JPH03207377A - Low frequency treatment device - Google Patents

Abstract

PURPOSE:To compactly and easily receive a director cord and a director electrode in a main body part by providing the cord reel part receiving the director cord to the main body part and providing the receiving plate having the director electrode received therein and received in the main body part. CONSTITUTION:When pressure-sensitive adhesive pads 25 are received, a receiving plate 61 is revolved upwardly to be allowed to protrude to the outside of the receiving plate chamber 37 of a treatment device main body 11 and the pressure-sensitive adhesive pads 25 of the director electrodes of both director parts 12 are respectively bonded to both front and rear surfaces of the receiving plate 61 to receive those director electrodes 21. Subsequently, a finger is hooked with the finger hooking recessed part 58 of a cord reel part 14 to rotate the cord reel part 14 and both director cords 22 are taken up to be received the reel main body 51 of the cord reel part 14. The whole of the receiving plate 61 is received in the receiving plate chamber 37 of the main body part 11 at the point of time when the director cords 22 are taken up to the last and the opening 39 of the receiving plate chamber is closed by the lid part 66 of the receiving plate 61. By this constitution, the director cords 22 and the director electrodes 21 are received compactly and easily.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention relates to a low frequency treatment device that generates high voltage pulses and applies instantaneous current to the human body for treatment, and particularly relates to a treatment device. The present invention relates to a structure in which a conductor part is housed in a main body part.

(Prior Art) Conventionally, as described in Japanese Patent Application Laid-open No. 1-151465, a low frequency treatment device in which a conductor part has a conductor electrode and a conductor cord has a power supply and an operation part. The treatment device body including the circuit section and the conductor section consisting of a conductor electrode, a conductor cord, and a plug electrically connected to the conductor electrode via the conductor cord are separated. A structure was adopted in which the plug of the conductor section was detachably inserted into a jack provided on the main body of the treatment device and electrically connected to the circuit section.

(Problems to be Solved by the Invention) However, in the conventional structure, the plug of the conductor must be connected to the jack of the treatment device main body every time it is used, and when stored after use, Remove the plug from the jack and treat. The container main body and the conductor part must be stored separately, which is time-consuming and troublesome to store and prepare for use, and there is a problem in that the conductor part, for example, is easily lost. On the other hand, it is also done to leave the plug plugged into the jack even when storing it, but in that case, the conductor electrode and conductor cord get in the way when storing it, making it difficult and cumbersome to store it. A problem arises. In other words, the conductor cord must be wrapped around the main body of the treatment device while connected to the main body of the treatment device, or bundled separately from the main body of the treatment device. Since it cannot be held directly on the main body of the container, it gets in the way when stored.

The present invention aims to solve the above-mentioned problems, and includes providing a cord reel portion for storing the conductor cord in the treatment device main body, and a cord reel portion for storing the conductor cord, and a cord reel portion for storing the conductor cord in the treatment device main body. By providing a storage plate that
A first object of the present invention is to provide a low-frequency treatment device in which a conductor cord and a conductor electrode can be stored compactly and easily in the main body of the treatment device.

A second purpose of this low frequency treatment device is to reliably prevent the storage plate from being lost.

Furthermore, the third purpose is to make the storage work easier by automatically storing the storage plate inside the treatment device main body as the conductor cord is wound onto the cord reel. It is something to do.

A fourth purpose is to facilitate the storage of conductor electrodes in the storage plate.

[Structure of the invention]

(Means for Solving the Problems) In order to achieve the first object, the low frequency treatment device according to claim 1 of the present invention includes a treatment device body and a battery or the like built in the treatment device body. A circuit section including a power source, a pulse generation circuit, a pulse output circuit, and a control circuit for controlling these pulse generation circuits and pulse output circuits, and a conductor electrode and a conductor cord connecting the conductor electrode and the circuit section. a plurality of conductor parts, and a cord reel part provided in the treatment device main body part for winding the conductor cord while electrically connecting it to the circuit part, and a cord reel part in which the conductor electrode is removably housed. and a storage plate chamber having a storage plate chamber opening opened to the outside of the treatment device main body is provided in the treatment device main body, and the storage plate is
The treatment device is detachably attached to the treatment device main body and is stored in and out of the storage plate chamber through the storage plate chamber opening, and the storage plate is provided with a storage plate when the storage plate is stored in the storage plate chamber. A lid portion is provided to close the plate chamber opening.

On the other hand, in order to achieve the second object, in the low frequency treatment device of claim 2, instead of making the storage plate detachable from the treatment device main body, one end of the storage plate is used for the treatment. It is rotatably supported on the main body of the vessel by a support shaft.

In addition, in the low-frequency treatment device according to claim 3, in order to achieve the third object, the housing plate is arranged such that the conductor electrode of the conductor portion is housed in the housing plate. It shall have a notch-shaped cord outlet through which the conductor cord of the child part is inserted, and the cord outlet of the storage plate shall be located closer to the straight line connecting the support shaft part and the outlet of the conductor cord from the cord reel part. It is located on the opening side of the storage plate chamber.

On the other hand, in the low frequency treatment device according to claim 4, in order to achieve the fourth object, the storage plate is a plate rotatably supported by the support shaft portion on the treatment device main body. It is composed of a base body and a rotating body rotatably supported by the plate base body with the rotation axis direction substantially parallel to the rotation axis direction of the plate base body and to which the conductor electrode is fixed.

(Function) In the low frequency treatment device according to claim 1 of the present invention, when in use, the storage plate is pulled out from the storage plate chamber of the treatment device main body through the storage plate chamber opening, and then removed from the treatment device main body. Remove the conductor electrodes of the multiple conductor sections from this storage plate, pull out the conductor cord of the conductor section from the cord reel section in the treatment device main body, and attach the conductor electrodes connected to the conductor cords to the human body. Attach it to the desired position. and,
High-voltage pulses output from a circuit section including a power supply, a pulse generation circuit, a pulse output circuit, and a control circuit in the main body of the treatment device are passed through a conductor cord electrically connected to the circuit section by a cord reel section. When the current is applied to the human body from the conductive electrode, an instantaneous current flows through the human body and treatment is performed. In addition, when storing after use, after storing the conductor electrode removed from the human body in the storage plate, the conductor cord is wound up on the cord reel of the treatment device main body, and the storage plate is placed inside the storage plate chamber. Enter through the chamber opening. When the storage plate is stored in the storage plate chamber and attached to the treatment device body in this way, the storage plate chamber opening is closed by the lid of the storage plate, preventing dust from entering the treatment device body. Intrusion is prevented.

On the other hand, in the low frequency treatment device of claim 2, the storage plate is rotated about the support shaft at one end of the treatment device main body, so that the storage plate protrudes from the storage plate chamber. Place the storage plate inside the room. Of course, the conductor electrodes are attached to and removed from the storage plate with the storage plate protruding from the storage plate chamber, and when stored, etc., the storage plate is stored in the storage plate chamber.

Furthermore, in the low frequency treatment device according to claim 3, the conductor cord of the conductor part is inserted into the notch-shaped cord outlet of the storage plate, and the conductor electrode of the conductor part is stored in the storage plate. . After that, as the conductor cord is wound around the cord reel, the cord outlet of the storage plate will be located closer to the opening of the storage plate chamber than the straight line connecting the support shaft and the outlet of the conductor cord from the cord reel. As a result, the storage plate is eventually pulled by the conductor cord, automatically rotates, and is stored in the storage plate chamber of the treatment device main body, and the storage plate chamber opening is connected to the lid of the storage plate. occluded by the section.

On the other hand, in the low frequency treatment device of claim 4, after the conductor electrode is fixed and stored in the rotating body of the storage plate, the conductor cord is wound around the cord reel, and the storage plate is moved to the treatment device main body. Rotate it relative to the storage plate and store it in the storage plate chamber. At this time, no matter what direction the conductor electrode is initially stored in the storage plate, that is, no matter what direction the conductor cord connected to the conductor electrode protrudes from the storage plate, the conductor As the child cord is wound up or the storage plate is rotated, the rotating body to which the conductor electrode is fixed moves in the direction of the rotating axis of the plate base, which is rotatably supported by the main body of the treatment device. By rotating the conductor cord in a substantially parallel direction as the rotation axis direction, the protruding direction of the conductor cord with respect to the storage plate becomes an appropriate direction that does not interfere with winding up of the conductor cord.

(Example) The configuration of the first example of the low frequency treatment device of the present invention will be described below.
This will be explained based on the drawings to FIG.

Reference numeral 11 represents a treatment device main body, and reference numeral 12 represents a pair of conductor portions.

In addition, the treatment device main body 11 formed in the shape of an elongated flat rectangular parallelepiped case has a circuit portion l3, a cord reel portion 14, and a conductor arranged linearly in the longitudinal direction of the treatment device main body 1l, that is, in the vertical direction. An electrode storage section Is is provided.

Both conductor parts 12 each include a conductor electrode 21 and a conductor cord 22 which is a lead wire connecting the conductor electrode 21 and the circuit part 13. Further, each of the conductor electrodes 21 includes a substantially disk-shaped cover 23 made of insulating rubber or the like, and an electrode 11B (not shown) made of conductive rubber or the like integrally provided on one side of the cover 23. (not shown) and a disc-shaped adhesive pad 25 that is removably attached to one side of the cover 23 and the electrode section. The adhesive pad 25 is made of, for example, a conductive acrylic hydrogel, and is removably attached to the human body. Furthermore, the tip end of each conductor cord 22 is electrically connected to each of the electrode portions. The conductor cord 22 is attached to a protrusion 2 formed on the surface of the cover 23 opposite to the adhesive pad 25.
6 in a direction parallel to this plane.

The treatment device main body 11 is made of an insulator such as synthetic resin, and includes a first main body member 31 and a first main body member 31.
A second main body member 33 is connected and fixed to the body by screws 32 or the like.
It is structured by such things as. A cord reel chamber 35 is defined within the treatment device main body 11 by a substantially annular partition 34 formed at the center of the treatment device main body 11 in the vertical direction. At the same time, a circuit chamber 36 and a storage plate chamber 37 are defined on both upper and lower sides of the cord reel chamber 35, respectively. Further, a cord reel chamber opening 38 is formed on the front surface of the treatment device body 11 facing the cord reel chamber 35, and a cord reel chamber opening 38 is formed on the top surface of the treatment device body 11 facing the storage plate chamber 37. A plate chamber opening 39 is formed. These openings 38. 39 opens to the outside of the treatment device main body ll.

The circuit section 13 is disposed within the circuit chamber 36. That is, within the circuit chamber 36, a circuit assembly 41 including various electrical components mounted on a circuit board is fixedly supported. This circuit assembly 41 includes a removable battery 42 serving as a power source, a pulse generation circuit, a pulse output circuit,
A control circuit that controls these pulse generation circuits and pulse output circuits, a main switch 43 for power on/off and pulse selection, a switch 44 for adjusting the intensity of the generated pulses, and a light emitting diode that displays the pulse generation status. 45 and so on. Note that the main switch 4
As shown by arrows in FIG. 3 of 3, an operator that can freely slide up and down, an operation button of the strength adjustment switch 44 such as a tact switch, and the light emitting guide 45 are connected to the treatment device main body 11. exposed on the front.

Further, the cord reel portion l4 is disposed within the cord reel chamber 35. The cord reel section 14 includes a reel body 5l, a reel cover 52 fixed to the reel body 51 in the same manner, and electrically connects both the conductor cords 22 to the circuit section 13. It is something that you can wind up while letting it roll. And the cord reel section 14
The bearing part 53 formed in the center is rotatably fitted to the support shaft part 54 formed on the inner surface of the treatment device main body part 1l, so that it can be rotated with the front-rear direction as the rotation axis direction. In addition to being movably supported, the reel cover 5211
1 to the support shaft portion 54 via a washer 55 to prevent it from coming off. Note that a cover plate 57 that hides the screws 56 is fixed to the front surface of the reel cover 52. In addition, this reel cover 52 exposed at the cord reel chamber opening 38 of the treatment device main body 1l.
A finger rest recess 58 is formed in the periphery of the front surface.

Furthermore, the conductor cord 22 is located near one left and right side of the cord reel portion 14 and is provided on the inner surface of the treatment device main body portion l1.
A narrow gap between this protrusion 59 and one side surface in the left and right direction of the treatment device main body 11 that is opposed to the protrusion 59 forms a roller-shaped protrusion 59 that guides the cord reel part 14 . Located on the line is an outlet 60 for the conductor cord 22 from the cord reel section 14, and the conductor cord 22 is inserted through the cord outlet 60. In addition,
Although the protrusion 59 may be omitted, it is preferable that the outlet 60 of the conductor cord 22 from the cord reel section 14 be at a fixed position within the treatment device main body section 11, as described above.

The base end portions of both conductor cords 22 are fixed to the reel body 51 of the cord reel portion 14. Also,
Although not shown, a pair of annular contact plates are fixed to the reel main body 51 around its rotation axis, and both the conductor cords 22 are electrically connected to these contact plates. ing.

On the other hand, a pair of spring-shaped fixed contacts are attached to the inner surface of the treatment device main body 11, and these fixed contacts are slidably in contact with both the contact plates, respectively. Both fixed contacts are electrically connected to the circuit section 13, and thereby the conductor cord 22 is electrically connected to the circuit section l3.

Further, a conductor electrode storage section 15 is provided in the storage plate chamber 37 in which both the conductor electrodes 21 are removably housed. The conductor electrode storage portion 15 has storage plates 61 which are molded from an insulator such as synthetic resin and have storage plates 61 on both the front and rear surfaces of which the conductor electrodes 21 are removably stored. That is, in this storage plate 61, the adhesive pads 25 of both conductor electrodes 2l are adhered to the front and rear surfaces, respectively. Along with this, the storage plate 61
is the main body member 3 of the treatment device main body 11 which is separate from this.
1. 33 by a support shaft 62 so as to be rotatable in the front-back direction as a rotation axis direction, and can be stored in and out of the storage plate chamber 37 via the storage plate chamber opening 39. That is, a screw 63 passing through one end corner of the main body member 31 of the treatment device main body 11 is screwed and fitted into a support shaft 62 formed at one end corner of the storage plate 61. , storage plate 6
1 is rotatably supported.

Further, annular positioning walls 64 having a slightly larger diameter than the conductor electrodes 21 are formed protruding from both sides of the storage plate 61, and conductor electrodes are attached to the storage plate 61 on these positioning walls 64. a notch-shaped cord outlet 65 through which both the conductor cords 22 are inserted while the conductor cords 21 are housed;
are located on the opposite side of the support shaft portion 62, respectively. Further, a lid portion 66 is integrally formed on the upper edge of the storage plate 6l to open and close almost the entire storage plate chamber opening 39 of the treatment device main body portion l1.

Note that when the storage plate 61 is stored in the storage plate chamber 37 and the opening 39 is closed, the conductor cord 2
A cord passage hole 67 into which the cord 2 is inserted is formed.

Then, as shown in FIG. 4, the storage plate 61 is attached to the main body members 31, . ．． ．． 33, and the support shaft 6.2 rotatably supported by the main body l of the treatment device.
! The cord outlet 60 from the cord reel section 14, which is located at a certain position within the cord reel section, is located on opposite sides of the treatment device main body section 1l in the left-right direction; The cord outlet 65 of the storage plate 61 is always located on the storage plate chamber opening 39 side, that is, above the straight line l connecting the point on the cord exit 60 side of the protrusion 59 forming the cord exit 60 of the section 14.

That is, the entire storage plate 6l is in the storage plate chamber 37.
The cord outlet 6 of the storage plate 61 is
5 falls the most, but even in this state, the storage play}61
The cord outlet 65 is located above the straight line l.

Next, the operation of the above embodiment will be explained.

In use, first, the main body member 31. of the treatment device main body part 11. 33, the storage plate 61 is rotated upward about the support shaft 62, as shown by the chain line in FIG.
This storage plate 61 is projected upwardly and outwardly from the storage plate chamber 37 of the treatment device main body 1l through the storage plate chamber opening 39. Then, as shown in FIG. 1, the adhesive pads 25 are peeled off from both sides of the storage plate 61 to remove the conductor electrodes 21 of both conductor parts 12, respectively. Accordingly, the cord reel portion l4 in the treatment device main body portion 11 rotates, and the conductor cord 2 of both conductor portions 12 is moved from this cord reel portion 14.
2 are pulled out, and these conductor cords 22 are further pulled out to the required length. After that, storage plate 6
1 is reversely rotated downward and stored again in the storage plate storage chamber 37, and the storage plate chamber opening 39 is opened into the storage plate 6.
It is preferable to close it with the lid part 66 of 1. that way,
The 6L storage plate does not get in the way. In addition, in this state, the cord passage hole 67 formed in the upper surface of the treatment device main body l1
The conductor code 22 is derived from.

Next, both conductor electrodes 21 are attached to desired positions on the human body by applying the adhesive pads 25 directly to the human body and pasting them.

Then, when the main switch 43 is turned on, a high voltage pulse is generated and output at a low frequency by the circuit section l3 in the treatment device main body section 11, but this high voltage pulse is transmitted to the circuit section 13 by the cord reel section l4. The voltage is applied to the human body from the adhesive pads 2S of both conductor electrodes 2l via both conductor cords 22 electrically connected to the conductor cords 22.

This causes an instantaneous current to flow through the human body, providing stimulation.
Treatments include stiff shoulders and muscle pain.

In addition, if the main switch 43 is set to "beat" mode or "massage" mode. - The type of pulse to be output can be selected depending on whether the mode is set to - or -.

In the "beating" mode, high voltage pulses are output at a constant cycle, and in the "kneading" mode, a constant output period in which high voltage pulses are output at a relatively short cycle and a constant rest period are repeated. Further, by pressing the intensity adjustment switch 44, the voltage, that is, the intensity of the high voltage pulse output to the human body can be adjusted stepwise. Note that during treatment, it is advisable to put the treatment device main body 1l in a pocket of clothing or the like.

After the treatment, the main switch 43 is turned off, the adhesive pad 25 is peeled off from the human body, and both conductor electrodes 21 are removed.

Next, for storage, the storage plate 61 is rotated upward to project out of the storage plate chamber 37 of the treatment device main body 11. Then, the adhesive pads 25 of the conductor electrodes 2l of both conductor parts 12 are adhered to both the front and rear surfaces of the storage plate 61, and these conductor electrodes 2l are stored. At this time, each conductor electrode 21 is made to fit within both positioning walls 64 of the storage plate 61, and each conductor cord 22 is inserted into the notched cord outlet 65 of both positioning walls 64, respectively.

Next, by hooking a finger on the finger hook recess 58 of the cord reel section 14 and rotating the cord reel section 14, both conductor cords 22 are wound up and stored on the reel main body 51 of the cord reel section l4. Accordingly, the cord outlet 65 of the housing plate 61 is located above the straight line l connecting the support shaft 62 of the housing plate 61 to which the conductor electrode 2l is fixed and the cord outlet 60 of the cord reel unit 14. As a result, the conductor cord 22 is finally connected to the cord outlet 65 of the storage plate 61 and the cord reel portion 14 in a tense state.
The cord is caught on the protrusion 59 forming the cord outlet 60, and the storage plate 61 is held by the conductor cord '22.
is pulled downward, and this storage plate 6l automatically rotates downward, that is, toward the storage plate chamber 37. As shown by solid lines in FIGS. 3 and 4, when the conductor cord 22 is wound up to the end, the entire storage plate 61 is stored in the storage plate chamber 37 of the treatment device main body 11. The storage plate chamber opening 39 is closed by the lid 66 of the plate 61.

If the cord outlet 65 of the storage plate 6l is located below the straight line 1, the storage plate 6l will not be completely stored at the same time as the conductor cord 22 is wound up.

In this way, according to the above configuration, the connection between the treatment device main body and the conductor portion through the plug and jack is stopped, and the treatment device main body 11 and the conductor portion 12 are integrated, so that the conductor portion 12, etc. Loss of the device can be reliably prevented, and there is no need to carry the treatment device main body part 11 and the conductor part 12 separately. In addition, since the treatment device body 11 is provided with a cord reel unit 14 for winding the conductor cord 22 and a storage plate chamber 37 in which the storage plate 61 in which the conductor electrode 21 is stored is provided, the conductor cord 22 is Moreover, the conductor electrode 21 can be stored compactly and easily in the treatment device main body part l1, and the storage property is improved. That is, it does not take much time to store and prepare for use, improves usability, and prevents the conductor portion 12 from getting in the way during storage.

In addition, since the lid part 66 that closes the storage plate chamber opening 39 is integrally formed on the storage plate 6l, it is possible to prevent dust from entering the treatment device main body ill through the storage plate chamber opening 39 during storage. , storage plate 6
The structure is simpler and the operability is improved compared to the case where a lid body for closing the storage plate chamber opening 39 is separately provided.

Furthermore, as described above, when storing the conductor part 12, as the conductor cord 22 is wound around the cord reel part 14, the storage plate 61 is naturally stored in the storage plate chamber 37, and the lid part 66 can also be closed, making the storage operation even easier.

Next, a second embodiment of the present invention will be described based on FIGS. 5 and 6. Note that the same reference numerals are given to the parts corresponding to those in the previous embodiment, and the explanation thereof will be omitted.

In this second embodiment, the storage plate 71 is connected to the body member 31. of the treatment device body 11. 33, a plate base 72 is rotatably supported by a support shaft 62, and a plate base 72 is rotatably supported by the plate base 72 with the direction parallel to the rotation axis of the plate base 72, that is, the front-back direction as the rotation axis. A pair of supported front and rear disc-shaped rotating bodies 73. It consists of 74. The plate base 72 includes a pair of plate base members 75. which are fixedly joined to each other. 76, these base members 75. It has a circular opening 77 that spans over 76, and a holding groove 78 on the inner circumference of this circular opening 77. Both rotating bodies 73. 74 are joined to each other, and their peripheral edges are slidably fitted into the holding groove 78, so that both plate base members 75. Supported by 76. As a result, both the rotating bodies 73. 74 denotes these rotating bodies 73.
They are freely rotatable relative to each other and to the plate base 72, with the center of the plate 74 as the center of rotation. and,
The adhesive pads 25 of the conductor electrodes 21 of the pair of conductor parts 12 are fixedly attached to the exposed end surfaces of the rotating bodies 73 and 74 on opposite sides, respectively.

Note that positioning walls 79 similar to those of the previous embodiment are protruded from both the front and rear surfaces of the plate base 72 and are located at the peripheral edge of the circular opening 77.
is so low that the conductor cord 22 does not come into contact with the conductor electrode 21 when the conductor electrode 21 is stored in the storage plate 61. Therefore, it does not have a cord outlet 65 as in the previous embodiment.

Then, when storing the conductor part l2, the treatment device main body part 11
The storage plate 71 protrudes from the storage plate chamber 37 of
Both rotating bodies 73. 74, the adhesive pads 25 of both conductor electrodes 21 are attached from the front and back, respectively. Next, the cord reel unit 14 is rotated to wind the conductor cord 22 onto the cord reel [14], and the main body member 31 of the treatment device main body 11 is wound. The storage plate 7l is rotated downward relative to the storage plate 33, and the storage plate 7l is stored in the storage plate chamber 37.

At this time, no matter what orientation the conductor electrode 21 is initially stored in the storage plate 71, that is, the conductor cord 22 connected to the conductor electrode 21 is placed in the storage plate 71.
Regardless of which direction the conductor cord 22 protrudes from, as the conductor cord 22 is wound up or the storage plate 71 rotates, the main body member 31. The conductor electrode 2l is connected to the plate base 72 rotatably supported by the
Fixed rotating body 73. 74 rotates, the protruding direction of the conductor cord 22 with respect to the storage plate 71 becomes appropriate so as not to interfere with winding up of the conductor cord 22. That is, a certain degree of freedom is allowed in the direction of attaching the conductor electrode 21 to the storage plate 71, and even if the conductor electrode 21 is casually attached to the storage plate 7l, it can be wound up by the cord reel unit 14. When moving, the conductor section 12 can be properly stored without the conductor cord 22 getting in the way.

In the first embodiment, when attaching the conductor electrode 21 to the storage plate 6l, the directionality of the conductor electrode 21 with respect to the storage plate 61 must be kept constant. However, according to the configuration of the second embodiment, when attaching the conductor electrodes 21 to the storage plate 71, these conductor electrodes 2
1 does not have to be attached in a fixed direction, it is extremely easy to store the conductor electrode 21 in the storage plate 71.

Next, a third embodiment of the present invention will be described based on FIGS. 7 to 9. Note that the same reference numerals are given to the parts corresponding to those in the previous embodiment, and the explanation thereof will be omitted.

In the previous embodiment, the storage plate 61 is attached to the treatment device main body 11.
In contrast, in this embodiment, the storage plate 81 is freely attachable to and detachable from the treatment device main body 11. However, like the previous embodiment, the storage plate 8 of this embodiment also includes a pair of positioning walls 64 having a cord outlet 65, and a lid portion 66 that closes the storage plate chamber opening 39 of the treatment device main body 11. It has an integrated structure.

Then, at the time of use, as shown in FIG. The conductor electrode 2l is removed from the storage plate 8l removed from the housing plate 11. Then, the conductor cord 22 is pulled out from the cord reel portion 14, and the conductor electrode 21 is attached to the human body. When storing after use, the conductor electrode 21 removed from the human body is pasted on the storage plate 8l and stored, and the conductor cord 22 is wound onto the cord reel portion 14 as shown by the arrow in FIG. , lower the storage plate 81 to open the storage plate chamber 3 of the treatment device main body 11.
7 through its storage plate chamber opening 39. Then, as shown in FIGS. 8 and 9, the storage plate 81 is stored in the storage plate chamber 37 and the treatment device main body 1
1, the storage plate chamber opening 39 is closed by the lid 66 of the storage plate 8l.

As in the previous first and second embodiments, the storage plate 61
．． 71 is rotatably supported by the treatment device main body 1.1 and always attached, when the conductor cord 22 is wound around the cord reel 14, the storage play }
The conductor cords 22 tend to bend excessively at the connection portions to the conductor electrodes 21 attached to the conductor electrodes 61 and 71, and it may become somewhat difficult to wind the conductor cords 22. However, the structure of the third embodiment According to the above, if the conductor cords 22 are wound up to some extent before attaching the storage plate 81 to the treatment device main body 11, the movement of the conductor cords 22 will not be restricted by the storage plate 81, and the storage plate 8l will be The conductor cords 22 are attached to the treatment device main body portion l1 by vertical sliding, and the conductor cords 22 move smoothly even when the storage plate 8l is attached to the treatment device main body portion 11, so these conductor cords 22 can be wound up. Cheap.

On the other hand, as in the first and second embodiments, the storage plate 61. ．． According to the structure in which the storage plate 61.71 is rotatably supported, this storage plate 61.
71 can be reliably prevented from being lost, and this storage plate 61. 71 itself is easy to handle.

In addition, in the above embodiment, the circuit section 13 and the cord reel section 1
4 and the conductor electrode storage section 15 are arranged from the bottom to the top of the treatment device main body section 11 in the stated order, but the order in which the circuit section 13, the cord reel section 14, and the conductor electrode storage section 15 are arranged is the same as in the above embodiment. It is not limited to the order of. For example, the conductor electrode storage section 15 may be arranged in the center of the treatment device main body section 11, and the circuit section 13 and the cord reel section 14 may be arranged on both sides of the conductor electrode storage section 15. .

Further, in the above embodiment, the adhesive pad 25 is attached to the conductor electrode 2l.
However, the part of the conductor electrode that directly contacts the human body is made of non-adhesive conductive rubber or the like, and may be attached to the human body with a band or bandage. In this case, if necessary, the storage plate may be provided with a locking portion that mechanically holds the conductor electrode in a detachable manner.

Furthermore, in the above embodiment, the conductor portions l2 are a pair, but
Three or more conductor portions l2 may be provided.

〔Effect of the invention〕

According to the present invention, the following effects can be obtained.

In the low frequency treatment device according to claim 1, the treatment device main body portion including the circuit portion includes a cord reel portion for winding the conductor cord of the conductor portion while electrically connecting it to the circuit portion; A storage plate that stores electrodes in a removable manner and a conductor electrode storage part that can be stored in a removable manner eliminates the risk of losing the conductor part, and the conductor cord and conductor electrode can be treated easily. It can be easily stored in the main body of the device, improving usability, making the storage state compact, and the conductor cord and conductor electrode do not get in the way when stored. In addition, since the storage plate is provided with a lid that closes the storage plate chamber opening, it is possible to prevent dust from entering the treatment device main body during storage, and to close the storage plate chamber opening separately from the storage plate. The structure can be simplified and the operability can be improved compared to the case where a lid body is provided. Furthermore, since the storage plate is detachable from the main body of the treatment device, the movement of the conductor cord is not restricted by the storage plate when the conductor cord is wound up.
Easy to wind up the conductor cord.

On the other hand, in the low-frequency treatment device according to the second aspect, since the storage plate is rotatably supported by the support shaft in the treatment device main body, there is no risk of losing the storage plate.

In addition, in the low-frequency treatment device according to claim 3, the storage plate is provided with a notch-shaped cord outlet through which the conductor cord is inserted, and the cord is connected to the straight line connecting the supporting ring hole and the outlet of the conductor cord from the cord reel part. Also, since the cord outlet of the storage plate is located on the opening side of the storage plate chamber, as the conductor cords are wound around the cord reel, they are pulled by the conductor cords and automatically stored in the storage plate chamber. When the plate is stored, the lid is also closed, making the storage operation even easier.

On the other hand, the low frequency treatment device according to claim 4 includes a plate base rotatably supported by the treatment device main body, and a rotating body rotatably supported by the plate base and to which the conductor electrode is fixed. Since the storage plate is constructed by the following, when the conductor electrodes are attached to the storage plate, the rotating body can rotate relative to the plate base when the conductor electrodes are not attached in a fixed direction. As a result, the protruding direction of the conductor cord with respect to the storage plate is set to an appropriate direction that does not interfere with the winding of the conductor cord, and therefore, the conductor electrode can be easily stored in the storage plate.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing a first embodiment of the low-frequency treatment device of the present invention, Fig. 2 is a top view of the same, Fig. 3 is a sectional view of the same in the side direction, and Fig. 4 is a partially cutaway view of the same. 5 is a perspective view showing the second embodiment of the low frequency treatment device of the present invention, FIG. 6 is a sectional view of the storage plate portion of the same, and FIG. 7 is a third embodiment of the low frequency treatment device of the present invention. FIG. 8 is a perspective view showing the embodiment, FIG. 8 is a top view of the same, and FIG. 9 is a partially cutaway front view of the same. l1...Treatment device body part, 12...Conductor part, 13...Circuit part, l4...Cord reel part, 21...Conductor electrode, 22
●・Conductor cord, 37●●Storage plate chamber, 39●・Storage plate chamber opening, 42・・Battery for power supply, 60・・
Cord exit from cord reel section, 61.. Storage plate, 62.. Support shaft, 65.. Cord exit of storage plate, 66.. Lid section, 71.. Storage plate, 72.. Plate base, ? 3, 74●・Rotating body, 81・・Storage plate.

Claims (4)

[Claims] (1) A treatment device body, a circuit section built into the treatment device body and including a power source, a pulse generation circuit, a pulse output circuit, and a control circuit that controls these pulse generation circuits and pulse output circuits, and a conductor electrode. a plurality of conductor sections including the conductor electrodes and a conductor cord connecting the circuit section; a cord provided on the treatment device main body section and wound around the conductor cord while electrically connecting the conductor cord to the circuit section; a reel part; and a storage plate in which the conductor electrode is detachably stored; a storage plate chamber having a storage plate chamber opening opened to the outside of the treatment device main body is provided in the treatment device main body; The storage plate is detachable from the treatment device main body, and is stored in and out of the storage plate chamber through the storage plate chamber opening, and the storage plate is attached to the storage plate when the storage plate is stored in the storage plate chamber. A low frequency treatment device characterized by being provided with a lid that closes a chamber opening. (2) a treatment device main body, a circuit section built into the treatment device main body and including a power supply, a pulse generation circuit, a pulse output circuit, and a control circuit for controlling these pulse generation circuits and pulse output circuits; and a conductor electrode. a plurality of conductor sections including the conductor electrodes and a conductor cord connecting the circuit section; a cord provided on the treatment device main body section and wound around the conductor cord while electrically connecting the conductor cord to the circuit section; a reel part; and a storage plate in which the conductor electrode is detachably stored; a storage plate chamber having a storage plate chamber opening opened to the outside of the treatment device main body is provided in the treatment device main body; The storage plate has one end rotatably supported on the treatment device main body by a support shaft, and is stored in and out of the storage plate chamber through the storage plate chamber opening, and the storage plate has the storage plate. A low-frequency treatment device characterized by being provided with a lid portion that closes an opening of the storage plate chamber when the device is stored in the plate chamber. (3) The storage plate has a notched cord outlet through which the conductor cord of the conductor section is inserted while the conductor electrode of the conductor section is housed in the storage plate, and the support shaft 3. The low frequency treatment according to claim 2, wherein the cord outlet of the storage plate is located closer to the opening of the storage plate chamber than a straight line connecting the cord reel and the outlet of the conductor cord from the cord reel. vessel. (4) The storage plate includes a plate base rotatably supported by the support shaft on the treatment device main body, and a plate whose rotation axis is approximately parallel to the rotation axis direction of the plate base. 3. The low-frequency treatment device according to claim 2, further comprising a rotating body rotatably supported by a base and to which the conductor electrode is fixed.