JPS62354A - Adhesive type treatment jig for stiffness - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Use This invention relates to an adhesive treatment device for physically treating muscle stiffness, muscle fatigue, etc.

(Prior art) As a conventional treatment device of this kind, for example,
As shown in Publication No. 9111r, there are ring-shaped or flat plate-shaped bases with a planar-shaped, medium-shaped, or Y-shaped protrusion integrally formed on the surface, but these protrusions have a restoring force. It is just a T attached.

(The problem to be solved by the invention is that the above-mentioned conventional therapeutic device is held in a state in which its protrusions are bitten into the surface of the skin by pasting it on a specific part of the human body that has a symptom. However, there was a drawback that the therapeutic effect of the treatment tool was small because there was no acupressure effect due to the pressing force.Therefore, this invention has a drawback that the therapeutic effect of the treatment tool is small because it does not have any acupressure effect due to pressing force.Therefore, this invention has been developed to improve the skin surface of the convex part by constantly maintaining a constant pressing force on the skin surface. The present invention provides an adhesive treatment device for treating lumps, etc., which achieves the same therapeutic effect through a synergistic effect of muscle stimulation by biting into the body and an appropriate acupressure effect.

(Means for Solving the Problems) This invention provides a pressure contact plate (3) having a convex portion (2) of an arbitrary shape on its surface in the center of a thin synthetic resin substrate (1), and Is it good to have multiple holes between the arc-shaped cutouts (4) drilled in the hole? The above-mentioned problem has been solved by adopting a technical means that maintains elasticity and connects the pressure contact plate at a position higher than the substrate (υ) via the connection part (5). .

(Function) Since the present invention has the above-described configuration, when the treatment device is pasted on a specific location of the human body where a symptom is present, the pressure contact plate (3) is attached to the substrate (1) through the circular arc-shaped cutout hole ( 4) through/
Since it is supported by the evil connection part (5), it has a restoring force, so the surface convex part (2) slightly touches the skin surface.
The convex parts (2) in several directions provide appropriate stimulation to the skin surface and are constantly pressed against the blood vessels of the internal muscles from the skin side with a constant pressure, so that a suitable acupressure effect can be continuously imparted (2). The combination of the moderate stimulation caused by biting into the skin surface and the appropriate acupressure effect provides intramuscular stimulation and enhances the therapeutic effect.

(Embodiments) Hereinafter, embodiments of the device for treating stiffness, etc. according to the present invention will be explained based on the drawings.

7th Example 1v! In J-pi), (b), and (c), a pressure contact plate (3) having a convex part (2) formed of a triangular convex strip (2a) integrally formed on the surface of a thin substrate (1) made of synthetic resin is used. In order to provide restoring force, arc-shaped cutouts (4) are made in the outer circumferential surface, and connecting portions (5) are provided at multiple locations to connect them integrally, and the press plate (3) is slightly raised against the substrate (1). Connecting part (
5), they are installed in series to provide resilience.

In Figure λ of the second embodiment (P), (C), a synthetic resin substrate (
A pressure contact plate (3) having a convex portion (2) integrally formed on its surface with a truncated cone-shaped convex portion (2 &) arranged at each vertex position of a triangle on υ.
) are integrally connected by a plurality of connecting portions (5) with resilience provided between the cutout holes (4), and the press plate (3) is slightly raised relative to the substrate (1) and held elastically. They are arranged in series like this. In this embodiment, the three connecting portions (5) arranged at equal intervals are arcuate to provide flexibility in their restoring force. Further, FIG. 3 shows an example in which there are two connecting portions (5).

3rd Embodiment In Figure dA) and (B), two
Two V-shaped protrusions (2a), (2a) are provided oppositely, and a protrusion (2a) with one truncated conical protrusion (2a5) is provided between them.
) T-The pressure contact plate (3) integrally formed on the surface is integrally connected by the number II number of connecting parts (5) with restoring force provided between the cutout holes (4) bored on the outer periphery to form a disc. shaped board (1
) and the pressure contact plate (3) is connected in a slightly floating state.

No. ≠ Example In Fig. j) and (b), 3
Two linear protrusions (2a) IE - A cut-out hole (4) made on the outer periphery of a pressure contact plate (3) that integrally forms the protrusions (2) arranged in directions that intersect with each other on the surface. The pressure contact plate (3) is supported in a slightly floating state with respect to the disk-shaped substrate (1) by being integrally connected by a plurality of connecting portions (5) provided between the two and having restoring force.

The treatment instruments in each of the above 1M examples are integrally molded from synthetic resin, and their dimensions include: the diameter of the substrate (1) is approximately 9ff, the diameter of the pressure contact plate (3) is approximately jfl, and the overall height is approximately 9ff. The height of the protrusion (2) is approximately 0.75H.The height of the protrusion (2) is approximately 0.75H.Also, the shape of the protrusion (2) is triangular as in the first embodiment. Convex stripes (2
In addition to the three protrusions (2&) as in the second embodiment.
be placed at each vertex of the triangle, or a combination of V-shaped protrusions (2&) and protrusions (2a5) as in the third embodiment, or roughly three as in the μth embodiment. linear convex shape (
2 &) 'e It is obvious that the T is placed in the cross direction due to the design, but even if there is a slight deviation in the application position, either of the protrusions (2) will elastically press and stimulate the symptomatic area. Therefore, an appropriate therapeutic effect can always be obtained and it is convenient for implementation. It is also free to take any other shape. Roughly speaking, this treatment tool has a board (1) on the back side of which is pasted to the center of a bandage (6) of a predetermined size, and this bandage (6) is attached to the human body to hold it in place. It is.

Next, I will explain its specific usage and effects. First, the convex part (2) of the treatment tool hits the center of the tender point 2 or the part where there is stiffness. Apply plaster (6)' and press the center of the treatment device with your thumb for about 5 to 70 seconds. As mentioned above, the treatment after pasting is bi)
At about this time, when Takashi is in the J state, the plate (3) moves toward the substrate (1) by a# against the restoring force of the connection part (5λ), and the convex part ( 2) is pressed against the skin surface with a constant pressure, the convex part (2) slightly digs into the skin surface, moderately stimulates tender points on the skin surface, and the pressure causes appropriate stimulation. It provides a sustained acupressure effect.The number of sheets to be applied with the therapeutic device of this invention is approximately 20 depending on the severity of the symptom, but if there are many affected areas, apply the corresponding number of sheets. After wear or use, the elasticity decreases, so it should be discarded and not reused.

(Effects of the Invention) As explained above, the present invention provides restoring force by slightly floating the press plate (3) having a convex portion (2) of an arbitrary shape on its surface with respect to the substrate (1). With a simple structure in which the pressure contact plate (3) is connected in a row, the convex part (2) on the surface of the pressure contact plate (3) slightly digs into the skin surface, providing a moderate amount of stimulation and restoring force, which provides a continuous acupressure effect and relieves symptoms. It can physically treat the affected areas of the human body, such as the shoulders and lower back, by improving blood circulation in the affected area, loosening the muscles, and removing stiffness and muscle fatigue. Since it does not require any skill, it can be easily used by keeping it at home and attaching it to the affected area when needed.

[Brief explanation of the drawing]

The drawings show examples of the adhesive treatment device for stiffness, etc. according to the present invention. sectional view, 1st PXJ (b) is a plan view, 1st (c) is XX sectional view of 1st F11),
Figure 2 (P), extension), el is the second embodiment, Figure 2 (A) is the new front view, Figure 2 (B) is a plan view, Figure 2 (C) is Figure λ middle). Figure 3 is a plan view of a different embodiment of the second embodiment, Figures A) and (B) are the third embodiment,
Figure ψ) is the new front view, Figure 3) is the plan view, Figure 3)-9 (b) is the first example of the first example, Figure 3) is the new front view, Figure 3) is the new front view, 3(b) is a plan view, and FIGS. 6(b) and 6(b) are sectional views in the operating state. (1)...Substrate, (2)...Convex portion, (3)...Pressure plate, (4)...Cutout hole, (5)...Connecting portion. Patent applicant Kinsha Co., Ltd. Founder of Futaba Chemical Fig. 1 Fig. 2 Fig. 5 Fig. 1;

Claims (1)

[Claims] A convex part of an arbitrary shape (
A pressure contact plate (3) having a pressure contact plate (3) having a surface of An adhesive-type treatment device for treating stiffness, etc., characterized in that pressure-welding plates are connected to each other in a floating position while maintaining elasticity.