WO2012119293A1

WO2012119293A1 - Combined electrode for photo-electro-magnetic therapy and photo-electro-magnetic therapeutic equipment with the electrode

Info

Publication number: WO2012119293A1
Application number: PCT/CN2011/071531
Authority: WO
Inventors: 赵志刚
Original assignee: Zhao Zhigang
Priority date: 2011-03-04
Filing date: 2011-03-04
Publication date: 2012-09-13

Abstract

A combined electrode for photo-electro-magnetic therapy and a photo-electro-magnetic therapeutic equipment with the electrode are provided. The combined electrode includes an electrode plate (1), a magnetic field generator and a therapy light illuminant (5). The electrode plate (1) is located in the front of the combined electrode; the electrode plate (1) and the therapy light illuminant (5) are connected to the magnetic field generator directly or indirectly. The electrode plate (1), the magnetic field generator and the therapy light illuminant (5) are overlapped or arranged on a same layer or overlapped and arranged on a same layer. When the therapy light illuminant (5) is overlapped behind the electrode plate (1) and /or the magnetic field generator, the electrode plate (1) and the magnetic field generator located before the therapy light illuminant (5) include a light channel (31) corresponding to the therapy light illuminant (5), the therapy light illuminant (5) is dead against the light channel (31); the electrode plate (1) and the therapy light illuminant (5) are electrically connected to the corresponding connectors of the therapeutic equipment; and the therapeutic equipment includes the combined electrode. The present invention greatly increases the therapeutic effect, and can meet all kinds of needs, and is easy to use by organically combining the electrode plate (1), the magnetic generator and the therapy light illuminant (5).

Description

Photoelectromagnetic therapy composite electrode and photoelectromagnetic therapeutic apparatus with the same

The present invention relates to an electrode for use in human body therapy, and more particularly to a composite electrode having both phototherapy, electrical stimulation, and magnetic therapy functions.

Background technique

Using the principles of phototherapy, electric stimulation and magnetic therapy, the therapeutic physiotherapy that combines the advantages of phototherapy, electrotherapy and magnetic therapy to the human body has gradually become accepted. However, as an electrode of a key component of a therapeutic apparatus, in the existing optical electromagnetic therapeutic apparatus, there is a defect that the design is unreasonable, inconvenient to use, or even unable to effectively exert the combined therapeutic advantages of phototherapy, electrotherapy, and magnetic therapy, so that the existing optical electromagnetic The treatment device is not efficient and cannot effectively exert its therapeutic effect.

Summary of the invention

One of the technical problems to be solved by the present invention is to provide a photoelectromagnetic therapy composite electrode, which overcomes the defects that the electrode design of the existing photoelectromagnetic therapeutic apparatus is unreasonable, inconvenient to use, and unable to exert the combined therapeutic advantages of the photoelectromagnetic therapeutic apparatus.

The second technical problem to be solved by the present invention is to provide a photoelectromagnetic therapeutic apparatus which uses the above-mentioned photoelectromagnetic therapy composite electrode to improve the convenience of use and fully utilize the combined physiotherapy advantages of the photoelectromagnetic therapeutic apparatus.

The technical solution adopted by the present invention to solve one of the technical problems is to construct a photoelectromagnetic therapy composite electrode, which comprises an electrode sheet, a magnetic field generating device and a therapeutic photo illuminator, the electrode sheet being located in front of the composite electrode On the side, the electrode sheet and the therapeutic light emitter are directly or indirectly connected to the magnetic field generating device, and the electrode sheet, the magnetic field generating device and the therapeutic light emitting body are arranged in an overlapping manner or are arranged on the same layer or overlap, and have the same layer arrangement; When the therapeutic photoilluminators are arranged in an overlapping manner behind the electrode sheets and/or the magnetic field generating device, the electrode sheets located before the therapeutic light emitters and the magnetic field generating device comprise corresponding to the therapeutic light emitters The light channel is opposite to the light channel; the electrode sheet and the therapeutic light emitter are electrically connected to corresponding connecting ends of the therapeutic device.

In the photoelectromagnetic therapy composite electrode of the present invention, a support body is included, and the electrode sheet, the magnetic field generating device and the therapeutic photoluminescence body are directly or indirectly connected to the support body, and when the therapeutic light emitter is overlapped When disposed behind the support, the support includes a light channel corresponding to the therapeutic light emitter, the therapeutic light emitter being contiguous with the light channel.

In the photoelectromagnetic therapy composite electrode of the present invention, the magnetic field generating device includes a planar coil electrically connected to a corresponding connection end of the therapeutic device, the therapeutic photo illuminator being fixed in the optical channel, or including directly or indirectly connected The circuit board on the front side or the rear side of the coil, the therapeutic light emitter is connected to the circuit board, and the electrode sheet and the circuit board are flexible electrode sheets and flexible circuit boards.

In the photoelectromagnetic therapy composite electrode of the present invention, the electrode sheet is located in the middle of the front side of the composite electrode, and the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device, and the electrode sheet is in the plane of the coil The projection is located inside the outer contour of the coil;

The therapeutic light emitter is fixed in any of the optical channels; or comprises a circuit board directly or indirectly connected to the front or rear side of the coil, the therapeutic light emitter being connected to the circuit board.

In the photoelectromagnetic therapy composite electrode of the present invention, the electrode sheet is located at a middle portion of a front side of the composite electrode, and the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device and a magnetic core disposed at a middle portion of the coil. a projection of the electrode sheet in the plane of the coil is located inside the outer contour of the coil; when the therapeutic light emitter is overlapped behind the magnetic core, the magnetic core includes an optical passage corresponding to the therapeutic light illuminator, Treating the photo illuminator directly opposite the optical channel of the magnetic core;

The therapeutic light emitter is fixed in any of the optical channels; or includes a circuit board directly or indirectly connected to the coil and the front or rear side of the magnetic core, the therapeutic light emitter being connected to the circuit On the board.

In the photoelectromagnetic therapy composite electrode of the present invention, the magnetic field generating means includes a coil electrically connected to a corresponding connection end of the therapeutic device, the coil being connected to the front side or the rear side of the support body along an outer ring on the side of the support body The electrode sheet is directly or indirectly connected to the support body along an outer ring of the front side of the support body; the therapeutic photo illuminator is fixed in any of the light channels; or is connected to the front of the support body A circuit board in the middle of the side or the middle of the back side, the therapeutic light emitter being connected to the circuit board.

In the photoelectromagnetic therapy composite electrode of the present invention, the magnetic field generating means includes a coil electrically connected to a corresponding connection end of the therapeutic device and a magnetic core disposed in a middle portion of the coil, the coil and the magnetic core being connected to the front of the support body a side or a rear side, the coil is connected to the support body along an outer ring of the side of the support body; the electrode piece is directly or indirectly connected to the support body along an outer ring of the front side of the support body; Treatment When the light illuminator is disposed behind the magnetic core, the magnetic core includes a light passage corresponding to the therapeutic light illuminator, and the therapeutic light illuminator is opposite to the optical passage of the magnetic core;

The therapeutic photoluminator is fixed in any of the optical channels;

Or comprising a circuit board, the therapeutic light emitter being connected to the circuit board, the circuit board being connected to the middle of the front side or the middle of the back side of the support body or the circuit board being connected to the front side or the rear of the magnetic core side.

In the photoelectromagnetic therapy composite electrode of the present invention, the elastic pad layer disposed on the rear side of the electrode sheet is included, and when the elastic pad layer is disposed to overlap the therapeutic photo illuminator, the elastic pad layer includes The light channel of the photoluminescent body is treated, and the therapeutic photoluminescent body is opposite to the optical channel of the elastic underlayer.

In the photoelectromagnetic therapy composite electrode of the present invention, an electrode housing having a cavity is provided, and the electrode sheet, the magnetic field generating device and the therapeutic photo illuminator are located in a cavity of the electrode housing, and the outer surface of the electrode sheet It is flush with or protrudes from the cavity port of the electrode housing.

In the photoelectromagnetic therapy composite electrode of the present invention, the electrode housing is a flexible housing or a rigid housing. In the photoelectromagnetic therapy composite electrode of the present invention, the electrode housing is a rigid housing including a handle disposed outside the electrode housing.

In the photoelectromagnetic therapy composite electrode of the present invention, an affected part positioning device provided on the electrode housing is included.

The technical solution adopted by the present invention to solve the second technical problem is: constructing a photoelectromagnetic therapeutic apparatus, comprising: a main body and a composite electrode electrically connected to the host, the composite electrode comprising an electrode sheet, a magnetic field generating device and a therapeutic light An illuminant, the electrode sheet is located on a front side of the composite electrode, and the electrode sheet and the therapeutic illuminator are directly or indirectly connected to the magnetic field generating device, and the electrode sheet, the magnetic field generating device and the therapeutic illuminant are arranged or overlapped The layer arrangement may have an overlap, having the same layer arrangement; when the therapeutic light emitter is overlapped behind the electrode sheet and/or the magnetic field generating device, the electrode sheet located before the therapeutic light emitter, The magnetic field generating device includes a light channel corresponding to the therapeutic light illuminator, the therapeutic light illuminator being directly opposite to the light channel; the electrode sheet and the therapeutic light illuminator being electrically connected to respective connection ends of the host; The host includes a drive module corresponding to the electrode.

In the photoelectromagnetic therapy apparatus of the present invention, the composite electrode is integrated with the main body, the composite electrode is disposed on a wall of the main body, and the body of the main body is adapted to be hand-held.

Photoelectromagnetic therapeutic composite electrode embodying the invention and photoelectromagnetic therapeutic apparatus with the same, and prior art The beneficial effects are:

1. The electrode sheet, the magnetic field generating device and the therapeutic light illuminating body are organically combined to effectively combine the advantages of the combined physiotherapy of the optical electromagnetic therapeutic apparatus, thereby greatly improving the physiotherapy effect;

2. The electrode sheet, the magnetic field generating device and the therapeutic light illuminator are arranged flexibly to meet the requirements of different physiotherapy effects;

3. When the electrode piece, the magnetic field generating device and the therapeutic light emitting body are arranged in an overlapping manner, the electric stimulation point, the area with high magnetic field intensity and the treatment light can be concentrated in the same treatment part, thereby greatly improving the therapeutic effect;

4. The electrode piece, the planar coil, and the illuminant mounted on the circuit board are used to form an electrode, and when the electrode element such as the electrode piece and the circuit board is made of a flexible material, the thickness can be made thin and the shape can be changed according to the shape of the treatment part. The composite electrode is more convenient to use.

DRAWINGS

The present invention will be further described with reference to the accompanying drawings and embodiments in which:

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view showing an embodiment of a photoelectromagnetic therapeutic composite electrode of the present invention.

Fig. 2 is an exploded perspective view showing an embodiment of the photoelectrorefractive composite electrode of the present invention.

detailed description

As shown in Figs. 1 and 2, the photoelectromagnetic therapy composite electrode of the present invention comprises an electrode sheet 1, a support 3, a magnetic field generating device and a therapeutic photoluminous body 5.

The electrode sheet 1 is bonded (or otherwise, such as a wire sewn connection). On the support 3, the electrode sheet 1 is located on the front side of the entire composite electrode so that the electrode sheet 1 is in contact with the treatment site of the patient during use. The electrode sheet 1 may be divided into one piece, two pieces or a plurality of pieces as needed, and the electrode sheet 1 may be used as a positive electrode sheet or a negative electrode sheet, or the electrode sheet 1 may include a positive electrode sheet and a negative electrode sheet, and may be independent. It can realize the electric stimulation therapy function, and can also work together with other electrodes to realize the electric stimulation therapy function.

The electrode sheet 1 may be a silicone electrode sheet, a conductive rubber electrode sheet, a conductive sponge electrode sheet, a metal electrode sheet or an electrode sheet made of a conductive cloth. In order to improve the adaptability and comfort of the composite electrode to the treatment site, and to ensure that the electrode sheet 1 exerts a certain pressure on the treatment site and reliably contacts the treatment site, an elastic cushion layer, such as a sponge cushion layer, may be disposed on the back side of the electrode sheet 1. Rubber mat and the like. The support 3 is used to support the electrode sheet 1, the magnetic field generating device, the therapeutic photo illuminator, and the like. The support 3 may be made of a flexible material as needed to meet the needs of the flexible electrode, or may be made of a hard material. The magnetic field generating means is bonded (or otherwise structured, such as by a seaming connection) to the support 3.

The magnetic field generating device may be a permanent magnet to form a constant magnetic field, or a coil 4 (shown in Fig. 2) may be used to generate a pulsed magnetic field driven by the main body of the therapeutic apparatus. When a coil is used, in order to increase the strength of the magnetic field, a magnetic core may be disposed in the middle of the coil.

When the magnetic field generating device employs a coil, there may be a bobbin or no bobbin. When a coil bobbin is used, the skeleton may be made of a magnetic material (in which case the skeleton constitutes a magnetic core), or a common material may be used. The skeleton may have a solid structure or a hollow and transparent structure. When the skeleton adopts a solid structure, the therapeutic light emitter may be disposed on the outer circumference of the magnetic field generating device, or a light channel may be disposed on the skeleton, the therapeutic light emitter may be disposed in the light channel or the therapeutic light emitter may be disposed behind the skeleton. And facing the light channel; when the skeleton adopts a hollow and transparent structure, the therapeutic light emitter can be disposed inside the skeleton.

The therapeutic light illuminator 5 can be an LED (columnar LED or sheet LED) emitting light having therapeutic light such as infrared rays (invisible light), red light or blue light, or a light bulb.

Under the condition that the electrode sheet 1 is located on the front side of the entire composite electrode, the arrangement between the electrode sheet 1, the magnetic field generating device and the therapeutic photoluminescence body 5 may include, but is not limited to, the following arrangement:

1. The electrode sheet 1, the magnetic field generating device and the therapeutic light illuminator 5 are arranged in an overlapping manner, that is, arranged in a front-rear relationship, such as in the order of the electrode sheet-magnetic field generating device-the therapeutic light illuminating body, or according to the electrode sheet. - The therapeutic photoluminescence - the magnetic field generating means are arranged in sequence before and after.

2. The electrode sheet 1, the magnetic field generating device and the therapeutic light illuminator 5 are arranged on the same layer, that is, adjacently arranged on the same level, and the ring sleeve arrangement may be arranged in an internal or external relationship, or may be arranged in parallel intervals or adjacently arranged, etc. For example, the photo-illuminator and the electrode sheet are treated according to the coil loop of the magnetic field generating device, or the photo-illuminator is treated according to the coil loop of the magnetic field generating device, and the arrangement of the photo-illuminator ring-shaped electrode sheet is treated.

3. There is overlap between the electrode sheet 1, the magnetic field generating device and the therapeutic light illuminator 5, and the same level Arrangement, that is, there are arrangements of the front and rear arrangement, and the arrangement of the same layer adjacent to each other, such as the coil sleeve treatment of the light-emitting device according to the magnetic field generating device, the electrode sheet and the coil, and the treatment light-emitting body arranged in front and rear.

The above-mentioned "same level arrangement" does not strictly require that the electrode sheet 1, the magnetic field generating means and the therapeutic light emitting body 5 are located in the same plane, but means that there is no order relationship between the mutual positions. For example, the coil as the magnetic field generating device may be a planar coil or a cylindrical coil. Although the cylindrical coil has a large thickness dimension, as long as the therapeutic light emitter 5 has no sequential positional relationship with the cylindrical coil, the therapeutic light is emitted. The arrangement of the body 5 and the columnar coil is arranged in the same plane.

When the therapeutic photoilluminator 5 is arranged to overlap after the electrode sheet 1 or after the magnetic field generating device or after the elastic mat layer or behind the support 3, the electrode sheet 1, the magnetic field generating device, the elastic cushion layer, which is located before the therapeutic photoluminescence body 5, The support body 3 includes a light passage (such as a through hole, a through groove, etc.) corresponding to the therapeutic light illuminator 6, and the therapeutic light illuminator 5 is disposed opposite to the light passage, so as to treat the therapeutic light emitted by the light illuminator 5 through The light channel reaches the front end of the electrode and is illuminated at the treatment site.

The electrode sheet 1 and the therapeutic light emitter 5 are electrically connected to corresponding terminals of the treatment device host. When the magnetic field generating device includes a coil, the coil is electrically connected to a corresponding connection end of the treatment device main body.

As shown in FIG. 2, in the present embodiment, the electrode sheet 1 is bonded to the outer side of the front side of the support body 3 or otherwise connected to the support body 3 (for example, by sewing, etc.) as a magnetic field generating device. The coil 4 is bonded along the outer ring of the side of the support body 3 or otherwise connected to the rear side of the support body 3 (such as by sewing a wire, etc.), and the therapeutic light emitter 5 is connected to the circuit board 51 (as needed, The circuit board 51 may be made of a flexible material or a hard material, bonded by the circuit board 51 or otherwise connected to the rear side of the support body 3 and located at the coil. The interior of 4. The electrode sheet 1 is in an overlapping arrangement relationship with the coil 4 and the therapeutic light emitter 5, and the coil 4 and the therapeutic light emitter 5 are arranged in the same layer. The support 3 is provided with a light path 31 corresponding to the therapeutic light emitter 5, and the therapeutic light emitter 5 is arranged opposite to the light tunnel 31.

In order to prevent the minute foreign matter from entering the inside of the composite electrode from the light passage 31 when the composite electrode is used, the composite electrode is adversely affected, and the transparent protective film 2 covering the light passage 31 on the support 3 is provided on the front side of the support 3. Of course, in other embodiments, not providing the transparent protective film 2 does not affect the present invention. The realization of the purpose.

In other embodiments, the coil 4 can be attached to the front side of the support 3, and the electrode sheet 1 is attached to the coil 4 and then to the support 3.

In other embodiments, the therapeutic light emitter 5 and its circuit board 51 may be disposed on the front side of the support body 3, the coil 4 is connected by the electrode sheet 1, the circuit board 51 is connected to the coil 4, and the circuit board 51 is connected to the support body. The front side of 3 can also achieve the object of the present invention.

In other embodiments, the treatment light emitter 5 may be directly fixed (fixed or bonded by means of bonding or tight fitting) without providing the circuit board 51 (in the electrode channel 1, the magnetic field) When the generating device sets the optical channel, the therapeutic light emitter 5 can also be directly fixed in the electrode sheet 1 or the optical path of the magnetic field generating device, and the object of the present invention can also be achieved.

In order to protect the electrode sheet 1, the support body 3, the magnetic field generating device and the therapeutic light illuminator, an electrode housing 6 having a concave shape is provided, and the electrode sheet 1, the support body 3, the magnetic field generating device and the therapeutic photo illuminator are disposed therein. In the cavity of the electrode housing 6, and ensuring that the outer surface of the electrode sheet 1 is flush with the cavity port of the electrode housing 6 or protrudes from the cavity port of the electrode housing 6, so as to ensure the electrode sheet 1 during use. Contact with the treatment site. Of course, the absence of the electrode housing 6 does not affect the realization of the basic object of the invention.

The electrode housing 6 may be a flexible housing as needed to meet the requirements of the flexible electrode, or a rigid housing made of a hard material to better protect the electrode structure disposed in the cavity of the electrode housing.

In order to facilitate the operation, when the electrode housing 6 is a rigid housing, an operation handle is provided outside the electrode housing for convenient use.

In order to facilitate positioning of the affected part of the human body when the composite electrode is used, an affected part positioning device is disposed on the electrode housing. The affected part positioning device may employ an elastic band including, but not limited to, an electrode housing, a strap, and the like.

In other embodiments, when the magnetic field generating means includes a planar coil electrically connected to a corresponding connection end of the therapeutic device, the coil may be attached to the front side or the rear side of the support body 3; the therapeutic light emitter 5 may be fixed in the optical channel A circuit board 51 may be provided. The circuit board may be connected to the front side or the rear side of the support body 3, and the therapeutic light emitter is connected to the circuit board. The electrode sheet 1, the support body 3 and the circuit board 51 are all made of a flexible material. to make. At this time, a flexible composite electrode having a small thickness can be obtained. In other embodiments, the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the treatment device main body, the coil may be connected to the front side of the support body 3, and the electrode sheet 1 is connected to the middle of the support body to ensure that the electrode sheet is in the coil The projection in the plane is within the outer contour of the coil. It is also possible to arrange the coil on the rear side of the support body 3, and the electrode sheet 1 is directly connected to the middle of the support body, ensuring that the projection of the electrode sheet in the plane of the coil is located within the outer contour of the coil. The therapeutic light emitter 5 can be fixed in the light channel of the support 3, or the therapeutic light emitter 5 can be fixed in the light channel of the electrode sheet 1. A circuit board 51 may be disposed, and the therapeutic light emitter 5 is connected to the circuit board 51. The therapeutic light emitter and the circuit board may be connected to the middle of the front side of the support body, and the therapeutic light emitter and the therapeutic light emitter may be The circuit board is disposed at a middle portion of the rear side of the support body such that the therapeutic light illuminator faces the optical path toward the electrode sheet.

In other embodiments, the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device and a magnetic core disposed in a middle portion of the coil. When the therapeutic light emitter 5 is disposed behind the magnetic core, a corresponding correspondence is provided on the magnetic core. In the treatment of the light channel of the light emitter 5, the therapeutic light emitter 5 is directly opposite the light channel of the core. The coil and the magnetic core may be attached to the front side of the support body 3, and the electrode sheet 1 is attached to the magnetic core and then connected to the middle of the support body. The coil and the magnetic core may also be attached to the rear side of the support body 3, and the electrode sheet 1 is directly connected to the middle of the support body, and the projection of the electrode sheet in the plane of the coil is located within the outer contour of the coil. The therapeutic light emitter 5 can be fixed in the light channel of the support body 3, or the therapeutic light emitter 5 can be fixed in the light channel of the electrode sheet 1, and the therapeutic light emitter 5 can also be fixed on the optical channel of the magnetic core. in. It is also possible to provide a circuit board 51 which can be connected to the middle of the front side or the middle of the rear side of the support body. The circuit board can also be connected to the front side or the rear side of the magnetic core, and the therapeutic light emitter 5 is connected to the circuit. On the plate 51, the therapeutic light emitter is oriented opposite the light tunnel toward the electrode sheet.

In other embodiments, the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the treatment device main body, and the coil can be connected to the front side of the support body 3 along the outer ring on the side of the support body, and the electrode sheet 1 is connected to the coil After being connected to the support body 3, the coil can also be connected to the rear side of the support body 3 along the outer ring on the side of the support body, and the electrode sheet 1 is connected to the support body 3 along the outer ring of the front side of the support body 3. . The therapeutic light illuminator 5 may be fixed in the optical channel of the support body 3, or the therapeutic light illuminator 5 may be fixed in the optical channel of the electrode sheet 1. A circuit board 51 may be provided to illuminate the therapeutic light. The body 5 is connected to the circuit board 51, and the therapeutic light emitter and the circuit board can be connected to the middle of the front side of the support body, and the therapeutic light emitter and the circuit board can be disposed in the rear side of the support body. The treatment light illuminator faces the optical channel in a direction toward the electrode sheet.

In other embodiments, the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device and a magnetic core disposed in a middle portion of the coil. When the therapeutic light emitting body is disposed behind the magnetic core, the magnetic core includes The therapeutic light illuminator is optically aligned with the optical channel of the magnetic core. The coil and the magnetic core may be connected to the front side of the support body, and the electrode sheet 1 is connected to the coil and then connected to the support body 3 along the outer ring of the front side of the support body 3, and the coil may be along the support body. 3 The outer ring of the side surface is connected to the rear side of the support body 3, and the electrode sheet 1 is attached to the support body 3 along the outer ring of the front side of the support body 3. The therapeutic light emitter can be fixed in the light channel of the support, or the therapeutic light emitter can be fixed in the optical channel of the electrode sheet, and the therapeutic light emitter can be fixed in the optical channel of the magnetic core. A circuit board 51 may be provided, the therapeutic light emitter 5 is connected to the circuit board 51, the therapeutic light emitter and the circuit board are connected to the middle of the front side or the middle of the back side of the support, or the therapeutic light emitter and The board is attached to the front or back side of the core. When the therapeutic light emitter is located on the rear side of the support or on the rear side of the coil and the magnetic core, the therapeutic light emitter is oriented opposite the light passage toward the electrode sheet.

In the above embodiment, the support member 3 may be omitted, and the electrode sheet 1, the magnetic field generating device, and the therapeutic photo illuminator may be arranged in an overlapping manner or in the same layer under the condition that the electrode sheet 1 is located on the front side of the entire composite electrode. The object of the present invention can also be achieved by overlapping or having the same level of arrangement.

The photoelectromagnetic therapeutic apparatus of the present invention comprises a main body and an electrode connected to the main body, and the electrode is a photoelectromagnetic composite electrode as described above, and the main body is a prior art, and includes a driving module corresponding to the photoelectromagnetic composite electrode. The structure of the photoelectromagnetic therapy composite electrode and its variations are as described above, and will not be described herein.

When the magnetic field generating means in the photoelectromagnetic therapy composite electrode includes a coil electrically connected to a corresponding connection end of the host, the main body includes a drive module corresponding to the coil.

The main body and the composite electrode can be integrally formed, and the composite electrode is disposed on the wall of the main body (such as the front wall, the side wall, the rear wall, etc.), and the main body of the main body is made into a shape or structure suitable for the hand, such as a machine of the main machine. The body is made into a shape that is easy to hold by hand, or a handle is made on the body of the main body for hand-held, etc., so that the user can use and carry the photoelectromagnetic therapeutic apparatus of the present invention more conveniently.

Claims

Claim

A photoelectromagnetic therapy composite electrode, comprising: an electrode sheet, a magnetic field generating device and a therapeutic photo illuminator, the electrode sheet being located on a front side of the composite electrode, the electrode sheet being directly or indirectly connected to the therapeutic illuminator In the magnetic field generating device, the electrode sheet, the magnetic field generating device and the therapeutic light emitting body are arranged in an overlapping manner or are arranged on the same layer or overlapped with the same layer; when the therapeutic light emitting body is overlapped on the electrode sheet and / or after the magnetic field generating device, the electrode sheet, the magnetic field generating device located before the therapeutic light illuminator comprises a light channel corresponding to the therapeutic light illuminator, the therapeutic light illuminator being directly opposite the light channel The electrode sheet and the therapeutic light emitter are electrically connected to corresponding connecting ends of the therapeutic device.

2. The photoelectromagnetic composite composite electrode according to claim 1, comprising a support, said electrode sheet, said magnetic field generating means and said therapeutic light emitter being directly or indirectly connected to said support body, said treatment When the light emitters are arranged in an overlapping manner behind the support body, the support body comprises a light channel corresponding to the therapeutic light emitter, the therapeutic light emitter being directly opposite the light channel.

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, wherein the magnetic field generating device comprises a planar coil electrically connected to a corresponding connection end of the therapeutic device, and the therapeutic photo illuminator is fixed to the light In the channel, or including a circuit board directly or indirectly connected to the front side or the rear side of the coil, the therapeutic light emitter is connected to the circuit board, and the electrode sheet and the circuit board are flexible electrode sheets and flexible circuits. board.

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, wherein the electrode sheet is located at a middle portion of a front side of the composite electrode, and the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device. a projection of the electrode sheet in the plane of the coil is located within an outer contour of the coil; the therapeutic light emitter is fixed in any of the optical channels; or comprises directly or indirectly connected to a front side or a rear side of the coil The circuit board, the therapeutic light emitter is connected to the circuit board.

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, wherein the electrode sheet is located at a middle portion of a front side of the composite electrode, and the magnetic field generating device includes a coil electrically connected to a corresponding connection end of the therapeutic device. And a magnetic core disposed in a middle portion of the coil, the projection of the electrode sheet in the plane of the coil being located within an outer contour of the coil; when the therapeutic light emitter is overlapped behind the magnetic core, the magnetic The core includes a light channel corresponding to the therapeutic light illuminator, the therapeutic light illuminator being directly opposite the optical channel of the magnetic core;

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, wherein the magnetic field generating means comprises a coil electrically connected to a corresponding connection end of the therapeutic device, the coil being connected along an outer ring of a side surface of the support body. On the front side or the rear side of the support body; the electrode sheet is directly or indirectly connected to the support body along the outer ring of the front side of the support body;

The therapeutic light emitter is fixed in any of the light tunnels; or comprises a circuit board attached to a middle portion of the front side or a middle portion of the back side of the support body, the therapeutic light emitter being connected to the circuit board.

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, wherein the magnetic field generating means comprises a coil electrically connected to a corresponding connection end of the therapeutic device, and a magnetic core disposed in a middle portion of the coil, the coil and a magnetic core is connected to the front side or the rear side of the support body, and the outer ring of the coil is connected to the support body along an outer ring of the side of the support body; the electrode piece is directly along the outer ring of the front side of the support body or Indirectly connected to the support; when the therapeutic light emitter is disposed behind the magnetic core, the magnetic core includes a light passage corresponding to the therapeutic light emitter, the therapeutic light emitter and the light of the magnetic core The channel is facing right; the therapeutic light emitter is fixed in any of the light channels;

The photoelectromagnetic therapy composite electrode according to claim 1 or 2, further comprising an elastic cushion layer disposed on a rear side of the electrode sheet, when the elastic cushion layer is disposed to overlap with the therapeutic light emitter The elastic cushion layer includes a light passage corresponding to the therapeutic light illuminator, and the therapeutic light illuminator is opposite to the optical passage of the elastic cushion layer.

9. The photoelectromagnetic composite composite electrode according to claim 1, comprising an electrode housing having a cavity, wherein the electrode sheet, the magnetic field generating device and the therapeutic light emitter are located in a cavity of the electrode housing The outer surface of the electrode sheet is flush with or protrudes from the cavity port of the electrode housing.

The photoelectromagnetic therapy composite electrode according to claim 9, wherein the electrode housing is a flexible housing or a rigid housing.

The photoelectromagnetic therapy composite electrode according to claim 9, wherein the electrode case is a rigid case including a handle provided outside the electrode case.

The photoelectromagnetic therapy composite electrode according to claim 9, comprising an affected part positioning device provided on the electrode housing.

A photoelectromagnetic therapeutic apparatus comprising: a main body and a composite electrode electrically connected to the main body, the composite electrode comprising an electrode sheet, a magnetic field generating device and a therapeutic photo illuminator, the electrode sheet being located at a front side of the composite electrode, The electrode sheet and the therapeutic light illuminator are directly or indirectly connected to the magnetic field generating device, and the electrode sheet, the magnetic field generating device and the therapeutic light illuminant are arranged in an overlapping manner or are arranged on the same layer or overlap, and have the same layer arrangement; When the therapeutic light emitter is overlapped behind the electrode sheet and/or the magnetic field generating device, the electrode sheet, the magnetic field generating device located before the therapeutic light emitter includes an optical channel corresponding to the therapeutic light emitter The therapeutic light emitter is directly opposite to the optical channel; the electrode sheet and the therapeutic light emitter are electrically connected to corresponding terminals of the host; and the host comprises a driving module corresponding to the electrode.

The photoelectromagnetic therapy apparatus according to claim 13, wherein the composite electrode is integrated with the main body, the composite electrode is disposed on a wall of the main body, and a body of the main body is adapted Handheld.