CN104757733B - A kind of high-heel shoes - Google Patents
A kind of high-heel shoes Download PDFInfo
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- CN104757733B CN104757733B CN201510173370.XA CN201510173370A CN104757733B CN 104757733 B CN104757733 B CN 104757733B CN 201510173370 A CN201510173370 A CN 201510173370A CN 104757733 B CN104757733 B CN 104757733B
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- heel
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- sole
- patch
- rebasing
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Abstract
The present invention relates to a kind of high-heel shoes, it includes sole and the heel being connected respectively and upper of a shoe with sole, and sole is connected to heel by a wedge structure layer, and sole is at least to have cushion and the multiple structure of rebasing patch；Cushion is fixedly installed between the big bottom of sole and middle bottom, it is designed as thickness the direction in the middle part of the arch of the foot section of the heel section of high-heel shoes to high-heel shoes increases but width reduction, and reduces to thickness the direction of sole section in the middle part of arch of the foot section but width increase；Rebasing patch is fixedly installed on the breathable shoes bed course of sole and returns between power layer, it is designed as thickness the direction in the middle part of the arch of the foot section of the sole section of high-heel shoes to high-heel shoes increases but width reduction, and reduces to thickness the direction of heel section in the middle part of arch of the foot section but width increase；So that the arch of the foot section of high-heel shoes has more than heel section and the thickness of sole section, the load that when wearing high-heel shoes, foot bears can be evenly distributed on heel section, arch of the foot section and sole section.
Description
Technical field
The present invention relates to shoes field, particularly relate to a kind of high-heel shoes.
Background technology
Along with the development of economic society, the style of shoes gets more and more, and Ms's footwear are made a lot of variety especially, wherein, and times audient
Many Mies favor is high-heel shoes.Being possible not only to improve the height of Ms because wearing high heels, making leg seem more slender,
Can also shine the due makings of Ms and glamour.But, greatly change due to high-heel shoes wearer attitude and from
So walking step state, is easily caused wearer tired out, causes foot, ankle, knee, buttocks and waist after even long-time dress walking
The health problem in portion.
Research shows, when wearing walking shoes, the distribution situation of gravity substantially: 5% is distributed on phalanx, and 40% is distributed in
On metatarsal, 5% is distributed on mesopodium, and 50% is distributed in foot heel area.Visible, when wearing walking shoes, human body weight is relative
It is distributed between the front and rear of foot equably.And high-heel shoes change the angle that the foot of wearer highlights forward from leg
Degree so that the gravity load of human body can not when foot is in natural place supported.When height heels is 2 inches, wear
The 70% of the person's of wearing weight is carried by toe, along with the growth of height heels, the human body weight percentage ratio of toe carrying also with
Increase.Meanwhile, along with the increase of height heels, the contact area area between support zone and the inner sole of sole reduces,
And move to toe region.Therefore, wear high-heel shoes and result in overload that sole part bears and foot can be as toe
Head region moves, and makes toe be squeezed.
Long-time wear high-heel shoes cause the main cause of wearer's foot pain be high-heel shoes to the foot of wearer in the middle part of
The support in region is not fully and load is concentrated mainly on the forefoot area of wearer.On the other hand, many high-heel shoes
Sole profile is inconsistent with the foot of wearer so that the foot of wearer cannot be fully contacted the sole of footwear central region, causes
Obvious gap is there is between sufficient central region and the sole of foot.It addition, generally one hardness of existing high-heel shoes, due to footwear
, need to there be enough hardness at the end in order to load-bearing, so the sole of high-heel shoes is the most harder.On the one hand, harder sole can allow wearer's row
Feel the most comfortable when walking；On the other hand, harder half sole region also can form hard impact when user is stood to forefoot,
Easily cause the fatigue even pain of wearer's ball of foot.
In order to solve to wear high heels sole can the problem of pain, occur in that many has cushioning effect, can subtract on the market
The high-heel shoes that light sole is tired.The patent of invention of Application No. 201210425899.2 discloses a kind of has elastic support sheet
High resiliency midsole, in being arranged at footwear and is supported the sole of wearer, it is characterised in that described high resiliency midsole bag
Including soft surface layer and be resilient the elastic support sheet of laminated structure, described soft surface layer is attached on described elastic support sheet, institute
The length stating elastic support sheet at least extends to the foot palm part of described soft surface layer, described bullet from the heel portion of described soft surface layer
The property width of support chip matches with the width of described sole.
This invention is owing to arranging elastic support sheet in sole so that this invention has in the high resiliency footwear of elastic support sheet
The end can adjust automatically according to the different weight of wearer in the contact site of sole of the end and wearer, to increase between the two
Contact area, reduce the pressure that is subject in unit are of sole, meanwhile, sole is played the work of flexible buffer by soft surface layer
With, and then make this invention have the high resiliency midsole of elastic support sheet also can to meet under conditions of meeting support strength and wear
The person's of wearing requirement to shoes comfortableness.But, this invention at least there is also following defect:
(1), during heel the highest (generally higher than 8cm) at high-heel shoes, sole section is relatively big with the gradient of heel section, and gravity is born
Lotus is at the skewness of foot so that wears these high-heel shoes for a long time and easily causes foot and ache.
(2), during heel the highest (generally higher than 8cm) at high-heel shoes, foot can move as toe region, make toe be subject to
Extruding.
(3) elastic support sheet of this invention is sheet metal, and one is the weight that can increase shoes itself, enables a wearer to long-time
Feeling tired when wearing, two sheet metals being able to be enough to support this invention of human body weight selection are the most harder, and it is elastic
And bad, three is by sheet metal and soft surface layer and the middle end is pasted together and built on the sand, easily causes the phenomenon that sheet metal comes off.
(4) sole of the high-heel shoes of this invention and heel are after long-time dress, and heel and sole there will be worn-off or mill
Thin and cause the phenomenon that sole is uneven, make the people wearing shoes walk shakiness, like a hen on a hot girdle, it is likely that therefore cause whole shoes
Scrap.
Therefore, it is badly in need of a kind of in the case of heel is the highest, remaining to wear comfortable and length in service life high-heel shoes overcoming
The defect of prior art.
Summary of the invention
For the deficiency of prior art, the invention provides a kind of high-heel shoes, it include sole and respectively with described footwear
The heel of end connection and upper of a shoe, described sole is connected to described heel by a wedge structure layer, and described sole is at least to have
Cushion and the multiple structure of rebasing patch；Wherein, described cushion be fixedly installed on the big bottom of described sole and middle bottom it
Between, the structure of described cushion is following design, the most described cushion from the heel section of described high-heel shoes to described high heel
On direction in the middle part of the arch of the foot section of footwear thickness increase but width reduce, and in the middle part of arch of the foot section to thickness on the direction of sole section
Reducing but width increase, wherein, described cushion includes being positioned at cushion first thickened area of arch of the foot section mid portion, being positioned at greatly
Cushion second thickened area of corresponding region and cushion the 3rd thickened area being positioned at bound feet thumb corresponding part outside toe；Institute
State cushion the first thickened area be by described cushion in the middle part of the arch of the foot section from the heel section of described high-heel shoes to high-heel shoes
Direction on thickness increase, and is reducing to thickness on the direction of sole section in the middle part of arch of the foot section, and thickness is increasing and reduction
It is only limitted to what the mode at longitudinal center line near zone of described cushion was formed；Described cushion the second thickened area and described
Cushion the 3rd thickened area be by the middle part of arch of the foot section on the direction of sole section, the thickness of described cushion is away from axle
The mode increased on the direction of centrage is formed；Described rebasing patch is fixedly installed on the breathable shoes bed course of described sole and returns
Between power layer, the structure of described rebasing patch is following design, the most described rebasing is attached to from the sole section of described high-heel shoes to institute
State on the direction in the middle part of the arch of the foot section of high-heel shoes thickness to increase but width reduces, and in the middle part of arch of the foot section to the direction of heel section
Upper thickness reduces but width increases, wherein, described rebasing patch include being positioned at arch of the foot section mid portion rebasing patch the first thickened area,
It is positioned at rebasing patch second thickened area of corresponding region outside big toe and is positioned at the rebasing patch Acanthopanan trifoliatus (L.) Merr. of bound feet thumb corresponding part
Thick district；Described rebasing patch the first thickened area is rebasing to be attached to from the sole section of described high-heel shoes to described high-heel shoes by described
On direction in the middle part of arch of the foot section, thickness increases, and is reducing to thickness on the direction of heel section in the middle part of arch of the foot section, and thickness
Increase and reduce and be only limitted to what the mode at longitudinal center line near zone of described rebasing patch was formed；Described rebasing patch second adds
Thick district and described rebasing patch the 3rd thickened area be by the middle part of the arch of the foot section of described high-heel shoes to the sole of described high-heel shoes
On the direction of section, the thickness of described rebasing patch is being formed away from the mode increased on the direction of longitudinal center line.
According to a preferred implementation, described cushion extends to the close footwear end of described heel section in the middle part of sole section
The heel area of end, and in described heel area, it is not provided with described rebasing patch；In the district that described buffer layer thickness increases
Territory arranges concaveconvex structure, to make described cushion by pasting, sew up, extrude and/or being fixedly installed in the way of mechanical fastener
Between described big bottom and said midsole layer.
According to a preferred implementation, described rebasing patch extends to the toe cap district of described sole section in the middle part of heel section
Territory, and it is not provided with described cushion in described toe cap region；Described rebasing patch is solid by pasting, sewing up and/or extrude
Fixed mode is arranged between described breathable shoes bed course and described time power layer；Or, described rebasing patch by paste, sew up and/
Or the mode of extruding is arranged between described breathable shoes bed course and described time power layer, the district simultaneously increased at described rebasing patch thickness
Installing hole is set on territory, make described rebasing patch by mechanical fastener be arranged at described breathable shoes bed course and described time power layer it
Between.
According to a preferred implementation, the thickness of the described cushion being made up of sponge or foamed materials be 0.10～
0.35cm, the thickness of the described rebasing patch being made up of sponge or foamed materials is 0.10～0.35cm, and described cushion and
The region that the thickness of described rebasing patch increases is at least 0.1cm with the difference in thickness in the region that thickness reduces.
According to a preferred implementation, by a kind of described breathable shoes constituted in sponge, EVA material and textile material
The length and width of bed course matches with the length and width of said midsole layer, and thickness is 0.05～0.25cm, and, described
The surface of breathable shoes bed course is formed as having the patterning of depression and/or projection to increase rubbing of described breathable shoes mat surface
Wipe coefficient.
According to a preferred implementation, by a kind of structure in sheet metal, steel core sheet, polyvinyl acetate sheet and photoplate
The 70%～90% of a length of said midsole layer length of the described time power layer become, thickness is 0.05～0.30cm, and described
Return power layer to be arranged between described rebasing patch and said midsole layer.
According to a preferred implementation, said midsole layer surface offers the draw-in groove matched with described go back to power layer, institute
State back power layer by pasting and/or being fixedly installed on said midsole layer by the way of buckle.
According to a preferred implementation, by a kind of in PHYLON material, EVA material and PU material constitute described in
The length and width of bottom matches with the length and width of described big bottom, and thickness is 0.10～0.35cm.
According to a preferred implementation, by elastomeric material, macromolecule polyurethane synthetic material, tendon Bovis seu Bubali material and acetic acid second
The sole section of the described big bottom of a kind of composition in alkene copolymer material is formed as the arcwall face of concave downward, described big bottom
Arch of the foot section and heel section be formed as the arcwall face that raises up, and, the heel section of described big bottom and the thickness of arch of the foot section
Being 0.25～0.35cm, the thickness of sole section is 1.0～6.0cm, and described sole section is formed as engraved structure, described big bottom
Anti-skidding striped it is provided with on the face contacted with ground.
According to a preferred implementation, described wedge structure layer is arranged at by elastomeric material, macromolecule polyurethane synthesis
Between described heel and the described big bottom of a kind of composition in material, tendon Bovis seu Bubali material and vinyl acetate copolymer material, and
The angle of inclination of described wedge structure layer is 15～30 °, and the height of described heel is 8～14.
According to a preferred implementation, described time power layer being provided with installing hole, described time power layer is by being mechanically connected
Part is fixed to said midsole layer.
The high-heel shoes that the present invention provides at least have the advantage that
(1) it is set to the arch of the foot section of high-heel shoes by cushion and rebasing patch to have more than heel section and the thickness of sole section
Degree so that the load that when wearing high-heel shoes, foot bears is evenly distributed on heel section, arch of the foot section and sole section；Meanwhile, cushion
With rebasing patch by soft and have resilient material and make, the pressure that when can alleviate on foot, foot and leg are caused by footwear, meet and wear
The person's of wearing requirement to shoes comfortableness；Further, foot arch part is formed as compared with other by the thickness change of cushion and rebasing patch
The structure that part is thicker, this thickness structure has on-deformable advantage.
(2) increase described by being formed as having the patterning of depression and/or projection on the surface of breathable shoes bed course
The coefficient of friction of breathable shoes mat surface, the toe that can prevent foot from sliding to cause toe area extrudes and pain.
(3) in the case of heel is higher than 8cm, the high-heel shoes of the present invention are by arranging a wedge shape between heel and sole
The thickness of structure sheaf and the big bottom sole section of increase regulates sole section and the gradient of heel section so that the high-heel shoes of the present invention exist
In the case of heel is the highest, still can meet wearer's requirement to shoes comfortableness.
(4) high-heel shoes of the present invention are by arranging back power layer on middle bottom, bottom part of the force in not only can strengthening
Hardness, and owing to this density of material is high, good springiness, the pressure to human body that wears high heels for a long time can be alleviated.
(5) the big bottom of the high-heel shoes of the present invention and heel all use high-abrasive material to make, and decrease heel and big bottom
Abrasion, can extend the service life of high-heel shoes；Meanwhile, the sole section of big bottom is set to engraved structure, not only can alleviate
The weight of shoes itself, it is possible to increase comfortableness and the aesthetic property of shoes.
Accompanying drawing explanation
Fig. 1 is the structural representation of high-heel shoes of the present invention；
Fig. 2 is the sole exploded view of high-heel shoes of the present invention；
Fig. 3 is the structural representation of high-heel shoes cushion of the present invention；With
Fig. 4 is the structural representation of patch at the bottom of shoe-pad for high-heeled shoes of the present invention.
Reference numerals list
10: sole 20: wedge structure layer 30: heel
40: big bottom 12 cushion of upper of a shoe 11
13: middle bottom 14: rebasing patch 15: breathable shoes bed course
16: time power layer 110: heel section 110b: in the middle part of heel section
110c: heel area 111: arch of the foot section 111b: in the middle part of arch of the foot section
112: sole section 112a: toe cap region 112b: in the middle part of sole section
113: engraved structure 121 concaveconvex structure 131: draw-in groove
141: installing hole 161: installing hole α: the angle of inclination of wedge structure layer
122: cushion the first thickened area 123: cushion the second thickened area
124: cushion the 3rd thickened area 142: rebasing patch the first thickened area
143: rebasing patch the second thickened area 144: rebasing patch the 3rd thickened area
Detailed description of the invention
It is described in detail below in conjunction with the accompanying drawings.
Seeing Fig. 1, the high-heel shoes of the present invention include sole 10 and the heel 30 being connected respectively and upper of a shoe 40 with sole 10.
Sole 10 is connected to heel 30 by a wedge structure layer 20.Seeing Fig. 2, sole 10 is at least to have cushion 12 and rebasing patch
The multiple structure of 14.Wherein, cushion 12 is fixedly installed between the big bottom 11 of sole 10 and middle bottom 13.Cushion 12
Structure is following design, i.e. cushion 12 side of 111b in the middle part of the arch of the foot section from heel section 110 to the high-heel shoes of high-heel shoes
Upwards thickness increases but width reduction.And thickness reduces but width on the direction of 111b in the middle part of arch of the foot section to sole section 112
Increase.Wherein, cushion 12 includes being positioned at cushion first thickened area 122 of arch of the foot section mid portion, being positioned at outside big toe
Cushion second thickened area 123 of corresponding region and cushion the 3rd thickened area 124 being positioned at bound feet thumb corresponding part；Buffering
Layer the first thickened area 122 is by cushion 12 111b in the middle part of the arch of the foot section from heel section 110 to the high-heel shoes of high-heel shoes
On direction thickness increase, and on the direction of 111b in the middle part of arch of the foot section to sole section 112 thickness reduce, and thickness increase and
Reduce and be only limitted to what the mode at longitudinal center line near zone of cushion 12 was formed；Ease up in cushion the second thickened area 123
Rushing layer the 3rd thickened area 124 is that the thickness of cushion 12 exists by the direction of 111b in the middle part of arch of the foot section to sole section 112
Formed away from the mode increased on the direction of longitudinal center line.Rebasing patch 14 is fixedly installed on the breathable shoes bed course 15 of sole 10
And return between power layer 16.The structure of rebasing patch 14 is following design, and the most rebasing patch 14 is paramount from the sole section 112 of high-heel shoes
With on the direction of 111b in the middle part of the arch of the foot section of footwear, thickness increases but width reduction.And at 111b in the middle part of arch of the foot section to heel section
On the direction of 110, thickness reduces but width increase.Wherein, rebasing patch 14 includes the rebasing patch first being positioned at arch of the foot section mid portion
Thickened area 142, it is positioned at rebasing patch second thickened area 143 of corresponding region outside big toe and is positioned at bound feet thumb corresponding part
Rebasing patch the 3rd thickened area 144；Rebasing patch the first thickened area 142 be by rebasing patch 14 from the sole section 112 of high-heel shoes to
In the middle part of the arch of the foot section of high-heel shoes, on the direction of 111b, thickness increases, and in the direction of 111b in the middle part of arch of the foot section to heel section 110
Upper thickness reduces, and thickness increases and reduces and is only limitted to the mode at longitudinal center line near zone of rebasing patch 14 and formed
's；Rebasing patch the second thickened area 143 and rebasing patch the 3rd thickened area 144 be by 111b in the middle part of the arch of the foot section of high-heel shoes to
On the direction of the sole section 112 of high-heel shoes, the thickness of rebasing patch 14 is away from the mode shape increased on the direction of longitudinal center line
Become.
See Fig. 3, it is shown that the cushion 12 of the present invention has a thickness region at three, i.e. cushion the first thickened area 122, slow
Rush layer the second thickened area 123 and cushion the 3rd thickened area 124.Cushion the first thickened area 122 is positioned at arch of the foot section mid portion.
Cushion the second thickened area 123 is positioned at corresponding region outside big toe.Cushion the 3rd thickened area 124 is corresponding at bound feet thumb
Part.Cushion the first thickened area 122 be by cushion 12 in the arch of the foot section from heel section 110 to the high-heel shoes of high-heel shoes
On the direction of portion 111b, thickness increases, and thickness reduces on the direction of 111b in the middle part of arch of the foot section to sole section 112, and thick
Degree increases and reduces and is only limitted to what the mode at longitudinal center line near zone of cushion 12 was formed.Cushion the second thickened area
123 and cushion the 3rd thickened area 124 be by the direction of 111b in the middle part of arch of the foot section to sole section 112, cushion 12
Thickness formed away from the mode increased on the direction of longitudinal center line.
See Fig. 4, it is shown that the rebasing patch 14 of the present invention has thickness region at three, the most rebasing patch the first thickened area 142, pad
The second thickened area 143 and rebasing patch the 3rd thickened area 144 are pasted in the end.Rebasing patch the first thickened area 142 is positioned at arch of the foot section mid portion.
Rebasing patch the second thickened area 143 is positioned at corresponding region outside big toe.Rebasing patch the 3rd thickened area 144 is corresponding at bound feet thumb
Part.Rebasing patch the first thickened area 142 be by rebasing patch 14 in the arch of the foot section from sole section 112 to the high-heel shoes of high-heel shoes
On the direction of portion 111b, thickness increases, and thickness reduces on the direction of 111b in the middle part of arch of the foot section to heel section 110, and,
Thickness increases and reduces and is only limitted to what the mode at longitudinal center line near zone of rebasing patch 14 was formed.Rebasing patch second thickeies
District 143 and rebasing patch the 3rd thickened area 144 are by the sole section 112 at 111b in the middle part of the arch of the foot section of high-heel shoes to high-heel shoes
Direction on, the thickness of rebasing patch 14 is being formed away from the mode increased on the direction of longitudinal center line.
At the three of cushion 12, thickened area is formed as the structure the most corresponding with thickened area at the three of rebasing patch 14.Pass through
Cushion 12 and this kind of design of rebasing patch 14, can make the structure of sole match with human foot's feature, wear high heel
During footwear, sole is fully contacted with sole, and pressure foot born is evenly distributed to heel section 110, arch of the foot section 111 and sole section
112, reduce foot palm part pressure experienced, meet wearer's requirement to shoes comfortableness.Meanwhile, by cushion 12 and rebasing
The thickness change of patch 14 is formed as the structure that foot arch part is thicker compared with other parts, and this thickness structure has on-deformable excellent
Gesture.
According to a preferred implementation, cushion 12 112b in the middle part of sole section extends to the close footwear of heel section 110
Heel area 110c of end.And in heel area 110c, it is not provided with rebasing patch 14.By this design of cushion 12,
Arch of the foot section 111 and heel section 110 and the difference in thickness of sole section 112 can be increased, enable a wearer to the pressure uniform distribution of foot
To heel section 110, arch of the foot section 111 and sole section 112, it is to avoid wear the health problem that high-heel shoes cause for a long time.Meanwhile, buffering
This design of layer 12, also can save material.The region increased at cushion 12 thickness arranges concaveconvex structure 121, so that slow
Rush layer 12 by paste, sew up, extrude and/or be fixedly installed on by the way of mechanical fastener big bottom 11 and middle bottom 13 it
Between.In 12 3 thicker regions of cushion, concaveconvex structure is set, can better profit from pasting, sew up, extrude and/or machinery even
The fixed form of fitting, meanwhile, these three thicker region distributions triangular in shape, utilize the stability of triangle, increase further
Strong cushion 12 and big bottom 11 and the steadiness in intermediate layer 13.
According to a preferred implementation, rebasing patch 14 110b in the middle part of heel section extends to the toe cap district of sole section 112
Territory 112a.And in the 112a of toe cap region, it is not provided with cushion 12.By this design of rebasing patch 14, arch of the foot can be increased
Section 111 and heel section 110 and the difference in thickness of sole section 112, enable a wearer to the pressure of foot be evenly distributed to heel section 110,
Arch of the foot section 111 and sole section 112, it is to avoid wear the health problem that high-heel shoes cause for a long time.Meanwhile, this design of rebasing patch 14
Mode, also can save material.Rebasing patch 14 by paste, sew up and/or extrude fixing by the way of be arranged at breathable shoes bed course 15
And return between power layer 16.Or, rebasing patch 14 is arranged at breathable shoes bed course 15 and by the way of pasting, sewing up and/or extrude
Return between power layer 16, installing hole 141 is set on the region that rebasing patch 14 thickness increases simultaneously, make rebasing patch 14 by machinery even
Fitting is arranged at breathable shoes bed course 15 and returns between power layer 16.Thicker region in rebasing patch 14 arranges installing hole, by machinery
The fixed form of connector, can strengthen rebasing patch and return power layer 16 and the steadiness of breathable shoes bed course 15.
According to a preferred implementation, the thickness of the cushion 12 being made up of sponge or foamed materials be 0.10～
0.35cm.The thickness of the rebasing patch 14 being made up of sponge or foamed materials is 0.10～0.35cm.And cushion 12 and rebasing
The region that the thickness of patch 14 increases is at least 0.1cm with the difference in thickness in the region that thickness reduces.This difference in thickness is according to high heel
The height heels of footwear determines.Along with increasing of heel of high-heel shoe, this difference in thickness can be suitably increased or decreased, so that foot and footwear
The end, is fully contacted.Cushion 12 and rebasing patch 14 by soft and have resilient material and make, when can alleviate on foot footwear to foot and
The pressure that leg causes, meets wearer's requirement to shoes comfortableness.Cushion 12 also can effectively alleviate big bottom 11 and in
Friction between bottom 13 and impulsive force.Rebasing patch 14 is possible not only to strengthen elastic and comfort, may also function as the effect of deodorant.
According to a preferred implementation, by a kind of breathable shoes bed course constituted in sponge, EVA material and textile material
The length and width of 15 matches with the length and width of middle bottom 13.Thickness is 0.05～0.25cm.Further, at permeable shoe pads
The surface of layer 15 is formed as having the patterning of depression and/or projection to increase the coefficient of friction on breathable shoes bed course 15 surface.
Breathable shoes bed course 15 has deodorant and ventilative effect.For increasing the coefficient of friction of high-heel shoes breathable shoes bed course 15 of the present invention, no
It is only limited to by arranging depression and/or the patterning of projection on breathable shoes bed course 15, it is also possible to use coefficient of friction relatively
Big permeable shoe pads layer material.As, TPR material, latex material, CPU material etc..The present invention is by increasing high-heel shoes permeable shoe pads
The coefficient of friction on layer 15 surface, the toe that can prevent foot from sliding to cause toe area extrudes and pain, meets wearer to shoes
The requirement of comfortableness.
According to a preferred implementation, by a kind of structure in sheet metal, steel core sheet, polyvinyl acetate sheet and photoplate
The 70%～90% of a length of middle bottom 13 length returning power layer 16 become.Thickness is 0.05～0.30cm.And return power layer 16
It is arranged between rebasing patch 14 and middle bottom 13.By arranging back power layer 16, middle bottom not only can be made to have enough hardness
In order to load-bearing, it is also possible to increase the comfort level of shoes, effectively alleviate and wear the sole pain that high-heel shoes bring for a long time.Return power layer
Being preferably photoplate, one is owing to this density of material is high, good springiness, can increase the comfort level of shoes, alleviate long-time dress
The sole pain that high-heel shoes bring.Two is that this material uses one-shaping technique, durable in use, is unlikely to deform.
Referring again to Fig. 2, middle bottom 13 surface offers and returns the draw-in groove 131 that power layer 16 matches.Return power layer 16 to pass through
Paste and/or the mode of buckle is fixedly installed on middle bottom 13.Or, return and be provided with installing hole 161 on power layer 16.Return power layer
16 are fixed to middle bottom 13 by mechanical fastener.If using the mode of installing hole, the installing hole 161 of power layer 16 can be made back
Corresponding with the installing hole 141 of rebasing patch 14, so that rebasing patch 14, time power layer 15 can be simultaneously fixed on middle bottom 13, increase it
Steadiness.
According to a preferred implementation, by a kind of middle bottom constituted in PHYLON material, EVA material and PU material
The length and width of 13 matches with the length and width of big bottom 11.Thickness is 0.10～0.35cm.The middle bottom of the present invention
Using the soft foam material of high resiliency high density to make, have resilient beam, sole is unlikely to deform and thinning advantage.Meanwhile, this material
The pressure that when can alleviate on foot, foot and leg are caused by footwear, meets wearer's requirement to shoes comfortableness.
According to a preferred implementation, by elastomeric material, macromolecule polyurethane synthetic material, tendon Bovis seu Bubali material and acetic acid second
The sole section 112 of the big bottom 11 of a kind of composition in alkene copolymer material is formed as the arcwall face of concave downward.Big bottom 11
Arch of the foot section 111 and heel section 110 be formed as the arcwall face that raises up.The sole section 112 of high-heel shoes of the present invention be formed as to
The arcwall face of lower recess, arch of the foot section 111 and heel section 110 are formed as the arcwall face raised up, and can improve the body of wearer
Body skeleton, the whole health enabled a wearer to is tall and straight.Further, the heel section 110 of big bottom 11 and the thickness of arch of the foot section 111 are
0.25～0.35cm.The thickness of sole section 112 is 1.0～6.0cm.Sole section 112 is formed as engraved structure 113.The present invention is
According to mechanics principle, when heel is more than 8cm, can increase in corresponding in sole section 112 so that sole section 112 and foot
With the slope section of section 110 reduces, to alleviate the pressure of foot and leg, meet wearer's requirement to shoes comfortableness.Sole section 112
The engraved structure 113 formed not only can alleviate the weight of shoes itself, it is also possible to increases aesthetic property and the comfortableness of shoes.Greatly
It is provided with anti-skidding striped on the face contacted with ground of bottom 11.This anti-skidding stripe design can be effectively improved wearer when walking
Stability.
According to a preferred implementation, wedge structure layer 20 is arranged at by elastomeric material, macromolecule polyurethane synthesis material
Between heel 30 and the big bottom 11 of a kind of composition in material, tendon Bovis seu Bubali material and vinyl acetate copolymer material.And wedge shape is tied
The tilt angle alpha of structure layer 20 is 15～30 °.The height of heel 30 is 8～14.By arranging wedge structure layer 20 connected shoe soles
10 and heel 30, can be when the heel of high-heel shoes be more than 8cm, by this wedge structure layer conditioning sole sole section and heel section
The gradient, with reduce wear the pressure that foot and leg are caused by high-heel shoes for a long time, meet wearer and shoes comfortableness wanted
Ask.It addition, heel 30 and big bottom 11 all use anti-skid wearable material to make, prior art heel and sole often quilt can be solved
Mill local derviation causes the defect that sole is uneven, thus extends the service life of high-heel shoes.
It addition, sole make after can by paste, sew up, extrude and/or mechanical fastener fixing by the way of by big bottom
11 are closely joined together with cushion 12, middle bottom 13, rebasing patch 14 and breathable shoes bed course 15, it is to avoid make in wearing process
Become comes off, and affects the comfortableness of shoes.Further, upper of a shoe 40 is formed as by the way of pasting, sewing up and/or be screwed
Ankle boots, middle boots or the shape of boots.The toe-cap upper of upper of a shoe 40 may be designed as the engraved structure 113 of big bottom 11 is coated with or is set
It is calculated as not being coated with by the engraved structure 113 of big bottom 11.The toe-cap upper of the present invention preferably upper of a shoe is set to not by big bottom
Engraved structure cladding, thus can strengthen the aesthetic property of shoes.
Embodiment 1
Seeing Fig. 1, the high-heel shoes of the present invention include sole 10, are connected to the heel of sole 10 by a wedge structure layer 20
30, and the upper of a shoe 40 being connected with sole 10.The height of the heel 30 being made up of elastomeric material is 12cm.Wedge structure layer 20 sets
It is placed between heel 30 and sole 10, and, wedge structure layer tilt angle alpha is 18 °.Upper of a shoe 40 is by pasting and solid with screw
Fixed mode is formed as ankle boots, and, the toe-cap upper of upper of a shoe 40 is set to be not coated with by the engraved structure of big bottom 11.
Seeing Fig. 2, sole 10 has the multiple structure comprising a power layer 16.This multiple layer is followed successively by from top to bottom
Big bottom 11, cushion 12, middle bottom 13, rebasing patch 14 and breathable shoes bed course 15, and, this multiple structure be by pasting and
The mode of extruding is fixed together.Returning power layer 16 and be preferably back power sheet, it is by offering and Hui Li on middle bottom 13 surface
The draw-in groove 131 that sheet matches so that return power sheet by paste and/or be arranged at by the way of buckle middle bottom 13 and rebasing patch 14 it
Between.Breathable shoes bed course 15 uses textile material to make, and arranges embroidery pattern on this shoe pad to increase this breathable shoes bed course 15
Coefficient of friction, prevent foot from sliding to toe portion and cause toe to be squeezed.
Cushion 12 is thickness increase on the direction of 111b in the middle part of the arch of the foot section from heel section 110 to the high-heel shoes of high-heel shoes
But width reduces.And thickness reduces but width increase on the direction of 111b in the middle part of arch of the foot section to sole section 112.Specifically,
Cushion 12 is changed to 0.10cm to 0.25cm to 0.10cm from the thickness of heel section 110 to arch of the foot section 111 to sole section 112.
The thickness of cushion the second thickened area 123 and cushion the 3rd thickened area 124 is 0.25cm.Rebasing patch 14 is from the foot of high-heel shoes
In the middle part of the arch of the foot section of palm section 112 to high-heel shoes, on the direction of 111b, thickness increases but width reduction.And in the middle part of arch of the foot section
111b reduces to thickness on the direction of heel section 110 but width increases.Particularly as follows: rebasing patch 14 is from sole section 112 to arch of the foot section
The thickness of 111 to heel section 110 is changed to 0.10cm to 0.25cm to 0.10cm.Rebasing patch the second thickened area 143 and rebasing patch
The thickness of the 3rd thickened area 144 is 0.25cm.The region increased at cushion 12 thickness arranges concaveconvex structure 121, so that buffering
Layer 12 is by pasting, sew up, extrude and/or being fixedly installed on by the way of mechanical fastener between big bottom 11 and middle bottom 13.
The region that rebasing patch 14 thickness increases arranges installing hole 141, so that rebasing patch 14 is by mechanical fastener and stickup, stitching
Or the mode of extruding is arranged at breathable shoes bed course 15 and returns between power layer 16.
The arch of the foot section of high-heel shoes is set to have more than heel by the high-heel shoes of the present embodiment by cushion and rebasing patch
Section and the thickness of sole section, and footwear sole construction with human foot's feature to meeting, the structure of sole and the foot of human body can be made
Feature matches, and makes sole be fully contacted with sole so that the load that when wearing high-heel shoes, foot bears is evenly distributed on heel
Section, arch of the foot section and sole section, reduce the extruding that foot palm part is subject to.Even if when height heels is 12cm, sole and footwear also can be made
The end, is fully contacted, and alleviates pressure.It addition, by arranging a wedge structure layer between heel and sole and increasing big bottom sole
The thickness of section regulates sole section and the gradient of heel section so that even if the high-heel shoes of the present embodiment are 12cm at height heels
Time, still there is comfortableness.
Embodiment 2
Seeing Fig. 1, the high-heel shoes of the present invention include sole 10, are connected to the heel of sole 10 by wedge structure layer 20
30, and the upper of a shoe 40 being connected with sole 10.The height of the heel 30 being made up of polyurethane synthetic material is 8cm.Wedge structure
Layer 20 is arranged between heel 30 and sole 10, and, wedge structure layer tilt angle alpha is 25 °.Upper of a shoe 40 is by pasting and seam
The fixed form closed is formed as ankle boots, and, the toe-cap upper of upper of a shoe 40 is set to be coated with the engraved structure of big bottom 11.
Seeing Fig. 2, sole 10 has the multiple structure comprising a power layer 16.This multiple layer is followed successively by from top to bottom
Big bottom 11, cushion 12, middle bottom 13, rebasing patch 14 and breathable shoes bed course 15, and, this multiple structure be by pasting and
The mode sewed up is fixed together.Returning power layer 16 and be preferably back power sheet, it is by returning power sheet surface configuration installing hole, making
Power sheet must be returned be arranged between middle bottom 13 and rebasing patch 14 by the way of screw is fixing.Breathable shoes bed course 15 uses CPU material
Material is made, and arranges depression on this shoe pad with protruding pattern to increase the coefficient of friction of this breathable shoes bed course 15, prevents foot
Sliding to toe portion causes toe to be squeezed.
Cushion 12 is thickness increase on the direction of 111b in the middle part of the arch of the foot section from heel section 110 to the high-heel shoes of high-heel shoes
But width reduces.And thickness reduces but width increase on the direction of 111b in the middle part of arch of the foot section to sole section 112.Specifically,
Cushion 12 is changed to 0.10cm to 0.30cm to 0.10cm from the thickness of heel section 110 to arch of the foot section 111 to sole section 112.
The thickness of cushion the second thickened area 123 and cushion the 3rd thickened area 124 is 0.22cm.Rebasing patch 14 is from the foot of high-heel shoes
In the middle part of the arch of the foot section of palm section 112 to high-heel shoes, on the direction of 111b, thickness increases but width reduction.And in the middle part of arch of the foot section
111b reduces to thickness on the direction of heel section 110 but width increases.Particularly as follows: rebasing patch 14 is from sole section 112 to arch of the foot section
The thickness of 111 to heel section 110 is changed to 0.10cm to 0.30cm to 0.10cm.Rebasing patch the second thickened area 143 and rebasing patch
The thickness of the 3rd thickened area 144 is 0.25cm.The region increased at cushion 12 thickness arranges concaveconvex structure 121, so that buffering
Layer 12 is by pasting, sew up, extrude and/or being fixedly installed on by the way of mechanical fastener between big bottom 11 and middle bottom 13.
The region that rebasing patch 14 thickness increases arranges installing hole 141, so that rebasing patch 14 is by mechanical fastener and stickup, stitching
Or the mode of extruding is arranged at breathable shoes bed course 15 and returns between power layer 16.
The arch of the foot section of high-heel shoes is set to have more than heel by the high-heel shoes of the present embodiment by cushion and rebasing patch
Section and the thickness of sole section, and footwear sole construction with human foot's feature to meeting, the structure of sole and the foot of human body can be made
Feature matches, and makes sole be fully contacted with sole so that the load that when wearing high-heel shoes, foot bears is evenly distributed on heel
Section, arch of the foot section and sole section, reduce the extruding that foot palm part is subject to.When height heels is 8cm, sole can be made fully to connect with sole
Touch, alleviate pressure.It addition, by arranging a wedge structure layer between heel and sole and increasing the thickness of big bottom sole section
Regulate sole section and the gradient of heel section so that improve the comfortableness of the present embodiment high-heel shoes further.
It should be noted that above-mentioned specific embodiment is exemplary, those skilled in the art can be open in the present invention
Find out various solution under the inspiration of content, and these solutions also belong to disclosure of the invention scope and fall into this
Within bright protection domain.It will be understood by those skilled in the art that description of the invention and accompanying drawing thereof be illustrative and not
Constitute limitations on claims.Protection scope of the present invention is limited by claim and equivalent thereof.
Claims (11)
1. high-heel shoes, it includes sole (10) and the heel (30) being connected respectively and upper of a shoe with described sole (10)
(40), it is characterised in that described sole (10) is connected to described heel (30), described sole by a wedge structure layer (20)
(10) it is that at least there is cushion (12) and the multiple structure of rebasing patch (14)；Wherein,
Described cushion (12) is fixedly installed between the big bottom (11) of described sole (10) and middle bottom (13), described buffering
The structure of layer (12) is following design, and the most described cushion (12) is from the heel section (110) of described high-heel shoes to described height
With on the direction of (111b) in the middle part of the arch of the foot section of footwear, thickness increases but width reduction, and in the middle part of arch of the foot section (111b) to sole
On the direction of section (112), thickness reduces but width increase,
Wherein, described cushion (12) includes being positioned at cushion first thickened area (122) of arch of the foot section mid portion, being positioned at big foot
Cushion second thickened area (123) of corresponding region and be positioned at cushion the 3rd thickened area of bound feet thumb corresponding part outside toe
(124)；
Described cushion the first thickened area (122) is from the heel section (110) of described high-heel shoes by described cushion (12)
In the middle part of the arch of the foot section of high-heel shoes, on the direction of (111b), thickness increases, and in the middle part of arch of the foot section (111b) to sole section
(112) on direction, thickness reduces, and thickness increases and reduction is only limitted to the attached at longitudinal center line of described cushion (12)
The mode of near field is formed；
Described cushion the second thickened area (123) and described cushion the 3rd thickened area (124) are by the middle part of arch of the foot section
(111b) on the direction of sole section (112), the thickness of described cushion (12) is increasing away from the direction of longitudinal center line
Mode formed；
Described rebasing patch (14) is fixedly installed on the breathable shoes bed course (15) of described sole (10) and returns between power layer (16), described
The structure of rebasing patch (14) is following design, the most described rebasing patch (14) from the sole section (112) of described high-heel shoes to institute
State in the middle part of the arch of the foot section of high-heel shoes thickness on the direction of (111b) to increase but width reduces, and in the middle part of arch of the foot section (111b) extremely
On the direction of heel section (110), thickness reduces but width increase,
Wherein, described rebasing patch (14) includes being positioned at rebasing patch first thickened area (142) of arch of the foot section mid portion, being positioned at big foot
Rebasing patch second thickened area (143) of corresponding region and be positioned at rebasing patch the 3rd thickened area of bound feet thumb corresponding part outside toe
(144)；
Described rebasing patch the first thickened area (142) is from the sole section (112) of described high-heel shoes by described rebasing patch (14)
In the middle part of the arch of the foot section of described high-heel shoes, on the direction of (111b), thickness increases, and in the middle part of arch of the foot section (111b) to heel section
(110) on direction, thickness reduces, and thickness increases and reduction is only limitted to the attached at longitudinal center line of described rebasing patch (14)
The mode of near field is formed；
Described rebasing patch the second thickened area (143) and described rebasing patch the 3rd thickened area (144) are by from described high-heel shoes
Arch of the foot section in the middle part of (111b) to described high-heel shoes sole section (112) direction on, the thickness of described rebasing patch (14) is far
The mode increased on the direction of longitudinal center line is formed.
2. high-heel shoes as claimed in claim 1, it is characterised in that described cushion (12) (112b) in the middle part of sole section extends
Heel area (110c) to the close footwear end of described heel section (110)；In the region that described cushion (12) thickness increases
Concaveconvex structure (121) is set, so that described cushion (12) is by pasting, sew up, extrude and/or consolidating by the way of mechanical fastener
Surely it is arranged between described big bottom (11) and said midsole layer (13).
3. high-heel shoes as claimed in claim 1, it is characterised in that described rebasing patch (14) (110b) in the middle part of heel section extends
Toe cap region (112a) to described sole section (112)；
Described rebasing patch (14) by paste, sew up and/or extrude fixing by the way of be arranged at described breathable shoes bed course (15) and
Between described time power layer (16)；
Or, described rebasing patch (14) by paste, sew up and/or extrude by the way of be arranged at described breathable shoes bed course (15) and
Between described time power layer (16), installing hole (141) is set on the region that described rebasing patch (14) thickness increases simultaneously, makes described
Rebasing patch (14) is arranged between described breathable shoes bed course (15) and described time power layer (16) by mechanical fastener.
4. high-heel shoes as claimed in claim 1, it is characterised in that the described cushion (12) being made up of sponge or foamed materials
Thickness be 0.10～0.35cm, the thickness of the described rebasing patch (14) being made up of sponge or foamed materials be 0.10～
0.35cm, and the thickness in the region of the region of the thickness increase of described cushion (12) and described rebasing patch (14) and thickness reduction
Degree difference is at least 0.1cm.
5. high-heel shoes as claimed in claim 1, it is characterised in that be made up of the one in sponge, EVA material and textile material
The length and width of described breathable shoes bed course (15) match with the length and width of said midsole layer (13), thickness is 0.05
～0.25cm, and, the patterning being formed as having depression and/or projection on the surface of described breathable shoes bed course (15) increases
The coefficient of friction on big described breathable shoes bed course (15) surface.
6. high-heel shoes as claimed in claim 1, it is characterised in that by sheet metal, steel core sheet, polyvinyl acetate sheet and latex
The 70%～90% of a length of said midsole layer (13) length of described time power layer (16) of a kind of composition in sheet, thickness is
0.05～0.30cm, and described time power layer (16) be arranged between described rebasing patch (14) and said midsole layer (13).
7. high-heel shoes as claimed in claim 6, it is characterised in that said midsole layer (13) surface offers and described time power layer
(16) draw-in groove (131) matched, described time power layer (16) is by pasting and/or being fixedly installed on said midsole by the way of buckle
On layer (13).
8. high-heel shoes as claimed in claim 1, it is characterised in that by the one in PHYLON material, EVA material and PU material
The length and width of said midsole layer (13) constituted matches with the length and width of described big bottom (11), and thickness is 0.10
～0.35cm.
9. high-heel shoes as claimed in claim 1, it is characterised in that by elastomeric material, macromolecule polyurethane synthetic material, tendon Bovis seu Bubali
The sole section (112) of the described big bottom (11) of a kind of composition in material and vinyl acetate copolymer material is formed as to recessed
The arcwall face fallen into, the arch of the foot section (111) of described big bottom (11) and heel section (110) be formed as the arcwall face raised up, and
And, the heel section (110) of described big bottom (11) and the thickness of arch of the foot section (111) they are 0.25～0.35cm, sole section (112)
Thickness is 1.0～6.0cm, and described sole section (112) is formed as engraved structure (113), connecing with ground of described big bottom (11)
It is provided with anti-skidding striped on the face touched.
10. high-heel shoes as claimed in claim 1, it is characterised in that described wedge structure layer (20) be arranged at by elastomeric material,
The described heel (30) of a kind of composition in macromolecule polyurethane synthetic material, tendon Bovis seu Bubali material and vinyl acetate copolymer material and
Between described big bottom (11), and the angle of inclination (α) of described wedge structure layer (20) is 15～30 °, described heel (30)
Height be 8～14.
11. high-heel shoes as claimed in claim 6, it is characterised in that be provided with installing hole (161) on described time power layer (16),
Described time power layer (16) is fixed to said midsole layer (13) by mechanical fastener.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510173370.XA CN104757733B (en) | 2015-04-14 | 2015-04-14 | A kind of high-heel shoes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510173370.XA CN104757733B (en) | 2015-04-14 | 2015-04-14 | A kind of high-heel shoes |
Publications (2)
| Publication Number | Publication Date |
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| CN104757733A CN104757733A (en) | 2015-07-08 |
| CN104757733B true CN104757733B (en) | 2016-08-17 |
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| CN201510173370.XA Expired - Fee Related CN104757733B (en) | 2015-04-14 | 2015-04-14 | A kind of high-heel shoes |
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| CN111227431A (en) * | 2020-01-19 | 2020-06-05 | 陕西科技大学 | Novel shock absorption structure for bootie sole |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| MX2010003522A (en) * | 2007-09-28 | 2010-06-25 | Angela Singleton | Insole support system for footwear. |
| US8256142B2 (en) * | 2008-02-04 | 2012-09-04 | Sashanaz Hashempour Igdari | Anatomically correct flexible contoured footbed insole |
| CN201499697U (en) * | 2009-09-22 | 2010-06-09 | 温州市鹿艺鞋材有限公司 | Plastic forming insole |
| CN202496511U (en) * | 2011-11-15 | 2012-10-24 | 古定基 | Sole buffer structure and high-heeled shoe with sole buffer structure |
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