CN2919937Y

CN2919937Y - Breathable shoe structure for shock resistance and pressure relief

Info

Publication number: CN2919937Y
Application number: CN 200620113634
Authority: CN
Inventors: 陈建安
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-05-09
Filing date: 2006-05-09
Publication date: 2007-07-11
Anticipated expiration: 2016-05-09

Abstract

The utility model relates to a ventilative shoe structure of antidetonation row pressure contains the ventilative pad of inhaling of a big end, a core echelonment and an insole, should set up a recess that has the difference in height by the sole to between the heel at the big end to supply to be equipped with a plurality of above inhale shake the granule, inhale the shake piece and inhale shake the ventilation lug and place, dig out a plurality of ventilation holes in the heel side simultaneously, the bleeder vent that inhales shake ventilative pad and insole design is reconciled, in order to reach to inhale the use of inhaling the shake row pressure and air cycle. The utility model can eliminate the gravity of the sole on the ground when people walk, and the user can wear the shoes for a long time and is not easy to feel ache and sultry, thereby achieving the effect of pressure discharge, ventilation and auxiliary health care; can improve the health care function of feet and feet, and simultaneously can achieve the effect of ventilation and circulation, so that a user can wear the shoes more comfortably and easily.

Description

The breathable shoes structure of antidetonation row pressure

Affiliated technical field

The utility model is a kind of breathable shoes structure of antidetonation row pressure, shock-absorbing particle, earthquake absorption block and shock-absorbing ventilation projection that it utilizes the stair-stepping shock-absorbing air-permeable mattress of a core to be provided with, cooperate the cell body design of correspondence of the big end, reach the ventilative effect of row pressure by being provided with of pore and breather valve.

Background technology

In the society of modern knowledge progress, most of people's quality of the life also all promotes relatively, and is simultaneously also more and more many for the functional requirement of product, wherein, the people's livelihood article the most inseparable with the modern just belong to shoes and need often use for people except dress ornament; The relation of most people because of going to work or giving a lesson, and the wear shoes are walked about for a long time, allow user's sole susceptible to aching, and sole and sole are under the airtight nonventilated situation for a long time, secreted sweat that goes out of its sole and hot gas can't dispel the heat and be expelled to outside the footwear, cause many people that situations such as the smelly and wet end of pin easily take place in the back of taking off one's shoes, make people more have an aptitude to the ciril disease of athlete's foot, and then jeopardize the pin foot health of human body.

Learn by above-mentioned, the sole of generally commonly using (A), the main set groove (A1) of sole (A) that sees through, cooperate the setting of its breach (A2) and form so-called air channel, and the pore of offering via the heel position (A3), make air negotiable to sole (A), then utilize the set air-vent (B1) in sole position of a shoe-pad (B), as the inner air circulation of doing of sole (A); Yet this sole (A) structure but absorbs people in the downward gravity that walking is produced, and therefore the feel that easily makes people in walking about down for a long time is to uncomfortable feeling such as aching.

In view of this, this creator remakes research at above-mentioned shortcoming, and researches and develops improvement, thereby it is simple and easy to design a kind of enforcement, is the constructional device of main shaft to reduce production costs.

The utility model content

The purpose of this utility model is to provide a kind of breathable shoes structure of antidetonation row pressure.

The purpose of this utility model is achieved in that a kind of breathable shoes structure of antidetonation row pressure, comprises a big end, a shock-absorbing air-permeable mattress and a shoe-pad; This big end by heelpiece to be arranged with out between the heel can the stair-stepping shock-absorbing air-permeable mattress of a corresponding core groove, and most shock-absorbing particles, earthquake absorption block and shock-absorbing ventilation projections are set in shock-absorbing air-permeable mattress bottom, to reach the effect of shock-absorbing row pressure, simultaneously be provided with a plurality of passages in the heel side, arrange in pairs or groups the again combination of breather valve, and see through the ventilative and set air-vent of shoe-pad of shock-absorbing, make the inner function that forms of sole with air circulation; Via the structure of above-mentioned sole, make people when wear is walked, can reduce the trample action that sole does sole and produce-gravity downwards, utilize the ventilative circulatory system of sole design simultaneously, in order to solve sole shock-absorbing of habit formula and ventilative not enough problem.

The utility model can eliminate people when walking sole to promote the function of pin foot health care, can reach the effect of ventilative circulation to the gravity that ground produced simultaneously again, allow the user when wearing footwear more comfortable easily.

Description of drawings

Fig. 1 is a structural representation of commonly using sole;

Fig. 2 is the three-dimensional structure diagram of the utility model sole;

Fig. 3 is the substructure figure of the utility model shock-absorbing air-permeable mattress;

Fig. 4 is the generalized section of the utility model sole;

Fig. 5 is another embodiment of the present utility model.

The diagrammatical symbol explanation

(A) sole (A1) groove

(A2) breach (A3) pore

(B) shoe-pad (B1) air-vent

(1) the big end (11) groove

(12) air vent (13) hole

(2) shock-absorbing air-permeable mattress (21) pore

(22) shock-absorbing particle (23) earthquake absorption block

(24) shock-absorbing ventilation projection (3) shoe-pad

(31) the transparent block of air-vent (4)

(5) end in the breather valve (6)

(61) hole

The specific embodiment

Below mat one specific embodiment only, and assistant elaborates with graphic, so that the auditor can have further and understand every technical characterictic of the present utility model.

As shown in Figure 2, be the three-dimensional structure diagram of the utility model sole, the breathable shoes structure of this antidetonation row pressure comprises a big end 1, a shock-absorbing air-permeable mattress 2 and a shoe-pad 3.

This big end 1, is by rubber material or TPR, TPU, PU, the moulding of suitable material such as PVC and EVA institute, by the groove 11 of heelpiece to a microscler shape that is arranged with out between the heel, cooperate the design of the stair-stepping shock-absorbing air-permeable mattress of a core 2 bottoms, make groove 11 form the accommodation space of a vertical parallax for placement, and dig respectively at positions such as the sole arch of foot of groove 11 and heels and to establish hole 13, in order in conjunction with a transparent block 4, and the side in the heel position is provided with air vent 12, again a breather valve 5 is assembled in the air vent 12, then shock-absorbing air-permeable mattress 2 and shoe-pad 3 are incorporated in regular turn at big the end, the arrange in pairs or groups pore 21 of shock-absorbing air-permeable mattress 2 and the air-vent 31 of shoe-pad 3 make the air and the extraneous mode that can produce a circulation of sole inside again.

Please consult Fig. 3～Fig. 4 again, be the structural representation and the sole generalized section of the utility model shock-absorbing air-permeable mattress bottom, the outward appearance of this shock-absorbing air-permeable mattress 2 is to make according to the groove 11 at the big end 1, most shock-absorbing particles 22 and pore 21 are set in the heelpiece position, then mold earthquake absorption block 23 and shock-absorbing ventilation projection 24 more than a plurality of at positions such as arch of foot and heels, and the installing of collocation shoe-pad 3, use and reduce people when walking is trampled, its sole is to sole produced to next gravity, then cooperate the design of the ventilating structure of sole integral body again, allow the user for a long time wear footwear body walk about and also be not easy to feel to ache, sultry, to reach the effect of the ventilative auxiliary health care of row pressure.

Seeing also Fig. 5, is that of the present utility model another implemented illustration, mainly is to be made of the end 6, a shock-absorbing air-permeable mattress 2 and a shoe-pad 3 at the big end 1, one; Wherein, in the middle of the middle end 6, dig the hole 61 that sets out with shock-absorbing air-permeable mattress 2 identical sizes, and see through the pore 21 of shock-absorbing air-permeable mattress 2 and the air-vent 31 of shoe-pad 3, allow sole inside can reach the function of air circulation, make people more comfortable when wearing footwear.

Claims

1. An anti-shock and pressure-relieving breathable shoe structure, characterized in that it includes a large bottom, a shock-absorbing air-permeable pad and a shoe-pad; the large bottom is recessed from the sole to the heel and can correspond to a core stepped shock-absorbing The groove of the air-permeable pad, and more than a plurality of shock-absorbing particles, shock-absorbing blocks and shock-absorbing ventilation bumps are set at the bottom of the shock-absorbing and air-permeable pad to achieve the effects of shock absorption, pressure relief and ventilation. The air holes, combined with the shock-absorbing air-permeable cushion and the air-ventilating holes set in the insole, enable the air inside the sole to circulate with the outside world, forming a sole structure with pressure relief and ventilation.

2. The anti-shock and pressure-relieving breathable shoe structure as claimed in claim 1, characterized in that a hole is dug in the groove of the outsole at the arch of the foot and the heel of the shoe to combine with a transparent block.

3. The anti-shock and pressure-relieving breathable shoe structure according to claim 1, characterized in that a vent valve is arranged in the vent hole of the outsole.