CN203435791U

CN203435791U - Anti-skidding shoe

Info

Publication number: CN203435791U
Application number: CN201320386891.XU
Authority: CN
Inventors: 秦孝兰
Original assignee: DONGGUAN LANHUI COMMODITY TECHNOLOGY Co Ltd
Current assignee: DONGGUAN LANHUI COMMODITY TECHNOLOGY Co Ltd
Priority date: 2013-06-18
Filing date: 2013-06-18
Publication date: 2014-02-19
Anticipated expiration: 2023-06-18

Abstract

The utility model discloses an anti-skidding shoe used for being worn by people. The anti-skidding shoe comprises a shoe sole and a vamp, wherein the vamp and the shoe sole are connected at the boundary position to form an open containing space, the opening is a welt, and a protruding layer is arranged in the inner lateral surface of the area, corresponding to the heel of the human foot. According to the anti-skidding shoe, the protruding layer is arranged in the inner lateral surface of a shoe heel or the vamp or the welt, is made of soft and elastic materials, can make smooth contact with the skin of the human body, can prevent friction between the foot and the shoe from injuring the skin of the foot, and prevents wearing discomfort caused by sliding between the foot and the shoe.

Description

Anti-skidding footwear

[technical field]

The utility model relates to a kind of shoes, particularly relates to a kind of anti-skidding footwear.

[background technology]

In life, we mostly had such experience: the high-heeled shoes that shoes meeting mill pin, the especially leather shoes of newly buying or schoolgirl wear, mill pin is serious especially.Why are shoes understood mill pin?

We did deep analysis to the principle of shoes mill pin, the basic reason of having found shoes mill pins is that existing shoes vamp material is generally cortex or plastic cement, too coarse, the really up to the mark or meeting in its surface and skin stick together, like this, contacting and rubbing smooth not between vamp and skin, repeatedly, after friction, will make skin damage wound.

In addition, vamp and the pin of existing shoes easily slide, and this dress brings a lot of uncomfortable impressions.

[utility model content]

For the shoes that overcome prior art due to vamp and skin contact or friction smooth not, cause skin subject to damage and foot and vamp easily to occur to slide and make to wear the technical problems such as uncomfortable, the anti-skidding footwear that the utility model provides a kind of vamp can smoothly contact with human body skin.

The technical scheme that the utility model solves prior art problem is: a kind of anti-skidding footwear are provided, for people, wearing, it comprises sole and vamp, vamp is connected and forms the containing space of an opening at boundary with sole, opening part is welt, and the medial surface in the region that the heel of people's pin is corresponding is provided with convexity layer.

Preferably, this convexity layer comprises a plurality of equally distributed columnar projections.

Preferably, this convexity layer comprises the first elevated regions and the second elevated regions, and the position of the corresponding human foot heel of the second elevated regions indent, on this first elevated regions and the second elevated regions, is provided with a plurality of projections.

Preferably, the columnar projections that this convexity layer is a plurality of elastically deformables.

Preferably, this columnar projections is cylindric, and its top is hemispherical.

Preferably, the height of the second elevated regions projection is greater than the height of the first elevated regions projection.

Preferably, vamp is further provided with warming layer and basalis, and basalis, warming layer and convexity layer are outwards set gradually by medial surface.

Preferably, the inner side of this vamp is provided with convexity layer, and this convexity layer is a plurality of equally distributed columnar projections.

Preferably, further comprise bandage, bandage in the form of a ring, is placed in sole rear end, is connected with sole, and the medial surface of bandage is provided with convexity layer.

Preferably, welt inner side is provided with convexity layer, and this convexity layer is a plurality of equally distributed columnar projections.

The anti-skidding footwear that the utility model provides arrange convexity layer at the medial surface of heel of a shoe, vamp or welt, convexity layer is that soft elastic material forms, can smoothly contact with human body skin, can prevent that pin and shoes friction from making the skin damage of pin, and prevent that pin and shoes from slip occurring and make to wear uncomfortable.

[accompanying drawing explanation]

Fig. 1 is the structural representation of a kind of anti-skidding footwear that provide of the utility model the first embodiment, comprises a vamp.

Fig. 2 is the vamp cross section structure schematic diagram of the anti-skidding footwear shown in Fig. 1.

Fig. 3 is the structural representation of a kind of anti-skidding footwear that provide of Fig. 1 the utility model the second embodiment.

Fig. 4 is the structural representation of a kind of anti-skidding footwear that provide of the utility model the 3rd embodiment, and it comprises a convexity layer.

Fig. 5 is the three-dimensional view after the convexity layer shown in Fig. 4 launches.

[specific embodiment]

In order to make the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with drawings and Examples, the utility model are further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.

Refer to Fig. 1, for a kind of anti-skidding footwear 10 that the utility model the first embodiment provides, for people, wearing, comprise vamp 101 and sole 103, vamp 101 is connected at boundary with sole 103, forms the containing space 105 of an opening, and it is corresponding with human foot shape that this contains space 105.

Sole 103 shapes are corresponding with the sole of human foot, are tabular.

Vamp 101 is the fabric that cortex or various dermatine material form, and it is corresponding with people's instep portion and heel portion, and vamp 101 arranges welt 1011 at the opening part that contains space 105, and welt 1011 puts in the containing space 105 of these anti-skidding footwear 10 for pin.

Refer to Fig. 2, the vamp cross section structure schematic diagram of the anti-skidding footwear 10 that provide for the utility model, this vamp is divided into vamp upper layer 1013 and convexity layer 1015 is two-layer, convexity layer 1015 is placed in vamp 101 medial surfaces, on it, be uniformly distributed a plurality of columnar projections 10151, this columnar projections 10151 is substantially cylindrical, and its top is the hemisphere bodily form, and it is that soft resilient material forms.

Because wear after shoes, with human hair combing waste looks to the region of friction frequency maximum, be the region of welt 1011 peripheries, especially the region corresponding with heel, this region is most possibly to damage pin, so convexity layer 1015 can also only be distributed in welt 1011 region around, or the region corresponding with heel.

The anti-skidding footwear 10 that the utility model provides can also have various deformation structure, if vamp 101 can be that a plurality of strips or block fabric and sole 103 are connected to form, the rear end of sole 103 can also arrange higher heel (not shown) as woman style high-heeled shoes.Vamp 101 can also further be provided with warming layer (not shown) and basalis (not shown), and basalis, warming layer, convexity layer 1015 are outwards set gradually by medial surface.

Refer to Fig. 3, a anti-skidding footwear 20 that provide for the utility model the second embodiment, it comprises vamp 201, bandage 207, sole 203 and heel 209, and vamp 201 and bandage 207 are connected to the upside of sole 203, and heel 209 is connected in the bottom of sole 203.

Sole 203 is divided into upper surface 2033, lower surface 2035, front end 2037 and rear end 2039, the corresponding people's pin in upper surface 2033, and towards upside, lower surface 2035 corresponding grounds, towards downside, the corresponding toe of front end 2037 and sole part, the corresponding heel part in rear end 2039.

Vamp 201 and bandage 207 are connected to the upper surface 2033 of sole 203, and are divided into the front and

back ends

2037,2039 of sole 203, corresponding with sole, heel respectively.Heel 209 is connected in the lower surface 2035 of sole 203, and is placed in the rear end 2039 of sole 203.

Vamp 201 contains with sole 203 front ends 2037 the containing space 205 that forms an opening mutually, and for holding toe and the sole part of people's pin, vamp 201 arranges welt 2011 at the opening part that contains space 205.Toe and sole can put in this containing space 205 from welt 2011.

Bandage 207 is divided into front bandage 2071 and rear bandage 2073, and front and

back bandage

2071,2073 surrounds mutually, and is connected by discount (not label), can be also to connect by other general connection mode, can be by these anti-skidding footwear 20 and people's heel position banding.Front bandage 2073 is the bandage monomer (not label) that comprises two banded structures that are arranged in parallel, and rear bandage 2071 only has a bandage monomer.

Vamp 201 and the bandage 207 of the anti-skidding footwear 20 that the utility model provides are double-decker, inner surface is all uniformly distributed a plurality of columnar projections (not label), this columnar projections (not label) is substantially cylindrical, and its top is the hemisphere bodily form, and it is that soft resilient material forms.

Also can this convexity layer be set a medial surface at welt 2011 and bandage 207.

The shoes that the utility model provides can also have various deformation structure, bandage 207 can be the structural design of various distortion, forward and backward

bandage

2071,2073 can be respectively wall scroll, two or many bandage monomers formations, and these many bandage monomers can be parallel or be staggered to form various design styles.Vamp 201 can be also the fabric by many strips or polylith bulk, or the combination of strip and block fabric and sole 203 are connected to form.

The shoes that possess this convexity layer structure can be various Men's Leather Shoes, woman style high-heeled shoes, sandals etc.

Refer to Fig. 4-Fig. 5, the utility model the 3rd embodiment provide a kind of anti-skidding footwear 30, comprises vamp 301 and sole 303, and vamp 301 is connected at boundary with sole 303, form the containing space 305 of an opening, it is corresponding with human foot shape that this contains space 305.

Sole 303 shapes are corresponding with the sole of human foot, are tabular.

Vamp 301 is the fabric that cortex or various dermatine material form, and it is corresponding with people's instep portion and heel portion, and vamp 301 arranges welt 3011 at the opening part that contains space 305, and welt 3011 puts in the containing space 305 of these anti-skidding footwear 30 for pin.

Vamp 301 is provided with convexity layer 3013 at the medial surface in the corresponding region of the heel with people's pin, and this convexity layer 3013 is placed in the heel position of vamp 301 inner sides, and its shape is corresponding with human foot heel, covers heel.It comprises that the first elevated regions 30131 and the second elevated regions 30132, the second elevated regions 30132 are placed in the first elevated regions, is banded, the position of its corresponding people's heel indent.On the first elevated regions 30131, be uniformly distributed a plurality of columnar projections (not label), this columnar projections is substantially cylindrical, and its top is the hemisphere bodily form, and it is that soft resilient material forms.On the second elevated regions 30132, be uniformly distributed a plurality of columnar projections (not label), this columnar projections is substantially cylindrical, its top is the hemisphere bodily form, and it is that soft resilient material forms, and its diameter and highly all slightly large than the columnar projections on the first elevated regions 30131.

The anti-skidding footwear 30 that the present embodiment provides can also have various deformation structure, and such as the second elevated regions 30132 can be the raised strip (not shown) of a whole piece, and the height of the second elevated regions 30132 projections is greater than the first elevated regions 30131.Such the first elevated regions 30131 and the second elevated regions 30132 are corresponding more accurate with human foot heel region, make dress more comfortable.

The

anti-skidding footwear

10,20,30 that the utility model provides arrange a

convexity layer

1015,3013 at the medial surface of vamp 101,201,301 or

welt

1011,2011,3011,

convexity layer

1015,3013 is that soft elastic material forms, can smoothly contact with human body skin, can prevent that pin and shoes friction from making the skin damage of pin, can also prevent from that pin and shoes from sliding excessively to dress, to bring discomfort.Convex top is hemispherical, contacts so more comfortable with human body.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all any modifications of doing within principle of the present utility model, are equal to and replace and within improvement etc. all should be included in protection domain of the present utility model.

Claims

1. anti-skidding footwear, are wearing for people, and it comprises sole and vamp, and vamp is connected and forms the containing space of an opening at boundary with sole, and opening part is welt, it is characterized in that: the medial surface in the region that the heel of people's pin is corresponding is provided with convexity layer.

2. anti-skidding footwear as claimed in claim 1, is characterized in that: this convexity layer comprises a plurality of equally distributed columnar projections.

3. anti-skidding footwear as claimed in claim 1, it is characterized in that: this convexity layer comprises the first elevated regions and the second elevated regions, and the position of the corresponding human foot heel of the second elevated regions indent, is provided with a plurality of projections on this first elevated regions and the second elevated regions.

4. anti-skidding footwear as claimed in claim 1, is characterized in that: the columnar projections that this convexity layer is a plurality of elastically deformables.

5. anti-skidding footwear as claimed in claim 4, is characterized in that: this columnar projections is cylindric, and its top is hemispherical.

6. anti-skidding footwear as claimed in claim 3, is characterized in that: the height of the second elevated regions projection is greater than the height of the first elevated regions projection.

7. anti-skidding footwear as claimed in claim 1, is characterized in that: vamp is further provided with warming layer and basalis, and basalis, warming layer and convexity layer are outwards set gradually by medial surface.

8. anti-skidding footwear as claimed in claim 1, is characterized in that: the inner side of this vamp is provided with convexity layer, and this convexity layer is a plurality of equally distributed columnar projections.

9. anti-skidding footwear as claimed in claim 1, is characterized in that: further comprise bandage, bandage in the form of a ring, is placed in sole rear end, is connected with sole, and the medial surface of bandage is provided with convexity layer.

10. anti-skidding footwear as claimed in claim 1, is characterized in that: welt inner side is provided with convexity layer, and this convexity layer is a plurality of equally distributed columnar projections.