CN115024552A

CN115024552A - Child is with correcting steady step shoes

Info

Publication number: CN115024552A
Application number: CN202210702335.2A
Authority: CN
Inventors: 江羚
Original assignee: Guangdong Zuji Footwear Co ltd
Current assignee: Guangdong Zuji Footwear Co ltd
Priority date: 2022-06-21
Filing date: 2022-06-21
Publication date: 2022-09-09

Abstract

The utility model relates to a child is with correcting steady step shoes belongs to the technical field of shoes, vamp on including the sole and locating the sole, laid the shoe-pad that is used for correcting on the sole, the inboard arch of foot department that the top surface of shoe-pad corresponds in the human body is equipped with the interior arch of foot supporting part that is used for supporting inboard arch of foot, the shoe-pad includes forefoot district, arch of foot district and heel district, the bottom from arch of foot district to heel district is equipped with the arch of foot bearing, this application is in order to realize prevention or correct the foot, reduce the probability that the foot worries to appear, a child is with correcting steady step shoes is provided.

Description

Child is with correcting steady step shoes

Technical Field

The application relates to the field of footwear, in particular to a pair of child correcting and walking stabilizing shoes.

Background

The foot, as part of the body, silently carries the weight of our body, but we have little real knowledge of it. Especially for families with infants, the children have a pair of healthy feet, and can stand between the heaven and the earth, run and play as much as possible and march forward to explore the road ahead.

In children between 4 and 14 years old, the arches of the feet of the children belong to the gradual shaping period, the development of the feet is not completely mature, but the children in the growth period are very dynamic in nature and often run and jump, the motion amount of the feet is large, so the arches can damage the normal stress balance of the feet, and in addition to great impact on the feet, the feet are easily injured, and the staged phenomena of flat feet, heel eversion, X-shaped legs and the like can occur.

In the early stage of foot trouble of a child, the smaller influence may be that the feet are easy to fatigue and fall down, and the child is not in a too serious state, but the bones of the child continuously grow, and after the children grow to a certain stage, the feet start to be shaped, so that the feet are difficult to recover to a normal state. In addition, if the foot muscles of the child are excessively relaxed or stiff, foot problems such as severe flat feet, severe hind paw eversion, and high-arch feet may occur, which may further affect the walking gait, daily activities, and exercise of the child.

The traditional foot patient correction mode is to correct the congenital foot patient through an orthosis, the acquired foot patient is forcibly corrected to cause the stiffness of plantar muscles to become irreversible osseous flat feet, but the feet of children are more damaged, and when the orthotics are worn, the orthotics are often jeopardized or confused by other normal children to bring psychological shadow to children patients and influence the psychological health growth of the children patients.

Disclosure of Invention

In order to prevent or correct feet and reduce the probability of foot trouble, the application provides a child's corrective walking stabilizing shoe.

The application provides a child is with correcting steady step shoes adopts following technical scheme:

a pair of child walking stabilizing correction shoes comprises soles and vamps arranged on the soles, insoles for correction are laid on the soles, inner arch support parts for supporting inner arches are arranged on the top surfaces of the insoles corresponding to the inner arches of the feet in a human body, the insoles comprise forefoot areas, arch areas and heel areas, and arch supports are arranged from the arch areas to the bottoms of the heel areas.

By adopting the technical scheme, the abnormal pressure distribution of the sole of a child during running and jumping is recombined by utilizing the arch support part and the arch support at the inner arch part of the insole, and three main pressure areas (including the heel bone, the first metatarsal bone and the fifth metatarsal bone) of the sole are redistributed to normal levels so as to improve the structure of the skeleton, reduce the pronation angle and the eversion of the foot, prevent the arch from collapsing, reduce the pressure of the sole, reduce the pain and the injury of the sole and improve the symmetry of the feet when the foot is used, thereby preventing or correcting the foot, reducing the occurrence probability of foot troubles and protecting the healthy growth of the foot of the child.

Preferably, an outer arch support for supporting the outer arch is provided at a top surface of the arch region corresponding to the outer arch of the foot in the human body.

By adopting the technical scheme, the outer arch supporting part is matched with the inner arch supporting part, so that the contact area of the arch region and the arch of the human body can be increased, and extra outer side supporting force is provided for the part from the heel bone to the cuboid bone, so that the pressure of the foot is reduced, the ankle joint is stabilized, and the inward and outward turning of the foot is reduced.

Preferably, the forefoot area is provided with a raised metatarsal support between the first metatarsal and the fifth metatarsal in the human body.

By adopting the technical scheme, the raised metatarsal support part is utilized to enable the metatarsal support part to extrude interphalangeal nerves, so that the relieving effect is achieved, the fatigue of the foot is reduced, and the excessive looseness or stiffness of the foot is reduced; meanwhile, the metatarsal support part can support the transverse arch between the first metatarsal and the fifth metatarsal, so that the pressure area of the sole is dispersed to a normal level, the impact on the ground is effectively absorbed, and the sprain condition is reduced.

Preferably, the forefoot region has a thickness that gradually decreases from the first metatarsal to the fifth metatarsal in the corresponding human body.

By adopting the technical scheme, the inclination arrangement of the forefoot area is utilized, the subtalar joint is enabled to return to or approach to a neutral position as much as possible in a gait cycle, the compensation and strain activities of other joints to the subtalar joint are reduced, the gravity distribution of the sole is balanced, the foot varus and other foot troubles caused by the foot are prevented or corrected, and the risk of the varus in the forefoot or the hindfoot of the child is reduced.

Preferably, the bottom of the forefoot area is provided with a transverse arch reinforcing pad having a density greater than that of other parts corresponding to the transverse arch in the human body.

By adopting the technical scheme, the transverse arch reinforcing pad has the function of being matched with the inclination arrangement of the forefoot area, so that the insole at the position of the transverse arch provides supporting force required by recovery in the recovery process of subtalar joints in a gait cycle, the deformation of the pressure area of the forefoot area corresponding to the first metatarsal can be effectively reduced, the compensation and strain activities of other joints on the forefoot area can be further reduced, and the effect of preventing or correcting foot diseases such as varus and the like caused by foot can be enhanced.

Preferably, the heel region is provided with a deepened heel socket.

By adopting the technical scheme, the socket shape of the heel is deepened, so that the heel area can be used for righting the ankle and adjusting the force line of the lower limb to promote the healthy growth of the foot, thereby enhancing the effect of preventing or correcting the foot from suffering from foot diseases such as varus and valgus and the like generated by the foot and reducing the probability of foot diseases and complicating symptoms caused by the improper force line of the lower limb.

Preferably, the arch support is provided with a through hole communicated with the heel area at a position corresponding to a heel bone in a human body, and a heel pad is arranged in the through hole.

By adopting the technical scheme, the heel cushion has the function of providing buffering, so that the impact force of the foot arch to the heel bone caused by the fact that the foot arch is supported in the gait cycle of the child or jumping is effectively reduced, and the pain of the sole and the injury of the foot are reduced.

Preferably, the bottom of the arch support is provided with a limiting groove, the sole is provided with a limiting block matched with the limiting groove, and the limiting groove is staggered with the through hole.

By adopting the technical scheme, the limiting groove is arranged to increase the contact area between the insole and the sole and increase the friction force between the insole and the sole, so that the insole and the sole can be more tightly combined together, the dislocation can be reduced when the children use the shoes, the sprain probability of the children in the gait cycle or in the jumping process is reduced, and the safety of the shoes is improved.

Preferably, the sole is provided with a high-density support part having a density greater than that of other parts corresponding to the inner side of the heel bone in the human body.

By adopting the technical scheme, the high-density support part is utilized to form high-density support on the inner side of the sole, which is beneficial to controlling the hind foot eversion, thereby reducing the probability of strain of knee joints and hip joints and enhancing the effect of preventing or correcting foot eversion and other foot diseases.

Preferably, the inner side of the heel cup of the vamp is extended upwards for reinforcement treatment.

By adopting the technical scheme, the eversion degree of the hind foot can be controlled by the heel cup through the extension and the hardening and reinforcing treatment of the inner side of the heel cup, and the probability of scaphoid protrusion is reduced, so that the progress of arch collapse is slowed down, and the pain of walking is reduced.

In summary, the present application includes at least one of the following beneficial technical effects:

1. through the utilization of an arch support part and an arch support at the inner arch part of the insole, abnormal pressure distribution of the sole of a child during running and jumping is recombined, three main pressure areas (including a heel bone, a first metatarsal bone and a fifth metatarsal bone) of the sole are redistributed to normal levels so as to improve the structure of the skeleton, reduce the pronation angle and the eversion of the foot, prevent the arch from collapsing, reduce the pressure of the sole, reduce the pain and the injury of the sole and improve the symmetry of feet when the foot is used, thereby realizing the prevention or the correction of the foot and reducing the probability of foot trouble to protect the healthy growth of the foot of the child;

2. the outer arch support part is matched with the inner arch support part, so that the contact area between the arch region and the arch of the human body can be increased, and extra outer side supporting force is provided for the part from the heel bone to the cuboid bone, so that the pressure of the foot is reduced, the ankle joint is stabilized, and the inward and outward turning of the foot is reduced;

the inclination of the forefoot area is utilized to enable the subtalar joint to recover or approach to a neutral position in a gait cycle as much as possible, compensation and strain activities of other joints are reduced, and gravity distribution of a sole is balanced, so that foot problems such as varus and the like of the foot are prevented or corrected, and the risk of varus and valgus of the forefoot or the hindfoot of the child is reduced.

Drawings

Fig. 1 is a schematic view of a walking stabilizing shoe in the embodiment of the present application.

Fig. 2 is a schematic view of the insole structure in the example of the present application.

Fig. 3 is a bottom view of the insole in the example of the present application.

FIG. 4 is a left side view of an insole in an embodiment of the present application.

FIG. 5 is a right side view of an insole in an embodiment of the present application.

FIG. 6 is a cross-sectional view A-A of an insole in an embodiment of the present application.

FIG. 7 is a cross-sectional view B-B of an insole in an embodiment of the present application.

Figure 8 is a schematic illustration of placement of an orthotic fitting in an embodiment of the present application.

Figure 9 is a schematic view of a human foot configuration in an embodiment of the present application.

Description of reference numerals: 1. a sole; 11. a high-density support portion; 2. a shoe upper; 21. a heel cup; 3. shoe-pad; 31. an inner arch support; 32. an outer arch support; 33. a metatarsal support; 34. a transverse arch reinforcement pad; 35. deepening the shape of the heel socket; 36. a sweat band cloth; 37. anti-skid particles; 4. supporting the arch of foot; 41. a heel pad; 42. a limiting groove; c1, a first metatarsal pad; c2, second metatarsal pad; c3, third metatarsal pad; c4, toe furrow pad; c5, inner deep pad; c6, reverse inner deep pad; c7, standard inner arch support; c8, widening inner arch support; c9, outer arch pad; c10, inner arch filling sheet.

Detailed Description

The present application is described in further detail below with reference to figures 1-9.

The embodiment of the application discloses a child is with correcting steady step shoes.

Since the left and right feet of the human body are symmetrical, only the right foot is described in the embodiment, and the left foot is also suitable for the same symmetry, which is not described in detail below.

Referring to fig. 1, a child's correcting and stabilizing shoe comprises a sole 1 and a vamp 2 arranged on the sole 1, wherein a shoe pad 3 for correcting is laid on the top surface of the sole 1. In this embodiment, the outsole of the insole 3 is made of a soft material, and in other embodiments, the insole can be made of a conventional insole 3 material.

Referring to fig. 7, a layer of sweat band cloth 36 is laid on the top surface of the insole 3, and cotton cloth or other sweat-absorbing and warm-keeping materials may be laid in other embodiments.

Referring to fig. 2, the insole 3 may be divided into a forefoot region corresponding to a forefoot, an arch region corresponding to an arch, and a heel region corresponding to a heel according to a foot of a human body. In the gait cycle, the pressure of the foot on insole 3 is distributed primarily in the forefoot and heel areas, and with reference to fig. 9, the foot is supported by the first, fifth and heel bone.

Referring to fig. 3, in this embodiment, the bottom of the forefoot region is provided with anti-slip particles 37, and the anti-slip particles 37 are used to increase the friction force between the insole 3 and the sole 1, so that the insole 3 can be tightly adhered to the sole 1, thereby improving the integrity of the insole 3 and the sole 1, reducing slippage during use, and improving safety and comfort. In this embodiment, the shape of the anti-slip particles 37 is honeycomb type, and in other embodiments, corrugated type or other shapes conforming to anti-slip properties may be used.

Referring to fig. 1 and 4, an inner arch support 31 for supporting the inner arch is disposed on the top surface of the insole 3 corresponding to the inner arch of the human body, and particularly, referring to fig. 9, the inner arch support 31 is disposed from the heel bone corresponding to the foot of the human body to the first metatarsal bone, along the heel region to the edge portion of the arch region, and clings to the inner arch of the human body.

The inner arch is arranged to provide support for the arch, so that tendon pulling on the sole is reduced, pain caused by over-high tension of the arch is reduced, a space for resting soft tissues on the sole is provided, and healthy growth of the foot of a child is promoted.

Referring to fig. 3 and 4, the bottom of the insole 3 is provided with an arch support 4, and in particular, the arch support 4 is arranged at the bottom of the insole 3 from the arch area to the heel area.

Wherein, the connection mode of arch support 4 and shoe-pad 3 adopts the thermoplastic foaming to bond, namely, before 3 secondary foaming of shoe-pad, place arch support 4 in the bottom of shoe mould, make 3 secondary foaming of shoe-pad accomplish the back and make 3 and the arch support 4 of shoe-pad and bond.

In this embodiment, the material of arch support 4 adopts the ejection piece, and the material hardness of ejection piece is greater than the material hardness of shoe-pad 3, makes arch support 4 can keep the shape in arch of foot district and heel district, and then provides stable bearing and shock attenuation for shoe-pad 3's daily activity, makes the foot keep healthy state of stretching.

Meanwhile, the shapes of the arch region and the heel region can be kept by utilizing the arch support 4, so that the insole 3 can determine a more standard foot shape for the feet of the child, and further the feet can be prevented or corrected.

Further, during the use of the insole 3, when the child moves in a gait cycle, runs or stands on tiptoe, the main force bearing areas are the first metatarsal bone and the fifth metatarsal bone of the foot, that is, the main force bearing points of the insole 3 are in the forefoot area. The forefoot area lands, the arch area and the heel area form an angle with the ground, the arch support 4 is utilized to enable the arch area and the heel area to keep extending all the time, compensation and strain activities of other joints are reduced, other sequelae possibly caused by actions such as gait cycle, running or tiptoe standing are reduced to the minimum, and therefore healthy growth of the feet of the child is guaranteed.

Through the utilization of the arch support part and the arch support 4 at the inner arch part of the insole 3, abnormal pressure distribution of the sole of a child during running and jumping is recombined, three main pressure areas (including a heel bone, a first metatarsal bone and a fifth metatarsal bone) of the sole are redistributed to normal levels so as to improve the structure of the skeleton, reduce the pronation angle and the eversion of the foot, prevent the arch from collapsing, reduce the pressure of the sole, reduce the pain and the injury of the sole of the foot and improve the symmetry of the feet when the foot is used, thereby preventing or correcting the foot and reducing the occurrence probability of foot troubles so as to protect the healthy growth of the foot of the child.

Referring to fig. 2 and 4, in the present embodiment, an outer arch support 32 for supporting the outer arch is disposed on the top surface of the arch region corresponding to the outer arch of the human body, and specifically, the outer arch support 32 is disposed from the heel bone to the fifth metatarsal bone corresponding to the foot of the human body, along the heel region to the edge of the arch region, and clings to the outer arch of the human body.

The outer arch support 32 is used for increasing the contact area between the insole 3 and the arch part of the human body, and extra outer side supporting force is provided for the foot from the heel bone to the cuboid bone part, so that the pressure of the foot is reduced, the ankle joint is stabilized, and the inversion of the foot is reduced.

Further, referring to fig. 7, the thickness of the inner arch support 31 is greater than that of the outer arch support 32, and the inner arch support 31 and the outer arch support 32 form a wrapping support for the arch of the foot of the user to support the arch, so that the health gait of the child can be always maintained in the process of using the insole 3, and the probability of the abnormal lower limb force line is reduced, thereby protecting the healthy growth of the foot of the child.

Referring to fig. 1 and 7, in the present embodiment, a raised metatarsal support 33 is disposed between the first metatarsal and the fifth metatarsal in the human body in the forefoot region, and in other alternative embodiments, the metatarsal support 33 may be selectively disposed according to the condition of a child.

By using the raised metatarsal support part 33, the metatarsal support part 33 can indirectly and intermittently press the interphalangeal nerves in the gait cycle of the insole 3, so as to play a role in relieving the foot, thereby reducing the fatigue of the foot, reducing the state of excessive looseness or stiffness of the foot and improving the comfort level of the insole 3.

Furthermore, the metatarsal support 33 can support the transverse arch between the first metatarsal and the fifth metatarsal, so as to disperse the pressure areas of the first metatarsal and the fifth metatarsal in the sole to a normal level, and meanwhile, when a child jumps, the impact on the ground can be effectively absorbed, and the condition of sprain can be reduced.

Referring to fig. 6, in the present embodiment, the thickness of the forefoot region gradually decreases from the first metatarsal to the fifth metatarsal in the corresponding human body, i.e., the thickness of the forefoot region corresponding to the first metatarsal is greater than the thickness corresponding to the fifth metatarsal.

Wherein, the difference between the thickness of the forefoot area corresponding to the first metatarsal and the thickness of the forefoot area corresponding to the fifth metatarsal can be set according to the degree of eversion of the feet or the prevention conditions needed by the age and the shape of the feet of children, and the difference of the thickness can be divided into slight eversion, and the difference of the thickness is 1 to 1.5 times; the middle eversion adopts 1.5-2 times of fall; the severe eversion adopts 2-3 times of fall and other fall with different thicknesses to realize prevention or correction.

In the gait cycle, the pronation and supination of the forefoot or hindfoot of the foot can cause the subtalar joint to fail to perform normal activities, resulting in other sequelae such as muscle pain, plantar fasciitis, etc. By utilizing the slope design of the forefoot area, the subtalar joint is restored to or close to a neutral position in a gait cycle as much as possible, compensation of other joints for the subtalar joint and strain activities are reduced, and sequelae possibly caused by the gait cycle are reduced.

Meanwhile, the inclination design of the forefoot area can balance the gravity center distribution of the sole, and the gravity center of the front sole is transferred to the direction of the little toe, so that the stress of the first metatarsal is changed, the stress from the first metatarsal to the fifth metatarsal is uniformly distributed, the foot problems such as the inward turning and the outward turning of the foot are prevented or corrected, the risk of the inward turning and the outward turning of the forefoot or the rear foot of the child is reduced, and the healthy growth of the foot of the child is protected.

Referring to fig. 3 and 5, in this embodiment, a transverse arch reinforcement pad 34 having a greater density than the other parts is provided at the bottom of the forefoot region corresponding to the transverse arch of the human body, the transverse arch reinforcement pad 34 is adhesively attached to the insole 3 in the same manner as the arch support 4, and in other alternative embodiments, the transverse arch reinforcement pad 34 may be selectively provided according to the condition of the child.

The transverse arch reinforcing pad 34 is used for matching with the inclination arrangement of the forefoot area, so that the insole 3 at the position of the transverse arch provides supporting force required by recovery in the recovery process of subtalar joints in a gait cycle, the deformation of the pressure area of the forefoot area corresponding to the first metatarsal can be effectively reduced, the compensation and strain activities of other joints on the forefoot area can be further reduced, and the effect of preventing or correcting foot varus and other foot diseases caused by foot is enhanced.

Referring to fig. 2 and 7, a deepened heel socket 35 is arranged in the heel area, and specifically, the deepened heel socket 35 is connected with the inner arch support portion 31 and the outer arch support portion 32 to form a socket shape, so that the ankle is completely sunk into the heel area, the contact between the ankle and the shoe upper 2 can be reduced, and the hyperplasia of the ankle cortex can be reduced.

Furthermore, the socket shape of the heel area enables the heel area to support the ankle, so that the lower limb force line is adjusted to promote the healthy growth of the foot, the effect of preventing or correcting the foot from suffering from foot diseases such as eversion and the like caused by the foot is enhanced, and the probability of foot diseases and complicating symptoms caused by the improper lower limb force line is reduced.

Referring to fig. 3, in this embodiment, a through hole communicating with the heel area is formed at a position of the arch support 4 corresponding to a heel bone of a human body, and a heel pad 41 is disposed in the through hole, in this embodiment, the heel pad 41 is connected with the heel area in the same connection manner as the arch support 4. In this embodiment, the material of the heel pad 41 is PORON material, and the material hardness of the heel pad 41 is lower than that of the insole 3.

When the insole 3 is used, the main force bearing area is in the heel bone of the foot when the child walks in a gait cycle and jumps and other dynamic actions are carried out, namely, the main force bearing point of the insole 3 is in the heel area. The heel pad 41 serves to cushion the heel bone, so that the impact force of the arch support 4 on the heel bone is effectively reduced, the pain and injury of the foot are reduced, and the possibility of injury caused by foot movement is reduced.

Further, the elasticity of the heel pad 41 enables the insole 3 to increase the muscular strength and expression of the foot during exercise of the child to promote the growth and development of the child.

Referring to fig. 3, the bottom of the arch support 4 is provided with a limiting groove 42, the sole 1 is provided with a limiting block matched with the limiting groove 42, and the limiting groove 42 is arranged in a staggered through hole. Specifically, in this embodiment, the arch support 4 is provided with a plurality of opposite irregularly-shaped limiting grooves 42 corresponding to the inner arch and the outer arch of the human body, the arch support 4 is provided with a plurality of strip-shaped limiting grooves 42 corresponding to the transverse arch of the human body, and the number of the limiting grooves 42 is determined according to the actual production conditions, which is not specifically described in this embodiment.

During installation, the limiting blocks are clamped in the limiting grooves 42, the limiting grooves 42 are arranged to act on the shoe pad 3 and the sole 1 to increase the contact area between the shoe pad 3 and the sole 1, the friction force between the shoe pad 3 and the sole 1 is increased, the shoe pad 3 and the sole 1 can be combined more closely together, dislocation can be reduced when a child uses the shoes, the probability of sprain of the child in a gait cycle or a jumping process is reduced, and therefore the safety of the shoes is improved.

In summary, different degrees of arch support may be provided for correction depending on the age of the child and the degree of foot affliction present in the foot.

For flat feet, one can classify as standard medial arch support 31 width, standard medial arch support 31 thickness or low thickness; an extended medial arch support 31 width, a standard medial arch support 31 thickness, or a low thickness.

For inner eight feet, the width of the standard inner arch support 31, the thickness of the inner eight, the thickness of the standard inner arch support 31 or the low thickness can be divided; an extended medial arch support 31 width, a medial eight, a standard medial arch support 31 thickness, or a low thickness.

A high foot may be classified as a standard medial arch support 31 width, a standard medial arch support 31 height thickness.

Wherein, on the basis of the fixed arch support of the insole 3, an adjustable correction accessory can be added in the insole 3 to correct the child patient with the relevant symptoms:

referring to FIG. 8, the orthotic assembly includes a first metatarsal pad C1, a second metatarsal pad C2, a third metatarsal pad C3, a sulcus pad C4, an inner deep pad C5, a reverse inner deep pad C6, a standard inner arch pad C7, a widened inner arch pad C8, an outer arch pad C9 and an inner arch filling patch C10.

In particular, the first metatarsal pad C1 is adapted to collapse the transverse arch and compress the interphalangeal nerve, supporting the transverse arch, the first metatarsal pad C1 being arranged between the second metatarsal and the third metatarsal of the insole 3, in correspondence of the foot of the human body, and along the median of the insole 3.

The second metatarsal pad C2 is adapted to collapse the transverse arch and compress the interphalangeal nerve, supporting the second metatarsal as well as the third metatarsal, the second metatarsal pad C2 being arranged between the second metatarsal and the fourth metatarsal of the insole 3 in correspondence of the human foot, and along the midline of the insole 3. When the first metatarsal pad C1 and the second metatarsal pad C2 are simultaneously assembled, the first metatarsal pad C1 is located above the second metatarsal pad C2 from the insole 3.

The third metatarsal pad C3 is suitable for forefoot pain and heel pain and is intended to be fitted with orthotic devices in the heel area, the third metatarsal pad C3 is arranged between the first metatarsal and the fifth metatarsal of the foot of the person on insole 3, and the third metatarsal pad C3 is of the same width as insole 3. When the first metatarsal pad C1, the second metatarsal pad C2 and the third metatarsal pad C3 are simultaneously assembled, the third metatarsal pad C3 is located at the bottom from the insole 3.

The toe groove pad C4 is suitable for soft hammer toe or claw toe, the toe groove pad C4 can reduce the pressure on the toe, thereby reducing the pain or the probability of hyperplasia, and the first metatarsal pad C1 or the second metatarsal pad C2 can be matched to increase the using effect of the toe groove pad C4. Toe groove pad C4 is provided at a position on insole 3 corresponding to the toe portion of a human foot.

The inner deep cushion C5 is adapted for use by a child whose heel is everted when standing, the inner deep cushion C5 is positioned at the heel bone of insole 3 corresponding to the foot of the person to the medial line of insole 3 is positioned at the inner side near the heel bone and the thicker side is positioned at the inner side to control the heel to be more nearly vertical.

The reverse inner deep cushion C6C5 is suitable for children with inverted heels when standing, the reverse inner deep cushion C6C5 is arranged at the position of the insole 3 corresponding to the heel bone of the foot of a human body, the middle line of the insole 3 is arranged at the outer side close to the heel bone, and the thicker side is arranged at the outer side position to control the heels to be more vertical.

Both standard inner arch support C7 and widened inner arch support C8 are suitable for use in thumb dorsiflexion conditions where the arch is relatively high for a child to use, and standard inner arch support C7 and widened inner arch support C8 provide support for the arch, reduce pulling of the tendons of the sole, thereby reducing pain caused by excessive tension and providing a soft combination rest time for the sole. Standard inner arch pad C7 and widened inner arch pad C8 are both positioned at the medial arch of insole 3 corresponding to the human foot.

The outer arch pad C9 is suitable for children with high longitudinal arch at inner and outer sides of foot, and can increase contact surface and reduce pressure. In addition to the high arch foot, the outer arch pad C9 can provide additional lateral support to stabilize the ankle joint. The outer arch pad C9 is positioned at the lateral arch of insole 3 corresponding to the human foot.

The inner arch filling sheet C10 is used to increase the hardness of the insole 3, reduce the deformation of the shell, and provide more extra supporting force for the arch support 4 when necessary, and the inner arch filling sheet C10 is disposed at the bottom of the arch support 4, specifically, the inner arch filling sheet C10 is disposed at the inner side of the arch support 4 corresponding to the inner arch of the foot.

Further, the use method of the correction fitting is as follows:

firstly, scanning the feet by using an instrument, carrying out pressure analysis on the feet, collecting data of the scanned feet through an instrument analysis, detection and evaluation system, wherein the collected data mainly comprise semi-bearing foot shape data and bearing case data, and automatically splicing into a three-dimensional foot model.

And secondly, analyzing the collected data in a global dynamic graph, a chart, a calculation analysis mode, a gait feature analysis mode, foot pressure distribution and the like.

Thirdly, adding corresponding correction accessories according to data analysis.

Fourthly, trying on for 1 to 2 hours for the first time, then gradually increasing for 1 hour every day, wearing for a long time until the comfort is felt, running or other exercises can be carried out after the comfort is worn, and if the user is uncomfortable during wearing, wearing is reduced or the user stops wearing.

The foot of the child can be corrected or prevented by using the correction mode, so that the child can be corrected in a targeted manner according to specific foot diseases, and the condition that unnecessary correction has an adverse effect on the foot of the child is avoided, so that the healthy growth of the foot of the child is protected.

Referring to fig. 1, the sole 1 is disposed at a certain slope from the toe to the heel of the foot of the human body, and the size of the slope of the sole 1 is determined according to the actual production condition, which is not specifically described in this embodiment.

Sole 1 can make child carry out the gait cycle or in the motion process through setting up certain slope and combining foretell shoe-pad 3 again, the chest of straightening that the health is natural raises the head, reduces child's risk of hunchback, has certain correction effect to some lumbar vertebrae or vertebra simultaneously, makes child keep the body shape of beautiful.

Referring to fig. 1, the inner side of the sole 1 corresponding to the heel bone of the foot of a human body is provided with a high-density support part 11 with density higher than that of other parts, and the high-density support part 11 is utilized to enable the inner side of the sole 1 to form high-density support, which is beneficial to controlling the hindfoot eversion, thereby reducing the probability of strain occurrence of knee joints and hip joints and enhancing the effect of preventing or correcting foot diseases such as the foot eversion.

Furthermore, the combination of the high-density support part 11 and the transverse arch reinforcing pad 34 can effectively improve the stability, and can reasonably disperse the pressure generated by the foot during the dynamic actions such as gait cycle or exercise, and further reduce the compensation and strain activities of other joints to the foot, so as to protect the healthy growth of the foot of the child.

Referring to fig. 1, the inner side of the heel cup 21 of the upper 2 extends upwards for reinforcement, and specifically, the reinforced heel cup 21 is arranged at the heel of the inclined plane, so that the ankle of a child can be locked in the heel cup 21 in the using process, the heel cup 21 can control the eversion degree of the hindfoot, the probability of scaphoid protrusion is reduced, the progress of arch collapse is slowed down, and the pain of walking is reduced.

Furthermore, the heel cup 21 is reinforced and the insole 3 deepens the heel socket 35, so that the sole 1, the vamp 2 and the insole 3 can protect the ankle at the same time, and the ankle correcting effect is improved.

The correcting and stabilizing shoes are suitable for the habit of children that move more, reduce the impact force of children jumping in daily life, correct the gait habit of children and ensure that the feet of the children can keep healthy development; meanwhile, under the dual functions of the insole 3 and the sole 1, the foot shape can be better corrected, the healthy growth probability of the foot is increased, and the foot diseases are prevented, relieved and corrected.

Claims

1. The utility model provides a child is with correcting steady step shoes, includes sole (1) and vamp (2) of locating on sole (1), characterized in that, lay on sole (1) and be used for the shoe-pad (3) of correcting, the top surface of shoe-pad (3) is equipped with the interior arch of foot supporting part (31) that is used for supporting inboard arch of foot corresponding in the human body arch department, shoe-pad (3) include forefoot region, arch of foot district and heel district, from arch of foot district to the bottom in heel district is equipped with arch of foot support (4).

2. A corrective walking shoe for children according to claim 1, characterized in that the top surface of the arch area is provided with an outer arch support (32) for supporting the outer arch of the foot corresponding to the outer arch of the foot in the human body.

3. A raised metatarsal support part (33) is arranged between the first metatarsal and the fifth metatarsal in the human body corresponding to the forefoot area.

4. The corrective walking shoe for children as claimed in claim 1, wherein the thickness of said forefoot region gradually decreases from the first metatarsal to the fifth metatarsal in the corresponding human body.

5. A corrective walking shoe for children according to claim 4, characterized in that the bottom of the forefoot area is provided with a transverse arch reinforcement pad (34) of greater density than the rest of the body in correspondence of the transverse arch.

6. A corrective walking shoe for children according to claim 1, characterized in that said heel area is provided with a deepened heel socket (35).

7. The child's correcting and walking stabilizing shoe as claimed in claim 1, wherein the arch support (4) is provided with a through hole corresponding to the heel bone of the human body and communicating with the heel area, and a heel pad (41) is provided in the through hole.

8. The children's corrective walking stabilizing shoe as claimed in claim 7, wherein the bottom of the arch support (4) is provided with a limiting groove (42), the sole (1) is provided with a limiting block matched with the limiting groove (42), and the limiting groove (42) is staggered with the through hole.

9. A child's corrective walking stabilizing shoe as claimed in claim 1, characterized in that said sole (1) is provided with a high density support (11) having a density greater than that of the rest of the shoe, corresponding to the inner side of the heel bone in the human body.

10. A corrective walking shoe for children according to claim 1, characterized in that the inside of the heel cup (21) of the upper (2) is extended upwards for reinforcement.