CN204580091U

CN204580091U - A kind of shoe-pad of high shock-absorbing capacity

Info

Publication number: CN204580091U
Application number: CN201520227585.0U
Authority: CN
Inventors: 王博伟
Original assignee: FOSHAN LINZHI POLYMER MATERIALS SCIENCE AND TECHNOLOGY Co Ltd
Current assignee: FOSHAN LINZHI POLYMER MATERIALS SCIENCE AND TECHNOLOGY Co Ltd
Priority date: 2015-04-15
Filing date: 2015-04-15
Publication date: 2015-08-26
Anticipated expiration: 2025-04-15

Abstract

The utility model provide a kind of structure simple, use comfortable while possess the shoe-pad of high shock-absorbing capacity; It comprises the insole body matched with human body sole, described insole body include pad for soft of fitting with human body sole, hard sole and be positioned at this bumper and absorbing shock layer be prepared from by polyurethane foam therebetween; It is made to possess the requirement of consumer to the comfort of shoe-pad on the one hand after adopting said structure; On the other hand owing to employing the bumper and absorbing shock layer of the high shock-absorbing capacity be prepared from by polyurethane foam, can make consumer after the shoe-pad using this kind of version, the pin of consumer effectively dispersing and filtering can fall the damage of external force to foot when landing.

Description

A kind of shoe-pad of high shock-absorbing capacity

Technical field

The utility model relates to footwear material technical field, refers more particularly to a kind of shoe-pad of high shock-absorbing capacity.

Background technology

Shoes are as the requisite daily necessities of one, it not only should possess excellent sense comfortable and easy to wear and novel appearance, but also certain bumper and absorbing shock performance should be possessed, especially for when being in the motion states such as spring, the shoes of damping performance excellence just seem particularly important.But, existing shoes are all generally set up some cylinders be made up of elastomeric material on shoe-pad or on sole by simple, to realize possessing certain damping performance to the massage functions of human foot simultaneously, but require for high occasion for some damping performances, the shoes of existing this version or shoe-pad cannot well realize damping requirement.Therefore, a kind of for how to search out can possess the shoe-pad that excellent damping requires just seem particularly important while meeting human body comfort.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of structure simple, use comfortable while possess the shoe-pad of high shock-absorbing capacity.

For achieving the above object, technical scheme provided by the utility model is: a kind of shoe-pad of high shock-absorbing capacity, comprise the insole body matched with human body sole, described insole body includes and pads for soft of fitting with human body sole, hard sole and be positioned at this bumper and absorbing shock layer be prepared from by polyurethane foam therebetween, wherein said hard shoe sole bottom is separately installed with the heel buffer part corresponding with human foot heel portion that be prepared from by polyurethane foam and the corresponding forefoot buffer part of human body forefoot part, the also one-body molded arch of the foot buffer part having the outward extending big toe buffer part corresponding with human body sole big toe and human body sole arch of the foot respectively to adapt in this forefoot buffer part.

Preferably, described bumper and absorbing shock layer thickness is 5mm-6mm.

Preferably, described heel buffer part and forward foot in a step buffer part thickness are 3mm.

Further, described hard shoe sole bottom both sides are also provided with a pair respectively along its length for adjusting the deep-slotted chip breaker of insole body width deflection.

The shoe-pad that this programme pad by soft for fitting with human body sole by adopting, hard sole and the version that is positioned at this bumper and absorbing shock layer be prepared from by polyurethane foam are therebetween formed, one side makes it possess the requirement of consumer to the comfort of shoe-pad; On the other hand owing to employing the bumper and absorbing shock layer of the high shock-absorbing capacity be prepared from by polyurethane foam, can make consumer after the shoe-pad using this kind of version, the pin of consumer effectively dispersing and filtering can fall the damage of external force to foot when landing; in addition, in order to further and more reasonably improve the shock-absorbing capacity of whole shoe-pad, this programme is also separately installed with the heel buffer part corresponding with human foot heel portion that be prepared from by polyurethane foam and the corresponding forefoot buffer part of human body forefoot part at above-mentioned hard shoe sole bottom, the wherein also one-body molded arch of the foot buffer part having the outward extending big toe buffer part corresponding with human body sole big toe and human body sole arch of the foot respectively to adapt in above-mentioned forefoot buffer part, human body sole is landing in loading process to adopt this kind of version mainly to consider, forefoot and heel parts are divided into main stress area, and big toe and arch of the foot part are main stress point in forefoot region, thus make to adopt the shoe-pad of said structure form scheme to meet damping requirement while reducing production cost as far as possible, well combine the stress area of human body sole in the process of landing on it, contact area between shoe-pad and the main force area of human body sole is maximized, and then the stressed concentration phenomenon can effectively alleviated when dispersion human body sole lands, thus the injured phenomenon of human body sole can well be avoided.

Accompanying drawing explanation

Fig. 1 of the present utility modelly looks up structural representation.

Fig. 2 is main TV structure schematic diagram of the present utility model.

In figure: 100-shoe-pad, 1-insole body, soft of 11-pad, 12-bumper and absorbing shock layer, 13-hard sole, 2-heel buffer part, 3-forefoot buffer part, 31-big toe buffer part, 32-arch of the foot buffer part, 4-deep-slotted chip breaker.

Detailed description of the invention

Below in conjunction with specific embodiment, the utility model is described in further detail:

Shown in accompanying drawing 1 to 2, the shoe-pad 100 of a kind of high shock-absorbing capacity described in the present embodiment, it comprises the insole body 1 matched with human body sole, above-mentioned insole body 1 from top to bottom includes successively and pads 11 for soft of fitting with human body sole, hard sole 13 and be positioned at this bumper and absorbing shock layer 12 be prepared from by polyurethane foam therebetween, wherein hard sole 13 bottom surface is separately installed with the heel buffer part 2 corresponding with human foot heel portion that be prepared from by polyurethane foam and the corresponding forefoot buffer part 3 of human body forefoot part, the front and back also one-body molded arch of the foot buffer part 32 having the outward extending big toe buffer part 31 corresponding with human body sole big toe and human body sole arch of the foot respectively to adapt in this forefoot buffer part 3.

In addition, while possessing excellent bumper and absorbing shock performance, its production cost is reduced to the greatest extent to greatest extent in order to make the shoe-pad 100 in this programme, the employing 5mm to 6mm that in shoe-pad 100 in this programme, bumper and absorbing shock layer 12 thickness is preferential, similarly above-mentioned heel buffer part 2 and the preferential employing 3mm of forward foot in a step buffer part 3 thickness.

In addition see shown in accompanying drawing 1, in order to make shoe-pad in use possess certain adjustment function, the both sides, above-mentioned hard sole 13 bottom surface in this programme are also provided with a pair respectively along its length for adjusting the deep-slotted chip breaker 4 of insole body 1 width deflection.

The examples of implementation of the above are only the preferred embodiment of the utility model, not limit practical range of the present utility model with this, therefore the change that all shapes according to the utility model, principle are done, all should be encompassed in protection domain of the present utility model.

Claims

1. the shoe-pad of a high shock-absorbing capacity, comprise the insole body (1) matched with human body sole, it is characterized in that: described insole body (1) includes and pads (11) for soft of fitting with human body sole, hard sole (13) and be positioned at this bumper and absorbing shock layer (12) be prepared from by polyurethane foam therebetween, wherein said hard sole (13) bottom surface is separately installed with the heel buffer part (2) corresponding with human foot heel portion that be prepared from by polyurethane foam and the corresponding forefoot buffer part (3) of human body forefoot part, the upper also one-body molded arch of the foot buffer part (32) having the outward extending big toe buffer part (31) corresponding with human body sole big toe and human body sole arch of the foot respectively to adapt of this forefoot buffer part (3).

2. the shoe-pad of a kind of high shock-absorbing capacity according to claim 1, is characterized in that: described bumper and absorbing shock layer (12) thickness is 5mm-6mm.

3. the shoe-pad of a kind of high shock-absorbing capacity according to claim 1, is characterized in that: described heel buffer part (2) and forward foot in a step buffer part (3) thickness are 3mm.

4., according to the shoe-pad of the arbitrary described a kind of high shock-absorbing capacity of claims 1 to 3, it is characterized in that: described hard sole (13) both sides, bottom surface are also provided with a pair respectively along its length for adjusting the deep-slotted chip breaker (4) of insole body (1) width deflection.