KR200278163Y1 - a bottom piece of a shoe - Google Patents

Abstract

The present invention relates to a sole of a shoe, and more particularly, a pack in which gel fluid and acupressure granules are injected into a sole of a shoe is provided to increase the fit of the shoe, and to impact the foot. It is about a device designed to relieve fatigue.

The present invention described above, by providing a cushion pack 20 in which the granules 31 and the fluid 30 is injected into the sole 11 of the shoe 10, thereby reducing the pressure applied to the sole of the foot during walking The joint 30 can be safely protected from the impact, and the fluid 30 which is moved inside the pack 20 can move from the sole of the foot to a region of less pressure, thereby filling the space between the shoe and the sole, thereby reducing fatigue. At the same time, the granules 31 injected together with the fluid 30 are able to restore the fatigue by promoting blood circulation as they continuously press the acupoints on the soles of the soles, thereby maintaining the health of the feet in good condition. There is an advantage such as to maximize the foreign competitiveness of the company.

Description

Sole of a shoe {a bottom piece of a shoe}

The present invention relates to a sole of a shoe, and more particularly, a pack in which gel fluid and acupressure granules are injected into a sole of a shoe is provided to increase the fit of the shoe, and to impact the foot. It is about a device designed to relieve fatigue.

In general, a person has a shape in which the blood is biased toward the lower part of the human body as the person walks upright. When the blood is concentrated at the foot part of the human body due to this phenomenon, the blood is not smoothly circulated and the foot is easily broken or fatigued. There was a problem such as accumulation.

In addition, the sole has convex protruding portions and concave groove portions, and the convex portions of the sole are in intensive contact with the ground, and local pressure is applied to the sole. Closures such as blisters were formed.

In addition, since the conventional shoe sole is formed flat and forms a very simple structure, effects such as effectively buffering a part to which local pressure is applied or restoring foot fatigue by the acupressure effect could not be expected.

The present invention was devised in view of the above-mentioned problems, and its purpose is to provide a pack in which gel fluid and acupressure granules are injected into the sole of a shoe, thereby increasing the fit of the shoe and being applied to the foot. It is to provide the sole of the shoe that can alleviate the impact to restore the accumulated fatigue.

Features of the present invention for achieving the above object, in the sole 11 is formed on the bottom of the shoe 10, the guide grooves 12 formed on the upper surface of the sole 11 in the gel ( It can be achieved by the sole of the shoe, characterized in that the synthetic resin pack 20 in which the fluid 30 in the gel state and the acupressure granules 31 are injected is fixed to alleviate the impact and to press the sole of the foot. It is.

Another feature of the present invention for achieving the above object, the synthetic resin pack 20 is formed in the concave portion of the sole portion and the sole portion of the sole pressure of the sole is narrow passage 21 through which the fluid 30 passes (21) Are connected to each other by, and the reservoirs 22 are formed on the outside of the pack 20 to protrude convexly so that the fluid 30 is injected and discharged according to the pressure applied to the pack 20. In some places it can be achieved by the sole of the shoe, characterized in that the fixing portion 23 is formed by heat-bonding the upper and lower sheets 20a, 20b of the pack 20.

1 is an exploded perspective view of an embodiment of the present invention;

2 is a perspective view of an embodiment of the present invention;

3 is a use state illustrating a state in which the sole is applied to the shoe according to the present invention,

4a to 4c are cross-sectional views showing the movement of the fluid injected into the pack according to the load applied to the pack when the wearer of the shoe walks,

Figure 5 is an enlarged cross-sectional view of a part of the present invention.

Explanation of symbols on the main parts of the drawings

10: Shoes 11: Outsole

12: Guide Home 20: Pack

20a: top sheet 20b: bottom sheet

21 passage 22 storage

23: fixing part 30: fluid

31: granules

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

1 to 5, a concave guide groove 12 is formed on the upper surface of the sole 11 formed on the bottom of the shoe 10, the guide groove 12 is a pack made of synthetic resin 20 is inserted and fixed with an adhesive or the like.

The fluid 30 in a gel state such as liquid silicon is injected into the pack 20. The fluid 30 is not filled so that the pack 20 is taut, but injected to allow the fluid to move organically.

Small particles 31 are injected together with the fluid in the pack 20, and the granules 31 are formed by forming small particles of minerals that emit far infrared rays such as hard synthetic resin beads or jade. Can be formed.

The synthetic resin pack 20 may be formed on the sole 11 of the shoe 10, but as shown in FIG. 1, the front and rear surfaces of the sole 11 where the pressure of the sole is concentrated are concave. It is preferable to be formed at each side of the central portion of the sole 11 on which the site is placed to be divided into three.

The packs 20 formed by dividing the sole 11 into the packs 20 are connected to each other by a narrow passage 21 formed so that the fluids 30 can pass, so that the fluids 30 can be moved according to the pressure-applied portion. It is supposed to be.

The outside of the pack 20 is formed with a reservoir 22 protruding convexly in a spherical shape, the reservoir 22 is a fluid inside the pack 20 if the pressure applied to the pack 20 is strong When the 30 is moved and injected and the applied pressure is released, it is configured to be discharged back into the pack 20 so that the fluid 30 can be moved more smoothly.

Accordingly, the reservoir 22 serves as a temporary reservoir in which the fluid 30 is introduced and temporarily stored according to the pressure applied to the pack 20 and then discharged again.

The pack 20 has fixing parts 23 formed in various places, and the fixing part 23 has a configuration in which the upper sheet 20a and the lower sheet 20b of the pack 20 are thermally bonded to each other. It is.

The fixing part 23 is configured to prevent the pack 20 from being twisted or rocked by preventing the fluid 20 injected from the pack 20 from being excessively moved or biased.

The present invention made of such a configuration, as shown in Figure 4a, the sole 11 of the shoe is parallel to the ground and when the pedestrian is standing, the sole 11 as the pressure is evenly applied to the front part of the heel and foot Since the fluid 30 inside the pack 20 located at the front and rear of the) is injected into the pack 20 at the center of the sole 11 where the concave portion of the sole is located through the passage 21, the sole 30 ( Since the space formed between 11) and the sole is filled by the moving fluids 30, the entire sole of the sole is evenly supported by the pack 20.

Therefore, since the entire sole of the foot is stably supported by the fluids 30 injected into the pack 20 to maintain a very comfortable state, it is possible to maintain a good fit of the shoe 10 and at the same time injected with the fluid 30. The granules 31 are to pressure the sole of the foot to promote blood circulation, so that the fatigue accumulated in the sole can be recovered.

As shown in FIG. 4B, as the wearer of the shoe 10 walks, when the front part of the foot lands on the ground, the fluid 30 inside the pack 20 located in front of the sole 11 passes through the passage 21. Since the injection is moved to the pack 20 located in the center and the rear of the sole 11 is shocked to the front of the foot is buffered by the fluid 30 and the pack 20 is moved.

Then, as shown in FIG. 4C, when the heel of the foot lands on the ground due to continuous walking, the fluid 30 inside the pack 20 located at the rear of the sole 11 may pass through the passage 21 to the sole 11. Since the injection is moved to the center and the pack 20 located in the front, the shock applied to the heel is buffered by the moving fluid 30 and the pack 20.

The present invention is such that the fluid 30 and the granules 31 are injected into the pack 20 when the pressure of the force generated due to weight movement when the wearer of the shoe 10 walks is partially applied to the sole. (20) Since it generates a considerable buffering force while moving inside, the shock applied to the sole is alleviated to restore the fatigue of the foot and to protect the joints from the impact, and the fluid 30 that is moved inside the pack 20 Since the movement from the sole to the area of less pressure force fills the space between the shoe and the sole has the advantage of reducing fatigue.

In particular, the granules (31) injected with the fluid (30) is to promote the circulation of the blood by restoring the acupressure (經穴) on the soles of the soles, such as walking on the gravel, so as to recover the fatigue of the foot health state There is such an advantage that it can be maintained satisfactorily.

The present invention as described above, by having the sole 11 of the shoe (10) provided with a buffer pack 20, the particles 31 and the fluid 30 is injected, it is applied to the sole of the foot during walking The pressure can be relieved to safely protect the joint from the impact, and the fluid 30, which is moved inside the pack 20, moves from the sole of the foot to a region of less pressure and fills the space between the shoe and the sole, resulting in fatigue. At the same time, the granules 31 injected with the fluid 30 can promote the circulation of blood as they continue to press the acupoints on the soles of the feet, thereby relieving fatigue and improving the health of the feet. There is an advantage, such as to keep the external competitiveness of the shoe as possible to maintain the maximum.

Claims (2)

In the sole 11 formed on the bottom of the shoe 10, In the guide groove 12 formed on the upper surface of the sole 11 is inserted into the synthetic resin pack 20, which is injected into the fluid (30) and the acupressure granules 31 of the gel (gel) state therein is shock Sole of the shoe, characterized in that to relieve and pressure the soles of the feet. The method of claim 1, wherein the synthetic resin pack 20 is formed in each of the sole portion of the sole and the concave portion of the sole pressure of the sole is connected to each other by a narrow passage 21 through which the fluid 30 passes, The convex protruding reservoirs 22 are formed on the outside of the 20 to inject and discharge the fluid 30 according to the pressure applied to the pack 20. Outsole of the shoe, characterized in that the fixing portion 23 is formed by heat-bonding the lower sheet (20a) (20b).