JPH0661255U - Remote control low frequency treatment device - Google Patents

Abstract

(57) [Abstract] [Purpose] Adhesive low-frequency therapeutic device that can be freely controlled at hand [Construction] Conductive adhesive gel, a conductor formed of a conductive member, a small capacity small battery, Low-frequency electrical stimulation in which a low-frequency electrical stimulation pulse output means for outputting electrical stimulation pulses from the battery and a connection body for performing one or both of input and output of electrical signal information from the outside are integrally combined. Output unit, other connection body that is electrically and mechanically detachable from the connection body, output of a control signal to the electrical stimulation pulse output means, input of internal information of the low frequency electrical stimulation pulse output means, electrical An operating unit for performing one or a combination or all of the energy supply, and a lead wire for electrically connecting the other connecting body and the operating unit.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a wire-type integrated-adhesion type low-frequency treatment device for remote control at hand.

[0002]

[Prior art]

 The small low-frequency therapy device that is integrally attached to the skin is excellent as a therapy device that can be easily used anytime, anywhere, but it is extremely small, and many are used to select the stimulation intensity mode. It is difficult to install the operation panel with the switches and knobs on the treatment device. On the other hand, although there has been proposed a remote control device that uses wireless, a device for demodulating and converting a wireless signal is additionally required, and an integrated sticking type that should be smaller and lighter The low frequency therapy device was inconvenient.

[0003]

[Means for Solving the Problems]

 In view of the above, the present invention provides an integrally-adhered low-frequency electrical stimulation output unit that is attached to a living body and outputs a low-frequency electrical stimulation pulse, a connection body A incorporated in the output unit, and an electrically and mechanically attachable / detachable unit. The output unit can be freely controlled at hand by the connection unit B that is freely connected and the operation unit that manages the input and output of the output unit that is connected to the connection unit B via the lead wire, and an extra circuit is provided. Since it is not necessary, a device that does not increase the size of the output unit has been realized. The control signal shown in the present application is an instruction signal for controlling the electrical stimulation output, such as an on / off instruction to the electrical stimulation output unit, a stimulation output intensity command, various mode selection instructions, and the like.

[0004]

【Example】

 FIG. 1 is a diagram showing an embodiment of the present invention. (1) is a backing member made of a flexible plastic material such as PVC or PET, and the conductive member and the conductive adhesive gel are integrally accumulated on the back surface. As the electrically conductive adhesive gel, for example, Japanese Patent Application No. Hei 2 No. 64303 is shown. (2) is a low-frequency electrical stimulus output unit, which has a hard plastic case and a built-in electronic circuit board that mounts a small battery, chip microcomputer, semiconductor, chip resistor, chip capacitor, and chip coil. (3) is a small operation part such as an on / off switch and a strength switch which also functions as this switch, and operates the output of the low frequency electrical stimulation output part (2). Reference numeral (4) is a plug, which shows the above-mentioned connecting body B, and a socket (5) for joining with the plug (4) is attached to the low-frequency electrical stimulation output section (2). The socket (5) shows the connector A. The connecting bodies A and B may be electrically and mechanically coupled and separated, and the structure is not particularly limited. (6) is a lead wire, which is a double-coated electric wire coated with vinyl. (7) is an operating body, and various operation buttons (8) and a display panel such as an on / off switch, a dynamic button, a mode switching button, a timer setting button, and a battery capacity display panel are mounted on the surface. (8) shows an example of the display panel. Also, inside the operating body (7), for example, when the battery built in the low-frequency electrical stimulation output section (2) is a secondary battery, a single 1 to 5, 5, 006P, etc. for charging this are provided. It may also have a built-in battery.

Next, the operation will be described. Before use, the operating body (7) is connected to the low-frequency electrical stimulation output section (2) by connecting the connecting bodies A and B as shown in FIG. The conductive adhesive gel part of (1) is attached to the affected part of the biomedical treatment. Next, the operating body (7) is operated to control the output of the low frequency electrical stimulation output section (2). When there is no need for operation, the connector B (4) and the connector A (5) may be separated and the treatment may be continued in the state shown in FIG. At this time, the small operation body (3) becomes a part for controlling the output of the low frequency electrical stimulation output section (2). The signal output from the operating body (7) to the low-frequency electrical stimulation output section (2) may be the output itself, the selection of the mode, or the program itself constituting the same. Further, the small operation part (3) may operate not only after the operating body (7) is separated but also in a state of being connected to the operating body (7). Further, the operating body (7) monitors the energy remaining amount information of the battery built in the low frequency electrical stimulation output section (2), displays the remaining amount, replenishes energy, collects and displays the trouble information. It also has functions. Although the socket (5) shown in the first embodiment, that is, the connection body A is stored in the low-frequency electrical stimulation pulse output means or the like, the connection body A is not limited to this, and the connection body A is connected via a lead wire. A combination of the low-frequency electrical stimulation pulse output means (2) and the like hung on the surface may be used.

[0006]

[Effect of device]

 As described above in detail, the present invention has an effect that the electric stimulation output can be freely controlled at hand.

[Brief description of drawings]

FIG. 1 is a diagram showing an embodiment of the present invention.

FIG. 2 is a diagram for explaining FIG.

[Explanation of symbols]

 1 Backing member 2 Low frequency electrical stimulation output part 3 Small operation part 4 Plug 5 Socket 6 Lead wire 7 Manipulator

Claims (1)

[Scope of utility model registration request] 1. A conductor formed of a conductive adhesive gel and a conductive member, a small capacity small battery, a low frequency electrical stimulation pulse output means for outputting an electrical stimulation pulse from the battery, and an input of an electrical signal from the outside. A low-frequency electrostimulation output unit integrally combining a connection body for performing one or both of the outputs, another connection body electrically and mechanically detachable from the connection body, and the electrostimulation pulse An operation unit that outputs one of a control signal to the output means, collects internal information of the low-frequency electrical stimulation pulse output means, supplies electrical energy to the battery, or a combination or all of these, and A remote control low-frequency treatment device comprising a lead wire for electrically connecting a connection body and the operation unit.