CN209788650U - Shoe-pad sole with shock attenuation and adjustable function's integrated structure - Google Patents

Abstract

The utility model discloses an insole sole of integration structure with shock attenuation and adjustable function, wherein, the sole includes outer sole, the shoes insole and supplies the inner bottom ring that the upper of a shoe bonded, this inner bottom ring bonding is on the outer edge of the upper surface of shoes insole, the lower surface of this outer sole is equipped with the first recess of a plurality of, each first recess demountable installation adopts the fashioned anti-skidding semicircle ball of rubber materials, this shoes insole adopts the shaping of stereoplasm TPU material and this shoes insole upper surface is equipped with the second recess, this shoe-pad adopts the shaping of MD material or EVA material and matches the embedding in the second recess, the hardness in shoes insole is greater than the hardness of shoe-pad. The utility model discloses save the insole in order to realize the ingenious cooperation in shoe-pad and shoes insole, exert the biggest shock attenuation performance, prolonged life to the environmental protection.

Description

Shoe-pad sole with shock attenuation and adjustable function's integrated structure

Technical Field

The utility model relates to a shoes field, concretely relates to be a shoe-pad sole of integration structure with shock attenuation and adjustable function.

Background

The shoes include the sole and with the upper of a shoe that the sole is connected, the sole includes outsole, insole and insole, outsole and ground direct contact, insole establish on the outsole, mainly play the cushioning effect. The sole and the upper are currently connected in two ways: the shoe insole is arranged on the shoe outer sole, and the shoe sole and the shoe upper are connected by two modes at present: firstly, a shoe cavity is formed by sewing a shoe upper and an insole, and then the insole is adhered to the upper surface of the insole; and secondly, the foot of the upper is 5-10mm more than the foot of the upper, the foot of the upper is bonded with the periphery of the insole to form a shoe cavity, and then the insole is bonded on the upper surface of the insole. No matter which mode is adopted, the insole is bonded on the upper surface of the insole, a layer of glue is arranged between the insole and the insole, and therefore a large amount of glue is needed in the manufacturing process, and the environment is polluted. Secondly, because the insole can not be changed, for convenient cleaning and drying, an insole is required to be placed on the insole, and the insole is in direct contact with the sole, so that the exertion of the shock absorption performance of the insole is influenced, and the insole resource is consumed. Finally, if the insole is provided with a module which is beneficial to shock absorption, the insole can feel uneven feet when being arranged in the insole, and is very uncomfortable.

In view of the above, the applicant has made an intensive study to solve the above problems and has made the present invention.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a main aim at provides a shoe-pad sole of integration structure with shock attenuation and adjustable function, removes the insole and realizes the equipment of shoe-pad sole gomphosis, ingenious cooperation, and the biggest shock attenuation performance of performance has prolonged life to the environmental protection.

In order to achieve the above purpose, the solution of the present invention is:

the utility model provides an insole sole of integrated configuration with shock attenuation and adjustable function, wherein, the sole includes outsole, the insole and supplies the interior bottom ring that the upper of a shoe bonded, this interior bottom ring bonding is at the outer edge of the upper surface of insole, the lower surface of this outsole is equipped with the first recess of a plurality of, each first recess demountable installation one adopts the fashioned anti-skidding semicircle of rubber material, this insole adopts the shaping of stereoplasm TPU material and this insole upper surface is equipped with the second recess, this insole adopts MD material or EVA material shaping and match embedding in the second recess, the hardness of insole is greater than the hardness of insole.

Furthermore, the annular side wall is made of rubber materials or soft TPU materials.

Furthermore, the shoe-pad includes shoe-pad body and massage function block, and this massage function block is established in the toe position of shoe-pad body and massage function block upper surface is protruding to be equipped with a plurality of massage semicircle ball, the shoe insole matches the massage function block and sets up first caulking groove.

Furthermore, the insole also comprises a ventilation function block, the ventilation function block is arranged at the arch position of the insole body, the insole is matched with the ventilation function module at the arch position and is provided with a second caulking groove, the second caulking groove is provided with four lower rhombic holes, the four lower rhombic holes penetrate through the outsole of the shoe, the ventilation function block is made of TPU material and is provided with four rhombic spaces, the insole body is provided with four upper rhombic holes corresponding to the four lower rhombic holes at the arch position, and the four rhombic spaces of the ventilation function block correspondingly penetrate through the four upper rhombic holes and the four lower rhombic holes.

Furthermore, the upper surface of the ventilation functional block is provided with ventilation mesh cloth in an attaching mode.

Furthermore, the breathable mesh cloth is sewn by adopting linen cloth.

After the structure of the utility model is adopted, the utility model relates to a pair of shoe-pad sole of integration structure with shock attenuation and adjustable function compares with prior art, and beneficial effect lies in, this novel breakthrough tradition technology removes the insole, adds interior bottom ring, realizes through this interior bottom ring that the upper of a shoe is connected with the sole, practices thrift insole resource and has saved glue, environmental protection more. In addition, the obstruction in the shoe is reduced, the insole and the insole are convenient to install and clean, and the insole can be closely matched: according to the characteristics of large hardness, large supporting force, poor elasticity, small hardness, small supporting force and good elasticity, the insole with larger hardness and the insole with smaller hardness but better elasticity are combined, so that the outside of the contact between the sole and the ground can provide good support for the foot, the inside of the direct contact between the sole and the foot has good buffer force, and the sole and the foot are in barrier-free close fit to enable the sole to integrally play the best supporting effect and the best buffer and shock absorption effect. In addition, the insole is easy to deform and lose efficacy after long-term use due to good elasticity, the insole can be disassembled and assembled to be convenient to replace, the anti-skidding semi-spheres can be detachably arranged at the main force points of the outsole and the ground, the anti-skidding semi-spheres can be replaced in time after being worn, and the overall service life of the sole is prolonged while the excellent performance of the sole is kept.

Drawings

Fig. 1 is an exploded view of the sole assembly of the present invention.

Fig. 2 is an exploded view of another perspective structure of the sole assembly of the present invention.

Fig. 3 is a perspective view of the appearance structure of the combined and matched sole of the utility model.

In the figure:

An outsole-1; a first groove-11; an anti-skid semi-sphere-12; a midsole-2;

A second groove-21; a first caulking groove-22; lower diamond-shaped holes-23; an upper-3;

An inner bottom ring-4; insole-5; insole body-51; a massage function block-52;

A massage semi-sphere-521; a ventilation functional block-53; diamond space-54; upper diamond-shaped hole-55.

Detailed Description

in order to further explain the technical solution of the present invention, the present invention is explained in detail by the following embodiments.

As shown in fig. 1 to 3, a footwear insole having a shock-absorbing and adjustable function of a unified structure includes an outsole 1, a midsole 2, and an insole ring 4 to which an upper 3 is bonded, the insole ring 4 being bonded to an outer edge of an upper surface of the midsole 2, and the connection of the sole to the upper 3 being accomplished by the insole ring 4. Therefore, the insole can be removed, insole resources and glue are saved, the insole is more environment-friendly, and no barrier exists between the insole 2 and the insole 5.

The lower surface of the outsole 1 is provided with a plurality of first grooves 11, each first groove 11 is detachably mounted with an anti-skid semi-sphere 12 formed by rubber materials, the anti-skid semi-sphere 12 is adhered and fastened with the first grooves 11 through magic tapes, the anti-skid semi-sphere 12 can be directly replaced after the anti-skid semi-sphere 12 is worn, and the whole service life of the sole is prolonged. Shoe insole 2 adopts the shaping of stereoplasm TPU material, has great hardness and holding power, 2 upper surfaces in shoe insole still are equipped with second recess 21, and this shoe-pad 5 adopts MD material or EVA material shaping, and elasticity performance is better, and matches the embedding in the second recess 21, shoe insole 2's hardness be greater than shoe-pad 5's hardness, like this, can provide the foot well support in the outside of sole and ground contact, have good cushion effect in sole and foot direct contact's inside, the two accessible closely cooperate make the whole best supporting role and the buffering of playing of sole damping effect.

preferably, the insole 5 comprises an insole body 51 and a massage function block 52, the massage function block 52 is arranged at the toe position of the insole body 51, a plurality of massage semi-spheres 521 are convexly arranged on the upper surface of the massage function block 52, and the insole 2 is provided with a first caulking groove 22 matched with the massage function block 52. The massage function block 52 can be inserted into the first insertion groove 22, so that the insole 5 and the midsole 2 can be integrally assembled. The massage semi-spherical ball 521 has a certain massage function on toes.

Preferably, the insole 5 further comprises an air permeable functional block 53, the air permeable functional block 53 is arranged at the arch position of the insole body 51, the air permeable functional block 53 is made of TPU and is provided with four diamond-shaped blanks 54, the insole body 51 is provided with four upper diamond-shaped holes 55 corresponding to the four lower diamond-shaped holes at the arch position, and the four diamond-shaped blanks 54 of the air permeable functional block 53 correspondingly penetrate through the four upper diamond-shaped holes 55 and the four lower diamond-shaped holes 23. The insole 2 is provided with four lower rhombic holes 23 matched with the four upper rhombic holes 55 at the arch position, and the four lower rhombic holes 23 penetrate through the outsole 1. Meanwhile, the rhombic spaces 54, the upper rhombic holes 55 and the lower rhombic holes 23 are communicated in a one-to-one correspondence manner, and a breathable mesh cloth (not shown) is attached to the upper surface of the breathable functional block 53 and is sewn by linen. The sole is fit for indoor motion, ventilative function piece 53 has the ventilation effect, can make the air of shoes intracavity circulate with the external world through ventilative function piece 53 like this, reduces the emergence of beriberi to improve the air permeability and the comfort of shoes.

In addition, because the shoe insole 2 has good elasticity and is easy to deform, the four lower rhombic holes 23 are supported by the rhombic spaces 54, so that the lower rhombic holes 23 can be prevented from deforming and closing in the walking process, and the air permeability is ensured.

the above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications made by those skilled in the art should not be construed as departing from the scope of the present invention.

Claims (5)

1. The utility model provides an insole sole of integrated configuration with shock attenuation and adjustable function, characterized in that, the sole includes outsole, insole and the interior bottom ring that supplies the upper of a shoe to bond, this interior bottom ring bonding is at the outer edge of the upper surface of insole, the lower surface of this outsole is equipped with the first recess of a plurality of, each first recess demountable installation one adopts the fashioned anti-skidding semicircle of rubber material, this insole adopts the shaping of stereoplasm TPU material and this insole upper surface is equipped with the second recess, this insole adopts the shaping of MD material or EVA material and matches the embedding in the second recess, the hardness of insole is greater than the hardness of insole.

2. The shoe sole of an insole having integrated structure with shock-absorbing and adjustable functions as claimed in claim 1, wherein said insole comprises an insole body and a massage function block, the massage function block is provided at the position of toes of the insole body and a plurality of massage semi-balls are convexly provided on the upper surface of the massage function block, said insole is provided with a first caulking groove matching with the massage function block.

3. The integrally constructed insole and sole with shock-absorbing and adjustable functions according to claim 2, wherein the insole further comprises a ventilation function block provided at the arch position of the insole body, the insole is provided with a second caulking groove matched with the ventilation function block at the arch position and provided with four lower rhombic holes penetrating through the outsole, the ventilation function block is formed of TPU material and provided with four rhombic spaces, the insole body is provided with four upper rhombic holes corresponding to the four lower rhombic holes at the arch position and the four rhombic spaces of the ventilation function block correspondingly penetrate through the four upper rhombic holes and the four lower rhombic holes.

4. The integrally-constructed insole and sole with the functions of shock absorption and adjustment according to claim 3, wherein a breathable mesh cloth is attached to the upper surface of the breathable functional block.

5. The integrally constructed insole and sole with shock-absorbing and adjustable function according to claim 4, wherein said breathable mesh fabric is sewn with linen.