JP2017079809A - Built-up insole for heel and pump - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a pad used for high heels and pumps capable of correcting a skeleton balance, and to provide a calcaneus holder and an insole assembly kit.SOLUTION: A pad for high heels and pumps raises a calcaneum higher than a bottom surface, fills up a cavity generated by floating of a metatarsophalangeal joint from the second metatarsus head to the fifth metatarsus head, and has a slope-shaped inclination from the fifth metatarsus head region toward the second metatarsus head region since a thickness of the fifth metatarsus head region corresponding to the fifth metatarsus head is thicker than a thickness of the second metatarsus head region corresponding to the second metatarsus head.SELECTED DRAWING: Figure 17

Description

  The present invention relates to a member for heel and pump and an insole assembly kit that can cope with alleviation of stress on each joint pain, muscle, and ligament caused by heel and pump, and prevention of back pain and stiff shoulder.

Heal pumps are widely used as women's footwear everyday, but this footwear is said to have some effect on the body such as octopus and fish eyes, hallux valgus, knee pain, stiff shoulders, headaches. However, while knowing those circumstances, the user side wears heels and pumps without hesitation, and there is a great need for heels and pumps that can wipe out octopus, fish eyes, hallux valgus, etc.
So far, shoes and insoles with modified materials and shapes have been developed to reduce the burden on the body of heels and pumps. For example, a flexible base material, a first raised portion provided in a region substantially corresponding to the base foot bone base to the metatarsophalangeal joint of the base material, 2. An insole for high heel shoes is known that includes a second raised portion provided so that a region substantially corresponding to the head of the metatarsal bone is provided (see, for example, Patent Document 1).

JP 2012-223321 A

  However, in the case of the insole disclosed in Patent Document 1, there is no need to pay attention to the point that when the heel is worn, the heel gradually rises from the second metatarsal head to the fifth metatarsal head as the heel rises. The ridge stabilizes the horizontal arch among the three arches (inner vertical arch, outer vertical arch, and horizontal arch) that are supposed to be at the sole of the foot, and also reduces the load on the front and stabilizes when wearing It is just a way to increase the feeling.

  In this way, shoe manufacturers have developed footwear that pursues a variety of fits and comforts. However, most of them actually improve the fit and reduce the irritation with shock absorbers. In the case of heels and pumps, as the position of the heel increases from the standing position in the natural body due to biomechanics, the direction and area of joint movement physically changes, making it difficult to walk in a healthy posture without stress. The actual situation is that the footwear is not healthy.

  The present invention is a heel that can correct the skeletal balance in order to relieve the stress of the extra twisting phenomenon that causes octopus and fish eyes, hallux valgus, knee pain, stiff shoulders, headache, etc. by wearing heels and pumps. And it aims at providing the pad used for pumps, a rib holder, and an insole assembly kit.

Conventional heel pumps are not created according to biomechanics, so as the height of the heel increases from the standing position with bare feet, the feet rotate and the legs rotate outward, causing a twisting phenomenon on the body. Every time he walks, he causes extra stress on his body that causes octopus / fish eyes, hallux valgus, knee pain, stiff shoulders, headaches, and so on.
However, the proper skeletal shape of the foot is originally due to the standing position on the flat surface, and it is indispensable that the skeleton balance is lost depending on the height of the heel in the heel / pump.

  As a result of intensive studies, the present inventor is able to prevent the twisting phenomenon of the foot by correcting and correcting the joint arrangement and the skeletal balance on the premise that the ankle joint is bent flexibly due to the rise of the heel in biomechanics I found.

In order to achieve the above object, the pad of the present invention is a heel and pump shoe pad, wherein the rib is raised higher than the bottom surface, and the metatarsal joint joint is located from the second metatarsal head to the fifth metatarsal head. The gap formed by floating is filled, and the thickness of the fifth metatarsal head region corresponding to the fifth metatarsal head is larger than the thickness of the second metatarsal head region corresponding to the second metatarsal head. And a sloped slope from the fifth metatarsal head region toward the second metatarsal head region.
The pad of the present invention is a pad attached at a position corresponding to the MP joint, and is referred to as an MP wedge pad in this specification.
According to the MP wedge pad, it is possible to apply a uniform weight from the first metatarsal head to the fifth metatarsal head, and to prevent the right and left shaking of the posture.
In the MP wedge pad of the present invention, the thickness of the fifth metatarsal head region corresponding to the fifth metatarsal head is 3 to 7 mm, more preferably 4 to 5 mm, and the second metatarsal head corresponding to the second metatarsal head. It is a preferable aspect that the thickness of the region is 0.1 to 1 mm, the region is molded using TR resin, urethane resin, EVA resin or silicon resin and has a hardness of 30 to 70.

A lateral arch pad integrated rib holder according to the present invention is a holder that is stacked on the MP wedge pad according to the present invention, and supports a lateral arch that connects the first metatarsal head to the fifth metatarsal head. And a semicircular loop-shaped rib holder that connects the inner arch portion supporting the inner arch and the outer arch portion supporting the outer arch. And the center part of a rib holder is extended in a footpad direction, and is integrated with a horizontal arch pad. The rib holder is provided so that a semicircular loop-shaped wedge is driven from the front into the sole of the rib.
According to the rib holder integrated with the horizontal arch pad, it is provided so that a wedge is driven from the front to the bottom of the rib, so that the rib can be stabilized at an appropriate position. You can reduce the blur.
Further, the lateral arch can be automatically corrected by the lateral arch pad extending in the footpad direction from the rib holder, and the joint arrangement of the front foot portion and the rear foot portion is adjusted by automatically supporting the lateral arch. As a result, the leg itself connected to the ribs, the tibia, the ribs, and the femur at the upper part of the talus can be arranged in an appropriate joint arrangement, so that the same posture as standing on a flat ground can be maintained. it can.
Here, the thickness of the horizontal arch pad is 3 to 6 mm, preferably 4 to 5 mm. The height of the inner arch portion is 5 to 9 mm, preferably 6 to 8 mm, more preferably 7 mm, and the height of the outer arch portion is 3 to 7 mm, preferably 4 to 6 mm, more preferably 5 mm.

  As the rib rises higher than the bottom of the forefoot, it floats from the second metatarsal head to the fifth metatarsal head. By filling the gap created by the floating with the above-mentioned MP wedge pad, the weight can be uniformly applied from the head of the first metatarsal to the head of the fifth metatarsal, and the right and left shaking of the posture is stopped. Can do.

  By using the MP wedge pad and lateral arch pad integrated rib holder of the present invention, the joint arrangement of the front body from the front foot to the rear foot, and the joint from the ankle joint to the upper body is stabilized at an appropriate position, and skeletal balance and gait are maintained. It can be corrected correctly.

  As described above, the MP wedge pad and lateral arch pad integrated rib holder of the present invention are molded using a rubber material such as TR resin and silicone resin, and a sponge material such as urethane resin and EVA resin, and has a hardness of 30. It is preferable to have -70. By setting the hardness to 30 to 70, it is possible to firmly support the weight and stabilize the skeleton in an appropriate position.

  A circular sheet may be extended to the semicircular loop-shaped outer edge of the rib holder at the rib portion of the rib holder integrated with the horizontal arch pad of the present invention. By extending the circular sheet, it is easy to align the position when the circular sheet is mounted on the collar. Moreover, the area which adheres to a heel and pump shoes becomes large, and it becomes difficult to produce a shift | offset | difference.

  The thickness of the circular sheet in the transverse arch pad integrated rib holder of the present invention is preferably 1 mm to 1.5 mm. By setting the thickness to 1 mm to 1.5 mm, durability can be maintained without impairing the wearing feeling.

  The insole assembly kit of the present invention includes the MP wedge pad of the present invention, the lateral arch pad integrated rib holder of the present invention, an insole body, and a protective sheet. According to such an insole assembly kit, it is possible for the user himself to wear the heel and pumps of the existing shoes and make a fine adjustment.

  It is also possible to produce a heel shoe or a pump shoe using the MP wedge pad of the present invention, the rib holder integrated with the lateral arch pad of the present invention, and the insole assembly kit of the present invention.

  By using the MP wedge pad of the present invention, the lateral arch pad integrated rib holder of the present invention, and the insole assembly kit of the present invention, the foot, the skeleton, and the body can be properly uprighted and walked. Therefore, by attaching these parts to the heel and pumps at the time of shoe manufacture, it can be provided to the user as a finished shoe finished product.

  The socks for heels and pumps of the present invention have an MP wedge pad on the inner surface of the socks, an inner arch portion that supports the inner arch and an outer arch portion that supports the inner arch and has a slope-like inclination toward the front. And a semicircular loop-shaped rib holder that is connected to each other, and the rib holder has a rounded corner, and the semicircular loop-shaped wedge is driven from the front to the bottom of the rib It may be fixed as such. The MP wedge pad and rib holder are provided on the heel and pump shoe socks, so that it can be used for various heel and pump shoes. The corners of the rib holder are rounded in order to prevent the socks from being damaged.

  According to the MP wedge pad, the lateral arch pad integrated rib holder and the insole assembly kit of the present invention, body balance is achieved by attaching these to the heel and pumps that should originally be unstable in posture balance. It stabilizes the skeleton and arranges the skeleton, and has the effect of alleviating the stress of extra twisting phenomenon that causes octopus / fish eyes, hallux valgus, knee pain, stiff shoulders, headaches, etc.

Plan view of MP wedge pad (for right foot) of Example 1 The side view seen from the inner arch side of MP wedge pad (for right foot) of Example 1 The side view seen from the outside arch side of MP wedge pad (for right foot) of Example 1 Front view of the MP wedge pad (for right foot) of Example 1 as seen from the toe side The rear view seen from the heel side of MP wedge pad (for right foot) of Example 1 Plan view of lateral arch pad integrated rib holder (for right foot) of Example 2 Bottom view of lateral arch pad integrated rib holder (for right foot) of Example 2 Side view of the lateral arch pad integrated rib holder (for right foot) according to the second embodiment as seen from the inner stepless side Side view of the lateral arch pad-integrated rib holder (for right foot) according to the second embodiment as seen from the outer stepless side The rear view seen from the heel side of the radius arch pad integrated rib holder (for right foot) of Example 2 Front view of the lateral arch pad integrated rib holder (for right foot) of Example 2 as seen from the toe side of the foot The perspective view of the transverse arch pad integrated rib holder (for right foot) of Example 2 Top view of the insole body (for right foot) Side view of insole body (for right foot) Protective sheet for shoes The perspective view which shows a mode that the MP wedge pad (for left foot) insole main body of Example 1 was attached. The perspective view of what attached the MP wedge pad (for left foot) of Example 1 and the transverse arch pad integrated rib holder (for left foot) of Example 2 to the insole body Plan view of the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for right foot) Bottom view of the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for right foot) Side view of the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for the right foot) as seen from the inside when the shape is changed to the virtual heel attached Side view of the MP wedge pad of Example 1 and the lateral arch pad-integrated rib holder of Example 2 attached to the insole body (for the right foot) changed to the shape at the time of virtual heel wearing from the outside The one in which the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for the right foot) were changed to the shape at the time of virtual heel wearing, as viewed from the toe side of the foot Front view A rear view of the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for the right foot) changed to the shape at the time of wearing the virtual heel as viewed from the heel side A perspective view of the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 attached to the insole body (for the left foot) attached to heel and pump shoes. Plan view of lateral arch pad integrated rib holder (for right foot) of Example 3 Side view of the lateral arch pad integrated rib holder (for right foot) according to the third embodiment as seen from the inner stepless side The perspective view of the transverse arch pad integrated rib holder (for right foot) of Example 3 The perspective view of the rib holder (for left feet) of Example 4 Plan view of rib holder (for left foot) of Example 4 The top view which shows the attachment image to the sock of MP wedge pad and rib holder (for left feet) in Example 4 The perspective view which shows the attachment image to the sock of MP wedge pad and rib holder (for left feet) in Example 4

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. The scope of the present invention is not limited to the following examples and illustrated examples, and many changes and modifications can be made.

An embodiment of the MP wedge pad (for the right foot) of the present invention will be described with reference to FIGS. 1 to 5 are a plan view of an MP wedge pad (for right foot) of Example 1, a side view seen from the inner stepless side, a side view seen from the outer stepless side, and a view from the toe side of the foot, respectively. It is a rear view seen from the front view and the heel side.
The MP wedge pad of Example 1 includes the MP wedge pad outer portion 1A supporting the bone head of the fifth metatarsal joint from the MP wedge pad inner portion 1B supporting the bone head of the second metatarsal joint with the surface 1a. The height of the MP wedge pad outer portion 1A for supporting the bone head of the 5 middle footpad joint is 4 to 6 mm, and the MP wedge pad outer portion 1A located at the bone head of the 5 middle footpad joint A gentle slope that continues from the outer edge of the MP wedge pad heel side portion 1D to the outer edge of the MP wedge pad inner portion 1B located at the bone head of the second metatarsal foot joint with the outer edge of the MP wedge pad forefoot portion 1C. It is formed in a shape.

  The MP wedge pad is attached to the upper surface of the insole body 3 as shown in FIGS. 13 and 14.

  FIG. 16 shows a perspective view of the MP wedge pad (for left foot) of Example 1 attached to the upper surface of the insole body 3. The MP wedge pad of Example 1 applies a uniform load from the first metatarsal head to the fifth metatarsal head, and can stop the left and right blurring of the forefoot part.

  The MP wedge pad of Example 1 is molded using an EVA resin sponge material and has a hardness of 50. The MP wedge pad can support the weight firmly and stabilize the skeleton in the proper position.

Here, the MP wedge pad of the first embodiment shown in FIG. 1 has the following standards so that the user can select it.
The thickness of the pad material 1c with a heel height of 50 mm or less is 4 mm.
・ L size (corresponding to 23.5cm to 25cm)
The thickness of the pad material 1c with a heel height of 50 mm or more is set to 6 mm. S size (21, 0 cm to 23, 0 cm)
・ L size (corresponding to 23.5cm to 25cm)

  The MP wedge pad of Example 1 is fixed to the upper surface of the insole body 3 with a double-sided tape or an adhesive that can be repeatedly bonded.

An embodiment of a lateral arch pad integrated rib holder (for right foot) (hereinafter abbreviated as “rib holder”) of the present invention will be described with reference to FIGS.
6 to 12 are a plan view, a bottom view, a side view seen from the inner arch side, a side view seen from the outer arch side, and a side view seen from the heel side, respectively, of the rib holder (for right foot) of Example 2. It is a rear view, the front view seen from the toe side, and a perspective view.
The rib holder (for the right foot) of the second embodiment is the rib holder forefoot 2C at the lateral arch part formed by the rib holder inner rib part 2d, the rib holder outer rib part 2c, and the middle leg rib joint. The inner collar part 2d is formed 2 mm higher than the outer collar part 2c, and the size of the outer edge of the inner collar part 2d and the outer edge of the outer collar part 2c depends on the height, and the base is widened. The rib holder collar 2D is formed so that the outer edge of the inner collar 2d and the bottom edge of the outer edge of the outer collar 2c are disposed.

  Since the ribs can be firmly supported and stabilized in a wedge shape on both sides of the inner rib portion 2d and the outer rib portion 2c of the rib holder of the second embodiment, it is possible to stop the shake in the front, rear, left and right. In addition, it is possible to prevent drooping of the horizontal arch at the same time with the integrated horizontal arch pad extending from the buttocks 2D to the forefoot 2C.

  As a result, the ribs are stabilized, the ankle joint, the upper knee joint and the hip joint are stabilized, and an ideal joint arrangement can be prepared.

  The rib holder integrated with the horizontal arch pad of the second embodiment is preferably molded using a rubber material such as TR resin and silicone resin, and a sponge material such as urethane resin and EVA resin, and has a hardness of 30 to 70. By setting the hardness to 30 to 70, it is possible to firmly support the weight and stabilize the skeleton in an appropriate position.

  The rib holder of the second embodiment is the same as that shown in FIGS. 13 and 14 except that the MP wedge pad (for left foot) of the first embodiment shown in FIG. 17 and 18 are combined and attached. Further, a protective sheet 4 as shown in FIG. 15 is covered over the entire insole.

Here, the rib holder shown in FIG. 6 has the following standards so that the user can select it.
・ S size (corresponding to 21,0cm ~ 23.0cm)
・ L size (corresponding to 23.5cm to 25cm)

  Like the MP wedge pad of Example 1, the rib holder of Example 2 is fixed to the upper surface of the insole body 3 with a double-sided tape or an adhesive that can be repeatedly bonded.

  The above-mentioned MP wedge pad of Example 1 and the rib holder of Example 2 are effective in each single body, but are more excellent by being made in combination as shown in FIGS. 17 and 18. It is possible to obtain the effect. According to such a heel and pumps insole assembly kit, the user himself can try to process and finely adjust the heel and pumps insole.

  In addition, by attaching the MP wedge pad of Example 1 and the lateral arch pad integrated rib holder of Example 2 to the insole body 3 of heel and pump shoes in the manufacturing stage in advance, As shown in FIG. 24, it is possible to provide the user with low-priced shoes at low cost.

The rib holder of Example 3 will be described with reference to FIGS. FIGS. 25 to 27 are a plan view, a side view and a perspective view, respectively, seen from the inner arch side of the rib holder (for the right foot) of the third embodiment.
The rib holder (for the right foot) of Example 3 is the rib holder forefoot part 8C at the lateral arch part formed by the rib holder inner rib part 8d, the rib holder outer rib part 8c, and the middle leg rib joint. The inner flange 8d is 2 mm higher than the outer flange 8c, and the outer edge of the inner flange 8d and the outer edge of the outer flange 8c are in accordance with the height. The base is widened, and the outer edge of the inner collar 8d and the outer edge of the outer collar 8c are arranged in the rib holder collar 8D. Moreover, the circular sheet 8e is provided in the collar part 8D.

  Since the rib can be firmly supported and stabilized in a wedge shape on both sides of the inner rib portion 8d and the outer rib portion 8c of the rib holder of the third embodiment, it is possible to stop the shake of the front, rear, left and right. In addition, it is possible to prevent drooping of the horizontal arch at the same time with the integrated horizontal arch pad extending from the heel 8D to the forefoot 8C. In addition, by providing the circular sheet 8e, it is easy to align the position when being mounted on the collar. Moreover, the area which adheres to a heel and pump shoes becomes large, and it becomes difficult to produce a shift | offset | difference.

With reference to FIGS. 28 and 29, the rib holder built into the heel and pump shoe socks of the fourth embodiment will be described. 28 and 29 are a perspective view and a plan view, respectively, of the rib holder (for the left foot) of the fourth embodiment.
The rib holder (for the left foot) of Example 4 has a slope-like inclination from the rib holder rib 9D toward the rib holder forefoot 9C, and as shown in FIG. It has a semicircular loop shape that connects the inner arch that supports the inner arch and the outer arch that supports the outer arch. Further, the rib holder (for left foot) of Example 4 has a rounded shape at the corners (9f to 9i) of the rib holder 9. This is to prevent the sock fabric from being damaged.

With reference to FIGS. 30 and 31, the heel and pump socks of Example 4 will be described. 30 and 31 are a plan view and a perspective view, respectively, of the heel and pump shoe socks of the fourth embodiment.
In the heel and pump socks of Example 4 (not shown), the MP wedge pad 1 floats from the second metatarsal head to the fifth metatarsal head when the socks are worn. It is fixed at a position to fill the gap generated by the process. The rib holder 9 is provided so as to drive a wedge into the heel when wearing socks.
Thus, by incorporating the MP wedge pad 1 and the rib holder 9 in the sock, it can be used for various heel and pump shoes.

  The present invention is useful for wearing heels, pumps, and other shoes.

1 MP wedge pad 1A MP wedge pad outer side 1B MP wedge pad inner side 1C MP wedge pad forefoot 1D MP wedge pad heel side 1a Surface 1b Back 1c Pad material 2A Vertex of lateral arch pad integrated rib holder outer heel 2B Apex of lateral arch pad integrated rib holder inner rib 2C Horizontal arch pad integrated rib holder forefoot
2D Lateral arch pad integrated rib holder collar 2a Front surface 2b Back surface 2c Lateral arch pad integrated rib holder outer collar 2d Lateral arch pad integral rib holder inner collar 3 Insole body 4 Protective sheet 5 Virtual heel 6 Virtual Outsole 7 Wood type 8A Horizontal arch pad integrated rib holder apex of outer heel 8B Horizontal arch pad integrated rib holder apex of inner heel 8C Horizontal arch pad integrated rib holder forefoot 8D Horizontal arch pad integrated Radial holder collar 8a Front surface 8b Back surface 8c Lateral arch pad integrated rib holder outer collar 8d Lateral arch pad integral radial holder inner collar 9 Radial holder 9A Apex of radial holder outer collar 9B Radial holder Apex of inner buttock 9C Rib holder forefoot 9D Rib holder heel 9f-9i Corner 10 High heel

Claims (10)

Heel and pump shoe pads,
The rib is raised higher than the bottom surface and fills the gap formed by the floating metatarsal joint from the second metatarsal head to the fifth metatarsal head, and corresponds to the fifth metatarsal head. The thickness of the 5 metatarsal head region is larger than the thickness of the second metatarsal head region corresponding to the second metatarsal head, and the slope is inclined from the fifth metatarsal head region toward the second metatarsal head region. An MP wedge pad characterized by comprising: The thickness of the fifth metatarsal head region corresponding to the fifth metatarsal head is 3 to 7 mm, and the thickness of the second metatarsal head region corresponding to the second metatarsal head is 0.1 to 1 mm.
The MP wedge pad according to claim 1, wherein the MP wedge pad is molded using TR resin, urethane resin, EVA resin, or silicon resin, and has a hardness of 30 to 70. A holder stacked on the MP wedge pad according to claim 1 or 2,
A transverse arch pad for supporting a transverse arch connecting the first metatarsal head to the fifth metatarsal head;
A semicircular loop-shaped rib holder that connects the inner arch that supports the inner arch and the outer arch that supports the outer arch,
The central portion of the rib holder is extended in the footpad direction and integrated with the lateral arch pad,
The radial arch pad-integrated radial holder, wherein the radial holder is provided so that the semicircular loop-shaped wedge is driven from the front into the sole of the radial rib. The thickness of the lateral arch pad is 3 to 6 mm,
The inner arch has a height of 5 to 9 mm;
The height of the outer arch is 3 to 7 mm;
The transverse arch pad integrated rib holder according to claim 3, which is molded using TR resin, urethane resin, EVA resin or silicone resin and has a hardness of 30 to 70.   5. The lateral arch pad according to claim 3, wherein a circular sheet is extended to a semicircular loop-shaped outer edge of the rib holder at a rib portion of the rib holder integrated with the horizontal arch pad. Integrated rib holder.   The transverse arch pad integrated rib holder according to any one of claims 3 to 5, wherein the circular sheet has a thickness of 1 mm to 1.5 mm. MP wedge pad according to claim 1 or 2,
The transverse arch pad integrated rib holder according to any one of claims 3 to 6,
The insole body,
Insole assembly kit consisting of a protective sheet.   A heel shoe equipped with either the MP wedge pad according to claim 1 or 2, the transverse arch pad integrated rib holder according to any of claims 3 to 6, or the insole assembly kit according to claim 7. .   A pump shoe fitted with either the MP wedge pad according to claim 1 or 2, the transverse arch pad integrated rib holder according to any of claims 3 to 6, or the insole assembly kit according to claim 7. . Socks for heel and pump shoes,
On the inner surface of the sock,
MP wedge pad according to claim 1 or 2,
A semicircular loop-shaped rib holder that has a slope-like slope toward the front and connects the inner arch part supporting the inner arch and the outer arch part supporting the outer arch,
For the heel and pump shoes, the rib holder has a rounded corner and is fixed to the bottom of the rib so that the semicircular loop-shaped wedge is driven from the front. socks.