KR102507898B1 - Foot Massager For Various Types Of Massage - Google Patents

Abstract

The present invention relates to a foot massager capable of massaging a foot in various types. A foot massager capable of performing various types of massage comprises: a bottom unit having an internal accommodation space; a power supply unit installed in the accommodation space of the bottom unit to supply power; a pump unit installed in the accommodation space of the bottom unit and discharging air if being connected to the power unit to receive power; an accommodation unit formed in a shoe shape and having a space for accommodating a leg of a physical body; a control unit installed in the accommodation unit to be connected to the power supply unit and outputting a plurality of electrical signals; a first valve unit installed in the accommodation space of the bottom unit, opened and closed corresponding to a first electrical signal output from the control unit, and controlling air flowing to a connected hose; a second valve unit installed in the accommodation space of the bottom unit, opened and closed corresponding to a second electrical signal output from the control unit, and controlling air flowing to a connected hose; and an airbag unit including a first airbag, a third airbag, a sixth airbag, and a seventh airbag which expand and contract when the first valve unit is operated and including a second valve, a fourth airbag, and a fifth airbag which expand and contract when the second valve unit is operated, wherein each airbag includes an air injection port connected to the hose.

Description

Foot Massager For Various Types Of Massage}

The present invention relates to a foot massager for massaging a foot.

Recently, as interest in health has increased, many massagers and massagers having kneading functions, acupressure functions, and blow functions have been developed. That is, foot massagers having various types of functions are being developed. For example, a foot massager that relaxes muscles that are bundled in calves, wrists, back, waist, or soles, or acupressure for a specific area has been developed.

However, many foot massagers currently being developed selectively control a plurality of airbags contained therein according to a user's preference, and do not show a massage function for each part of the foot.

Republic of Korea Patent No. 10-2128012 (Announcement date: 2020.06.29)

In order to solve the above problems, the present invention seeks to solve the problem caused by not being able to selectively control a plurality of airbags contained therein according to the user's preference.

In order to achieve the object to be solved, the foot massager capable of massaging in various types of an embodiment of the present invention includes a bottom portion having an internal accommodating space, a power supply unit installed in the receiving space of the bottom portion to supply power, and accommodating the bottom portion. A pump part installed in the space and connected to the power supply unit to discharge air when power is applied, a shoe-shaped accommodation unit with a space to accommodate the body's legs, installed in the accommodation unit and connected to the power supply unit, and a plurality of electric A control unit capable of outputting a signal, installed in the receiving space of the floor, and opened and closed in response to the first electrical signal output from the control unit, and a first valve unit controlling the air flowing through the connected hose, installed in the receiving space of the bottom unit, The second valve unit opens and closes in response to the output second electrical signal and controls the air flowing through the connected hose, and the first airbag and third airbag expand and contract when the first valve unit is operated, including the air inlet connected to the hose. A second airbag, a fourth airbag, and a fifth airbag that expand and contract when the sixth and seventh airbags and the second valve unit are operated, and a first connecting body, a second connecting body, and a third airbag unit. A first joint including a connecting body and a second joint including a fourth connecting body, a fifth connecting body, a sixth connecting body, a seventh connecting body, and an eighth connecting body, and a ninth connecting body, a tenth connecting body, The third joint including the 11th and 12th coupling bodies, the first hose connected to the first coupling body, the second hose connected to the second coupling body, the third hose connected to the third coupling body, and the fourth coupling body 4 hose connected to , 5 hose connected to 5 connection body, 6 hose connected to 6 connection body, 7 hose connected to 7 connection body, 8 hose connected to 8 connection body, 9 connection body It includes a 9th hose connected to the 10th connection body, a 10th hose connected to the 10th connection body, an 11th hose connected to the 11th connection body, and a 12th hose connected to the 12th connection body.
Here, the first valve unit sucks in and exhausts air through the first hose, the second hose, and the second joint when the first electrical signal is applied, and the fourth hose connected to the fourth to eighth connectors of the second joint. Air can be moved to the 8th hose. And, when the second electrical signal is applied, the second valve unit sucks in and exhausts air through the first hose, the third hose, and the third joint, and connects the ninth hose to the ninth to the twelfth connecting body of the third joint. Air can be moved to the 12th hose.
In addition, the first airbag is installed at the lower end of the insole so as to overlap with a part of the protrusion body module on one side of the insole, and the second airbag is installed at the lower end of the insole to overlap with the remaining part of the protrusion body module on the other side of the insole. The 3rd airbag is spaced upward from the 1st airbag and installed so that one end slopes downward to one side of the insole, the 4th airbag is spaced upward from the 3rd airbag and has a semicircular cross section, and the 5th airbag is installed to form a semicircle. The sixth airbag may be connected to one side, the sixth airbag may be installed on the other side of the fourth airbag opposite the fifth airbag, and the seventh airbag may be spaced upward from the second airbag to form a semicircular cross section.
Here, an insole accommodated in the accommodation space of the bottom part, a plurality of individual protrusions protruding upward from the insole, a protrusion body module protruding in a hemispherical shape between one end and the other end of the insole, the other end of the insole and one side of the protrusion body module It may include a pressure plate having a first perforated hole formed between the first perforated hole and a second perforated hole formed between the first perforated hole and the other end of the insole to have a smaller size than the first perforated hole.

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The insole may be characterized in that the protrusion body module has a higher hardness than the hardness of areas other than the protrusion body module.

The present invention allows the user to selectively drive the desired airbag and to produce a high effect of foot massage. In addition, swelling of the feet, that is, swelling, which occurs when an elderly person receives a massage is prevented from occurring. In addition, both sides are massaged centering on the Achilles tendon, which is the back of the user's foot, so that the ankle portion can also be smoothly massaged.

1 is a perspective view of a foot massager capable of massaging in various types according to an embodiment of the present invention.
2 and 3 are block diagrams of components constituting a foot massager capable of massaging in various types according to an embodiment of the present invention.
4 is a view showing an air bag unit, an air hose, and an air injection module inserted into the body module of FIG. 1;
5 is a view showing a connection state between an airbag unit, an air inlet module, a pump, a plurality of joints, and an air hose.
6 is a view showing a first joint, a second joint and a third joint in detail.
7 and 8 are perspective views of a pressure plate part seated on the floor module of FIG. 4 .
9 is a view showing an acupressure ball attached to a seventh air module.
10 and 11 are views showing a state in which the first type is operated.
12 and 13 are diagrams showing a state operated in the second type.

Advantages and features of the present invention and a system for achieving them will become clear with reference to the detailed description of the following embodiments taken in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment makes the disclosure of the present invention complete, and those skilled in the art in the art to which the present invention belongs It is provided to fully inform the person of the scope of the invention.

The contents and drawings described in this specification are only provided to help those skilled in the art to fully understand the scope of the present invention, and the scope of the present invention is not defined in the described contents and drawings. Only, the invention can be defined by the claims.

The description and illustrated drawings described in the present invention are only for explanation to those skilled in the art.

Hereinafter, with reference to the drawings of the following embodiments of the present invention, a foot massager capable of massaging in various types according to an embodiment of the present invention will be described in detail.

Referring to FIG. 1 so that the description of the present invention can be concise and clear, a foot massager capable of massaging in various types according to an embodiment of the present invention will be schematically described. Hereafter, with reference to FIGS. 2 to 9 , components constituting a foot massager capable of massaging in various types according to an embodiment of the present invention will be described in detail.

1 is a perspective view of a foot massager capable of massaging in various types according to an embodiment of the present invention, and FIGS. 2 and 3 are components constituting the foot massager capable of massaging in various types according to an embodiment of the present invention. is a block diagram of 4 is a view showing an air bag unit, an air hose, and an air injection module inserted into the body module of FIG. 1, and FIG. 5 is a connection state between the air bag unit, an air inlet module, a pump, a plurality of joints, and an air hose. , and FIG. 6 is a view specifically showing a first joint, a second joint, and a third joint. 7 and 8 are perspective views of the acupressure plate seated on the floor module of FIG. 4, and FIG. 9 is a view showing an acupressure ball attached to a seventh air module.

The foot massager 1 capable of massaging in various types is formed in the shape of a shoe as shown in FIG. 1, and when worn by the user, it selectively drives the airbag desired by the user and produces a high effect of foot massage. Moreover, the foot massager 1 capable of massaging in various types promotes the blood circulation of the feet of the elderly so that after receiving the massage, the feet can be massaged so that swelling of the feet does not occur.

As shown in FIGS. 2 and 3, the foot massager 1 capable of performing various types of massage includes a bottom part 110, a power supply part 200, a pump part 150, a receiving part 120, and a control part 400. ), the first valve unit 170, the second valve unit 180, and the airbag unit 130 including the first airbag 131 to the seventh airbag 137 as components.

In addition, the foot massager 1 capable of massaging in various types of the present invention may further include a pressure plate unit 140 and a pressure ball unit 220 as components. At this time, the foot massager 1 capable of massaging in various types including the acupressure plate part 140 and the acupressure ball part 220 massages both sides around the sole of the user's foot and the Achilles tendon, which is the back of the user's foot, so that the blood of the foot is smooth. You can massage it to make it circulate.

Hereinafter, components constituting the foot massager 1 capable of massaging in various types according to an embodiment of the present invention will be described in detail.

The bottom portion 110 becomes a module formed in the same shape as the sole of a shoe. The receiving part 120 is installed on the outside of the bottom part 110 . And the power supply unit 200, the pump unit 150, the first valve unit 170, the second valve unit 180, the first joint 160, and the second joint as shown in FIG. 190 and the third joint 210 are accommodated.

The accommodating part 120 is formed in a shoe shape. The accommodating portion 120 forms a space capable of accommodating the user's legs.

The power supply unit 200 is installed in the accommodation space of the bottom unit 110 to apply power to the pump unit 150, the first valve unit 170 and the second valve unit 180, and the control unit 400. The power supply unit 200 may be formed of a battery.

The pump unit 150 is installed in the receiving space of the bottom unit 110 and is connected to the power supply unit 200 to discharge air when power is applied. And air can be inhaled. The pump unit 150 is connected to the hose unit 300 to intake or exhaust air through the hose, and expands or contracts the airbag unit 130 connected to the hose unit 300 .

The control unit 400 is installed in the accommodating unit 120 and is connected to the power supply unit 200 to output a plurality of electrical signals. For example, the controller 400 includes a first button, a second button, a third button, and a fourth button, and outputs a first electrical signal when the first button is pressed, and outputs a second electrical signal when the second button is pressed. can output And, when the third button is pressed, the first electrical signal and the second electrical signal are output alternately at regular intervals, and the fourth button is a switch button that controls the application of electricity from the power supply unit 200 to the control unit 400.

The first valve unit 170 is installed in the receiving space of the bottom unit 110 and opens and closes in response to the first electrical signal output from the control unit 400 and can control air flowing through the connected hose. The second valve unit 180 is installed in the receiving space of the bottom unit 110 and opens and closes in response to the second electrical signal output from the control unit 400, and can control air flowing through the connected hose.

The first valve unit 170 and the second valve unit 180 may be formed as solenoid valves. The first valve unit 170 remains closed and opens when a first electrical signal is applied so that air introduced into one end is discharged to the other end, and the second valve unit 180 maintains a closed state and then opens a second When an electric signal is applied, it is opened so that the air introduced into one end is discharged through the other end.

The first valve unit 170 and the second valve unit 180 are connected to a plurality of hoses 301 to 312 or a plurality of joints 160, 190, and 210 to exhaust and discharge air only to some of the plurality of airbags. allow it to breathe. Here, the plurality of joints 160, 190, and 210 include a first connecting body 1601, a second connecting body 1602, and a third connecting body 1603, as shown in FIG. As shown in the first joint 160 and FIG. 6 (B), the fourth connecting body 1604, the fifth connecting body 1605, the sixth connecting body 1606, the seventh connecting body 1607, As shown in the second joint 190 including the eighth connecting body 1608 and FIG. 6 (C), the ninth connecting body 1609, the tenth connecting body 1610, and the eleventh connecting body 1611 ) and the third joint 210 including the twelfth connector 1612. In addition, one end of the plurality of hoses is connected to a plurality of connecting bodies formed in the first joint 160 to the third joint 210, and the other ends are connected to the first valve unit 170 and the second valve unit 180. The hose and the other end may be a hose connected to the air inlet. More specifically, the first hose 301 having one end connected to the pump unit 150 is connected to the first connector 1601 and one end connected to the first valve unit 170 to the second connector 1602. The second hose 302 is connected, and the third hose 303, one end of which is connected to the second valve unit 180, is connected to the third connector 1603. In addition, the fourth hose 304 having one end connected to the first valve unit 170 is connected to the fourth connector 1604 and one end connected to the third air inlet 1331 to the fifth connector 1605. A fifth hose 305 is connected. In addition, a sixth hose 306 having one end connected to the sixth air inlet 1361 is connected to the sixth connector 1606 and one end connected to the first air inlet 1311 to the seventh connector 1607. A seventh hose 307 is connected. In addition, the eighth hose 308, one end of which is connected to the seventh air inlet 1371, is connected to the eighth connector 1608, and one end of the ninth connector 1609 is connected to the second valve unit 180. It is connected to the ninth hose 309 to be. In addition, the tenth hose 310, one end of which is connected to the second air inlet 1321, is connected to the tenth connector 1610, and one end of the eleventh connector 1611 is connected to the fifth air inlet 1351. The eleventh hose 311 is connected. A twelfth hose 312, one end of which is connected to the fourth air inlet 1341, is connected to the twelfth connector 1612. Each of the aforementioned first air inlet 1311 to seventh air inlet 1371 may be installed in the first airbag 131 to the seventh airbag 137, respectively.

As shown in FIGS. 4 and 5 , the airbag unit 130 includes a first airbag 131 having a first air inlet 1311 installed on one side and a second airbag 132 having a second air inlet 1321 installed on one side. ), the third air bag 133 with the third air inlet 1331 installed on one side, the fourth air bag 134 with the fourth air inlet 1341 installed on one side, and the fifth air inlet 1351 installed on one side A fifth airbag 135, a sixth airbag 136 having a sixth air inlet 1361 installed on one side, and a seventh airbag 137 having a seventh air inlet 1371 installed on one side.

Here, the first airbag 131 is installed at the lower end of the insole 141 so as to overlap a part of the protrusion body module 143 on one side of the insole, and the second airbag 132 is installed on the other side of the insole to the protrusion body module 143. ) It may be installed at the lower end of the insole 141 so as to overlap with the rest of the part. In addition, the third airbag 133 is spaced upward from the first airbag 131 and installed so that one end slopes downward to one side of the insole, and the fourth airbag 134 is spaced upward from the third airbag 133 and has a cross section. It can be installed by being formed into this semicircle. The fifth airbag 135 may be connected to one side of the fourth airbag 134, and the sixth airbag 136 may be connected to the other side of the fourth airbag 134 opposite to the fifth airbag 135.

Also, the seventh airbag 137 may be installed so that it is spaced upward from the second airbag 132 and has a semicircular cross section. As such, the first airbag 131 to the seventh airbag 137 are inflated or contracted by air supplied from the pump unit 150 by connecting air inlets installed on one side of the hose.

The acupressure plate 140 is formed of silicon and installed on the upper surfaces of the first airbag 131 and the second airbag 132 to serve as a pressure plate for acupressure to the soles of the user's feet. As shown in FIG. 7, the acupressure plate unit 140 includes an insole 141, an individual protrusion 142, a protrusion body module 143, a first perforated hole 144 and a second perforated hole 145. do. At this time, in the insole 141, the hardness of the protrusion body module 143 and the hardness of the portion where the protrusion body module 143 is not formed are different from each other. For example, in the pressure plate unit 140, as shown in FIG. 7, the hardness of the portion A2 where the protrusion body module 143 is formed is the area of the portions A1 and A3 where the protrusion body module 143 is not formed. It can be formed greater than the hardness of. Thus, the portion A2 where the protrusion body module 143 is formed may not be easily deformed by external pressure.

Moreover, as shown in FIG. 8, the plurality of individual protrusions 142 formed on the insole 141 are arranged so that the curvature gradually increases in the direction in which the protrusion body module 143 is located on one side of the insole, and the first When the insole 141 is bent due to the expansion and contraction of the airbag 131 and the second airbag 132, the plurality of protruding body modules 143 reach every corner of the sole. In addition, as shown in FIG. 8, the first perforated hole 144 is formed larger than the second perforated hole 145, and the distance between the first perforated hole 144 and the second perforated hole 145 is formed short. Thus, when the second airbag 132 is inflated and inflated, it can be inflated without tearing.

As shown in FIG. 9 , the aforementioned acupressure ball unit 220 includes a first acupressure ball 221 and a second acupressure ball 222 protruding from the inner surface of the seventh airbag.

As such, the first acupressure ball 221 acupressure on the right side of the user's Achilles tendon and the second acupressure ball 222 on the left side of the user's Achilles tendon to release the muscles that are bundled in the Achilles tendon. The first acupressure ball 221 and the second acupressure ball 222 are formed as simple protrusions or formed integrally with the seventh air bag 137 to contract and expand by air supplied from the pump unit 150, It is possible to accurately press the left and right sides of the concave Achilles tendon.

Hereinafter, with reference to FIGS. 10 to 13, the operation of the foot massager 1 capable of massaging in various types of the present invention will be described in detail. 10 and 11 are views showing a first-type operating state, and FIGS. 12 and 13 are views showing a second-type operating state.

In the foot massager 1 capable of providing various types of massage, only some of the first airbags 131 to 7th airbags 137 operate according to the type of massage desired by the user, and a high effect of foot massage can be achieved.

More specifically, in the foot massager 1 capable of massaging in various types, power is applied to the pump unit 150 and the first valve unit 170 from the power supply unit 200, and the first valve unit 170 from the control unit 400 ), when the first electrical signal is applied, the first valve unit 170 is opened, and air is sucked in and exhausted through the first hose 301, the second hose 302, and the second joint 190, and the second joint While allowing air to move to the fourth hose 304 to the eighth hose 308 connected to the fourth connecting body 1604 to the eighth connecting body 1608 of the 190, the first airbag 131, the third The airbag 133, the sixth airbag 136, and the seventh airbag 137 are inflated and deflated. At this time, when the first airbag 131 is inflated, as shown in FIG. 11, the protruding body module 143 extends from the front part of the pressure plate 140 located at the top of the first airbag 131, that is, one side of the insole. It swells up to one side or is restored to its original state and massages the soles of the feet.

And, in the foot massager 1 capable of massaging in various types, power is applied from the power supply unit 200 to the pump unit 150 and the second valve unit 180, and from the control unit 400 to the second valve unit 180. When the second electrical signal is applied, the second valve unit 180 is opened and air is sucked in and exhausted through the first hose 301, the third hose 303 and the third joint 210, and the third joint 210 The second airbag 132 and the fourth airbag 134 while moving the air to the ninth hose 309 to the twelfth hose 312 connected to the ninth connecting body 1609 to the twelfth connecting body 1612 of the ), the fifth airbag 135 is inflated and deflated. At this time, when the second airbag 132 is inflated, as shown in FIG. 13 , the protruding body module 143 extends from the back of the pressure plate 140 located at the top of the second airbag 132, that is, the other side of the insole. It swells up to the other side or is restored to its original state and massages the soles of the feet.

As described above, the foot massager 1 capable of massaging in various types includes the first airbag 131, the third airbag 133, the sixth airbag 136, and the seventh airbag 137 according to the user's selection. One set and the second airbag (132), fourth airbag (134), and fifth airbag (135) move as one set and massage each part of the foot so that the blood in the foot can be smoothly circulated even during the massage. .

In this way, the foot massager 1 capable of massaging in various types may not cause edema caused by poor blood circulation after receiving a massage while massaging while enabling smooth blood circulation.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains can be implemented in other specific forms without changing the technical spirit or essential features of the present invention. you will be able to understand Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

1: Foot massager that can massage in various types
110: bottom part 120: receiving part
130: air bag part
131: first airbag 132: second airbag
133: third airbag 133: third airbag
135: 5th airbag 136: 6th airbag
137: 7th airbag
140: acupressure plate
141: insole 142: individual protrusion
143: projection body module 144: first perforated hole
145: second perforated hole
150: pump unit
160: first joint
1601: first connection body 1602: second connection body
1603: Third Link
170: first valve unit 180: second valve unit
190: second joint
1901: 4th link 1902: 5th link
1903: 6th link 1904: 7th link
1905: Eighth Link
200: power supply
210: third joint
2101: 9th link 2102: 10th link
2103: 11th link 2104: 12th link
220: acupressure ball
221: first acupressure ball 222: second acupressure ball
300: hose part
301: first hose 302: second hose
303: 3rd hose 304: 4th hose
304: 4th hose 305: 5th hose
306: No. 6 307: No. 7
308: No. 8 309: No. 9
310: No. 10 hose 311: No. 11 hose
312: No. 12 hose
400: control unit
1300: air inlet

Claims (4)

a bottom portion 110 having an internal accommodating space;
A power supply unit 200 installed in the receiving space of the bottom unit 110 to supply power;
a pump unit 150 installed in the receiving space of the bottom unit 110 and connected to the power supply unit 200 to discharge air when power is applied;
It is formed in the shape of a shoe and has a space for accommodating the legs of the body formed in the receiving portion 120;
A control unit 400 installed in the accommodating unit 120 and connected to the power supply unit 200 and capable of outputting a plurality of electrical signals;
A first valve unit 170 installed in the accommodation space of the bottom unit 110, opened and closed in response to a first electrical signal output from the control unit 400, and controlling air flowing through the connected hose;
A second valve unit 180 installed in the accommodation space of the bottom unit 110, opened and closed in response to a second electrical signal output from the control unit 400, and controlling air flowing through the connected hose;
The first airbag 131, the third airbag 133, and the sixth airbag expand and contract when the first valve unit 170 is operated, including the air inlets 1311 to 1371 connected to the hoses 301 to 312. 136 and the airbag unit including the second airbag 132, the fourth airbag 134, and the fifth airbag 135 that expand and contract when the seventh airbag 137 and the second valve unit 180 are operated. a first joint 160 including 130 and including a first connecting body 1601, a second connecting body 1602 and a third connecting body 1602;
a second joint 190 including the fourth coupling body 1604, the fifth coupling body 1605, the sixth coupling body 1606, the seventh coupling body 1607, and the eighth coupling body 1608;
a third joint 210 including the ninth coupling body 1609, the tenth coupling body 1610, the eleventh coupling body 1611, and the twelfth coupling body 1612;
The first hose 301 connected to the first connection body 1601, the second hose 302 connected to the second connection body 1602, the third hose 303 connected to the third connection body 1603, and the fourth The fourth hose 304 connected to the connecting body 1604, the fifth hose 305 connected to the fifth connecting body 1605, the sixth hose 306 connected to the sixth connecting body 1606, and the seventh connecting body 7th hose 307 connected to 1607, 8th hose 308 connected to 8th connector 1608, 9th hose 309 connected to 9th connector 1609, 10th connector 1610 The 10th hose 310 connected to the ), the 11th hose 311 connected to the 11th connector 1611, and the 12th hose 312 connected to the 12th connector 1612,
The first valve unit 170,
When the first electrical signal is applied, air is sucked in and exhausted through the first hose 301, the second hose 302, and the second joint 190, and the fourth connector 1604 to the second joint 190 The air is moved to the fourth hose 304 to the eighth hose 308 connected to the eighth connector 1608,
The second valve unit 180,
When the second electrical signal is applied, air is sucked in and exhausted through the first hose 301, the third hose 303, and the third joint 210, and the ninth connecting body 1609 to the third joint 210 Air is moved to the ninth hose 309 to the twelfth hose 312 connected to the twelfth connector 1612,
The first airbag 131 is installed at the lower end of the insole 141 so as to overlap a part of the projection body module 143 on one side of the insole,
The second airbag 132 is installed at the lower end of the insole 141 so as to overlap with the remaining part of the projection body module 143 on the other side of the insole,
The third airbag 133 is spaced upward from the first airbag 131 and installed such that one end slopes downward toward one side of the insole.
The fourth airbag 134 is spaced upward from the third airbag 133 and has a semicircular cross section,
The fifth airbag 135 is connected to one side of the fourth airbag 134,
The sixth airbag 136 is installed on the other side of the fourth airbag 134 opposite to the fifth airbag 135,
The seventh airbag (137) is spaced upward from the second airbag (132) and has a semicircular cross section, a foot massager capable of massaging in various types. According to claim 1,
An insole 141 accommodated in the accommodation space of the bottom part 110, a plurality of individual projections 142 protruding upward from the insole 141, and a protrusion protruding convexly in a hemispherical shape between one end and the other end of the insole. The module 143, the first perforated hole 144 formed between the other end of the insole and one side of the protrusion body module 143, and the first perforated hole 144 formed between the first perforated hole 144 and the other end of the insole A foot massager capable of massaging in various types, including a pressure plate portion 140 equipped with a second perforated hole 145 formed in a smaller size. delete The method of claim 2, wherein the insole 141 is,
A foot massager capable of massaging in various types, characterized in that the hardness of the protrusion body module 143 is higher than that of areas other than the protrusion body module 143.

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