JPH0441871Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to an improvement in a conductor used in a low frequency treatment device.

Prior Art As a prior art, there is Japanese Utility Model Application Publication No. 105146/1983. This publication discloses a treatment guide unit in which a plurality of treatment guides are disposed at predetermined positions on one side of a base fabric, and a poultice is disposed on the surface of the treatment guide.

Problems to be solved by the invention In the invention disclosed in Japanese Utility Model Application Publication No. 59-105146, which is presented as a prior art, a plurality of treatment guides are placed on a base cloth, and each of these treatment guides is covered with a poultice. Since the treatment guide is fixed to the base fabric of the treatment guide, it is impossible to remove the treatment guide from the base fabric and clean it. Therefore, there are problems in that cleaning the treatment guide unit requires a lot of effort and cannot be cleaned thoroughly.

Further, the treatment guide on the compress band is not detachable, and the attachment position of the treatment guide with respect to the base fabric cannot be changed. Therefore, there is a problem in that it is not possible to change the distance between the treatment guides in accordance with the shape of the affected area and the wide area of the affected area to perform effective energization treatment.

Means for Solving the Problems This invention solves the problems of the conventional technology, and enables effective low-frequency energization treatment to be applied to the affected area, as well as low-frequency electricity treatment that facilitates the cleaning of electrodes, etc. The purpose is to provide a multipolar conductor for therapeutic devices.

That is, the present invention provides a multi-electrode conductor for a low frequency treatment device, in which a plurality of electrodes 1 each having a conductive soft body 3 attached to a flexible base plate 2 are removably hung on a flexible base 6 using a hook 4. It is a child.

The hook 4 is composed of a base hook 7 disposed on the flexible base 6 and an electrode hook 5 that is fixed on the back side of the flexible base plate 2 and can be hooked on the base hook 7. When hooked onto the flexible base 6, the conductive soft body 3 is electrically connected to the base hook 7.

Further, the electrode hook 5 is arranged at an appropriate offset position on the back surface of the electrode 1.

The base hook 7 has two base hooks 7a, 7b, and the electrode hook 5 has two electrode hooks 5a, 5.
b, and two electrodes 1 are placed on the surface of the flexible base 6.
A base hook 7 is provided on the flexible base 6 so that the four electrodes 1 can be attached diagonally in two pairs, and a heater 11 is provided inside the flexible base 6. It has been installed.

Embodiments Examples of the present invention will be described in detail with reference to the accompanying drawings.

An electrode 1 that contacts the human body and passes a low-frequency current to the human body is provided with a water-absorbing conductive soft body 3 in front of a flexible base plate 2.
is attached, and an electrode hook 5, which is one of the hooks 4, is fixed on the back side of the flexible base plate 2. The electrode hook 5, which has a convex latching portion and is electrically conductive, is electrically connected to the conductive soft body 3 and fixed at an arbitrary biased position on the back surface.

On the front side of the flexible base 6 on the flat plate that holds the electrode 1, base hooks 7, which are the other side of the latching tool 4, are arranged at four locations, and the latching action portions of the base hooks 7 are formed in a concave shape. A conductive wire 8 for supplying low frequency power is connected to each of the conductive wires 8 . One base hook 7 is the base hook 7
The electrode hook 5a and the electrode hook 5b of the electrode hook 5 are fitted into the base hook 7a and the base hook 7b, and are arranged on the flexible base 6. A total of four electrodes 1 are hooked to each of the four base hooks 7.

The electrode 1 shown by the solid line in FIG. 1 has two base hooks 7a and two electrode hooks 5 on the base hook 7b.
a, the electrode hook 5b is in a correspondingly engaged position. The electrode 1 shown by the dashed line has two base hooks 7a and two electrode hooks 5 on the base hook 7b.
b, in a correspondingly engaged position with the electrode hooks 5a;

Also, one hook of either the electrode hook 5a or the electrode hook 5b is fitted into one of the base hooks 7a and 7b, and the electrode 1 can be made soft by fitting only a single hook. There is also a position where it is attached to the base 6.

The flexible base 6 whose cross-sectional view is shown in FIG.
The interior wrapped with a cotton cloth 10, a heating heater 11, a conductive wire 12 connected to the base hook 7a and the base hook 7b, and the base hook 7c and the base hook 7c
A conducting wire 13 and the like that are electrically connected to each other are held. Further, the flexible base 6 houses a thermistor 14 and a temperature fuse 15 for detecting the temperature of the flexible base 6.
The outer periphery of the skin 9 is tightly adhered to the entire periphery.

The two base hooks 7e and 7f are connected by a conductor 16, and the two base hooks 7g and 7h are connected by a conductor 17.

The conductor wire 12 and the conductor wire 17 are connected to a fixed low frequency output circuit 1 built into a low frequency treatment device 18 that supplies low frequency power.
9, and the conductive wire 16 and the conductive wire 13 are connected to a variable low frequency output circuit 20.

A heater power source 21 is provided in the low frequency treatment device 18.
There is a temperature control circuit 22 that controls the operation of the heater power source 21 and the heater power source 21.
The temperature control circuit 22 is connected to the thermistor 14.
is connected to.

Function When using the multipolar conductor of the present invention, the electrode hooks 5a and 5b are connected to the base hook 7a,
The electrode 1 is attached to the flexible base 6 by fitting into the base hook 7b. A flexible base 6 to which a total of four electrodes 1 are attached is brought into contact with the affected part of the human body to which a low-frequency current is to be applied, and a total of two pairs of electrodes (12 of the four electrodes 1 that are not adjacent to each other) are set as one pair. Low frequency power is applied diagonally to the electrodes 1 from different low frequency output circuits, and two types of current are passed across the affected area. In the affected area, two types of current flow while interfering and forming interference waves.

When the electrodes 1, which are removably hung at the positions shown by the solid lines in FIG. The electrodes 1 are at the position shown by the dashed line, and the distance between the electrodes 1 is shortened, and the area surrounded by the four electrodes 1 is narrowed. The distance between the electrodes 1 is selected by changing the fit of the electrodes 1 according to the shape and size of the affected area.

Also, the electrode hook 5a and the base hook 7a or the base hook 7b are fitted together, or the electrode hook 5b and the base hook 7a or the base hook 7b are fitted together.
When these are fitted together, the electrode 1 can rotate 360 degrees around the fitted base hook 7a or base hook 7b. The positions of the four electrodes 1 are adjusted on the flexible base 6 to change the spacing between the electrodes 1.

The entire surface of the flexible base 6 is heated by a heater 11, and the temperature of the flexible base 6 is controlled by a thermistor 14 to maintain a desired appropriate temperature.

Effects of the invention The present invention fixes one side of the hook, that is, the electrode hook, on the biased part of the back of the electrode, and fixes the other side of the hook, that is, the base hook, on the front of the flexible base, so that both sides can be hooked. The electrodes that are hung on the flexible base with a tool are removable, making it easy and thorough to clean the electrodes and the soft base. Since the electrode can be removed and cleaned, it is easy to keep the electrode clean.

Further, the mounting position of the electrode can be changed based on the base hook. For example, when performing energization treatment with a flexible base in contact with the back of the waist, the electrodes are hooked so that the distance between them is long; when performing energization treatment with a flexible base in contact with the back of the neck, The electrodes are hooked so that the distance between the electrodes is shortened. Therefore, during low-frequency energization treatment, the mutual spacing of multiple electrodes on the flexible base can be changed and adjusted according to the shape and area of the affected area, making it easy to attach the flexible base to the affected area and efficiently targeting the desired area. It was advantageous in terms of treatment as it was possible to energize the device and eliminate the loss of energization.

Furthermore, a heater is installed inside the flexible base of the present invention, and with this configuration, it is possible to heat the epidermis of the human body that comes into contact with the flexible base and perform thermal treatment. Therefore, according to the above configuration of the present invention, low frequency energization can be carried out by energizing the interference wave current of two frequencies different in frequency, and heating can be additionally carried out by the heater. As a result, using the present invention, it is possible to perform interference wave current application treatment and heat treatment at the same time, which reduces treatment time by half compared to treatment separately. Both physical effects can be made to act synergistically, and a synergistic therapeutic effect can be obtained.

[Brief explanation of the drawing]

The attached drawings show an embodiment of the present invention, in which Fig. 1 is a front view, Fig. 2 is a rear view of the electrode, Fig. 3 is a side view of the electrode, and Fig. 4 is an electrical configuration of the flexible base. Figure 5 is a perspective view, Figure 6 is A- of Figure 1.
A cross-sectional view taken in the direction of arrow A is shown. DESCRIPTION OF SYMBOLS 1... Electrode, 2... Soft base plate, 3... Conductive soft body, 4... Hanging tool, 5... Electrode hook, 6... Soft base, 7... Base hook.

Claims (1)

[Scope of utility model registration request] A plurality of electrodes 1 each having a conductive soft body 3 attached to a flexible base plate 2 are removably hung on a flexible base 6 using a hook 4, and the hook 4 is attached to the flexible base 6. It consists of a base hook 7 disposed on the flexible base plate 2, and an electrode hook 5 that is fixed on the back side of the flexible base plate 2 and can be hooked on the base hook 7. The base hook 7 has two base hooks 7a, 7b, the electrode hooks 5 are two electrode hooks 5a and 5b, and on the surface of the flexible base 6, two pairs of four electrodes 1 are arranged diagonally. A multipolar conductor for a low-frequency treatment device, in which a base hook 7 is arranged on the flexible base 6 so as to be able to be attached to the flexible base 6, and a heater 11 is installed inside the flexible base 6.