JPH067734U - Foot massager - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a massager that does not use electric power drive, therefore does not cause an electric shock accident, has no pinching injury, and has a therapeutic effect. [Structure] A penetrating shaft, a plurality of large and small massaging rollers, spacers, and end rollers at both ends are provided, and the spacer and the magnetic ring are for maintaining a constant interval between the rollers. Is capable of penetrating each of the rollers at the center thereof, connecting them, and rolling them on a plane at the end rollers, and a plurality of the large massage rollers and the small massage rollers are adjacent to each other. Are arranged so as to form massage areas that exert different massage effects.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a foot massager.

[0002]

[Prior art]

 Foot massage therapy, which massages the reflex points of each acupoint on the sole of the foot to achieve the purpose of treatment and health, has a history of several years. However, the conventional sole massager on the market rotates a massage bar using a motor, and causes a convex roller fixed to the massage bar to reciprocate, so that a dotted dot is formed on the sole of the user. A shock massage is applied.

[0003]

[Technical problems to be solved]

 Due to the above structure, the conventional sole massager has the following drawbacks. (1) The conventional massager is expensive because it is made by engraving irregular shapes on wood and forming a number of ridges with different lengths. It is impossible to adjust it according to. In addition, the ridge structure was too sharp and uncomfortable at the time of a massage, and it also often impaired the soles of the feet, often resulting in adverse effects. (2) The conventional massager is roller-shaped, its rotation changes only a little, and the adhesion to the sole of the foot is poor, so effective massage cannot be expected. (3) Since the conventional massage device uses a low-speed motor and power transmission, both legs of the user cannot move and cannot exert force. Since both feet are only placed on the massager, the therapeutic effect is limited, and because it is an electric massager, it is inadvertently caught on the heel, the motor continues to rotate and the heel is pinched or injured. There was a risk of electric shock accident.

The present invention has been made in view of the above points, is designed based on medical principles and ergonomics, can be easily assembled, and can be massaged to the required degree. An object is to provide a massager for the sole of the foot that provides a therapeutic effect. Another object of the present invention is to provide a magnetic massager which does not use electric power drive, therefore does not cause an electric shock accident, has no pinching injury, and has a therapeutic effect.

[0005]

[Means for solving the problem]

 In order to achieve the above object, a foot massager according to the present invention has a penetrating shaft, a plurality of large and small massaging rollers, spacers, and end rollers at both ends. The rollers are capable of penetrating through the rollers at their centers, connecting them, and rolling them on a plane at the end rollers, and the spacers keep the distance between the rollers constant. The large massage roller and the small massage roller are arranged adjacent to each other to form a massage area having different massage effects.

Further, a magnetic ring that also serves as a spacer is provided on the penetrating shaft between the massage rollers, and the magnetic ring emits magnetic lines of force to the outer peripheral surface thereof.

Further, a plurality of large massage rollers and a plurality of small massage rollers are arranged adjacent to each other, and a magnetic ring also serving as a spacer is provided on the penetrating shaft between the small massage rollers or on both sides of the small massage rollers. The large massage roller, the small massage roller, and the magnetic ring each form a massage area that exerts different massage effects.

[0008]

[Action]

 In the above structure, the penetrating shaft supports and connects all the rollers. The end rollers allow rolling on a flat surface. The large and small massage rollers stimulate the soles of the feet to give a massage effect. The large and small massage rollers form different massage areas depending on the arrangement mode and exert different massage effects. The magnetic ring exerts a magnetic medical effect.

[0009]

【Example】

 Next, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a perspective view of a magnetic massager for soles (hereinafter, simply referred to as a massager) according to the present embodiment, FIG. 2 is an exploded sectional view of a part of the massager, and FIG. 3 is a part of a spacer. FIG. 4 is an exploded perspective view of FIG. 4, and FIG. 4 is a front view of the massager in use.

The massager M in the illustrated embodiment has a plurality of large massage rollers 1, a small massage roller 2, end rollers 3 arranged at both ends, and spacers 4 arranged between the rollers. , A magnetic ring 5 and a shaft 6 passing through all these rollers at their centers.

The end roller 3 has a maximum diameter that is larger than all the other rollers, and the large massage roller 1 has a different diameter roller to increase the massage effect when the sole of the foot is placed on this roller. The maximum diameter thereof is larger than the diameter of the small massage roller 2. A round roller is used as the small massage roller 2. However, small rollers may also use different diameter rollers. Further, in the illustrated example, a plurality of small rollers 2 are arranged on the center side, and a plurality of large rollers 1 are arranged on both sides thereof, so that the central portion and both side portions are respectively attached to the soles. It consists of two types of massage areas, which have different massage effects.

The end roller 3 is formed by abutting two left and right cup-shaped side bodies 31 and 32 together. More specifically, one side body 31 has a projecting edge 311 protruding in the opening direction and a projecting edge 312 projecting outward at the opening edge, and the other side body 32 has the projecting edge 311 at the opening edge. Has a groove 321 that is open to face each other, and the projecting edge 311 is fitted into the groove 321 so that the two side bodies 31 and 32 are joined. The outer protruding edge 322 that forms the groove 321 in this combined state forms a continuous groove 34 along the outer peripheral surface of the roller 3 with the protruding edge 312 of the one side body 31. A rubber ring 7 as a cushion material is fitted in the groove. Further, a concave portion 33 that opens to the outside is formed in the center of the outer body 32, and a nut 61 for fixing the penetrating shaft 6 can be accommodated in the concave portion, which will be described later. The legs of the cover 34 can be inserted into the recesses.

The spacer 4 is for keeping the distance between the rollers at an appropriate constant distance. One of the facing surfaces of the adjacent roller and the spacer has a hole 41 and the other has a hole press-fitted into the hole. The projections 11, 21 and 313 are provided, and the projections 11, 21 or 313 are press-fitted into the holes 41 so that the intervals between the rollers are fixed, and they are coupled so as not to rotate relative to each other.

A magnetic ring 5 also serving as a spacer is arranged between the small rollers 2. As shown in FIG. 3, the magnetic ring 5 is constructed by press-fitting a donut permanent magnet 52 into a magnetic metal tube 51, and lines of magnetic force from the outer peripheral surface of the magnetic metal tube 51 to the outside. It is radiating.

The through shaft 6 is inserted through the holes at the center of the large roller 1, the small roller 2, the spacers 4, the magnetic ring 5 and the end roller 3 in an appropriate order, and the projections 11, 21 or 3 are inserted into the holes 41. 13 is press-fitted, the nut 61 is fastened to the male screw cut at the end of the shaft 6 projected into the concave portion 3 of the end roller, the shaft 6 is fixed, and then the cover 34 is attached to the end. The outer surface of the roller 3 is flat. The recess 33 and the cover 33 are structures for preventing the user from being injured by the shaft 6 during use.

When using the massager according to the present invention having the above-mentioned structure, as shown in FIG. 4, the massager is placed on a flat surface, and one foot or two feet are placed on the massage area to place each roller 1 on the massager. , Step 2 and roll it back and forth. Thereby, the exercise of the foot and the massage of the sole can be sufficiently performed. Further, since the large roller and the small roller are appropriately arranged, it is possible to select an arbitrary massage area according to the user's wish and receive a massage effect according to the request. In addition, since no electric motor or other power is used, the user is safe because no external force is injured.

[0017]

[Effect of device]

 As described above, according to the present invention, the large and small massage rollers, the spacers, and the end rollers are fixed through the penetrating shaft so that they can be easily assembled, and can be manufactured at low cost. can do.

Further, since it has a plurality of massage areas, it is possible to receive a massage to the extent necessary, and it is possible to provide a foot massager having health maintenance and therapeutic effects.

Further, since the massage roller is directly stepped on the sole of the foot without using a power source, the safety is high, the motor nerves are strengthened, and the massage of the sole of the foot promotes blood circulation in the blood vessels. The purpose of is achieved.

Further, when the magnetic ring is provided, the magnetism improves the magnetic field of the human body of the user and further enhances the effect of promoting blood circulation, so that the body becomes comfortable, the function is activated, and health is promoted. A magnetic massager having a large effect can be provided.

[Brief description of drawings]

FIG. 1 is a perspective view of an embodiment of the present invention.

FIG. 2 is a partial exploded cross-sectional view.

FIG. 3 is an exploded perspective view of a magnetic ring.

FIG. 4 is a front view of a usage state.

Claims (3)

[Scope of utility model registration request] 1. A penetrating shaft, a plurality of large and small massage rollers, a spacer, and end rollers at both ends, and a penetrating shaft that penetrates each of the rollers at its center. Then, these can be combined to roll on a flat surface in the end roller, (c) the spacer keeps the interval between the rollers constant, and (d) the large massage. A foot massager characterized in that a plurality of rollers and a small massage roller are arranged adjacent to each other to form a massage area exhibiting different massage effects. 2. A magnetic ring, which also functions as a spacer, is provided on the penetrating shaft between (a) the massage rollers, and (b) the magnetic ring radiates magnetic force lines to the outer peripheral surface thereof. The foot massager according to claim 1, which is characterized in that. (A) A plurality of large massage rollers and a plurality of small massage rollers are disposed adjacent to each other, and a magnetic ring also serving as a spacer is provided on the penetrating shaft between the small massage rollers or on both sides thereof, (b) ) The magnetic ring radiates magnetic lines of force on its outer peripheral surface, and (c) the large massage roller, the small massage roller, and the magnetic ring form massage areas that exert different massage effects. The foot massager according to claim 2, wherein