JPH0277252A - Footwear type sole massage device - Google Patents

Abstract

PURPOSE:To give a patting vibration and a massaging vibration along with a pressure, to eliminate the dislocation of a position to stimulate and to execute a movement in wearing by fixing or allowing a vibrator to contact with a slipper body main body or bottom body, and simultaneously, supporting the slipper body with the bottom body so as to effectively transmitting the vibration to the sole. CONSTITUTION:For a slipper body 2, many small projections 4 are provided on the upper surface of a base 3 for it. On the lower surface of the slipper body 2 (base 3), a bottom body 7 is integrally fixed by an adhesion. To the bottom body 7, a hole cavity 8 is provided in a part somewhat near a heel in a center, and to the cavity 8, a vibrator 9 is fixed onto the lower surface of the slipper body 2 (base 3). For the vibrator 9, a vibrator 11 is eccentrically fitted to the rotary shaft of a motor 10 to be a driving source, and it is fixed to a supporting plate 12. In such a way, by the rotation of the motor 10, the vibrator 11 is made eccentric, it is rotated on a vertical surface, the up-and-down movement is transmitted to the base 3 of the slipper body 2, and a stimulation is given from the pressure and patting vibration to the sole surface. Then, the strong stimulation is given especially to an arch part and the part near the heel from the center.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to an improvement in a foot massage device, and particularly to one in which the vibrating section is separated according to the left and right feet.

[Prior Art] It has long been pointed out by Chinese herbal medicine that the soles of the feet are where stimulation points for various parts of the body, particularly important internal organs called the five organs and six organs, are concentrated.

This is understandable from an anatomical standpoint, where peripheral nerves are densely packed in the soles of the feet and autonomic nerves are distributed in large numbers. In particular, medical research in this area has progressed over the past ten years, and it has been found that specific parts of the soles of the feet (points, reflex points) are associated with various diseases and internal organs, and when a pressure point is stimulated, blood flow in the corresponding organ increases. It has been revealed that the cells become more active and the number of red blood cells increases. For example, the arch of the foot includes the stomach and duodenum, and the colon, small intestine, and other areas from the center to the front of the heel.
They have an anal protrusion, and stimulating these can relieve constipation. In particular, various internal organs are concentrated in the arch of the foot, and stimulation here is extremely effective.

These stimuli are applied by rubbing, kneading, pressing, hitting, vibrating, etc. the soles of the feet.For example,
Stimulation with acupressure or hand-held brakes, stepping on pebbles, sticks, green bamboo, plate-like bodies with many small protrusions, etc., and wearing footwear with many small protrusions on the upper surface, etc. In addition, many devices and instruments have been proposed, such as a box-shaped device that vibrates a surface with many small protrusions and a device that has many rollers lined up.

[Problems to be solved by the invention] However, the use of acupressure and pipe lakes is too effective (they do not last long, and the cost increases if you go to a treatment facility.Also, green bamboo stepping etc. are easy but ineffective). Stimulation is insufficient with only pressure and weak low-cycle tapping action, and it is not possible to concentrate stimulation on a specific area.Also, it is troublesome as you have to keep stepping on it.In the case of footwear, it can be used all the time. However, only pressure stimulation was applied.

On the other hand, box-shaped devices that vibrate a surface with a large number of small protrusions often have a convex part for the arch of the foot on the surface, which is ideal because it adds vibration and tapping action in addition to pressing. However, although this type of device has a fixed position for placing the foot, it has the disadvantage that the position may shift due to vibration. In addition, although it is usually used while sitting on a chair, both feet must be aligned in order to place them in the correct position, and care must always be taken to prevent them from slipping. Furthermore, it is impossible to move while using it or use it in the toilet with both legs open.

[Means for Solving the Problems] In view of the above-mentioned current situation, the present inventor has completed the present invention pine surge device as a result of intensive research, and its characteristics are that the slipper body or the bottom body The vibrating body is fixed to or in contact with the slipper body, and the slipper body is supported by the sole body so that the vibration is effectively transmitted to the sole of the foot.

Here, the slipper body refers to something that has the shape of a normal slipper and consists of a platform on which the foot is placed and a cover for the instep. However, it is not limited to the slipper type, and any type that relatively fixes the feet may be used, such as those with a thong such as geta clogs, sandals, shoes, etc. The above-mentioned platform preferably has an uneven upper surface that corresponds to the shape of the sole of the foot, such as the arch of the foot, and more preferably has a large number of small protrusions, since the small protrusions increase the pressure on the sole of the foot. It is provided to accurately stimulate pressure points. The shape is a cylinder with a height of about 0.1 to 10 am and a diameter of about 2 to 511 mm, and the upper end is preferably rounded.Of course, the pressing effect is inferior, but it is a plain one with no unevenness. It does not matter if there are no small protrusions. The material of the slipper body is usually rubber, plastic, or cloth. It is also possible to use wooden ones like geta, or hard materials like bamboo used for bamboo stomps.

The bottom body is located on the underside of the slipper body (especially its base),
It supports the slipper body and enables the vibration of the slipper body to be effectively transmitted to the sole of the foot.

Preferably, the entire body is made of an elastic body. For example, resin such as urethane, rubber foam molded products, cork,
Air cushions, fiber-filled pads, etc. Instead of being made of a single material, it may be a combination of hard materials (such as hard plastic or wooden products) and elastic materials, and even hard materials can be used well depending on the location of use (places with cushioning properties such as carpet). . In these cases, a space for accommodating the vibrating body is provided in the bottom body, the slipper body, or both, more preferably in the bottom body.

The thickness of the bottom body is determined by taking into consideration the thickness of the vibrating body and compression deformation of the bottom body when weight is applied. If it is too thin, the vibrating body will touch the floor during use, and if it is too thick, it will be too high and difficult to use. From this point of view, the vibrating body should be as small as possible, although this is related to the vibration force.

The cavity is usually provided in the bottom body, and may have a size and shape that can accommodate the vibrating body, and may be a recessed hole or a through hole.

Alternatively, it may be encapsulated in the bottom body. The bottom body other than the void space can be completely filled or honeycombed.
It may also have other recesses.

This cavity can also be provided in the slipper body.

In this case, the thickness of the slipper body increases. Furthermore, a space may be provided in both the bottom body and the slipper body, and the vibrating body may be sandwiched between the slipper body and the bottom body.

Alternatively, the bottom body may be made of a thin and hard material, a gap may be provided between the slipper body and the bottom body, and the two may be connected by a separate elastic body around the gap. As the elastic body, a spring or a leaf spring with a certain degree of spring constant, or a softer foam is used. In this case, the vibrating body is housed in a gap near the center. In this case, the outer surface around the gap may be covered with a sheet or the like.

It should be noted that there is a large difference in the load applied to the slipper body or sole body when using the slipper while sitting on a chair or a Western-style toilet, and when using it while walking or using a Japanese-style toilet. When a large load is applied, it is advisable to increase the thickness of the bottom made of an elastic material or to use one with higher hardness.

The bottom body may be completely fixed to the slipper body with adhesive, etc., but in order to maintain the vibrating body and replace the batteries in the case of battery-powered ones, especially for the latter, it is necessary to use hook-and-loop fasteners or the fitting structure. A part or the whole may be removably fixed.

In this case, it is desirable to have a waterproof structure.

Next, the vibrating body is a device that gives vertical or lateral vibration to the slipper body, and uses a motor or a solenoid as a driving source. The vibrating body is fixed to or in contact with the lower surface of the slipper body (its base) directly or via a support plate. This is to transmit vibrations accurately and directly. Alternatively, 1. without bringing the vibrating body into contact with the slipper body. The slipper body can also be configured to be fixed to or in contact with the bottom body directly or via a support plate, or to be incorporated (encapsulated) so that the slipper body vibrates together with the bottom body.

The support plate may be a plate-like body, or it may be a part of a case in which one sliding body is housed and attached.

The structure of the case can be box-shaped or cylindrical with the top, bottom, left and right sides enclosed. When the vibrating body consists of a motor and a vibrator, a configuration may be adopted in which only the vibrator portion is covered with a case. When stored in a case, the vibrating body will not bite into the elastic body even when a load is applied, and a good vibration state can be obtained. Incidentally, a similar effect can be produced even if a cover covering the vibrating body is attached to the support plate. The material of the support plate, cover, and case is preferably metal or resin with excellent strength and toughness. From the standpoint of heat dissipation, metal is preferable.

The method of fixing to the slipper body is to fix the drive source such as a motor or solenoid to a support plate, and then attach this support plate directly to the bottom surface of the slipper body using adhesive or hook-and-loop fasteners (screws can also be used for wooden slipper bodies). (If there is a space in the Suri Soba body, attach it inside that space).

Alternatively, the support plate may be integrally molded with the slipper body, and the drive source may be attached to this. In this case, the size of the support plate may be the same as that of the slipper body, but it may also be smaller. In particular, in order to prevent constipation, a small support plate may be attached to the center of the slipper body and vibrate focused on that part. It is a good idea to let them do so. In addition, the heel portion and the toe portion may be mainly vibrated. Of course, in these cases, other parts also vibrate.

To vibrate the vibrating body in contact with the slipper body, the vibrating body is supported by some method, and the vibrating body or the support plate is brought into contact with the lower surface of the slipper body (inside the cavity if there is a cavity in the slipper body). This method includes, for example, supporting the support plate in a floating state between the bottom body and the slipper body, inserting and supporting the support plate in a space with a cover on it or storing it in a case, or supporting the support plate in a state where it is inserted in a space between the bottom body and the slipper body. Possible causes include sticking.

Furthermore, without the vibrating body or support plate coming into contact with the slipper body,
It is also conceivable to fix it to the bottom, support it in contact with it, or incorporate it into the bottom while being housed in a case (encapsulation). In these cases, the slipper body vibrates in accordance with the vibration of the sole body.

When the drive source is a motor, the vibration is obtained by rotating a vibrator that is eccentrically provided on the motor shaft. The vibrator is simply a weight and a force/eccentric disk, but the larger the shape, weight, and degree of eccentricity, the stronger the vibration it gives. However, it is necessary to consider limitations due to the rotational torque of the motor. According to the inventor's experience, the vibration frequency is 11000-300.
The effect was felt to be large at around 1500 rpm, especially around 1500 rpm. Note that the stronger the vibrating force due to the eccentricity of the vibrator, the stronger the friction between the motor shaft and the bearing, which shortens the life of the motor. Therefore, when the vibrating body is housed in a case, the shock to the motor shaft can be alleviated by supporting the motor with an elastic ring. However, if the bottom body itself is made of an elastic material, the vibration of the motor shaft will be absorbed considerably, and the life of the motor will be considerably longer.

When the vibrator is rotated in a plane parallel to the slipper body, it imparts lateral vibration to the slipper body. On the other hand, when the vibrator is rotated in a plane perpendicular to the slipper body, the slipper body is given vertical motion, which has a great effect on pressing and hitting the sole of the foot. However, in order to obtain large vibrations, the length of the weight and the diameter of the disk must be large (this results in a large thickness of the entire vibrating body).

In addition to the above, it is also possible to fix it in an oblique direction to give an inclined vibration.

The motor should be as small and powerful as possible.

Furthermore, if the vibrator is directly connected to the rotating shaft of the motor, the number of rotations will be 3.
Since the rotation speed is 600 rpm (in the case of 60 cycles of AC power supply), the rotation may be reduced using a gear or an inverter.

Among AC motors, the shaded type is the most preferable because it is inexpensive, powerful, and rotates only half as much. In the case of alternating current, a cord is required, but if the cord is made into a winding type and the cords derived from each bottom body are combined into one cord in the middle, movement becomes easier to some extent. In fact, compared to a completely fixed type, it is much easier to sit on a chair or use the toilet by being able to move your legs a little.

On the other hand, a small DC motor powered by a battery (negative battery or secondary battery) is extremely convenient to use because it does not require a cord. However, the rotating torque is weaker than that of a commercial power supply, and it takes time to replace and charge batteries, but even 1.5V batteries can withstand practical use, and 3V batteries can be used without any problems. In this case, if two AA batteries are used, alkaline batteries can easily be used continuously for 7 hours, and Niso-cadmium batteries can be used continuously for more than 2.5 hours. DC motor is
There is also the advantage of being able to choose from various rotational speeds.

Next, the power switch of the vibrating body will be explained.

In the case of alternating current, a switch may be built into the cord, but
The built-in battery type needs to be built into the pine surge device itself. Even in the case of AC, it can be incorporated into the pine surge device itself, in combination with a code switch or alone. In this case, the location of the power switch is important.

That is, if the power switch is provided on the upper surface of the slipper body near the tip, it will be easier to operate and there will be no problem in using it. A button type (button type or pressure-sensitive type) may be provided near the tip, particularly at the thumb position, and the button may be operated using the pressing force of the thumb. Furthermore, if a button type button is provided on the inner side of the pine surge device, it is convenient to operate the power switch by pressing both sides against each other while sitting. If installed on the outside or back of the side, it can be easily operated while crouching down like a Japanese-style toilet.

Furthermore, it can also be provided on the front side of the instep cover. In this case, even if it is made of a flexible material, it is supported by the instep of the foot during use, so a bushing type can also be used, and it is located closest to the hand and is easy to operate. Note that the type and structure of the power switch does not matter, but a push-button type is easy to operate.

It is also recommended to use a waterproof power switch to withstand wiping and washing. Alternatively, a limit switch may be used as the power switch and incorporated into the slipper body, the bottom body, or between the slipper body and the bottom body. This way, it only vibrates when you put your weight on it. If you use the above switch and a limit switch in combination, you can wear your shoes all the time and vibrate only when necessary, or you can prevent forgetting to turn off the power. Furthermore, if a time switch that turns off after a certain amount of time is attached to the tip of the upper surface of the slipper body, the side surface of the bottom body, the upper part of the upper cover, etc., it is possible to prevent forgetting to turn off the power.

Furthermore, since the pine surge device of the present invention takes effect in a relatively short period of time, it is possible to set the pine surge time according to the user's physical condition without using it for a long time. The time switch (timer) may be used in conjunction with other switches.

The place where the pine surge device of the present invention is used is not particularly limited. Standing position or sitting position (sitting position) depending on its structure and form
Can be used in In addition, people who are particularly constipated spend a lot of time in the toilet, so they can use that time effectively, and if the conditioned reflex for defecation is stimulated, they can defecate immediately.
It is best to use it in the toilet to prevent constipation. In terms of posture in the toilet, Western-style toilets have an almost constant bottom (a! is somewhat high), while Japanese-style toilets have a height of the front of the bottom. A low-slung shoe is preferable.A shoe that is somewhere between the two, for example one with a heel as high as a normal sandal, can be worn in both Japanese and Western styles and is convenient for walking.

When using a solenoid as a drive source, if the solenoid is installed in a direction perpendicular to the slipper body, it will vibrate vertically, and if it is installed in a direction parallel to the slipper body, it will vibrate in the lateral direction. In addition, the method of attachment to the slipper body or bottom body is the same as that of the motor, and various configurations are possible even with the solenoid type. The frequency is usually 600 for AC (50Hz)
At 0 rpm, the frequency can be reduced to about half using a KC circuit or the like.

[Example] Next, the present invention will be described in detail based on an example shown in the drawings.

FIG. 1 is a plan view showing an example of a footwear-type sole massage device 1 according to the present invention, and FIG. 2 is a side view partially cut away along line A--A in FIG. 1. The slipper body 2 has a large number of small protrusions 4 on the top surface of its base 3. In the figure, numeral 5 is a protrusion on the arch, and numeral 6 is an instep cover. The slipper body 2 of this example has a base 3. The part is molded from plastic, and the periphery, enclosure, and upper cover 6 are formed from cloth.

A bottom body 7 is integrally fixed to the lower surface of this slipper body 2 (base 3) by adhesive. The sole 7 of this example is about the same as the sole of ordinary sandals (approximately 40 degrees in rubber C hardness).
It is made of urethane foam and has the same thickness throughout for use in a sitting position.

A hole-shaped cavity 8 is provided in the bottom body 7 at a central portion somewhat near the heel, and a vibrating body 8 is fixed to the bottom surface of the slipper body 2 (sole 3) in the cavity 8. It is stored.

The vibrating body 9 is connected to a motor 1 which is a driving source as shown in FIG.
The camera element 11 is eccentrically attached to the rotation axis of 0,
It is fixed to the support plate 12.

The illustrated motor 10 is a shaded AC motor.

Note that although the shape of the vibrator 11 is prismatic, the side farther from the axis may be heavier. Safety and bottom body compression degree.

In order to prevent the vibrator 11 from touching the bottom of the cavity 8 due to its shape, the entire body is covered with a cover 13. In the figure, reference numeral 14 is a power cord, 15 is an intermediate switch, and 16 is a plug. It is best to make the entire product waterproof in consideration of use in damp places such as toilets.

The rotation of the motor 10 causes the vibrator 11 to eccentrically rotate on a vertical plane, transmitting up and down motion to the base 3 of the slipper body 2, and providing stimulation from pressure and hitting vibrations to the sole surface of the foot.

This provides particularly strong stimulation to the arch of the foot and the area closer to the heel than the center.

Instead of the vibrating body 8 shown in FIG. 3, the vibrating body 1 shown in FIG.
7 may be used. This vibrating body 17 is installed so that the vibrator 11 vibrates in a plane parallel to the slipper body 2, so the slipper body 2 vibrates in the lateral direction and gives pressing and rubbing vibrations. In this case, there is an advantage that the motor 10 can be made thinner.

Next, Fig. 5 shows an example of the bottom body 7 with a high heel part (low toe part) so that it is convenient to use it while squatting, such as in a Japanese-style toilet. Since it is heavy, it is better to use a material with higher hardness than the above example.

In this example, the support plate 12 is held between the step 8a of the space 8 and the lower surface of the slipper base 3, and the support plate 12
is in contact with. Further, a power switch is separately provided at the top end of the slipper body 2. FIG. 6 shows an example in which an air cushion is used as the bottom body 7. Something like a collection of air caps may also be used.

FIG. 7 shows another example in which the attachment of the bottom body is different from that on each side described above. In this example, a thin and hard material is used as the bottom body 18, and the space between the slipper body 2 and the bottom body 18 is An air hole H19 is provided at 2 and 18, and both 2 and 18 are connected by a spring 20. In this case as well, it is preferable to change the strength of the spring 20 depending on whether the person is standing or sitting.

The outer surface around the gap 18 may be covered with a sheet body 21 or the like. In addition, instead of the spring 20, the air gap 18 may be made of foam or the like.
The area surrounding the entire periphery is approximately the same as that of the previous example.

Each of the above-mentioned sides uses 100V alternating current as a power source, but various types with built-in batteries are also conceivable. Fig. 8 is an example of this, in which Fig. 8 (a) is a plan view with part of the slipper body 2 removed, and Fig. 8 (b) is a longitudinal cross-sectional view thereof.
is a dry battery, 23 is a dry battery case, 24 is a dry battery compartment,
25 is a power switch.

The motor 10 of the vibrating body 9 has a motor 21 [1
It is fitted into the cavity 8 of the bottom body 7 while being fixed in a box-shaped case 27 with a fixing ring 26 . When the fixing ring 26 is made of an elastic body, the motor 10 itself follows the eccentric rotation of the vibrator 11 to some extent, thereby reducing friction between the motor shaft and the bearing and extending the life. The top surface of the case 27 is
It is in contact with the lower surface of the slipper body 2. Power switch 25
is of the Pushosh type, and is built into the tip of the upper surface of the slipper body 2, and is connected to the dry cell battery 22 and the motor 10 by wiring 28. The power switch 25 may be provided on the inside or outside of the side surface, or on the rear end, as shown by the chain line in the figure.

In this example, since a dry cell battery 22 is used as a power source, the heel portion 3a of the sports slipper can be opened and closed in order to replace the battery, and the other portions 7 and 2 are integrated with adhesive. The opening/closing part is secured with hook-and-loop fasteners or insets. The whole may be separable.

For power supply, secondary batteries of the same shape as dry batteries, Socad batteries, etc.)
If used, the handling is the same as for each side above.

When using a built-in secondary battery, it is preferable to incorporate a charger (not shown) and provide a plug insertion port 29 (shown by a chain line in the figure) at the rear end portion of the bottom body 7. In addition, when it is assembled together with a charger, the battery storage area can also be sealed with adhesive or the like.

The case 27 that houses the vibrating body can of course be used in the case of the AC-driven vibrating body 9 described above. Further, the battery-driven vibrating body 9 may be fixed to the support plate 12.

The vibrating body 9 housed in the case 27 can be incorporated (sealed) inside the bottom body 7 as shown in FIG. 1O, or it can be installed in both the slipper body 2 and the bottom body 7 as shown in FIG. It may be fitted into the empty space 8. Note that the sole pine surge 'ri1 shown in FIG. 11 has a power switch 25 provided on the upper surface side of the instep cover 6. On each of these sides, when the vibrating body 9 is housed in the case 27 (the same applies even if it is protected by the cover 13), even if the bottom body 7 is an elastic body, the vibrator 11
does not come into contact with the bottom of the cavity 8, and a good vibration condition continues. In addition, in FIG. 11, the replacement of the dry battery 22 is shown as follows.
It is also conceivable to fix the vibrating body 8 through the opening/closing opening 30 provided at the rear end portion of the bottom body 7, or by fixing the support plate 12 to the bottom of the bottom body 7 as shown in FIG. In this case as well, using the cover 13 and case 27 will ensure safe and reliable operation.

Alternatively, as shown in FIG. 13, the dry battery 22 and the vibrating body 9 may be housed in the same case 31, and this may be inserted into a large space 32.

In this case, the replacement of the dry battery 22 requires the replacement of the slipper body 2 and the bottom body 7f.
i: Fix it so that it can be separated, open and close the slipper/body 2, and take out the case 31. The reference numeral 33 in the figure is the 0th side of the Limisoto inch, and the power switch 25 mentioned above.
is a pushbutton type, but it may be replaced with a time switch (timer) or may be installed together with a time switch.

14 and 15 show an example in which the void 8 is in the slipper body 2. Figure 14 shows a geta-shaped slipper body 2, and Figure 15 shows a slipper body 2 made of thick bamboo cut in half.
Each has a bottom body 7 made of an elastic body fixed to its lower surface.

In each of the above sides, the dry battery 22 (also the storage battery) is stored in the heel part of the sole body 7, but it is not limited to this and may be stored in other parts, but considering the thickness of the sole body 7, The heel area is best. In addition, in order to install two (1!) dry batteries 22 side by side, the normal size of the bottom body 7 is limited to AA batteries.

Next, FIG. 16 shows a device using a solenoid (electromagnet) as the vibrating body. This vibrator 34 houses a vibrator 36 in a case 35 and vibrates it with a solenoid 37.

[Effects of the Invention] The present invention described above has the following various effects.

(1) Unlike foot-operated devices or slippers with small protrusions, they provide more intense stimulation because they provide pressing vibrations as well as tapping vibrations and kneading vibrations.

Also, because it is a slipper type, unlike a simple foot-operated type, the stimulation position does not shift.

(2) Compared to a box-shaped sole pine surger that moves the surface with small protrusions, it is configured like a slipper,
You can move (walk) while wearing it, especially those with a built-in battery, which do not require a power cord and can be moved freely.

(3) Unlike box-type pine surgers, the stimulating position does not shift during use, so there is no need to worry about fixing the position of the feet, and it can be used in a comfortable posture.

(4) Since it can be used with the legs open, it can be used in the toilet, allowing for effective use of time.

(5) Since the slipper body can be vibrated in the vertical direction, strong stimulation can be given.

This invention has the advantages described above and is very useful in practice.

[Brief explanation of the drawing]

Fig. 1 is a plan view showing one example of the pine surge device of the present invention;
3 is a perspective view showing one example of the vibrating body of the present invention; FIG. 4 is a side view showing another example of the vibrating body; 5, 6, and 7 are longitudinal sectional views showing other examples of different pine surge devices, and FIG. 8 (
al is a partially cutaway plan view showing another example, FIG.
) is a vertical sectional view taken at +8+ in the same figure, FIG. 9 is a perspective view of the vibrating body housed in the case, FIGS. 10 to 15 are schematic vertical sectional views showing other different examples, and FIG. FIG. 7 is a perspective view showing another example of the vibrating body. l... sole pine surge? 512...Support plate 2...Slipper body 19...
・Void 7・18...Bottom body 20...
...Spring 8.32...Vacancy 22
...... Dry cell 9, 17, 34... Vibrating body 25... Power switch 10... Motor 27, 31... Case 11.
36... Camera element 33... Limit switch 37... Solenoid 1. Saefmon L・--A Steam 4 TiJ Steam 50 /↓ 6th Plexus 8 (a) Drunk/m 112th 13th Sha 4th

Claims (1)

[Claims] 1. The slipper is composed of a slipper body, a bottom body located under the slipper body, and a vibrating body that vibrates the slipper body, and the vibrating body is connected to the slipper body directly or through a support plate. A footwear-type foot massager, characterized in that the device is housed in a space provided in a sole body, a slipper body, or both in a fixed or contacting state, and the sole body is fixed to the lower surface of the slipper body. 2. It is composed of a slipper body, a bottom body located under the slipper body, and a vibrating body that vibrates the slipper body, and a gap is provided between the bottom body and the slipper body, and an elastic body is interposed between them. A footwear-type foot massager characterized in that a vibrating body fixed to the lower surface of the slipper body either directly or via a support plate is housed in the space. 3. It is composed of a slipper body, a bottom body located under the slipper body, and a vibrating body that vibrates the slipper body, and the vibrating body is fixed to or in contact with the bottom body directly or through a support plate. A footwear-type foot massager, characterized in that the device is housed in a space provided in a sole body, a slipper body, or both, and the sole body is fixed to the lower surface of the slipper body. 4. The footwear type foot massager according to claim 1, 2 or 3, wherein a cover for covering the vibrating body is attached to the support plate. 5. The footwear type foot massage device according to claim 1, 2 or 3, wherein the support plate forms a part of a case in which the vibrating body is housed and mounted. 6. It is composed of a slipper body, a bottom body located on the bottom surface of the slipper body, and a vibrating body that vibrates the slipper body, and the vibrating body is housed in a case and is incorporated into the bottom body, and the bottom body of the slipper body is A footwear-type foot massage device characterized by having a sole fixed to the bottom. 7. It is composed of a slipper body, a bottom body located under the slipper body, and a vibrating body that vibrates the slipper body, and is characterized in that the vibrating body is supported by an elastic ring and housed in a case. A footwear type foot massager. 8. It is composed of a slipper body, a bottom body located on the bottom surface of the slipper body, and a vibrating body that vibrates the slipper body, and the power switch of the vibrating body is provided on the top surface of the slipper body near the tip. Features a footwear type foot massager. 9. Claim 8, wherein the power switch is provided at the thumb position.
The footwear-type foot massager described. 10. A footwear type foot consisting of a slipper body, a sole body located on the underside of the slipper body, and a vibrating body for vibrating the slipper body, characterized in that a power switch for the vibrating body is provided on the side surface. Back massager. 11. It is composed of a slipper body, a bottom body located on the underside of the slipper body, and a vibrating body that vibrates the slipper body, and is characterized in that a power switch for the vibrating body is provided on the instep cover of the slipper body. A footwear type foot massager. 12. It is composed of a slipper body, a bottom body located under the slipper body, and a vibrating body that vibrates the slipper body, and a limit switch is used as a power switch for the vibrating body, and the limit switch is connected to the slipper body and the bottom body. Alternatively, a footwear-type foot massager is incorporated between a slipper body and a sole body. 13. The footwear-type foot massager according to claim 8, 9, 10, 11, or 12, wherein the power switch is of a waterproof type. 14. The footwear type foot massager according to claim 8, claim 9, claim 10, claim 11, or claim 12, wherein a time switch is used as the power switch.