CN218418609U - A kind of orthopedic shoe aimed at foot varus and healthy people - Google Patents

Abstract

The utility model relates to a to sufficient enstrophe and healthy crowd's orthopedic shoes, including vamp, orthopedic shoe-pad and sole, characterized by: the sole is characterized in that a single-waveform lifting reinforcing support is arranged at the inner edge of the inner side arch of the sole, a door-shaped reinforcing support is arranged on the single-waveform lifting reinforcing support, the front end and the rear end of the door-shaped reinforcing support cover the arch length range, a plurality of lifting reinforcing supports are arranged at the outer side arch of the sole, and the single-waveform lifting reinforcing support, the door-shaped reinforcing support, the lifting reinforcing supports and the sole are of an integrally formed structure. The single-wave-shaped lifting reinforced support, the door-shaped reinforced support and the lifting reinforced support of the orthopedic shoe form three stress points, under the condition that the stress direction of one point is opposite to the stress direction of the other two points, the foot correction effect is generated by utilizing the interaction of the three-point force principle according to the acting force, the reacting force, the force decomposition law and the lever balance principle, and the body state balance is achieved on the biomechanics.

Description

A kind of orthopedic shoe aimed at foot varus and healthy people

technical field

The utility model relates to the medical field, in particular to an orthopedic shoe aimed at foot inversion and healthy people.

Background technique

The arch of the foot is an important structure of the human foot. With the arch, the foot is elastic. It can not only absorb the impact force of the ground on the feet, but also lock the midfoot joints, making the feet harder and better promoting human body activities.

Foot varus deformity is a subluxation of the scaphoid joint, which fixes the foot in an adducted, supinated, varus position. One or both sides of the newborn baby's heel is small, the forefoot is adducted, turned inward, the skin texture on the inner side of the foot increases, the outer side and back side of the foot are tense and thinner, and the heel cannot be flattened like a horseshoe. This is congenital inner equinus Turning deformity. Foot inversion (valgus) is often caused by fetal foot pressure in the uterus and long-term abnormal posture, resulting in abnormal shape. There are genetic factors, belonging to polygenic inheritance.

The current treatment and the most effective conservative treatment in daily life and the solution to relieve complications and bring comfort is fitting orthotics, orthotic insoles or orthotic shoes. Existing products on the market can solve such problems to a certain extent, but they are not comprehensive enough. Orthotics and shoes are generally combined, or orthotics or orthotic shoes are used alone to solve the problem. For example, the utility model patent with application number 202122213014. The supporting portion for supporting the sole of the foot, the supporting portion includes a plane section and a first arcuate section and a second arcuate section arranged at both ends of the plane section, the lower end of the first arcuate section and the lower end of the second arcuate section are both It is connected with the plane section with an arc transition, the upper end of the first arc surface section is connected with the upper end of the second arc surface section with an arc transition, the middle part of the body has a raised part adapted to the outer ankle of the human body, and the upper part of the body is provided with an adjustable connection This kind of foot orthosis is generally made of polypropylene material, which is airtight and heavy to wear, has high strength and poor wearing comfort, and must be customized with complicated processes. For example, the utility model patent with application number 202122177637.6 discloses an insole structure that facilitates the balance of gait of foot inversion patients. The bottom of the pad is raised, and the height of the raised part gradually decreases from the outside to the inside. The side fence is a strip-shaped rubber support strip. The cross section of the side fence is L-shaped, and the inner side of the side fence is fixed on the On the outside of the insole body, this orthopedic insole has a single force and the effect is not ideal, and it is necessary to find suitable shoes for use. It is difficult for the general population to find suitable shoes to match. Orthopedic shoes generally rely entirely on the support of the orthopedic insole in the orthopedic shoe to take effect. A single force cannot form a force system, and the effect is not enough to completely solve this kind of problem. This group of people, including some people with no obvious symptoms, are difficult to find a pair of shoes suitable for their feet, and suffer from the comfort of wearing shoes.

Contents of the invention

In view of the deficiencies in the background technology, the utility model aims to solve the problem that orthotics, orthopedic insoles and orthopedic shoes are more convenient for the conservative treatment of such diseases and posture problems and more convenient to use in daily life, taking into account the treatment and comfort. Provide a pair of comfortable and practical shoes that protect the health of the soles of the feet.

For this reason, the utility model adopts following technical scheme to realize:

An orthopedic shoe aimed at inversion and healthy people, including a vamp, an orthopedic insole, and a sole, is characterized in that: the inner edge of the inner arch of the sole is provided with a single wave-shaped raised reinforcing support, and the single wave-shaped raised The high reinforced support is provided with a door-shaped reinforced support. The front and rear ends of the door-shaped reinforced support cover the length range of the arch of the foot. The outer arch of the sole is provided with multiple raised reinforced supports. The single The wave-shaped raised reinforced support, the door-shaped reinforced support, the raised reinforced support and the sole are integrally formed.

Further, the orthopedic insole is provided with a drop-shaped bulge at the transverse arch of the foot, and the middle and front part of the water-drop-shaped bulge is the highest point of the bulge that gradually decreases to the plane of the orthopedic insole. The edge of the calcaneus position of the orthopedic insole The calcaneus surrounds the support.

Further, the outer arch of the orthopedic insole is provided with a first single-wave bulge, and the orthopedic insole is provided with a second single-wave bulge between the rear of the fifth metatarsal head and the fifth metatarsal tuberosity. The first single-wave Both the bulge and the waveform of the second single wave bulge gradually bulge outward from the crest.

Further, the lifting strengthening support is arranged between the fifth metatarsal head and the fifth metatarsal tuberosity of the shoe sole, and the number of lifting strengthening supports is two.

Further, the sole is provided with an embedded groove for placing an orthopedic insole.

After adopting the above-mentioned technical scheme, the single wave-shaped raised reinforced support, the door-shaped reinforced support and the raised reinforced support provide strong support for both sides of the foot for the foot varus crowd, and the single-wave raised reinforced support and the door-shaped reinforced support , Elevate the strengthened support to form three stress points (raised strengthened support stress point F1, door-shaped reinforced support stress point F2, single waveform raised strengthened support stress point F3), and the direction of stress at one point is the same as that of the other In the case where the direction of the force on the two points is opposite, according to the action force and reaction force, the law of force decomposition and the principle of lever balance, the interaction of the three-point force principle is used to produce a corrective effect on the foot, and the body posture can be achieved in biomechanics. Balance, a pair of comfortable shoes can solve the above problems in use, so that it is easy to wear without affecting daily activities and even can participate in sports; for people with normal foot structure, it can protect the stability of the foot structure, prevent the arch of the foot from collapsing, and prevent Sports injuries caused by daily activities and sports; in addition, the single-wave raised reinforced support, the door-shaped reinforced support, the raised reinforced support and the sole are integrally formed, making the overall structural stability better.

Description of drawings

The utility model has following drawings:

Fig. 1 is the explosion schematic diagram of the three-dimensional structure of the left foot shoe in the utility model;

Fig. 2 is a top view structure diagram of the right foot orthopedic insole in the utility model.

Reference signs: 1. Vamp; 2. Orthopedic insole; 3. Sole; 4. Single waveform raised and reinforced support; 5. Door-shaped reinforced support; 6. Raised and reinforced support; 7. Drop-shaped bulge; Bone surrounding support; 9. The first single wave uplift; 10. The second single wave uplift; 11. Embedded groove; F1, raised and strengthened support stress point; F2, door-shaped reinforced support stress point; F3, single The waveform is raised to strengthen the support point.

Detailed ways

In order to further explain the technical means and effects of the utility model to achieve the intended purpose of the utility model, the specific implementation, structure, features and effects of the utility model will be described in detail below in conjunction with the accompanying drawings and preferred embodiments. As later.

Referring to the above drawings, the utility model provides a kind of orthopedic shoes for foot inversion and healthy people, which includes a vamp 1, an orthopedic insole 2 and a sole 3, and is characterized in that: the inner arch of the sole 3 The edge is provided with a single wave-shaped raised reinforcing support 4, and the single-wave-shaped raised reinforced support 4 is provided with a door-shaped reinforced support 5, and the front and rear ends of the door-shaped reinforced support 5 cover the length range of the arch of the foot. The outer arch of the shoe sole 3 is provided with a plurality of raised reinforced supports 6, the single waveform raised reinforced supports 4, the door-shaped reinforced supports 5, the raised reinforced supports 6 and the sole 3 are integrally formed, and the orthopedic The insole 2 is provided with a drop-shaped bulge 7 at the transverse arch of the foot. The middle front part of the drop-shaped bulge 7 is the highest point of the bulge and gradually lowers to the plane of the orthopedic insole 2. The edge of the orthopedic insole 2 is provided with a heel The bone surrounds the support 8, and the outer arch of the orthopedic insole 2 is provided with a first single-wave bulge 9, and the orthopedic insole 2 is provided with a second single-wave bulge 10 between the fifth metatarsal head and the fifth metatarsal tuberosity. The waveforms of the first single-waveform bulge 9 and the second single-waveform bulge 10 gradually bulge outward from the crest, and the elevated strengthening support 6 is arranged between the back of the fifth metatarsal head and the fifth metatarsal tuberosity of the sole 3, The number of raised reinforced supports 6 is two, and the sole 3 is provided with an embedded groove 11 for placing the orthopedic insole 2. The embedded groove 11 is convenient for installation and adaptation of ordinary functional insoles or customized orthopedic functional insoles, effectively preventing orthopedic insoles. Insole 2 or normal insole is displaced.

In this embodiment, the single wave-shaped raised reinforced support 4, the door-shaped reinforced support 5 and the raised strengthened support 6 provide strong support to both sides of the foot for the foot varus crowd, and the single wave-shaped raised reinforced support 4, Door-shaped reinforced support 5 and elevated reinforced support 6 form three stress points (raised reinforced support stress point F1, door-shaped reinforced support stress point F2, and single waveform raised reinforced support stress point F3), one of which When the direction of the force on the foot is opposite to that of the other two points, according to the force and reaction force, the law of force decomposition and the principle of lever balance, the interaction of the three-point force principle is used to produce the corrective effect of the foot. In terms of biomechanics, body balance can be achieved. A pair of comfortable shoes can solve the above problems in use, so that it is easy to wear without affecting daily activities and even can participate in sports. The first single wave bulge 9 of the orthopedic insole 2 can correct the lateral arch Orthopedic and supporting effect at the second single wave-shaped bulge 10, which can orthopedize and support the rear part of the fifth metatarsal head; for people with normal plantar structure, it can protect the stability of the plantar structure, prevent the arch of the foot from collapsing, and prevent Sports injuries caused by daily activities and sports; in addition, the single-wave raised reinforced support 4, the door-shaped reinforced support 5, the raised reinforced support 6 and the sole 3 are integrally formed, making the overall structure more stable and water droplets The setting of the shaped bulge 7 can prevent the arch of the foot from collapsing, and the setting of the calcaneus surrounding support 8 can support the heel.

The utility model is applicable to three shoe types of low-top shoes, mid-top shoes and high-top shoes, and only needs to set the single wave-shaped raised reinforced support 4, the door-shaped reinforced support 5 and the raised reinforced supported 6 to the appropriate shoe types. Just match the height. Low-top shoes are suitable for patients with mild pronation, mid-top shoes are suitable for patients with slightly severe pronation, and high-top shoes have a single wave-shaped raised reinforced support 4 and door-shaped reinforced support 5. The height is higher The moment arm is larger and the supporting force is larger.

The above descriptions are only preferred embodiments of the present utility model, and do not limit the utility model in any form. Although the utility model has been disclosed as above with preferred embodiments, it is not used to limit the utility model. Any Those skilled in the art, without departing from the scope of the technical solution of the present utility model, may use the technical content disclosed above to make some changes or modify equivalent embodiments with equivalent changes, but all without departing from the technical solution of the utility model According to the technical essence of the utility model, any brief modification, equivalent change and modification made to the above embodiments still belong to the scope of the technical solution of the utility model.

Claims (5)

1. The utility model provides an orthopedic shoe to foot enstrophe and healthy crowd, includes vamp, orthopedic shoe-pad and sole, characterized by: the sole is characterized in that a single-waveform lifting reinforcing support is arranged at the inner edge of the inner side arch of the sole, a door-shaped reinforcing support is arranged on the single-waveform lifting reinforcing support, the front end and the rear end of the door-shaped reinforcing support cover the arch length range, a plurality of lifting reinforcing supports are arranged at the outer side arch of the sole, and the single-waveform lifting reinforcing support, the door-shaped reinforcing support, the lifting reinforcing supports and the sole are of an integrally formed structure.

2. An orthopedic shoe for people with inversion of foot and health as claimed in claim 1, wherein: the middle part of the water drop-shaped bulge, close to the front part, is provided with a bulge peak which gradually decreases to the plane of the orthopedic insole towards the periphery, and the edge of the position of the heel bone of the orthopedic insole is provided with a heel bone surrounding support.

3. An orthopedic shoe for the varus and healthy population of feet as claimed in claim 2, wherein: the foot arch part on the outer side of the orthopedic insole is provided with a first single-waveform bulge, a second single-waveform bulge is arranged between the rear part of a fifth metatarsal head and a fifth metatarsal tuberosity of the orthopedic insole, and the waveforms of the first single-waveform bulge and the second single-waveform bulge gradually bulge outwards from the crest part.

4. An orthopaedic shoe for a population with varus and healthy feet, according to claim 1, 2 or 3, wherein: the lifting strengthening supports are arranged between the rear part of the fifth metatarsal head and the fifth metatarsal tuberosity of the sole, and the number of the lifting strengthening supports is two.

5. An orthopaedic shoe for a population with varus and healthy feet, according to claim 1, 2 or 3, wherein: the sole is provided with an embedded groove for placing the orthopedic insole.

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