted through the mounted flexible sheet 20 by the balance action.

Referring to fig. 9, the power connection device utilized in the system may be implemented by a button-shaped fastening method, and the device includes a power connection button 60, the power connection button 60 includes a circular plug ring 61, a bottom coaxial with the bottom of the circular plug ring 63 having a hard insulating circular shape, a resilient ring 62 formed at the inner shoulder of the circular plug ring 61 and elastically acting toward the central axis, and an eccentric contact tenon 64 formed at the center and having two unequal radii and supported by the surface of the power connection button bottom 63 at the bottom of the circular plug ring 61.

Referring to fig. 10, after the bottom of the contact tenon 64 passes through the outer surface of the bottom of the electrical connection buckle bottom plate 63, at least three planar electrodes 65 are respectively conducted, a protruded cross pillow 66 is disposed at a position away from the planar electrodes 65, and a cross electrode 67 disposed on the upper surface of the cross pillow 66 is also respectively conducted with the bottom of the contact tenon 64, and the electrical connection buckle bottom plate 63 can also be implemented as a circuit board, such that the electrical connection of the contact tenon 64 is conducted to the planar electrodes 65, and the cross electrode 67 is conducted in an indirect manner by jumping wires.

Referring to fig. 11, in view of the above-mentioned planar electrode 65 and cross-over electrode 67, the cross-over pillow 66 is disposed through an attachment sheet body having two sides provided with an attachment sheet body requiring electrical connection, such as the cross-over hole 25 of the flexible mat sheet 20, the height of the cross-over pillow 66 is equal to the thickness of the flexible mat sheet 20 in principle, and the flexible mat sheet 20 (as shown in fig. 1 and 2) is provided with the heating circuit 21 and the conductive film layer 22, so that the planar electrode 65 conducts the heating circuit 21 electrically in the same plane, the cross-over electrode 67 can conduct the conductive film layer 22 in the same plane as the cross-over hole 25, and the power between the planar electrode 65 and the cross-over electrode 67 is not interfered with each other after being output externally.

Referring to fig. 12, the electrical connecting buckle 60 may be provided with a male and female buckle counterpart 70, the bottom of the buckle counterpart 70 is supported by a connecting web 80, and is connected to a remote power source such as a battery through a power line 31, the connecting web 80 is used to facilitate assembly and disassembly of fingers by the operation of pulling the buckle counterpart 70 during the buckling assembly and disassembly process, and the connecting web 80 is required to assist assembly and disassembly operation especially when the system is light and thin.

Referring to fig. 13, the main body of the opposite buckle 70 has an outer buckle ring 71, the bottom of which is coaxially provided with a pair of buckle bottom plates 73, the opposite buckle bottom plates 73 are the same in nature of hard insulation, the shoulder outer ring of the buckle outer ring 71 is recessed with a buckle neck 72, the buckle neck 72 is elastically buckled with the buckle ring 62 shown in fig. 9 to obtain an instantaneous fixed combination, and prevent the electrical connection from being loosened and jumped.

Referring to fig. 9 and 14, the outer ring of the opponent button 70 is an embedded button outer ring 71, the inner concave bottom of the inner circle is provided with a central contact circle 74, a first ring spoke 75 and a second ring spoke 76 distributed on the surface of the opponent button bottom plate 73, the radius range of the first ring spoke 75 and the second ring spoke 76 is the same as that of the eccentric two contact tenons 64 arranged in fig. 9 to keep contact, so that after the electric button 60 and the opponent button 70 are assembled and buckled, the two can rotate in a mutual plane like an armature structure, and thus when applied to a human body, the battery (not shown in the figures) oriented by the power line 31 can be subjected to angular position conversion in a three-dimensional space, at least the two can be subjected to full angular position interaction.

The first ring spokes 75 and the second ring spokes 76 are annular bodies, so that the opposite hand knobs 70 can be contacted with at least three contact tenons 64 shown in fig. 9 at any plane angular position, and the opposite hand knobs and the contact tenons are in an eccentric armature contact structure, which is beneficial to preventing the wire bodies of the power wires 31 (shown in fig. 12) from being twisted or twisted when the power wires 31 are placed at different angular positions, and is also beneficial to easily replacing the batteries at the spatial angular positions.

The electric assembly of the utility model is characterized in that a plasticized flexible mat sheet with insulation, heat conduction and breadth capable of being bent according to the curved surface of a human body is used as a main body, a hot working surface and an attaching surface are respectively arranged on two opposite surfaces of the plasticized flexible mat sheet, a hot working circuit is laid on the breadth of the hot working surface in a plating mode, a conductive film layer is laid on the attaching surface in a plating mode, the working power of the hot working circuit and the conductive film layer is respectively led in by a relay terminal, the hot working circuit can be a metal element with high resistance, the metal element with high resistance is plated, an electrothermal effect is generated after the electrification, the heat wave generates radiation, the hot temperature of hot compress which is mainly led out by a skin-friendly conductive layer can be penetrated through the attaching surface, the system is a thinned design, the heating power is enhanced, the hot working circuit can be distributed to be a positive circuit and a negative circuit to conduct a superposed flexible electric heating sheet, the power generating device can generate higher power, the power connection device can be provided with a power connection button and an opposite button, the opposite plane angular positions can rotate due to the eccentric armature structure relationship between the power connection button and the opposite button, the bottom of the power connection button and the opposite button are respectively provided with a hard insulated power connection button bottom plate and an opposite button bottom plate, the surfaces of the power connection button bottom plate and the opposite button bottom plate are uniformly distributed with plane electrodes, and cross-over electrodes are distributed through a cross pillow.

Claims

1. An electrically-activated skin-friendly sheet, comprising:

2. The electrical skin-friendly sheet according to claim 1, wherein the electric heating body is a loop-forming electric heating body having an electric heating effect and formed by plating and extending a hot working circuit.

3. The electrical skin-friendly sheet according to claim 1, wherein the heat-working circuit is a low-resistance metal coating, the circuit has a positive circuit and a negative circuit through the breaking portion, the positive circuit and the negative circuit are respectively connected to the electric heating element, and the electric heating element is a stacked flexible electric heating sheet having a positive conducting block and a negative conducting block.

4. The electrical skin-friendly sheet according to claim 1, wherein the relay terminal is a power connection device that is fastened by a button body dry type male and female for providing more than three circuits, and comprises: a power connection button, further comprising: a circular-plate-shaped hard electrical-connecting button bottom plate with insulation; a circular plug ring, the bottom end of which is coaxially combined with the upper surface of the bottom plate of the electric buckle; a contact tenon which is positioned in the center and at least two different center distances are eccentrically distributed, and the bottom plate of the received electric buckle supports the inner circle space positioned in the circular plug ring; a set of at least three planar electrodes, which are disposed on the outward surface of the electrical connection buckle base plate and electrically connected to the contact tenons respectively; a bridging pillow with height, which is fixed and combined on the position of the bottom surface facing the surface of the electric connecting buckle bottom plate to avoid the plane electrode, the top surface is provided with a set of at least three bridging electrodes, and the bridging electrodes are respectively and electrically connected with the contact tenon; an opposite hand button that can be buckled with the electric connection button for male and female, the opposite hand button further comprises: a circular sheet-shaped hard-to-hand button bottom plate with insulation; an embedded buckle outer ring, the bottom end of which is coaxially combined with the upper surface of the opposite buckle bottom plate, and the external round neck part of which is provided with a buckle ring neck; a group of planes are combined on the surface of the bottom plate of the buckle according to the bottom surface of the inner circle of the outer ring of the buckle, a central contact circle, at least one first ring spoke and one second ring spoke are arranged at the position of each contact tenon corresponding to the center and unequal eccentricity; a set of at least three planar electrodes is connected to the power source from the outside, and the planar electrodes are disposed on the outward surface of the opposing buckle base plate and electrically connected to the center contact circle, the first ring spoke and the second ring spoke, respectively.

5. The electric skin-friendly sheet according to claim 4, wherein the opposite buckle bottom plate is provided with a cross pillow having a height, and is fixedly combined with the position of the outward surface of the opposite buckle bottom plate away from the planar electrode, the top surface is provided with a set of at least three cross electrodes, and the cross electrodes are connected to an external power source by an electric wire, and are electrically connected to the central contact circle, the first ring spoke and the second ring spoke respectively.

6. The electrical skin-friendly sheet according to claim 4, wherein the contact joint is axially elastically stretchable.

7. The electrical skin-friendly sheet according to claim 4, wherein the inner circle of the circular plug ring is provided with an elastic ring elastically acting in the axial direction.

8. The electrical skin-friendly sheet according to claim 4, wherein the snap ring outer surface is recessed with a snap ring neck.

9. The electrical skin-friendly sheet as claimed in claim 4, wherein the cross pillow of the electrical connection button bottom plate is connected to the cross pillow by being inserted and crossed, and the two sides of the cross pillow are respectively provided with cross holes of the flexible mat sheet of the circuit.