JPH0321256Y2 - - Google Patents

Description

[Detailed explanation of the invention] [Purpose of the invention] Industrial application field This invention provides stimulation to muscles and nerves, thereby reducing stiffness and
This invention relates to the improvement of a thermal low-frequency conductor with an electromagnet for treatment to eliminate damage and fatigue.

BACKGROUND TECHNOLOGY Conventionally, there have been low-frequency treatment devices in which a concerned electrode and an indifferent electrode are separate bodies for performing the above-mentioned treatment by applying low-frequency waves to the human body. There have also been vibrators using alternating current electromagnets that apply vibrations to the human body to perform the above-mentioned treatments. However, it is stiff,
Although it is experimentally known that applying low frequency waves to the human body and applying vibrations to relieve pain and fatigue quickly increases the therapeutic effect, There were no low frequency conductors. Therefore, the present applicant filed a utility model registration application (Utility Model Application No. 153711/1988) dated October 9, 1985, for a thermal low-frequency guide with an electromagnet for treatment.

However, although the above-mentioned device contained a related electrode, an indifferent electrode, and an AC electromagnet, it was impossible to apply it to multiple locations on the human body at the same time because there was only one bag body. The stiffness that occurs,
It has been difficult to simultaneously and quickly remove pain and fatigue.

Problems that the invention aims to solve This invention warms the human body by simultaneously applying low-frequency current and thermal vibration to the human body, and synergistically working the low-frequency current effect and the pine surge effect. To provide a thermal low-frequency guide with an electromagnet for treatment which can quickly improve the therapeutic effect, is easy to bend and adapt to the human body, and can be applied to multiple parts of the human body at the same time for treatment. The purpose is to

[Structure of the idea]

Means for Solving the Problems In order to achieve the above object, the present invention forms separate flat hollow bags from moisture-impermeable sheets, and coats one sheet surface of each bag with a hygroscopic material. A moisture-impermeable sheet is formed so that a conductor storage chamber is formed on the side of the sheet made of the hygroscopic substance in each bag, and an airtight chamber for housing the AC electromagnet is formed on the other sheet side. A partition wall is provided, and a related electrode is housed in the conductor housing chamber of one bag, an indifferent electrode is housed in the conductor housing chamber of the other bag, and an AC electromagnet is housed in the AC electromagnet housing airtight chamber of each bag. It has a configuration of a thermal low-frequency conductor with a therapeutic electromagnet, which is characterized in that it has a configuration that enables electrical connection between a related electrode, an indifferent electrode, each AC electromagnet, and a power source. be.

The present invention will be described below with reference to the embodiments shown in the drawings.

As shown in FIG. 1, a flat hollow bag 1 is made of a water-impermeable sheet such as a soft synthetic resin sheet.
1 and 11' are formed separately. 11 and 11' are rectangles of the same shape and size, or of the same size and size. Each bag, that is, the bag 11 includes a top sheet 12, a partition sheet 17,
The back sheet 18 is formed into a rectangular shape having the same shape and size, and the bag body 11' has a front sheet 12', a partition sheet 17', and a back sheet 18 formed into rectangular shapes having the same shape and size. The top sheets 12, 12' of the bags 11, 11' are made of a hygroscopic material, and in the illustrated embodiment, the top sheets 12, 12' are provided with window holes 13, 12', respectively.
13', and a large number of small holes 15, 1 are formed in a semiconductive material such as synthetic chamois from the back side of the window holes 13, 13'.
5' is provided, and the periphery of the hygroscopic low-frequency current-carrying sheets 16, 16' is fixed using means such as a high-frequency sewing machine or adhesive.
The synthetic chamois may be replaced by a hygroscopic material such as a towel, or the synthetic chamois may be omitted. In short, it is sufficient if a low frequency current is passed through the human body from the electrodes 20, 21'. Bag body 11 formed in this way
A related electrode 20 is interposed between the top sheet 12 and the partition sheet 17, and an indifferent electrode 21 is interposed between the top sheet 12' and the partition wall 17' of the bag 11'. One of the related electrode 20 and the indifferent electrode 21 is (-)
The other side is formed as (+). As shown in FIGS. 2 and 3, the bag body 11 is provided with a bulkhead sheet 17.
Two AC electromagnets 22 are placed between the
a, 22b are placed side by side, and two AC electromagnets 22a', 22a', 22b' are placed side by side.
Note that the cord 23 is configured to be connected to a power source.
and the related electrode 20, the indifferent electrode 21, and the coil 22 of each AC electromagnet 22a, 22b, 22a', 22b'.
Connect with. FIGS. 7 and 8 are perspective views showing various AC electromagnets. d, e, f, g, h,
d′, e′, f′, g′, h′ indicate connections. In the above state, the peripheral edges of the front sheet 12, partition sheet 17, and back sheet 18 are sealed together to form the bag body 11, and the front sheet 12', partition sheet 17', and back sheet 1 are sealed together.
8' are sealed together to form a bag 11'. 24 indicates a seal portion. Each bag 11,1
Inside 1', a conductor storage chamber A is formed between the top sheet 12 and the partition sheet 17, in which the electrode 20 is accommodated, and a conductor storage chamber A is formed between the top sheet 12' and the partition sheet 17'. A conductor housing chamber A' in which the electrode 21 is housed is formed, and the partition sheet 17 is
AC electromagnets 22a, 2 are provided between the
The AC electromagnet housing airtight chamber B where 2b is housed is
Further, an AC electromagnet housing airtight chamber B' in which AC electromagnets 22a' and 22b' are housed is formed between the partition sheet 17' and the back sheet 18'. 22' is a coil of an AC electromagnet. The indifferent electrode 21 may be accommodated in the conductor accommodation chamber A of the bag 11, and the related electrode 20 may be accommodated in the conductor accommodation chamber B of the bag 11'. FIG. 6 shows another embodiment of the present invention, in which the bag body 1
1, 11' AC electromagnet housing airtight chambers B, B',
This shows an embodiment in which each AC electromagnet 22c is accommodated.

Function: By spraying mist or pouring water onto the front sheets 16, 16' of each bag body 11, 11', it becomes a hygroscopically swollen semiconducting material for passing low-frequency current. By connecting the plugs 25, 25' to the cords 23, 23' to a low frequency and electromagnet power source (not shown), electricity is applied to the related electrode 20 and the indifferent electrode 21, and a low frequency current flows between them. At the same time, each AC electromagnet 22
A current is applied to the coils 22 a, 22b, 22a', 22b', the coils generate heat, and the AC electromagnets 22a, 22b, 22a', 22b' vibrate. The heat of the coil is transmitted into the conductor storage chambers A and A' and warms the human body. In order to increase the vibration of the AC electromagnet, it is sufficient to stack a plurality of AC electromagnets for each AC electromagnet, as shown in FIG.

[Effect of idea]

As described above, the present invention simultaneously applies low-frequency current and thermal vibration to the human body to warm the human body, while synergistically working the low-frequency current effect and the pine surge effect, thereby achieving rapid and good therapeutic effects. Moreover, since a plurality of alternating current electromagnets are used in parallel, it is possible to provide a therapeutic electromagnet-equipped thermal low-frequency conductor that is easy to bend and adapt to the human body. Also, since the bag body is constructed separately,
It can be applied to multiple parts of the human body for treatment at the same time, and has the effect of quickly removing pain and fatigue occurring in multiple parts of the human body at the same time, and providing efficient treatment.

[Brief explanation of the drawing]

Figure 1 is a surface view of the present invention, Figure 2 is a longitudinal sectional view taken along line X-X' of one of the bags shown in Figure 1, and Figure 3 is a partially cut away partition sheet of one bag. cross section,
Fig. 4 is a vertical cross-sectional view along Y-Y' of the other bag shown in Fig. 1, Fig. 5 is a cross-sectional view with a part of the partition sheet of the other bag cut away, and Fig. 6 is a cross-sectional view of the present invention. FIG. 7 is a perspective view of an AC electromagnet, and FIG. 8 is a perspective view of another example of the AC electromagnet. 11,11'...Bag body, 12,12'...One sheet surface (top sheet) of the bag body, 15,15'...Small through hole, 17,17'...Partition sheet, 18,1
8'...The other sheet (back sheet) of the bag body, 20...
...Indifferent electrode, 21...Indifferent electrode, 22a, 22b,
22a', 22b'... AC electromagnet, d, e, f,
g, h, d', e', f', g', h'... Connection, A, A'...
...Conductor storage chamber, B, B'...AC electromagnet storage airtight chamber.

Claims (1)

[Scope of utility model registration request] Separate flat hollow bags are formed from moisture-impermeable sheets, one sheet surface of each bag is formed from a hygroscopic material, and the sheet surface formed from the hygroscopic material in each bag is Form a conductor storage chamber,
A partition wall made of a moisture-impermeable sheet is provided so as to form an airtight chamber for accommodating an AC electromagnet on the side of the other sheet, and the electrode is placed in the conductor accommodating chamber of one bag, and the electrode is placed in the conductor accommodating chamber of the other bag. In addition to accommodating an indifferent electrode,
A treatment characterized by having a configuration in which an AC electromagnet is housed in the AC electromagnet-accommodating airtight chamber of each bag body, and the related electrode, the indifferent electrode, and each AC electromagnet are electrically connected to a power source. Low frequency thermal conductor with electromagnet for use.