CN107114856A - It is a kind of have be unlikely to deform and warming multifunctional shoe - Google Patents
It is a kind of have be unlikely to deform and warming multifunctional shoe Download PDFInfo
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- CN107114856A CN107114856A CN201710538487.2A CN201710538487A CN107114856A CN 107114856 A CN107114856 A CN 107114856A CN 201710538487 A CN201710538487 A CN 201710538487A CN 107114856 A CN107114856 A CN 107114856A
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- Prior art keywords
- layer
- deform
- unlikely
- slip
- mask
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Classifications
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B7/00—Footwear with health or hygienic arrangements
- A43B7/34—Footwear with health or hygienic arrangements with protection against heat or cold
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B13/00—Soles; Sole-and-heel integral units
- A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
- A43B13/18—Resilient soles
- A43B13/181—Resiliency achieved by the structure of the sole
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B13/00—Soles; Sole-and-heel integral units
- A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
- A43B13/22—Soles made slip-preventing or wear-resisting, e.g. by impregnation or spreading a wear-resisting layer
- A43B13/223—Profiled soles
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B23/00—Uppers; Boot legs; Stiffeners; Other single parts of footwear
- A43B23/02—Uppers; Boot legs
- A43B23/0205—Uppers; Boot legs characterised by the material
- A43B23/0235—Different layers of different material
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B23/00—Uppers; Boot legs; Stiffeners; Other single parts of footwear
- A43B23/02—Uppers; Boot legs
- A43B23/0245—Uppers; Boot legs characterised by the constructive form
Abstract
The present invention disclose a kind of with being unlikely to deform and warming multifunctional shoe, vamp and sole including interconnection, the vamp includes body and covers the mask being placed on the body, the mask uses hard material, there is gap between the mask and the body, the mask is provided with some air-vents, and the mask rim has due to the connector being connected with sole；The body includes elastic layer, velveteen layer and the flexible fiber layer being sequentially overlapped, distance is 5 10mm between the elastic layer and flexible fiber layer, connected between the elastic layer and flexible fiber layer by support member, some passages are all provided with the elastic layer and flexible fiber layer.Compared with prior art, the present invention allows shoes to realize and is unlikely to deform while having taken into account the warming effect of shoes, the non-skid property of the sole of the shoes is excellent, and damping performance is good by setting the structures such as mask.
Description
Technical field
The invention belongs to collar domain, and in particular to it is a kind of have be unlikely to deform and warming multifunctional shoe.
Background technology
Traditional shoes, such as playshoes or sport footwear, generally including sole, the upper of a shoe being connected on sole and setting
The flap on upper of a shoe is put, the collecting chamber of foot can be housed by being formed between upper of a shoe and sole, and being provided with upper of a shoe can
The welt entered for foot, welt includes the ankle socket inserted for ankle, the instep opening being arranged on front side of ankle socket, leads to
Normal flap is arranged in reception room and gear is provided with multiple footwear on the lower section of instep opening, upper of a shoe positioned at the both sides of instep opening
Shoestring is provided with hole, footwear hole, by the size of the adjustment of the carrying instep opening, so that shoes can cosily be worn in pin
On.
Traditional this shoes, long-time dress or strenuous exercise after, shoes can along fore-and-aft direction stretcher strain,
Especially in the upper of a shoe position of flap both sides, deformation is more obvious, so as to have impact on the aesthetic property of shoes dress.
In addition, the thermal property of shoes also has to be hoisted in the prior art.
In view of this, the present inventor further investigate, obtain then this case it is a kind of have be unlikely to deform and warming multifunctional shoe.
The content of the invention
A kind of with being unlikely to deform and warming multifunctional shoe it is a primary object of the present invention to provide, it has not variable
Shape and warming advantage.
In order to reach above-mentioned purpose, solution of the invention is：
It is a kind of have be unlikely to deform and warming multifunctional shoe, include the vamp and sole of interconnection, the vamp bag
Include body and cover the mask being placed on the body, the mask uses hard material, between the mask and the body
With gap, the mask is provided with some air-vents, and the mask rim has the connector being connected with sole；
The body includes elastic layer, velveteen layer and the flexible fiber layer being sequentially overlapped, the elastic layer and flexibility
Between fibrous layer distance be 5-10mm, connected between the elastic layer and flexible fiber layer by support member, the elastic layer and
Some passages are all provided with flexible fiber layer.
It is further to improve：The folding that the connector includes inner bending is hooked, and the sole is provided with hooks phase with the folding
The groove matched somebody with somebody.
It is further to improve：The supporter includes some support chips arranged in length and breadth, the support chip and the vamp
Vertically.
It is further to improve：Cellular paper honeycomb interlayer, and institute are additionally provided between the velveteen layer and flexible fiber layer
State respectively filled with shaping phase-change material in each honeycomb structure of paper honeycomb interlayer, also covering is provided with non-woven fabrics on the elastic layer
There are some wind gathering mouths, the wind gathering mouth is in horn-like and be open less one end and the elasticity in layer, the nonwoven layer
Layer is connected, and the nonwoven layer is to be detachably connected with the elastic layer.
It is further to improve：The nonwoven layer is connected with the elastic layer by VELCRO.
It is further to improve：The sole includes midsole and big bottom, and the lower surface of said midsole is provided with some along midsole
Longitudinal raised line of length direction extension and some horizontal raised lines extended along midsole width, longitudinal raised line and transverse direction are convex
Cross-point between bar is provided with hemisphere jut, and the upper surface at the big bottom corresponds to be set on the position of each hemisphere jut of midsole
There is vibration-damped table, the upper end of the vibration-damped table is provided with spherical utensil receiving opening, and the hemisphere jut, which is corresponded, is fixed on the spherical appearance
Receive in mouth, have inside the vibration-damped table and shock structure is provided with a cavity volume, the cavity volume, being axially directed to for the shock structure is described
There are some first annular, the cavity volume along the distribution distribution of its axially spaced-apart is convex on Spherical chamber, the lateral wall of the shock structure
Cavity wall is convexly equipped with some second annular tables provided with interval, and each second annular table is located at the two first adjacent rings of shock structure
Between shape platform, the lower surface at the big bottom is provided with Non-slip material；
The Non-slip material includes the first on-slip projection and the second on-slip projection, and the first on-slip projection and the second on-slip are convex
Block all has ground engaging end, and the first on-slip projection is in star, and the ground engaging end of the first on-slip projection is divided into by cut-off rule
First tread surface and the second tread surface, first tread surface apart from big bottom surface height be more than second tread surface away from
From the height of big bottom surface, width arrangement form projection row of several described first on-slip projections along big bottom, per phase
The second contact surface that adjacent two projections arrange the first on-slip projection of the two projections row to be formed in one group, same group is adjacent, and described second
On-slip projection has high resiliency, and the ground engaging end of the second on-slip projection has depression, described first annular and the second annular
1-2mm distance is provided between platform.
It is further to improve：Width of the length direction of the cut-off rule along the big bottom.
It is further to improve：The first on-slip projection is distributed in half sole, heel and the arch portion of the big bottom surface
Position, and be distributed in half sole and followed by place density it is big at arch of foot compared to being distributed in, the second on-slip projection is distributed in greatly
At the arch of foot of bottom surface.
It is further to improve：Some 3rd on-slip projections are also distributed with the periphery of the big bottom surface, and the described 3rd stops
Sliding projection is different, and rhone is formed between adjacent two the 3rd on-slip projection.
It is further to improve：The upper surface of said midsole is provided with the longitudinal direction corresponding with longitudinal raised line position distribution
Gap and the lateral clearance corresponding with the position distribution of the horizontal raised line.
By using said structure, it is of the present invention it is a kind of have be unlikely to deform and warming multifunctional shoe described in mask adopt
With hard material, so it will not deform, it has been achieved in that and has allowed the on-deformable purpose of vamp, still, due to mask
Set, cause whole vamp to be hardened, comfort of influence people when wearing, so there is provided the gap, people when wearing shoes,
The body will not produce contact with mask, so that the setting of mask will not produce influence to the sensation of dress substantially；Human body is protected
Warm key is that velveteen fluffy degree is good, is good heat insulating material in skin surface formation one layer of heat preservation layer, when being covered in skin
During surface, a warm heat-insulation layer can be formed, but it during prolonged use, its fluffy degree is easily lost,
So as to lose warming effect, in the present invention, velveteen layer is set between the elastic layer and flexible fiber layer, the elastic layer and
Flexible fiber layer keeps 5-10mm relative distance using the support member, will not produce pressure to the velveteen layer, so as to
Enough allow velveteen layer persistently to produce heat insulation effect, using this structure formation vamp, can allow vamp that also there is very good insulation
Effect.Meanwhile, the elastic layer has good elasticity, and the flexible fiber layer has flexibility, and such vamp is when wearing
It is very comfortable；
By setting the paper honeycomb interlayer, when shoe temperature is higher, shaping phase-change material meeting heat-absorbing liquefaction, and work as
When shoe temperature is relatively low, the shaping phase-change material then can curing exotherm so that play regulation temperature effect, people is worn footwear
The period of the day from 11 p.m. to 1 a.m can feel more comfortable, while the design of paper honeycomb then can effectively separate shaping phase-change material, prevent it from assembling；
By setting the footwear sole construction, in use, the pin of people is stepped down in said midsole, and midsole transmits strength
To the hemisphere jut, spherical structure has the characteristics of force dispersion is uniform, and it can send power to the vibration-damped table, described
It is compressed downwardly after vibration-damped table stress, the distance between described some first annular becomes closer to, it is certain when being compressed to
When degree, described first annular and the second annular table are in contact, and now, second annular table gives first ring
One upward support force of shape platform, i.e., to described one upward support force of vibration-damped table, carry in this way, it is possible to give people to walk forward
For enough power, the damping performance and support performance of sole so can be effectively taken into account；Because vibration-damped table is arranged to stage body, its
Stability is very good；
The first on-slip projection is in star, because with multiple angles, the length direction with multiple summits, and multiple summits divides
Be not pointed in different directions, so, sole from multiple directions slide when, the first on-slip projection, which still can be provided, to compare
Preferable anti-slip effect；Meanwhile, the first on-slip projection is divided into the first tread surface and the second tread surface by the cut-off rule,
The height of first tread surface and the second tread surface, so, when pin is stepped down, ground is contacted first is institute
The first tread surface is stated, when the first tread surface is absorbed in ground, first tread surface is contacted again, the design being so layered, further
Improve the non-skid property of the first on-slip projection；Further, the of the first on-slip projection that two projections are arranged in described same group
Two contact surfaces are adjacent, because second tread surface is relatively low relative to the height of the first on-slip projection, so, at same group
Two projections row between form drainage space；Finally, the second on-slip projection has high resiliency, using the teaching of the invention it is possible to provide certain bullet
Property support, relatively good comfort is had when people's pin is stepped down, thus depression for the second on-slip projection deformation
There is provided space, the non-skid property of sole can be also lifted.
The 3rd on-slip projection provides anti-skidding effect for the side of sole, further improves the non-skid property of sole,
The rhone and the drainage space are communicated, and when pin is stepped on, water flows through the drainage space and rhone, Ran Houpai successively
Go out.
Compared with prior art, the present invention allows shoes to realize and is unlikely to deform while taking into account by setting the structures such as mask
The warming effect of shoes, the non-skid property of the sole of the shoes is excellent, and damping performance is good.
Brief description of the drawings
Fig. 1 be the present invention relates to it is a kind of have be unlikely to deform and warming multifunctional shoe structural representation.
Fig. 2 be the present invention relates to it is a kind of have be unlikely to deform and the lateral cross section structure of body of warming multifunctional shoe is shown
It is intended to.
Fig. 3 be the present invention relates to it is a kind of have be unlikely to deform and warming multifunctional shoe folding hook structural representation.
Fig. 4 be the present invention relates to it is a kind of have be unlikely to deform and the lateral cross section structure of sole of warming multifunctional shoe is shown
It is intended to.
Fig. 5 be the present invention relates to it is a kind of have be unlikely to deform and the structure of lower surface of sole of warming multifunctional shoe is shown
It is intended to.
Fig. 6 is the mplifying structure schematic diagram of part A in Fig. 5.
Fig. 7 be the present invention relates to it is a kind of have be unlikely to deform and warming multifunctional shoe vibration-damped table structural representation.
Fig. 8 be the present invention relates to it is a kind of have be unlikely to deform and warming multifunctional shoe midsole lower surface configuration signal
Figure.
In figure：
Vamp -1；Mask -11；Folding hooks -111；
Air-vent -112；Gap -12；Nonwoven layer -13；
Wind gathering mouth -131；Elastic layer -14；Velveteen layer -15；
Paper honeycomb interlayer -16；Flexible fiber layer -17；Support chip -18；
Sole -2；Midsole -21；Longitudinal raised line -211；
Horizontal raised line -212；Hemisphere jut -213；Big bottom -22；
Vibration-damped table -221；Spherical utensil receiving opening -2211；Cavity volume -2212；
Second annular table -22121；Shock structure -2213；First annular -22131；
First on-slip projection -222；Cut-off rule -2221；First tread surface -2222；
Second tread surface -223；Second on-slip projection -23；3rd on-slip projection -224；
Rhone -225.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art obtained on the premise of creative work is not made it is all its
His embodiment, belongs to the scope of the protection of the present invention.
As shown in Figures 1 to 8, it is a kind of with being unlikely to deform and warming multifunctional shoe, include the He of vamp 1 of interconnection
Sole 2, the vamp 1 includes body and covers the mask 11 being placed on the body, and the mask 11 uses hard material, institute
Stating has gap 12 between mask 11 and the body, the mask 11 is provided with some air-vents 112.The mask 11 is used
Hard material, so it will not deform, has been achieved in that and has allowed the on-deformable purpose of vamp 1, still, due to mask 11
Set, cause whole vamp 1 to be hardened, comfort when influence people wears, so there is provided the gap 12, people is wearing shoes
When, the body will not produce contact with mask 11, so that the setting of mask 11 will not produce influence to the sensation of dress substantially.
In order to adapt to the pursuit that people are personalized, the mask 11 can be arranged to removably, specially：The mask
11 edges have a connector, and the folding that the connector includes bending inwards hooks 111, in the actual process of shoes, can be with
Set on sole 2 and hook 111 fixing devices matched with the folding, such as groove hooks the cooperation of 111 and groove by rolling over,
The fixation of the mask 11 is completed, when needed, the groove can release matching relationship each other with folding hook 111, from
And remove the mask 11.Setting that what the connector also included being used for be connected with shoe body paste in piece, the shoe body with it is described
The sticking device that piece is engaged is pasted, the edge of the mask 11 is coated, so as to realize the fixation of the mask 11.Tool
Body, the piece of pasting is VELCRO.Set by such, the mask 11 can realize dismountable setting, user
It can select to change different masks 11, the personalized demand of people is met with this.
The body includes elastic layer 14, velveteen layer 15 and the flexible fiber layer 17 being sequentially overlapped, the elastic layer
Distance is 5-10mm between 14 and flexible fiber layer 17, is connected between the elastic layer 14 and flexible fiber layer 17 by support member
Connect, some passages are all provided with the elastic layer 14 and flexible fiber layer 17.The key of human body warm is in skin surface shape
Into one layer of heat preservation layer, velveteen fluffy degree is good, is good heat insulating material, when being covered in skin surface, can form a temperature
Warm heat-insulation layer, but it during prolonged use, its fluffy degree is easily lost, so as to lose warming effect, this hair
In bright, velveteen layer 15 is set between the elastic layer 14 and flexible fiber layer 17, the elastic layer 14 and flexible fiber layer 17
5-10mm relative distance is kept using the support member, pressure will not be produced to the velveteen layer 15, so as to allow velveteen
Layer 15 persistently produces heat insulation effect, using this structure formation vamp 1, vamp 1 can be allowed also to have very good heat insulation effect.
Meanwhile, the elastic layer 14 has good elasticity, and the flexible fiber layer 17 has flexibility, and such vamp 1 is when wearing
It is very comfortable；The ventilatory function is used to realize good air permeable effect, because the size of passage is smaller, does not show in figure
Go out.
The supporter includes some support chips 18 arranged in length and breadth, and the support chip 18 is vertical with the vamp 1.It is described
Support member can also be arranged to support bar of some length directions perpendicular to the vamp 1.As long as can realize to described herein
The supporting role of elastic layer 14 and flexible fiber layer 17.
Cellular paper honeycomb interlayer 16, and the paper honeycomb are additionally provided between the velveteen layer 15 and flexible fiber layer 17
Respectively filled with shaping phase-change material in each honeycomb structure of interlayer 16, also covering is provided with nonwoven layer on the elastic layer 14
13, there are in the nonwoven layer 13 some wind gathering mouths 131, the wind gathering mouth 131 in it is horn-like and be open less one end with
The elastic layer 14 is connected, and the nonwoven layer 13 is to be detachably connected with the elastic layer 14., should when shoe temperature is higher
Shaping phase-change material can heat-absorbing liquefaction, and when shoe temperature is relatively low, the shaping phase-change material then can curing exotherm, so as to play
The effect of temperature is adjusted, people is felt more comfortable when wearing shoes, while the design of paper honeycomb will can then shape
Phase-change material effectively separates, and prevents it from assembling；Because the wind gathering mouth 131 is in horn-like, its big opening towards the outside of shoes,
So as to produce relatively good wind gathering effect, so as to help to realize better air permeable effect.
The nonwoven layer 13 is connected with the elastic layer 14 by VELCRO.So can be by changeing the non-woven fabrics
Layer 13 realizes the regulation of the size of wind gathering mouth 131.
The sole 2 includes midsole 21 and big bottom 22, and the lower surface of said midsole 21 is provided with some along the length of midsole 21
Longitudinal raised line 211 of direction extension and some horizontal raised lines 212 extended along the width of midsole 21, longitudinal raised line 211
Cross-point between horizontal raised line 212 is provided with hemisphere jut 213, and the upper surface at the big bottom 22 corresponds to each of midsole 21
The position of hemisphere jut 213 is provided with vibration-damped table 221, and the upper end of the vibration-damped table 221 is provided with spherical utensil receiving opening 2211, the ball
Shape projection 213, which is corresponded, to be fixed in the spherical utensil receiving opening 2211, and the inside of vibration-damped table 221 has a cavity volume 2212,
It is provided with shock structure 2213 in the cavity volume 2212, the shock structure 2213 is axially directed to the Spherical chamber 2212, described to subtract
Shake to be distributed along its axially spaced-apart on the lateral wall of post 2213 and be convexly equipped with some first annular 22131, the cavity wall of cavity volume 2212
On be spaced apart and be convexly equipped with some second annular tables 22121, each second annular table 22121 is located at the adjacent of shock structure 2213
Two first annular 22131 between, between described first annular 22131 and the second annular table 22121 provided with 1-2mm away from
From the lower surface at the big bottom 22 is provided with Non-slip material.In use, the pin of people is stepped down in a kind of damping and slide-prevention sole 2
In said midsole 21, strength is sent to the hemisphere jut 213 by midsole 21, and spherical structure has force dispersion uniformly special
Point, it is compressed downwardly after power can be sent to the vibration-damped table 221, the stress of vibration-damped table 221, and described some first
The distance between annular table 22131 becomes closer to, when being compressed to a certain degree, first annular 22131 Hes
Second annular table 22121 is in contact, now, and second annular table 22121 gives described first annular 22,131 1 upwards
Support force, i.e., to described 221 1 upward support forces of vibration-damped table, provide enough in this way, it is possible to give people to walk forward
Power, so can effectively take into account the damping performance and support performance of sole 2；Because vibration-damped table 221 is arranged to stage body, it is stable
Property is very good.
The Non-slip material includes the first on-slip projection 222 and the second on-slip projection 23, the first on-slip projection 222 and the
Two on-slip projections 23 all have ground engaging end, and the first on-slip projection 222 is in star, and the first on-slip projection 222 contacts to earth
End is divided into the first tread surface 2222 and the second tread surface 223 by cut-off rule 2221, and first tread surface 2222 is apart from big bottom
The height of 22 lower surfaces is more than second tread surface 223 apart from the height of the big lower surface of bottom 22, several described first on-slip
Width arrangement form projection row of the projection 222 along big bottom 22, arrange to be formed in one group, same group two convex per adjacent two projection
Second contact surface of the first on-slip projection 222 of block row is adjacent, and the second on-slip projection 23 has high resiliency, and described second stops
The ground engaging end of sliding projection 23 has depression.The first on-slip projection 222 is in star, due to multiple angles, with multiple summits,
And the length direction of multiple summits is respectively directed to different directions, so, sole 2 from multiple directions slide when, described first stops
Sliding projection 222 still can provide the preferable anti-slip effect that compares；Meanwhile, the first on-slip projection 222 is by the cut-off rule
2221 are divided into the first tread surface 2222 and the second tread surface 223, the height of the tread surface 223 of the first tread surface 2222 and second
Degree, so, when pin is stepped down, ground is contacted first is first tread surface 2222, when the first tread surface
2222 are absorbed in ground, and first tread surface 2222 is contacted again, and the design being so layered further improves first on-slip
The non-skid property of projection 222；Further, the second contact surface of the first on-slip projection 222 that two projections are arranged is adjacent in described same group,
Because second tread surface 223 is relatively low relative to the height of the first on-slip projection 222, so, two at same group are convex
Drainage space is formd between block row；Finally, the second on-slip projection 23 has high resiliency, using the teaching of the invention it is possible to provide certain elasticity branch
Support, has relatively good comfort when people's pin is stepped down, so depression carries for the deformation of the second on-slip projection 23
Space has been supplied, the non-skid property of sole 2 can be also lifted.
Width of the length direction of the cut-off rule 2221 along the big bottom 22, after so setting, is formed
The drainage direction of drainage space helps quickly to discharge water i.e. towards the both sides of sole 2.
People is during walking, and often stress compares concentration for forefoot and heel, so needing to provide enough branch
Support, and contact at arch of foot comparatively with ground is fewer, it is necessary to certain resilient support, so there is following setting:
The first on-slip projection 222 is distributed in half sole, heel and the arch area of the lower surface of big bottom 22, and be distributed in half sole and
Followed by the density at place is big at arch of foot compared to being distributed in, the second on-slip projection 23 is distributed in the arch of foot of the big lower surface of bottom 22
Place.
Some 3rd on-slip projections 224, the 3rd on-slip projection 224 are also distributed with the periphery of the lower surface of big bottom 22
It is different, rhone 225 is formed between adjacent two the 3rd on-slip projection 224.The 3rd on-slip projection 224 is sole
2 side provides anti-skidding effect, further improves the non-skid property of sole 2, the rhone 225 and the drainage space phase
Logical, when pin is stepped on, water flows through the drainage space and rhone 225 successively, is then discharged out.
The upper surface of said midsole 21 provided with the axial clearance 12 corresponding with longitudinal position distribution of raised line 211 and
The lateral clearance 12 corresponding with the position distribution of the horizontal raised line 212.
Above-described embodiment and schema and non-limiting product form of the invention and style, any art it is common
Appropriate change or modification that technical staff is done to it, all should be regarded as not departing from the patent category of the present invention.
Claims (10)
1. it is a kind of with being unlikely to deform and warming multifunctional shoe, include the vamp and sole of interconnection, it is characterised in that：Institute
State vamp and be placed on mask on the body including body and cover, the mask uses hard material, the mask with it is described
There is gap, the mask is provided with some air-vents, and the mask rim has the connector being connected with sole between body；
The body includes elastic layer, velveteen layer and the flexible fiber layer being sequentially overlapped, the elastic layer and flexible fiber
Distance is 5-10mm between layer, is connected between the elastic layer and flexible fiber layer by support member, the elastic layer and flexibility
Some passages are all provided with fibrous layer.
2. according to claim 1 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：The connector
Hooked including inside folding, the sole is provided with hooks the groove matched with the folding.
3. according to claim 1 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：The supporter
Including some support chips arranged in length and breadth, the support chip is vertical with the vamp.
4. according to claim 1 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：The velveteen layer
It is additionally provided between flexible fiber layer in cellular paper honeycomb interlayer, and each honeycomb structure of the paper honeycomb interlayer respectively
Filled with shaping phase-change material, also covering is provided with some wind gathering mouths in nonwoven layer, the nonwoven layer on the elastic layer,
The wind gathering mouth is connected in the horn-like and less one end that is open with the elastic layer, and the nonwoven layer is with the elastic layer
It is detachably connected.
5. according to claim 4 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：The non-woven fabrics
Layer is connected with the elastic layer by VELCRO.
6. a kind of with being unlikely to deform and warming multifunctional shoe according to any one of claim 1 to 5, its feature exists
In：The sole includes midsole and big bottom, and the lower surface of said midsole is provided with some longitudinal directions extended along midsole length direction
Set on raised line and some horizontal raised lines extended along midsole width, the cross-point between longitudinal raised line and horizontal raised line
There is hemisphere jut, the position that the upper surface at the big bottom corresponds to each hemisphere jut of midsole is provided with vibration-damped table, the damping
The upper end of platform is provided with spherical utensil receiving opening, and the hemisphere jut, which is corresponded, to be fixed in the spherical utensil receiving opening, the vibration-damped table
Inside has a cavity volume, be provided with shock structure in the cavity volume, and the shock structure is axially directed to the Spherical chamber, the damping
It is convexly equipped with to be spaced apart in some first annular, the cavity volume cavity wall along the distribution of its axially spaced-apart on the lateral wall of post and is convexly equipped with
Some second annular tables, each second annular table is located between first annular of adjacent two of shock structure, the big bottom
Lower surface is provided with Non-slip material；
The Non-slip material includes the first on-slip projection and the second on-slip projection, and the first on-slip projection and the second on-slip projection are all
With ground engaging end, the first on-slip projection is in star, and the ground engaging end of the first on-slip projection is divided into first by cut-off rule
Tread surface and the second tread surface, it is big that first tread surface is more than second tread surface distance apart from the height of big bottom surface
The height of bottom surface, width arrangement form projection row of several described first on-slip projections along big bottom, per adjacent two
The second contact surface that projection arranges the first on-slip projection of the two projections row to be formed in one group, same group is adjacent, second on-slip
Projection has a high resiliency, and the ground engaging end of the second on-slip projection has a depression, described first annular and the second annular table it
Between be provided with 1-2mm distance.
7. according to claim 6 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：The cut-off rule
Width of the length direction along the big bottom.
8. according to claim 6 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：Described first stops
Sliding projection is distributed in half sole, heel and the arch area of the big bottom surface, and be distributed in half sole and followed by place density phase
Big at arch of foot compared with being distributed in, the second on-slip projection is distributed at the arch of foot of big bottom surface.
9. according to claim 6 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：It is described big beneath
Some 3rd on-slip projections are also distributed with the periphery on surface, and the 3rd on-slip projection is different, and described adjacent two the 3rd stop
Rhone is formed between sliding projection.
10. according to claim 6 it is a kind of have be unlikely to deform and warming multifunctional shoe, it is characterised in that：Said midsole
Position point of the upper surface provided with the axial clearance corresponding with longitudinal raised line position distribution and with the horizontal raised line
The corresponding lateral clearance of cloth.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710538487.2A CN107114856A (en) | 2017-07-04 | 2017-07-04 | It is a kind of have be unlikely to deform and warming multifunctional shoe |
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| CN201710538487.2A CN107114856A (en) | 2017-07-04 | 2017-07-04 | It is a kind of have be unlikely to deform and warming multifunctional shoe |
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| CN107114856A true CN107114856A (en) | 2017-09-01 |
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| CN201710538487.2A Pending CN107114856A (en) | 2017-07-04 | 2017-07-04 | It is a kind of have be unlikely to deform and warming multifunctional shoe |
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