JP2016036636A - Shoe - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a shoe which enables a user to obtain a smooth shift of weight and transfer of a driving force and which holds a balance to materialize accurate and fatigueless walking, by holding with one belt an arch that goes along the sole projecting upward and thereby supporting the arch that becomes low with a body weight imparted thereto.SOLUTION: The shoe includes: a shoe body 1; a pull-up belt 2 which is fixedly attached at the base end 21 to one upper piece 12 of the shoe body and which has a prescribed width/length having an engaging part 22 in the inner face of the tip end; an inside vertical arch supporting means 3 which is arranged correspondingly to the vertical arch of foot inside a foot, which is fixedly attached in the lower side part 31a to the upper edge of the sole 11 of the shoe body, and which has a belt loop 32 for folding back in the upper side part; an outside vertical arch supporting means 4 which is arranged correspondingly to the vertical arch of foot outside the foot, which is fixedly attached in the lower side part to the upper edge of the sole 11 of the shoe body, and which has a belt loop 42 for folding back in the upper side part; and an engaging receiving part which is arranged in the lower side part of the outside vertical arch supporting menas 4, and which is engaged and disengaged with the engaging part of the pull-up belt 2.SELECTED DRAWING: Figure 1

Description

  The present invention relates to shoes.

  FIG. 6 is a plan view showing a conventional shoe. This shoe includes a front belt 61 corresponding to the toe 14 portion of the shoe body 1 and a rear belt 62 corresponding to the tongue 15 portion. The front belt 61 has a base end portion 61a sewn on the inner upper portion 12 and a belt detachable portion 61b sewn on the outer upper portion 12a. Further, the rear belt 62 is constructed by sewing a base end portion 62a to the outer upper portion 12a, and sewing a belt return fitting 62b to the inner upper portion 12.

  When putting on these shoes, after putting a foot from the foot insertion portion 13, the front belt 61 is pulled toward the corresponding outer upper portion 12a side, and the hook-and-loop fastener 61c on the inner surface of the distal end portion is engaged with the belt attaching / detaching portion 61b. . Further, the front end portion of the rear belt 62 is inserted into the belt folding back fitting 62b, folded and pulled, and the surface fastener 62c on the inner surface of the front end portion is engaged with the belt attaching / detaching portion 62d.

By tightening the two front and rear belts, the upper surface of the instep closely contacts the shoe in the tongue and toe region of the shoe body, resulting in fewer gaps, looseness, and misalignment. For example, shoe slippage caused by movement can be eliminated.
Japanese Utility Model Publication No. 6-86501

In conventional shoes, only the pair of left and right upper parts, which cover the tongue part formed integrally with the toe of the shoe body, that is, the upper part of the foot, and the upper part is incised and separated to the left and right, are respectively connected by belts. It is the structure which draws in the direction and applies the pressing force which presses down the upper part of the former.

For this reason, it does not have a function of supporting an upward convex arch called a vertical foot arch and a lateral foot arch for supporting the weight of the whole body. In other words, there is a disadvantage that supports the foot arch, does not have proper propulsive power during walking and balance maintenance power in standing posture, and it can not solve walking anxiety such as throbbing, burning, fatigue due to foot pain due to road surface conditions is there.

  The present invention solves the above-described problems, and by holding the arch along the upwardly projecting sole with a single belt, it supports the arch that is lowered when the weight is applied, and enables smooth weight movement. Another object of the present invention is to provide a shoe that can transmit a propulsive force without loss, and can realize a stable, accurate, and fatigue-free walking while maintaining a balance.

In order to achieve this object, the shoe of the present invention has the following configuration.
The shoe includes a shoe body, a lifting belt having a base width fixed to one upper part of the shoe body, an engagement portion on the inner surface of the tip portion, and a vertical footbow inside the foot. Correspondingly deployed, the lower side is fixed to the upper edge of the sole of the shoe body, and the inner vertical arch support means having a folding belt loop on the upper side and the vertical footbow outside the foot are deployed. The lower side is fixed to the upper edge of the sole of the shoe body, and the outer vertical arch support means having a folding belt passing part on the upper side, and the engaging part of the lifting belt disposed on the lower side of the outer vertical arch support means. It is characterized by comprising an engagement receiving portion that engages and disengages.

  In a shoe having such a configuration, a single lifting belt is inserted into the lower portions of both sides of the shoe body, inserted into the loop-through portions provided respectively, and folded to pull up the vertical footbows on the left and right sides of the pulling foot. The vertical foot arch, which becomes lower when the body weight is applied, can be supported in a normal curved state.

  Furthermore, since the arch along the sole edge (vertical footbow) and the arch that runs in the width direction of the sole (lateral footbow) can be maintained in a normal curved state, not only on the flat ground, but also on uneven terrain and inclined surfaces, etc. The arch can be appropriately changed according to irregular road surface conditions.

  Therefore, the balance in the standing posture is maintained, the weight applied to the heel is changed to the propulsive force, it is not allowed to transmit it forward without loss, the weight can be moved smoothly, and a strong kicking out can be obtained, It has an excellent effect of achieving the object of the invention, such as being able to realize a stable, accurate and fatigue-free walking.

Hereinafter, specific embodiments of shoes according to the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing a shoe according to an embodiment.
The shoe includes a shoe body 1, a single lifting belt 2 provided on the shoe body 1, an inner vertical arch support means 3 and an outer vertical arch support means 4 provided at lower portions on both the left and right sides of the shoe body 1. Consists of.

  The shoe body 1 includes a sole 11 and an upper portion (upper peripheral surface) bonded and fixed above the sole 11, and the upper portion includes a lumbar portion (lower peripheral portion) 16 bonded and fixed to the sole 11. The toe 14 covering the toe portion, the tongue 15 formed integrally with the toe 14, the left and right upper parts 12, 12a covering the upper part of the foot and incising the upper part left and right, and the tongue 15 It consists of the foot insertion part 13 opened rearward. The lower sides of the upper pieces 12, 12 a are continuously formed on the upper side of the seat 16.

  The lifting belt 2 is made of a non-stretchable material, for example, a cloth or a synthetic leather material, in a flat band shape having a predetermined width and length. A base end 21 of the lifting belt 2 is sewn on the upper side of the inner upper piece 12, and an engaging portion (surface fastener) 22 is sewn on the inner surface of the distal end portion 22.

  The inner longitudinal arch support means 3 is composed of a substantially trapezoidal support cloth 31 having a hem that is formed, for example, a synthetic leather material or cloth made of a non-stretchable material, and a folding belt passing portion (square ring) 32. The This inner longitudinal arch support means 3 is provided corresponding to the longitudinal foot arch A on the inner side of the foot described later.

  FIG. 5 shows the soles of the feet, that is, the direction in which the earth arch and the weight are applied by arrows. As shown in FIG. 5, the inner longitudinal foot arch A includes a tarsal bone (radius 51 b, talus 51 a, scaphoid) 51, and a first metatarsal 52 that has a distal end extending to the phalange 53. This medial longitudinal arch A supports medial longitudinal arch component muscles, such as the posterior tibial muscle, which are responsible for medial support.

  Further, the outer longitudinal foot arch B is composed of a tarsal bone (calcaneus, cubic bone) 51 and a fifth metatarsal bone, the tip of which is connected to the phalanx (not shown). The outer longitudinal arch B supports the outer longitudinal arch constituting muscles such as the long and short peroneus muscles that are involved in the outer support.

  The lateral foot arch is a lateral arch that connects the first metatarsal 52 and the fifth metatarsal bone, that is, runs in the width direction of the sole. These three upwardly projecting arches along the soles support the weight of the whole body and provide a balance between the foot and a lossless propulsion.

  As shown in FIG. 1, the support cloth 31 of the inner vertical arch support means 3 corresponds to the inner vertical foot bow A, and the base end (lower side part) 31 a is the upper side of the sole 11, that is, the lower skin part 16. It adheres to the lower side. The upper part of the support cloth 31 has a height that reaches the upper part of the lower skin part 16 and is provided with a belt folding through part 32 at the tip.

  This inner longitudinal arch support means 3 pulls up the inner longitudinal foot arch A to support the stability in the inner direction during walking and the inner longitudinal foot arch A constituting muscle, and to move in the propulsion direction. Contemplate ease.

  As shown in FIG. 2, the outer vertical arch support means 4 includes a substantially trapezoidal support cloth 41 that spreads at the bottom, a folding belt passing portion 42, and a belt engagement receiving portion 43. The support cloth 41 corresponds to the outer vertical foot arch, and the base end (lower side part) 41 a is fixed to the upper side of the sole 11, that is, the lower side of the lumbar skin part 16. The upper part of the support cloth 41 is at a height that reaches the upper part of the lumbar skin part 16, and is provided with a belt folding through part 42 at the tip. Furthermore, an engagement receiving portion (surface fastener) 43 is provided on the lower surface of the support cloth 41.

  The outer vertical arch support means 4 pulls up the outer vertical foot arch B to support the stability in the outer direction during walking, the outer vertical foot arch constituting muscle, and the ease of movement in the propulsion direction. Contemplate.

  The shoe having such a configuration, with the foot placed in the foot pocket 13 and with the shoe worn, as shown by the arrow in FIG. 1, the lifting belt 2 is inserted through the opposing folding belt passage portion 42, Fold back and pull.

  As a result, as shown in FIG. 2, a pulling force acts upward and inward (to the center of the instep) with respect to the support portion 41, and the outer longitudinal footbow is pulled up. Further, the lifting belt 2 is superposed on the instep portion (tan) and pressed, so that the movement of the foot and the shoe is integrated, and a driving force without loss is obtained.

  Further, from the state where the outer vertical foot arch is pulled up, the pulling belt 2 is inserted into the folding belt passing portion (square link) 32 and folded and pulled. Thereby, as shown by the arrow in FIG. 3, a pulling force acts on the support cloth 31 upward and inward (toward the center of the instep), and the inner vertical footbow A is lifted.

  Thereafter, the tip of the lifting belt 2 is pulled toward the support cloth 41 as shown in FIG. 4, and the surface fastener 22 is fastened to the surface fastener 43. Thus, as a result of pulling up the inner and outer arches (longitudinal arches) with one pulling belt 2, the lateral arch (lateral arch) is also pulled up at the same time. As a result, an upwardly convex arch shape that secures safe and stable walking is maintained.

It is a perspective view which shows the shoes of embodiment. It is a perspective view which shows an outer side vertical arch support means. It is a perspective view which shows the state which pulls up an inner vertical foot arch. It is a perspective view which shows the latching state of a raising belt and a support cloth. It is an explanatory sectional view showing a vertical foot arch and a lateral foot arch of a foot. It is a perspective view which shows the conventional shoes.

1 Shoe body
2 Lifting belt 3 Inner longitudinal arch support means 4 Outer longitudinal arch support means 11 Sole 12 Upper part
12a Upper part 13 Foot putting part 14 Toe 15 Tan 16 Lumbar part 22 Engaging part 31 Support cloth 32 Folding through part
41 Support Cloth 42 Folding-through part 43 Engagement receiving part 51 Tarsal bone 51a Talar
51b fibula 52 metatarsal bone 53
A Inside vertical footbow

Claims (3)

  Corresponding to a shoe body, a lifting belt with a proximal end fixed to one upper piece of the shoe body, an engagement portion on the inner surface of the tip portion, and a vertical footbow inside the foot The lower side is secured to the upper edge of the sole of the shoe body, and the inner vertical arch support means having a folding belt loop on the upper side and the vertical footbow on the outer side of the foot. Is fixed to the upper edge of the sole of the shoe body, and the outer vertical arch support means having a folding belt passing part on the upper side part and the engaging part of the lifting belt disposed on the lower side part of the outer vertical arch support means. A shoe comprising an engagement receiving portion to be removed.   The outer longitudinal arch support means includes a trapezoidal support cloth having a hem that is sewn on the upper side of the sole of the shoe body, and a folding belt loop that is disposed on the upper part of the support cloth and through which the lifting belt is inserted and folded. The shoe according to claim 1, further comprising a portion.   The inner vertical arch support means includes a trapezoidal support cloth having a hem that is sewn on the upper side of the sole of the shoe body, and a pull-up belt that is disposed on the upper side of the support cloth and is engaged with the engagement receiving part. The shoe according to claim 1, comprising a folding belt passing portion that is folded in a direction.

Images