KR102182246B1 - A Shoes Insole - Google Patents

Abstract

The present invention relates to a shoe insole. More specifically, the shoe insole is composed of a triple structure including an upper insole part, a central insole part, and a lower insole part, and an arch support plate for supporting the bottom surface of the lower insole part in an arch shape is formed in close contact with the rear portion of the lower insole part. An elastic body part provided with a magnet and a vibration plate at the rear end of an insole, and a cylindrical acupressure body part in which the upper surface is closed and the lower surface is opened while magnets and elastic springs are installed in the middle of the insole are respectively embedded and installed. The body parts protrude to the upper surface of the upper insole part. Thus, during walking, a sole is elastically pressed. At the same time, by the vibration of a vibration plate and the magnetic field of a magnet, the blood flow of a sole is further improved.

Description

A shoe insole for improving blood flow using magnetic and elastic force{A Shoes Insole}

The present invention relates to a shoe insole, and more particularly, a shoe in which an upper insole part, a middle insole part, and a lower insole part have a triple structure, and an arch support plate supporting the bottom surface in an arch shape at the rear part of the lower insole part is closely molded In the insole, an elastic body portion provided with a magnet and a vibration plate at the rear end of the insole, and a cylindrical acupressure body portion in which the upper surface is closed and the lower surface is opened while a magnet and an elastic spring are internally installed in the middle of the insole. , These body parts protrude to the upper surface of the upper insole to elastically press the sole of the foot while walking, and at the same time, the vibration of the diaphragm and the magnetic field of the magnet further improve the blood flow of the soles of the foot. will be.

In general, insoles are placed on the inner floor of shoes and sneakers (hereinafter referred to as'shoes') to provide a cushioning feeling to relieve shock, thereby enhancing the safety and comfort of the foot while enhancing the walking ability.

Recently, with the release of tall insoles to increase height, the foot, which can be called a miniature version of the human body, has been able to selectively adopt and use items having effects such as acupressure, deodorization, and antibacterial in accordance with the trend of pursuing well-being.

The feet, which are important in the human body, are exposed to the outside when the weather starts to get cool and dry, and the friction and pressure inside the shoes are severe, and they become dry and loose due to irritation of the soles of the skin and lack of moisture due to walking. It is affected by a wide variety of factors, such as due to deformation of the feet, inadequate footwear or professional influences, or excessive weight, aging of the skin, and insufficient nutrition.

Existing shoe insoles designed for vital foot health of the human body in this way increase foot temperature and promote blood circulation through an increase in the blood flow rate of the foot, and many inventions for foot health have been disclosed.The main principles are acupressure, magnets. In particular, round magnets or rod-shaped magnets have been attached to the acupuncture points, or plate-shaped magnetic plates have been made as insoles.

Such a conventional shoe insole 10 is composed of an upper insole part 11 and a lower insole part 12, and a plurality of magnets 13 are embedded therebetween, as shown in FIG. Insoles of a wide variety of shapes, such as a type that is not exposed to the outside from (11), or a type in which the magnet 13 is exposed to the outside of the upper insole 11 to pressurize the capillary blood vessels or hemolytic area of the sole Is disclosed.

However, the conventional acupressure insole as described above has a disadvantage in that the acupressure performance is very insignificant by simply providing a magnetic field to the sole of the foot by the magnetic force of a magnet and pressing the sole of the foot only with the hard (hardness) of the magnet itself.

In addition, the conventional insole as described above has a disadvantage in that the magnet cannot exhibit a cushioning function, and thus the impact force applied by the sole of the foot cannot be alleviated.

KR 10-2012-0117602 (Publication number) 2012.10.24. KR 20-0406334 (registration number) 2016.01.10. KR 10-2015-0109721 (Publication number) 2015.10.02.

Accordingly, the present invention was devised to solve the conventional problem as described above,

An elastic body with magnets and a vibration plate is embedded in the rear end of the insole, which has a triple structure of the upper insole part, the middle insole part, and the lower insole part, so that the vibration and magnetic force of the vibration plate are transmitted to the rear sole of the foot when pedestrians walk. It is an object of the present invention to provide a shoe insole for improving blood flow so as to walk lightly and at the same time promote blood circulation with a magnetic field by magnetic force.

Another object of the present invention is to improve durability by providing an elastic body portion provided with a magnet and a vibration plate at the rear end of the insole, but further comprising a stopper inside the elastic body portion so that the elastic body portion is not completely compressed.

Another object of the present invention is to embed and install a cylindrical acupressure body in which the upper surface is closed and the lower surface is opened while a magnet and an elastic spring are internally installed in the middle of the insole that has a triple structure of the upper insole part, the middle insole part and the lower insole part. Therefore, it is to provide a shoe insole for improving blood flow using magnetic force and elastic force that elastically presses the sole of the foot while walking and at the same time improves blood flow of the sole with a magnetic field of a magnet.

Another object of the present invention is to install a cylindrical body portion with a magnet and an elastic spring in the middle of the insole, but further include a pressure rod inside the body portion so that when the body portion descends to the bottom surface and contracts, the acupressure rod protrudes toward the upper portion of the body portion. It is intended to improve blood flow by pressing the soles of the feet.

The present invention for achieving the above object is provided on the side of the middle of the insole, the upper surface is closed and the lower surface is open, so that the upper insole 101, the central insole 102 and the lower insole 103 are A hollow cylindrical acupressure body 110 that penetrates through and is installed and protrudes toward the upper side of the upper insole 101; It is provided on the rear end side of the insole, and the upper insole part 101, the middle insole part 102, and the lower insole part 103 are installed to be buried and the upper surface toward the upper side of the upper insole part 101 Including a protruding hollow elastic body portion 120; the inside of the acupressure body portion 110 is installed on the upper rear surface of the magnet body 111 to provide magnetic force, and the upper end portion of the magnet body 111 ) And the lower end of the elastic spring 112 supported on the upper surface of the arch support plate 104, and the acupressure body part 110 is installed to be supported on the upper surface of the arch support plate 104 When the acupressure body 113 is provided to protrude to the upper surface and pressurize the sole of the foot when it is contracted, the acupressure body part 110 and the elastic body part 120 are elastically stretched up and down by the external force of the sole It features acupressure.

In addition, the needle rod body 113 of the present invention has a lower end fixed to the arch support plate 104 formed on the lower surface of the lower insole 103, and the upper end portion is the magnet body 111 and the acupressure body ( It is installed by inserting into the through holes 111h and 110h respectively formed on the upper surface of 110).

In addition, the needle rod body 113 of the present invention includes a lower rod 113a fixed to the arch support plate 104, and inserted into the upper and outer sides of the lower rod 113a, while the magnet body 111 and the acupressure The upper cap rod 113b installed to be slidably installed in the through holes 111h and 110h respectively formed in the body portion 110, and the upper cap rod 113b installed inside the lower rod 113a. It is composed of a pressure spring (113c) or cushioning material that is elastically supported on the upper end.

In addition, the elastic body 120 of the present invention is further provided with a vibrating body 200 using a magnet therein.

In addition, the vibrating body 200 of the present invention includes an elastic support 210 having an elastic force while being connected and installed across the inner middle of the elastic body 120; A guide fixing part 220 supported by an upper side of the elastic support 210 and fixedly installed at an inner end of the elastic body 120 and having a guide groove 220a formed at one side thereof; It is supported to the upper side of the elastic support 210, the one end is fixed to the inner other end of the elastic body 120, the other end is sliding along the guide groove (220a) formed in the guide fixing part 220 A sliding part 230 fitted and installed so as to be possible; A vibration plate 240 provided as an upper surface of the guide fixing part 220 and the sliding part 230, one end being connected to the sliding part 230 and having a first magnet 241 installed at the other end; Including, the guide fixing portion 220 is installed on the upper surface of the second magnet 221 to push each other when the first magnet 241 is close, and the inner upper surface of the elastic body 120 When the first magnets 241 are close, third magnets 121 are installed to push each other.

In addition, a stopper 250 is further installed inside the elastic body 120 of the present invention to prevent compression of the elastic body 120 to a predetermined height or less.

In addition, the stopper 250 of the present invention is provided on both inner sides of the elastic body 120 so that the upper end is fixed to the inner ceiling of the elastic body 120, and the lower end is the inner floor of the elastic body 120 The elastic spring 252 is inserted into the elastic member 251 fixed to the portion, the passage portion 251h formed by vertically penetrating the elastic member 251, and the bottom portion of the elastic body 120 While being fixed, it is provided inside the elastic spring 252 and consists of a support shaft 253 that guides the contraction of the elastic spring 252.

In the shoe insole for improving blood flow using magnetic force and elasticity according to the present invention, an elastic body part provided with a magnet and a vibration plate is embedded in the rear end of the insole which has a triple structure of the upper insole part, the middle insole part and the lower insole part. During walking, the vibration and magnetic force of the diaphragm are transmitted to the back of the foot to make walking pleasant and light, and at the same time, there is an advantage of promoting blood circulation with a magnetic field by the magnetic force.

In addition, the present invention has the advantage of improving durability by providing an elastic body portion provided with a magnet and a vibration plate at the rear end of the insole, but further comprising a stopper inside the elastic body portion so that the elastic body portion is not completely compressed.

In addition, as a magnet and an elastic spring are installed in the middle of the insole of the present invention, the upper surface is closed and the lower surface is opened, and a cylindrical acupressure body is embedded to elastically press the sole of the foot while walking, while at the same time, the sole of the foot flows with the magnetic field of the magnet. There is also an effect that is further improved.

In addition, the present invention installs a cylindrical body portion with a magnet and an elastic spring in the middle of the insole, but further includes an acupressure rod inside the body portion, so that when the body portion descends to the bottom surface and contracts, the acupressure rod protrudes toward the upper portion of the body portion and thus the foot There is also an effect of improving blood flow by applying pressure to acupressure.

1 is a schematic perspective view of the upper and lower surfaces of a shoe insole for improving blood flow using magnetic force and elastic force according to the present invention,
2 is a plan view, a side view, and a bottom view of a shoe insole for improving blood flow using magnetic force and elastic force according to the present invention,
3 is a cross-sectional view and an operating state diagram of a state in which the acupressure body portion of the shoe insole for improving blood flow using magnetic and elastic force according to the present invention is installed,
4 is a cross-sectional view, a plan view, and an operating state diagram of an elastic body part of a shoe insole for improving blood flow using magnetic force and elastic force according to the present invention installed,
5 is a schematic exploded perspective view of an elastic body part of a shoe insole for improving blood flow using magnetic force and elastic force according to the present invention,
Figure 6 is a cross-sectional view of a state in which the sole is acupressure while the elastic body and the acupressure body are compressed by applying force from the upper surface of the shoe insole for improving blood flow using magnetic and elastic force according to the present invention,
7 is a state diagram of a conventional insole equipped with a magnet.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those of ordinary skill in the art can easily implement them.

As shown in Figures 1 to 6, the shoe insole 100 for improving blood flow using magnetic force and elastic force according to the present invention,

The upper insole part 101, the middle insole part 102, and the lower insole part 103 have a triple structure, and the lower part of the lower insole part 103 is formed in an arch shape and an arch that supports it on the bottom surface In the insole to which the support plate 104 is press-molded,

It is provided on the middle side of the insole, but the upper surface is closed and the lower surface is opened to penetrate through the upper insole 101, the central insole 102, and the lower insole 103, and the upper surface is A hollow cylindrical acupressure body 110 protruding toward the upper side of the upper insole 101;

It is provided on the rear end side of the insole, and the upper insole part 101, the middle insole part 102, and the lower insole part 103 are installed to be buried and the upper surface toward the upper side of the upper insole part 101 Includes; a protruding hollow elastic body portion 120;

In the interior of the acupressure body 110, a magnet body 111 that is installed on an upper rear surface thereof to provide magnetic force, and an upper end supports the lower surface of the magnet body 111, and the lower end supports the arch support plate 104 The elastic spring 112 supported on the upper surface of the, and the needle rod installed to be supported on the upper surface of the arch support plate 104 and protruding to the upper surface when the acupressure body 110 is contracted to press the foot of the foot A sieve 113 is provided.

In the insole of the present invention configured as described above, when the sole of the foot is positioned on the upper surface of the upper insole 101 and is pressed while walking, the acupressure body 110 and the tan line body 120 are elastically contracted. While pressing the soles of the feet, acupressure and massage are performed to improve the blood flow of the feet and contribute to the promotion of foot health.

Here, a fixing flange portion 110a protruding outward so as to be supported on the lower surface of the upper insole portion 101 is formed at the lower edge portion of the acupressure body portion 110 to fix the acupressure body portion 110. , The acupressure body 110 by the external force of the sole provides acupressure while elastically sliding up and down, and at the same time, it is possible to improve foot health by improving blood flow to the sole of the foot by the magnetic force of the magnet body 111.

In addition, when the acupressure body part 110 descends and contracts, the needle rod body 113 provided inside the acupressure body part 110 protrudes to the upper surface of the acupressure body part 110 and presses the sole of the foot ( Acupressure) to further promote blood circulation.

In general, shoes are composed of an upper that protects the instep, a midsole that supports the sole of the foot, and a sole that is supported on the ground, and an insole called an insole is separately manufactured and installed on the upper part of the midsole.

This insole is typically composed of an upper insole part 101, a middle insole part 102, and a lower insole part 103, and the rear part of the insole is formed in an arch shape so as to wrap the lower heel and the concave part of the sole. In addition, an injection member called an arch support plate 104 made of a PVC material (Polyamide-6, nylon material) is molded and attached to the arch-shaped bottom surface portion formed on the rear portion of the insole to maintain its rigidity.

Typically, the upper insole part 101 is made of a wool member to softly contact the sole, the middle insole part 102 is made of an open cell member, and the lower insole part 103 is an EVA ) It can be made as a member and has a triple structure. In addition, the middle insole part 102 may be removed and manufactured in a double structure.

The lower insole part 103 of the insole has a myriad of through holes 103a through which air flows, and the upper insole part 101 and the middle insole part 102 are mainly made of a breathable material. Therefore, the insole as described above can facilitate air communication.

The acupressure body 110 of the present invention is installed to protrude to the upper surface of the upper insole 101 to press the sole of the foot. Preferably, the acupressure body portion 110 is preferably installed at a position opposite to the yongcheonhyeol portion of the sole.

In addition, one or more of the acupressure body 110 of the present invention is installed at the front end of the lower insole 103, and in the present invention, it is shown that two are installed, but three or more may be installed. Its installation position can be any part of the insole.

When the insole 100 of the present invention is configured as described above, the acupressure body is applied by the force (F) applied to the upper surface of the upper insole 101 when the foot is put in the shoe and then walks. Pressing the part 110 and thereby compressing the elastic spring 112 installed therein, the acupressure body part 110 descends. Therefore, the acupressure body part 110 has a massage effect of pressing the sole of the foot by the repulsive force by the elastic spring 112, and at the same time, the needle rod body 113 protrudes to the upper surface of the acupressure body part 110 to lift the sole. By pressing the acupressure, the magnetic force of the magnet body 111, the acupressure of the needle rod body 113, and the massage of the acupressure body part 110 can improve the blood flow of the sole of the foot, so that foot health can be remarkably improved. .

Meanwhile, the needle rod body 113 has a lower end fixed to the arch support plate 104 formed on the lower surface of the lower insole part 103, and the upper end part is the magnet body 111 and the acupressure body part 110 It is fitted and installed in the through holes 111h and 110h respectively formed on the upper surface of the.

Therefore, when an external force of the sole of the foot is applied to the upper surface of the acupressure body part 110, the acupressure body part 110 is elastically contracted by the elastic spring 112 provided therein, and conversely, the needle bar body ( 113) pressurizes the sole of the foot while protruding sliding through the through-holes 111h and 110h formed in the magnet body 111 and the acupressure body 110, respectively.

Here, the upper end of the needle bar 113 is formed in a round shape so as not to hurt the sole when it protrudes to the sole through the through holes 111h and 110h. In addition, one or more needle rods 113 may be installed.

In addition, the needle bar 113 may be installed in the following configuration. That is, the lower rod (113a) fixed to the arch support plate (104) and the lower rod (113a) is inserted and installed in the upper and outer sides of the magnet body 111 and the acupressure body portion 110, respectively. The upper cap rod (113b) installed to be slidable in the through holes (111h, 110h) and the acupressure spring (113c) which is installed inside the upper cap rod (113b) and is elastically supported at the upper end of the lower rod (113a). Can be configured.

Here, a release bump is formed at a lower end of the upper cap rod 113b, and a protrusion bump to which the release bump is caught is formed at an upper end of the lower rod 113a. Accordingly, it is possible to prevent the release bump and the protrusion from being caught by the upper cap rod 113b from being separated from the upper end of the lower rod 113a.

When an external force of the sole of the foot is applied to the upper side of the acupressure body part 110, the acupressure body part 110 is elastically contracted by the elastic spring 112 for massage. Then, while the needle bar body 113 protrudes to the upper side of the acupressure body portion 110, the acupressure is performed while elastically pressing the sole of the foot.

That is, when the needle rod body 113 protrudes to the upper side of the acupressure body portion 110 and presses the sole of the foot, the upper cap rod 113 b rides on the sole of the foot by the acupressure spring 113 c provided therein. It is sexually pressured. This is to prevent the sole of the foot from being injured by the needle rod body 113. Instead of the acupressure spring (113c) may be replaced with a cushioning material (not shown).

Here, the elastic force of the acupressure body 110 should be installed stronger than that of the elastic spring 112. This is because when the acupressure body part 110 elastically contracts and descends, the needle bar body 113 protrudes to the upper side of the acupressure body part 110 and then contracts to elastically press the sole of the foot.

Meanwhile, when an external force is applied from the upper side, the elastic body portion 120 contracts toward the center and both ends thereof increase, and when the external force is removed, the elastic body portion 120 has an elastic property of being restored to its original shape.

Therefore, the elastic body portion 120 is installed through the upper insole portion 101, the middle insole portion 102, and the lower insole portion 103 on the rear end side of the insole of the present invention, and the sole of the foot When the external force of is applied, the ground impact force can be alleviated by the elastic force of the elastic body part 120.

Since the elastic body portion 120 of the present invention is installed on the rear end of the insole and must be provided inside the shoe, it is preferable to be formed in an oval shape so as to reduce the volume as much as possible, but can be installed in other shapes. In addition, an auxiliary cushioning material for further alleviating the impact force may be further installed on the outer circumferential surface of the elastic body 120 to provide a cushion to the sole of the foot by reinforcing the elastic force.

In addition, the elastic body part 120 of the present invention is further provided with a vibrating body 200 using a magnet therein.

The vibrating body 200 includes an elastic support 210 having an elastic force while being connected and installed across the inner middle of the elastic body 120;

A guide fixing part 220 supported by an upper side of the elastic support 210 and fixedly installed at an inner end of the elastic body 120 and having a guide groove 220a formed at one side thereof;

It is supported to the upper side of the elastic support 210, the one end is fixed to the inner other end of the elastic body 120, the other end is sliding along the guide groove (220a) formed in the guide fixing part 220 A sliding part 230 fitted and installed so as to be possible;

A vibration plate 240 provided as an upper surface of the guide fixing part 220 and the sliding part 230, one end being connected to the sliding part 230 and having a first magnet 241 installed at the other end; Including,

A second magnet 221 is installed on the upper surface of the guide fixing part 220 to push each other when the first magnets 241 are close, and the first magnet is also provided on the inner upper surface of the elastic body part 120. Third magnets 121 are installed to push each other when 241 is close.

Therefore, as shown in Fig. 4(c), when the elastic body part 120 is elastically compressed by an external force such as a sole, the elastic support body 210 is elastically extended and at the same time, the sliding part 230 ) Is moved away from the guide fixing part 220 and the first magnet 241 is retracted and is positioned between the second magnet 221 and the third magnet 121, the first magnet 241 The first magnet 241 strikes the second magnet 221 and the third magnet 121 while alternating up and down, thereby generating vibration.

As described above, the vibrating body 200 as described above is installed in the elastic body part 120 of the present invention to stimulate the capillaries of the sole through the magnetic field and vibration of the magnet to promote blood flow circulation.

The elastic support 210 is connected to both sides of the middle portion of the inner space of the elastic body 120 so that when the elastic body 120 is compressed by an external force applied to the upper side, the elastic body The portion 120 is elongated, and at the same time, the elastic support 210 is elongated. When the external force is removed, the elastic body 120 and the elastic support 210 are restored to their original positions.

Here, when the elastic support 210 is elongated (when an external force is applied to the upper side of the elastic body 120 to contract), the guide fixing part 220 and the sliding part 230 provided at the upper side thereof are They get away from each other. At this time, the sliding part 230 is guided while sliding along the guide groove 220a formed in the guide fixing part 220 to prevent separation. In addition, the guide fixing part 220 and the sliding part 230 may be stably supported along the upper surface of the elastic support 210.

In addition, since only one end of the vibration plate 240 is connected to the sliding part 230, the elastic body part 120 is compressed by an external force, and the sliding part 230 is compressed by the guide fixing part 220. ), the vibration plate 240 also moves (retreats) along the upper surface of the guide fixing part 220 when moving away from it while sliding along.

At this time, while the vibration plate 240 is moved (retracted) by the sliding part 230, the first magnet 241 provided at the end thereof is the second magnet provided on the upper surface of the guide fixing part 220 It is positioned between 221 and the third magnet 121 provided in the elastic body portion 120. At this time, the first magnets 241 move away from the second magnets 221 by repulsive force and at the same time move away from the third magnets 121, they bump into each other alternately up and down to generate a vibrating sound.

Subsequently, when the external force on the elastic body part 120 disappears, the sliding part 230 is restored to its original position, and the vibration plate 240 is also advanced and restored to its original position. At this time, the first magnet 241 is separated from the second magnet 221 and the third magnet 121 so that a repulsive force is not applied, so that vibration is not generated.

In the elastic body part 120 of the present invention, the external force from the sole of the foot applied from the upper side thereof is excessively large, so that the elastic body part 120 is completely compressed, so that the first magnet 241 and the second When the space between the magnet 221 and the third magnet 121 is not formed, vibration is not generated.

Accordingly, in the present invention, a stopper 250 may be further installed therein to prevent compression of the elastic body 120 over a certain limit when an external force is applied from the upper side thereof.

The stopper 250 is provided on both inner sides of the elastic body 120 so that the upper end is fixed to the inner ceiling of the elastic body 120 and the lower end is fixed to the inner bottom of the elastic body 120 While being fixed to the bottom of the elastic member 251, the elastic spring 252 inserted and installed in the passage portion 251h formed by vertically penetrating the elastic member 251, and the elastic body 120 It consists of a support shaft 253 provided inside the elastic spring 252 to guide the contraction of the elastic spring 252.

Therefore, when an external force is applied to the upper side of the elastic body portion 120, the elastic member 251 and the elastic spring 252 are compressed. At this time, the elastic spring 252 may be stably contracted by being guided by the support shaft 253.

Here, the installation height of the support shaft 253 is when the elastic body portion 120 is contracted, the contraction space between the first magnet 241 and the second magnet 221 and the third magnet 121 It is preferable that the repulsive force acts on each other to be provided at a height such that a spaced space is formed so that vibration is generated. This is because when the elastic body part 120 is contracted, the elastic member 251 and the elastic spring 252 are compressed together, but as they are supported by the support shaft 253, no more compression is performed, thereby forming a space. Can be.

The elastic body portion 120 of the present invention may be provided with a plurality of through-holes (not shown) formed to facilitate contraction by an external force.

The insole 100 of the present invention configured as described above presses the acupressure body portion 110 and the elastic body portion 120 by the force (F) applied to the upper surface of the upper insole portion 101 By doing so, the sole of the foot stimulates the capillaries of the sole by magnetic field by magnetic force, vibration by the vibrating body, and acupressure by the needle stick to further promote blood flow circulation.

In addition, the air in the lower side of the acupressure body 110 is circulated through the breathable insole, thereby automatically circulating the air inside the shoes, preventing sweating on the feet, thereby maintaining cleanliness. .

The acupressure body portion 110 of the present invention is preferably made of copper or tin to remove (sterilize) bacteria or mold inside the shoe. From ancient times, copper or tin has been effectively used to remove bacteria, viruses, and mold.

As described above, the shoe insole for improving blood flow using magnetic force and elastic force according to the present invention has a triple structure of the upper insole part, the middle insole part, and the lower insole part, and an arch support that supports the bottom surface in an arch shape at the rear part of the lower insole part. In a shoe insole in which a plate is closely molded, an elastic body part with a magnet and a vibration plate at the rear end of the insole, and a cylindrical acupressure body in which the upper surface is closed and the lower surface is opened while a magnet and an elastic spring are installed in the middle of the insole. Each buried part is installed, but these body parts protrude to the upper surface of the upper insole part to elastically press the sole of the foot while walking, and at the same time, the vibration of the diaphragm and the magnetic field of the magnet further improve the blood flow to the sole of the foot, contributing to the improvement of foot health .

100: shoe insole for improving blood flow using magnetic and elastic force
101: upper insole part 102: middle insole part 103: lower insole part 103a: through hole
104: Arch support plate
110: acupressure body 110a: fixed flange portion
111: magnet body 112: elastic spring 113: needle rod
113a: lower rod 113b: upper cap rod 113c: acupressure spring
120: elastic body 121: third magnet
200: vibrating body
210: elastic support
220: Guide fixing unit 220a: Guide groove 221: Second magnet
230: sliding part
240: vibration plate 241: first magnet
250: stopper 251: elastic member 251h: passage 252: elastic spring
253: support shaft

Claims (7)

It is provided on the middle side of the insole, but the upper surface is closed and the lower surface is opened to penetrate through the upper insole 101, the middle insole 102 and the lower insole 103, and the upper surface is installed A hollow cylindrical acupressure body 110 protruding toward the upper side of (101);
It is provided on the rear end side of the insole, and the upper insole part 101, the middle insole part 102, and the lower insole part 103 are installed to be buried and the upper surface toward the upper side of the upper insole part 101 Includes; a protruding hollow elastic body portion 120;
In the interior of the acupressure body 110, a magnet body 111 is installed on the upper back surface thereof to provide magnetic force, and the upper end supports the lower surface of the magnet body 111, and the lower end of the arch support plate 104 An elastic spring 112 supported on the upper surface, and a needle bar installed to be supported on the upper surface of the arch support plate 104 and protruding to the upper surface when the acupressure body 110 is contracted to pressurize the sole of the foot (113) is provided, the acupressure body portion 110 and the elastic body portion 120 is elastically stretched up and down by an external force of the sole, and a shoe insole for improving blood flow using magnetic force and elastic force to pressurize the sole.
The method of claim 1,
The needle rod body 113 has a lower end fixed to the arch support plate 104 molded on the lower surface of the lower insole 103, and the upper end is the upper portion of the magnet body 111 and the acupressure body portion 110 Shoe insole for improving blood flow using magnetic force and elastic force installed in through holes 111h and 110h respectively formed on the surface.
The method of claim 2,
The needle rod body 113 is inserted into the lower rod 113a fixed to the arch support plate 104 and the upper and outer sides of the lower rod 113a, and the magnet body 111 and the acupressure body 110 ), the upper cap rod 113b installed to be slidable in the through-holes 111h and 110h respectively formed in), and the upper cap rod 113b, which are installed inside the lower rod 113a, and elastically supported at the upper end of the lower rod 113a Shoe insole for improving blood flow using magnetic force and elastic force composed of acupressure spring (113c) or cushioning material.
The method of claim 1,
The elastic body part 120 is a shoe insole for improving blood flow using magnetic force and elastic force in which a vibrating body 200 using a magnet is further installed therein.
The method of claim 4,
The vibrating body 200 includes an elastic support 210 having an elastic force while being connected and installed across the inner middle of the elastic body 120;
A guide fixing part 220 supported by an upper side of the elastic support 210 and fixedly installed at an inner end of the elastic body 120 and having a guide groove 220a formed at one side thereof;
It is supported to the upper side of the elastic support 210, the one end is fixed to the inner other end of the elastic body 120, the other end is sliding along the guide groove (220a) formed in the guide fixing part 220 A sliding part 230 fitted and installed so as to be possible;
A vibration plate 240 provided as an upper surface of the guide fixing part 220 and the sliding part 230, one end being connected to the sliding part 230 and having a first magnet 241 installed at the other end; Including,
A second magnet 221 is installed on the upper surface of the guide fixing part 220 to push each other when the first magnets 241 are close, and the first magnet is also provided on the inner upper surface of the elastic body part 120. A shoe insole for improving blood flow using magnetic force and elastic force in which third magnets 121 are installed to push each other when 241 is close.
The method of claim 5,
A shoe insole for improving blood flow using magnetic and elastic force in which a stopper 250 for preventing the elastic body 120 from being compressed below a certain height is further installed inside the elastic body 120.
The method of claim 6,
The stopper 250 is provided on both inner sides of the elastic body 120, the upper end is fixed to the inner ceiling of the elastic body 120, the lower end is fixed to the inner bottom of the elastic body 120 An elastic spring 252 inserted into an elastic member 251 and a passage portion 251h formed by vertically penetrating the elastic member 251 and the elastic spring 252 while being fixed to the bottom of the elastic body 120 A shoe insole for improving blood flow using magnetic force and elastic force, which is provided inside the spring 252 and configured with a support shaft 253 that guides the contraction of the elastic spring 252.

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