KR20130135996A - Multifunctional gravity body shaping sole and shoes - Google Patents

Abstract

The present invention relates to a multi-functional gravity body shaper sole, wherein the sole comprises a lower wear resistant anti-slip layer, a sole body layer formed on the lower wear resistant anti-slip layer and an upper connection layer formed on the sole body layer, wherein the sole body layer The hole is formed horizontally selectively fill the weight, the opening of the hole is formed on the side of the sole body layer. The present invention also relates to a multifunctional gravity body shaper shoe. By forming a hole in the shoe sole, the shoe sole is a light shoe if not installed in the hole, and when the filler is installed in the hole, the weight of the shoe is immediately increased to allow the user to exercise the load body shape during daily walking. In addition, the diversity of the hole design allows the user to adjust the load as needed and maximize the aesthetic effect of the shoe.

Description

Multi-Function Gravity Body Shaper Sole and Multi-Function Gravity Body Shaper Shoe {MULTIFUNCTIONAL GRAVITY BODY SHAPING SOLE AND SHOES}

TECHNICAL FIELD The present invention relates to a shoe sole, and more particularly, to a multifunctional gravity body shaper shoe and a multifunctional gravity body shaper shoe that train a body through a load.

As the standard of living improves, people are getting more nutritious due to the rich intake of food, and the obesity problem and the desire for body shape are causing a frenzy of health and body shape. Increasingly popular bodyshape solutions show that people increasingly prefer to burn excess calories through effective training to achieve bodyshape effectiveness. A simple and effective way to enhance the effect of bodyshape training is by hanging a heavy object on the leg or ankle to train the load. In order not to affect normal work and life, such a method of training by hanging a heavy object on the leg or ankle is forced to choose a special time and place. In addition, if you want to do body shape training to prevent others from noticing, hanging heavy objects on your legs or ankles will be more noticeable, affecting your aesthetics and protecting your body shape needs by privacy. There will be no.

Accordingly, there is a need for gravity bodyshape soles and multifunctional gravity bodyshaper shoes with bodyshape training capabilities.

In view of the shortcomings of the prior art, the present invention aims to provide a secretive, aesthetically pleasing and convenient multifunctional gravity body shaper sole and a multifunctional gravity body shaper shoe.

In order to solve the above technical problem, the present invention provides a multifunctional gravity body shaper shoe sole, wherein the shoe sole has a lower wear resistance anti-slip layer, a sole body layer formed on the lower wear resistance anti-slip layer, and an upper connection layer formed on the sole body layer. Includes, the sole body layer has a horizontal hole is formed to selectively fill the weight, the hole is a via hole and the opening of the hole is formed on the side of the sole body layer.

By forming and selectively filling holes in the sole body layer, the user can freely adjust the weight of the sole according to his or her needs so as to more effectively conduct planned body shape training. Wherein the selective filling comprises filling the hole or leaving the hole empty; Filling depth, the type and type of combination of filling weight and the like can be selected.

Furthermore, a plurality of the holes are formed in the sole body layer.

Many holes share the pressure each hole receives during exercise, which is beneficial for extending sole life. In addition, when the number of holes is large, it means that the selectivity of the filling type of the hole is increased, and some holes or all holes may be filled, and the number and positions of the filling holes may be selected. This allows for more versatile hole placement and fill selectivity, which is beneficial to the user's planned body shape training.

Furthermore, the plurality of holes may have a shape in which one or more layers are arranged horizontally.

A plurality of holes may be arranged in various ways, vertically arranged in layers, and evenly arranged in layers, or arranged according to a predetermined rule. This not only facilitates the sharing of pressure through placement, which extends the life of the sole, but also allows the user to freely choose the filling type to plan body shape training.

Furthermore, the holes are via holes or blind holes.

If the hole is a via hole, the weight increase space of the sole is large, and if the hole is a blind hole, the opening position may be selected as necessary to secure the weight increase of the sole, as well as having a strong aesthetic and concealability.

Furthermore, the cross section of the hole is circular, triangular or pentagonal.

Various cross-sectional shapes of the holes not only have a high aesthetic value, but also can tightly clamp the filling, effectively preventing the filling from being exposed.

Furthermore, the plurality of holes are evenly distributed in the sole body layer.

The uniform distribution of the holes evenly distributes the pressure received by the sole, and prevents the hole from being deformed under pressure, thereby improving the loading capacity of the sole body layer and extending the life of the sole.

Further, the weight is a bar-like body, granule body or a mixed flexible body formed by mixing the metal granules and the elastic material integrally.

As the weight has various shapes and various materials, the filling method is various, so that the user can select the weight according to personal preferences, and provide the user with a free exercise space to maximize body shape training.

Furthermore, a sleeve matching the hole is provided in the hole, and the weight is sealed in the sleeve.

Filling the hole by using the sleeve, the weight selection method in the sleeve is various and the shape is not only diverse, but also the material can be bar-shaped, granular, mixed flexible body, as well as sand, legumes in daily life, Maximize the practicality and convenience of the sole.

Furthermore, the light emitting device is sealed in the sleeve, and the light emitted from the light emitting device can be projected outside the shoe sole through the cover of the sleeve made of a transparent material.

By installing the light emitting device, the shoe sole has a relatively strong aesthetic effect, can be worn for leisure or stage performance. Further, as can be seen from the above description, the filling weight is varied so that the selectivity of filling in the hole is improved.

Furthermore, a stopper is provided in an opening located on the sole body layer side of the hole, and the weight is sealed in a sealed space consisting of the stopper and the hole.

The installation of a stopper effectively prevents the weight in the hole from being exposed, which not only has a relatively high practical value, but also allows the sole hole to be concealed.

The present invention also provides a multifunctional gravity body shaper shoe, wherein the shoe includes an upper leather and a multifunctional gravity body shaper shoe sole, the sole body having a lower wear resistant anti-slip layer and a lower wear resistant anti slip layer A layer and an upper connection layer formed on the sole body layer, wherein the upper and the upper connection layer are connected to each other, and the sole body layer has a horizontally formed hole capable of selectively filling a weight, and the hole is a via hole. And the opening of the hole is formed at the side of the sole body layer. By forming a hole in the sole body layer and selectively filling the shoe weight, the weight of the shoe can be freely adjusted according to the wearer's needs, so that the planned body shape training can be conducted more effectively.

Compared with the prior art, the multifunctional gravity body shaper sole and the multifunctional gravity body shaper shoe according to the present invention have the following beneficial effects.

By forming a hole in the sole, the weight is placed in the hole to immediately increase the weight of the shoe, allowing the user to perform load bodyshape training during everyday walking without attracting others' attention. Alternatively, the hole is made lighter by emptying the hole, which is advantageous for the user to freely select. By forming at least one hole in the shoe sole and placing the filler in the hole, it is convenient to replace the filler with different weights, depending on the training needs. Due to the variety of hall designs, halls of various shapes can be designed, and light emitting devices can be installed in the halls to maximize the aesthetic effect of shoes. Filling the weight into the hole in a variety of forms, the user can adjust the load according to their ability to handle and needs, it is convenient for the user to tailor and planned training. Multi-functional gravity body shaper shoe sole according to the present invention increases the weight of the exercise in walking by increasing the weight of the shoe in training the body in daily work and learning life, and also increase the calorie consumption, increase the toe circulation This can be done to beautify the curves of the thighs, calves and feet.

1 is a schematic view of a multifunctional gravity body shaper sole structure according to the present invention.
FIG. 2 is a schematic view of a structure in which the holes of FIG. 1 are evenly distributed in layers.
3 is a structural schematic diagram in which the holes of FIG. 1 are alternately distributed in layers.
4 is a schematic structural diagram of a hole of FIG. 1 having a pentagonal star shape.
5 is a schematic view of a structure in which the hole of FIG. 1 has a triangular shape.
FIG. 6 is a schematic view illustrating various combinations of the holes of FIG. 1.
7 is a schematic view of the structure in the case where the standard of the hole of FIG. 1 is different.
FIG. 8 is a schematic view of a structure in which the hole distribution of FIG. 7 is not uniform. FIG.
FIG. 9 is a schematic cross-sectional view of a structure of one filling method for the hole of FIG. 1.
FIG. 10 is a schematic cross-sectional view of another longitudinal filling method for the hole of FIG. 1. FIG.
FIG. 11 is a schematic cross-sectional view of another longitudinal filling method for the hole of FIG. 1. FIG.
12 is a schematic cross-sectional view of another longitudinal filling method for the hole of FIG. 1.
FIG. 13 is a longitudinal cross-sectional schematic view of the sleeve in the hole of FIG. 1; FIG.
14 is a structural schematic diagram of a multifunctional gravity body shaper shoe according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. This description is part of the specification and describes the principles of the invention through examples. Other aspects, features and advantages of the present invention will become apparent from the detailed description.

1 is a structural schematic diagram of a multifunctional gravity body shaper sole according to the present invention. As shown in FIG. 1, the multifunctional gravity body shaper sole according to the present invention is provided on the sole body layer 2 and the sole body layer 2 which are formed on the lower wear resistant slipper layer 1, the lower wear resistant slipper layer 1. The upper connection layer 3 formed. In this case, the sole body layer 2 is provided with a hole 4 for filling the weight 5 selectively, and the opening of the hole 4 is formed at the side of the sole body layer 2. .

The selective filling is selectable to fill or empty the hole; Filling depth, the type and type of combination of filling weight and the like can be selected. The sole 4 is formed in the sole body layer 2 by reducing the weight of the sole and thus not installing the weight 5 in the hole 4, i.e., when the hole 4 is empty. To be lighter than this regular weight, and on the other hand, by forming holes 4 in the sole body layer 2 to provide space for increasing the weight of the sole and to selectively weight 5 in the holes 4. It increases the weight of the shoe by filling it, and allows the user to perform the load body shape training during daily walking. Here, the selection of the filling depth in the hole 4 may increase the weight of the sole to fill the hole 4 as much as possible, thereby increasing the user load, thereby obtaining a greater momentum. By selecting the filling depth of the hole (4) according to the needs of the muscle group training, it is possible to control the increase in the weight of the sole to achieve a planned training purpose.

With regard to the lateral formation of the hole 4, when referring to the direction parallel to the plane in which the sole is located, the axis may extend in the width direction of the sole or in the longitudinal direction of the sole. When the user walks on the heel, the sole is curved according to the longitudinal direction of the sole, and if the axis of the hole 4 extends in the width direction of the sole and is perpendicular to the longitudinal direction of the sole, the sole 4 By minimizing the effect of deformation on the sole, the life of the sole can be effectively extended. The hole 4 may also be formed in part in the longitudinal direction or the horizontal inclination direction of the sole, and since the bending force received at the heel position is small, the formation of the holes 4 in various directions in this part affects the quality of the sole. Sole weight increases without sacrificing body shape to achieve body shape training goals.

Furthermore, as shown in Figs. 2 to 3, a plurality of holes (4) are formed in the sole body layer, by sharing the pressure of the human body with respect to the sole to the holes (4), the plurality of holes (4) By sharing the pressure received, it is possible to reduce the deformation of each hole and to improve the loading capacity of the sole, thus extending the life of the sole. In addition, the plurality of holes 4 may further expand the filling selectivity of the holes 4 to fill the entire number of holes 4 or to fill some of the plurality of holes as necessary. When the whole is filled, the weight of the sole is maximized to allow the user to exercise a large amount of exercise, and when the part is filled, the user selects the number and location of the filling holes according to his needs to control the load of the sole It's good for body shape training.

Based on the above, the plurality of holes 4 have a shape in which one or more layers are arranged vertically. Here, the direction perpendicular to the plane of the sole is referred to as the longitudinal direction. That is, the plurality of holes 4 may be arranged in one layer in the sole plane, or may be arranged in multiple layers vertically. As shown in FIG. 2, the holes 4 are divided into upper and lower layers to share the pressures received in parallel with each of the holes 4 to equalize the pressures received by the holes 4, thereby extending the life of the sole. As shown in Fig. 3, since the pressure in the heel portion is high and the bending force is small, a plurality of holes 4 are formed in this portion, and the sole is deformed and broken by the bending force in the outsole portion having a large bending force. A small amount of holes 4 may be formed or the holes 4 may not be formed to prevent them.

The hole 4 may be a via hole or a blind hole. The via hole is a hole 4 penetrating the sole body layer 2 horizontally, and the blind hole is open at the side of the sole body layer 2 and the other end is formed inside the sole body layer 2 and the sole body A hole that does not penetrate the layer 2 is indicated.

When the hole 4 is a via hole, the hole 4 is a via hole penetrating the inside and the outside of the sole body layer 2, and not only maximizes the weight of the sole, but also conveniently removes the weight after filling the weight. Can be. If the hole 4 is a blind hole, the opening may also be formed on the outer side or the inner side of the sole body layer 2 according to the needs of the user, which not only meets the user's left and right hand habits, but also is advantageous for filling the weight. . If the opening of the hole 4 is formed in the inner portion of the sole body layer 2, it is possible to achieve the purpose of protecting the user's body shape demand with privacy, not easily noticed by people around when the user walks.

Further, as shown in FIGS. 1 and 4 to 6, the longitudinal cross-sectional shape of the hole 4 is various, and may be circular, triangular, or pentagonal. Further, the longitudinal section of the hole 4 may be rectangular or rounded rectangle or the like. The longitudinal cross-sectional shape of the hole 4 is a single type of either circular or triangular or pentagonal or rectangular or rounded rectangles, and various shapes may be distributed in combination. If the combination and shape are various, the aesthetic effect of the sole is maximized, while if the longitudinal section of the hole 4 is a triangle, a pentagonal star, a rectangle, and a rounded rectangle, the size of the circle consisting of the end point positions of the longitudinal section pattern is the hole. (4) is the maximum radial size, the inner wall of the hole (2) protrudes in the axial direction of the hole (4) with respect to the maximum radial size, so that when the weight (5) is filled inside the hole (4) The clamping action of the hole wall on 5) becomes more pronounced so that the weight 5 is stably filled in the hole 4.

Further, as shown in Figs. 1 and 7 to 8, the diameter size standard of the hole 4 is variously selected, and the arrangement distribution is not unique. As shown in FIG. 1, when the holes 4 are uniformly distributed in the sole body layer 2, the pressure of the human body on the soles is evenly distributed and loaded in the holes 4, thereby reducing the deformation of the single hole 4 and the soles. It is advantageous to increase the service life of the.

In addition, as shown in FIGS. 7 to 8, different portions of the sole are curved and deformed when the user walks. Therefore, according to such a rule, the size of the radial size of the hole 4 is at least one, and the arrangement method is also various. In designing the radial size specification of the hole 4, corresponding adjustments can be made depending on the size and frequency at which the sole is deformed under pressure. Since the heel portion is not subjected to bending force, a hole 4 having a large radial size can be formed in the heel portion. In addition, the outsole portion may be curved due to the user's daily walking, thereby forming a hole 4 having a small size in the radial direction or not forming the hole 4. In addition, based on the analysis of the pressure applied to the sole during the user's exercise, according to the exercise rules to distribute the hole 4 unevenly, to improve the scientific properties of the hole (4) distribution and to improve the sole quality to extend the life of the sole In the same way.

Furthermore, the weight 5 may be a bar-like body, granules, or a mixed flexible body formed by mixing the metal granules and the elastic material integrally.

The bar body is a bar-shaped object, and may be a similar bar body that can implement the same function as a metal bar body, a stone bar body, an elastic material bar body, and a wood bar body. One bar-shaped body may be filled in the hole 4, and a plurality of bar-shaped bodies may be selectively filled. When the elastic bar-shaped body is placed in the hole 4 and the metal bar-shaped body is inserted again, the position of the weight 5 in the hole 4 is stabilized and not easily moved due to the pressing action of the elastic bar-shaped body on the metal bar-shaped body. Therefore, it is preferable. In the case where the weight 5 is a bar-shaped body of light material, the filler mainly supports the shoe sole without increasing the weight, thereby preventing the human body weight from acting on the hole 4 and causing deformation and increasing sole life. It is advantageous.

The granules are granular objects, and may be similar granules capable of implementing the same functions as metal granules, elastic granules, and sandstone granules. One or more of the granules may be selectively filled in the hole 4, and the combination method may be various, and the weight of the sole may be changed by selecting and combining a kind or mixing in a constant ratio according to the needs of the user. The body shape training can be performed effectively by the user's planned weight. In the case where the weight 5 is a light granule, the filler mainly supports the sole without increasing the weight, thereby preventing body weight from acting on the hole 4 and causing deformation and increasing sole life. It is advantageous.

The mixed flexible body is formed by mixing metal granules and elastic materials, and is integrally formed by coating the metal granules with elastic materials to stabilize the structure and to secure the flexibility of the sole, and to change the position of the metal granules during exercise. It does not occur and does not affect the walking comfort, serves the purpose of load body shape. The user may optionally fill one or more of the mixed flexible bodies as needed.

9 to 12 are schematic cross-sectional views of four types of hole filling methods. In the preferred embodiment of the present invention as shown in Figure 9 to 12, the user can optionally fill one of the weight of the bar, the granules and the mixed flexible body as needed, and also mixed with the bar, granules It is also possible to selectively fill the weights 5 in any combination of sex flexible bodies. Some types of holes may be filled with the monolithic weight or mixed weights, but others may be filled with one monolithic weight and other types of holes with other monolithic weights. have. In addition, some types of holes can be filled with one monolithic weight, other types of holes with different mixing weights, some types of holes with certain types of mixing weights, and other types of holes with different types. It is also possible to choose to fill the mixing weight of.

Furthermore, as shown in the cross-sectional view of the sleeve filled in the hole shown in FIG. 13, a sleeve 6 matching the hole is installed in the hole 4, the weight 5 is sealed in the sleeve 6, and the sleeve ( 6) is inserted to seal the hole 4. As shown in Fig. 13, the sleeve 6 is filled with the monolithic or mixed weight of the bar-shaped, granular or mixed flexible body in this manner, or of any one of metal granules, sand, legumes or any proportion thereof. The mixture may also be filled. There are many materials to choose from, and the choice of materials commonly found in everyday life maximizes the compatibility and convenience of the sole.

Furthermore, the light emitting device for sealing is sealed in the sleeve 6, and the cover portion of the sleeve port is made of a transparent material. Light rays emitted from the light emitting device pass through the cover and are projected out of the shoe sole. The cover part may be supported by a translucent material.

When not performing the load body shape training, by installing the light emitting device in the sleeve 6 and filling in the hole 4 can maximize the aesthetic effect of the sole, can be worn for leisure, can also be used for stage performances.

Due to the variety of weight 5 filling in the hole 4, the choice of the filling method of the hole 4 is further increased. Furthermore, not only the filling depth can be selected, but also the filling or control of the hole 4, partial filling or full filling, and the number and positions of filling of the hole 4 are also selectable. This choice of filling method greatly increases the degree of freedom when the user increases the sole weight, and is advantageous for consumers to plan body shape training according to their needs.

As an extension of the invention, a stopper is provided in the opening located on the sole body layer 2 side of the hole 4, and the weight 5 can be sealed in a closed space consisting of the stopper and the hole 4. This effectively prevents the fillings from being exposed to the outside according to the user's walking, has a relatively high practical value, and improves the concealment of the sole hole.

As shown in FIG. 14, the present invention also provides a multifunctional gravity body shaper shoe, wherein the shoe includes an upper 7 and a multifunctional gravity body shaper sole, and the sole has a lower anti-slip layer (1), the lower wear resistance A sole body layer 2 formed on the anti-slip layer 1 and an upper connection layer 3 formed on the sole body layer 2 are included. Here, the sole body layer 2 is formed with a horizontal hole 4 that can selectively fill the weight 5, and the opening of the hole 4 is formed at the side of the sole body layer 2. .

By forming a hole in the sole body layer and selectively filling, the shoe weight can be freely adjusted according to the wearer's needs, and the planned body shape training can be conducted more effectively.

The above descriptions are only preferred embodiments of the present invention, but do not limit the present invention. Any modification, equivalent replacement, improvement, etc. included in the spirit and principle of the present invention shall all fall within the protection scope of the present invention.

1: lower wear-resistant anti-slip layer
2: sole body layer
3: upper connection layer
4: hall
5: weight
6: sleeve

Claims (10)

In the multifunctional gravity body shaper sole comprising a lower wear-resistant anti-slip layer, a sole body layer formed on the lower wear-resistant anti-slip layer, and an upper connection layer formed on the sole body layer,
The sole body layer has a horizontally formed hole that can selectively fill a weight, the hole is a via hole, and the opening of the hole is formed at the side of the sole body layer,
Multifunctional gravity body shaper sole. The method of claim 1,
A multifunctional gravity body shaper sole, in which a plurality of said holes are formed in said sole body layer. 3. The method of claim 2,
Wherein said plurality of holes are one or more layers arranged vertically. The method of claim 3,
The longitudinal section of the hole is circular, triangular or pentagonal, multifunctional gravity body shaper sole. 3. The method of claim 2,
Wherein the plurality of holes are uniformly distributed in the sole body layer. The method of claim 1,
The weight is a bar-shaped body, granules, or a multifunctional gravity body shaper shoe sole is a mixed flexible body formed by mixing the metal granules and the elastic material integrally. The method of claim 1,
And a sleeve that is matched with the hole in the hole, and wherein the weight is sealed in the sleeve. The method of claim 7, wherein
A light emitting device for emitting light is sealed in the sleeve, and the light emitted from the light emitting device is capable of projecting to the outside of the sole through the cover of the sleeve made of a transparent material. The method of claim 1,
A stopper is provided in an opening located on the side of the sole body layer of the hole, and the weight is sealed in a sealed space consisting of the stopper and the hole, multifunctional gravity body shaper sole. In the multifunctional gravity body shaper shoes,
Including the upper and the multifunctional gravity bodyshaper sole,
The multifunctional gravity body shaper shoe sole includes a lower wear resistant anti-slip layer, a sole body layer formed on the lower wear resistant anti slip layer, and an upper connection layer formed on the sole body layer,
The upper and the upper connection layer are connected to each other, and the sole body layer has a horizontally formed hole capable of selectively filling weights, the hole is a via hole, and the opening of the hole is formed at the side of the sole body layer. ,
Multifunctional gravity body shaper shoes.

Images