CN205456412U - High -heeled shoes sole structure and high -heeled shoes - Google Patents
High -heeled shoes sole structure and high -heeled shoes Download PDFInfo
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- CN205456412U CN205456412U CN201620023690.7U CN201620023690U CN205456412U CN 205456412 U CN205456412 U CN 205456412U CN 201620023690 U CN201620023690 U CN 201620023690U CN 205456412 U CN205456412 U CN 205456412U
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- projection
- waterproof platform
- heel
- heel shoes
- bradyseism
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Abstract
The utility model discloses a high -heeled shoes sole structure and high -heeled shoes, high -heeled shoes sole structure includes waterproof platform subassembly in insole and shoe -pad, is connected with the insole for waterproof to constitute the waterproof platform subassembly in insole, the shoe -pad lies in and is equipped with the first lug that the bradyseism material was made with the bottom of preceding sole contact position, the recess of holding first lug is equipped with at waterproof platform. Adopting the high -heeled shoes of this sole structure, still including vamp, the big end and heel, set up the thickness that the lug increases the bradyseism material in the shoe -pad below, promote the bradyseism rate, can protect articular cartilage 's high -heeled shoes, existing bradyseism effect does not increase again and occupies the shoes inner space, bradyseism material thickness and shape that the adjustment was filled are adjusted bradyseism material thickness according to the different manservants of an official and can the at utmost be saved the cost, convex excessive first lug can be with the atress homodisperse for sole sensation all directions compliance is the same.
Description
Technical field
This utility model relates to technical field of shoe making, especially a kind of high-heel shoes footwear sole construction and high-heel shoes.
Background technology
High-heel shoes have become as one of indispensable footwear styles of women, and women dotes on high-heel shoes, when wearing high-heel shoes,
Health can be because heel improves, and the health of people can lean forward by nature, can be only achieved the mesh of balance for keeping balance to straight up and keep one's chin up
, therefore abdominal part and buttocks tighten up the highest therewith, thus make paces figure more graceful；The existence of heel can increase height,
Elongate the ratio of lower limb, make stature more slender, a lot of different types of clothing of therefore can arranging in pairs or groups.
But the behind of beauty, is intended to pay healthy cost.Human body is worn high-heel shoes on foot time leg send row
The power walked is decomposed, and is decomposed into the horizontal component of horizontal direction and the vertical force component of vertical direction, and vertical force component is the biggest
In horizontal component.Horizontal component makes people go ahead by the frictional force of sole with ground；Vertical force component finally affects foot and lands
Spot speed, and according to formula F=mV (wherein F be momentum, m be quality, V be spot speed) and the effect of power be mutual
, foot ground in the process of walking can be calculated in the face of the impulsive force of foot, impulsive force can pass to each of the person by foot
Position, impulsive force is mainly absorbed by the articular cartilage in human body, i.e. articular cartilage in human body assume responsibility for vibration-absorbing function, dress
High-heel shoes are walked too much can seriously increase the injury to articular cartilage.
The sole of people is divided into outside forefoot, sole, heel and arch of foot, and when Yongquan acupoint is positioned at sole volume foot, forefoot is recessed
Fall into place, about when before second, third toe toe margin to seam end of vola and heel line 1/3 with after 2/3 intersection point on, at Yongquan acupoint
Portion is puted forth effort for wear high heels in pushing away forward certain limit.
Wear high heels stand when, health 60% weight needs forefoot to support, the height of especially 8 centimeter length heels
With footwear, the most forward sole of human body weight supports；Wear high-heel shoes walk when, the stress of foot is had an effect position
Changing, heel rush down power and forefoot is had an effect and become forefoot and not only rush down power but also have an effect, the moment that foot contacts with ground, ground is anti-
Foot component in downward direction is become the component of upward direction by active force, and forefoot will bear double pressure, therefore forefoot
Easily turn sour sore.
Back height pursued by high-heel shoes currently on the market, is therefore provided with between shoes forefoot shoe pad and the big end
Waterproof platform by higher for forefoot also respective pads forefoot with reduce sole gradient, the high-heel shoes processing technology of this type
The most typically by vamp bottom waterproof platform, the bigger end, is fitted in below waterproof platform, the biggest end and waterproof platform bonding clamping footwear
The edge in face, from can only see vamp and the big end invisible waterproof platform (i.e. waterproof platform is built-in) in appearance, this structure is more simultaneously
Come off easily for being stably unlikely to waterproof platform, and for attractive in appearance.But the setting of waterproof platform too increases the weight of shoe body
Amount, also can increase ground shock power during walking.Existing bradyseism scheme is to spread shoe pad on waterproof platform, then at footwear
Placing flexible glue on pad, high-heel shoes make the foot type of originally fitting exactly of space in footwear and make, and place flexible glue and can reduce space in footwear, because of
There is use and limit in this；And flexible glue slides or compression, high-heel shoes are walked and are compared the most difficult grasp balance, and flexible glue slides and makes people more
Add and be difficult to grasp balance.
In sum, wear high-heel shoes and human injury can be caused on foot to be the direct shock that forefoot contact ground produces,
Shock can bring sole pain, and impulsive force is transmitted at person joint increase burden articular cartilage, forefoot pain, the forward foot in a step
It is the most tired that palm pain can make people feel to wear high-heel shoes, and overload easy injured joint cartilage, delaying of prior art
Shake effect is the highest and has defect.
Therefore need a kind of novel high-heel shoes badly, can bradyseism structure be rationally set but will not additionally increase space.
Utility model content
The purpose of this utility model is to solve existing high-heel shoes and walks tired foot pain, the defect big to articular cartilage damage,
A kind of high-heel shoes footwear sole construction and high-heel shoes are provided.The purpose of this utility model can reach by the following technical solutions:
A kind of high-heel shoes footwear sole construction, including waterproof platform assembly of the middle end and shoe pad, said midsole waterproof platform assembly includes preventing
The middle end that water platform is connected with described waterproof platform, the upper surface of said midsole waterproof platform assembly has the contact undertaking sole pressure
Face, described shoe pad is placed on described contact surface；Described shoe pad is positioned at and is provided with the first projection with forefoot contact position, and described
One projection is located at the bottom of shoe pad, and described first projection is made up of bradyseism material；Described waterproof platform is positioned at and contacts with forefoot
Position is provided with the groove of accommodating described first projection, and described groove closes with described first projection matching form.
Further, described first projection is circular arc projection, described circular arc projection thick middle thin edge, bottom circular arc
Transition.
Preferably, described first projection be plane eccentric arc projection, i.e. crown center be plane, the sidepiece thickness of plane
Arc transition is gradually reduced.
Further, the interior thickness of described first projection is 3～12mm, and thickness the biggest bradyseism effect is the best.
Further, the interior thickness maximum point of described first projection is arranged on Yongquan acupoint front and is not more than 5～～25mm
In the range of, i.e. according to the change of the manservant of an official, sole gradient changes therewith, and the direct rum point on forefoot and ground can be from Yongquan acupoint
Position is moved toward sole of the foot toe line.
Further, the compression deformation rate of described bradyseism material is less than 10.Preferably, compression deformation rate is less than hundred
/ five.
Further, the hardness of described bradyseism material is 20～25 degree.
Further, the upper surface of described shoe pad is provided with the second projection in sole arch of foot position, described second projection upper
Portion's arc transition, thick middle thin edge, matches with sole arch depression position.
A kind of high-heel shoes, including above-mentioned high-heel shoes footwear sole construction and the big end, heel and vamp, described vamp parcel is described
Waterproof platform assembly of the middle end；The described big end, is fitted in waterproof platform component bottom of the middle end；Described heel is fixed on bottom and the position at the big end
Position in sole heel.
The manufacture method of a kind of high-heel shoes, comprises the following steps:
S1: cutting is stitched into vamp, and makes with waterproof platform assembly of the reeded middle end and the footwear with the first projection
Pad；
S2: waterproof platform assembly platform of the middle end is fixed on shoe last；
S3: be enclosed within shoe last by vamp, is bonded in the edge of vamp below waterproof platform assembly of the middle end, i.e. vamp parcel institute
State waterproof platform assembly of the middle end；
S4: the big end is bonded in below waterproof platform assembly of the middle end；
S5: heel is arranged at big the end；
S6: take out shoe last, places shoe pad on said midsole waterproof platform assembly, is embedded in described recessed by described first projection
In groove, it is preferred that the most anti-skidding in the first projection is bonded in groove.
Compared with prior art, implement this utility model to have the advantages that
1, the lower section at shoe pad arranges the first projection and is to increase bradyseism material thickness, promotes bradyseism rate, anti-with groove
Water platform matched combined becomes high-heel shoes existing bradyseism effect the most not increase space in footwear；Adjust the bradyseism material thickness and shape filled
Shape, adjusting bradyseism material thickness according to different manservant of an official's correspondences can be the most cost-effective.
2, uniform force can be disperseed by the first projection that circular arc is excessive so that sole sensation all directions pliability phase
With.
3, shoe pad and the first projection are bradyseism material, directly contact with sole so that the pliability of sole impression promotes；
The middle end, is one-body molded with waterproof platform, reduces technological process, promotes quality and the efficiency of high-heel shoes assembling.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, the accompanying drawing in describing below is only
It is embodiments more of the present utility model, for those of ordinary skill in the art, in the premise not paying creative work
Under, it is also possible to other accompanying drawing is obtained according to these accompanying drawings.
Fig. 1 is human foot schematic diagram；
Fig. 2 is waterproof platform cross-sectional schematic；
Fig. 3 is the middle end and waterproof platform schematic side view；
Fig. 4 is the middle end and waterproof platform elevational schematic view；
Fig. 5 is shoe pad schematic side view；
Fig. 6 is preferred embodiment shoe pad schematic side view.
The most each parts are as follows: 100, sole；110, forefoot；120, outside sole；130, heel；140, arch of foot；
150, Yongquan acupoint；160, portion is puted forth effort；2, waterproof platform；21, groove；22, Yongquan acupoint corresponding point；23, interior thickness maximum point；3, in
The end；31, the first arcus part；32 second arcus parts；4, shoe pad；41, the first projection；42, the second projection.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole
Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not under making creative work premise
The every other embodiment obtained, broadly falls into the scope of this utility model protection.
As it is shown in figure 1, the sole 100 of people is divided into 120, heel 130 and arch of foot 140 outside forefoot 110, sole, gush
Forefoot 110 recess when spring cave 150 is positioned at sole volume 100 foot, about when vola second, third toe toe margin to seam end and heel
Front the 1/3 of 130 lines, with on the intersection point of rear 2/3, puts forth effort portion for wear high heels in the range of Yongquan acupoint 150 arrives forward sole of the foot toe line
160, mainly 120 ground is applied tilting force to reach to adjust outside the outer edge of forefoot 110 and sole when wearing walking shoes
The effect of balance, wears outside at the bottom of the high-heel shoes rear foot 120 unsettled, forefoot 110 also and between ground across the big end, waterproof platform with
And shoe pad, therefore it is difficult to adjust balance.
High-heel shoes footwear sole construction embodiment 1:
As shown in Figures 2 to 5, a kind of high-heel shoes footwear sole construction that the present embodiment is provided, including waterproof platform 2, and of the middle end 3
Shoe pad 4, described waterproof platform 2 and the middle end 3 connect and compose waterproof platform assembly of the middle end, and said midsole 3 includes the first arcus part 31 and the
Two arcus parts 32, described first arcus part 31 surface is provided with the depression corresponding with arch of foot 140 position, the most described waterproof platform 2, first
Arcus part 31 and the second arcus part 32 contact composition contact surface respectively with outside forefoot 11, sole 12 and heel 13；
Said midsole waterproof platform assembly has and the contact surface undertaking sole 100 pressure, and described shoe pad 4 is placed on described contact surface；
Described shoe pad 4 is positioned at the bottom with forefoot 110 contact position and is provided with the first projection 41, and described first projection 41 is bradyseism material
Make；Described waterproof platform 2 is positioned at and is provided with the groove 21 of accommodating described first projection 41 with forefoot 110 contact position, described recessed
Groove 21 closes with described first projection 41 matching form.Described groove 21 is curved indentations, for thick middle thin edge, bottom circular arc mistake
Degree structure, fills bradyseism material in groove 21.The bradyseism material of circular arc uniformly the power of rushing down can make forefoot 110 in the portion of putting forth effort
In 160, each pliability is identical.First projection 41 matches with groove 21, and arranging bradyseism material completely will not be to space in footwear
Cause and take.Preferably, waterproof platform assembly of the middle end is one-body molded, it is possible to reduce processing step, reduces processing cost.
When the manservant of an official of high-heel shoes is 3cm, owing to the manservant of an official is little, forefoot 110 stress is the most inconspicuous, and stress center of gravity is close to spring
Cave corresponding point 22, the interior thickness of described groove 21 is set to 3mm and i.e. can reach basic bradyseism effect, in described groove 21 in
Between thickness maximum point 23 be arranged at Yongquan acupoint corresponding point 22 front 5mm, the compression deformation rate percent of the bradyseism material of filling
Ten, hardness is 25 degree can allow sole 100 soft feel comfortable.
Preferably, in the case of the manservant of an official is less, described groove 21 can be plane eccentric arc groove, and described plane is inclined
Being plane bottom heart arc groove, the peripheral thickness arc transition of plane gradually decreases.Forefoot 110 is more equal in stress
Even.
Preferably, bradyseism materials'use polyurethane elastomeric materials, more excellent, use fretting map polyurethane.
High-heel shoes footwear sole construction embodiment 2:
The high-heel shoes footwear sole construction of the present embodiment is with the difference of embodiment 1, when the manservant of an official of high-heel shoes is 9cm, due to
The manservant of an official is relatively big, and forefoot 110 stress is big, weighs ground in the hand owing to heel 130 tilts almost tiptoe, and sole 100 stress center of gravity moves forward, ginseng
According to the foot type with women, owing to the footwear code of women is typically at 34 to 40 yards, therefore the interior thickness maximum point 23 of groove 21 is set
Put already close to sole of the foot toe line at Yongquan acupoint corresponding point 22 front 25mm, for clashing into direct position, the thick middle of described groove 21
Degree is set to 3mm, the compression deformation rate 10 of the bradyseism material of filling, records bradyseism rate through impact test machine and is about
30%；Hardness 20 degree, reduces hardness forefoot 110 the most comfortable.
High-heel shoes footwear sole construction embodiment 3:
The high-heel shoes footwear sole construction of the present embodiment is with the difference of embodiment 1, when the manservant of an official of high-heel shoes is 9cm, and groove
The interior thickness maximum point of 21 sets 23 and puts at Yongquan acupoint corresponding point 22 front 15mm, and the interior thickness of described groove 21 is set to
12mm, the compression deformation rate 10 of the bradyseism material of filling, record bradyseism rate through impact test machine and be about 90%, bradyseism is imitated
Fruit reaches outstanding.
Preferably, adjust bradyseism material property, the compression deformation rate of bradyseism material is arranged on 5 percent, can effectively control
Bradyseism material deflection processed, it is to avoid occur that sole 100 gradually sink and cause in footwear that space is excessive does not fits.
High-heel shoes footwear sole construction embodiment 4:
The high-heel shoes footwear sole construction of the present embodiment is with the difference of embodiment 1, when the manservant of an official of high-heel shoes is 6cm, and groove
The interior thickness maximum point 23 of 21 is arranged at Yongquan acupoint corresponding point 22 front 12mm, and the interior thickness of described groove 21 is set to
8mm, the compression deformation rate 10 of the bradyseism material of filling, record bradyseism rate through impact test machine and be about 80%, bradyseism is imitated
Fruit reaches good.
High-heel shoes footwear sole construction embodiment 5:
The high-heel shoes footwear sole construction of the present embodiment is with the difference of embodiment 1, when the manservant of an official of high-heel shoes is 6cm, and groove
The interior thickness maximum point 23 of 21 is arranged at Yongquan acupoint corresponding point 22 front 12mm, and the interior thickness of described groove 21 is set to
5mm, the compression deformation rate 10 of the bradyseism material of filling, record bradyseism rate through impact test machine and be about 60%.
High-heel shoes footwear sole construction embodiment 6:
The high-heel shoes footwear sole construction of the present embodiment is with the difference of embodiment 1, when the manservant of an official of high-heel shoes is 3cm, and groove
The interior thickness maximum point 23 of 21 is arranged at Yongquan acupoint corresponding point 22 front 5mm, and the interior thickness of described groove 21 is set to
12mm, records bradyseism rate through impact test machine and is about 95%, finds that the thickness of bradyseism material continues to thicken bradyseism after reaching 12mm
Effect promoting is inconspicuous.
Preferably, as shown in Figure 6, the upper surface at described shoe pad 4 is provided with the second projection in sole 100 arch of foot 140 position
42, described second projection 42 thick middle thin edge, the top arc transition of described second projection 42, its structure and sole 100 foot
Bend 140 depressed area to match.Its effect is laminating arch of foot 140, allows arch of foot 140 also shoe pad 4 can be carried out contact adjusting upset
Power and then lifting balance on foot.
According to upper table, this table is that the manservant of an official and thickness are adjusted by impact test machine, the bradyseism rate statistical table recorded.
Can be seen that the increase along with the manservant of an official, bradyseism effect reduces；Along with the increase of bradyseism material thickness, bradyseism effect promoting, but
Continue to thicken bradyseism effect promoting after reaching 12mm inconspicuous.Along with the increase of the manservant of an official, forefoot 110 and ground are directly clashed into
Contact point gradually moves forward, and therefore moves forward interior thickness maximum point 23 accordingly to promote sole 100 comfort level.
High-heel shoes embodiment 1:
This utility model also provides for a kind of high-heel shoes, and the high-heel shoes of the present embodiment, including the high-heel shoes footwear of above-described embodiment
Bottom structure, also includes the big end, heel and vamp, and described vamp wraps up described shoe pad 4 and waterproof platform assembly of the middle end, the described big end
Being fitted in waterproof platform component bottom of the middle end, described heel is arranged on the bottom at the big end and is positioned at the position of heel 130.
A kind of method making above-mentioned high-heel shoes, comprises the steps: that S1: cutting is stitched into the end in vamp making anti-
Water platform assembly and the shoe pad 4 with the first projection；
S2: waterproof platform assembly of the middle end is fixed on shoe last；
S3: be enclosed within shoe last by vamp, is bonded in the edge of vamp below waterproof platform assembly of the middle end, i.e. vamp parcel institute
State waterproof platform assembly of the middle end；
S4: the big end is bonded in below waterproof platform assembly of the middle end；
S5: heel is arranged at big the end；
S6: take out shoe last, places shoe pad 4 on said midsole waterproof platform assembly, and described first projection 41 is embedded in described
In groove 21, it is preferred that projection 21 is bonded in groove 21.
It is pointed out that the units of measurement of the ASKER-C measuring instrument that unit is industry universal of hardness；Above disclosed
It is only this utility model preferred embodiment, the interest field that certainly can not limit this utility model with this, therefore depends on this
Utility model right requires the equivalent variations made, and still belongs to the scope that this utility model is contained.
Claims (9)
1. a high-heel shoes footwear sole construction, it is characterised in that include waterproof platform assembly of the middle end and shoe pad, said midsole waterproof platform group
Part includes waterproof platform and the middle end being connected with described waterproof platform, and the upper surface of said midsole waterproof platform assembly has and undertakes sole pressure
The contact surface of power, described shoe pad is placed on described contact surface；
Described shoe pad is positioned at and is provided with the first projection with forefoot contact position, and described first projection is located at the bottom of shoe pad, described
First projection is made up of bradyseism material；
Described waterproof platform is positioned at the position contacted with forefoot and is provided with the groove of accommodating described first projection, and described groove is with described
First projection matching form closes.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that described first projection is circular arc projection.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that the top of described first projection is plane, institute
The sidepiece stating the first projection is cambered surface.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that the interior thickness of described first projection be 3～
12mm。
High-heel shoes footwear sole construction the most according to claim 2, it is characterised in that the interior thickness maximum point of described first projection
It is arranged on Yongquan acupoint front 5～～the position of 25mm.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that the compression deformation rate of described bradyseism material is less than
10.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that the hardness of described bradyseism material is 20～25
Degree.
High-heel shoes footwear sole construction the most according to claim 1, it is characterised in that the upper surface of described shoe pad is at sole arch of foot pair
Answering position to be provided with the second projection, the top arc transition of described second projection, the structure of described second projection is recessed with sole arch of foot
Match in sunken position.
9. high-heel shoes, it is characterised in that include the high-heel shoes footwear sole construction described in any one of claim 1-8, also include
The big end, heel and vamp；
Described vamp parcel said midsole waterproof platform assembly；
The described big end, is fitted in waterproof platform component bottom of the middle end；
Described heel is fixed on the bottom at the big end and is positioned at the position of sole heel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620023690.7U CN205456412U (en) | 2016-01-08 | 2016-01-08 | High -heeled shoes sole structure and high -heeled shoes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620023690.7U CN205456412U (en) | 2016-01-08 | 2016-01-08 | High -heeled shoes sole structure and high -heeled shoes |
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| Publication Number | Publication Date |
|---|---|
| CN205456412U true CN205456412U (en) | 2016-08-17 |
Family
ID=56666063
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620023690.7U Expired - Fee Related CN205456412U (en) | 2016-01-08 | 2016-01-08 | High -heeled shoes sole structure and high -heeled shoes |
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| Country | Link |
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| CN (1) | CN205456412U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107594761A (en) * | 2017-09-06 | 2018-01-19 | 成都卡美奇鞋业有限公司 | A kind of high-heeled shoes based on footwear of Chinese medicine shoe-pad |
-
2016
- 2016-01-08 CN CN201620023690.7U patent/CN205456412U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107594761A (en) * | 2017-09-06 | 2018-01-19 | 成都卡美奇鞋业有限公司 | A kind of high-heeled shoes based on footwear of Chinese medicine shoe-pad |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 Termination date: 20190108 |