CN212636776U - Healthy comfortable shoe-pad - Google Patents

Abstract

The utility model discloses a healthy comfortable shoe-pad, its technical scheme main points are: including ventilative layer, bradyseism layer and the layer of kick-backing that sets gradually from the top down, ventilative layer, bradyseism layer and the layer of kick-backing fixed connection in proper order, the pressure adjustment piece has been inlayed to layer bottom front end of kick-backing, layer bottom rear end is fixed with the design layer of kick-backing, the heel department that the design layer corresponds the shoe-pad is fixed with the shock attenuation piece.

Description

Healthy comfortable shoe-pad

Technical Field

The utility model relates to the field of shoes, more specifically the utility model relates to a healthy comfortable shoe-pad that says so.

Background

The insole is a part directly contacting with the sole of the foot when the shoe is worn, so that the insole is one of the main factors influencing the wearing comfort. The traditional insoles are generally made of single materials through simple pressing or sewing, generally have certain softness and basically meet the requirements of daily walking. However, with the change of the feet of people, the single traditional insole cannot meet the daily wearing comfort of people. The conventional insole has the following disadvantages after being worn for a period of time: the traditional insole has a flat surface, cannot be curved with a sole, and has uneven sole pressure distribution, so that the insole has an unsatisfactory rebound effect, a weakened damping effect and reduced comfort level; secondly, the traditional insoles are always in a compression-release motion cycle state in the walking process, most of the insoles can deform, and the service life is short. And thirdly, the traditional insole has poor air permeability, is easy to breed bacteria and fungi, and causes foot problems such as dermatophytosis and the like.

SUMMERY OF THE UTILITY MODEL

Not enough to prior art exists, the utility model aims to provide a can realize correcting foot type, the higher just shock attenuation of travelling comfort and the better healthy comfortable shoe-pad of deodorization performance.

In order to achieve the above purpose, the utility model provides a following technical scheme:

this kind of healthy comfortable shoe-pad includes ventilative layer, bradyseism layer and the resilience layer that sets gradually from the top down, ventilative layer, bradyseism layer and resilience layer fixed connection in proper order, resilience layer bottom front end is embedded to have a pressure adjustment piece, resilience layer bottom rear end is fixed with the design layer, the heel department that the design layer corresponds the shoe-pad is embedded to have the shock attenuation piece.

Further, the inclined plane of the pressure regulating sheet is spliced at the upper end of the rebound layer, the pressure regulating sheet comprises a thumb part, a sole part and an arch part, the thumb part, the sole part and the arch part are integrally and fixedly arranged, the thumb part is matched with the shape of a thumb, the sole part comprises first to fifth metatarsophalangeal joint parts, and the arch part is matched with the shape of the inner side or the outer side of the arch of the human body.

Furthermore, the side edges of the breathable layer, the cushioning layer and the rebound layer are provided with progressive wrapping type arch heel integrated parts matched with the heel part and the arch part of the sole of the human body, the half sole parts of the breathable layer, the cushioning layer and the rebound layer are provided with concave parts matched with the first metatarsal ball and the fifth metatarsal ball, and the middle of the concave parts of the first metatarsal ball and the fifth metatarsal ball is in transition and convex to be attached to the curved surface of the half sole.

Furthermore, the rebound layer adopts Osley with deceleration of 120-129m/s and energy recovery of 33-36%.

Furthermore, the half sole of the rebound layer is provided with an opening matched with the pressure regulating sheet, and the pressure regulating sheet is fixed in the opening.

Furthermore, the breathable layer is made of porous breathable antibacterial mesh cloth.

Furthermore, the deceleration rate of the shock absorption layer is 110-119m/s, and the energy recovery rate is 31-34% Osley.

Furthermore, the shock attenuation piece adopts PORON material or ETPU or silica gel or gel, shock attenuation piece thickness is 4-6mm, the matching sets up the shock attenuation piece shock attenuation groove in the resilience layer, and the shock attenuation groove degree of depth is 1-3mm, still exceeds the resilience layer behind the embedded shock attenuation groove of shock attenuation piece.

Furthermore, the pressure adjusting sheet adopts Osley or PORON or ETPU or silica gel or gel with the deceleration of 100-109m/s and the energy recovery of 35-39%.

The utility model has the advantages that:

1. the pressure regulating sheet is arranged, and proper elastic materials are matched according to different sole pressures, so that the sole pressure is effectively regulated, and the sole pressure distribution is more reasonable;

2. the insole has the functions of ventilation, comfort, moisture absorption, shock absorption, pressure regulation, rebound acceleration and deodorization by the combination of the ventilation layer, the shock absorption layer, the rebound layer, the regulation sheet, the shaping layer and the shock absorption sheet, so that the use effect of the insole is greatly enhanced;

3. through the arrangement of the waist nest, the foot type correction device can be used for matching treatment or correcting foot types such as flat feet, high-arch feet and the like, and has stronger practical effect.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

FIG. 2 is a bottom plan view of FIG. 1;

FIG. 3 is a bottom plan view of the present invention with a pressure adjustment tab for treating pronation;

FIG. 4 is a bottom plan view of the present invention with pressure regulating flaps for treating valgus;

FIG. 5 is an exploded view of the structure of FIG. 1;

FIG. 6 is a schematic view of another embodiment of FIG. 2;

FIG. 7 is a bottom plan view of example 2.

Reference numerals: 1. a breathable layer; 2. a cushioning layer; 3. a resilient layer; 4. a shaping layer; 5. a pressure regulating sheet; 50. a thumb portion; 51. a sole portion; 52. an opening; 53. an arch portion; 6. a damping sheet; 60. a damping groove; 7. an arch heel integral body; 8. anti-skid lines; 9. and a filling part.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples. In which like parts are designated by like reference numerals. It should be noted that the terms "front," "back," "left," "right," "upper" and "lower" used in the following description refer to directions in the drawings, and the terms "bottom" and "top," "inner" and "outer" refer to directions toward and away from, respectively, the geometric center of a particular component.

Example 1

Referring to fig. 1 to 5, the working principle of the present embodiment is as follows: because the main body of the bearing and supporting body of the human body is the thumb, each expansion finger joint part and the arch part 53 in the trampling process, the pressure regulating sheet 5 comprises the three parts and plays a role in regulating pressure, so that the pressure distribution of the sole of a foot is more reasonable, the shaping layer 4 is adopted, negative oxygen ions can be released to be beneficial to the human body, and the bamboo charcoal material is added, so that the peculiar smell of the foot can be effectively reduced, a stronger supporting effect on the arch of the foot can be realized, and the pressure of the sole can be effectively dispersed.

Referring to fig. 1 or 5, this kind of comfortable shoe-pad of health, include ventilative layer 1, bradyseism layer 2 and the layer of kick-backing 3 that sets gradually from the top down, ventilative layer 1, bradyseism layer 2 and layer of kick-backing 3 fixed connection in proper order, 3 bottom front ends of layer of kick-backing are embedded to have pressure regulating piece 5, 3 bottom rear ends of layer of kick-backing are fixed with design layer 4, and the heel department that 4 corresponds the shoe-pad in design layer is embedded to have shock attenuation piece 6.

The shaping layer 4 is preferably made of negative oxygen ion bamboo charcoal fiber, or silica gel, TPU and bamboo charcoal foam, has high hardness, has a supporting effect, can deodorize the sole of a foot, can effectively disperse the pressure of the sole of the foot, and can release negative oxygen ions, thereby being beneficial to the human body.

Referring to fig. 2 to 4, as a specific embodiment of the improvement, the pressure-regulating blade 5 is obliquely spliced on the upper end of the resilient layer 3, the pressure-regulating blade 5 comprises a thumb part 50, a sole part 51 and an arch part 53, the thumb part 50, the sole part 51 and the arch part 53 are fixedly arranged integrally, the thumb part 50 matches the shape of the thumb, the sole part 51 comprises first to fifth metatarsophalangeal joints, and the arch part 53 matches the shape of the inner side or the outer side of the arch of the human body.

The common embedding mode is straight surface splicing, the insole adopts inclined surface splicing, and the insole mainly has the function of neutralizing the performances of two materials with different cushioning performances and has good transition.

Because the human body is in the in-process of trampling, most atress is on thumb and first to fifth metatarsophalangeal joint portion and arch of foot portion 53, and set up pressure adjustment piece 5 and can effectively disperse pressure distribution, make plantar pressure distribution more reasonable, the reinforcing travelling comfort, because the flat-foot patient leans on in trampling in-process both feet, consequently trampling the pressure increase of in-process to arch of foot department, consequently, the setting that sets up arch of foot portion 53 can be effectively to the flat-foot patient, increase the travelling comfort and have the effect of supplementary correction.

Referring to fig. 1, as a specific embodiment of improvement, the lateral edges of the air permeable layer 1, the cushioning layer 2 and the rebound layer 3 are all provided with a progressive wrapping type arch heel integral body 7 matching with the heel and arch of the sole of the human foot, the half sole of the air permeable layer 1, the cushioning layer 2 and the rebound layer 3 is provided with a concave recess matching with the first metatarsal ball and the fifth metatarsal ball, and the middle of the concave recess of the first metatarsal ball and the fifth metatarsal ball is in transition and convex to fit with the curved surface of the half sole.

The first metatarsal ball and the fifth metatarsal ball formed by the foot muscles of the first metatarsal toe joint and the fifth metatarsal toe joint are concave, the middle of the first metatarsal ball and the fifth metatarsal ball are in transition and convex according to the shape of the forefoot of the foot, the first metatarsal ball and the fifth metatarsal ball are attached to the curved surface of the forefoot of the foot, and the stability of the foot is improved.

The lateral edges of the breathable layer 1, the cushioning layer 2 and the rebound layer 3 are provided with an arch heel integrated part 7, and the progressive edges are adopted to be more attached to the half sole and the shoe cavity.

The progressive wrapping type arch heel integrated body 7 is designed to be in accordance with the design of human foot types, and can be designed in different directions, such as the inner side of the arch or the outer side of the arch to match the foot types of foot pronation and the foot pronation can be effectively treated or adjusted by designing different angles and heights.

The highest part of the heel of the progressive wrapping type arch heel integrated body 7 is 13-18mm, the highest part of the arch close to the inner side is 21-25mm, and the highest part of the arch close to the outer side is 15-19 mm.

Referring to fig. 6, the progressive wrapping type arch and heel integrated body 7 can be designed to be detached to fix the arch area and the heel area respectively, and the flat foot applies force to the arch and the heel together when walking, so that the progressive wrapping type arch and heel integrated part adopted by the flat foot is more suitable, and the arch of the high arch is not supported in the walking process, so that the independent arch area supports the high arch area and is more suitable for people with high arch

As a modified specific implementation mode, the rebound layer 3 adopts Osley with deceleration of 120-129m/s and energy recovery of 33-36%.

By adopting the above Europe Lai material, the rebound effect of the rebound layer is enhanced, and the comfort of the user is improved.

Referring to fig. 2, as a modified embodiment, the front palm of the resilient layer 3 is provided with an opening 52 matching the pressure-regulating blade 5, the opening 52 is actually a through hole penetrating up and down, and the pressure-regulating blade 5 is fixed in the opening 52.

The opening is fixed with the pressure adjusting sheet 5, so that the pressure adjusting sheet 5 can be prevented from protruding on the rebound layer 3, and the treading pressure is prevented from acting on the pressure adjusting sheet 5 completely.

As a modified specific embodiment, the air-permeable layer 1 is made of porous air-permeable antibacterial mesh cloth.

And the porous breathable antibacterial mesh fabric material is adopted, so that the breathable and antibacterial effects are enhanced.

As a modified embodiment, the damping layer 2 adopts Osley with deceleration of 110-119m/s and energy recovery of 31-34%.

The cushioning layer 2 is made of the Osela material, so that the cushioning effect is better.

Referring to fig. 2, as a specific embodiment of the improvement, the damping sheet 6 is made of PORON material, ETPU, silica gel or gel, the thickness of the damping sheet 6 is 4-6mm, the damping groove 60 of the damping sheet 6 is arranged in the rebound layer 3 in a matching manner, the depth of the damping groove 60 is 1-3mm, and the damping sheet 6 is still higher than the rebound layer 3 after the damping groove 60 is embedded in the rebound layer 3.

The heel is as main pressure zone, and the cushioning effect is more obvious in above-mentioned setting can making the wearing of shock attenuation piece 6, and has performances such as anti compression deformation, cushioning nature and dispersion impact force.

As a modified specific implementation mode, the pressure regulating sheet 5 adopts Osley or PORON or ETPU or silica gel or gel with the deceleration of 100-109m/s and the energy recovery of 35-39%.

The smaller the deceleration value, the better the shock absorption effect, and the larger the energy recovery value, the better the resilience.

As an improved specific implementation manner, the shaping layer 4 is made of negative oxygen ion bamboo charcoal fiber or silica gel or TPU or bamboo charcoal foam.

The shaping layer 4 is made of bamboo charcoal fiber material containing negative oxygen ions, silica gel, PE plastic or bamboo charcoal foam and the like, has certain hardness after being shaped, stabilizes the periphery of the heel and inner and outer arch flanges, is not easy to deform, and provides high-strength support.

The negative oxygen ion bamboo charcoal fiber material can release negative oxygen ions, is beneficial to human bodies, and can effectively reduce the peculiar smell of feet by adding the bamboo charcoal material to adsorb bacteria.

Example 2

Referring to fig. 7, the present embodiment is different from the above-described embodiments only in that the lumbar support region of the insole is different from the above-described insole structure.

The arch of foot can be according to the arch of foot height, sets up filling portion 9 at bradyseism layer and/or resilience layer, and customization packing EVA or bubble cotton class material get into filling portion 9, and the material such as packing EVA, bubble cotton provides support and anti-torque power, and thereby the patient of high arch of foot or flat foot is matchd to the filling material's of steerable filling portion 9 how much, and the outer end of design layer 4 is equipped with anti-skidding line.

The supporting layer sets up anti-skidding line 8, and anti-skidding line 8 can be latticed or by the straight line form or trilateral or quadrangle or pentagon or hexagon extend the plane of expansion formation, can further increase the friction of shoe-pad and shoes, avoids appearing gliding phenomenon in the motion process of wearing.

It is above only the utility model discloses a preferred embodiment, the utility model discloses a scope of protection does not only confine above-mentioned embodiment, the all belongs to the utility model discloses a technical scheme under the thinking all belongs to the utility model discloses a scope of protection. It should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims (9)

1. A healthy and comfortable insole is characterized in that: including ventilative layer (1), bradyseism layer (2) and resilience layer (3) that from the top set gradually down, ventilative layer (1), bradyseism layer (2) and resilience layer (3) fixed connection in proper order, it has pressure adjustment piece (5) to kick-back layer (3) bottom front end is embedded, resilience layer (3) bottom rear end is fixed with design layer (4), it has shock attenuation piece (6) to fix a size layer (4) and correspond the heel department of shoe-pad to embed.

2. A healthy and comfortable insole as claimed in claim 1, wherein: pressure regulation piece (5) inclined plane concatenation is in resilience layer (3) upper end, pressure regulation piece (5) are including thumb portion (50), sole portion (51) and arch of foot portion (53), thumb portion (50), sole portion (51) and arch of foot portion (53) integrative fixed setting, thumb portion (50) match the thumb shape, sole portion (51) contain first to fifth metatarsophalangeal joint portion, arch of foot portion (53) match human arch of foot inboard or outside shape.

3. A healthy and comfortable insole according to claim 1 or 2, wherein: the utility model discloses a heel of a foot's sole is including ventilative layer (1), bradyseism layer (2) and resilience layer (3), the side border of ventilative layer (1), bradyseism layer (2) and resilience layer (3) all is equipped with the gradual parcel type arch of foot heel with an organic whole body (7) of matching human sole heel and arch of foot portion, the half sole department of ventilative layer (1), bradyseism layer (2) and resilience layer (3) is equipped with the recessed department that matches first metatarsal ball and fifth metatarsal ball, the evagination is passed through in the middle of the recessed department of first metatarsal ball and fifth metatarsal ball, the sole half sole curved surface of laminating.

4. A healthy and comfortable insole as claimed in claim 1, wherein: the rebound layer (3) adopts Osley with deceleration of 120-129m/s and energy recovery of 33-36%.

5. A healthy and comfortable insole according to claim 4, wherein: the half sole of resilience layer (3) is equipped with opening (52) that match pressure adjustment piece (5), pressure adjustment piece (5) are fixed in opening (52).

6. A healthy and comfortable insole according to claim 1 or 2, wherein: the breathable layer (1) is made of porous breathable antibacterial mesh cloth.

7. A healthy and comfortable insole according to claim 1 or 2, wherein: the shock absorption layer (2) adopts an Osley with deceleration of 110-119m/s and energy recovery of 31-34%.

8. A healthy and comfortable insole according to claim 1 or 2, wherein: shock attenuation piece (6) adopt PORON material or ETPU or silica gel or gel, shock attenuation piece (6) thickness is 4-6mm, the shock attenuation groove (60) that set up shock attenuation piece (6) are matchd in resilience layer (3), and shock attenuation groove (60) degree of depth is 1-3mm, still exceeds resilience layer (3) including shock attenuation piece (6) after inlaying shock attenuation groove (60).

9. A healthy and comfortable insole according to claim 1 or 2, wherein: the pressure adjusting sheet (5) adopts Osley or PORON or ETPU or silica gel or gel with the deceleration of 100-109m/s and the energy recovery of 35-39%.

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