JP3112905U - 4-pole single-sided pad - Google Patents

Abstract

Skin treatment for electrotherapy devices with electrodes 2, 3, 4, and 5 attached to the skin for energization using an electrotherapy device used for the human body, such as low frequency, microcurrent (weak current), etc. Pat.
[Effect] By providing four electrodes in one pad, it can be pasted by one operation, and even if the target to be energized by the electrotherapy device is narrow, insulation by contact between pads is prevented, and the pad is stuck by itself. The sticking operation is facilitated.
[Selection] Figure 1

Description

  In the present invention, when a current-carrying site is narrow in the use of electrotherapy, a pad with all four poles is applied to the skin so that [pin point] current can be applied to the narrow site, and the number of pad application operations is one. It only takes one time.

  Conventionally, when using an electrotherapy device, one electrode and one pad are fundamental. It is good if the energized target part is wide, but if the target is a narrow part, in order to attach the 4 electrodes to the narrow part, it is necessary to apply the pad more than 4 times, and carefully so that the pads do not touch each other. There was annoyance such as putting on. When the pads come into contact with each other, the current does not act.

Therefore, there were the following problems.
(1) When the target point of energization is narrow, it contacts depending on the size of the pad and does not energize.
(2) When using four electrodes, the operation of applying the pad to the skin is required four times.
(3) When the adhesive force of the pad is weakened, it is stopped with a tape or the like, but this operation is required four times.

  By making the four poles one surface into one pad, the four poles can be stuck to the skin by a single sticking operation. Further, even when the target portion is narrow, if the size of the pad is within the narrowing target point, it is possible to prevent insulation of energization due to contact.

  By using this pad, it is possible to reliably stick to a narrow target point without insulating the energization by a single operation. As a result, it can be applied to the skin without the need for time saving and electrical insulation. Therefore, the maximum effect is exhibited when the pad is applied by itself, and also when it is applied to a part outside the field of view.

Best mode for carrying out the invention

  When using a medical instrument that energizes the skin, such as low-frequency or micro-current, even if the energized target site is narrow, the pad can be attached by itself by incorporating four electrodes into an adhesive pad of about 1-2 cm x 1-2 cm. In this case, even if there is an energization target part outside the field of view, the pad can be applied to the skin by a single operation. In addition, insulation of energization due to contact between the pads can be prevented. Also, when the adhesion of the pad becomes weak, the fixing operation is easy even when the adhesive force is supplemented with tape or the like from above the pad.

Transparency of code from pat Back view of the pad (surface not attached to the skin) Surface view of the pad (surface to be applied to the skin)

Explanation of symbols

(1) Pad body (2) Adhesive surface including positive electrode (3) Adhesive surface including negative electrode (4) Adhesive surface including negative electrode (5) Adhesive surface including positive electrode (6) Insulator (7) + electrode cord (8)-electrode cord (9)-electrode cord (10) + electrode cord (11) Cord bundled with 4 electric wire cords

Claims (1)

  When using an electrotherapeutic device, the shape of the pad that has an adhesive part to be applied to the skin for energization is unified. A part that can be applied to the skin simultaneously with a single pad.

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