CN211984087U

CN211984087U - Horse boot sole with bradyseism function

Info

Publication number: CN211984087U
Application number: CN202020120587.0U
Authority: CN
Inventors: 万蓬勃; 马丁; 王清林; 倪良辰
Original assignee: Shaanxi University of Science and Technology
Current assignee: Shaanxi University of Science and Technology
Priority date: 2020-01-19
Filing date: 2020-01-19
Publication date: 2020-11-24
Anticipated expiration: 2030-01-19

Abstract

The utility model provides a horse boots sole with bradyseism function, includes insole, outsole and heel, and the heel sets up in outsole heel department, the insole include that the complete slotted A region of preceding palm portion and the incomplete slotted B region of heel are regional, the outsole be the complete slotted E region of heel, the outsole is placed in the below of insole. The utility model discloses an optimize and improve the bradyseism performance that horse boots sole structure and material improved horse boots and improve shoes comfort performance.

Description

Horse boot sole with bradyseism function

Technical Field

The utility model relates to a shoes boots production technical field, in particular to horse boots sole with bradyseism function.

Background

At present, the soles of the boots with good shock absorption are generally sewn with welts at the edges of the midsoles by a peculiar procedure, then foam buffer materials are filled in the welt areas to serve as filling cores, the shock absorption performance of the boots is improved through material characteristics, and the midsoles made of EVA foam filling cores and the undersoles made of genuine leather are mostly attached to form the soles. Because the foot of a human body is stressed frequently and violently in daily exercise, the force can be transmitted to the human body through the foot and can cause great damage to the human body, and the sole made of the EVA padding core is far from sufficient for cushioning. In addition, the EVA material is easy to deform after being stressed for a long time, the cushioning performance is reduced to a great extent after the EVA material is worn for a long time, and the wearing comfort of a user is seriously influenced.

Disclosure of Invention

In order to overcome the defects of the prior art, the utility model aims to provide a horse shoe sole with cushioning function, which improves the cushioning performance of the horse shoe and improves the comfort performance of the shoe by optimizing and improving the structure of the horse shoe sole and materials.

In order to realize the purpose, the utility model discloses a technical scheme is:

the utility model provides a horse boots sole with bradyseism function, includes insole 1, outsole 2 and heel 3, heel 3 sets up in 2 heels of outsole department, insole 1 include that preceding palm portion is slotted A region completely and the incomplete slotted B region of heel, outsole 2 be the complete slotted E region of heel, outsole 2 places in insole 1's below.

The insole 1 comprises an insole board 11, a C area is arranged at the arch of the insole board 11, a D area is arranged at the heel, and a hook core 12 is arranged between the C area and the D area.

The hook core 12 is an arch-shaped component with two ends fixed below the middle sole 1.

The inner side of the bottom edge of the middle bottom plate 11 is surrounded by a circumferential edge strip 13, and a filling core 14 is arranged below the middle bottom plate 11 and the hook core 12 and on the inner side of the area surrounded by the edge strip 13.

The core 14 is below and flush with the edge of the midsole 11.

The core 14 is made of foamed rubber.

The heel of the outsole 2 is provided with an area E, the structure is completely slotted, and the heel 3 is positioned below the area E of the heel of the outsole 2 and is flush with the edge of the area E.

And the area A and the area E are filled with materials with cushioning.

The utility model has the advantages that:

adding an ACF material into a slotted area of the half sole of the insole, adding foamed rubber into a slotted area of the heel of the outsole and replacing a filling core with the foamed rubber material for material cushioning; the structure of the heel region of the hook core and the middle sole plate can repeatedly buffer the stress of the heel of the foot, and the matching mode of the material and the structure not only enhances the cushioning capacity of the big sole of the boot, but also improves the comfort performance to a certain extent. The boot outsole has the advantages of simple and practical structure, low manufacturing and operating difficulty, strong cushioning performance, and optimized improvement of cushioning performance and comfort performance of the boot outsole from the problem of deformation of the boot outsole.

Drawings

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

Fig. 2 is a side structure diagram of the heel side surface of the insole of the utility model with stress and no stress.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in figure 1, the horse shoe sole with the shock absorption function comprises a middle sole 1, an outer sole 2 and a heel 3. Comprising an outsole 2 having a full-sole and an incomplete heel-grooved structure and a dermal midsole 1 structure.

The insole 1 comprises a hook core 12, a bead 13 and a filler 14, wherein the hook core 12 is an arch-shaped component with two ends fixed below the insole 1, the bead 13 is a component which surrounds a circle along the outline of the insole, and the filler 14 is a component which is positioned below the hook core 12 and surrounds the inner area along the bead 13.

The heel part of the outsole 2 and the half sole part of the midsole 1 are provided with slotted structures and can be filled with shock absorption materials, and the shock absorption materials can be arranged on the genuine leather outsole 2 and in the completely slotted structures of the midsole 1. The front sole part of the middle sole 1 is completely provided with a groove structure, and a buffer material with the same shape as the structure is filled and fixed. The incomplete slotting position of the heel part of the insole 1 is fixed and connected with the rear end of the hook core 12. The upper part of the complete groove of the heel part of the outsole 2 is provided with a filling core 14 of the midsole 1, and the lower part is provided with a heel 3.

Referring to fig. 1, the two ends of the hook core 12 are fixed in two areas, namely, the rear half part C and the rear half part D of the bottom of the middle bottom plate 11, the edge strip 13 surrounds a circle along the inner side of the bottom edge of the middle bottom plate, the filling core 14 is arranged below the middle bottom plate 11 and the hook core 12 and on the inner side of the area surrounded by the edge strip 13, and the filling core 14 is made of foam rubber materials instead of EVA materials. The area A is a complete slotting part of the half sole of the insole, and the area B is an incomplete slotting part of the heel of the insole. The outsole 2 is placed under the midsole 1, under the core 14 and flush with the edges of the midsole 11. The heel 3 is located below and flush with the edge of the heel area E of the outsole 2.

The area A is the half sole part of the insole 1 and has a structure of complete slotting; the area B is the heel part of the insole 1 and has an incomplete slotting structure; area E is the heel portion of the outsole and is constructed to be completely slotted. The full-groove part area A can be provided with ACF insole material with the thickness equal to that of the middle bottom plate 11 for sewing and fixing. The completely grooved partial region E may be filled with a foamed rubber material and fixed. The two materials not only have good buffering performance, but also can not deform after long-time acting force.

Referring to fig. 2, the schematic diagram of the structure of the middle sole heel is that a middle sole plate 11 and a hook 12 form an arch buffer structure, when a force F is applied to a middle sole area B of an incomplete slotted middle sole, the middle sole plate 11 in the area B can descend, the stress time of the heel of a foot is prolonged, and the heel buffer in the area B is increased. After buffering, the hook core provides restoring force to restore the base plate in the B area to the original position.

Claims

1. The utility model provides a horse shoe sole with bradyseism function, characterized in that, includes insole (1), outsole (2) and heel (3), heel (3) set up in outsole (2) heel department, insole (1) including the complete slotted A region of half sole and the incomplete slotted B region of heel, outsole (2) for the complete slotted E region of heel, outsole (2) are placed in the below of insole (1).

2. The horse boot sole with the shock absorption function according to claim 1, characterized in that the middle sole (1) comprises a middle bottom plate (11), a C area is arranged at the arch of the middle bottom plate (11), a D area is arranged at the heel, and a hook core (12) is arranged between the C area and the D area.

3. A shock-absorbing boot sole as claimed in claim 2, wherein said shank (12) is an arch-shaped member fixed at both ends to the underside of the midsole (1).

4. The horse boot sole with the shock absorption function according to claim 2, characterized in that a perimeter strip (13) is arranged around the inner side of the bottom edge of the middle bottom plate (11), and a filling core (14) is arranged below the middle bottom plate (11) and the hook core (12) and on the inner side of the area surrounded by the perimeter strip (13).

5. A shock-absorbing horse shoe sole as claimed in claim 4, wherein said core (14) is located below and flush with the edge of the mid-sole plate (11).

6. A shock-absorbing boot sole as claimed in claim 4, wherein said core (14) is made of foamed rubber.

7. A shock-absorbing boot sole as claimed in claim 1, wherein said outsole (2) is provided with an E-region at the heel, and is constructed to be completely slotted, and said heel (3) is located under the E-region of the heel of the outsole (2) and flush with the edge thereof.

8. The shock-absorbing boot sole as claimed in claim 7, wherein the areas A and E are filled with shock-absorbing material.