CN2922546Y - Ventilated shoe pad - Google Patents
Ventilated shoe pad Download PDFInfo
- Publication number
- CN2922546Y CN2922546Y CN 200620131296 CN200620131296U CN2922546Y CN 2922546 Y CN2922546 Y CN 2922546Y CN 200620131296 CN200620131296 CN 200620131296 CN 200620131296 U CN200620131296 U CN 200620131296U CN 2922546 Y CN2922546 Y CN 2922546Y
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- China
- Prior art keywords
- shoe
- pad
- air
- sponge
- storage tank
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Abstract
The utility model is an air-renewal insole, which consists of an insole and a breathable layer adhered at the upper part of the lower insole and a sponge body between the lower insole and the breathable layer. Wherein, when the lower insole is molded as an integrated part, the center of the insole is provided with an accommodating slot according to the shape of the shoes and forms a frame surrounding around the accommodating slot. An elastic, porous and air-permeable sponge body which is in equal contour and thickness with the accommodating slot is placed into the accommodating slot and adhered with the air-permeable layer which is provided with a plurality of air-intakes and air-vents at the framework, the matching heel and the for-palm parts. Then the elasticity of the sponge body is utilized to prop up the air-chamber formed by the permeable layer and lower insole in conglutination. When the insole is placed within the shoe, the insole can facilitate the cold air around the heel to enter the fore-palm part, by the shoe-wearer's circulated actions of continuous treading and lifting during walking, to expel the moisturized and hot air within the shoe and around the fore-palm, and thereby reaches favorable effects of moisture-absorption and heat-elimination.
Description
Technical field
A kind of ventilating insole that the utility model relates to.
Background technology
In the past, under high temperature and moist weather, because of the shoes exhaust bad, the heat that produces when causing the wearer to walk, sweat are difficult for getting rid of, therefore wear footwear for a long time and can make us uncomfortable, except meeting produces the pin stink, easilier grow mould and produce irritating athlete's foot.At present manufacturer is in order to improve the shoes air permeability, also designed some and partly had the shoe-pad of ventilatory at shoe-pad, as the United States Patent (USP) number: 4215492 date of publications 08/05/1980; United States Patent (USP) number: 5010661 date of publications 05/30/1991; The United States Patent (USP) number: 5333397 date of publications 08/02/1994, above three is all at heel position device air bag, and device air bag method is had nothing in common with each other.And at the heel position or edge, heel back air inlet is set, ball of foot or toe position set out gas port, because air bag is an elastomeric material, when human body walking, form and trample continuously and mention do action, impel heel cold air on every side to enter the ball of foot position, to drive wet, the hot-air around the ball of foot in the footwear out of, reach result of ventilating heat dissipation in the footwear.But this series products is little because of the air chamber that struts, so its air containment is limited, if will increase air containment, must increase shoe-pad heel position thickness, and is inapplicable on general shoes.United States Patent (USP) number and for example: 4224746 date of publications: 09/30/1980, this kind ventilating insole mainly is made up of the supporter around air bag and the air bag.That air bag utilizes is resilient, the similar sponge material of porous, the plastic sheeting that the outer coating of sponge can not be leaked gas, and the edge, heel back of air bag is provided with air inlet, and the toe position sets out gas port.Sponge less with another hole, that density is higher surrounds around the air bag, as the supporter of air bag.The air bag of this kind shoe-pad only accounts for the shoe-pad partial volume, and air containment is less; Because of air bag is provided with air inlet at edge, heel back, when human body walking was trampled, air inlet was not covered by heel, and portion gas is escaped from air inlet, made the air of air bag inside can't effectively enter the ball of foot position; And air bag and supporter on every side thereof are separately made, and with the similar sponge material of different densities, because shoe-pad has different sizes, so increased the difficulty of assembling.
Summary of the invention
The purpose of the utility model design is to provide a kind of to have light, thin and the air saturation is big, ventilation effect is high comfortable and be useful in the ventilating insole of all types of shoes for the defective that overcomes prior art.
Another purpose of the utility model design provides a kind ofly makes saving man-hour, material and reaches the ventilating insole of the economic benefit that reduces cost.
Another purpose of the utility model design provides a kind of ventilative easily, absorbing sweat, has easier ventilating insole with the Practical Benefit that sole wets, hot gas is discharged.
The ventilating insole of the utility model design comprises air-permeable layer, following shoe-pad and Sponge; Described air-permeable layer is a slice cloth or the leather according to shoe-shaped, and it is provided with several air admission holes and venthole at heel and ball of foot position; Described shoe-pad down is the plastic material of a slice according to shoe-shaped, and is concaved with the storage tank that has frame to enclose around at middle position when one-body molded; Described Sponge just can be contained in the profile of storage tank, and its thickness is impartial and be the material with elasticity, porous, gas permeability; Enclose on the described ventilative stratification and with following shoe-pad frame all around and be bonded together.
Like this, during making, earlier Sponge is put into down in the storage tank of shoe-pad, it is bonding that the frame that forms around the storage tank of air-permeable layer and following shoe-pad is enclosed, and composition one has the ventilating insole of air chamber.This shoe-pad is placed on shoes inside, trample continuously and the do action of mentioning when borrowing the wearer to walk, impel the cold air around the heel to enter the ball of foot position, driving wet, the hot-air around the ball of foot in the footwear out of, and then reach good dehumidifying, heat extraction effect.
The ventilating insole of the utility model design can also comprise that shoe-pad can not be provided with storage tank down; Between following shoe-pad that storage tank is not set and air-permeable layer, the Sponge that a profile is slightly less than down shoe-pad and thickness equalization is set; The frame Sponge periphery, between air-permeable layer and the following shoe-pad is enclosed bondingly again, strut down shoe-pad and air-permeable layer to form an air chamber by Sponge, air-permeable layer is respectively equipped with several air admission holes and venthole at heel and ball of foot position.
The ventilating insole of the utility model design can also be included in air-permeable layer and be equipped with between the following shoe-pad of Sponge and also be provided with shoe-pad on; The described shoe-pad of going up just is respectively equipped with several air admission holes and venthole at heel and ball of foot position when shoe-pad is one-body molded, its middle position upwards is concaved with the storage tank that has frame to enclose around, the Sponge of one same profile, thickness equalization is set in the storage tank, enclose the relative bonding air chamber that forms of following shoe-pad with no storage tank by the frame of last shoe-pad again, described air-permeable layer is respectively equipped with several air admission holes and venthole at heel and ball of foot position, and last shoe-pad communicates with air chamber respectively with venthole with the air admission hole of air-permeable layer, forms a ventilating insole whereby.
The ventilating insole of the utility model design can also comprise that the described shoe-pad of going up is not provided with storage tank; Between the following shoe-pad of last shoe-pad and no storage tank, directly put into a profile and be slightly less than shoe-pad, and the Sponge of thickness equalization, enclose frame between the last shoe-pad of Sponge periphery and the following shoe-pad bonding again, strut shoe-pad, following shoe-pad by Sponge, form an air chamber, should go up the shoe-pad top and then paste an air-permeable layer, air-permeable layer is respectively equipped with several air admission holes and venthole at heel and ball of foot position, last shoe-pad communicates with air chamber respectively with venthole with the air admission hole of air-permeable layer, forms a ventilating insole whereby.
The ventilating insole of the utility model design can also comprise that described Sponge can be the half shape that extend to heel corresponding arch position; Arch and heel position are thicker than approaching also to can be corresponding ball of foot.
The ventilating insole of the utility model design can also comprise that described Sponge can increase at corresponding arch position to be provided with and can strut air chamber and fit tightly Sponge at the arch concave arc, to increase the air chamber space.
The ventilating insole of the utility model design can be removable independent individual, or directly is fixed in the footwear body.
The ventilating insole of the utility model design has gently, approaches, and the air saturation is big, ventilation effect is high comfortable again, is applicable to all types of footwear; Save man-hour in the making, material, reach the economic benefit that reduces cost; Easily ventilative, absorbing sweat have easier sole is wet, Practical Benefit that hot gas is discharged.
Further describe purpose of design of the present utility model, design feature and practicality below in conjunction with drawings and Examples.
Description of drawings
The three-dimensional exploded view of the ventilating insole that Fig. 1 designs for the utility model.
Described in the ventilating insole that Fig. 1-A designs for the utility model down shoe-pad be the three-dimensional exploded view of no storage tank.
The ventilating insole that Fig. 2 designs for the utility model when sole is trampled in footwear weight be pressed in the view at heel position.
The ventilating insole that Fig. 3 designs for the utility model in footwear, lift pin heeloff the time weight be pressed in the view at ball of foot position.
The three-dimensional exploded view of another structure of the ventilating insole that Fig. 4 designs for the utility model.
Go up the three-dimensional exploded view of shoe-pad described in another structure of the ventilating insole that Fig. 4-A designs for the utility model for no storage tank.
The three-dimensional exploded view of the third structure of the ventilating insole that Fig. 5 designs for the utility model.
The three-dimensional exploded view of the 4th kind of structure of the ventilating insole that Fig. 6 designs for the utility model.
The three-dimensional exploded view of the 5th kind of structure of the ventilating insole that Fig. 7 designs for the utility model.
Description of reference numerals: shoe-pad under the 2-; The 21-storage tank; 22, the 22A-frame encloses; Shoe-pad under the 2A-; The 3-air-permeable layer; The 31-air admission hole; The 32-venthole; The 4-Sponge; 4A, 4B, 4C all-Sponge; The 5-shoes; The last shoe-pad of 6-; The 61-storage tank; 62, the 62A-frame encloses; 63,63A-air admission hole; 64,64A-venthole; The last shoe-pad of 6A-; P-foot; The P1-heel; The P2-ball of foot; The P3-arch; The A-air; The S-air chamber.
The specific embodiment
Please at first cooperate and consult shown in accompanying drawing 1, accompanying drawing 1-A, accompanying drawing 2 and the accompanying drawing 3, can know that understanding the utility model mainly is the shoe-pad that is arranged with a storage tank 21 according to shoe-shaped in central authorities by integrated, directly as following shoe-pad 2, and around its storage tank 21, form frame and enclose 22, on storage tank 21 positions, place the rubber-like of a same profile, the Sponge 4 of porous, gas permeability again, and Sponge 4 article that to be a kind of rubber-like, porous, gas permeability, available unlike material make.Again by the frame that forms around the storage tank 21 enclose 22 with cooperates heel P1 and ball of foot position P2 to be provided with several air admission holes 31 to fit with the air-permeable layer 3 of venthole 32, form whereby air-permeable layer 3 and following shoe-pad 2 all around the frame of formation enclose the 22 bonding ventilating insoles that form with air chamber S.
Compound mode similar to the above sees also accompanying drawing 1-A, shoe-pad 2A is not for being provided with the form of storage tank under it, directly place the Sponge 4 that a profile is slightly less than down shoe-pad 2A, thickness equalization, it is bonding again the frame of Sponge 4 peripheries between air-permeable layer 3 and the following shoe-pad 2A to be enclosed 22A, air-permeable layer 3 is respectively equipped with several air admission holes 31 and venthole 32 at heel P1 and ball of foot portion P2 position, strut air-permeable layer 3 and following shoe-pad 2A by Sponge 4, form ventilating insole with an air chamber.
When the wearer walks, the pin P that depresses, its heel P1 presses down earlier, heel P1 covers the air admission hole 31 of air-permeable layer 3, and then makes injection after the air A of air chamber S inside is squeezed, and changes and is sent by the venthole 32 of air-permeable layer 3, impel heel cold air on every side to enter ball of foot P2 position, driving wet, the hot-air of ball of foot P2 in the footwear out of, and then reach good result of ventilating heat dissipation, as shown in Figure 2; When carrying on the pin P, its ball of foot P2 pushes down gas outlet 32, and heel P1 at first is lifted away from ground, can borrow this moment the elastic recovery of Sponge 4 in the shoe-pad to strut air chamber S, and the while is by the air admission hole 31 suction outside air A of air-permeable layer 3, therefore make air chamber inside constantly enter saturated fresh air, can carry out the continuation ventilation for shoes 5 inside, as shown in Figure 3.
See also shown in the accompanying drawing 4: the utility model use is integrated to have frame to enclose 62 storage tank 61 around bottom surface central authorities are arranged with one according to shoe-shaped again, and heel P1 and ball of foot P2 position are respectively equipped with several air admission holes 63 and venthole 64 as last shoe-pad 6, a bonding same profile on storage tank 61 positions again, the Sponge 4. of thickness equalization again by the frame of last shoe-pad 6 enclose 62 with the bonding air chamber S that forms of following shoe-pad 2A of no storage tank, an air-permeable layer 3 is then pasted in the top that this last shoe-pad 6 contacts with sole, air-permeable layer 3 is respectively equipped with several air admission holes 31 and venthole 32 at heel P1 and ball of foot P2 position, and air admission hole 63,31 communicate with air chamber S up and down relatively, venthole 64,32 relatively also communicate with air chamber S up and down, form a ventilating insole whereby.
For another example shown in the accompanying drawing 4-A: the utility model can use the shoe-shaped pad that storage tank is not set, and heel P1 and ball of foot P2 position are respectively equipped with several air admission holes 63A and venthole 64A as last shoe-pad 6A, and the profile of fitting in its bottom surface is slightly less than shoe-pad 6A, the Sponge 4 of thickness equalization, make the frame of the Sponge periphery between shoe-pad 6A and the following shoe-pad 2A enclose the bonding formation one air chamber S of 62A, an air-permeable layer 3 is then pasted in the top that this last shoe-pad 6A contacts with sole, air-permeable layer 3 is respectively equipped with several air admission holes 31 and venthole 32 at heel P1 and ball of foot P2 position, and air admission hole 63A, 31 communicate with air chamber S up and down relatively, venthole 64A, 32 relatively also communicate with air chamber S up and down, form a ventilating insole whereby.
Please be in addition conjunction with figs. 5, accompanying drawing 6 and accompanying drawing 7 again, the utility model uses integrated shoe-pad 2 down, can be central authorities according to shoe-shaped be arranged with a storage tank 21 and around have frame to enclose 22 pad; Or do not form the following shoe-pad 2A of storage tank, put into the Sponge 4 of a same profile in storage tank 21 positions, these Sponge 4 integral thickness equalizations, also can be on Sponge 4, the Sponge 4A that can strut air chamber and be combined in the arch concave arc is set at the arch position, to increase the air chamber space, it is bonding and form the ventilating insole of an air chamber to form air-permeable layer 3 and following shoe-pad 2 whereby, as shown in Figure 5; And the utility model application central authorities are arranged with a storage tank 21 and have frame to enclose 22 following shoe-pad 2 all around according to shoe-shaped, or another following shoe-pad 2A that does not form storage tank, the half body structure shape Sponge 4B that extends to heel by the arch position in storage tank 21 positions bonding, it is 22 bonding and form the ventilating insole of an air chamber that the frame of forming air-permeable layer 3 and following shoe-pad 2 whereby encloses, as shown in Figure 6; And the utility model application central authorities have frame to enclose 22 following shoe-pad 2 around being arranged with a storage tank 21 according to shoe-shaped, or do not form the following shoe-pad 2A of storage tank, put into the Sponge 4C of a same profile in storage tank 21 positions, and to make this Sponge 4C be the thin and thicker structure shape in arch and heel position of ball of foot, it is bonding and form the ventilating insole of an air chamber to form air-permeable layer 3 and following shoe-pad 2 whereby, as shown in Figure 7.
More than explanation is novel just illustrative for this; and it is nonrestrictive; those of ordinary skills understand; under the situation of the spirit and scope that do not break away from following claims and limited; can make many modifications; change, or equivalence, but all will fall in the protection domain of the present utility model.
Claims (7)
1. a ventilating insole is characterized in that, it comprises air-permeable layer, following shoe-pad and Sponge; Wherein: described air-permeable layer is a slice cloth or the leather according to shoe-shaped, and it is provided with several air admission holes and venthole at heel and ball of foot position; Described shoe-pad down is the plastic material of a slice according to shoe-shaped, and is concaved with the storage tank that has frame to enclose around at middle position when one-body molded; Described Sponge just is contained in the profile of storage tank, and the thickness equalization; Enclose on the described ventilative stratification and with following shoe-pad frame all around and be bonded together.
2. ventilating insole as claimed in claim 1 is characterized in that, described shoe-pad down is not provided with storage tank; Between following shoe-pad that storage tank is not set and air-permeable layer, the Sponge that a profile is slightly less than down shoe-pad and thickness equalization is set; The frame Sponge periphery, between air-permeable layer and the following shoe-pad is enclosed bondingly again, strut down shoe-pad and air-permeable layer to form an air chamber by Sponge, air-permeable layer is respectively equipped with several air admission holes and venthole at heel and ball of foot position.
3. ventilating insole as claimed in claim 1 is characterized in that, in described air-permeable layer and be equipped with between the following shoe-pad of Sponge and also be provided with shoe-pad on; The described shoe-pad of going up just is respectively equipped with several air admission holes and venthole at heel and ball of foot position when shoe-pad is one-body molded, its middle position upwards is concaved with the storage tank that has frame to enclose around, the Sponge of one same profile, thickness equalization is set in the storage tank, enclose the relative bonding air chamber that forms of following shoe-pad with no storage tank by the frame of last shoe-pad again, described air-permeable layer is respectively equipped with several air admission holes and venthole at heel and ball of foot position, and upward shoe-pad communicates with air chamber respectively with venthole with the air admission hole of air-permeable layer.
4. ventilating insole as claimed in claim 3 is characterized in that, the described shoe-pad of going up is not provided with storage tank; Between the following shoe-pad of last shoe-pad and no storage tank, the Sponge that one profile is slightly less than shoe-pad and thickness equalization directly is set, again frame between the last shoe-pad of Sponge periphery and the following shoe-pad is enclosed corresponding bonding, by Sponge strut shoe-pad, shoe-pad forms an air chamber down.
5. as the described ventilating insole of claim 1-4, it is characterized in that described Sponge is the half shape that extend to heel corresponding arch position.
6. as the described ventilating insole of claim 1-4, it is characterized in that described Sponge is thicker for corresponding ball of foot position approaches arch and heel position.
7. as the described ventilating insole of claim 1-4, it is characterized in that described Sponge increase to be provided with at corresponding arch position and can to strut air chamber and fit tightly Sponge at the arch concave arc.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620131296 CN2922546Y (en) | 2006-09-01 | 2006-09-01 | Ventilated shoe pad |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620131296 CN2922546Y (en) | 2006-09-01 | 2006-09-01 | Ventilated shoe pad |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2922546Y true CN2922546Y (en) | 2007-07-18 |
Family
ID=38258973
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620131296 Expired - Fee Related CN2922546Y (en) | 2006-09-01 | 2006-09-01 | Ventilated shoe pad |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2922546Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110652071A (en) * | 2019-10-25 | 2020-01-07 | 佛山市南海全益保健用品科技有限公司 | Highly-inosculating and breathable insole and manufacturing method thereof |
-
2006
- 2006-09-01 CN CN 200620131296 patent/CN2922546Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110652071A (en) * | 2019-10-25 | 2020-01-07 | 佛山市南海全益保健用品科技有限公司 | Highly-inosculating and breathable insole and manufacturing method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070718 Termination date: 20130901 |