KR101625988B1

KR101625988B1 - Apparatus of foot acupressure and foot massage

Info

Publication number: KR101625988B1
Application number: KR1020150075893A
Authority: KR
Inventors: 이준오
Original assignee: 주식회사 웰뷰텍
Priority date: 2015-05-29
Filing date: 2015-05-29
Publication date: 2016-06-01

Abstract

Provided is an apparatus for massaging and performing acupressure treatment on feet which: divides a target acupressing portion on the sole of a user into a plurality of sections; performs acupressure treatment on the sole of the user and performs airbag massage on the ankle and the top of the feet of the user according to sequential operations of acupressure protrusions and air bags for operating the acupressure protrusions disposed on each divided section; and can be used by selectively attaching and detaching extensive cuffs exclusively used for legs for massaging the calves and thighs of the user if necessary. To this end, the apparatus for massaging and performing acupressure treatment on feet comprises: air cuffs for feet which perform pneumatic massages on the ankles and the top of the feet of the user according to a pneumatic control program of an air supply and exhaust apparatus while surrounding the ankle and the top of the feet of the user; acupressure modules which are mounted on the sole surfaces of the air cuffs for feet to sequentially perform acupressure on the sole of the user according to the pneumatic control program; extensive cuffs provided with air bags for performing massages which extend the length of the air cuffs for feet; and detachable extensive cuff coupling zippers which are individually provided to the air cuffs for feet and the extensive cuffs.

Description

[0001] Apparatus of foot acupressure and foot massage [0002]

The present invention relates to a foot pressure device using pneumatic pressure, and more particularly to a foot pad pressure device using a pneumatic pressure, in which a sole pressure applying part is divided into a plurality of areas, The user can expect rapid fatigue recovery and meridian effect by performing massage of the ankle and foot area while rhythmically performing the massage of the foot pad. And a foot pressure massage device capable of selectively attaching a calf and a leg cuff for a thigh massage to a general purpose when necessary.

The meridian in one room achieves the purpose of diagnosing and treating organs or organs inside the human body by applying an appropriate external force to specific acupoints such as hands and feet which are correlated with the nervous system. The saliva is the same.

As is well known, the sole of the human body has a large number of corresponding parts that are connected to each other and to the organs and parts of the body. Therefore, when a specific part of the sole is stimulated by acupressure or when the user is acupressed by the acupressure rod, the inside of the body connected to the soles thereof is stimulated to activate the operation of the incomplete working organs. The recovery or disease can be alleviated.

For example, the heel region is connected to the genitalia, the foot region adjacent to the heel is connected to the colon, the anus, rectum, and the bladder, and the middle region of the sole includes the stomach, duodenum, pancreas, Heart, ureter, adrenal gland, transverse colon, and the like. Therefore, when the stomach is uncomfortable, the most painful part of the central part of the sole may be intensively applied to relieve pain quickly.

In addition, the front part of the sole is connected with the lungs and the bronchus corresponding to the face or the upper body, and when the thyroid, eyes, nose, mouth, pituitary gland or the like is abnormal, the area where the pain is felt most, Effect can be expected.

The back part of the foot is also connected to the various parts of the body through the nerve. Typically, it is connected to the joint system such as the hip, shoulder joint, scapula, elbow, and knee.

As the foot part is connected to the various internal organs or organs through the neural network, it is possible to restore the fatigue by accelerating the blood circulation by activating the internal organs or organs by appropriately massaging the footpad or the foot area, Can be mitigated.

So far, various devices have been announced which can expect the effect of the foot pressure like the above.

As a representative prior art, there is a blood circulation promoter using an acupressure of Japanese Patent No. 10-0497785.

In this prior art, an acupuncture point is formed by making an acupuncture point protruding hole on an upper surface of an upper body and fixing a double-large tube having acupressure projection on the upper surface thereof, and a dial switch, a main button switch, A distributor for a compressor and a timer connected to each other through a supply pipe, a distribution pipe, and an air line, and an air supply regulating and opening / closing valve are installed on the inner wall of one side of the lower body, And a lower body to which the elastic spring is mounted so as to protrude and retreat through the protruding and retracting holes of the upper body, and the upper body are engaged with each other, so that the acupressure stick is pressed against the acupuncture points of the body The blood circulation promoter using chiropractor has been constructed.

This prior art can reduce the installation space according to the simple structure, and it is possible to arbitrarily adjust the pressure and time of the acupressure, so that the acupuncture point pressure strength can be controlled so that the blood circulation of the body can be promoted, Point as a characteristic effect.

However, since the above-mentioned prior art device fixes both feet of the user, it restrains the degree of freedom of the body, thereby stressing the user of the blood circulation promoter or slowing the recovery of fatigue.

In the case of the prior art, there is no means for massaging the ankle region, which would greatly affect the rate of fatigue recovery through blood circulation. Therefore, rapid recovery of fatigue through the acceleration of blood circulation at the ankle region can not be expected.

Especially, unlike the sole, pressing the foot area very sensitive to external force with the acupressure projection of the double tube can be very painful to the user of the blood circulation promoter. When the shrinking expansion tube is operated for the foot pressure, the same pressure as that of the foot pressure is applied to the foot portion of the user, so that the user of the blood circulation promoter must endure the pain of the pressure pad applied to the foot portion. In other words, the adjustment of the strength of the sole acupressure is expressed as the intensity of the pain applied to the user's foot as it is, so that pleasant and pleasant blood circulation promoter feeling can not be expected.

SUMMARY OF THE INVENTION The present invention has been made to solve the problems of the prior art as described above, and it is an object of the present invention to provide an airbag apparatus for airbag deployment, It is possible to achieve rapid fatigue recovery effect and meridian effect by allowing the user to massage the ankle and foot area at the same time while performing the acupressure of various parts of the user's foot in a rhythmical manner and at the same time to minimize the body constraint to the user of the foot pressure device And a foot pressure massage device that improves the degree of freedom of the user.

Another object of the present invention is to provide a foot pressure massage device capable of selectively attaching and detaching a leg-specific extension cuff for calf and thigh massage to a foot pressure massage device as needed.

It is still another object of the present invention to maximize the sole pressure effect by allowing the sole pressure action in the foot pressure massage device to be performed by the acupressure projection block according to the operation of the plurality of programmable airbags and the double pressure continuous action pressure action of the three pressure- And a massage device for massage.

It is another object of the present invention to provide a foot pressure massage device in which a double kneading airbag for kneading massage in a foot air cuff of a foot pressure massage device is designed so that a multi-kneading massage effect at an ankle and a foot part together with foot pressure is exhibited .

In order to achieve the above object, the foot pressure massage device according to the present invention includes a foot air cuff for performing a pneumatic massage of an ankle and a foot in accordance with a pneumatic control program of an air supply and exhaust device while being wrapped around an ankle and a foot part of a user, And a shiatsu pressure module mounted on the foot surface of the air cuff to sequentially pressurize the user's sole according to the air pressure control program.

The foot pressure massage device according to the present invention includes a foot air cuff for performing a pneumatic massage of the ankles and a foot in accordance with a pneumatic control program of the air supply and exhaust device while the user is wrapped around the ankle and foot parts, An extension cuff provided with a knee pressure massage module for sequentially applying a foot pressure of a user's foot in accordance with a pneumatic control program and an kneading massage airbag for extending the length of the foot air cuff, And an extended cuff coupling zipper for detachable attachment.

The foot pressure massage device of the present invention divides the user's sole into a plurality of areas and independently provides the acupressure projection and the plurality of acupressure needle driving airbags for each divided area, and when the airbags are operated by the air pressure control program Chiropractors act rhythmically on the soles of the feet to enhance the pleasure of the user.

In addition, since the airbag massage is applied to the ankle and the foot area at the same time as the foot pressure, the device of the present invention can expect rapid fatigue and meridians.

Further, the apparatus of the present invention improves the degree of freedom of the user by minimizing the body constraint to the user of the sole shiplap.

In particular, since the foot pressure massage device of the present invention is a multifunctional device capable of selectively attaching and detaching a leg-only extension cuff for calf and femoral massage, a foot massage device and a leg massage device Since the inventive device satisfies this requirement, the economic burden of purchasing the device can be reduced.

In addition, the foot pressure massage device according to the present invention greatly improves the sole pressure effect by allowing the sole foot pressure operation to be performed by the acupressure projection block according to the operation of a plurality of programmable airbags and the double pressure continuous pressure action of the epidural pressure block divided into three.

By designing the air bag for the kneading massage in the foot air cuff of the foot pressure massage device of the present invention to double, the multi-kneading massage effect at the ankle and the foot part is effected at the same time as the sole pressure, thereby improving the massage amount per unit time.

1 is a perspective view of a foot pressure massage device of the present invention in an assembled state.
2 is an exploded plan view of the foot pressure massage device of the present invention.
Fig. 3 is an exploded view of a foot air cuff and a shiatsu pressure module constituting the foot pressure massage device of the present invention.
4 is an explanatory view illustrating an assembly process of the dual airbag in the foot air cuff of the foot pressure massage device of the present invention.
5 is a detailed exploded view for explaining an internal structure of a shi-pressure module of the foot pressure device of the present invention.
6 is a detailed structural view of a pressure-relief projection block in the acupressure module of the device of the present invention.
7 is a front view of a first acupressure needle block for explaining the height of the acupressure needle of the first acupressure acupuncture block mounted in the acupressure projection block of the acupressure module of the present invention.
8 is a front view of a second acupressure needle block for explaining the height of the acupressure needle of the second acupressure acupuncture block mounted in the acupressure projection block of the acupressure module of the present invention.
9 is a front view of a third acupressure needle block for explaining the height of the acupressure needle of the third acupressure acupuncture block mounted in the acupressure projection block of the acupressure module of the present invention.
FIGS. 10A, 10B, and 10C are explanatory diagrams of the interlocking relationship between the acupressure projections of the acupressure projection block and the acupressure needle of the acupressure needle block in the acupressure module when the acupressure needle in the acupressure module enters and exits the through hole in the acupressure projection block.
Figs. 11A, 11B, 11C, and 11D are explanatory views of the sequential operation relationship between the acupressure projection of the acupressure projection block and the acupressure needle of the acupressure needle block in the acupressure module.
12 is a perspective view of another embodiment of the foot pressure massage device of the present invention.
13 is an exploded view of an alternative embodiment of a foot pressure massage device of the present invention and an exploded view of a shiplap massage module.

Fig. 1 is a perspective view of an assembled state of the foot pressure massage device body 10 of the present invention. As referred to herein, the body 10 is comprised of a foot air cuff 100 and a chiropod module 200.

The foot air cuff 100 is wrapped around the user's ankle and foot area by using the cuff zipper 101. In this state, the air cuff 100 is operated in accordance with the pneumatic control program of the air supply and exhaust device (Not shown), the pneumatic massage is performed by repeatedly pressing and releasing the user's ankles and feet sequentially.

The shiplash module 200 is mounted on the foot surface of the foot air cuff so as to sequentially press the foot of the user in accordance with a pneumatic control program, and is fixedly mounted on the foot air cuff 100.

Reference numeral 102 denotes a zipper lid for covering most of the cuff zipper 101 to prevent accidental floating of the user due to the zipper exposure. Reference numeral 113 denotes an extended cuff coupling zipper for zipper coupling with the detachable leg exclusive extension cuff, Reference numeral 201 denotes a cuff fixing plate provided with a through-hole through which the pressure-guiding projections and acupressure needles in the pressure-sensitive module 200 are inserted and withdrawn. Reference numerals 105? And 247 denote a pressure-tightening module coupling zipper for mutual coupling.

2 is an exploded plan view of the foot pressure massage device of the present invention. Here, a shiatsu pressure module is disposed on the bottom surface 103 of the foot air cuff 100, and a cuff fixing plate 201 is disposed on the top surface.

The foot air cuff 100 is configured in the form of a dual air bag by a dual structure of a first foot air bag 109 and a second foot air bag 111. The first foot air bag 109 and the second foot air bag (Not shown) through the respective air hose couplings 110 and 112 by an air hose.

Particularly, when the adhesive portions 106 and 107 of the foot air cuff 100 are bonded, the foot cuff opening 108 is formed in front of the foot air cuff 100 by the engagement of the cuff zipper 101, The zipper module coupling zipper 105 is exposed to the outside of the sole surface along the edge thereof so that the zipper module coupling zipper 105 can be engaged with the zipper module coupling zipper on the acupressure module cover shown in Fig.

3 is an exploded view of a foot air cuff and a shi pressure module 200 constituting a foot pressure massage device according to the present invention. The foot air cuff and the foot pressure module 200 are arranged in a state of being wrapped around an ankle and a foot part of a user according to a pneumatic control program of an air supply and exhaust device A foot air cuff (100) for performing a pneumatic massage such as an ankle and a foot, and a shiatsu pressure module (200) mounted on a sole surface of the foot air cuff to sequentially press a foot of a user in accordance with a pneumatic control program, When the foot pressure receiving module 104 provided on the foot surface 103 of the cuff 100 is sandwiched therebetween and the foot pressure flange is used to accurately align the foot pressure module with the cuff fixing plate 201, The protuberance and the acupressure needle are protruded and protruded through the through hole 202 provided in the cuff fixing plate 201 so as to cause the sole pressing action to occur.

In particular, the shi-pressure module coupling zipper 105 mounted along the outer circumference of the foot plate 103 of the foot air cuff 100 includes a shi-pressure module coupling zipper (not shown) mounted along the upper peripheral edge of the shi- 247, respectively.

FIG. 4 is an explanatory view of an assembling process of the duplicated airbag in the foot air cushion of the foot pressure massage device of the present invention, in which the first foot airbag 109 and the second foot airbag 111 formed by the second airbag member are overlapped and adhered, Shaped foot airbag is formed and the foot airbag having the double structure thus formed is fixedly attached to an outer cuff provided with the cuff zipper 101 and the sole surface 103, thereby showing that the foot air cuff has a dual airbag function.

Here, the air hose coupling hole 110 is provided with an external air hose (not shown) through the extraction groove 110-1 and is connected to an external air pressure control device (not shown) through an air hose together with another air hose coupling hole 112 (Not shown). The first foot airbag 109 and the second foot airbag 111 constituting the dual airbag perform a three-dimensional kneading massage by executing supply and exhaust in different periods according to a control program of the external pneumatic control device.

Meanwhile, the dual airbag, which performs stereoscopic kneading massage by the supply and exhaust of the first foot airbag 109 and the second footbag 111, is combined with the airbag provided with the foot surface to complete the final foot airbag.

That is, the foot air cuff 100 overlaps and bonds the first foot airbag 109 formed by the first airbag member and the second footbag 111 formed by the second airbag member to form a dual-structure footbag The dual airbag having the double structure thus formed is fixedly attached to the outer cuff provided with the cuff zipper 101 and the sole surface 103, so that the foot air cuff has a dual airbag function.

5 is a detailed exploded view for explaining an internal structure of a shi-pressure module of the foot pressure device of the present invention.

As shown therein, the shi pressure module includes a housing 203 having a plurality of through holes 204 formed on an upper surface thereof, a shiitake pressure sensor 210 mounted inside the housing and provided with a plurality of acupressure protrusions 210 for receiving the penetration holes 204, A protrusion block 209, a fourth air bag 237 for actuating the pressure-relief projection block, and a lower plate 240 for fixing the pressure-sensitive projection block and the fourth air bag inside the housing.

When the fourth airbag 237 is inflated with the supply of air through the air hose 239, the force of the fourth airbag is transmitted to the pressure-relief projection block 209 to overcome the spring force of the spring 208, And the upward movement of the block 209 is performed by upwardly moving the acupressure projection 210 provided at the upper portion thereof against the through hole 204 of the housing 203 and the through hole 202 of the cuff fixing plate 201, The user presses the sole of the user wearing the inventive device to perform the shiatsu.

The additional pressure interlocking block, which divides the user's sole portion into a plurality of regions, is further interposed between the fourth air bag and the acupressure projection block 209 in the structure of the acupressure module, thereby achieving a more effective and interesting multiple acupressure operation.

The acupressure pad 209 is provided with the acupressure landing depression grooves 211 for each acupressure projection 210 of the acupressure projection block 209 and the first 208 and 210 of the acupressure needles 215, the second acupressure stick block 217 and the third acupressure acupressure block 219 are arranged so as to be able to protrude and retract, and the first acupressure needle droplets 215, A first airbag 221, a second airbag 223 and a third airbag 225 which operate in accordance with a pneumatic control program are disposed below the second pressure-sensitive pad block 217 and the third pressure-sensitive pad block 219 The first airbag 221, the second airbag 223 and the third airbag 225 can be configured to be mounted inside the pressure-relief projection block 209 by the middle plate 230.

6 is a detailed structural view of the pressure-relief projection block in the acupressure module of the apparatus of the present invention, in which the acupressure-inducing projections 210 provided on the acupressure projection block 209 are provided with the acupressure landing depression grooves 211 thereon.

The acupressure landing groove 211 is inserted into the acupressure projection 210 on the acupressure projection block 209 with the aid of the springs 212, 213 and 214. When the first, second and third airbags are inflated and expanded, 218 and 220 on the two or three acupressure needle blocks 215, 217 and 219 pass through the acupressure pushing and depressing recess 211 on the acupressure projection 210 to exert pressure on the user's sole for acupressure.

FIG. 7 is a front view of a first acupressure needle block for explaining the height of the acupressure needle of the first acupressure acupuncture block mounted in the acupressure projection block of the apparatus according to the present invention, and FIG. 8 is a front view of the acupressure- FIG. 9 is a front view of the second acupressure needle block for explaining the height of the acupressure needle of the second acupressure acupuncture block mounted in the acupressure needle module of the present invention apparatus. 3 is a front view of a third acupressure needle block for explaining elevation.

If the height of the acupressure needle of the first, second, and third acupressure needle blocks 215, 217, and 219 is variously configured, the massage effect of the foot pressure massage can be felt more dramatically than the case without the acupressure needle.

First, the acupressure needles 216 provided on the first acupressure needle block 215 are configured such that active acupressure is performed by varying the saline heights h1 and h2.

Typically, the acupressure needle 216 of the first acupressure needle block 215 is positioned near the toe of the user ' s soles and passes through the acupressure projection 210 of the acupressure projection block 209, ) Is set to have a slight step (h1-h2) so that a slightly active stimulus is given to the front of the user's sole during acupressure operation.

The acupressure needle 218 provided on the second acupressure needle block 217 is designed to have a uniform acupressure pressure by designing the saline heights h1, h2 and h3 along the curve of the central portion of the sole in a multi- (H3-h1) at a maximum protruding height of the acupressure needle (218) corresponding to the shape in which the inside of the central portion of the sole is arched.

The acupressure needle (220) provided on the third acupressure needle block (219) is designed to uniformly adjust the height of the acupressure so that even pressure is transmitted according to the flat shape of the sole of the user, .

FIGS. 10A, 10B, and 10C are explanatory diagrams of the interlocking relationship between the acupressure projections of the acupressure projection block and the acupressure needle of the acupressure needle block in the acupressure module when the acupressure needle in the acupressure module enters and exits the through hole in the acupressure projection block.

10A shows a case where the air in the third airbag 225 and the air in the fourth airbag 237 are sufficiently exhausted through the air inlet ports 226 and 238, respectively. The airbag protrusions 210 and the acupressure needle 220 of the cuff fixing plate 201 can not escape from the through hole 202 of the cuff fixing plate 201. [

10B shows a state in which the third airbag 225 is kept in an evacuated state and the fourth airbag 237 is in a pooled state in which the acupressure projection 210 protrudes through the through hole 202 of the cuff fixing plate 201 A relatively thick projection is applied to the user's sole.

At this time, all of the acupressure needles 220 mounted in the acupressure projection are not separated from the acupressure / landing recess 211 provided in the acupressure projection 210, so that the acupressure effect by the acupressure needle 220 is relatively sharp Do not.

10C shows a case where both the third airbag 225 and the fourth airbag 237 are in a full supply state and the pressure-gauge projection 210 protrudes through the through-hole 202 of the cuff fixing plate 201, The acupressure needle 220 mounted inside the acupressure pad 210 passes through the acupressure landing recess 211 provided in the acupressure projection 210 and ultimately exhibits acupressure effect by the acupressure acupuncture needle 220 which is relatively sharp.

Figs. 11A, 11B, 11C, and 11D are explanatory views of the sequential operation relationship between the acupressure projection of the acupressure projection block and the acupressure needle of the acupressure needle block in the acupressure module, There is no acupressure needle penetrating through the acupressure landing recess 211 of the acupressure projection 210 of the acupressureurizing projection block 209 when no air is supplied to the 1,2,3 air bags.

11B shows a state in which only the acupressure needles 220 of the third acupressure needle block 219 pass through the acupressure landing recess 211 of the acupressure protrusion 210 when the third airbag 225 is supplied with air in the above- And a protruded state is shown.

11C shows that when the airbags 223 as well as the third airbag 225 are supplied with air, the acupressure needles 218 and 220 of the second and third acupressure needle blocks 217 and 219 are brought into contact with the acupressure needle 210 of the acupressure- And protrudes through the protruding and recessing groove 211.

11D shows a state in which all of the acupressure needles 216, 218 and 220 of the first, second, and third acupressure needle blocks 215, 217 and 219 are supplied to the first, second and third airbags 221, 223, and 225 in the air supply state to the fourth airbag 237, Projecting through the contact pressure sink recess 211 of the acupressure projection 210. As shown in FIG.

Fig. 12 is a perspective view of another embodiment of the foot pressure massage device of the present invention, and Fig. 13 is an exploded view of the foot pressure massage device.

A foot air cuff 100 for performing a pneumatic massage of an ankle and a foot in accordance with a pneumatic control program of the air supply and exhaust device while being wrapped around an ankle and a foot part of a user, And a cushioning module (200) mounted on the sole of the foot air cushion for sequentially pressing the foot of the user in accordance with a pneumatic control program, and an extension cuff provided with a kneading massage airbag for extending the length of the foot air cuff And an extension cuff coupling zipper 113 and 303 for attachment and detachment provided on the foot air cuff 100 and the extension cuff 300, respectively.

In particular, a vibration pack 308 including a plurality of vibration motors 304, 305, 306, and 307 arranged in a row is built in the rear side of the extended cuff 300 so that a massage massage function is performed simultaneously with the user's calf and femoral kneading air massage .

The modified embodiment of the apparatus of the present invention can selectively use the foot extension cuff for calf and thigh massage to selectively attach and detach the foot pressure massage device to the leg massage device.

10: Body
100: Foot air cuff
101: Cuff Zipper
102: Zipper cover
103: sole side
104: Foot opening part
105,247: Coupling zipper module
106, 107:
108: footcuff opening
109: First-flight airbag
110, 112: Air hose coupling port
111: 2nd airbag
113,303: Extension cuff coupling zipper
200: Chiropractic module
201: Cuff fixing plate
202, 204: through-hole
203: housing
205,206,207,234,235,236,242,244,245,246: Air hose guide slot
208, 212, 213, 214:
209: acupressure block
210: acupressure projection
211: Chiropractor Home
215: First Shiatsu Block
216,218,220: acupressure needle
217: Second Shiatsu Block
219: third acupressure needle block
221: First airbag
222, 224, 226, 238:
223: Second airbag
225: third airbag
227, 228, 229, 239:
230: Middle plate
231,232,233,241: Air inlet pocket
237: Fourth airbag
240: lower plate
243: Chiropractic module cover
300: Extension cuff
301: Extension cuff zipper
304,305,306,307: Vibration motor
308: vibration pack

Claims

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A foot air cuff 100 for performing a pneumatic massage of an ankle and a foot in accordance with a pneumatic control program of the air supply and exhaust device while being wrapped around an ankle and a foot part of a user, A foot pressure massage unit for applying a foot pressure to the foot air cuff 100 to firmly fix the foot air cuff 100 and the foot pressure module 200, The foot pressure surface 210 provided on the lower shi pressure module 200 and the through hole 202 of the upper cuff fixing plate 201 correspond to each other through the foot opening section Wherein the cuff fixing plate (201) and the chiropodic module (200) are screwed together with a flange part formed around the foot opening part being interposed therebetween.

The foot air cuff according to claim 2, wherein the foot air cuff (100) comprises a first foot airbag (109) formed by a first airbag member and a second footbag (111) formed by a second airbag member, The foot airbag is formed so that the foot airbag having the double structure thus formed is fixedly attached to the external cuff provided with the cuff zipper 101 and the sole surface 103 so that the foot air cuff has a dual airbag function. Acupressure massage device.

3. The acupressure module according to claim 2, wherein the acupressure module (200) comprises a housing (203) having a plurality of through holes (204) formed on an upper surface thereof and a plurality of acupressure projections A fourth air bag 237 for actuating the pressure-relief projection block, and a lower plate 240 for fixing the pressure-relief projection block and the fourth air bag inside the housing. Foot pressure massage device.

The pressure-sensitive projection block 209 according to claim 4, wherein a pressure-sensitive infiltration and depression recess 211 is formed for each pressure-sensitive projection 210 of the pressure-relief projection block 209, 218 and 220 of the divided first to third acupressure needle blocks 215, 217 and 219 are arranged so as to be able to go in and out, and below the first to third acupressure needle blocks 215, 217 and 219, Wherein the first to third airbags 221, 223 and 225 are arranged and the first to third airbags 221, 223 and 225 are mounted inside the pressure-relief projection block 209 by the middle plate 230. [ .

The foot pressure massage device according to claim 5, characterized in that the pressure foot (216) provided on the first pressure foot block (215) has a difference in heights (h1, h2) Device.

The acupressure needle (218) provided on the second acupressure needle block (217) is designed to have a plurality of heights (h1, h2, h3) along the curve of the center of the sole Wherein the massage device comprises:

[7] The method according to claim 5, wherein the pressure-sensitive needle (220) provided on the third pressure-sensitive pad block (219) is designed such that even pressure is delivered according to the flat shape of the sole of the user, Wherein the massage device comprises:

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