CN201064234Y

CN201064234Y - Insole flow passage structure

Info

Publication number: CN201064234Y
Application number: CNU2007200714100U
Authority: CN
Inventors: 颜朝雄
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-22
Filing date: 2007-06-22
Publication date: 2008-05-28
Anticipated expiration: 2017-06-22

Abstract

Disclosed is a shoe insole flow passage structure. One side of the shoe insole is provided with an opening which is communicated with a gas cell inside the shoe insole; a groove is concavely arranged on the shoe insole at the same side with the opening. When the groove is combined with the inner side of a shoe, a flow passage will be formed, with one end communicated with the gas cell and the other end communicated with the interior of the shoe, so that the feet of a user can feel comfortable during walking.

Description

A kind of shoe-pad flow passage structure

Technical field

The utility model relates to a kind of shoe-pad, the flow passage structure that especially a kind of design is flow through in the shoe-pad supplied gas.

Background technology

Known footwear boots are filled in shoe-pad, this shoe-pad is placed between sole and the vamp, though this shoe-pad utilizes most air-vents that run through to be communicated with the space of upper and lower, but in a single day the user puts on after the shoes, this shoe-pad because end face by sole trampling, the cause of the smooth sole in bottom surface, those air-vents can be lost the ventilative effect of gas communication.

This part applicant proposes a kind of flow passage structure that can be implemented on shoe-pad and solves this problem.

Summary of the invention

Can be in order to solve existing air-vent because of being trampled by sole and the smooth sole in bottom surface is lost the ventilative effect of gas communication, the utility model provides a kind of shoe-pad flow passage structure, and the air chamber compressed fluid of shoe-pad bottom surface is guided in the footwear boots from side.

For reaching aforementioned purpose, total design of the novel employing of this part is: the surface of a shoe-pad is provided with at least one opening, this open communication one is positioned at the air chamber of shoe-pad, the one side that this shoe-pad has opening is arranged with at least one groove, this groove and the inner face that closes the footwear boots become a runner, this runner one termination breather chamber, the other end is communicated to footwear boots inside.

As the first kind of technical scheme that realizes that the present invention conceives substantially, a kind of shoe-pad flow passage structure, comprise that a pad and is located on the flap of this pad periphery, this flap has most breach at marginal trough, respectively this breach extends a lower groove along flap in the shoe-pad bottom surface, the position of corresponding each lower groove of this shoe-pad is respectively equipped with one first connectivity slot, and respectively this first connectivity slot and one pocket recess of being located at pad is connected mutually; An and elastomer of inserting or be positioned this pocket recess, this elastomer has a plurality of openings back to the one side of pad, respectively this open communication one is positioned at the air chamber of elastomer, and second connectivity slot of being located at this surface of elastomer, and this second connectivity slot can be connected with the first relative connectivity slot; This shoe-pad is positioned at the footwear boots, make this elastomer from opening along second connectivity slot through first connectivity slot to lower groove, can the inner face corresponding form supplied gas together and circulate in runner between air chamber and the breach with the footwear boots.

As the second kind of technical scheme that realizes that the present invention conceives substantially, a kind of shoe-pad flow passage structure, comprise that a pad and is located on the flap of this pad periphery, the marginal trough of this flap has most breach, respectively this breach extends a lower groove along flap in the shoe-pad bottom surface, the position of corresponding each lower groove of this shoe-pad is respectively equipped with a connectivity slot, respectively this connectivity slot one termination is led to lower groove, other end open communication, described opening is located at the surface of shoe-pad, this opening other end connection one is positioned at the air chamber of shoe-pad: this shoe-pad is positioned at the footwear boots, from opening along connectivity slot to lower groove, can the inner face corresponding form supplied gas together and circulate in runner between air chamber and the breach with the footwear boots.

The beneficial effects of the utility model are, the air chamber of insole base face is guided in the footwear boots from side at body weight for humans power effect lower compression fluid, allow user's foot feel more comfortable.

Description of drawings

Fig. 1 is the vertical view of shoe-pad one preferred embodiment.

Fig. 2 is 1 the upward view of figure, and dotted line is represented the position of elastomer and air chamber.

Fig. 3 is another embodiment of shoe-pad, the stereogram that separates with elastomer about the shoe-pad bottom surface.

Fig. 4 is the cross section view of Fig. 3.

Fig. 5 is the stereogram of Fig. 3 relevant shoe-pad bottom surface and elastomer combination.

Fig. 6 is the side sectional view of Fig. 5.

Fig. 7 forms the illustrative view of runner for shoe-pad cooperates elastomer on sole.

Wherein

(1) shoe-pad

(11) pad (111) ball area

(112) heel area (113) arch of the foot district

(12) secondary pad portion (13) flap

(131) breach (132) is gone up groove

(133) lower groove

(2) elastomer

(21) connectivity slot (22) air chamber

(23) opening

(3) shoe-pad

(31) pad (311) ball area

(312) heel area (313) arch of the foot district

(314) first connectivity slot (315) pocket recess

(32) flap (321) breach

(322) lower groove

(4) elastomer

(41) air chamber (42) opening

(43) second connectivity slots

(5) sole

(51) inner face (52) runner

The specific embodiment

According to the aforementioned techniques content, the novel proposition the following example of this part comes the runner design of the relevant shoe-pad of enumeration, non-claim with this structure limitation this case.

At first see also Fig. 1 and Fig. 2, can see that from drawing a shoe-pad 1 includes the secondary pad of a pad 11, a portion 12 and a flap 13.This pad 11 is designed according to the shape of foot, forms a ball area 111 and a heel area 112 accordingly, and this ball area 111 is extended an arch of the foot district 113 and is connected to heel area 112.

This pair pad portion 12 is located on the edge of pad 11, its position be equivalent to from ball area 111 along arch of the foot district 113 to heel area 112 position.This flap 13 extends outward from the periphery of pair pad portion 12, and is tangent and connect as one with ball area 111 outer rims.

This shoe-pad 1 end face is at the most breach 131 of the marginal trough of flap 13, and correspondence respectively this breach 131 is provided with groove 132 on, and groove 132 is communicated to till the secondary pad portion 12 on this.Corresponding each breach 131 in this shoe-pad 1 bottom surface is provided with a lower groove 133 at flap 13, and this lower groove 133 is communicated to pad 11 and is positioned at till the edge in heel area 112 or arch of the foot district 113.

The position of the corresponding lower groove 133 in this shoe-pad 1 bottom surface more includes a plurality of connectivity slots 21 shown in the 2nd figure, each connectivity slot 21 is provided with an air chamber 22 in the middle part, and this air chamber 22 has out 23 in the bottom surface of shoe-pad 1, and this is opened 23 and joins with connectivity slot 21.When shoe-pad 1 is filled in the footwear, this breach 131 21 to opening 23, can form the runner of supplied gas circulation from lower groove 133 along connectivity slot with the footwear inner face.

Fig. 2 further shows: except the shoe-pad 1 of making an integral body, is the possibility of an elastomer 2 for this air chamber 22 respectively independently by opening 23 connectivity slot 21 these somes that continue, and proposes another embodiment and is assembled in shoe-pad 1 with regard to this elastomer 2 and is illustrated as follows.

Fig. 3 shows that to Fig. 6 a shoe-pad 3 includes a pad 31 and a flap 32.This pad 31 is provided with a ball area 311, and this ball area 311 is extended an arch of the foot district 313 and a heel area 312 according to pin shape.This flap 32 is located on the edge of pad 31, and its position is equivalent to from arch of the foot district 313 to heel area 312 position, and the periphery of this flap 32 and ball area 311 outer rims are tangent and connect as one.

The most breach 321 of the marginal trough of this flap 32, this breach 321 extends a lower groove 322 along flap 32, and this lower groove 322 is positioned at shoe-pad 3 bottom surfaces and is communicated to till the

heel area

312 or 313 edges, arch of the foot district of pad 31.The position of the corresponding lower groove 322 in this shoe-pad 3 bottom surfaces, as Fig. 3 and shown in Figure 5ly more include a plurality of first connectivity slots 314, respectively this first connectivity slot 314 and one sets in advance in the pocket recess 315 of pad 31 and connects mutually.

The elastomer 4 of one corresponding aforementioned pocket recess 315 shapes, this elastomer 4 is imbedded 315 li of pocket recess in the face of the one side of pad 31, is provided with most air chambers 41 in the middle part back to the one side of pad 31, and the surface that each air chamber 41 is positioned at elastomer 4 has an opening 42.This elastomer 4 is respectively equipped with one second connectivity slot 43 in the position of each first connectivity slot 314 relatively, and respectively these second connectivity slot, 43 1 ends and air chamber 41 or opening 42 are connected, and the other end is then connected the first relative connectivity slot 314 when this elastomer 4 is inserted pocket recess 315.

After combination has the shoe-pad 3 of this elastomer 4 to fill in the footwear, shown in the 7th figure, this elastomer 4 from opening 42 along second connectivity slot 43 through first connectivity slot 314 to lower groove 322, can the inner face 51 corresponding form supplied gas together and circulate in runner 52 between air chamber 41 and the breach 321 with a sole 5.

In case the user wears when carrying the walking of footwear boots, supporting the both feet of human body weight can each trample on this shoe-pad 3 with positions such as toe and heels alternately, when the elastomer 4 that therefore is located at these shoe-pad 3 relative positions is stepped under the foot, can push these air chamber 41 original fluid spaces, air is compressed and flows to respectively this runner 52, and circulate in the inner space of footwear boots by this breach 321 respectively, allow user's foot feel more comfortable.Compared to prior art, the novel runner exit end that is located at shoe-pad of this part can be not blocked, so problems of the prior art solve effectively.

Claims

1. shoe-pad flow passage structure, comprise that a pad and is located on the flap of this pad periphery, it is characterized in that also comprising: this flap has most breach at marginal trough, respectively this breach extends a lower groove along flap in the shoe-pad bottom surface, the position of corresponding each lower groove of this shoe-pad is respectively equipped with one first connectivity slot, and respectively this first connectivity slot and one pocket recess of being located at pad is connected mutually; An and elastomer of inserting or be positioned this pocket recess, this elastomer has a plurality of openings back to the one side of pad, respectively this open communication one is positioned at the air chamber of elastomer, and second connectivity slot of being located at this surface of elastomer, and this second connectivity slot can be connected with the first relative connectivity slot; This elastomer from opening along second connectivity slot through first connectivity slot to lower groove, can the inner face corresponding form supplied gas together and circulate in runner between air chamber and the breach with the footwear boots.

2. shoe-pad flow passage structure according to claim 1 is characterized in that, described pad extends a ball area, an arch of the foot district and a heel area according to pin shape, described flap is located on pad and is equivalent to edge from the arch of the foot district to the heel area position, and the periphery of this flap and ball area outer rim connect as one; Described pocket recess be located at pad by flap around the position.

3. shoe-pad flow passage structure according to claim 1 is characterized in that described breach extends groove on along flap at the shoe-pad end face.

4. shoe-pad flow passage structure, comprise that a pad and is located on the flap of this pad periphery, it is characterized in that also comprising: the marginal trough of this flap has most breach, respectively this breach extends a lower groove along flap in the shoe-pad bottom surface, the position of corresponding each lower groove of this shoe-pad is respectively equipped with a connectivity slot, and respectively this connectivity slot one termination is led to lower groove, other end open communication, described opening is located at the surface of shoe-pad, and this opening other end connection one is positioned at the air chamber of shoe-pad; From opening along connectivity slot to lower groove, can the inner face corresponding form supplied gas together and circulate in runner between air chamber and the breach with the footwear boots.

5. shoe-pad flow passage structure according to claim 4 is characterized in that described breach extends groove on along flap at the shoe-pad end face.