CN202233319U - Sole with buffering structure - Google Patents
Sole with buffering structure Download PDFInfo
- Publication number
- CN202233319U CN202233319U CN2011203059210U CN201120305921U CN202233319U CN 202233319 U CN202233319 U CN 202233319U CN 2011203059210 U CN2011203059210 U CN 2011203059210U CN 201120305921 U CN201120305921 U CN 201120305921U CN 202233319 U CN202233319 U CN 202233319U
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- Prior art keywords
- bottom support
- support structure
- sole
- buffer structure
- buffer
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- Withdrawn - After Issue
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Abstract
A sole with a buffering structure is manufactured by a macromolecular elastic material, the upper surface of the sole, on which an outsole faces a midsole, is provided with mid sole support structures, the mid sole support structures are arranged in the way of zones along the vertical length direction of a shoe, the mid sole support structure in each zone is a reticular retainer with a connecting wall, the thickness of the upper part of the connecting wall of the reticular retainer of the mid sole support structure in at least one zone is larger than the thickness of the lower part of the connecting wall, so that the buffering structure is formed, and a hollow cavity shaped like a frustum of a pyramid is formed by the dividing and enclosing of reticular retainers, wherein the area of an opening at the upper part of the hollow cavity is smaller than the area of a horizontal section at the lower part of the hollow cavity. With the adoption of good elasticity and lower rigidity generated by the combination of the reticular retainers and the macromolecular material, uneven load applied on the outsole can be uniformly dispersed and then transferred to the mid sole; furthermore, the impact to the sole of a foot can be effectively alleviated.
Description
Technical field
The utility model relates to a kind of sole, particularly a kind of sole that is provided with buffer structure.
Background technology
Protect pin when footwear are human walking or work and be convenient to make the apparatus that keeps enough frictional force between pin and the ground; Sole is the indispensable most important parts of footwear; Bearing whole load of human body and heavy burden, common sole comprises the outer bottom that directly contacts with ground and is located at the middle end on the outer bottom.In order pin to be carried out perfect protection and enough frictional force to be provided when wearer's walking of footwear or the work; The load that outer bottom bears in the time of need pin being contacted with ground is distributed to all surfaces of sole as far as possible; Reducing the maximum pressure that sole bears, and need cushion the impact that sole receives as much as possible, prevent that human body from sustaining damage; This with regard to the structure that needs outer bottom have uneven load that outer bottom is born pass to after evenly in the function at the end; And can effectively cushion the impact that sole receives, prevent that human body from sustaining damage, but the load that present sole bore in the time of can't pin being contacted with ground is distributed to all surfaces of sole as far as possible; More can't cushion the impact that sole receives, sustain damage to prevent human body.
The utility model content
Can't the uneven load of bearing be passed to the middle end after evenly again in order to solve present sole, can't effectively cushion the problem of the impact that sole receives, the utility model proposes a kind of sole that is provided with buffer structure, and the technical scheme that is adopted is following:
Be provided with the sole of buffer structure; The employing macromolecular material is made; Comprise the syndeton that links to each other with upper of a shoe that the periphery of the outer bottom that contacts with ground and outer bottom upper surface is provided with; The bottom of outer bottom is tabular structure, it is characterized in that said outer bottom bottom support structure in the upper surface at the middle end is provided with, and said middle bottom support structure is provided with along the longitudinal length direction subregion of footwear; Middle bottom support structure in said each subregion is the netted barrier with connecting wall; The thickness on its connecting wall top of netted barrier of bottom support structure forms buffer structure greater than the thickness of its underpart in constituting at least one subregion, and making netted barrier cut apart, surround the cavity that constitutes is the cavity of the aperture area on top less than the terrace with edge shape of the horizontal section area of its underpart.
Be provided with the sole of buffer structure, it is characterized in that the netted barrier of the middle bottom support structure in said each subregion has identical netted arrangement, at least two said subregions have different netted arrangements.
Be provided with the sole of buffer structure; It is characterized in that said each subregion has different netted arrangements respectively; Outer bottom is divided into tiptoe part, forefoot part, arch of the foot part, hind paw part and heel part by the contact site with wearer's sole, and the middle bottom support structure of said subregion comprises in the forefoot in bottom support structure, the arch of the foot in bottom support structure, the hind paw bottom support structure in the bottom support structure and heel.
Be provided with the sole of buffer structure; It is characterized in that the bottom support structure is provided with said buffer structure in the said at least hind paw; The opening horizontally set that the cavity top that constitutes is cut apart, surrounded to the netted barrier that is provided with the middle bottom support structure of buffer structure seals the dividing plate of said opening, and the centre of dividing plate is provided with and connects the inside and outside through hole of cavity.
Be provided with the sole of buffer structure, the thickness that it is characterized in that said dividing plate adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
Be provided with the sole of buffer structure, the section configuration that it is characterized in that said through hole is for circular, and the cross-sectional area of through hole adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
Be provided with the sole of buffer structure; The height that it is characterized in that the connecting wall of bottom support structure in the said hind paw successively decreases to the direction of forefoot along hind paw, and the height of the connecting wall of bottom support structure is greater than the height of the connecting wall of bottom support structure in bottom support structure and the arch of the foot in the said forefoot in the said hind paw.
Be provided with the sole of buffer structure; It is characterized in that in the said forefoot in bottom support structure, the arch of the foot that the bottom support structure is provided with said buffer structure in the bottom support structure and hind paw; The density of the netted barrier of middle bottom support structure that is provided with buffer structure of said hind paw part is greater than the density of the netted barrier of middle bottom support structure that is provided with buffer structure at other position.
Be provided with the sole of buffer structure; It is characterized in that; The upper surface of the netted barrier of bottom support structure is concordant in said; The upper end of middle bottom support structure fixedly sticks the middle end is set, middle bottom support structure and non-bubble-tight connection of being connected to of the middle end, and the middle end is air-locked material with the material that is provided with the contacted position of middle bottom support structure of buffer structure.
Be provided with the sole of buffer structure; The upper surface that it is characterized in that the said middle netted barrier of bottom support structure is concordant; The upper surface of middle bottom support structure fixedly sticks the middle end is set; The material of the middle end with the contacted position of middle bottom support structure that is provided with buffer structure is ventilative material, and the gas permeability of middle bottom material adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
The sole that is provided with buffer structure of the utility model, the technique effect that adopts technique scheme to obtain is:
The sole of bottom support mechanism in being provided with; The employing macromolecular material is made; Said outer bottom is the bottom support structure in the upper surface at the middle end is provided with; The bottom support structure is provided with along the longitudinal length direction subregion of footwear in said, and the middle bottom support structure in said each subregion is the netted barrier with connecting wall, and the thickness on its connecting wall top of netted barrier of bottom support structure is greater than the thickness of its underpart in constituting at least one subregion; Form buffer structure, making netted barrier cut apart, surround the cavity that constitutes is the cavity of the aperture area on top less than the terrace with edge shape of the horizontal section area of its underpart.Better elastic that produces after the utility model can utilize netted barrier and macromolecular material to combine and lower rigidity; Pass to the middle end again after the uneven load full and uniform dispersion that outer bottom is born, and can effectively relax the impact that sole receives.The thickness of the connecting wall of the netted barrier of the middle bottom support structure of each subregion is or/and spacing can be identical or inequality; Sole is disperseed the demands of different of load and shock absorbing according to the wearer; The thickness of the connecting wall through different netted barriers is set is or/and spacing makes the each several part of sole have optimum dispersion load and relax the performance of impacting.At least one subregion in the middle bottom support structure of each subregion is the middle bottom support structure that is provided with buffer structure; The thickness on connecting wall top of netted barrier of middle bottom support structure that is provided with buffer structure is greater than the thickness of its underpart; Can improve the rigidity of the platy structure that constitutes netted barrier and the ability of bearing load, make the strength and stiffness of the strength and stiffness on netted barrier top, when making netted barrier bearing load and impacting greater than netted barrier bottom; The deformation of superstructure is less than the deformation of substructure; The local deformation at the end increases substantially the protective effect to pin in can reducing, and improves the comfort level of foot plate surface.The cavity that constitutes is cut apart, surrounded to the netted barrier that forms like this is the cavity of the aperture area on top less than the terrace with edge shape of the horizontal section area of its underpart; Can be in netted barrier bearing load and impact, when producing compression, area less opening in cavity top can slow down the speed that the air in the cavity is discharged; And in the process that netted barrier restores after load and impact are eliminated; Slow down the speed that air gets into cavity, discharge cavity and get into the energy consumption in the cavity process again, slow down the change speed of load thereby increase air; The energy that reduces to impact discharges, and increases considerably the protective effect to pin.
Netted barrier has identical netted arrangement, is convenient to make, and also can make stressed balanced better in this subregion.
The dividing plate of the opening horizontally set closed peristome position on the cavity top that constitutes is cut apart, surrounded to the netted barrier that the sole that is provided with buffer structure is provided with the middle bottom support structure of buffer structure; Can further improve the strength and stiffness on netted barrier top, improve uniform load and relax the ability of impacting, the centre of dividing plate is provided with and connects the inside and outside through hole of cavity; The cross-sectional area of through hole is less than the area of dividing plate; Can when producing compression, further slow down the speed that the air in the cavity is discharged in netted barrier bearing load and impact; And in the process that netted barrier restores after load and impact are eliminated; Further slow down the speed that air gets into cavity, discharge cavity and get into the energy consumption in the cavity process again, slow down the change speed of load thereby increase air; The energy that reduces to impact discharges, and improves the protective effect to pin better.The upper surface of dividing plate is concordant with the upper surface of platy structure, can make the inner surface of sole keep planarization, improves the comfortableness of pin.
Being provided with the payload that thickness and the middle bottom support structure that is provided with buffer structure of the sole dividing plate of buffer structure bear adapts; Can select the thickness of dividing plate according to the payload that the middle bottom support structure that is provided with buffer structure is born, make the middle bottom support structure that is provided with buffer structure have optimal performance.
The section configuration that is provided with the sole through hole of buffer structure is circle, is convenient to design and manufacturing, and helps the life-span of extending structure.The cross-sectional area of through hole and the size of shock loading adapt, and when needs improve the ability that relaxes shock loading, can suitably reduce the cross-sectional area of through hole, to add the energy consumption that large through-hole produces.
Be provided with that the bottom support structure is the middle bottom support structure that is provided with buffer structure in the sole hind paw of buffer structure, can make bearing load and impact bottom support structure in the maximum hind paw, strengthen uniform load and relax the effect of impacting.
Be provided with bottom support structure in the sole forefoot of buffer structure or/and in the hind paw bottom support structure be the middle bottom support structure that is provided with buffer structure; Can make bearing load and impact in the bigger forefoot bottom support structure in the bottom support structure and hind paw, strengthen uniform load and the effect that relaxes impact.
Be provided with the sole of buffer structure; The density of the platy structure of the netted barrier of middle bottom support structure that is provided with buffer structure of each several part is identical or inequality; Can be according to the middle bottom support structure bearing load that is provided with buffer structure of each several part and the size of impact energy; Strengthen or reduce the density of the platy structure of netted barrier, make the middle bottom support structure that is provided with buffer structure have proper intensity and rigidity, the impact that load of evenly bearing to greatest extent and mitigation receive; And excessive deformation is collapsed after preventing to be provided with the middle bottom support structure bearing load of buffer structure, loses the protective effect to pin.
Be provided with the sole of buffer structure; The density of the platy structure of the netted barrier of middle bottom support structure that is provided with buffer structure of hind paw part; Density greater than the platy structure of the netted barrier of middle bottom support structure that is provided with buffer structure at other position; Can make bearing load and impact the maximum hind paw middle bottom support structure that is provided with buffer structure partly and have bigger strength and stiffness, the impact that the load that can evenly bear better and mitigation receive.
Be provided with the sole of buffer structure, the upper surface of netted barrier is concordant, and the end is fixedly connected with the upper surface of netted barrier in being convenient to make, and makes the middle basal surface after the connection smooth, improves the comfort of footwear.The upper surface of middle bottom support structure fixedly sticks the middle end is set, middle bottom support structure and non-bubble-tight connection of being connected to of the middle end, and the middle end is air-locked material with the material that is provided with the contacted position of middle bottom support structure of buffer structure; Opening that the cavity that constitutes can be through cavity top is cut apart, surrounded to netted barrier or/and the through hole that dividing plate is provided with; Through non-bubble-tight connection the at middle bottom support structure and the middle end, the edge at the end and the extraneous air duct that forms in walking around are in netted barrier bearing load and impact again; Produce compression; And in the process that netted barrier restores after load and impact are eliminated, further increase air and discharge cavity and get into the energy consumption in the cavity process again, slow down the change speed of load; The energy that reduces to impact discharges, and increases considerably the protective effect to pin.
Be provided with the sole of buffer structure, the upper surface of middle bottom support structure fixedly sticks the middle end is set, and the material of the middle end with the contacted position of middle bottom support structure that is provided with buffer structure is ventilative material; The cavity that constitutes is cut apart, surrounded to netted barrier can be through the ventilative middle end and the extraneous air duct that forms; In netted barrier bearing load and impact, produce compression, and in the process that netted barrier restores after load and impact are eliminated; Further increasing air discharges cavity and gets into the energy consumption in the cavity process again; Slow down the change speed of load, the energy that reduces to impact discharges, and increases considerably the protective effect to pin.The gas permeability of middle bottom material adapts with the payload that the middle bottom support structure that is provided with buffer structure is born; Can be through the gas permeability of bottom material in changing; Air is discharged cavity and is got into the energy consumption in the cavity process again in selection unit's time; The change speed of adjustment load obtains the best effects to the pin protection.
Use the sole that is provided with buffer structure of the utility model, can slow down the change speed of suffered load, the energy that reduces to be impacted discharges, and improves the protective effect to pin significantly.
Description of drawings
Accompanying drawing 1 is the structural representation that the utility model is provided with the sole of buffer structure.
Accompanying drawing 2 is sectional structure sketch mapes of the utility model sole of being provided with buffer structure
Sign implication in the accompanying drawing is following:
The 1-sole, the 2-outer bottom, the 3-syndeton, 4-connecting wall, 41-are provided with the connecting wall of the middle bottom support mechanism of buffer structure, bottom support mechanism among the 5-, 6-is provided with the middle bottom support mechanism of buffer structure, 7-dividing plate, 8-through hole, 9-cavity.
The specific embodiment
The utility model is provided with the sole of buffer structure; The employing macromolecular material is made; Structural representation is shown in accompanying drawing 1 and accompanying drawing 2; Comprise that the periphery of the outer bottom that contacts with ground 2 and outer bottom upper surface vertically fixedly installs with upper of a shoe connection structure connecting 3; This syndeton of present embodiment is a sidewall 3, and the bottom of outer bottom 2 is tabular structure, and the shape of outer bottom 2 bottom surfaces and the number of size and footwear and footwear type adapt; Outer bottom 2 is divided into tiptoe part, forefoot part, arch of the foot part, hind paw part and heel part by the contact site with wearer's sole; The upper surface of outer bottom 2 is provided with middle bottom support structure 5, and middle bottom support structure 5 is divided into a plurality of subregions along the longitudinal direction of footwear, forms the bottom support structure 5 that is arranged in the different contacts site of sole; Comprise in the forefoot in bottom support structure, the arch of the foot in bottom support structure, the hind paw bottom support structure in the bottom support structure and heel; The middle bottom support structure 5 of each several part is provided with a plurality of connecting walls 4 that vertically are provided with the upper surface disjunctor of outer bottom respectively, and a plurality of connecting walls 4 constitute netted barrier, the upper end of preferred netted barrier concordant (can certainly be not concordant) each other; The thickness of the netted barrier of the middle bottom support structure 5 of each several part is or/and spacing is identical or inequality; At least a portion in the middle bottom support structure 5 of each several part is the middle bottom support structure 6 that is provided with buffer structure, and the thickness on connecting wall 41 tops of middle bottom support mechanism 6 netted barriers that is provided with buffer structure is greater than the thickness of its underpart, and the netted barrier that is provided with the middle bottom support mechanism 6 of buffer structure is cut apart, surrounded the cavity 9 that constitutes and is the aperture area on the top cavity less than the terrace with edge shape of the horizontal section area of its underpart.Middle bottom support structure 5 in preferred each subregion has identical netted arrangement or/and be provided with the netted barrier of the middle bottom support mechanism 6 of buffer structure.
The connecting wall 41 that hind paw shown in Fig. 1 is provided with 6, two continuous different directions of middle bottom support structure of buffer structure intersects 90 degree.Supporting construction of the middle end 5 adjacent connecting walls 4 of arch of the foot part also have same angular relationship, but the forefoot part then is non-90 degree.
The dividing plate 7 of this opening of opening horizontally set sealing on cavity 9 tops that constitute is cut apart, surrounded to the netted barrier that is provided with the middle bottom support structure 6 of buffer structure; The centre of dividing plate 7 is provided with and connects the inside and outside through hole 8 of cavity; The cross-sectional area of through hole 8 is less than the area of dividing plate 7, and the upper surface of dividing plate 7 is concordant with the upper surface of connecting wall 41.The thickness of dividing plate 7 adapts with the payload that the middle bottom support structure 6 that is provided with buffer structure is born usually.The section configuration of through hole 8 is circular.Usually the cross-sectional area of through hole 8 adapts with the size of shock loading, when needs improve the ability of mitigation shock loading, can suitably reduce the cross-sectional area of through hole 8, has only among Fig. 2 that the bottom support structure is the middle bottom support structure 6 that is provided with buffer structure in the hind paw.Certainly the supporting construction of the middle end 5 of other subregions also can be set to be provided with the middle bottom support structure 6 of buffer structure, is the middle bottom support structure 6 that is provided with buffer structure such as bottom support structure in bottom support structure and the hind paw in the forefoot.The density that the connecting wall 41 of the netted barrier of the middle bottom support structure 6 that is provided with buffer structure of each several part is provided with can be identical or inequality, and promptly the size of cavity can be different, but in same subregion, preferably have identical density.
The density of connecting wall 41 in the netted barrier of the middle bottom support structure 6 that is provided with buffer structure of hind paw part is usually greater than the density of connecting wall 41 in the netted barrier of the middle bottom support structure 6 that is provided with buffer structure at other position.
Middle bottom support structure 5 fixedly sticks with the upper surface that is provided with the middle bottom support structure 6 of buffer structure the middle end is set; Middle bottom support structure 5 and middle bottom support structure 6 that is provided with buffer structure and non-bubble-tight connection of being connected to of the middle end, the middle end is air-locked material with the material that is provided with the middle bottom support structure 6 contacted positions of buffer structure.Certainly; The material that also can be the middle end and the middle bottom support structure 6 contacted positions that are provided with buffer structure is ventilative material; The gas permeability of middle bottom material adapts with the payload that the middle bottom support structure 6 that is provided with buffer structure is born usually; When the load of bearing was big, the gas permeability of middle bottom material was just less.
The height of the connecting wall of hind paw part and heel part outer bottom 2 is usually greater than the height of outer bottom 2 remainder connecting walls.Longitudinal direction along footwear; From arch of the foot part to heel part; The connecting wall 4 or the height of connecting wall 41 that is provided with the middle bottom support mechanism of buffer structure that constitute the middle bottom support structure of netted barrier can strengthen gradually, partly begin the sole of bed hedgehopping gradually to form from arch of the foot.The connecting wall height of preferred hind paw part and heel part outer bottom 2 is greater than the height of connecting wall in other subregions.
Constitute the thickness of the connecting wall 4 of netted barrier, payload common and that connecting wall 4 bears adapts.
The sole of bottom support mechanism in being provided with, the lower surface of outer bottom 2 is provided with convex-concave structure, and convex-concave structure is divided into a zone or a plurality of zone, and the shape and size of each regional convex-concave structure are identical or inequality in a plurality of zones.
Making the material of sole selects for use from materials such as rubber, polyurethane, polyurethane elastomer, polyvinyl chloride usually.Being connected of sole and upper of a shoe can select for use bonding or/and suture way, sole is or/and sidewall can be provided with the corresponding structure that is used to connect.
The sole that is provided with buffer structure of the utility model is not restricted to the described embodiments, and every mode and structure of utilizing the utility model is through conversion and the formed technical scheme of replacement, all in the protection domain of the utility model.
Claims (10)
1. be provided with the sole of buffer structure; The employing macromolecular material is made; Comprise the syndeton that links to each other with upper of a shoe that the periphery of the outer bottom that contacts with ground and outer bottom upper surface is provided with; The bottom of outer bottom is tabular structure, it is characterized in that said outer bottom bottom support structure in the upper surface at the middle end is provided with, and said middle bottom support structure is provided with along the longitudinal length direction subregion of footwear; Middle bottom support structure in said each subregion is the netted barrier with connecting wall; The thickness on its connecting wall top of netted barrier of bottom support structure forms buffer structure greater than the thickness of its underpart in constituting at least one subregion, and making netted barrier cut apart, surround the cavity that constitutes is the cavity of the aperture area on top less than the terrace with edge shape of the horizontal section area of its underpart.
2. the sole that is provided with buffer structure according to claim 1 is characterized in that the netted barrier of the middle bottom support structure in said each subregion has identical netted arrangement, and at least two said subregions have different netted arrangements.
3. the sole that is provided with buffer structure according to claim 2; It is characterized in that said each subregion has different netted arrangements respectively; Outer bottom is divided into tiptoe part, forefoot part, arch of the foot part, hind paw part and heel part by the contact site with wearer's sole, and the middle bottom support structure of said subregion comprises in the forefoot in bottom support structure, the arch of the foot in bottom support structure, the hind paw bottom support structure in the bottom support structure and heel.
4. the sole that is provided with buffer structure according to claim 3; It is characterized in that the bottom support structure is provided with said buffer structure in the said at least hind paw; The opening horizontally set that the cavity top that constitutes is cut apart, surrounded to the netted barrier that is provided with the middle bottom support structure of buffer structure seals the dividing plate of said opening, and the centre of dividing plate is provided with and connects the inside and outside through hole of cavity.
5. the sole that is provided with buffer structure according to claim 4, the thickness that it is characterized in that said dividing plate adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
6. the sole that is provided with buffer structure according to claim 5, the section configuration that it is characterized in that said through hole is for circular, and the cross-sectional area of through hole adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
7. the sole that is provided with buffer structure according to claim 3; The height that it is characterized in that the connecting wall of bottom support structure in the said hind paw successively decreases to the direction of forefoot along hind paw, and the height of the connecting wall of bottom support structure is greater than the height of the connecting wall of bottom support structure in bottom support structure and the arch of the foot in the said forefoot in the said hind paw.
8. the sole that is provided with buffer structure according to claim 3; It is characterized in that in the said forefoot in bottom support structure, the arch of the foot that the bottom support structure is provided with said buffer structure in the bottom support structure and hind paw; The density of the netted barrier of middle bottom support structure that is provided with buffer structure of said hind paw part is greater than the density of the netted barrier of middle bottom support structure that is provided with buffer structure at other position.
9. the sole that is provided with buffer structure according to claim 3; It is characterized in that; The upper surface of the netted barrier of bottom support structure is concordant in said; The upper end of middle bottom support structure fixedly sticks the middle end is set, middle bottom support structure and non-bubble-tight connection of being connected to of the middle end, and the middle end is air-locked material with the material that is provided with the contacted position of middle bottom support structure of buffer structure.
10. the sole that is provided with buffer structure according to claim 3; The upper surface that it is characterized in that the said middle netted barrier of bottom support structure is concordant; The upper surface of middle bottom support structure fixedly sticks the middle end is set; The material of the middle end with the contacted position of middle bottom support structure that is provided with buffer structure is ventilative material, and the gas permeability of middle bottom material adapts with the payload that the middle bottom support structure that is provided with buffer structure is born.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203059210U CN202233319U (en) | 2011-08-19 | 2011-08-19 | Sole with buffering structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203059210U CN202233319U (en) | 2011-08-19 | 2011-08-19 | Sole with buffering structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202233319U true CN202233319U (en) | 2012-05-30 |
Family
ID=46094648
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203059210U Withdrawn - After Issue CN202233319U (en) | 2011-08-19 | 2011-08-19 | Sole with buffering structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202233319U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102266146A (en) * | 2011-08-19 | 2011-12-07 | 茂泰(福建)鞋材有限公司 | Sole with buffer structure |
| CN105828652A (en) * | 2013-12-23 | 2016-08-03 | 迪亚多纳体育公司 | Sole, particularly for sports shoes |
| CN107212520A (en) * | 2017-07-05 | 2017-09-29 | 茂泰(福建)鞋材有限公司 | A kind of shock-absorbing sole |
-
2011
- 2011-08-19 CN CN2011203059210U patent/CN202233319U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102266146A (en) * | 2011-08-19 | 2011-12-07 | 茂泰(福建)鞋材有限公司 | Sole with buffer structure |
| CN105828652A (en) * | 2013-12-23 | 2016-08-03 | 迪亚多纳体育公司 | Sole, particularly for sports shoes |
| CN107212520A (en) * | 2017-07-05 | 2017-09-29 | 茂泰(福建)鞋材有限公司 | A kind of shock-absorbing sole |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120530 Effective date of abandoning: 20130424 |
|
| RGAV | Abandon patent right to avoid regrant |