WO2019075975A1 - Low-frequency direct-current stimulation-based multipoint treatment special patch for facial paralysis patients and application thereof - Google Patents

Abstract

A low-frequency direct-current stimulation-based multipoint treatment special patch for facial paralysis patients, and an eyeshade and mask applying same. The patch comprises: a patch body, non-woven fabric (6), and two electrode wires (41, 42). The patch body comprises a first conductive silica gel region (21), a second conductive silica gel region (22), and an insulation region (1) located between the two conductive silica gel regions; the conductive silica gel regions (21, 22) comprise silica gel and conductive particles (2) distributed in the silica gel; electrode connection points (31, 32) are respectively provided in the conductive silica gel regions (21, 22); the non-woven fabric (6) covers the patch body; one end of each of the electrode wires (41, 42) is connected to one of the electrode connection points (31, 32) and the other end is provided with a wire connector (51, 52).

Description

Special patch for low-frequency direct current stimulation for facial paralysis patients and its application Technical field

The invention relates to the technical field of medical equipment, in particular to a low frequency direct current stimulation multi-point therapeutic electrode patch for a facial paralysis patient and various application forms of the patch.

Background technique

After facial nerve injury, patients are prone to symptoms such as facial motor dysfunction, which can cause facial muscle spasm and seriously affect the quality of life of patients. According to the condition of facial nerve injury, patients can be treated conservatively or with neurosurgery, but nerve regeneration and functional recovery after treatment are slow and often incomplete. Based on previous basic research and clinical practice experience, assistive rehabilitation training is very important on the basis of conservative treatment or neurological repair surgery. Effective neuromuscular electrical stimulation therapy can not only promote nerve fiber regeneration but also delay muscle atrophy and increase sputum. The extent to which muscle function is restored. Low-frequency direct current stimulation for the treatment of neuromuscular injury has been widely used in clinical practice and has a good therapeutic effect.

The traditional low-frequency direct current stimulation therapy is to use electric stimulation device to electrically stimulate the patient through the wire and skin patch. The quality and shape of the electrical stimulation skin patch as the main consumable is very important, which determines the effectiveness and efficiency of the treatment. At present, electrode patches for clinical medical applications are mostly used for relatively large-sized muscles, such as the muscles, spine or joints of the trunk and limbs, mostly round or square or irregular, but according to clinical practice, the facial muscles are relatively relatively Small and complex, the existing electrode patches do not fit well on the muscles of the relevant facial paralysis, especially in the area muscles such as the orbicularis oculi muscle and the orbicularis oculi muscle, which causes inconvenience to the treatment and reduces the inconvenience. Treatment effect and efficiency. Therefore, there is a need for an improved electrode patch that is suitable for use in facial paralysis patients.

In patients with peripheral facial paralysis, the affected eyelids are incompletely closed. The recovery effect after surgery is often unsatisfactory. Corneal ulcers often occur, and severe cases can lead to blindness. At present, there are no eye masks that can stimulate the muscles around the eyes, relieve fatigue, protect the eyes, and eliminate wrinkles.

Symptoms such as squinting, suffocating, eating, and drooling in patients with peripheral facial paralysis often cause inconvenience to patients. At present, no mask has been found which can stimulate the mouth and ankle muscles.

Summary of the invention

A first object of the present invention is to provide an electrode patch that is suitable for use in a facial paralysis patient.

A second object of the present invention is to provide an electrode patch set for a facial paralysis patient.

A third object of the present invention is to provide an eye shield having an electrode patch.

A fourth object of the present invention is to provide a mask having an electrode patch.

To achieve the above first object, the present invention provides the following technical solutions:

An electrode patch suitable for a facial paralysis patient, comprising: a patch body, a non-woven fabric and two electrode wires;

The patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between two conductive silica gel regions, the conductive silica gel region comprising silica gel and conductive particles distributed in the silica gel. An electrode contact is disposed in the conductive silica gel region;

The patch body is covered with a non-woven fabric;

One end of each of the two electrode wires is connected to one electrode contact, and the other end is provided with a wire connector.

Further, the patch body has a semi-fan shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite arc portions and straight portions. At this time, the electrode patch is a semi-fan electrode patch, which is suitable for the frontal muscle region.

Further, the patch body has a crescent shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite end portions. At this time, the electrode patch is a crescent-shaped electrode patch, which is suitable for the orbicularis muscle region and the orbicularis muscle region. Preferably, the crescent-shaped electrode patch is divided into two types, one is a crescent-shaped electrode patch for the eye attached to the orbicularis muscle region, and the other is a mouth attached to the orbicularis muscle region. a crescent-shaped electrode patch; the first electrode contact of the crescent-shaped electrode patch for the eye is located in the upper half of the elliptical orbicularis muscle, and the second electrode contact is located in the lower half of the elliptical orbicularis muscle The first electrode contact of the crescent-shaped electrode patch of the mouth is located in the upper half of the elliptical rim muscle, and the second electrode contact is located in the lower half of the elliptical rim muscle.

Further, the patch body has an elliptical shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite end portions along the long axis. At this time, the electrode patch is an elliptical electrode patch, which is suitable for the large muscle region.

Further, the two electrode contacts on each electrode patch are respectively located at the start and end points of the muscle travel.

Further, the length of the insulating region is 1.5 cm.

Further, the distance between the two electrode contacts on each electrode patch is 3.5 cm.

Further, the electrode wire is a metal wire.

Further, the conductive particles are conductive particles such as silver-coated copper powder and nickel-coated graphite powder.

In order to achieve the above second object, the present invention provides the following technical solutions:

An electrode patch set for a facial paralysis patient, comprising at least two of the foregoing electrode patches; each electrode patch comprises: a patch body, a non-woven fabric and two electrode wires; the patch body comprises a first conductive silicone a region, a second conductive silica gel region and an insulating region between the two conductive silica gel regions, the conductive silica gel region comprising silica gel and conductive particles distributed in the silica gel, and an electrode contact is disposed in each of the conductive silica gel regions The patch body is covered with a non-woven fabric; one end of the two electrode wires is respectively connected to one electrode contact, and the other end is provided with a wire joint.

Further, the electrode patch set includes a half-fan electrode patch, a crescent-shaped electrode patch, and an elliptical electrode patch; the patch body of the half-sector electrode patch has a semi-fan shape; the crescent-shaped electrode paste The patch body of the sheet has a crescent shape; the patch body of the elliptical electrode patch has an elliptical shape.

Further, the electrode patch set includes a half sector electrode patch, four crescent electrode patches, and two elliptical electrode patches.

Further, the electrode patch set includes a half-sector electrode patch, two crescent-shaped electrode patches for the eyes, a crescent-shaped electrode patch for the two mouths, and two elliptical electrode patches.

In order to achieve the above third object, the present invention provides the following technical solutions:

An eye shield having an electrode patch, comprising two eye mask bodies, a fixing strap and at least two electrode patches;

Each of the eyecup bodies is provided with at least one electrode patch on an inner side thereof;

The electrode patch comprises a patch body, a non-woven fabric and two electrode wires; the patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between the two conductive silica gel regions. The conductive silica gel region comprises silica gel and conductive particles distributed in the silica gel, and an electrode joint is disposed in each of the conductive silica gel regions; the patch sheet is covered with a nonwoven fabric; one end of the two electrode wires is respectively One electrode is connected and the other end is provided with a wire connector.

Further, the electrode patch is disposed at a portion of the eye mask body that contacts the orbicularis muscle region.

Further, the electrode patch is a crescent-shaped electrode patch; the patch body has a crescent shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite end portions.

Preferably, each of the eye mask bodies comprises a crescent electrode patch; the first electrode contact of the crescent electrode patch is located in the upper half of the elliptical orbicularis muscle, and the second electrode contact is located in the elliptical eye wheel The lower half of the diaphragm.

Further, each of the eye mask bodies includes two crescent-shaped electrode patches respectively located in an upper half and a lower half of the elliptical orbicularis oculi muscle.

Further, the two electrode contacts on each electrode patch are respectively located at the start and end points of the muscle travel.

Further, the length of the insulating region is 1.5 cm.

Further, the distance between the two electrode contacts on each electrode patch is 3.5 cm.

Further, the electrode wire is a metal wire.

Further, the conductive particles are conductive particles such as silver-coated copper powder and nickel-coated graphite powder.

In order to achieve the above fourth object, the present invention provides the following technical solutions:

A mask having an electrode patch, comprising a mask body, a fixing strap and at least one electrode patch;

The mask body is provided with at least one electrode patch on an inner side thereof;

The electrode patch comprises a patch body, a non-woven fabric and two electrode wires; the patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between the two conductive silica gel regions. The conductive silica gel region comprises silica gel and conductive particles distributed in the silica gel, and an electrode joint is disposed in each of the conductive silica gel regions; the patch sheet is covered with a nonwoven fabric; one end of the two electrode wires is respectively One electrode is connected and the other end is provided with a wire connector.

Further, the mask body is provided with a plurality of electrode patches arranged on the inner side thereof according to the muscle direction.

Further, the electrode patch comprises a crescent-shaped electrode patch and an elliptical electrode patch;

The patch body of the crescent-shaped electrode patch has a crescent shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite ends;

The patch body of the elliptical electrode patch has an elliptical shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite end portions along the long axis.

Further, the crescent-shaped electrode patch is disposed at a portion of the mask body contacting the rim muscle region; the elliptical electrode patch is disposed at a portion of the mask body contacting the iliac muscle region.

Further, the mask includes two crescent electrode patches and two elliptical electrode patches. Preferably, the first electrode contact of the crescent electrode patch is located in the upper half of the elliptical rim muscle, and the second electrode contact is located in the lower half of the elliptical rim muscle.

Further, the two electrode contacts on each electrode patch are respectively located at the start and end points of the muscle travel.

Further, the length of the insulating region is 1.5 cm.

Further, the distance between the two electrode contacts on each electrode patch is 3.5 cm.

Further, the electrode wire is a metal wire.

Further, the conductive particles are conductive particles such as silver-coated copper powder and nickel-coated graphite powder.

The invention has the following advantages:

1. The electrode patch of the invention has low cost, high performance and convenient use, and is a disposable use consumable; the electrode patch can use the muscle to produce better contraction and relaxation effects when receiving external low-frequency electrical stimulation, and improve facial paralysis. The efficacy and efficiency of low frequency DC stimulation therapy in patients.

2. The electrode patch set of the present invention comprises a plurality of electrode patches which can be used for the four muscle regions of the face, and can be selected according to the needs of the patient's facial muscles and muscles for different types of electrode patches, and can reduce the long-term stimulation of the regional muscles. The resulting muscle fatigue.

3. When used, the eye mask of the invention can make the muscles around the eye produce contraction and relaxation effects when receiving external low-frequency electrical stimulation, relieve fatigue, protect eyes, eliminate wrinkles, effectively reduce eye damage, and restore eye muscle contraction force. The purpose of protecting the eyes; the electrode patch has low cost, high performance and convenient use.

4. The mask of the invention can make the muscles of the mouth and the ankle produce contraction and relaxation when receiving external low-frequency electrical stimulation, which can effectively reduce the damage of the orbicularis muscle and the great muscle area, and restore the mouth. And the contraction force of the ankle muscles serves the purpose of protecting the mouth; the electrode patch has low cost, high performance and convenient use.

The invention is further described in detail below with reference to the accompanying drawings and specific embodiments, which are not to be construed as limiting the scope of the invention.

DRAWINGS

1 is a schematic view showing the structure of a half sector electrode patch of Embodiment 1.

2 is a schematic view showing the layer structure of the electrode patches of the first embodiment, the sixth embodiment, and the eighth embodiment.

3 is a schematic view showing the structure of a crescent-shaped electrode patch of Example 2, Example 6, and Example 8.

4 is a schematic view showing the structure of an elliptical electrode patch of Example 3 and Example 8.

Fig. 5 is a view showing an application example of the electrode patch group of the fourth embodiment.

Fig. 6 is a view showing an application example of a partial patch of the electrode patch group of the fifth embodiment.

Fig. 7 is a view showing the entire structure of an eye mask having an electrode patch of the sixth embodiment.

Fig. 8 is a view showing another overall structure of an eye mask having an electrode patch of the sixth embodiment.

Fig. 9 is a view showing the overall structure of an eye shield having an electrode patch of the seventh embodiment.

Fig. 10 is a view showing the overall structure of a mask having an electrode patch of the eighth embodiment.

Fig. 11 is a view showing the overall structure of a mask having an electrode patch of the ninth embodiment.

Detailed ways

Example 1

As shown in Figures 1 and 2, it is a schematic structural view of a half-sector electrode patch of the present invention which is applicable to a facial paralysis patient. The electrode patch is a bipolar patch, and includes: a patch body, a non-woven fabric 6, a first electrode lead 41 (which is a metal lead), and a second electrode lead 42. The patch body has a semi-fan shape, and includes a first conductive silica gel region 21 on the side of the arc portion (composed of silica gel and conductive particles 2 distributed in the silica gel), and a second conductive silica gel region 22 on one side of the straight portion. And an insulating region 1 between the two conductive silica gel regions. The first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively in contact with each other by the conductive particles 2 to achieve good electrical conductivity. The conductive particles 2 may be conductive particles such as silver-coated copper powder or nickel-coated graphite powder. The length L1 of the insulating region 1 is 1.5 cm. A first electrode contact 31 is disposed in the first conductive silica gel region 21, and a second electrode contact 32 is disposed in the second conductive silica gel region 22. The distance L2 between the first electrode contact 31 and the second electrode contact 32 is 3.5 cm. One end of the first electrode lead 41 is connected to the first electrode contact 31, and the other end is provided with a first lead tab 51. One end of the second electrode lead 42 is connected to the second electrode contact 32, and the other end is provided with a second lead tab 52. The outer surface of the patch sheet is covered with a nonwoven fabric 6. The non-woven fabric 6 can be designed in different shapes depending on the muscles. The electrode patch is suitable for the frontal muscle area.

Example 2

As shown in FIG. 3, it is a schematic structural view of a crescent-shaped electrode patch applicable to a facial paralysis patient of the present invention. The only difference from Embodiment 1 is that the patch body has a crescent shape. The first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively located at opposite ends of the crescent shape. The electrode patch is suitable for the orbicularis muscle region and the orbicularis muscle region.

Example 3

As shown in FIG. 4, it is a schematic structural view of an elliptical electrode patch applicable to a facial paralysis patient of the present invention. The only difference from Embodiment 1 is that the patch body has an elliptical shape. The first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively located at opposite end portions along the long axis. The electrode patch is suitable for the large muscle area.

Example 4

The electrode patch group for facial paralysis patients is designed according to different facial muscles of normal people, and includes electrode patches respectively located in four muscle regions, specifically: half of the embodiment 1 attached to the frontal muscle region. a fan-shaped electrode patch, a crescent-shaped electrode patch of Example 2 attached to the orbicularis muscle region and the orbicular iliac muscle region, and an elliptical electrode patch of Example 3 attached to the maxillary muscle region (application) The schematic is shown in Figure 5. These four parts of the electrode patch can cover the muscles of the facial muscles that are relatively large and support the main facial expression, so as to achieve a better fit along the muscles to the face. When used in patients with facial muscle spasm, the main running area does not change, and the electrode patch group can better fit the tendon muscle. The two stimulation ends of each electrode patch are located at the beginning and the end of the muscle walking, and the middle part of the electrode patch is insulated, so that the muscle can produce better contraction and relaxation effects when receiving external low-frequency electrical stimulation.

According to the needs of the clinical facial paralysis low-frequency direct current stimulation treatment, the electrode patch can be directly connected to the machine lead through the wire connector, and the electrical stimulation treatment can be performed. In order to increase the adhesion and effective conductivity of the electrode patch, a small amount of the medical conductive adhesive coupling agent is wiped in the conductive silica gel area of each electrode patch to increase the use efficiency and efficiency of the electrode patch.

Example 5

An electrode patch set for a facial paralysis patient, similar to the embodiment 4, except that the crescent-shaped electrode patch is divided into two types, one is a crescent-shaped electrode for the eye attached to the orbicularis muscle region. The patch is a patch with a crescent-shaped electrode attached to the mouth of the orbicularis muscle region. A schematic diagram of an application example is shown in Figure 6. The shape of the crescent-shaped electrode patch for the eye satisfies that the first electrode contact 31 is located in the upper half of the elliptical orbicularis muscle, and the second electrode contact 32 is located in the lower half of the elliptical orbicularis muscle. The shape of the crescent-shaped electrode patch for the mouth satisfies that the first electrode contact 31 is located in the upper half of the elliptical rim muscle, and the second electrode contact 32 is located in the lower half of the elliptical rim muscle.

Example 6

2, 3, 7, and 8, a schematic view of the overall and partial structure of an eye mask having an electrode patch. The eye shield having an electrode patch includes two eyecup bodies 8, a fixing strap, and four crescent-shaped electrode patches 7. The strap may be an integral strap 9 (Fig. 7) or a split strap 10 (Fig. 8). Each eyecup body 8 is provided with two crescent-shaped electrode patches 7 on its inner side. The crescent-shaped electrode patch 7 is a bipolar patch, and includes a crescent-shaped patch body, a nonwoven fabric 6, a first electrode lead 41 (which is a metal lead), and a second electrode lead 42. The patch body comprises a first conductive silica gel region 21 (composed of silica gel and conductive particles 2 distributed in the silica gel), a second conductive silica gel region 22, and an insulating region 1 between the two conductive silica gel regions, the first conductive silica gel The region 21 and the second conductive silica gel region 22 are respectively located at opposite ends of the crescent shape. The first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively in contact with each other by the conductive particles 2 to achieve good electrical conductivity. The conductive particles 2 may be conductive particles such as silver-coated copper powder or nickel-coated graphite powder. The length L1 of the insulating region 1 is 1.5 cm. A first electrode contact 31 is disposed in the first conductive silica gel region 21, and a second electrode contact 32 is disposed in the second conductive silica gel region 22. The distance L2 between the first electrode contact 31 and the second electrode contact 32 is 3.5 cm. One end of the first electrode lead 41 is connected to the first electrode contact 31, and the other end is provided with a first lead tab 51. One end of the second electrode lead 42 is connected to the second electrode contact 32, and the other end is provided with a second lead tab 52. The outer surface of the patch sheet is covered with a nonwoven fabric 6. The non-woven fabric 6 can be designed into different shapes depending on the muscles.

The eye mask of the electrode patch is added to give the eye mask a function of stimulating the muscles around the eyes. The two stimulating ends of each electrode patch are located at the beginning and the end of the muscle walking, and the middle part of the electrode patch is insulated, so that the muscle can produce better contraction and relaxation when receiving external low-frequency electrical stimulation. When using, directly connect the electrode patch to the machine wire interface through the wire connector, and perform electrical stimulation treatment. In order to increase the adhesion and effective conductivity of the electrode patch, a small amount of the medical conductive adhesive coupling agent is wiped in the conductive silica gel area of each electrode patch to increase the use efficiency and efficiency of the electrode patch.

Example 7

As shown in Fig. 9, it is a schematic structural view of another embodiment of an eye mask having an electrode patch of the present invention. The difference from Embodiment 6 is that each eyecup body 8 includes only one crescent electrode patch 7. The shape of the crescent-shaped electrode patch 7 and its position inside the eye mask body 8 satisfy that the first electrode contact 31 is located in the upper half of the elliptical orbicularis muscle, and the second electrode contact 32 is located in the lower half of the elliptical orbicularis muscle. unit.

Example 8

2, 3, 4 and 10 are schematic views showing the overall and partial structure of a mask having an electrode patch of the present invention. The mask having the electrode patch includes a mask body 81, a fixing belt 91, two crescent electrode patches 7, and two elliptical electrode patches 71. The two crescent-shaped electrode patches 7 and the two elliptical electrode patches 71 are arranged on the inner side of the mask body 81 in accordance with the muscle direction. Among them, the crescent-shaped electrode patch 7 is provided at a portion of the mask body 81 that contacts the rim muscle region, and the elliptical electrode patch 71 is disposed at a portion of the mask body 81 that contacts the iliac muscle region. The crescent-shaped electrode patch 7 and the elliptical electrode patch 71 are bipolar patches, and respectively include a patch body, a nonwoven fabric 6, a first electrode lead 41 (which is a metal lead), and a second electrode lead 42. The patch body includes a first conductive silica gel region 21 (composed of silica gel and conductive particles 2 distributed in the silica gel), a second conductive silica gel region 22, and an insulating region 1 between the two conductive silica gel regions. In the crescent-shaped electrode patch 7, the first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively located at opposite ends of the crescent shape. In the elliptical electrode patch 71, the first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively located at opposite end portions along the long axis. The first conductive silica gel region 21 and the second conductive silica gel region 22 are respectively in contact with each other by the conductive particles 2 to achieve good electrical conductivity. The conductive particles 2 may be conductive particles such as silver-coated copper powder or nickel-coated graphite powder. The length L1 of the insulating region 1 is 1.5 cm. A first electrode contact 31 is disposed in the first conductive silica gel region 21, and a second electrode contact 32 is disposed in the second conductive silica gel region 22. The distance L2 between the first electrode contact 31 and the second electrode contact 32 is 3.5 cm. One end of the first electrode lead 41 is connected to the first electrode contact 31, and the other end is provided with a first lead tab 51. One end of the second electrode lead 42 is connected to the second electrode contact 32, and the other end is provided with a second lead tab 52. The outer surface of the patch sheet is covered with a nonwoven fabric 6. The non-woven fabric 6 can be designed in different shapes depending on the muscles.

The mask of the electrode patch is added to give the mask a function of stimulating the muscles of the mouth and jaw. The two stimulating ends of each electrode patch are located at the beginning and the end of the muscle walking, and the middle part of the electrode patch is insulated, so that the muscle can produce better contraction and relaxation when receiving external low-frequency electrical stimulation. When using, directly connect the electrode patch to the machine wire interface through the wire connector, and perform electrical stimulation treatment. In order to increase the adhesion and effective conductivity of the electrode patch, a small amount of the medical conductive adhesive coupling agent is wiped in the conductive silica gel area of each electrode patch to increase the use efficiency and efficiency of the electrode patch.

Example 9

Fig. 11 is a schematic view showing the structure of another embodiment of the mask having the electrode patch of the present invention. Compared with the embodiment 8, the difference is that the shape of the crescent-shaped electrode patch 7 and its position inside the mask body 81 satisfy that the first electrode contact 31 is located in the upper half of the elliptical rim muscle, and the second electrode contact 32 is located in the lower half of the elliptical orbicularis oculi muscle.

The series of detailed descriptions set forth above are merely illustrative of the possible embodiments of the invention, which are not intended to limit the scope of the invention, and many other modifications and embodiments can be devised by those skilled in the art. These modifications and implementations are intended to fall within the scope and spirit of the principles disclosed herein. More specifically, various variations and modifications can be made in the component parts and/or arrangement of the subject combination arrangement within the scope of the disclosure, the drawings and the claims. Other uses will be apparent to those skilled in the art, in addition to variations and modifications in the component parts and/or arrangements.

Claims (30)

An electrode patch suitable for a facial paralysis patient, characterized in that the electrode patch comprises: a patch body, a non-woven fabric and two electrode wires; The patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between two conductive silica gel regions, the conductive silica gel region comprising silica gel and conductive particles distributed in the silica gel. An electrode contact is disposed in the conductive silica gel region; The patch body is covered with a non-woven fabric; One end of each of the two electrode wires is connected to one electrode contact, and the other end is provided with a wire connector. The electrode patch applicable to a facial paralysis patient according to claim 1, wherein the electrode patch is a semi-fan electrode patch; the patch body has a semi-fan shape, and the first conductive The silica gel region and the second conductive silica gel region are respectively located at opposite arc portions and straight portions. The electrode patch applicable to a facial paralysis patient according to claim 1, wherein the electrode patch is a crescent-shaped electrode patch; the patch body has a crescent shape, and the first conductive The silica gel region and the second conductive silica gel region are respectively located at opposite ends. An electrode patch suitable for a facial paralysis patient according to claim 3, wherein the crescent-shaped electrode patch is divided into two types, one of which is attached to the eye part of the orbicularis muscle region. The crescent-shaped electrode patch, and the other is a crescent-shaped electrode patch attached to the mouth of the orbicular iliac muscle region; the first electrode contact of the crescent-shaped electrode patch for the eye is located at the elliptical orbicularis oculi muscle In the upper half, the second electrode contact is located in the lower half of the elliptical orbicularis muscle; the first electrode contact of the crescent-shaped electrode patch is located in the upper half of the elliptical orbicularis muscle, second The electrode contacts are located in the lower half of the elliptical orbicularis oculi muscle. The electrode patch applicable to a facial paralysis patient according to claim 1, wherein the electrode patch is an elliptical electrode patch; the patch body has an elliptical shape, and the first conductive The silica gel region and the second conductive silica gel region are respectively located at opposite ends along the long axis. An electrode patch suitable for a facial paralysis patient according to claim 1, wherein the two electrode contacts on each of the electrode patches are respectively located at the starting and ending positions of the muscle running. An electrode patch suitable for a facial paralysis patient according to claim 1, wherein said insulating region has a length of 1.5 cm, and a distance between two electrode contacts on each electrode patch is 3.5. Cm. An electrode patch set for a facial paralysis patient, characterized in that the electrode patch set comprises at least two electrode patches according to any one of claims 1-7. The electrode patch set for a facial paralysis patient according to claim 8, wherein the electrode patch set comprises a semi-fan electrode patch, a crescent electrode patch, and an elliptical electrode patch. The electrode patch set for a facial paralysis patient according to claim 9, wherein the electrode patch set comprises a half sector electrode patch, four crescent electrode patches and two elliptical electrode patches. . An eye shield having an electrode patch, wherein the eye shield comprises two eye mask bodies, a fixing strap and at least two electrode patches; Each of the eyecup bodies is provided with at least one electrode patch on an inner side thereof; The electrode patch comprises a patch body, a non-woven fabric and two electrode wires; the patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between the two conductive silica gel regions. The conductive silica gel region comprises silica gel and conductive particles distributed in the silica gel, and an electrode joint is disposed in each of the conductive silica gel regions; the patch sheet is covered with a nonwoven fabric; one end of the two electrode wires is respectively One electrode is connected and the other end is provided with a wire connector. An eye patch having an electrode patch according to claim 11, wherein the electrode patch is disposed at a portion of the eyecup body that contacts the orbicularis muscle region. The eye patch with an electrode patch according to claim 11 or 12, wherein the electrode patch is a crescent-shaped electrode patch; the patch body has a crescent shape, and the first conductive silicone The region and the second conductive silica gel region are respectively located at opposite ends. The eye shield with an electrode patch according to claim 13, wherein the first electrode contact of the crescent electrode patch is located in the upper half of the elliptical orbicularis muscle, and the second electrode contact is located in the ellipse The lower half of the rim of the eye. An eye patch with an electrode patch according to claim 13, wherein each of said eye mask bodies comprises two crescent-shaped electrode patches respectively located in an upper half and a lower half of an elliptical orbicularis oculi muscle unit. An eye patch having an electrode patch according to claim 11, wherein the two electrode contacts on each of the electrode patches are located at the start and end points of the muscle travel, respectively. An eye patch having an electrode patch according to claim 11, wherein said insulating region has a length of 1.5 cm. An eye patch with an electrode patch according to claim 11, wherein the distance between the two electrode contacts on each electrode patch is 3.5 cm. The eye shield with an electrode patch according to claim 11, wherein the electrode wire is a metal wire. The eye shield with an electrode patch according to claim 11, wherein the conductive particles are silver-coated copper powder and nickel-coated graphite powder. A mask having an electrode patch, the mask comprising a mask body, a fixing strap and at least one electrode patch; The mask body is provided with at least one electrode patch on an inner side thereof; The electrode patch comprises a patch body, a non-woven fabric and two electrode wires; the patch body comprises a first conductive silica gel region, a second conductive silica gel region and an insulating region between the two conductive silica gel regions. The conductive silica gel region comprises silica gel and conductive particles distributed in the silica gel, and an electrode joint is disposed in each of the conductive silica gel regions; the patch sheet is covered with a nonwoven fabric; one end of the two electrode wires is respectively One electrode is connected and the other end is provided with a wire connector. A mask having an electrode patch according to claim 21, wherein the mask body is provided with a plurality of electrode patches arranged on the inner side thereof in a muscle direction. The mask with an electrode patch according to claim 21, wherein the electrode patch comprises a crescent-shaped electrode patch and an elliptical electrode patch; The patch body of the crescent-shaped electrode patch has a crescent shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite ends; The patch body of the elliptical electrode patch has an elliptical shape, and the first conductive silica gel region and the second conductive silica gel region are respectively located at opposite end portions along the long axis. The mask with an electrode patch according to claim 23, wherein the crescent-shaped electrode patch is disposed at a portion of the mask body contacting the rim muscle region; the elliptical electrode patch is disposed at The part of the mask body that contacts the large muscle area. A mask having an electrode patch according to claim 23 or 24, wherein the mask comprises two crescent-shaped electrode patches and two elliptical electrode patches. The mask with an electrode patch according to claim 3 or 4, wherein the first electrode contact of the crescent electrode patch is located in the upper half of the elliptical rim muscle, and the second electrode contact Located in the lower half of the elliptical orbicularis. A mask having an electrode patch according to claim 21 or 23, wherein the two electrode contacts on each of the electrode patches are respectively located at the start and end points of the muscle travel. A mask having an electrode patch according to claim 21, wherein said insulating region has a length of 1.5 cm, and a distance between two electrode contacts on each electrode patch is 3.5 cm. A mask having an electrode patch according to claim 21, wherein the electrode lead is a metal lead. The mask with an electrode patch according to claim 21, wherein the conductive particles are silver-coated copper powder and nickel-coated graphite powder.

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