CN2375146Y

CN2375146Y - Improved shoe-pad

Info

Publication number: CN2375146Y
Application number: CN 99236070
Authority: CN
Inventors: 邱耀煌
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-05-15
Filing date: 1999-05-15
Publication date: 2000-04-26
Anticipated expiration: 2009-05-15

Abstract

The utility model relates to an improved insole which is formed by that a plurality of distributed shock-absorbing blocks are arranged on the surface of an insole body, each shock-absorbing block is made into a hollow shape and filled with air inside, concave fall surfaces are formed among the adjacent shock-absorbing blocks, a joint point between each concave fall surface and each shock-absorbing block is sealed, and the proper place of the concave fall surface is provided with a through hole. The shakeproof effect of vibration absorption and cushioning can be reached through the shock-absorbing blocks, ventilative effect is enhanced through convection among the through holes, and consumers' use demands are satisfied.

Description

Improved shoe-pad

The utility model relates to a kind of improved shoe-pad.

Because shoes itself must carry wearer's weight, and walk, actions such as running, jump are produced impact strength, so the consumer is when choosing shoes, comfortablenesses that quite is particular about clothes all, wherein shock-proof effect is one of shoes important indicator whether comfortable and easy to wear, the shoes that particularly had good incabloc function by a pair of on the market belong to just visible its importance of situation of high priced line usually.The index whether another relevant shoes design for comfortableness is whether gas permeability is good, the bad shoes of a pair of gas permeability cause moist, high temperature in the footwear easily, except that both feet are uncomfortable, easily breed bacteria, mould and cause problems such as athlete's foot, pin are smelly, so when choosing shoes, its gas permeability must not be careless.But incabloc function design at present is on the footwear body, make comparatively inconvenience, the shoes price is also just high relatively, and ventilative design all is to offer pore for inside and outside convection current on vamp, hardly realize gas in the footwear if effectively convection current, also can improve the inside and outside convection effects of footwear relatively, but not have the convection current design of relevant shoes inside; Set shoe-pad carries out shock-absorbing and ventilative design in the footwear so the road of improvement just can utilize.

Traditional Shoe-pad structure, system is one to have the pad of suitable thickness with the expanded material ejection formation, the surface, top is coating one deck cloth cover again, so the flexibility of mat foaming cushion can provide the buffering and shock-proof effect of a little really, but the thing that poor effect is the user to be known fairly well (otherwise the air cushion footwear can not weeded out the old and bring forth the new always yet), and the dense property of foaming cushion reaches and the applying shape of footwear inner bottom surface, make hot gas that user's sole produced at all can't with side space convection current under the pad, so hot gas can not effectively be discharged rapidly, still can make the user uncomfortable; So this traditional sock structure has not met user's requirement now, and need be improved.

And a kind of improvement commonly use shoe-pad, be the one-body molded protruding grain that the distribution shape is arranged in the upper and lower surface of pad; In the use, user's sole and pad contact be into protruding grain surface, so the gap of protruding intergranular just can be used as the passage of gas flow, and the protruding grain of pad surface below mat do not fit with the footwear inner bottom surface, so it is mobile on the pad surface to be beneficial to gas; But,, can also effectively satisfy user's demand so convection effects also only is better than traditional structure because the pad surface does not really provide the perforation of the upper and lower convection current of gas; This evagination grain is an entity structure, though material own can have elasticity, but the cushioning effect that showed by force compresses is limited, when being subjected to greater impact power, reach buffer limit easily, and make protruding grain lose shock-absorbing effect, and therefore still can not provide the user comfortable shock-absorbing effect, be further improved.

The purpose of this utility model is to provide a kind of improved shoe-pad, and it mainly utilizes on the shoe-pad pad and to be provided with the shock-absorbing sound that some inside are filled with gas with distributing, by the characteristic of gas high compression ratio with the better shock-absorbing effect of generation; In addition on pad, offer through hole again, and utilize the face that falls of adjacent of earthquake absorption block to be passage, make the gas on the upper and lower surface of pad can be fast, convection current swimmingly, and reach good ventilative effect.

The utility model is to realize like this, it is the earthquake absorption block that a pad surface is provided with some distributions, each earthquake absorption block is made hollow form and is filled with gas in inside, and be formed with the face of falling between each adjacent earthquake absorption block, respectively fall face and earthquake absorption block joint all is driving fit the earthquake absorption block internal gas outwards missed, and the face appropriate position of falling more offers through hole.

Below in conjunction with drawings and Examples the utility model is described in detail.

Fig. 1 is the STRUCTURE DECOMPOSITION figure of the utility model.

Fig. 2 is the structural representation of the utility model.

Fig. 3 is the structural representation of the other direction of the utility model.

See also shown in Fig. 1,2,3, it mainly is provided with the earthquake absorption block (22) of (or one-body molded) some distributions on the upper and lower surface of pad (21), each earthquake absorption block (22) is to make hollow form and be filled with gas in inside, and each earthquake absorption block (22) but each self-forming independent individual, or can connect by suitable tube connector (23) or self, and form connected state each other; Be formed with the face of falling (24) between this external each adjacent earthquake absorption block (22), the face (24) that respectively falls all is the driving fit shape with earthquake absorption block (22) joint, earthquake absorption block (22) internal gas is outwards missed, and more can offer through hole (25) in the face of falling (24) appropriate position (can not cause the leakage of earthquake absorption block internal gas) by offering of through hole.

During use, can go up the ventilative sake (31) of coating one deck at pad (21); So, when the user bestows the bigger impact strength of shoes, earthquake absorption block (22) is subjected to force compresses, and the inner gas that is full of promptly provides cushioning effect, so the utility model not only can have stressed by a relatively large margin compression effect, the contact position of user's sole and earthquake absorption block (22) also can be experienced comparatively soft comfortable buffering sense; So the shock-absorbing that the shoe-pad pad (21) of the utility model is provided is good than aforementioned conventional shoe-pad or the shock-proof effect of commonly using shoe-pad all, and the also non-traditional shoe-pad of comfortableness with commonly use shoe-pad in one's power.

Again, all there is convex shape earthquake absorption block (22) the utility model pad (21) above and below, so pad (21) places the footwear inner bottom surface, the face that falls (24) nature between each earthquake absorption block of surface below (22) forms spacing with the footwear inner bottom surface and is gas channel; In like manner, surface, pad (21) top contacts with sole, and the face that falls (24) between each earthquake absorption block (22) also forms gas channel; Thus, the penetrable ventilative excessively sake of the hot gas that the sole position is produced (31), divide heat transmission gas by the face that falls (24) that is connected then, and through the through hole of being offered on the face (24) that falls (25), make the gas in space of living in, the upper and lower surface of pad (21) that good convection action be arranged, cause rapid, the smooth discharge of hot gas, can keep good dry and comfortable degree in the footwear, the user can remove the interior damp and hot puzzlement that is caused of footwear in the past; So the performance of the utility model gas permeability is better than traditional sock and commonly uses shoe-pad ventilative, practicality is unquestionable.

The utility model utilizes the earthquake absorption block effect shock-absorbing structure that is filled with air on pad, and each earthquake absorption block can respectively have the autonomous block body of one's own, flowability in the time of also can communicating with each other with raising gas pressurized mutually, so foaming cushion structure with the tradition thickening, and commonly use the protruding kernel structure of one-body molded some entities on the pad, the difference of highly significant is all arranged; Moreover the utility model utilizes the face that falls between the convex earthquake absorption block to form gas channel, and offers through hole provide gaseous exchange required hole on the face of falling, with the traditional sock structure that does not have through hole and to commonly use Shoe-pad structure also different.In addition, the utility model mat gas high-compressibility produces the buffering and shock preventing effect, the pad of also non-thickening or system establish the protruding grain of entity pad the shock-absorbing effect in one's power, add that the utility model has good gas permeability again, so the utility model also possesses practicality and progressive.

Claims

1. improved shoe-pad, it is characterized in that it is the earthquake absorption block that a pad surface is provided with some distributions, each earthquake absorption block is made hollow form and is filled with gas in inside, and be formed with the face of falling between each adjacent earthquake absorption block, respectively fall face and earthquake absorption block joint all is the driving fit shape, and the face appropriate position of falling more offers through hole.

2. improved shoe-pad according to claim 1, but it is characterized in that each self-forming independent individual of each earthquake absorption block.

3. improved shoe-pad according to claim 1 is characterized in that each earthquake absorption block can communicate with each other by tube connector connects.

4. improved shoe-pad according to claim 1 is characterized in that each earthquake absorption block can be connected to each other, and forms connected state.

5. improved shoe-pad according to claim 1, but it is characterized in that the ventilative sake of coating one deck on pad.

6. improved shoe-pad according to claim 1 is characterized in that the upper and lower surface of pad all can be provided with earthquake absorption block.