KR102543022B1 - Blood flow improvement vibration device - Google Patents

Abstract

The present invention relates to a vibrating device for improving blood flow, which is housed in a midsole or insole of a shoe and generates vibration whenever walking, comprising: a lower plate having an opening formed therein and an accommodation space formed therein; A main body coupled to an upper portion and composed of an upper plate having an opening formed thereon; a moving plate coupled to the receiving space of the lower plate, having a protrusion protruding into an opening of the upper plate, and hinged to one side of the lower plate to rotate up and down; It is inserted into the main body and includes a vibration amplifying unit generating vibration by repulsive force when approaching the moving plate.
According to this, the vibration of the vibrator can be generated by the walking impact, the movement of the vibrator can be amplified by the repulsive force of the magnet, and the driving structure of the moving plate is improved to trigger the vibration of the vibrator, thereby amplifying the vibration. Due to this, there is an effect that can promote blood circulation to the soles of the feet.

Description

Blood flow improvement vibration device {Blood flow improvement vibration device}

The present invention relates to a blood flow improving vibration device, and more particularly, to a blood flow improving vibration device for the sole of the foot by generating vibration by a walking impact and amplifying the generated vibration.

In general, shoes are worn to protect the user's feet, and an outsole (outsole) in contact with the ground floor, a midsole located on the upper side of the outsole to form a bottom base inside the shoe, and a midsole stacked on the upper side of the midsole to protect the user's It is composed of an insole that provides a cushioning feeling to the foot and an upper that is connected to the upper rim of the outsole and is formed to surround the instep of the user.

Whenever a user wears these shoes and walks, shock is generated through the sole of the foot or heel, and fatigue occurs due to repeated shock when walking for a long time.

In order to improve such fatigue, various materials for outsole, midsole, and insole have been developed, and are selected and used according to the type of shoes such as shoes, sneakers, and loafers.

Nevertheless, when walking for a long time, the shock repeatedly generated by the shoe could not be dispersed, and to solve the above problem, Patent Registration No. 1231022, a shoe with a built-in vibration generating means has been proposed.

The vibration generating means as described above is formed by embedding a vibration means having a magnet body that vibrates innumerably up and down by mutual repulsive force in the forefoot part of the shoe, but generates vibration while preventing the wearing comfort and walking feeling of the shoe from deteriorating due to the elastic member layer The means can be effectively embedded, and the foot massage action or fatigue reduction effect of the vibration generating means can be produced.

Conventional vibration generating means consisted of only the front and rear of the diaphragm vibrating by repulsive force.

Therefore, the shock in various directions generated when walking is converted into vibration energy, but in the past, the vibration of the diaphragm was not smooth, and in order to generate a repulsive force, as many magnetic bodies as the number of diaphragms had to be formed. there was

Korean Utility Model Application No. 20-2005-0000312

The present invention has been made to solve the problems of the prior art, the vibration of the vibrator can be generated by the walking impact, the movement of the vibrator can be amplified by the repulsive force of the magnet, and the vibration start of the vibrator can be triggered. An object of the present invention is to provide a blood flow improving vibration device capable of promoting blood circulation to the sole of the foot due to vibration amplification by improving the driving structure of the moving plate to do so.

The object of the present invention described above is, in a vibration device that is accommodated in a midsole or insole of a shoe and generates vibration whenever walking, a lower plate having an opening formed therein and a receiving space formed therein, and coupled to the upper part of the lower plate. a main body composed of an upper plate portion having an opening hole formed thereon; A moving plate coupled to the accommodation space of the lower plate, having a protruding portion protruding into an opening of the upper plate, and hinged to one side of the lower plate to rotate up and down, wherein the moving plate has a ball joint on one side. A frame including a formed hinge portion, a plurality of first magnets disposed on the protruding portion, and a second magnet disposed on an edge of the moving plate, inserted into the body, and fitted to the inner circumferential surface of the opening of the lower plate; A bridge having one end connected to the long side of the frame, connected in a direction perpendicular to the bridge, parallel to the long side, but inclined upward, and having a third magnet corresponding to the first repulsive magnet at its end, a rear inclined elastic plate formed thereon, A vibration amplification unit comprising a forward inclined elastic plate having one end connected to the short side of the frame and inclined upward in the forward direction and having a fourth magnet corresponding to the second magnet formed at the end thereof, can be achieved by

The moving plate has a hinge part formed of a ball joint on one side, the protruding part protrudes obliquely upward from the hinge part to the other side, a plurality of second magnets are formed, and a step is formed to be caught on the lower part of one side of the opening hole of the upper plate To be, it is characterized in that the hinge portion as a rotation point so that the up and down rotational movement.

The second magnet is formed to be in contact with the side surface of the fourth magnet, so that the repulsive force is transmitted so that the front inclined elastic plate can vibrate up and down.

The object of the present invention described above is, in a vibration device that is accommodated in a midsole or insole of a shoe and generates vibration whenever walking, a lower plate having an opening formed therein and a receiving space formed therein, and coupled to the upper part of the lower plate. a main body composed of an upper plate portion having an opening hole formed thereon; A moving plate coupled to the accommodating space of the lower plate, having a protrusion protruding into an opening of the upper plate, and hinged to one side of the lower plate to rotate up and down, wherein the moving plate is disposed spaced apart from the protrusion A frame including first magnets 1a and 1b, and second magnets formed on steps formed on both edges of the moving plate, inserted into the main body, and fitted to the inner circumferential surface of the opening of the lower plate, and one long side of the frame A bridge connected to and protruding in a right angle direction, connected in a direction perpendicular to the end of the bridge, parallel to the long side, but inclined upward to one side, and split into two places at the end, the 1-1 branch and the 1-2 branch In the first branch, a 3b magnet corresponding to the 1b magnet is formed, and in the second branch, a rear inclined elastic plate having a 3c magnet corresponding to the side surface of the 1b magnet is formed, and on the other long side of the frame. A bridge connected and protruding in a right angle direction, connected in a direction perpendicular to the end of the bridge, parallel to the long side but inclined upward to the other side, and split into two places at the end to form first-third branches and first-four branches. 3d magnets corresponding to the 1a magnets are formed on the 1st to 3rd branches, and 3e magnets corresponding to the side surfaces of the 1a magnets are formed on the 1st to 4th branches. It can be achieved by a blood flow improvement vibration device comprising a;

In the lower plate, a first repulsive magnet having the same polarity as the second magnet formed on the step of the moving plate is formed at the edge, and on the bottom of the center, a 5a magnet and a 5b magnet corresponding to the 1a magnet and the 1b magnet of the moving plate It is characterized by the formation of

An object of the present invention described above is a vibration device that is accommodated in a midsole or insole of a shoe and generates vibration whenever walking, an opening is formed on the upper part, a receiving space is formed therein, and a lower plate having a lower magnet attached to the inner bottom surface. wealth; an upper plate coupled to an upper portion of the lower plate, having a plurality of through holes formed in a circumferential direction, a central magnet embedded in an accommodation groove in the center, and an upper magnet coupled to an upper portion of the central magnet; A vibration amplification unit comprising a frame fitted to the inner circumferential surface of the opening of the lower plate, and a vibration amplifying unit formed by arranging a plurality of elastic plates connected to the frame and having repulsive force generating magnets attached to ends thereof in a circumferential direction. can

The top plate has a plurality of arc-shaped connection parts formed between a plurality of through holes, and the connection part is thick at the bottom and thin at the top to have elasticity so that the top plate is pushed downward and then raised by elasticity, and the top plate rises and falls It is characterized in that the elastic plate can be vibrated by the repulsive force between the central magnet and the repulsive force generating magnets by inserting or spaced apart the central magnet at the center of the plurality of repulsive force generating magnets each time.

According to the present invention, the vibration of the vibrator can be generated by the walking impact, the movement of the vibrator can be amplified by the repulsive force of the magnet, and the driving structure of the moving plate is improved to trigger the start of the vibration of the vibrator. Due to the amplification, there is an effect that can promote blood circulation to the soles of the feet.

1 is a perspective view of a blood flow improving vibration device according to a first embodiment;
2 is an exploded perspective view of the blood flow improving vibration device according to the first embodiment;
Figure 3a is a cross-sectional view of the blood flow improving vibration device according to the first embodiment before operation;
Figure 3b is a cross-sectional view after operation of the blood flow improving vibration device according to the first embodiment;
4 is a perspective view of a blood flow improving vibration device according to a second embodiment;
5 is an exploded perspective view of a blood flow improving vibration device according to a second embodiment;
Figure 6a is a cross-sectional view of the blood flow improving vibration device according to the second embodiment before operation;
6B is a cross-sectional view after operation of the blood flow improving vibration device according to the second embodiment;
7 is a perspective view of a blood flow improving vibration device according to a third embodiment;
8 is an exploded perspective view of a blood flow improving vibration device according to a third embodiment;
9a is a cross-sectional view of the blood flow improving vibration device according to the third embodiment before operation;
9B is a cross-sectional view after operation of the blood flow improving vibration device according to the third embodiment;
10 is an exploded perspective view of a blood flow improving vibration device according to a fourth embodiment;
11 is an exploded perspective view of a blood flow improving vibration device according to a fourth embodiment;
12 is a cross-sectional view of the blood flow improving vibration device according to the fourth embodiment before operation;
13 is a cross-sectional view of the blood flow improving vibration device according to the fourth embodiment after operation.

Hereinafter, a preferred embodiment will be described in detail based on the accompanying drawings.

The embodiments to be described below are intended to be described in detail so that those skilled in the art can easily practice the invention, thereby limiting the technical spirit and scope of the present invention. doesn't mean

In addition, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of description, and terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. It can be, and it is revealed that the definitions of these terms should be made based on the contents throughout this specification.

[First Embodiment]

Among the accompanying drawings, FIG. 1 is a perspective view of a blood flow improving vibration device according to a first embodiment, FIG. 2 is an exploded perspective view of a blood flow improving vibration device according to a first embodiment, and FIG. 3A is a blood flow improving vibration device according to the first embodiment. 3B is a cross-sectional view of the blood flow improving vibration device according to the first embodiment after operation.

As shown in FIGS. 1 to 3B, the blood flow improving vibration device A1 according to the first embodiment of the present invention,

In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,

A main body 2 composed of a lower plate portion 22 having an opening formed therein and an accommodation space formed therein, and an upper plate portion 24 coupled to the upper portion of the lower plate portion 22 and having an opening hole 240 formed therein;

It is coupled to the receiving space of the lower plate part 22, a protruding part 42 protruding into the opening of the upper plate part 24 is formed on the upper part, and a moving plate that is hinged to one side of the lower plate part 22 to rotate up and down (4);

and a vibration amplifying unit 6 inserted into the main body 2 and generating vibration by a repulsive force when approaching the moving plate 4 .

A first repulsive magnet M1 is formed at the edge of one end of the lower plate 22 corresponding to the step 40 of the moving plate 4, and the first magnet G1 of the moving plate 4 is formed on the inner bottom surface. ), the second repulsive magnet M2 is formed to correspond to ).

The moving plate 4 includes a hinge part 44 having a ball joint formed on one side, a plurality of first magnets G1 arranged on the protruding part 42, and a second magnet G2 arranged on the edge of the moving plate 4. ) is provided.

The protruding portion 42 protrudes upwardly from the hinge portion 44 toward the other side, and a plurality of second magnets G2 are formed in an array, and a step 40 is formed so as to be caught on the lower portion of one side of the opening of the upper plate portion 24 it is done

The moving plate 4 is rotated up and down with the hinge part 44 as a rotation point.

The second magnet G2 is composed of a 2-1 magnet G2' formed in the middle and a 2-2 magnet G2" formed on both sides of the 2-1 magnet G2' (Fig. 2).

The vibration amplifier 6 is formed obliquely while intersecting the inside of the frame 60, and includes a rear inclined elastic plate 62 and a front inclined elastic plate 64 each having a magnet formed at an end thereof.

The frame 60 is inserted into the body 2 and fitted to the inner circumferential surface of the opening of the lower plate 22 .

The rear inclined elastic plate 62 is formed with a bridge 622 having one end connected to the long side of the frame 60, and connected in a direction perpendicular to the bridge 622 so as to be parallel to the long side but inclined upward toward the rear. A third magnet G3 corresponding to the first magnet G1 of the moving plate 4 is formed in the portion.

Two rear inclined elastic plates 62 are formed spaced apart, and a front inclined elastic plate 64 is formed between them.

The forward inclined elastic plate 64 has one end connected to the short side of the frame 60 and is formed to be inclined upward in the forward direction, and the end thereof will be adjacent to the 2-1 magnet G2' among the second magnets G2. A fourth magnet (G4) is formed.

The second magnet (G2) of the moving plate (4), particularly the middle 2-1 magnet (G2'), is arranged to be close to the side of the fourth magnet (G4), so that when they come close to each other, forward tilt elasticity is generated by the repulsive force. The plate 64 can be bounced up and down to vibrate.

Therefore, the protruding portion 42 of the moving plate 4 is pressed downward and rotated by the foot force applied when the foot is stepped on (see FIG. 3B).

The second magnet G2 in the middle of the second magnet G2 comes close to the end of the forward inclined elastic plate 64 of the vibration amplifier 6 and the second magnet G2 generates vibration.

The position and shape of the vibrating front inclined elastic plate can be changed differently.

When the moving plate 4 goes down, the 2-2 magnets G2" on both sides come close to the first repulsive magnet M1 of the lower plate 22, and then the moving plate 4 goes up again by the repulsive force. is returned (see Fig. 3a).

That is, the 2-2 magnet (G2 ") of the moving plate (4) is a magnet that pushes the first repulsive magnet (M1) of the lower plate (22), and when the moving plate (4) comes down when you step on it with your foot, It plays the role of pushing up the magnets by the principle of magnets pushing N-N poles and S-S poles apart.

In addition, as the moving plate 4 descends, the first magnet G1 approaches the third magnet G3 of the rear inclined elastic plate 62, and then the moving plate 4 is pushed to rise again by the generation of repulsive force. .

Due to this, vibration may be generated while the rear inclined elastic plate 62 is bounced by the repulsive force.

Therefore, the movement plate 4 descends and rises repeatedly, and as a result, the internal vibration amplifier 6 vibrates and the vibration is amplified, applying vibration waves to the sole of the foot to promote blood circulation. there is.

[Second Embodiment]

Meanwhile, FIG. 4 is a perspective view of a blood flow improving vibration device according to a second embodiment, FIG. 5 is an exploded perspective view of a blood flow improving vibration device according to a second embodiment, and FIG. 6A is a blood flow improving vibration device according to a second embodiment. A cross-sectional view before operation, FIG. 6B is a cross-sectional view after operation of the blood flow improving vibrator according to the second embodiment.

The blood flow improving vibration device A2 according to the second embodiment,

In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,

A main body 2 composed of a lower plate portion 22 having an opening formed therein and an accommodation space formed therein, and an upper plate portion 24 coupled to the upper portion of the lower plate portion 22 and having an opening formed therein;

It is coupled to the accommodating space of the lower plate part 22, a protruding part 42a protruding into the opening of the upper plate part 24 is formed on the upper part, and a moving plate that is hinged to one side of the lower plate part 22 to rotate up and down (4a);

A vibration amplifier 6a is inserted into the body 2 and vibrates by repulsive force when approaching the moving plate 4a.

The moving plate 4a has first magnets G1a and first magnets G1b spaced apart from each other at protrusions 42a, and second magnets are formed on steps 40 formed on both edges of the moving plate 4a. (G2) is formed.

The second magnet G2 is composed of a 2-1 magnet G2' formed in the middle and a 2-2 magnet G2" formed on both sides of the 2-1 magnet G2' (Fig. 2).

The vibration amplification unit 6a,

A frame 60 inserted into the body 2 and fitted to the inner circumferential surface of the opening of the lower plate 22;

A bridge 622 connected to one long side of the frame 60 and projecting in a right angle direction, and a bridge 622 connected to an end of the bridge 622 in a right angle direction and parallel to the long side but inclined upward to one side, and 2 at the end It is divided into 1-1 branch 621a and 1-2 branch 622a, and the 3b magnet G3b corresponding to the 1b magnet G1b is formed in the 1-1 branch 621a. And, in the first and second branches 622a, a rear inclined elastic plate 62a having a 3c magnet G3c corresponding to the side surface of the 1b magnet G1b is formed,

A bridge 622 connected to the other long side of the frame 60 and protruding in a right angle direction, connected to an end of the bridge 622 in a right angle direction, parallel to the long side but inclined upward to the other side, and 2 at the end It is divided into 1-3 branches 643a and 1-4 branches 644a, and a 3d magnet G3d corresponding to the 1a magnet G1a is formed in the 1-3 branches 643a. The first to fourth branches 644a are composed of a front inclined elastic plate 64a having a 3e magnet G3e corresponding to the side surface of the 1a magnet G1a.

The lower plate 22 has a first repulsive magnet M1 having the same polarity as the second magnet G2 formed on the step of the moving plate 4a, and is formed on the bottom of the center of the moving plate 4a. A 5a magnet (G5a) and a 5b magnet (G5b) corresponding to the 1a magnet (G1a) and the 1b magnet (G1b) are formed.

Therefore, referring to FIGS. 6A and 6B, the moving plate 4a is lowered by pressing, and the first repulsive magnet M1 and the second magnet G2 of the moving plate 4a come close to each other and are pushed by the repulsive force. As a result, the moving plate 4a rises again.

In addition, when the moving plate 4a descends, the 2-1 magnet G2' formed in the middle approaches the 3b magnet G3b and the 3e magnet G3e of the vibration amplifying unit 6a, and is controlled by the repulsive force. The 1-1 branch 621a and the 1-3 branch 643a play a role of bouncing, so that vibration can be amplified.

In addition, when the 1a and 1b magnets G1a and G1b of the moving plate 4a come close to the 5a magnets G5a and 5b magnets G5b of the lower plate 22, repulsive force is generated to move the moving plate 4a. It pushes up and rises.

Therefore, the movement plate 4a descends and rises repeatedly, and accordingly, the internal vibration amplification unit 6a vibrates, thereby amplifying the vibration and applying vibration waves to the sole of the foot to promote blood circulation. there is.

[Third Embodiment]

Meanwhile, FIG. 7 is a perspective view of a blood flow improving vibration device according to a third embodiment, FIG. 8 is an exploded perspective view of a blood flow improving vibration device according to a third embodiment, and FIG. 9A is a blood flow improving vibration device according to a third embodiment. A cross-sectional view before operation, FIG. 9B is a cross-sectional view of the blood flow improving vibrator according to the third embodiment after operation.

The blood flow improving vibration device A3 according to the third embodiment,

In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,

a lower plate portion 22c having an opening formed therein, an accommodation space formed therein, and a lower magnet M6 attached to an inner bottom surface;

It is coupled to the upper part of the lower plate 22c, a plurality of through holes 242 are formed in the circumferential direction, a central magnet M61 is embedded in an accommodation groove in the center, and an upper magnet M62 is placed on top of the central magnet M61. ) coupled to the top plate portion (24c);

A frame 60 fitted to the inner circumferential surface of the opening of the lower plate portion 22c, and a plurality of elastic plates 82 connected to the frame 60 and having repulsive force generating magnets M5 attached to the end thereof in a circumferential direction. It includes; a vibration amplifying unit 8 formed by array formation.

The upper plate portion 24c is formed in a dome shape, and a plurality of arc-shaped connection portions 246 are formed between the plurality of through holes 242 .

The connecting portion 246 is formed with a thick lower portion and a thin upper portion to have elasticity, so that the upper plate portion 24c can be pushed downward and then raised by elasticity (see FIG. 9A ).

Therefore, whenever the upper plate portion 24c is pushed down by pressure and then raised by the elastic restoring force, the center magnet M61 is inserted or spaced between the plurality of repulsive force generating magnets M5 so that the center magnet M61 and the repulsive force The elastic plate 82 may be vibrated by the repulsive force between the generating magnets M5 (see FIG. 9B).

In this way, the movement plate 4 descends and rises repeatedly, and accordingly, the vibration amplification unit 8 vibrates, thereby amplifying the vibration and applying vibration waves to the sole of the foot to promote blood circulation. .

[Fourth Embodiment]

Among the accompanying drawings, FIG. 10 is an exploded perspective view of a blood flow improving vibration device according to a fourth embodiment, FIG. 11 is an exploded perspective view of a blood flow improving vibration device according to a fourth embodiment, and FIG. 12 is an exploded perspective view of a blood flow improving vibration device according to a fourth embodiment. A cross-sectional view of the blood flow improving vibration device before operation, FIG. 13 is a cross-sectional view of the blood flow improving vibration device according to the fourth embodiment after operation.

10 to 13, the blood flow improving vibration device A4 according to the fourth embodiment of the present invention,

In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,

The midsole 500 or the insole is recessed to form an accommodating portion 550, a step 560 is formed on the inner sidewall of the accommodating portion 550, and a lower repulsive magnet on the bottom surface of the accommodating portion 550 ( T1) is landfilled,

An upper surface plate 45 coupled to the upper portion of the accommodating portion 550, a support protrusion 46 protruding from the lower portion of the upper surface plate 45 and fitted to an inner sidewall of the accommodating portion 550, and the upper surface plate A moving plate composed of a central magnet (T3) embedded in the center of (45) and an upper repulsive magnet (T2) embedded around the central magnet (T3) so that the upper plate (45) is bent downward by a pressing force ( 4);

A frame 310 seated on the step of the accommodating part 550, a bending plate 320 having one end connected to the frame 310 and formed horizontally, and a vibration repulsive magnet formed on one end of the bending plate 320 and a vibration amplification unit 300 for generating vibration by repelling the vibration repulsive magnet 330 when the central magnet T3 approaches,

When the moving plate 4 is bent downward by the pressing force (footstepping force), the central magnet T3, the upper repulsive magnet T2, and the lower repulsive magnet T1 are brought into close proximity.

When the pressing force is removed while the repulsive force is generated, the moving plate 4 may return to its original state.

In the vibration amplifier 300, two bending plates 320 forming a set are formed inside the frame 310, and one set of bending plates 320 and another set of bending plates 320 are disposed to face each other. The bending plate 320 may be formed in an 'L' shape to maximize elasticity.

Four vibratory repulsive magnets 330 mounted at the end of each bending plate 320 are arranged in a square, so that they can enter between these four vibration repulsive magnets 330 of the central magnet T3 of the moving plate 4 .

The center magnet T3 of the moving plate 4 and the vibration repulsive magnet 330 of the vibration amplifying unit 300 are formed to have the same polarity, so that when they come close to each other, a repulsive force is generated and the bending plate 320 is bounced, resulting in vibration It can be.

Although described in relation to preferred embodiments, it will be readily recognized by those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, and all such changes and modifications fall within the scope of the appended claims. is self-explanatory.

2: body 4: moving plate
6: vibration amplifier 22: lower plate
24: upper plate 40: stepped
M1: 1st repulsive magnet M2: 2nd repulsive magnet
44: hinge part G1: repulsive magnet
G2: second magnet 62: rear inclined elastic plate
64: forward inclined elastic plate G3: third magnet
G4: 4th magnet 42: protrusion

Claims (9)

In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,
A main body 2 composed of a lower plate portion 22 having an opening formed therein and an accommodation space formed therein, and an upper plate portion 24 coupled to the upper portion of the lower plate portion 22 and having an opening hole 240 formed therein;
It is coupled to the receiving space of the lower plate part 22, a protruding part 42 protruding into the opening of the upper plate part 24 is formed on the upper part, and a moving plate that is hinged to one side of the lower plate part 22 to rotate up and down (4);
A vibration amplifying unit 6 inserted into the main body 2 and generating vibration by repulsive force when approaching the moving plate 4;
The vibration amplifying unit 6 is formed obliquely while intersecting the inside of the frame 60, and includes a rear inclined elastic plate 62 and a front inclined elastic plate 64 each having a magnet at an end thereof. Vibration device to improve blood flow. According to claim 1,
The moving plate 4 includes a hinge part 44 having a ball joint formed on one side, a plurality of first magnets G1 arranged on the protruding part 42, and a second magnet arranged on the edge of the moving plate 4 (G2),
The second magnet G2 is composed of a 2-1 magnet G2' formed in the middle and a 2-2 magnet G2" formed on both sides of the 2-1 magnet G2'. Characterized by a blood flow improvement vibrator. According to claim 2,
The rear inclined elastic plate 62 is formed with a bridge 622 having one end connected to the long side of the frame 60, and connected in a direction perpendicular to the bridge 622 to be parallel to the long side but inclined upward backwards. and includes a third magnet (G3) corresponding to the first magnet (G1) of the moving plate (4) at the end,
The forward inclined elastic plate 64 has one end connected to the short side of the frame 60 to be inclined upward in the forward direction, and a fourth magnet that can be adjacent to the 2-1 magnet G2' at its end. (G4) Blood flow improvement vibrator characterized in that it comprises. In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,
A main body 2 composed of a lower plate portion 22 having an opening formed therein and an accommodation space formed therein, and an upper plate portion 24 coupled to the upper portion of the lower plate portion 22 and having an opening formed therein;
It is coupled to the accommodating space of the lower plate part 22, a protruding part 42a protruding into the opening of the upper plate part 24 is formed on the upper part, and a moving plate that is hinged to one side of the lower plate part 22 to rotate up and down (4a);
A vibration amplifying unit 6a inserted into the main body 2 and generating vibration by a repulsive force when approaching the moving plate 4a;
The moving plate 4a has first magnets G1a and first magnets G1b spaced apart from each other at protrusions 42a, and second magnets are formed on steps 40 formed on both edges of the moving plate 4a. (G2),
The second magnet (G2) is composed of a 2-1 magnet (G2') formed in the middle and a 2-2 magnet (G2") formed on both sides of the 2-1 magnet (G2'), respectively,
The vibration amplification unit 6a,
A frame 60 inserted into the body 2 and fitted to the inner circumferential surface of the opening of the lower plate 22;
A bridge 622 connected to one long side of the frame 60 and projecting in a right angle direction, and a bridge 622 connected to an end of the bridge 622 in a right angle direction and parallel to the long side but inclined upward to one side, and 2 at the end It is divided into 1-1 branch 621a and 1-2 branch 622a, and the 3b magnet G3b corresponding to the 1b magnet G1b is formed in the 1-1 branch 621a. And, in the first and second branches 622a, a rear inclined elastic plate 62a having a 3c magnet G3c corresponding to the side surface of the 1b magnet G1b is formed,
A bridge 622 connected to the other long side of the frame 60 and protruding in a right angle direction, connected to an end of the bridge 622 in a right angle direction, parallel to the long side but inclined upward to the other side, and 2 at the end It is divided into 1-3 branches 643a and 1-4 branches 644a, and a 3d magnet G3d corresponding to the 1a magnet G1a is formed in the 1-3 branches 643a. And, the first to fourth branches 644a include a forward inclined elastic plate 64a having a 3e magnet G3e corresponding to the side surface of the 1a magnet G1a. According to claim 4,
The lower plate 22 has a first repulsive magnet M1 having the same polarity as the second magnet G2 formed on the step of the moving plate 4a, and is formed on the bottom of the center of the moving plate 4a. A blood flow improving vibration device, characterized in that the 5a magnet (G5a) and the 5b magnet (G5b) corresponding to the 1a magnet (G1a) and the 1b magnet (G1b) are formed. delete delete In the vibration device that is stored in the midsole 500 or insole of a shoe and generates vibration whenever walking,
The midsole 500 or the insole is recessed to form an accommodating portion 550, a step 560 is formed on the inner sidewall of the accommodating portion 550, and a lower repulsive magnet on the bottom surface of the accommodating portion 550 ( T1) is landfilled,
An upper surface plate 45 coupled to the upper portion of the accommodating portion 550, a support protrusion 46 protruding from the lower portion of the upper surface plate 45 and fitted to an inner sidewall of the accommodating portion 550, and the upper surface plate A moving plate composed of a central magnet (T3) embedded in the center of (45) and an upper repulsive magnet (T2) embedded around the central magnet (T3) so that the upper plate (45) is bent downward by a pressing force ( 4);
A frame 310 seated on the step of the accommodating part 550, a bending plate 320 having one end connected to the frame 310 and formed horizontally, and a vibration repulsive magnet formed on one end of the bending plate 320 and a vibration amplification unit 300 for generating vibration by bouncing the vibration repulsive magnet 330 when the central magnet T3 approaches. According to claim 8,
The vibration amplifier 300 is formed by forming two sets of bending plates 320 inside the frame 310, and placing one set of bending plates 320 and another set of bending plates 320 facing each other,
The bending plate 320 is made of a 'L' shape,
The center magnet T3 of the moving plate 4 and the vibration repulsive magnet 330 of the vibration amplification unit 300 are formed to have the same polarity, so when they come close to each other, a repulsive force is generated and the bending plate 320 is bounced, resulting in vibration Vibration device for improving blood flow, characterized in that so as to be.

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