CN202932167U - High-elastic middle sole provided with elastic supporting piece and high-heeled shoe - Google Patents
High-elastic middle sole provided with elastic supporting piece and high-heeled shoe Download PDFInfo
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- CN202932167U CN202932167U CN 201220562095 CN201220562095U CN202932167U CN 202932167 U CN202932167 U CN 202932167U CN 201220562095 CN201220562095 CN 201220562095 CN 201220562095 U CN201220562095 U CN 201220562095U CN 202932167 U CN202932167 U CN 202932167U
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- elastic support
- support sheet
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- sole
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Abstract
The utility model discloses a high-elastic middle sole provided with an elastic supporting piece, which is arranged in a shoe and used for supporting the sole of a wearer. The high-elastic middle sole comprises a soft surface layer and the elastic supporting piece adopting a sheet structure, wherein the soft surface layer is attached to the elastic supporting piece; in length, the elastic supporting piece extends from the heel part of the soft surface layer to at least the sole part of the soft surface layer; and the width of the elastic supporting piece is matched with that of the sole. Accordingly, the high-elastic middle sole provided with the elastic supporting piece can regulate the contact part with the sole of the wearer automatically according to the weight of the wearer, so as to increase the contact area between the two and reduce pressure received by the sole in unit area; and further, the high-elastic middle sole is lighter and has a flexible buffer effect, so that the high-elastic middle sole provided with the elastic supporting piece has the advantages of lightness, simple structure and better wearing comfort. Additionally, the utility model further discloses a high-heeled shoe provided with the high-elastic middle sole.
Description
Technical field
The utility model relates to the end in a kind of footwear, relates in particular to the end in the more comfortable high resiliency footwear of a kind of wearer's of making dress and has the high-heeled shoes at the end in these high resiliency footwear.
Background technology
Development along with economy, for people provide extremely abundant material conditions, thereby improved people's living standard, just improving constantly due to people's living standard, make people more and more higher to the requirement of product, and matter is good, light and product fashion always is subject to consumer's favor.
Wherein, in shoe-making industry, can promote the skeleton of women's whole health due to high-heeled shoes, also make simultaneously women's whole health tall and straight, thereby order is more confident to the women wearer, and attitude is more graceful, thereby provides a good platform for the high-heeled shoes development.
High-heeled shoes comprise these three parts of vamp, sole and heel, and sole includes the large end that is connected with vamp and be arranged at the end in footwear at the large end, wherein, in footwear, the thickness at the end has strict requirement in high-heeled shoes, simultaneously, in footwear, the requirement of strength that supports wearer's body weight also must be satisfied in the end, therefore, in footwear, Bao Yuehao is more done to get satisfying in the end under the condition of support strength, and in footwear the position difference at the bottom of according to its carrying leg comprises heel portion and foot palm part at the end, it is corresponding that heel portion and the heel of human body are complementary, and foot palm part is complementary corresponding with the sole of human body; Specific to high-heeled shoes, heel portion is corresponding with the heel of high-heeled shoes, and foot palm part is corresponding with the landing part of high-heeled shoes, and the weight of human body is supported by heel and these two positions, landing part respectively, thereby can steadily wear the high-heeled shoes walking.
as shown in Figure 1, in existing footwear, the end 200, include the upper hard layer 210 that contacts with wearer's sole, stick at the middle hard layer 220 of hard layer 210 bottom surfaces, stick at the lower hard layer 230 of hard layer 220 bottom surfaces and be embedded at elongated iron bar 240 in middle hard layer 220, make by iron bar 240, upper hard layer 210, in the footwear that middle hard layer 220 and lower hard layer 230 form, the end 200, have again elasticity firmly and not, therefore in wearer's sole is supported in these footwear the time at the end 200, it cannot automatically adjust the contact site with wearer's sole, to increase contact area between the two, thereby the pressure that the sole that makes the wearer is subject in unit are is larger, because the hard bottom 210 that contacts with wearer's sole cannot carry out to wearer's sole flexible cushioning effect, cannot satisfy the wearer to the requirement of snugness of fit therefore make the snugness of fit extreme difference at the end 200 in existing footwear again, moreover in the footwear that formed by iron bar 240, upper hard layer 210, middle hard layer 220 and lower hard layer 230, the end 200, exist complex structure and too heavy defective, enters a ground and make in existing footwear the end 200 cannot satisfy the wearer to the requirement of snugness of fit.Simultaneously, directly step down in sense of discomfort on iron bar 240 for fear of human body, but upper hard layer 210 and lower hard layer 230 are generally selected easy processing are also had the material of higher hardness to make, and step down in for a long time on harder lapping and can feel sole pain.And but iron bar 240 is very hard there is no elasticity, and the iron bar 240 that rigidity is too large is given the very large reaction force of arch, and wear of long duration later can cause arch to be ached and cause ankle impaired.
For the high-heeled shoes of any style, graceful appearance and modeling is very important, this just must restriction high-heeled shoes structure layer in the thickness at the end, the shoes that just can guarantee to have adhered to after other annex can also be light and handy and exquisite.The middle end of original structure, is because thickness and material the subject of knowledge and the object of knowledge limit have satisfied being difficult to satisfy requirement comfortable and easy to wear after the support safety again.So under existing technology, all often to improve comfort level by setting up shoe-pad at the end in high-heeled shoes, but due to the internal cavity of shoes narrow space, the thickness of shoe-pad is all extremely limited, too thin shoe-pad can't have been given play to due effect, causes the high-heeled shoes at original middle end in fact to be difficult to improve comfort level by setting up shoe-pad.In the situation that guarantee the graceful moulding of high-heeled shoes and wear support safety, the comfort level that how to improve high-heeled shoes is a urgent problem.
Equally,, also exist similar problem in the footwear of the shoes except high-heeled shoes at the end.
Therefore, be badly in need of to want a kind of can satisfy the wearer to the end in snugness of fit requirement and high resiliency footwear simple in structure and have the high-heeled shoes at the end in these high resiliency footwear overcome above-mentioned defective.
The utility model content
A purpose of the present utility model is to provide a kind of can satisfy the wearer to the end in snugness of fit requirement and high resiliency footwear with elastic support sheet simple in structure.
Another purpose of the present utility model is to provide a kind of can satisfy the wearer to snugness of fit requirement and high-heeled shoes simple in structure.
For realizing above-mentioned purpose, the utility model provides the end in a kind of high resiliency footwear with elastic support sheet, be arranged at upper in footwear and wearer's sole is supported, wherein, the utlity model has the elastic support sheet that the end in the high resiliency footwear of elastic support sheet comprises soft surface layer and is the resilient sheet-like structure, soft surface layer is attached on elastic support sheet, the length of elastic support sheet extends to the foot palm part of soft surface layer at least from the heel portion of soft surface layer, the width of elastic support sheet and the width of sole are complementary.
Preferably, the width of elastic support sheet extends to the corresponding large end and superimposed place of being connected of vamp.
Preferably, soft surface layer and elastic support sheet are into a single integrated structure.
Preferably, elastic support sheet is sheet metal.
Preferably, the front end of elastic support sheet is parallel with the level ground, and the rear end court of elastic support sheet is inclined upwardly away from the level ground direction, and is connected with the warp architecture of arc-shaped transition between the rear end of the front end of elastic support sheet and elastic support sheet.
Preferably, have some reinforcements on elastic support sheet.
Preferably, reinforcement is along the rear end of elastic support sheet to front extreme direction setting.
Preferably, the front end of elastic support sheet is provided with engraved structure, and the rear end of elastic support sheet is provided with the installing hole that is fixedly connected with for heel.
High-heeled shoes of the present utility model comprise the end in the large end, vamp, heel and aforesaid high resiliency footwear with elastic support sheet.
Preferably, the width of elastic support sheet extends to the corresponding large end and superimposed place of being connected of vamp.
compared with prior art, because soft surface layer of the present utility model is attached on the elastic support sheet that is the resilient sheet-like structure, the length of elastic support sheet extends to the foot palm part of soft surface layer at least from the heel portion of soft surface layer, and the width of elastic support sheet and the width of sole are complementary, therefore when the wearer of different weight is supported at the end in the utlity model has the high resiliency footwear of elastic support sheet, make elastic support sheet drive soft surface layer and produce the elastic deformation corresponding with wearer's sole, thereby make the end in the high resiliency footwear that the utlity model has elastic support sheet can adjust automatically according to wearer's different weight the contact site of the sole at the end and wearer in these high resiliency footwear, to increase contact area between the two, the pressure that makes wearer's sole be subject in unit are is minimum, in conjunction with soft surface layer, sole is played flexible buffer again, and then make in the high resiliency footwear that the utlity model has elastic support sheet the end have lighter weight and better snugness of fit under the condition of support strength and satisfy the wearer to the requirement of comfortableness satisfying, again because the end in the high resiliency footwear that the utlity model has elastic support sheet, only be made of soft surface layer and elastic support sheet, therefore the structure at the end in the high resiliency footwear that the utlity model has elastic support sheet is simplified.In like manner, due to the end in the high resiliency footwear that the utlity model has elastic support sheet, therefore high-heeled shoes of the present utility model can satisfy the wearer equally better to the requirement of comfortableness.
Description of drawings
Fig. 1 is the three-dimensional structure diagram at the end in existing footwear.
Fig. 2 is the three-dimensional structure diagram that the utlity model has the end in the high resiliency footwear of elastic support sheet.
Fig. 3 is the exploded view at the end in the high resiliency footwear with elastic support sheet shown in Figure 2.
Fig. 4 uses the three-dimensional structure diagram that the high-heeled shoes at the end in the high resiliency footwear that the utlity model has elastic support sheet are arranged.
The specific embodiment
In order to describe technology contents of the present utility model, structural feature in detail, below in conjunction with embodiment and coordinate accompanying drawing to be described further.
See also Fig. 2 and Fig. 3, the utlity model has that in the high resiliency footwear of elastic support sheet, the end 10 arranges in footwear and is used for wearer's sole is supported, wherein, the utlity model has the elastic support sheet 12 that the end 10 in the high resiliency footwear of elastic support sheet comprises soft surface layer 11 and is the resilient sheet-like structure, soft surface layer 11 is attached on elastic support sheet 12, the length of elastic support sheet 12 extends to the foot palm part 112 of soft surface layer 11 at least from the heel portion 111 of soft surface layer 11, the width of elastic support sheet 12 and the width of sole are complementary.Particularly, under the condition that reaches wearer's support strength, the width of elastic support sheet 12 can more than or equal to the width of sole, perhaps be slightly less than the sole width; More excellently be, the width of elastic support sheet 12 extended to as the large end 20 and superimposed place of being connected of vamp 30 corresponding in Fig. 4, so that 12 couples of wearers of elastic support sheet are when carrying out secure support, also the elastic deformation for its generation provides needed space.Wherein, in the present embodiment, soft surface layer 11 is complementary with sole and contacts with this sole, for sole provides flexible buffering effect, and soft surface layer 11 is more excellent is the soft surface layer 11 that is formed by polyurathamc (English referred to as PU), foamed propylene acid esters modified polyurethane (English referred to as PUA) or foaming rubber school, to reduce costs and to have a good flexible buffer effect; And elastic support sheet 12 more excellent be sheet metal, especially for the sheet metal that formed by spring steel to have more excellent elastic deformation performance and better support performance.More specifically, as follows:
Than the superior, soft surface layer 11 and elastic support sheet 12 are into a single integrated structure, so that the combination between soft surface layer 11 and elastic support sheet 12 more reliably reaches more firm; Particularly, soft surface layer 11 is into a single integrated structure by injection molding process and elastic support sheet 12, to simplify the technical process that is formed integrative-structure by soft surface layer 11 and elastic support sheet 12; Wherein, form that in the high resiliency footwear of the integrative-structure that is comprised of soft surface layer 11 and elastic support sheet 12, the ends 10 method is: at first, provide an elastic support sheet 12; Then, elastic support sheet 12 is placed in the forming cavity of mould; Then, be injected with the soft material of melting in the forming cavity that is equipped with elastic support sheet 12, such as being polyurathamc (English referred to as PU), foamed propylene acid esters modified polyurethane (English referred to as PUA) or foaming rubber school etc., the soft material of melting combines with elastic support sheet 12 and form soft surface layer 11 on elastic support sheet 12, thereby makes the common first product that forms of soft surface layer 11 and elastic support sheet 12; At last, cooling first product makes first product mold the end 10 in the high resiliency footwear of the integrative-structure that is comprised of soft surface layer 11 and elastic support sheet 12.Certainly, above-mentioned integrative-structure can also be formed by other technique, such as thinking injection-compression molding or adhesion technique etc.More specifically, in the present embodiment, soft surface layer 11 in integrative-structure is attached on the end face of elastic support sheet 12, increase thickness with the contacted soft surface layer 11 of sole so that the utlity model has the end 10 in the high resiliency footwear of elastic support sheet in the dimensional thickness of regulation, thereby advance the effect that a ground improves 11 couples of wearers' of soft surface layer sole flexible buffer; Certainly, in other embodiments, elastic support sheet 12 is embedded in soft surface layer 11.When elastic support sheet 12 is not when being made of one structure with soft surface layer 11, the soft surface layer 11 of this moment more preferably makes on its end face that is attached at elastic support sheet 12 by adhering process, also can advance the effect that a ground improves 11 couples of wearers' of soft surface layer sole flexible buffer.
Simultaneously, the front end 12b of elastic support sheet 12 is parallel with the level ground, and the rear end 12a of elastic support sheet 12 is towards being inclined upwardly away from the level ground direction, and the skeleton with the whole health of carrying the wearer also makes wearer's whole health tall and straight simultaneously; And be connected with the warp architecture 12c of arc-shaped transition between the front end 12b of elastic support sheet 12 and the rear end 12a of elastic support sheet 12, make with wearer's the contacting better of sole that in the high resiliency footwear that the utlity model has elastic support sheet, the end 10 has more excellent snugness of fit so that the utlity model has in the high resiliency footwear of elastic support sheet the end 10.
At last, have some reinforcements 121 on elastic support sheet 12, to increase elastically-deformable effect and the support strength of elastic support sheet 12; Specifically, reinforcement 121 arranges along the rear end 12a of elastic support sheet 12 to front end 12b direction; More preferably, reinforcement 121 is towards forming away from the outside punching press of the direction of soft surface layer 11, make soft surface layer 11 can be partially submerged into elastic support sheet 12 interior to increase the reliability of both combinations, advancing the elastically-deformable effect that a ground improves elastic support sheet 12; More specifically, the front end 12b of elastic support sheet 12 is provided with engraved structure 122, engraved structure 122 can reduce the weight of elastic support sheet 12 and can increase soft surface layer 11 and elastic support sheet 12 in conjunction with the contact position, the reliability that is connected with elastic support sheet 12 to promote soft surface layer 11; And the rear end 12a of elastic support sheet 12 is provided with the installing hole 123 that is fixedly connected with for heel 40 in Fig. 4, so that elastic support sheet 12 is more reliable with being connected of heel 40, heel 40 can be supported the wearer reliably by elastic support sheet 12, and reinforcement 121 is more preferably between installing hole 123 and engraved structure 122.
See also Fig. 4, Fig. 4 has showed a preferred embodiment of high-heeled shoes of the present utility model.in Fig. 4, the utlity model has that in the high resiliency footwear of elastic support sheet, the ends 10 the best is to be applied in high-heeled shoes 100, part as the utility model high-heeled shoes 100, has more excellent snugness of fit so that have the high-heeled shoes 100 at the end 10 in the utility model high resiliency footwear, certainly, except the high-heeled shoes 100 that the utility model is mentioned, the utlity model has that in the high resiliency footwear of elastic support sheet, the end 10 can also be applied on the footwear of other type, this not to the high resiliency footwear that the utlity model has elastic support sheet in the range of application at the end 10 limit.Wherein, high-heeled shoes 100 of the present utility model comprise the large end 20, vamp 30, heel 40 and the utlity model has the end 10 in the high resiliency footwear of elastic support sheet.Particularly, in the present embodiment, vamp 30 be connected at large the end 20 and form for the wearer wearing these high-heeled shoes 100 wear chamber 50, the utlity model has in the high resiliency footwear of elastic support sheet the end 10 is located at and wears in chamber 50, heel 40 is connected in the high resiliency footwear that the utlity model has elastic support sheet at the end 10, and heel 40 is corresponding with the heel portion 111 at the end 10 in the utility model high resiliency footwear, so that heel portion 111 is supported by heel 40.More specifically, in the present embodiment, vamp 30 can be connected in vamp 30 by sewing technique or adhering process at large the end 20, but is not limited to this; And heel 40 can be fixed together the rear end 12a of elastic support sheet 12 and heel 40 by extraneous metal connecting piece, but is not limited to this.More preferably, the width of elastic support sheet 12 extends to the corresponding large end 20 and superimposed place of being connected of vamp 30, and purpose makes 12 couples of wearers of elastic support sheet reach better support, and the elastic deformation that also produces for it provides needed space.
compared with prior art, because soft surface layer 11 of the present utility model is attached on the elastic support sheet 12 that is the resilient sheet-like structure, the length of elastic support sheet 12 extends to the foot palm part 112 of soft surface layer 11 at least from the heel portion 111 of soft surface layer 11, and the width of elastic support sheet 12 and the width of sole are complementary, therefore when the wearer of different weight is supported at the end 10 in the utlity model has the high resiliency footwear of elastic support sheet, make elastic support sheet 12 produce the elastic deformation corresponding with wearer's sole with soft surface layer 11, thereby make the end 10 in the high resiliency footwear that the utlity model has elastic support sheet can adjust automatically according to wearer's different weight the contact site at the end 10 and wearer's sole in these high resiliency footwear, to increase contact area between the two, the pressure that makes wearer's sole be subject in unit are is minimum, play flexible buffer in conjunction with 11 pairs of soles of soft surface layer again, and then make in the high resiliency footwear that the utlity model has elastic support sheet the end 10 have lighter weight and better snugness of fit under the condition of support strength and satisfy the wearer to the requirement of comfortableness satisfying, again because the end 10 in the high resiliency footwear that the utlity model has elastic support sheet, only be made of soft surface layer 11 and elastic support sheet 12, therefore the structure at the end 10 in the high resiliency footwear that the utlity model has elastic support sheet is simplified.In like manner, due to the end 10 in the high resiliency footwear that the utlity model has elastic support sheet, therefore high-heeled shoes of the present utility model 100 can satisfy the wearer equally better to the requirement of comfortableness.
Above disclosed is only preferred embodiments of the present utility model, certainly can not limit with this interest field of the utility model, and the equivalent variations of therefore doing according to the utility model claim still belongs to the scope that the utility model is contained.
Claims (10)
1. the end in high resiliency footwear with elastic support sheet, be arranged in footwear and wearer's sole is supported, it is characterized in that, in described high resiliency footwear, the end, comprises soft surface layer and is the elastic support sheet of resilient sheet-like structure, described soft surface layer is attached on described elastic support sheet, the length of described elastic support sheet extends to the foot palm part of described soft surface layer at least from the heel portion of described soft surface layer, the width of described elastic support sheet and the width of described sole are complementary.
2. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that, the width of described elastic support sheet extends to the corresponding large end and superimposed place of being connected of vamp.
3. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that, described soft surface layer and elastic support sheet are into a single integrated structure.
4. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that, described elastic support sheet is sheet metal.
5. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that, the front end of described elastic support sheet is parallel with the level ground, the rear end court of described elastic support sheet is inclined upwardly away from the level ground direction, and is connected with the warp architecture of arc-shaped transition between the rear end of the front end of described elastic support sheet and described elastic support sheet.
6. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that having some reinforcements on described elastic support sheet.
7. the end in the high resiliency footwear with elastic support sheet as claimed in claim 6, it is characterized in that, described reinforcement is along the rear end of described elastic support sheet to front extreme direction setting.
8. the end in the high resiliency footwear with elastic support sheet as claimed in claim 1, it is characterized in that, the front end of described elastic support sheet is provided with engraved structure, and the rear end of described elastic support sheet is provided with the installing hole that is fixedly connected with for heel.
9. high-heeled shoes, comprise the large end, vamp and heel, it is characterized in that, described high-heeled shoes also comprise the end in the high resiliency footwear with elastic support sheet as described in claim 1 to 8 any one.
10. high-heeled shoes as claimed in claim 9, is characterized in that, the width of described elastic support sheet extends to the corresponding large end and superimposed place of being connected of vamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220562095 CN202932167U (en) | 2012-10-30 | 2012-10-30 | High-elastic middle sole provided with elastic supporting piece and high-heeled shoe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220562095 CN202932167U (en) | 2012-10-30 | 2012-10-30 | High-elastic middle sole provided with elastic supporting piece and high-heeled shoe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202932167U true CN202932167U (en) | 2013-05-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220562095 Expired - Fee Related CN202932167U (en) | 2012-10-30 | 2012-10-30 | High-elastic middle sole provided with elastic supporting piece and high-heeled shoe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202932167U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102920101A (en) * | 2012-10-30 | 2013-02-13 | 张东井 | Midsole of high-elasticity shoe with elastic support sheet and high-heeled shoe |
-
2012
- 2012-10-30 CN CN 201220562095 patent/CN202932167U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102920101A (en) * | 2012-10-30 | 2013-02-13 | 张东井 | Midsole of high-elasticity shoe with elastic support sheet and high-heeled shoe |
| WO2014067454A1 (en) * | 2012-10-30 | 2014-05-08 | Zhang Dongjing | Highly elastic shoe midsole having elastic support sheet, and high-heeled shoe |
| CN102920101B (en) * | 2012-10-30 | 2015-04-08 | 张东井 | Midsole of high-elasticity shoe with elastic support sheet and high-heeled shoe |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130515 Termination date: 20151030 |
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| EXPY | Termination of patent right or utility model |