WO2012173362A2

WO2012173362A2 - Functional shoe having a body weight supporter

Info

Publication number: WO2012173362A2
Application number: PCT/KR2012/004595
Authority: WO
Inventors: 박동진
Original assignee: Park Dong-Jin
Priority date: 2011-06-11
Filing date: 2012-06-11
Publication date: 2012-12-20
Also published as: CN103596461A; KR20120137225A; JP2014515979A; WO2012173362A3; EP2719296A2; CA2839112A1; US20130031802A1; EP2719296A4; AU2012270390A1

Abstract

The present functional shoe was conceived to become a momentum against force, by forming portions that can support the instep and the base of the toes on the shoe itself so as to enable the base of the toes which are capable of exerting force from the foot of a person to be applied to the force imparted by the shoe, as when the toes are inserted between parts of furniture in order to perform sit-ups using the supporting force of the toes, as described above. Accordingly, the force exerted by the instep and the base of the toes within the shoe may be further applied by the wearer. For example, when a batter impacts a ball while batting in a baseball game, the batter can brace his own toe bases and insteps against a body weight supporter formed in the shoe so as to further apply his body weight against the ball upon impact; and when a golfer makes a tee shot in a golf game, the golfer can brace his own toe bases and instep against a body weight supporter formed in the golf shoe during impact to realize a gain in distance from the supporting force of his instep and toe bases. Also, a supporter may be applied to a golf shoe that is focused on allowing the wearer to maintain good balance in a finishing posture of a golf swing, or the supporter may be applied to a functional shoe such as a rock climbing shoe or a military boot designed to allow the wearer to maintain good balance on inclined surfaces. The functional shoe is characterized by having a body weight supporter (21) installed thereon which is configured with a body weight support and an auxiliary support. For example, when the supporter of the present disclosure is applied to a golf shoe, the structure is such that there is no interference with a supporting shape of the foot that is naturally formed with the toes raised in order to provide support using the ligaments of the instep and toes so as to maintain balance when the body tends to sway backward in a finishing posture of a golf swing, and is one that conforms to the shape of the supporting foot. Primarily, by assisting the body in achieving balance in a finishing posture, by maintaining the shape of the toes that are raised in the planted foot so as to maintain balance in the body swaying backward in the finishing posture, and by supporting the body weight supporter forming an instep portion through the instep including a toe base portion (a), secondarily, balance can be achieved, and the effect of improving the golf game of the wearer can be realized through the golf shoe having the function of maintaining good balance in the body when in a finishing posture, which is important in a golf swing. In another example, when the supporter of the present disclosure is applied to a rock climbing shoe or a military boot, the body can be balanced upright when the body weight is swaying backward on a slightly uphill surface by bracing the body weight supporter with the instep including the toe base portions; and when a rope or wire is grasped with the arms on a steeply inclined surface, the body weight supporter formed on the instep portion is supported by the instep including the toe base portions so as to function as a lever and to support the body weight, in order to alleviate the load on the arms.

Description

Functionalization with weight support

The basic design is a foot that includes the toe base of the foot of the foot, worn by a person engaged in sports in a field where the weight is mainly leaned back from the stationary state or the situation where such a situation occurs, It is a functionalization designed to help balance the body that is pulled back, or to rely on this weight support with the support of the base of the toe to add weight to the stepping foot

For example, when applied to golf shoes

In the case of golf shoes, the weight support that is formed on the instep of the shoe is relied on the foot and toe base of the stepping foot so as to take a stable finish posture which is an important element of a successful golf swing. To become golf shoes

The impact of the impact by swinging the ball to the base and the toe base on the foot of the foot during the impact action, that is, during the impact of the baseball batting motion or the tee shot in the golf game. It relates to a functionalization having a structure that can be applied to golf shoes, baseball shoes, military boots, etc. to allow to double.

With one foot on a flat floor, stand on one foot, with the soles of your feet on the floor and tilting the center of your body back slightly, the toes are lifted up to support the body as shown in Figure 1, and the body falls back by the brace of the toes. Balance without going.

This is the ligament that connects from the back of the foot to the toe, which is the instinctive foot movement to pull up the ligament, ie pulling up the ligament to hold and support the body that is moving backwards.

If you stand on the floor with one foot and the center of your body goes backwards, if you don't raise your toes, your body will lose balance and fall easily back.

This is how important it is to move your toes up to balance the body going backwards.

If you take the finish position of the golf swing without wearing golf shoes from the bottom, the toe of the foot of the foot will rise up for the same reason.

The finish position of the golf swing is that the upper body is twisted in a direction perpendicular to the sole of the foot of the foot, and the center of the body is shifted backward. As described above, the natural foot movement to balance the center of the body with the toe is maintained by this toe. will be.

Just as you install the tent, you can pull the pole firmly with the wire to prevent it from falling, so even in the finish position of the golf swing, lift your toes up and pull the ligaments of your instep to get the best position for your toes. .

Therefore, the toe of the stepping foot in the finish position of the golf swing is a very important factor in maintaining the balance of the body in the finish position.

On the other hand, when lying down to raise the body, I put my toes in the chest of the dresser or the furniture, and I've experienced the sit up with my toes.

The force on this ligament, which is located on the toes that sustains the toes, is strong enough that we can sit up.

The present invention responds to the movement of the toes to raise the toes to hold the center of the body when the center of the body is tilted backwards.

It is a functionalization designed to balance the body to be pulled back by using the ligaments that connect the strong toes with the toes that are strong enough to do sit ups.

Also, in the functionalization itself, a weight support part is formed in the functionalization so that the base of the toe that can exert maximum support of the ligament of the ligament connected to the toe from the foot to the toe is supported. Becomes the momentum of the force, providing the benefit of the force to the wearer.

7 to 9 are shown figuratively to help understand the function and role of the functionalization to which the present invention is applied. FIG. 7 is a shape in which both ends of the rope are fixed in an inverted U shape on the floor and the rope is provided in the functionalization. It means weight support.

8 is a state in which the fixed rope that stands for weight support is held by the instep including the toe base.

The upper part of the existing golf shoe is formed with an upper fastening part that can fasten the upper with a shoelace, etc., mainly to tighten the looseness of the foot and the shoe and to only wrap the foot.

In order to balance the golfer's body, which is weighted backward in the finish posture of the golf swing, the front of the toe part, which is naturally raised, cannot be blocked by the upper. Rather, it was disturbed.

In addition, the end of the toe blocked by the upper end completely supports the center of the body, the golfer's toes are put on the force, the impact of the horse mackerel and instep below the knee, which is associated with the ligaments and muscles that lift the toes I'm getting tired

The balance of the golfer's body is disturbed by the toe that is blocked by the upper part of the upper body, and the balance of the body, which is an important factor in the golf swing, is disturbed by the existing golf shoes worn by the golfer without even feeling the golfer himself. There was this.

In order to improve the problem of the existing golf shoes, the wearer's body balance is made by adapting the role of the foot's movement to balance the finish posture and using the enduring ligament of the toe, which enables the sit-up above mentioned. There is a need for a golf shoe with a structure that doubles the role.

In addition, the batting motion of the batter wearing a conventional baseball shoes is rotated about the heel of the stepping foot during the impact motion (see Fig. 13), but in the conventional baseball shoes, the batter does not see the gain of force in the baseball shoe itself.

However, if the structure of the present invention is reflected in the baseball shoes, the motion of supporting the weight support by raising the toes to the base of the toes will double the power of lifting the foot of the stepping foot by using the ligaments and muscles that extend from the calf of the batter to the instep. It is possible to see the benefits of power that can dramatically increase the distance of the batting ball.

In addition, the weight that is pulled back when climbing with a gile or wire on a steep slope is supported by the arm holding the wire.If you wear climbing shoes or boots that apply the above principle, you will depend on the weight and support of the foot and toe base. Therefore, the weight of the lever as a principle of the need for climbing shoes or boots that can reduce the burden of the arm much.

The present invention is proposed to solve the above problems.

For example, if the present invention is applied to golf shoes

In the finish position of the golf swing described above, when the golfer's center of gravity is tilted backward, the natural movement of the foot occurs to balance the body, that is, the ligament of the back of the body connected to the toe. In order to hold up the toes to support the movement of the toe part 30 of the golf shoes to have a structure that does not interfere

In addition, the center of the golfer's body, which is pulled back from the finish posture of the golf swing, includes a toe base and a structure that allows the weight support formed on the upper part of the instep 20 of the golf shoe to rely on to hold the center of the body. The role of the toe for the golf shoes to further support the power to provide a functionalization, such as golf shoes to help golfers balance the body.

In order to support the weight support of the instep by the base of the wearer's toe, the structure of the toe that does not interfere with the uplifter's toe must be premised.

The premise of each other is the core of the present invention.

The structure of the functionalization is based on the boundary line (a ') based on the toe base when shoes are worn, and the toe direction in front of the boundary line is the toe part 30, and the back of the boundary line is the instep part 20.

The foot of the foot of the foot is naturally supported to support the center of the body as the ligament of the foot of the foot of the foot of the foot of the body of the wearer who is going to climb the slope uphill or with a wire or back from the finish position of the golf swing. When it is pushed up, the toe going up is blocked by the upper as in the case of the existing functionalization so that it can go up without being disturbed.

On the other hand, the instep facing the boundary (a ') allows the wearer to rely on the foot including the toe base of the stepping foot to rely on the weight of the wearer who goes backward in the case of climbing an uphill slope or in the finish posture of a golf swing. With a separate weight support to clarify the distinction between the toe part which is composed of one weight support alone or an auxiliary support that serves to closely adhere the weight support formed on the upper to the wearer's foot

The boundary of the functionalization with the foot including the toe base of the wearer while maintaining the shape of the raised wearer's foot supporting the body and having the structural conditions to raise the toe of the stepping foot without being obstructed by the upper. The problem solving means is to hold on to a separate weight support provided on the instep facing (a ')

Also mentioned above

In the structure of the toe of the functionalized toe up to the block to the upper part of the toe is blocked unobstructed

The problem solving means is to make the inside of the toe part large enough so that the toe end is not obstructed when the toe is raised.

Also mentioned above

As a solution to the problem, a part of the toe part facing the boundary line (a ') or the entire part of the toe part is used as a soft material so that the raised toe can be easily lifted up without being disturbed by the upper resistance even if it touches the upper. And

Also mentioned above

In the structure of the toe of the functionalized toe up to the block to the upper toe of the toe without being obstructed

The bellows type is a structure that can bend the structure of a part of the toe part facing the boundary line (a ') or the entire structure of the toe part so that the toe that comes up against the upper can be easily lifted up without being disturbed by the upper resistance. The problem solving means composed of the wrinkled structure of

Also mentioned above

In the instep of the foot to provide a separate weight support that is distinct from the toe part consisting of the weight support alone or the auxiliary support that serves to closely adhere the weight support to the foot of the wearer

The problem solving means is to construct a separate weight support that is distinguished from the toe part by constructing or reinforcing the upper part of the instep or the part facing the boundary line (a ') with a thick or solid material.

Also mentioned above

The material of the weight support is composed of a synthetic resin bag (flat) by inflating air to solve the problem

Also mentioned above

The problem solving means is that the weight support is composed of a tube type for injecting air so that the air can be put in and taken out by the air injection pump provided on one side of the functionalization so that the air can be put in and used as the weight support when necessary.

Also mentioned above

On the instep to provide a separate weight support

The problem solving means having a weight support that covers the upper part of the instep facing the boundary line (a ') from the outside of the upper

Also mentioned above

In the provision of a weight support that covers the upper part of the instep facing the boundary line a 'from the outside of the upper

Fastening including a connection band connected to the sole on the outer side of the sole of the sole on the outer side of the sole of the sole to form a band-shaped weight support covering the outer side of the instep of the instep of the sole of the instep The problem solving means is to form a sphere and pull the weight support of the band form to adjust the length and fix it to the fastener.

Also mentioned above

Weight support and fastener by installing a detachable outlet having a male and female connection structure respectively at the other end of the connection band connected to the distal end of one side and the fastener connected to the sole and the fastener connected to the sole Thing to be able to put on and take off to a functionalized body

As a means to solve the problem

Also mentioned above

A band-shaped weight support is formed on the outer side of the sole of the instep to cover the outer boundary of the upper part of the instep and covers the outer side of the upper of the instep. The hook is connected to the outsole, and the end of the weight support is passed from the inside of the hook to the outside, and then pulled to the opposite side to press the weight support against the foot so that the foot is brought into close contact with the end of the weight support. The problem solving means is to couple and fix by a pair of male and female coupling members respectively installed on one side of the weight support

Also mentioned above

In providing an auxiliary support that serves to closely adhere the weight support formed on the upper to the foot of the wearer

On one side of the sole of the instep to form a band-shaped auxiliary support covering the outside of the weight support formed on the upper surface facing the boundary line (a ') of the instep, and the outer side of the sole of the opposite side includes a connection band connected to the sole As a problem solving means to form a fastener to form a secondary support constituting the weight support together with the weight support formed on the upper by adjusting the length to fix the fastener by pulling the band-shaped auxiliary support.

Also mentioned above

The other end of the connection band connected to the fastener and the distal end of one side of the band-type auxiliary support connected to the sole, and the detachable openings having male and female connection structures are respectively installed at both ends of the sole connected to these. The problem solving means was to make the auxiliary support detachable from the functional body.

Also mentioned above

A boundary line (a ') is provided on each of the outer sides of the outsole engaged with the weight support facing the boundary line (a') formed on the upper, and engaging hooks through which a band-shaped auxiliary support having both ends is inserted through each other. Both ends of the auxiliary support wrapped around the weight support are passed from the inner side to the outer side of the locking ring installed on both sides of the sole, respectively, and then the two ends of the auxiliary support are pulled to press the weight support formed on the upper to the wearer's foot. After close contact with the two ends of the auxiliary support by knotting each other to fix the problem solving means.

The function of ordinary shoes is mainly to protect the feet.

However, as this functionalization puts the toes in the gaps of the furniture as described above, and the upper body can be raised by the force to hold on the toes, the instep and the toes of the shoes themselves can be used for the force to utilize the base of the toes that can be exerted from the feet of the person. It is designed to make shoes become momentum of force by forming part of base.

Therefore, the wearer can exert more force as the toe base sustains in the shoe.

In other words, when batters bet on a baseball game, the batter can put more weight on the impact of the ball by putting his weight on the weight support that the batter has formed the instep including the toe base on the shoe. (See FIG. 13) Even in the case of a golfer playing a tee shot in a golf game, the weight of the foot including his toe base is formed on the golf shoe and can be impacted by the impact of his toe base and the end of the foot. (See FIG. 10.) Golfers who are eagerly required for longer distances in golf will be able to get longer distances if they wear golf shoes that reflect this function.

In addition, the golf shoe to which the weight support unit according to the present invention is applied

As the ligament of the back of the foot connected to the center of the body passing back from the finish posture of the golf swing, the toe part 30 conforms to the shape of the foot to be supported.

It keeps the shape of the toe to support the body and keeps the weight support formed on the instep by the foot and toe base. It plays a big role in balancing the body in the golf swing, which is the substance of the golf game, and improves the game performance. (See Fig. 11 and Fig. 12).

In addition, the golf shoes applied to the structure of the functionalization has the effect of making it easy to balance the body to pass the weight support part to the base of the toe and the foot when the shot from the front uphill slope in the fairway.

In addition, in the case of climbing shoes or boots installed weight support according to the present invention

When climbing on a steep slope with a gilt or wire, the weight that goes backward is held by an arm that has a gile or wire. A climbing shoe equipped with a weight support part supports the weight support part with the instep including the toe base It can share the weight burden of (see FIG. 14).

Figure 1 is a perspective view showing the toe rises up to balance the body to pull back the ligaments connected to the toes from the foot when the weight is passed back.

2 is a perspective view showing the structure of the functionalization and the position of the foot at the time of ignition.

3 is a partial cross-sectional view showing the structure of the weight support and the placement of the toes.

Figure 4 is a partial perspective view showing the state of relying on the weight support with the instep including the toe base.

5 is a perspective view of the functionalization to form a weight support on the upper

6 is a right side view of FIG.

7 to 9 are shown metaphorically to help understand the function and role of the functionalization to which the present invention is applied, and FIG. 7 is a shape in which both ends of the rope are fixed in an inverted U shape on the floor and the rope is provided in the functionalization. It means weight support.

Figure 8 is a figure showing the state of relying on the rope fixed to the floor to the foot, including the toe base and is easy to understand the spirit and principle of the present invention to rely on the weight support provided in the functionalization.

10 to 14 is a figure showing the usefulness of the present invention in the field by wearing a functionalization reflected in the present invention in each field as an example

The circle of dotted line in the figure shows a case in which the wearer uses the function of functionalization reflected in the present invention.

10 is an impact scene in a golf game

11 is a finish posture in a golf game.

Finish position in the golf game

13 shows a batter batting in a baseball game.

14 is a scene of holding a wire or a gile at a steep slope during climbing

Before explaining the contents

The weight support 22 is provided on the instep 20 separately from the toes, and the site of the foot and the base of the toes to rely on the weight to support the place and the support 25 is the weight provided on the upper of the functionalization It is an auxiliary means that is provided on the instep to strengthen the role of the support to close the weight support provided on the upper to the foot.

The weight support is provided alone or the weight support and the auxiliary support is provided together to constitute the weight support 21. That is, the weight support is a concept encompassing the weight support 22 and the auxiliary support.

In the present specification, the 'toe base' refers to a part of the toe that is close to the joint that connects the instep (foot) and the toe (talus).

Functionalization of the weight support unit according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The structure of the functionalization to explain the contents of the present invention for convenience, as shown in Figure 2, for example, a boundary line (a ') based on the base (a) of the toe when wearing functional shoes including golf shoes, climbing shoes, baseball shoes, boots, etc. The toe direction of the front boundary line to the center to the toe portion 30 and the back of the boundary line to the instep (20).

The core of this invention

Keep your toes up, which is the position of your instincts to move your weight back as the ligaments of your foot, and keep your weight on the toe and toe base to support your weight. It is essential that the toes are structured so that they can be lifted up undisturbed.

Therefore, the upper part of the toe part 31 is to allow the toe to be raised so that the toe is not obstructed by the upper space so as to raise the toe so as not to be resisted by the upper in the toe up.

The toe should be selected with a soft material so that the toe does not feel resistance even when the toe touches the upper.

The weight support 22 constituting the weight support 21 is a part formed separately from the toe part and the boundary clearly, for example, the instep part including the toe base part (a) of the center of the body passing back from the finish posture of the golf swing. In view of its role, it is necessary to reinforce the upper to the inside of the upper or the outside of the upper to the instep part including the boundary line (a '), or to make the material of the instep part itself voluminous. Use it to make the support thick and strong enough to rely on your weight (see examples in Figures 3 and 4).

In forming the weight support constituting the weight support separately is to form the outer upper by another method. That is, a band-shaped weight support covering the instep is made and installed on the outer side of the sole of the instep and pulls the end of the weight support past the instep of the upper outer face facing the boundary line of functionalization (a ') and then tightens one end of the sole of the opposite side. It is also possible to form a separate weight support in the form of a wrap around the instep facing the boundary (a ') from the outside of the upper of the functionalization in a form fixed to the fastener formed in the.

The structure of the toes when the weight support is installed on the outside of the upper is preferably a form of the toes made of a soft material which does not interfere with raising the toes among the two structures described above.

In addition, one of the two structures described above

To ensure that the toe does not get in the way of the upper by allowing enough space to raise the toe so that the toe is not resisted in the upper toe, the method applies when the upper of the shoe is strong, such as climbing or boots.

Another very important advantage, along with the ability to rely on weight, which is the role of the functionalization of this weight support, is that it prevents the toe tip from touching the upper first when relying on the weight.

In other words, when the body weight falls backward as in the functionalization without the normal weight support, the toe end first touches the upper of the functionalization, and the weight is supported by the toe end, so that the toe is exerted and the generator is tired. Before reaching the upper, the weight support is held on the instep and the base of the toe to prevent it from relying on the weight of the toe as in the general functionalization.

By keeping the weight off, the tip of the toe is eliminated, so you can play golf in a less fatigued and comfortable condition.

To attach the weight support formed on the upper part of the instep to the foot more closely to the foot, attach the auxiliary support in the form of a band that forms the weight support together with the weight support on one side of the outer sole of the instep to the fastener formed on one side of the other side By pulling and tightening the end of the band-type auxiliary support, the weight support is more closely attached to the foot, thereby reinforcing the role of the weight support that relies on the weight of the foot including the toe base. That is, the auxiliary support is to strengthen the function of the weight support provided in the upper by the function of tightening the weight support installed in the upper functionalized to the foot closer to the foot rather than the case of the band type weight support installed outside the functionalization described above. To be installed.

In addition, it is possible to attach and detach the upper support to the functionalization such as golf shoes to the outer side of the sole engaged with the weight support formed on the upper side of each other by installing a hook that can pass through the auxiliary support having both ends of the functionalized body and each end. Pass the auxiliary support from the outside of the hook to the inside of the weight supporter, and then pass the hook on the other side from the inside to the outside and pull the two ends of the support to strengthen the function of the weight support. Allow them to wear or to play without the support.

In the outsole

The foot is weighted and the weighted foot is pressed against the sole, and the weight support connected to the weighted sole is to rely on the weight of the foot to the back including the toe base, so that the sole can hold some weight. Material and structure are required.

In the above described the present invention based on the preferred embodiment, the present invention is not limited to the above embodiment, various modifications by those skilled in the art within the scope of the technical idea of the present invention This is possible.

(Explanation of the sign of the drawing)

a: toe base

a ': Boundary line dividing the foot and toe from the base of the toe

20: instep

30: toe portion

21: weight support

22: weight support

Claims

Golf shoes, climbing shoes, and baseball shoes, consisting of a sole that supports the entire sole of the foot, an upper toe and instep that engages the entire circumference of the sole, and an upper that covers the entire body of the foot, including the heel, and an upper fastener that can tighten or loosen the upper to fit the foot. In general functionalization including military boots

The structure of the functionalization is based on the boundary line (a ') based on the toe base when the shoes are worn, and the toe direction in front of the boundary line is the toe part 30, and the back of the boundary line is the instep part 20.

The toe of the foot of the foot is naturally supported to support the center of the body as the ligament of the foot of the foot of the foot of the body of the wearer, which is to be climbed uphill on the slope or to the back of the golf swing. When it is pushed up, the toe going up is structured so that the toe goes up without being obstructed by the upper as in the conventional functionalization.

On the other hand, the instep facing the boundary (a ') allows the wearer to rely on the foot including the base of the toe of the stepping foot to rely on the weight of the wearer moving backwards in the case of climbing an uphill slope or in the finish posture of a golf swing. With a separate weight support to clarify the distinction between the toe part which is composed of one weight support alone or an auxiliary support that serves to bring the weight support formed on the upper to the foot of the wearer more closely together.

The boundary of the functionalization with the foot including the base of the toe of the wearer while maintaining the shape of the raised wearer's foot supporting the body and having the structural conditions for raising the toe of the stepping foot without being obstructed by the upper. Functionalization provided with a weight support portion, characterized in that to rely on a separate weight support portion provided on the instep facing (a ').
The method according to claim 1,

In the structure of the toe of the functionalized toe up to the block to the upper part of the toe is blocked unobstructed

Functionalized body with weight support, characterized in that the inside of the toe part is provided with a wide enough space so that the end of the toe is not disturbed when the toe is raised.
The method according to claim 1,

In the structure of the toe of the functionalized toe up to the block to the upper part of the toe is blocked unobstructed

The soft weight of the toe portion facing the boundary (a ') or the entire material of the toe portion is made of a soft material so that the raised toe can easily rise up without being disturbed by the upper resistance even if the toe touches the upper. Functionalization with support.
The method according to claim 1,

In the structure of the toe of the functionalized toe up to the block to the upper part of the toe is blocked unobstructed

The bellows type is a structure that can bend the structure of a part of the toe part facing the boundary line (a ') or the entire structure of the toe part so that the toe that comes up against the upper can be easily lifted up without being disturbed by the upper resistance. Functionalization provided with a weight support portion, characterized in that the configuration of the wrinkled structure.
The method according to claim 1

In the instep of the foot to provide a separate weight support that is distinct from the toe part consisting of the weight support alone or the auxiliary support that serves to closely adhere the weight support to the foot of the wearer

Functionalization provided with a weight support, characterized in that the entire upper portion of the instep or a portion facing the border (a ') consisting of a thick or solid material or by reinforcing a separate weight support that is separated from the toes.
The method according to claim 5

Functionalization provided with a weight support, characterized in that the use of a plastic bag (bag) inflated by filling the air of the weight support is configured.
The method according to claim 5

Weight support is characterized in that the weight support is configured in the form of a tube for injecting air to enable the air to be taken in and out by the air injection pump provided on one side of the functionalization to put the air as needed to use as a weight support Equipped functionalization.
The method according to claim 1

To provide a separate weight support on the instep

Functionalization with a weight support, characterized in that the outer surface of the upper facing the boundary (a ') having a weight support surrounding the upper of the instep.
The method according to claim 8

In the provision of a weight support that covers the upper part of the instep facing the boundary line a 'from the outside of the upper

Fastening including a connection band connected to the sole on the outer side of the sole of the sole on the outer side of the sole of the sole to form a band-shaped weight support covering the outer side of the instep of the instep of the sole of the instep Forming a sphere to pull the weight support of the band-type functionalization provided with a weight support, characterized in that to adjust the length to be fixed to the fastener.
The method according to claim 9

Weight support in band form by installing detachable outlets having male and female connection structure respectively at the other end of connecting band connected to fastener and end of one side of band-type weight support connected to outsole, and both sides of sole connected to these Functionalization with a weight support, characterized in that the fastener and detachable to the functionalized body.
The method according to claim 8

In the provision of a weight support that covers the upper part of the instep facing the boundary line a 'from the outside of the upper

A band-shaped weight support is formed on the outer side of the sole of the instep to cover the outer boundary of the upper part of the instep and covers the outer side of the upper of the instep. The hook is connected to the outsole, and the end of the weight support is passed from the inside of the hook to the outside, and then pulled to the opposite side to press the weight support against the foot so that the foot is brought into close contact with the end of the weight support. Functionalization provided with a weight support portion, characterized in that the coupling is fixed by a pair of male and female coupling members respectively installed on one side of the weight support.
The method according to claim 1

In providing an auxiliary support that serves to closely adhere the weight support formed on the upper to the foot of the wearer

This auxiliary support is provided with a band-type auxiliary support that wraps the instep support of the instep which is formed on the outer side of the sole of the instep or the side where the upper and the sole of the instep engage with the sole, facing the boundary line (a ') from the outside of the upper. Functionalized with a weight support, characterized in that formed by the auxiliary support constituting the weight support together with the weight support formed on the upper to be fixed by pulling.
The method according to claim 12

Functionalization provided with a weight support, characterized in that to form a fastener comprising a connection band connected to the sole on the opposite side of the band-shaped auxiliary support is formed to pull the band-shaped auxiliary support to adjust the length fixed to the fastener .
The method according to claim 12

On the opposite side where the band-type auxiliary support is formed, the hook-type auxiliary support is formed to be connected with the sole through which the band-type auxiliary support can be inserted.The end of the auxiliary support is passed from the inside to the outside of the hook and pulled out again. The functional support provided with a weight support unit, characterized in that by pressing the foot close to the foot support and the end of the auxiliary support and a pair of male and female coupling members respectively installed on the body of the auxiliary support that the end is in contact.
According to claim 13 or 14

Outsole of the instep or the upper end of the insole and the upper end of the insole and the other end of the connection band connected to the fastener and the other end of the engaging band connected to the fastener and the end of the hook and the functional body connected to these Functionality equipped with weight support, characterized in that by installing a removable port having a male and female connection structure on both sides of the band-shaped auxiliary support and fasteners and hooks to be detachable to the functionalized body.
The method according to claim 1

In providing an auxiliary support that serves to closely adhere the weight support formed on the upper to the foot of the wearer

A boundary line (a ') is provided on each of the outer sides of the outsole engaged with the weight support facing the boundary line (a') formed on the upper, and engaging hooks through which a band-shaped auxiliary support having both ends is inserted through each other. Both ends of the auxiliary support wrapped around the weight support are passed from the inner side to the outer side of the locking ring installed on both sides of the sole, respectively, and then the two ends of the auxiliary support are pulled to press the weight support formed on the upper to the wearer's foot. Functionalized with a weight support, characterized in that both ends of the auxiliary support fixed to each other after being in close contact.