KR102110552B1 - Socks for electrical muscle stimulation - Google Patents

Abstract

The present invention relates to an inner EMS for shoes. Specifically, in the inner EMS for shoes (1), the present invention comprises: the inner EMS (100) in which a bare foot of a user is inserted and protects foot from the outside; an EMS stimulation means (200) which is located to the lower side of the inner EMS (100) to be in contact with the sole of the user, and stimulates the sole of the user by using a low-frequency electric signal; and an EMS generating means (300) which supplies the low-frequency electric signal to the EMS stimulation means (200). The present invention has the advantage of maximizing an exercise effect and a rehabilitation effect of the user.

Description

Footwear EMS endothelium {Socks for electrical muscle stimulation}

The present invention relates to EMS endothelial for shoes, more specifically, by transmitting a low-frequency electric signal directly to the user's soles indoors or outdoors, stimulating the muscles of the soles and activating nerve cells, thereby improving exercise effect. And EMS endothelium for shoes worn on bare feet that rapidly restore foot fatigue.

Many people practice exercise or diet for health, but their feet are being abused indifference.

Most people are neglected to keep their feet healthy enough to be bored to see people suffering from foot diseases such as ignorant valinopathy, plantar fasciitis, and ankle sprains.

The foot has 26 [dog] bones, 32 [dog] muscles and tendons, and 107 [dog] ligaments.

Each time you walk, a load equal to 1.5 [times] of your weight is put on your feet, and it is the most distant heart, acting as a "second heart" that sends blood back from the heart.

The foot is also the "root of the body", supporting only 2 [%] of the body and supporting the remaining 98 [%].

The reasons for these foot health problems are simple.

As foot strength decreased, shoes that did not fit the foot in pursuit of external beauty only, and the risk of obesity increased due to changes in eating habits, the red light of foot health turned on.

Thus, the problem with the foot is not limited to the foot.

In other words, if you leave your feet sore, it becomes difficult to do everyday life such as walking or running.

If so, the cardiopulmonary function falls, and the cardiopulmonary function decreases, the immune system naturally decreases.

In order to protect the health of the feet, conventionally, a shiatsu mat capable of acupressure the soles of the feet, indoor shoes on which acupressure plates are formed, etc. have been provided, but this has a limitation in places and effects, which is insufficient for receiving attention from consumers.

Therefore, there is a need for a foot-only article to which technology capable of maximizing the effect is applied regardless of place or time.

Accordingly, as a prior art for EMS endothelial for shoes, as shown in Fig. 5 (a), Republic of Korea Patent Publication No. 10-0945145, "Shoe insole with a microcurrent stimulation device built-in" (hereinafter referred to as 'prior art' 1 '),

A rectangular body having a space portion formed therein, a disk-shaped flow magnet introduced into the space portion, and a coil installed on the outer surface of the body to generate a microcurrent and a magnetic field by interacting with the flow magnet, and A micro-current stimulation device is provided on both ends of the body to prevent flow magnets from flowing out, and a micro-current stimulation device is provided on both ends of the coil to form a micro-current stimulation member that applies micro-current stimulation to the human body. The body of the device is installed on the inner side of the insole, and the stimulating member is exposed and installed on the surface so as to come into contact with the acupuncture points of the human foot and the skin, and flows when a person moves while wearing shoes or shakes due to walking. The micro-current and the magnetic field are generated semi-permanently by the interaction between the magnet and the fixed coil. Built-in three-current stimulation device in the insole of the shoe provides the effect of exercise by repetitive action of contraction and relaxation of the soles of the foot, reduces lactic acid in the muscles, reduces fatigue and prevents oxidase activity due to enzyme changes. Rather, as the distribution of capillaries in muscle increases, peripheral blood vessels expand to help promote blood flow, and a microcurrent stimulation device is built-in to stimulate growth plate by microcurrent stimulation and contribute to the promotion and activation of kidney growth. It is about a shoe insole.

As another prior art, as shown in (b) of FIG. 5, the Republic of Korea Patent Registration No. 10-1319015 "Functional shoes equipped with an electrical stimulation unit to improve the ankle adhesion" (hereinafter, 'prior art 2' Is called.),

An electrical stimulation device formed on one side of the window of the shoe, an electrical stimulation part connected to the electrical stimulation device and connected through the upper side, the end contact of which is located on the ankle, and tightening and releasing the shoelace of the shoe An instep strap portion, an ankle strap portion formed through an upper circumference of the upper where the strap extending from one end of the instep strap portion is formed with a contact point of the electrical stimulation portion, and a string clamping means connected to the instep strap portion and the ankle strap portion to tighten and release the strap Consisting of, consisting of a string tightening device to ensure that the upper portion where the contact point is formed by tightening the string is in contact with the ankle, and the ankle adhesion of the electrical stimulation part is improved by the string tightening means, so that the electrical stimulation can be made more smoothly. , By making the upper part tightly adhere to the ankle part, it improves the foot adhesion of the shoe itself to improve comfort. It will be on the functional footwear electrical stimulation provided additional improvement in adherence to the ankle.

Briefly summarizing the prior art 1 to the prior art 2 and comparing with the present invention, the prior art 1 is a technology for a shoe insole that embeds an electric stimulation device in an insole that is inserted into a shoe to allow a microcurrent to flow through the sole of the foot. , Prior art 2 relates to a functional shoe that comprises an electrical stimulation device and a string tightening means on one side of a window of a shoe so that the electrical stimulation device is brought into close contact with the user's ankle with the string tightening means, so that electrical stimulation is transmitted to the ankle area. As described, it can be seen that the present invention is different from the present invention only in that electric (current) is used as a means for stimulating the foot region, and that components and effects constituting the invention are different.

That is, the present invention, the object to be solved (the purpose of the invention) and means (components) for solving it, the effect exerted by this is different from the prior art, there will be differences in technical characteristics.

Republic of Korea Registered Patent Publication No. 10-0945145 (2010.02.24.) Republic of Korea Registered Patent Publication No. 10-1319015 (October 10, 2013)

Thus, the present invention was devised to solve the above-mentioned conventional problems,

It is intended to provide an EMS endothelium for shoes that is worn on the bare feet, worn by the user in combination with indoor or various outdoor shoes, and transmits low-frequency electric signals to the soles of the feet at any time, anywhere, by their choice. .

Another object of the present invention is to improve the adhesion to the user's soles, so that the low-frequency electric signal is transmitted to the entire sole, the purpose of providing an EMS endothelial for shoes to maximize the effect due to the low-frequency electric signal have.

The present invention for achieving the above object was devised to achieve the problem to be solved,

In the EMS endothelium for shoes,

EMS endothelium in which the user's bare feet are inserted to protect the feet from the outside;

EMS stimulation means located on the bottom of the EMS endothelium in contact with the user's sole, and stimulating the user's sole using a low-frequency electric signal;

It is composed of; EMS generating means for supplying a low-frequency electric signal to the EMS stimulation means,

It is characterized in that it is worn by a user during indoor or outdoor activities, thereby improving blood flow in the lower extremity and maximizing the fatigue recovery effect of the foot.

At this time, EMS stimulation means,

A bottom portion in contact with the outside;

A low-frequency stimulation unit stacked on the bottom of the bottom portion and through which a low-frequency electric signal flows;

A foot adhesion unit stacked on the low-frequency stimulation unit and in close contact with the user's sole, so that a low-frequency electric signal flowing in the low-frequency stimulation unit is evenly transmitted to the entire sole;

A sole contact portion formed on one side of the sole contact portion to transmit a low-frequency electric signal flowing to the low-frequency stimulation portion through a contact with one side of the sole of the user as a medium;

The end is connected to the low-frequency stimulation portion, the other end is extended to the outside so as to be combined with the EMS generating means, protruding EMS generating means coupling portion, consisting of,

The low-frequency electric signal supplied from the EMS generating means is transmitted to the user's sole.

On the other hand, prior to this specification, the terms or words used in the scope of the patent registration should not be interpreted as being limited to the ordinary or lexical meaning, and the inventors of the terms to explain their own invention in the best way. Based on the principle that can be appropriately defined, it should be interpreted as a meaning and a concept consistent with the technical idea of the present invention.

Therefore, the embodiments shown in the embodiments and the drawings described in this specification are only the most preferred embodiments of the present invention, and do not represent all of the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

According to the present invention as described above in the above configuration and operation,

Wearing on bare feet, the user wears overlays with indoor or various outdoor shoes to transmit low-frequency electric signals to the soles of the feet at any time, anywhere, so that the fatigue of the feet recovers quickly.

That is, by allowing a low-frequency electric signal to flow through the sole of the foot, the effect of improving exercise effect and restoring foot fatigue is maximized.

In addition, it improves blood flow, massage effects, relieves fatigue, relieves muscle pain, lowers blood fatigue, improves blood flow in the lower extremities, reduces blood circulation, reduces muscle fatigue and inflammation levels, smoothes metabolism, and increases natural healing power, and maximizes the effect Order.

In addition, with the easy combination of the EMS generating means and the EMS stimulating means, the user can transmit and stimulate the low-frequency electric signal to the sole of the foot anytime, anywhere regardless of the location, thereby improving the effectiveness of the EMS endothelial.

In addition, by making the user closer to the sole of the user, the low-frequency electric signal is transmitted to the entire sole, thereby maximizing the effect due to the low-frequency electric signal.

In addition, as described above, since it is worn on the bare feet, it can be worn together not only indoors, but also with various outgoing shoes and without discomfort, and the sole can be stimulated with low-frequency electric signals anytime, anywhere by carrying only the charged EMS generating means. .

In other words, by transmitting a low-frequency electric signal directly to the user's sole, it stimulates the foot called 'second heart', especially the plantar muscle located at the very bottom of the body (repetition of contraction and relaxation), thereby promoting muscle activity. , It is a very effective invention that enhances body balance and health by stabilizing metabolism by inducing smooth supply and circulation of blood in the body due to maximized effects such as blood circulation and massage.

Figure 1 shows the configuration of the EMS endothelium for shoes of the present inventors.
Figure 2 shows a perspective view of a state for an embodiment of the present invention EMS endothelial for shoes.
Figure 3 shows an exploded perspective view of an embodiment of the EMS stimulation means, among the components of the EMS endothelium for shoes of the present inventor.
Figure 4 shows a schematic flow chart showing the method of use and operation of the EMS endothelium for shoes according to the present invention.
Figure 5 shows a representative view of the prior art for EMS endothelium for shoes of the present inventors.

Hereinafter, with reference to the accompanying drawings will be described in detail the function, configuration and operation for the EMS endothelium for shoes of the present inventors.

1 is a view showing the configuration of the EMS endothelium for the present inventors shoes, Figure 2 is a state perspective view of an embodiment of the EMS endothelium for the inventors shoes, Figure 3 is a component of the EMS endothelium for the inventors shoes, EMS It shows an exploded perspective view of an embodiment of the stimulation means.

1 to 3, the present invention,

In the footwear EMS endothelium (1),

The user's bare feet are inserted, EMS endothelial 100 to protect the feet from the outside;

EMS stimulation means (200) located below the EMS endothelial (100), in contact with the user's sole, and stimulating the user's sole using a low-frequency electrical signal;

It consists of; EMS generating means 300 for supplying a low-frequency electric signal to the EMS stimulation means (200),

It is characterized in that it is worn by a user during indoor or outdoor activities, thereby improving blood flow in the lower extremity and maximizing the fatigue recovery effect of the foot.

That is, according to the user's choice, the present invention stimulates the muscles of the sole of the foot with a low-frequency electric signal, thereby quickly recovering the fatigue of the foot, and further, allowing exercise or rehabilitation while wearing, so that the exercise effect and rehabilitation effect are maximized. This is a description of the endothelium to which EMS is applied.

At this time, the low frequency electric signal supplied from the EMS generating means 300 flows, the EMS stimulation means 200 for transmitting it to the user's sole,

A bottom part 210 in contact with the outside;

A low frequency stimulation unit 220 stacked on the bottom portion 210 and through which a low frequency electric signal flows;

A sole adhesion part 230 stacked on the low frequency stimulation part 220 and in close contact with a user's sole, so that a low frequency electrical signal flowing in the low frequency stimulation part 220 is evenly transmitted to the entire sole;

A sole contact portion 240 formed on one side of the sole contact portion 230 so that a low-frequency electric signal flowing through the low-frequency stimulation portion 220 as a medium through contact with one side of the sole of the user is transmitted to the sole;

The end is connected to the low-frequency stimulation unit 220, the other end is extended to the outside so as to be combined with the EMS generating means 300, protruding EMS generating means coupling portion 250; consisting of,

As described above, the low-frequency electric signal supplied from the EMS generating means 300 is transmitted to the sole of the user.

In more detail,

The bottom portion 210 is in contact with the outside, that is, the insole (sole) of the shoe for the floor or going out, and protects the low-frequency stimulation portion 220 and the user's sole.

At this time, by increasing the friction with the insole (insole) of the floor or going out of the room to prevent safety accidents due to slip, at the same time, anti-slip pattern fine protrusions (NS) to improve the fit with the shoes; further included Can be configured.

The non-slip pattern fine protrusions NS may be formed in a predetermined pattern at the same time on the forefoot or heel side of the bottom portion 210, or on the forefoot and heel side, depending on the case.

The low-frequency stimulation unit 220, as shown in Figure 3, is composed of a mesh (mesh) type integral, or

A first forefoot stimulation transfer module 221 that stimulates the user's forefoot zone;

A second foot arch stimulation delivery module 222 that stimulates the user's foot arch area;

It is composed of; a third heel stimulation transmission module 223 for stimulating the heel area of the user, so that the low-frequency electric signal can be transmitted respectively.

In other words, the first front elbow stimulation transfer module 221, the second foot arch stimulation transfer module 222, the third heel stimulation transfer module 223 is configured to allow the user to arbitrarily set the intensity of the low-frequency electric signal supplied to each , Can be stimulated differently for each position of the sole.

This, considering the difference between the grip between the forefoot of the sole and the sole of the sole of the heel region 230 and the grip of the sole of the sole and the sole of the sole of the sole 230, relatively low frequency with the second quadruple stimulation delivery module 222 By supplying an electrical signal, the foot arch and the sole of the foot 230 are in close contact with the second foot arch stimulation transmission module 222, thereby transmitting a low-frequency stimulus signal evenly over the entire foot, and its effect (recovering foot fatigue, exercise effect) , To increase the rehabilitation effect).

This, the first front elbow stimulation transfer module 221, the second arch arch stimulation transfer module 222, the effect generated by the configuration of the third heel stimulation transfer module 223 (increased adhesion of the sole and the sole of the foot) is extended , EMS endothelial (100) on one side of the sole tight fitting (TI); further comprises, configured, so that the sole of the foot 230 can be more closely adhered to the entire user's soles.

At this time, the sole tight fitting portion (TI) is to improve the traction of the sole of the foot and the sole of the foot 230, it should be formed adjacent to the location of the sole of the foot, and is not shown in the drawing, velcro (velcro) ) Structure, so that the user can easily handle it.

Since the sole contact portion 230 is in contact with the user's sole for a long time, it must be formed of a soft fabric material,

The sole contact portion 240 is formed of a material having a conductive material on one side (forefoot or heel region of the sole) of the sole contact portion 230, and has low frequency stimulation as a medium through contact with the user's bare feet. The low-frequency electric signal flowing through the unit 220 is transmitted to the sole of the foot.

In addition, the EMS generating means 300, which is a source for supplying a low-frequency electric signal to the low-frequency stimulation unit 220, is coupled to the EMS generating means coupling unit 250, and further fixes the EMS generating means 300 In order to be fixed to one side of the outdoor shoe, or indoors, the EMS generating means 300 is fixed on one side of the EMS generating means 300 so that it can be fixed to one side of the body part adjacent to the user's foot. The means 300 can be fixed more firmly so as not to deviate from the EMS generating means coupling portion 250 and the body.

For example, the EMS generating means fixing unit (FM) is configured with a Velcro structure in the same manner as the sole tight fitting part TI, so that the user can easily handle it.

On the other hand, referring to Figure 4, the method of using the EMS and the inner endothelium of the present invention (1) and the operation of the procedure to look at schematically,

First, the user wears the EMS endothelium 100 with bare feet, the user's sole is in close contact with the EMS stimulation means 200, (▶ S100, EMS endothelium wearing step)

By combining the EMS generating means 300 charged from the EMS charging means 400 to the EMS generating means coupling portion 250 protruding outside the EMS endothelial 100, (▶ S200, EMS generating means combining step)

By allowing the low-frequency electric signal to flow into the low-frequency stimulation unit 220 through the power supply unit 320 of the EMS-generating means 300 coupled to the EMS generating means coupling unit 250, the low-frequency electric signal is applied to the muscles of the user's soles. Stimulate. (▶ S300, EMS stimulation means active stage)

On the other hand, the EMS generating means 300 for supplying a low-frequency electric signal to the EMS stimulation means (200),

A casing unit 310 formed to be easily gripped and carried by a user;

A power supply unit 320 formed on one side of the casing unit 310 to operate (ON-OFF) the low-frequency electric signal supplied to the low-frequency stimulation unit 220;

A strength control unit 330 formed on one side of the casing unit 310 to adjust the intensity of the low frequency electric signal supplied to the low frequency stimulation unit 220;

A charging unit 340 formed on one side of the casing unit 310 and connected to and charged with the EMS charging unit 400 so that a low frequency electric signal is activated (ON-OFF) by the power unit 320;

EMS stimulation means docking unit formed on one side of the casing unit 310 and coupled to the EMS generating means coupling unit 250 so that the low frequency electric signal is transmitted to the low frequency stimulation unit 220 by the power unit 320 ( 350);

An EMS generating means fixing (FM) formed on one side of the casing part 310 so that the engagement of the EMS generating means coupling part 250 and the EMS stimulating means docking part 350 is maintained and fixed;

Consists of; the control unit 360 for controlling the power unit 320, the strength control unit 330, the charging unit 340, the EMS stimulation means docking unit 350;

Detachable from the EMS endothelial 100 by the user, and when supplying a low-frequency electric signal to the EMS stimulation means 200, the EMS endothelial 100 or one side of the outdoor shoe, such as attached to the adjacent part of the user's foot , It is fixed, so that it can supply a low-frequency electric signal to the EMS stimulation means (200).

In addition, the present invention, coupled to the charging unit 340 of the EMS generating means 300 of the present invention, EMS charging means 400 for charging the EMS generating means 300; may be further included may be configured.

For reference, the term 'EMS' in the present invention means electronic muscle stimulation.

As described above, the present invention is not limited to the described embodiments, and it is obvious to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention.

Therefore, since it can be implemented in various other forms without departing from the technical spirit or main features, the embodiments of the present invention are merely illustrative in all respects and should not be interpreted as limited, and can be implemented in various modifications. .

The present invention relates to an EMS inner skin for shoes, and is applied to contribute to the promotion of various sports industries, health, and rehabilitation-related industries by revitalizing the interior and footwear inner skin and EMS markets using the manufacturing and sales business for manufacturing the same. can do.

1: EMS endothelial for shoes
100: EMS endothelium 200: EMS stimulation means
210: bottom portion 220: low-frequency stimulation portion
221: 1st forward elbow stimulation transfer module 222: 2nd foot arch stimulation transfer module
223: 3rd heel stimulation transfer module 230: sole attachment
240: sole contact portion 250: EMS generating means coupling portion
300: EMS generating means 310: casing unit
320: power supply unit 330: strength control unit
340: charging unit 350: EMS stimulation means docking unit
360: control unit 400: EMS charging means
S100: EMS endothelial wearing step S200: EMS generating means combination step
S300: EMS stimulation means active stage
FM: EMS generating means fixing NS: Anti-skid pattern fine protrusions
TI: sole tight fitting

Claims (3)

delete delete EMS endothelial 100 that inserts the user's bare feet and protects the feet from the outside,
Located in the lower portion of the EMS endothelial (100) is in contact with the user's sole, EMS stimulation means (200) for stimulating the user's sole using a low-frequency electric signal,
EMS generating means 300 for supplying a low-frequency electric signal to the EMS stimulation means (200),
It is coupled to the EMS generating means 300, consists of EMS charging means 400 for charging the EMS generating means 300,
It is worn by the user during indoor or outdoor activities, which improves blood flow in the lower extremities and maximizes the fatigue recovery effect of the foot
In the footwear EMS endothelium (1),
EMS stimulation means 200,
A bottom part 210 in contact with the outside;
A low frequency stimulation unit 220 stacked on the bottom portion 210 and through which a low frequency electric signal flows;
A sole adhesion part 230 stacked on the low frequency stimulation part 220 and in close contact with a user's sole, so that a low frequency electrical signal flowing in the low frequency stimulation part 220 is evenly transmitted to the entire sole;
A sole contact portion 240 formed on one side of the sole contact portion 230 so that a low-frequency electric signal flowing through the low-frequency stimulation portion 220 as a medium through contact with one side of the sole of the user is transmitted to the sole;
The end is connected to the low-frequency stimulation unit 220, the other end is extended to the outside so as to be combined with the EMS generating means 300, protruding EMS generating means coupling portion 250; consisting of,
The low-frequency electric signal supplied from the EMS generating means 300 is transmitted to the sole of the user,
The bottom portion 210,
It is in contact with the floor or the insole (outsole) of the shoe for outing, and protects the low-frequency stimulation unit 220 and the user's sole,
It further comprises, consists of a non-slip pattern fine protrusion (NS) that increases the friction with the insole (insole) of the indoor floor or out-of-shoe to prevent safety accidents due to slip, and improves the fit with the shoe. ,
The non-slip pattern microprotrusion (NS) is formed in a predetermined pattern at the same time on the forefoot or heel side of the bottom portion 210, or, for example, the forefoot and heel side,
The low-frequency stimulation unit 220,
It consists of a mesh type (mesh), or
A first forefoot stimulation transfer module 221 that stimulates the user's forefoot zone;
A second foot arch stimulation delivery module 222 that stimulates the user's foot arch area;
It consists of a third heel stimulation transmission module 223 for stimulating the user's heel area, so that the low-frequency electric signal is transmitted, respectively,
The user can arbitrarily set the intensity of the low-frequency electric signal supplied to each of the first front elbow stimulation transmission module 221, the second lateral stimulation transmission module 222, and the third heel stimulation transmission module 223, the sole of the foot By stimulating differently for each location of,
Considering the difference between the gripping force between the forefoot of the sole and the sole of the sole of the heel section 230 and the gripping force of the sole of the foot and the sole of the sole 230, a relatively low frequency electric signal with the relatively second leg arch stimulation transfer module 222 To supply, and the foot arch and the sole of the foot 230 is in close contact by the second foot arch stimulation delivery module 222,
The low-frequency stimulation signal is evenly distributed throughout the soles of the feet, so that the foot's fatigue is restored, the exercise effect and the rehabilitation effect are maximized.
The first front elbow stimulation transfer module 221, the second foot arch stimulation transfer module 222, the third heel stimulation transfer module 223, produced by the configuration of the sole of the foot 230 and the effect of increasing the adhesion of the sole Extending to, the sole of the sole on the one side of the EMS endothelial (TI); further comprises, configured,
So that the sole portion 230 is more closely attached to the entire user's sole,
The sole tight fitting (TI),
To improve the traction of the sole of the foot and the sole of the foot 230, it is formed in a velcro structure adjacent to the location of the sole of the foot,
To make it easy for the user to handle,
The sole contact portion 240,
A certain size is formed of a material having conductivity in the forefoot or heel region of the sole of the sole of the sole 230,
The low-frequency electric signal flowing through the low-frequency stimulation unit 220 is transmitted to the sole of the foot through the contact with the user's bare feet,
EMS generating means 300 for supplying a low-frequency electric signal to the EMS stimulation means (200),
A casing unit 310 formed to be easily gripped and carried by a user;
A power supply unit 320 formed on one side of the casing unit 310 to operate (ON-OFF) the low-frequency electric signal supplied to the low-frequency stimulation unit 220;
A strength control unit 330 formed on one side of the casing unit 310 to adjust the intensity of the low frequency electric signal supplied to the low frequency stimulation unit 220;
A charging unit 340 formed on one side of the casing unit 310 and connected to and charged with the EMS charging means 400 so that a low-frequency electric signal is activated (ON-OFF) by the power unit 320;
EMS stimulation means docking unit formed on one side of the casing unit 310 and coupled to the EMS generating means coupling unit 250 to transmit a low frequency electric signal to the low frequency stimulation unit 220 by the power unit 320 ( 350);
An EMS generating means fixing (FM) formed on one side of the casing part 310 so that the coupling between the EMS generating means coupling part 250 and the EMS stimulating means docking part 350 is maintained and fixed;
Consists of a; control unit 360 for controlling the power supply unit 320, the strength control unit 330, the charging unit 340, the EMS stimulation means docking unit 350;
Detachable from the EMS endothelial 100 by the user, and when supplying a low-frequency electric signal to the EMS stimulation means 200, attach to the adjacent portion of the user's foot, such as one side of the EMS endothelial 100 or one side of the outdoor shoe. , Fixed, characterized in that to supply a low-frequency electric signal to the EMS stimulation means (200),
EMS endothelial for shoes.

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