JP2014515979A - Functional shoes with weight support - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a function shoe capable of raising a body with a force to put a toe into a gap between furniture and supporting the toe.
SOLUTION: The shoe itself is formed with a portion that can be supported by the instep of the toe including the toe base so that the base of the toe that can exert power on the human foot is utilized for the force. The shoes are designed to be momentum in force. Therefore, the shoe wearer can further exert the force by using such a force that the instep including the toe base supports in the shoe. In other words, in a baseball game, when a batter performs batting, or when the ball impacts, the batter supports the instep including the base of his toes on the weight support formed on the shoe, and puts his weight It can apply more force to the impact of the ball, and even when a golfer performs a tee shot in a golf competition, the upper part of the foot including his toe base is supported by the weight support part formed on the golf shoe. Can make an impact and gain a distance as much as the force supported by the base of their toes. Also, it can be applied to golf shoes with an emphasis on enabling a good balance in the finish posture of a golf swing, or a mountain climbing shoe that achieves a good balance on an uphill slope It can be applied to functional shoes such as shoes and military shoes, and is characterized in that a weight support portion 21 composed of a weight support base and an auxiliary support base is installed in the functional shoes. For example, when the present invention is applied to a golf shoe, a golf swing finish posture, and the toe is raised to support the center of gravity of the body that falls down later with a ligament between the instep and the toes of the foot. It is a structure of a golf shoe that adapts to the form of the supporting foot without interfering with the form of the natural foot support that raises, and it helps to balance the body primarily in the finish position, In this finishing posture, while maintaining the shape of the toes that stepped on the foot, stepping on the center of gravity of the body that will fall down later, on the weight support part formed on the instep part with the instep of the foot including the toe base a A golf shoe with the ability to rely on and support it secondarily to balance and to maintain a good balance of the body in an important finishing position on a golf swing. The effect of improving There is. Or, for example, when the present invention is applied to mountain climbing shoes, military shoes, etc., the body weight that falls later is supported on the back of the foot including the toe base by relying on the weight support part on a slight uphill slope. If you want to balance the body or support a zile or wire with an arm on a steeply inclined surface, rely on the weight support part formed on the instep part of the foot including the base of the toe. By supporting the body and supporting the weight with the lever principle, it is possible to reduce the load of the force applied to the arm.
[Selection] Figure 2

Description

  The present invention is a function of the instep of the foot including the toe base of the stepping foot, worn by a person engaged in sports in a field where the weight is mainly in the back, and such a situation occurs in a stationary state Support the body by relying on the weight support part constructed on the instep of the shoe, helping to balance the body leaning back, or by supporting force of the toe base Relating to the functional shoes invented so that the body can be relied on and the weight can be doubled by putting the weight on the stepping foot, for example, when applied to golfing, in the case of golf shoes, In order to be able to take a stable finish posture, which is an important element of a golf swing without any, a weight supporting part formed on the instep part of a golf shoe, Stepping foot instep and toe base It becomes a golf shoe with a structure that is relied on and supported, and it takes a step when swinging and impacting the ball, that is, when impacting baseball batting operation, tee shot in golf competition, impact operation For golf shoes, baseball shoes, military shoes etc. that can double the power of impact by relying on the weight support part at the back of the foot and the base of the toes to support the body and perform impact The present invention relates to a functional shoe having a structure that can be applied.

  If you put one foot on a flat floor, stand on one foot and keep the soles on the floor, tilt the body's center of gravity slightly back to support the body as shown in Fig. 1. The fingers are warped up and the toes support the body without falling back.

  This is an instinctal movement of the foot with the ligaments that connect from the instep to the toes to hold the body that falls down later and support it, that is, to contract the ligaments. is there.

  Also, even if you stand on one floor with one foot and the body's center of gravity goes later, if you don't raise your toes upward, your body will quickly lose balance and easily follow It falls down.

  This shows how important the movement of raising the toes is to balance the body trying to fall down later.

  If the golf swing finish posture is taken without wearing golf shoes on the ground, the toes of the stepping foot will rise upward for the reasons described above.

  The finish position of the golf swing is that the upper body twists in the direction perpendicular to the sole of the foot of the stepping foot, and the center of gravity of the body tries to go back. A natural foot movement that supports the toes and maintains body balance.

  When installing the tent, pull the pole base with the wire firmly to prevent it from falling, even in the golf swing finish position, raise the toes up, contract the ligaments of the instep, and balance the body It takes the best posture that a good toe can take.

  Therefore, it is a very important factor for maintaining the balance of the body in the finishing posture that the toes of the stepping foot are lifted with force in the finishing posture of the golf swing.

  On the other hand, when you lie down and raise your body, put your toes into gaps between the long toes and furniture and support your toes to raise your body.

  The force of this ligament located on the back of the foot supported by the toes is so strong that it can be raised up.

  When the center of gravity of the body leans backward, the present invention raises the toes, adapts to the movement of the toes to take the center of gravity of the body, and at the same time, has a strong support force so that the upper body can be raised. It is a functional shoe that was invented to balance the body leaning backward by using the force of the ligament that connects the finger and the instep.

  In addition, of the toe portion where the ligament following the toes from the back of the foot is connected, the weight supporting part supported by the toe base that can exert the force supported by this ligament to the maximum, By utilizing the force formed on the functional shoe and supported by the toe base, the functional shoe itself becomes a momentum of force, and a gain of force can be provided to the shoe wearer.

  FIG. 7 to FIG. 9 are figuratively shown to help understanding of the function and role of the functional shoe to which the present invention is applied. FIG. The rope is fixed in a letter shape, and the rope means a weight support portion provided in the functional shoe.

  FIG. 8 shows a state in which the body is relied on the fixed rope that means the weight support portion with the instep of the foot including the toe base.

  The shoe instep part of the existing golf shoes has a shoe instep fastening part that can be tightened with a shoelace etc., mainly to tighten the looseness between the foot and the footwear and cover the foot In order to balance the body of the golfer who takes weight behind in the finish position of the golf swing, the tip of the toe part that rises naturally may be restrained by the shoe instep part Inability to do so, the shoe insteps of existing golf shoes were rather hindered by the movement of the foot that had to balance the golfer's body.

  In addition, only the toes that can be restrained by the instep of the shoe will completely support the center of gravity of the body, and the toes of the golfer will be overloaded, and as a result, the ligaments that raise the toes and muscles are linked. The calf under the knee and the instep of the foot are tired over time, and the toes that are restrained by the instep of the shoe are obstructed, the overall balance of the golfer's body is lost, and the golfer himself can not feel, There is a problem that the balance of the body, which is an important factor in the golf swing, is disturbed by the existing golf shoes worn by the user.

  Toe ligaments that improve the problems of existing golf shoes, adapt to the role of foot movement to balance the finish posture, and allow the above-mentioned upper body to be raised Therefore, there is a need for a golf shoe having a structure having a function of further doubling the role of the shoe wearer to balance the body using the supporting force.

  In addition, in the batting operation of a batter wearing existing ordinary baseball shoes, during the impact operation, the batter rotates around the heel of the stepping foot (see FIG. 13). In the existing baseball shoes, the batter is a baseball shoe. The gain of power by itself cannot be obtained.

  However, if the structure of the present invention is reflected in the baseball shoes, the action of raising the toes and supporting the weight support platform at the base of the toes uses the ligaments and muscles that continue from the batter's calf to the back of the foot. Thus, it is possible to obtain a gain of force that can dramatically increase the flight distance of the hit ball by doubling the force of raising the instep of the stepping foot.

  Also, when climbing on a steep slope by grasping a zile or wire, support the weight with the arm that grips the wire after tilting, but if you wear mountaineering shoes or military shoes applying the above-mentioned principle, There is a need for mountaineering shoes or military shoes that can support the body by relying on the weight support part with the instep and toe base, support the weight with the lever principle, and reduce the burden on the arm much more The

  The present invention has been proposed to solve the various problems as described above. For example, when the present invention is applied to a golf shoe, the center of gravity of the golfer's body in the above-described golf swing finish posture. In order to support the body's center of gravity, which later falls down, with the natural foot movement that occurs in the foot, i.e., the instep ligament connected to the toes A structure that prevents the toe part of the toe part of the golf shoe from interfering with the movement of raising the toe upwards, and the center of gravity of the golfer's body tilting backward in the golf swing finish position In the instep of the toe, including the base of the toes, it has a structure that supports by relying on a weight support base formed on the instep of the shoe of the golf shoe, and the role of the toes to take the center of gravity of the body, Golf shoes help further and Fur is to provide the functionality shoes such as golf shoes to be able to become a help to balance the body.

  In order to support the body by relying on the weight support part of the instep of the shoe toe at the base of the toe of the shoe wearer, the structure of the toe that does not interfere with raising the toe of the shoe wearer up is required. The structure presupposed between the instep part and the toe part is the core of the present invention.

  The functional shoe structure is centered on the boundary line a ′ relative to the toe base when the shoe is worn, with the toe part 30 on the front side of the boundary line as the toe part 30 and the foot behind the boundary line. The upper part 20 is the upper part of the foot of the foot of the shoe wearer who wants to go later when the shoe wearer climbs an uphill slope by grabbing a zile or wire or finishes the golf swing. To support the center of gravity of the body with the ligaments of the insteps connected to the fingers, the toes that go up when the toes of the stepping foot naturally warp upwards are as in the case of existing functional shoes A foot that faces the boundary line a ′, having a structure of a toe part of a functional shoe, with a structure that allows it to rise up without being obstructed by the instep of the shoe On the upper part, when a shoe wearer climbs an uphill slope or finishes a golf swing In the case, the weight of the shoe wearer who wants to go later is made up of a weight support stand that relies on the instep of the foot including the toe base of the stepping foot, or it is formed on the instep of the shoe It has a toe part that is configured with an auxiliary support base that further serves to bring the weight support table into close contact with the foot of the shoe wearer, and a separate weight support part that makes the distinction clear. It has the toe part's structural conditions that allow it to bend up without being obstructed by the instep of the shoe, and maintains the shape of the foot of the shoe wearer who has raised the role of supporting the body. However, the problem is to support the body by relying on a separate weight support provided on the instep part facing the boundary line a ′ of the functional shoe at the instep part including the foot wearer's toe base. As a means,

  Further, the above-described toes that are raised up are restrained by the insteps of the toes and are not disturbed, and are lifted up. The problem-solving means is to prepare the toe part with a sufficiently large space so that the toe is not obstructed by the instep part of the toe part when the finger is raised,

  In addition, the above-mentioned toes that are lifted up are restrained by the toe portion of the toes and are not disturbed, and are raised so that the toes warp in the structure of the toes of the functional shoes. Even if the toe touches the instep part of the shoe, the material of the part of the toe part facing the boundary line a ′ and the foot Using the soft material for the entire material of the fingers,

  Further, the above-mentioned toes that are raised up are restrained by the insteps of the toes and are not obstructed, and are raised so that the toes warp up. Even if the finger touches the instep part of the shoe, the structure of the part of the toe part that faces the boundary line a ′, or the toe so that the resistance of the instep part is not hindered The structure of the entire part is a structure that can be easily bent, and is configured with a structure with wrinkles of bellows.

  In addition, the above-described weight support table alone or a separate toe to distinguish between the toe part and the auxiliary support table that serves to bring the weight support table into close contact with the foot of the shoe wearer. When the foot support part is provided on the instep part, the entire instep part of the instep part or the part facing the boundary line a ′ is made of a thick or strong material or reinforced, and the foot The problem-solving means is that a separate weight support table that is separated from the fingers is used.

  In addition, the problem-solving means is to use a synthetic resin bag (bag) in which the material of the weight support base configured as described above is inflated by being filled with air,

  In addition, the above-described weight support base is configured in a tube shape capable of injecting air, and air can be taken in and out by an air infusion pump provided on one side of the functional shoe. It is a problem solving means to put it in and use it as a weight support base,

  In addition, in the case where the separate toe part is provided with a separate weight support part that clearly distinguishes the toe part from the above, it faces the boundary line a ′ outside the instep part and the instep part of the instep part The problem-solving means is to have a weight support base that covers the part,

  Further, in the outside of the above-mentioned shoe instep part, facing the boundary line a ′, and having a weight support base that covers the shoe instep part of the instep part, on the outer side of the sole of the instep part, A band-shaped weight support base that faces the boundary line a ′ and covers the outside of the instep part of the shoe instep is formed, and is connected to the sole on the outer side of the sole of the opposite instep part. Forming a fastener including a connected band, adjusting the length by tightening the band-shaped weight support, and fixing the fastener to the fastener.

  Further, a male end of the band-shaped weight support base connected to the above-mentioned shoe sole, the other end of the connection band to which the fastener is connected, and both sides of the shoe sole connected to them are respectively male. A problem solving means is to install a detachable tool having a female connection structure, and to make the weight support base and the fastener detachable from the functional shoe body,

  In addition, in the case of providing a weight support base that faces the boundary line a ′ outside the above-described shoe instep part and covers and covers the shoe instep part of the instep part, , Forming a band-shaped weight support base facing the boundary line a ′ and covering the outside of the instep portion of the shoe instep, and on the outer side of the shoe sole of the opposite instep portion, Form a stop ring that is connected to the shoe sole through which the weight support base can be inserted, and pass the end of the weight support base from the inside of the stop ring to the outside, then pull it further to the opposite side A pair of male and female coupling members installed on the end of the weight support base and on one side of the weight support base with which the end abuts, after the weight support base is pressed and brought into close contact with the foot. It is a problem-solving means to be coupled and fixed by

  Further, in the case of providing an auxiliary support base that performs the role of further bringing the weight support base formed on the above-mentioned shoe instep part into close contact with the foot of the shoe wearer, A band-shaped auxiliary support base that faces the boundary line a ′ and covers the outside of the weight support base formed on the shoe instep is formed. A weight support base formed on the instep of the shoe by forming a fastener including a connection band connected to the bottom, adjusting the length by pulling the band-shaped auxiliary support base, and fixing to the fastener Together with the problem-solving means that was formed by an auxiliary support base constituting the weight support portion,

  In addition, the other end of the connecting band connected to the above-described fastener, the end of one side of the band-shaped auxiliary support base connected to the shoe sole, and both sides of the shoe sole connected to them are respectively male. A problem solving means is to install a detachable tool having a female connection structure, and to make the fastener and the band-shaped auxiliary support base detachable from the functional shoe body,

  Moreover, in providing the auxiliary support base which performs the role which makes the weight support stand formed in the above-mentioned shoe instep part contact | adhere further to a shoe wearer's leg | foot, in boundary line a 'formed in the shoe instep part A stop ring that can be passed through by inserting a band-like auxiliary support base having both ends independently of the functional shoe main body is installed on both sides of the shoe sole meshed with the weight support base that faces. Pass both ends of the auxiliary support base that covers the weight support base facing the line a 'from the inside to the outside of the retaining ring installed on both sides of the shoe sole, and then pull both ends of the auxiliary support base. Thus, after the weight support base formed on the shoe upper part is pressed and brought into close contact with the foot of the shoe wearer, both ends of the auxiliary support base are fastened together and fixed.

  The function of ordinary shoes is mainly to protect the foot. However, as described above, this functional shoe can exert power on the human foot so that the toes can be raised by putting the toes into the gaps in the furniture and supporting the toes. In order to utilize the base of the toes that can be used for the force, a portion that can be supported by the base of the toes is formed on the shoe itself so that the shoe becomes a momentum for the force. Therefore, the shoe wearer can further utilize the force that the toe base portion supports in the shoe.

  That is, in a baseball game, when a batter performs batting, or when the ball impacts, the batter places his weight by supporting the instep including the base of his toes on the weight support portion formed on the shoe. In addition, even when a golfer makes a tee shot in a golf competition, the instep of the foot including his toe base is formed on the golf shoe. It is possible to make an impact by supporting the body weight support part, and it is possible to gain a distance as much as the force supported by the back of the foot including the toe base part (see FIG. 10). In golf competitions, a golfer who demands a longer flight distance will be able to obtain a longer flight distance when wearing a golf shoe that reflects this function.

  In addition, the golf shoe to which the weight support unit according to the present invention is applied has a golf swing finish posture, and supports the center of gravity of the body that falls back with the ligament of the instep that is connected to the toes. With the structure of the toe part 30 that adapts to the form, the toe part and the base part of the toe are maintained at the instep and the toe base part while maintaining a good balance of the body and maintaining the toe form to support the body. With a structure that supports the body by relying on the weight support part formed on the golf swing, it is a golf swing that is the substance of golf competition, playing a big role in balancing the body and improving the competitiveness ( (Refer FIG. 11, FIG. 12).

  In addition, when a golf shoe to which the structure of this functional shoe is applied is shot at a forward slope on the fairway, the weight support portion is supported by the toe base portion and the instep of the foot, and is moved backward. There is also an effect that makes it possible to easily balance the body.

  In addition, in the case of mountaineering shoes and military shoes with a weight support portion according to the present invention, when climbing a mountain with a steep slope holding a zile or wire, the weight to go back with the arm holding the zile or wire In the case of a mountaineering shoe that supports the weight but is provided with a weight support portion, the weight support of the arm can be shared by supporting the weight support portion with the instep of the foot including the toe base (FIG. 14). reference).

When the weight was about to go later, the ligaments connected to the toes from the instep of the toes contracted, and the toes showed up and supported to balance the body trying to go back It is a perspective view. It is the perspective view which saw through the structure of functional shoes, and the position of the leg | foot at the time of wearing. It is the fragmentary sectional view which showed the structure of the weight support stand, and the place where a toe is put. It is the partial perspective view which showed a mode that it depends on a weight support stand and supports a body with the back of an foot including a toe base. It is a perspective view of the functional shoes which formed the weight support stand in the shoe upper part. FIG. 6 is a right side view of FIG. 5. In order to help understand the function and role of the functional shoe to which the present invention is applied, it is shown as a metaphor, and it is a state where both ends of the rope are fixed in an inverted U shape at the bottom, It is drawing which means the weight support part with which the functional shoes were equipped. In order to help understand the function and role of the functional shoe to which the present invention is applied, it is shown figuratively, relying on a rope fixed to the bottom on the back of the foot including the base of the toes, the body It is a state of supporting, and it is a drawing showing the gist and principle of the present invention that supports the body by relying on the weight support part provided in the functional shoes for easy understanding. FIG. 3 is a metaphorically illustrated drawing for facilitating understanding of the function and role of a functional shoe to which the present invention is applied. In each field, functional shoes reflecting the present invention are worn, and the usefulness of the present invention is shown as an example in the field. The dotted circles in the drawings reflect the present invention by the shoe wearer. It is a drawing of an impact scene in a golf competition, showing the case where the function of the functional shoe is used. In each field, functional shoes reflecting the present invention are worn, and the usefulness of the present invention is shown as an example in the field. The dotted circles in the drawings reflect the present invention by the shoe wearer. It shows a case of using the function of the functional shoes, and is a drawing of a finishing posture in a golf competition. In each field, functional shoes reflecting the present invention are worn, and the usefulness of the present invention is shown as an example in the field. The dotted circles in the drawings reflect the present invention by the shoe wearer. It shows a case of using the function of the functional shoes, and is a drawing of a finishing posture in a golf competition. In each field, functional shoes reflecting the present invention are worn, and the usefulness of the present invention is shown as an example in the field. The dotted circles in the drawings reflect the present invention by the shoe wearer. This is a drawing of a scene where a batter is batting in a baseball game. In each field, functional shoes reflecting the present invention are worn, and the usefulness of the present invention is shown as an example in the field. The dotted circles in the drawings reflect the present invention by the shoe wearer. This is a drawing of a scene where the function of a functional shoe is used, and standing while holding a wire or a zile on a steep slope when climbing a mountain.

  Prior to the description of the present invention, the weight support base 22 (FIG. 3) is provided on the instep part 20 (FIG. 2) separately from the toe part. In order to reinforce the role of the provided weight support table, the auxiliary support table is provided on the instep part to reinforce the weight support table. This is an auxiliary means for bringing the support base into close contact with the foot.

  The weight support base 22 is provided alone, or the weight support base 22 and the auxiliary support base are both provided to constitute the weight support portion 21. That is, the weight support unit 21 is a concept that includes the weight support table 22 and the auxiliary support table.

  In this specification, the “toe base” refers to a portion of the toe that is close in position to a joint that connects the instep (metatarsal bone) and the toe (finger bone).

  A functional shoe having a 21 weight support unit according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

  The contents of the present invention will be described with respect to the structure of the functional shoes. For the sake of convenience, as can be seen from FIG. 2, for example, the base of the toes when wearing functional shoes, such as golf shoes, mountain climbing shoes, baseball shoes, or military shoes, is worn. Centering on the boundary line a ′ with reference to the part a, the toe side that is the front side of the boundary line is the toe part 30, and the rear side of the boundary line is the instep part 20.

  The core of the present invention is the instinctal posture of foot movement to support the weight to go backward with the ligaments of the instep foot, maintaining the posture to support with raising the toes up At the same time, the toes and base of the toes support the body by relying on the weight support platform formed on the toes, so be sure that the toes are not disturbed by the toes The toe structure to be raised is essential.

  Therefore, the toe part 31 (FIG. 3) of the toe part raises the internal space enough to raise the toe so that the toe part does not receive resistance when the toe is raised upward. So that the toes are not obstructed by the instep of the shoe or the toe can be raised up without touching the toe even if it touches the instep of the shoe The material must be selected with a soft material.

  The weight support base 22 that constitutes the weight support portion 21 is a portion that is defined separately from the toe portion and is formed separately. For example, in the finish posture of a golf swing, Since it is a part that supports the body by relying on the instep part including the part a, considering the role, on the instep part side including the boundary line a ′, the inner side facing the instep part or the shoe Thick and strong enough to reinforce the instep of the shoe on the side facing the instep, or the material of the instep itself can be fully supported by a volumey material A support base is constructed (see FIGS. 3 and 4).

  In forming the weight support base 22 constituting the weight support portion 21 separately, as another method, it is formed outside the shoe upper part. That is, a band-shaped weight support base that covers the instep of the foot is made, installed on the outside of the sole of the instep, and on the outside of the instep that faces the boundary line a ′ of the functional shoe After the end of the weight support base is pulled and tightened, it is fixed to a fastener formed on one side of the shoe sole on the opposite side, outside the shoe instep part of the functional shoe, the boundary line a ′ It is also possible to form a separate weight support in the form of covering the instep facing the head.

  Thus, the structure of the toe when the weight support base is installed outside the instep part of the shoe is an obstacle to raising the toe out of the two structures of the toe part described above. A form in which the toes are formed of a soft material that does not become desirable is desirable.

  In addition, in the remaining one of the two structures of the toes described above, the inner space is high enough to raise the toes so that the toes are not resisted when the toes rise. The method of making allowance and preventing the raised toes from being obstructed by the shoe instep part is applied when the shoe instep part of the shoe has to be strong, such as mountain climbing shoes or military shoes.

  In addition to the function of supporting the weight, which is the role of the functional shoe on which the weight support base is formed, another very important advantage is that it prevents the tiptoe from touching the shoe instep first when supporting the weight. is there.

  That is, as with normal functional shoes without a weight support base, when the weight is going to go later, the toes touch the shoe instep of the functional shoes first, and the toes support the weight with the toes, Before the toes touch the instep of the shoe, first rely on the weight support platform at the instep and base of the toes to support the body. This prevents relying on weight only with toes, as in general golf shoes.

  By supporting the weight in this manner, the toe portion is removed, so that the foot can be tired and a golf competition can be performed while maintaining a comfortable condition.

  The weight support unit is configured with the weight support table on one side of the outer shoe sole of the instep part so that the weight support table formed on the instep part of the instep part is further closely attached to the foot. By attaching the band-shaped auxiliary support base and fastening the end of the band-shaped auxiliary support base by fastening it to the fastener formed on the opposite side, the weight support base is further adhered to the foot It is also possible to reinforce the role of the weight support base that supports the weight at the instep part including the toe base. In other words, the auxiliary support base further tightens the weight support base installed on the instep part of the functional shoe, which is not the case where the band-shaped weight support base installed outside the above functional shoe is installed, to the foot. It is installed in order to reinforce the function of the weight support base provided in the shoe instep part by performing the function of bringing the shoe into close contact.

  In addition, by making the above-mentioned auxiliary support base detachable from functional shoes such as golf shoes, the function shoe main body is independent from both sides of the shoe sole meshed with the weight support base formed on the shoe instep. An auxiliary support base having both ends is inserted and a stop ring that can pass through is installed, and the auxiliary support base is passed from the outside to the inside of the stop ring on one side, and the foot outside the weight support base Passing the upper part and passing the other stop ring from the inside to the outside and pulling both ends of the auxiliary support base, strengthen the function of the weight support base and make it possible to wear functional shoes Or allows the competition to be performed without an auxiliary support.

  In a shoe sole, the weight is placed on the stepped foot, and the stepped foot on which the weight is placed is a foot including a toe base that pushes the shoe sole and connects a weight support base connected to the shoe sole on which the weight is placed. The shoe sole is required to have a material and a structure that can support a certain amount of weight because it is supported by the back of the back and supports the weight to go behind.

  The present invention has been described based on the preferred embodiments. However, the present invention is not limited to the above-described embodiments, and those skilled in the art within the scope of the technical idea of the present invention can Various variations may be possible.

Claims (15)

A shoe sole that supports the entire sole, a toe that meshes with the entire circumference of the sole, an instep and a heel that covers the entire foot, and a shoe instep that fits the foot In general functional shoes that combine golf shoes, mountain climbing shoes, baseball shoes, military shoes composed of a shoe instep part fastening part that can be tightened or loosened to
The functional shoes are structured such that the toe part 30 that is the front side of the boundary line is the toe part 30 around the boundary line a ′ relative to the toe base when the shoe is worn, and the rear side of the boundary line is To the instep 20
An instep that connects the center of gravity of the body of the shoe wearer who wants to go later when the shoe wearer climbs an uphill slope while holding a zile or wire, or in a golf swing finish posture. In order to support with the ligaments of the foot, when the toes of the stepping foot naturally warp upward, the toes rising upward are restrained by the instep of the shoe toe as in the case of existing functional shoes It has a toe structure with a structure that allows it to rise up without receiving
On the instep part facing the boundary line a ′, when the shoe wearer climbs an uphill slope or when the golf swing is in a finishing position, the weight of the shoe wearer who wants to go later is shown. Auxiliary weight support stand that is supported solely by the instep of the foot including the base of the finger, or assists in further attaching the weight support stand formed on the instep of the shoe to the foot of the shoe wearer A separate weight support section that clearly distinguishes the toe section and the support section together,
The toe of the stepping foot is not obstructed by the instep of the shoe, and has a toe part structural condition that allows the toe to be raised up. While maintaining the shape of the foot, rely on a separate weight support provided on the instep, facing the border a ′ of the functional shoe, on the instep including the foot wearer's toe base. A functional shoe provided with a weight support section characterized by being supported. In the structure of the toe part of the functional shoe with the structure that the toe rising up is restrained by the toe part of the toe part and is not obstructed and rises up,
The body weight support according to claim 1, wherein the toe portion is provided with a sufficiently large space so that the toe is not obstructed by the instep portion of the toe portion when the toe is raised. Functional shoes with parts. In the structure of the toe part of the functional shoe with the structure that the toe rising up is restrained by the toe part of the toe part and is not obstructed and rises up,
Even if the toe that warps touches the instep of the shoe, the resistance of the instep of the shoe does not interfere with it, and it easily rises upward. The functional shoe provided with the weight support part according to claim 1, wherein a soft material is used for the entire material of the toe part. A separate weight support unit that is configured by a weight support table alone, or a toe part that is configured with an auxiliary support table that serves to closely attach the weight support table to the foot of the shoe wearer, and a separate weight support unit. In preparing for the instep,
A separate weight support base that is made of thick or strong material, or that is reinforced and separated from the toes, is formed on the entire toe part of the instep part and the part facing the boundary line a ′. The functional shoe provided with the weight support part according to claim 1, wherein the functional shoe is configured.   The functional shoe provided with the weight support portion according to claim 4, wherein a synthetic resin bag filled with air and inflated is used as a material of the weight support base configured.   The weight support base is configured by a tube shape that can inject air, and air can be taken in and out by an air infusion pump provided on one side of the functional shoe. The functional shoe provided with the weight support part according to claim 4, wherein the functional shoe is used as a functional shoe. In providing a separate weight support part on the instep part that clearly distinguishes the toe part,
The weight support part according to claim 1, further comprising a weight support base facing the boundary line a ′ outside the shoe upper part and covering the shoe upper part of the foot part. Functional shoes. In providing a weight support base that faces the boundary line a ′ outside the instep part and covers the instep part of the instep part,
A band-shaped weight support base that faces the boundary line a ′ on the outer side of the sole of the instep and covers the outside of the instep of the instep is formed, and the sole of the opposite instep A fastener including a connection band connected to a shoe sole is formed on one outer side of the shoe, and the length is adjusted by pulling the band-shaped weight support base, and the fastener is fixed to the fastener. Item 7. A functional shoe provided with the weight supporting part according to Item 7.   A male-female connection structure on one end of the band-shaped weight support base connected to the shoe sole, the other end of the connection band connected to the fastener, and both sides of the shoe sole connected to them The functional shoe provided with the weight support part according to claim 7, wherein a detachable device having a weight is installed, and the band-shaped weight support base and the fastener are detachable from the functional shoe body. In providing a weight support base that faces the boundary line a ′ outside the instep part and covers the instep part of the instep part,
A band-shaped weight support base that faces the boundary line a ′ on the outer side of the sole of the instep and covers the outside of the instep of the instep is formed, and the sole of the opposite instep A stop ring connected to a shoe sole through which the band-shaped weight support base can be inserted and passed is formed on one outer side of the weight support base, and the end of the weight support base is extended from the inside to the outside of the stop ring. After passing, by further pulling to the opposite side, the weight support base is pressed against the foot and brought into close contact, and then the end of the weight support base and one side of the weight support base with which the end abuts, The functional shoe provided with the weight support portion according to claim 7, wherein the functional shoe is coupled and fixed by a pair of male and female coupling members respectively installed on the body. In comprising an auxiliary support base that performs the role of further attaching the weight support base formed on the instep part to the foot of the shoe wearer,
Outside the instep where the weight support is formed, an auxiliary support that faces the boundary line a ′ and covers the shoe instep of the instep is provided, and the auxiliary support is pulled and fixed. The functional shoe provided with the weight support part according to claim 1, wherein the functional shoe is formed by an auxiliary support base that constitutes the weight support part together with the weight support base formed on the instep part.   On the outer side of the sole of the instep, or on the side where the instep of the instep and the insole of the instep is meshed, the instep support of the formed instep is attached to the outside of the instep And a band-shaped auxiliary support base that covers and surrounds the boundary line a ', and a fastener including a connecting band connected to the shoe sole is formed on one side of the opposite side to form a band-shaped auxiliary support. The functional shoe provided with the weight support part according to claim 11, wherein the length is adjusted by pulling the stand and fixed to the fastener. On the outside of the sole of the instep, or on the side of the instep where the instep and the sole are engaged, the instep support formed on the instep of the instep A band-shaped auxiliary support base that covers and covers the boundary line a ′ outside the instep part,
On one side of the opposite instep, a stop ring connected to the shoe sole through which the band-shaped auxiliary support base can be inserted is passed, and the end of the auxiliary support base is connected to the end of the stop ring. After passing from the inside to the outside and then pulling it to the opposite side, it is pressed and brought into close contact with the foot, and then installed on the end of the auxiliary support base and the main body of the auxiliary support base where the end abuts The functional shoe provided with the weight support portion according to claim 11, wherein the functional shoe is coupled and fixed by a pair of male and female coupling members.   A band-shaped auxiliary support base, fasteners, retaining rings, and attachment / detachment devices having male-female connection structures are installed on both sides of the functional shoe body to which they are rolled. The functional shoe provided with the weight support part of Claim 13 or 14 characterized by the above-mentioned. Independent of the functional shoe body, it has a band-shaped auxiliary support base having both ends,
On both sides outside the sole of the instep facing the boundary line a ′,
An auxiliary support stand that is independent of the main body is inserted, and a stop ring that can be passed through is installed.
Auxiliary support after passing both ends of the auxiliary support base facing the boundary line a ′ and covering the weight support base of the shoe instep part from the inside to the outside of the retaining ring installed on both sides of the shoe sole. The both ends of the auxiliary support base are fixed to each other after the weight support base formed on the instep part is pressed and brought into close contact with the foot of the shoe wearer by pulling both ends of the base. A functional shoe provided with the weight support part according to 12.

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