KR20020032416A - Electric remedy device - Google Patents

Abstract

PURPOSE: To provided an electric therapy equipment that has a compact means of the potential therapy and dose not cause a voltage drop by shortening electric cord shorten as much as possible. CONSTITUTION: In the electric therapy equipment constituted of at least the therapy equipment body, and the potential therapy part 42 arranged in the therapy equipment body, the potential therapy part 42 is constituted of the shell-shaped housing 4a, and the potential pad exposed to the opening 4b on the other side of the housing 4a., and the elestic part 42c of the potential pad is made to bend and face to the opening 4b of the housing 4a.

Description

Electrotherapy device {ELECTRIC REMEDY DEVICE}

The present invention relates to an electrotherapy device that enables at least dislocation treatment.

The electric potential treatment device which performs the whole-body treatment by the electricity supply sheet is normally stored in a storage case etc., is taken out of a storage case at the time of treatment, and extends a cord and connects a jack to the treatment apparatus main body.

However, in such a conventional technique, there is a problem that the cord becomes messy and the storage is not good. Moreover, there is a possibility that the desired performance may deteriorate due to the voltage drop in the potential treatment. In addition, deterioration of the connection portion of the cord itself occurs.

Accordingly, the present invention has been made in view of such a conventional technology, and it is intended to provide an electrotherapy device without voltage drop by making the potential treatment means small and the cord as short as possible.

1 is an overall perspective view showing an electrotherapy device toward the potential treatment unit side of the treatment unit according to an embodiment of the present invention.

FIG. 2 is an overall perspective view of the electrotherapy unit toward the low frequency treatment unit side of the treatment unit of FIG. 1.

3 is a front view of the electrotherapy device of FIG. 2.

4 is a rear view of the electrotherapy device of FIG. 1.

5 is a top view of the dislocation treatment unit of FIG. 1.

6 is a rear view of FIG. 5.

FIG. 7 is a cross-sectional view taken along the line SA-SA of FIG. 5.

8 is a cross-sectional view taken along line SB-SB of FIG. 5.

9 is a circuit diagram according to an embodiment of the present invention.

[Description of Symbols for Main Parts of Drawing]

DESCRIPTION OF SYMBOLS 1: Electrotherapy device, 2: Treatment body, 4: Treatment part, 4a: Housing, 4b: Opening of housing, 41: Electrode sheet, 42: Potential treatment part (potential pad), 42a: Epidermis, 42b: Epidermis Iii), 42c: elastic body, 42d: rigid body, 43: low frequency treatment part.

The invention according to claim 1 of the claims of the present application includes at least a treatment device body, and an electrotherapy device including at least a dislocation treatment part disposed on the treatment device body, wherein the dislocation treatment part includes a shell-shaped housing, It was made of a potential pad exposed to the opening of one side of the said housing, and was made to face the opening of the said housing by bending the elastic body of the said potential pad.

According to the invention of claim 1, the gap between the opening of the housing and the dislocation pad is blocked by the elasticity of the elastic body of the dislocation pad, so that the intrusion of metal objects such as surface dust and clips can be reliably prevented.

The invention according to claim 2, wherein the low frequency treatment part is arranged on the back side of the dislocation treatment part.

According to the invention of claim 2, since the dislocation treatment part and the low frequency treatment part are arranged on the front and back of the housing, the dislocation treatment part and the low frequency treatment part are made small. In addition, the cord is almost in a state where the surroundings of the treatment unit can be tidyed up, there is no voltage drop, and various degradations do not occur.

The invention according to claim 3, wherein the rigid body is disposed on the low frequency treatment part side of the potential pad of the potential treatment part.

According to the invention described in claim 3, the load by stepping on the dislocation treatment part can be prevented from being applied to the low frequency treatment part by the rigid body.

The invention according to claim 4, wherein the dislocation pad is formed by laminating an epidermis formed by an elastic body and a waterproofing treatment on a rigid body, and between or between the rigid body and the elastic body. The electrode sheet is interposed between the elastic body and the skin.

According to the invention described in claim 4, the warp of the epidermis by the elastic body becomes a feeling of fit to the foot, and the dislocation is applied to all of the sole at the time of dislocation treatment. In addition, since the skin is waterproofed, it is possible to prevent water or the like from spilling and invading into the housing, and can be easily removed by wiping. Moreover, since the electrode sheet is interposed between the elastomer and the epidermis, a therapeutic effect is produced even at a low voltage.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

1 to 9 show one embodiment of the present invention. Reference numeral 2 in FIG. 1 represents the treatment unit body of the electrotherapy unit 1, and the control unit 3 is mounted on the treatment unit body 2 so as to be mountable and detachable. The treatment unit 4 is disposed at the bottom of the treatment unit 4.

As shown in FIG. 1, when the control unit 3 is inserted, the treatment apparatus main body 2 is capable of holding the control unit 3 reliably and can be detached from the recessed portion ( 21, the power switch 22 disposed on the left side of the recess 21, and the pad plugs 44 and 44, not shown, which can be adhered to a predetermined surface such as the shoulder of the therapist. A local ceramic jack (24) into which a detachable pad ceramic jack (23) and (23) and a local plug (not shown) of a local ceramic (45) for contacting a local such as a shoulder of a therapist can be inserted and detached; An accommodating case 25 disposed below the 21 and an accommodating case 42 disposed below the accommodating case 25 and received upward of the dislocation treating portion 42 side of the treating portion 4; and An opening 26 into which the foot of the therapist can be inserted, It is comprised by the power cord 27 for AC100 volts, and the control means 28. As shown in FIG.

Reference numeral 46 is a leg open / close detection sensor for detecting the opening and closing of the treatment unit 4, and is disposed at the bottom portion 26a of the opening 26 and has a magnet built in the treatment unit 4 ( When 46a) is close, it is turned on. That is, as shown in FIG. 2, when the treatment unit 4 is open, that is, when the low frequency treatment unit 43 is facing upward, the magnet 46a and the leg open / close detection sensor 46 are Since it is apart, it means that the leg open / close detection sensor 46 is under low frequency treatment in the off state. As shown in FIG. 1, when the treatment unit 4 is closed, that is, in the state where the potential treatment unit 42 is facing upward, the magnet 46a and the leg open / close detection sensor 46 are Since it is close, the said leg open / close detection sensor 46 means that it is during electric potential treatment in an on state. In addition, when the treatment unit 4 is opened and closed during treatment, all outputs are stopped.

Reference numeral 64 denotes a potential voltage output switching means, reference numeral 65 denotes a control circuit portion, reference numeral 66 denotes a power supply portion, reference numeral 67 denotes an output switching portion, and reference numeral 68 and 69 denote a low frequency output circuit. Reference numeral 70 denotes a plug insertion detection circuit that detects that the plug is inserted, and controls so that dislocation treatment cannot be performed when the plug is inserted.

The control unit 3 electrically connects the unit body 31 made of synthetic resin, the operation display panel 32 formed on the surface side of the unit body 31, and the unit body 31. And a handle 34 formed on the rear surface of the unit main body 31. Reference numeral 39 is a control circuit part of the control unit 3.

On the operation display panel 32, the treatment selection button 35, the intensity adjustment button 36, the tempo adjustment button 37, and the treatment device main body 2 other than the potential treatment unit 42 are disposed. And the detection means 38 which can detect that a part of the body is in contact with each other.

The treatment selection button 35 selects each treatment mode of the ceramic treatment and the potential treatment. In the low frequency treatment using a pad ceramic (not shown), the distinction between the shoulder course and the lumbar course, tapping, rubbing and acupressure You can choose to distinguish. In addition, at the time of low frequency treatment using a topical pen (not shown), the height of the local ceramics can be selected. In addition, at the time of dislocation treatment of the foot using the dislocation treatment unit 42 of the treatment unit 4, signals of start and stop can be transmitted. In addition, during the low frequency treatment of the foot using the low frequency treatment unit 43 of the treatment unit 4, any one of the sole course, the foot tapping course, and the foot rubbing course can be selected.

The intensity adjustment button 36 has a " start position " at the left end so that adjustment can be made so as not to give a sudden stimulus to the sampler at the start of treatment, and the stimulus can be turned by turning clockwise. It is adjusted to be strong.

In the treatment part 4, the dislocation treatment part 42 is disposed on one surface of the synthetic resin housing 4a formed in a shell shape, and the low frequency treatment part 43 of the low frequency treatment part 43 is disposed on the other surface. The therapeutic electrodes 43a and 43b are arrange | positioned. The said housing 4a is arrange | positioned so that it may be folded along the axial part 29 in each part 2a of the said main body of the said treatment apparatus.

The dislocation treatment part 42 is exposed to the opening 4b of one side of the housing 4a, and is soft leather made of waterproofing, such as 0.8 mm thick polyvinyl chloride, which is fitted to the sole of the healer. The outer skin 42a of the raw material and the front skin 42b made of hard polyvinyl chloride having a plate thickness of 0.8 mm are formed by welding high frequency welders at the closed loop edges 42aa and 42ba. .

Between the outer skin 42a and the outer skin 42b, an electrode sheet 41 having a sheet thickness of 1 millimeter from the top, an elastic body 42c made of foamed urethane foam, and a rigid body having a sheet thickness of 3 millimeters from a laminated powder plate of wood 42d is laminated | stacked. The electrode sheet 41 may be interposed between the elastic body 42c and the rigid body 42d. However, even if the voltage between the skin 42a and the elastic body 42c is low, the foot of the therapist is affected. The fit between the feet is better between the elastic body 42c and the rigid body 42d.

The dislocation treatment part 42 is also called a dislocation pad because it is bent by the elastic body 42c. The dislocation pad, that is, the elastic body 42c of the dislocation treatment device 42 was bent to face the opening 4b of the housing 4a. The low frequency treatment electrodes 43a and 43b of the low frequency treatment part 43 are disposed behind the rigid body 42d of the potential treatment part 42 via the insulating material 47.

An electrode terminal 41a is connected to the electrode sheet 41, and a connector 41c is connected to the electrode terminal 41a via a lead wire 41b. It is connected to the control circuit part 65 via the shaft part 29. As shown in FIG.

In the state where the power switch 22 is turned on, when the potential treatment unit 42 is a part of the body of the therapist, for example, a foot, the potential treatment unit 42 is brought into contact with the potential treatment unit 42. Since a potential of 1500 volts is applied, the potential difference detection means 62 capable of detecting the potential difference with the therapist when the detection means 38 is a part of the body of the therapist, for example, a finger, is applied in this state. The control means 28 is made by the notification means 30 which can notify the therapist when the potential difference detection means 62 detects the potential difference.

Since it is comprised as mentioned above, the clearance gap between the opening 4b of the housing | casing 4a and the dislocation pad, ie, the dislocation treatment part 42, is blocked by the elasticity of the elastic body 42c of the dislocation treatment part 42. It is possible to reliably prevent metal objects such as surface dust, clips, and the like from entering the housing 4a through the opening 4b of the housing 4a.

Moreover, since the dislocation treatment part 42 and the low frequency treatment part 43 are arrange | positioned at the front and back of the housing 4a, the potential treatment part 42 and the low frequency treatment part 43 become small. In addition, since there is almost no cord, the circumference | surroundings of the treatment part 4 can be tidyed, and there is no voltage drop and various deterioration does not occur.

In addition, the load by stepping on the dislocation treatment part 42 can be prevented from being applied to the low frequency treatment part 43 by the rigid body 42d.

In addition, the warp of the epidermis 42a by the elastic body 42c becomes a feeling of fit to the foot, and the dislocation is applied to the entire sole of the foot during dislocation treatment. In addition, since the skin 42a is formed by waterproofing, it is possible to prevent water and the like from spilling and splashing into the housing 4a, as well as removing contamination easily by wiping. Moreover, since the electrode sheet 41 is interposed between the elastic body 42c and the skin 42a, a therapeutic effect is produced even at a low voltage.

In addition, when any one of the dislocation treatment unit 42 and the low frequency treatment unit 43 (low frequency treatment electrodes 43a and 43b) is in the treatment state, the other treatment state is in the standby state. During dislocation treatment, an unshown pad plug of pad conductors 44, 44, which is a switch of low frequency treatment, is inserted into the pad conductor jacks 23, 23, or not shown of the local conductor 45. Even if the local plug is inserted into the local ceramic jack 24, the dislocation treatment state is maintained. In addition, even during the low frequency treatment, the low frequency treatment state is maintained even if the treatment selection button 35 which is the switch of the potential treatment is accidentally started. As a result, a sudden change in treatment due to an error in manipulation during treatment does not occur.

In the case where the above potential treatment is performed, the potential of 1500 volts is applied to the body when the healer's feet are placed on the epidermis 42a of the potential treatment unit 24 and the power switch 22 is turned on. In this state, when the detection means 38 is brought into contact with another part of the body, for example, a finger, the potential difference detection means 62 detects the potential difference and notifies that the electric field is generated by the notification means 63. have. As a result, the therapist himself / herself can perceive that the electrotherapy device 1 is generating an electric field, that is, the potential of the healer itself. In addition, the potential is not detected even when the treatment device main body 2 touches any part other than the detection means 38 so that the notification means 63 is not accidentally notified during the treatment.

When the start button of the treatment selection button 35 of the operation display panel 32 is pressed in this state, a predetermined time treatment can be performed.

Moreover, since the said control unit 3 is separable from the said treatment apparatus main body 2, the detection means 38 is attached to the control unit 3 which removed from the treatment main body 2 and moved in front of it at the time of electric potential treatment. Since this is provided, the operation of dislocation treatment can be facilitated.

This embodiment has been described as waiting if one of the potential treatment unit and the low frequency treatment unit is selected, even if the other side is selected in the middle. However, the present invention is not limited to this. When treatment instructions are in effect, they may be placed in a low frequency treatment standby state. With such a configuration, since low frequency treatment is set to take precedence over dislocation treatment, even when the dislocation treatment unit is in the dislocation treatment state, when the low frequency treatment instruction is acted, the low frequency treatment is switched to the low frequency treatment standby state so that low frequency treatment can be performed immediately. do.

As described above, according to the invention described in claim 1 of the present application, the gap between the opening of the housing and the dislocation pad is blocked by the elasticity of the elastic body of the dislocation pad, so that the metal element such as surface dust or a clip, etc. The intrusion of water can be prevented reliably.

According to the invention of claim 2, since the dislocation treatment part and the low frequency treatment part are arranged on the front and back of the housing, the dislocation treatment part and the low frequency treatment part are made small. In addition, the cord is almost in a state where the surroundings of the treatment unit can be tidyed up, there is no voltage drop, and various degradations do not occur.

According to the invention described in claim 3, the load by stepping on the dislocation treatment part can be prevented from being applied to the low frequency treatment part by the rigid body.

According to the invention described in claim 4, the warp of the epidermis by the elastic body becomes a feeling of fit to the foot, and the dislocation is applied to the entire sole of the foot during the dislocation treatment. In addition, since the skin is waterproofed, it is possible to prevent water or the like from spilling and invading into the housing, and can be easily removed by wiping. Moreover, the treatment effect is produced even at low voltage by interposing the electrode sheet between the elastic body and the epidermis.

Claims (4)

In the electrotherapy device constituted by at least the treatment unit body and the potential treatment unit disposed on the treatment unit body, The dislocation treatment part comprises a shell-shaped housing and a dislocation pad exposed to an opening on one side of the housing, And bending the elastic body of the dislocation pad to face the opening of the housing. The method of claim 1, An electrotherapy apparatus comprising: a low frequency treatment unit disposed on the rear surface side of the dislocation treatment unit. The method of claim 2, An electrotherapy apparatus characterized by arranging a rigid body on the low frequency treatment part side of the potential pad of the potential treatment part. The method according to any one of claims 1 to 3, The dislocation pad is formed by stacking an elastic body and a skin which is waterproofed on a rigid body, and is formed by interposing an electrode sheet between the rigid body and the elastic body or between the elastic body and the skin.