CN205162081U

CN205162081U - Anti -skidding shoe

Info

Publication number: CN205162081U
Application number: CN201520981271.XU
Authority: CN
Inventors: 瞿成圣
Original assignee: Red Straw Hat Shoes Industry Co Ltd In Zhejiang
Current assignee: Red Straw Hat Shoes Industry Co Ltd In Zhejiang
Priority date: 2015-12-01
Filing date: 2015-12-01
Publication date: 2016-04-20
Anticipated expiration: 2025-12-01

Abstract

The utility model discloses an anti -skidding shoe, its technical scheme main points include sole, upper of a shoe, the sole includes outer sole and inlayer sole, the sole portion of inlayer sole and the anti -skid stud that heel region was equipped with a plurality of evenly distributed, outer sole is equipped with the pore that supplies the anti -skid stud to pass through, the partial pore of extending of anti -skid stud, be equipped with the elastic mechanism of taking the reset function between outer sole and the inlayer sole, extrude the elastic mechanism when inlayer sole is stepped on to the foot downwards and make the anti -skid stud continuation outwardly directed. The utility model provides a non -skid property is good, and laborsaving anti -skidding shoe just walks.

Description

On-slip shoes

Technical field

The utility model relates to a kind of shoes, and more particularly it relates to a kind of on-slip shoes.

Background technology

Existing on-slip shoes, its main anti-skidding effect is all embodied on sole, which is very common, as climb up footwear, sport footwear etc. and all anti-slip veins can be set on sole, what effect was more outstanding is spikes, such on-slip shoes is provided with anti-skid stud at sole, and grabbing of anti-skid stud is qualitative stronger, is more suitable for and climbs up use.

In prior art application number be 201110195484.6 Chinese patent document disclose a kind of Non-skid shoes, be made up of fastener tape of wearing fixing on sole and sole, it is characterized in that: sole is by sole root, sole center and sole forepart composition, sole root and sole center are articulated and connected by rear chain connection axle, sole center and sole forepart are articulated and connected by front chain connection axle, multiple pointed anti-skidding steel nail is respectively fixed with at the sole of sole root and sole forepart, multiple anti-skidding steel nail is at the sole scattering device of sole root and sole forepart, the top of wearing fastener tape and sole root and sole forepart is connected and fixed, anti-skidding steel nail is mamillary, the centerbody top of anti-skidding steel nail is the nail tip shape of steel nail.

The anti-skidding steel nail of the on-slip shoes with steel nail in prior art and above-mentioned shoes is similar, all be directly fixed on sole, although walk more for convenience in snowfield, although have anti-skidding effect in mud ground, be not easy to walking, mainly be that mud ground is different from snowfield, the frictional force of snow is less, and mud ground is comparatively large, walks in mud ground, steel nail just needs to extract from mud ground once be absorbed in mud ground steel nail in the process of lifting leg, therefore can be relatively painstaking.Therefore a kind of on-slip shoes being more suitable for walking in mud ground is researched and developed very necessary.

Utility model content

For the deficiency that prior art exists, the purpose of this utility model is to provide a kind of on-slip shoes, more conveniently walks in mud ground, more laborsaving, and good antiskid effect.

For achieving the above object, the utility model provides following technical scheme: a kind of on-slip shoes, comprise sole, upper of a shoe, described sole comprises outer shoe and internal layer sole, the foot palm part of described internal layer sole and heel portion are provided with some equally distributed anti-skid studs, described outer shoe is provided with the duct passed through for anti-skid stud, anti-skid stud part extends duct, be provided with the elastic mechanism being with reset function between described outer shoe and internal layer sole, extrude elastic mechanism when pin steps on internal layer sole downwards and impel anti-skid stud continuation protruding.

Described elastic mechanism is foam-rubber cushion or described elastic mechanism is spring, and anti-skid stud is located at by described spring housing, and two ends are connected to internal layer sole and outer shoe.

By adopting technique scheme, anti-skid stud is directly placed in the on-slip shoes of sole compared to existing technology, its effect is, anti-skid stud is for being arranged at internal layer sole and passing from outer shoe, the elastic mechanism being with reset function is provided with between internal layer sole and outer shoe, this anti-skid stud is protruding for continuing under squeezed state, otherwise then resets.Well-known, in the walking process of human body, when landing, sole first lands; Time liftoff, heel is first liftoff, when wearing on-slip shoes described in the utility model, when landing, the foot palm part of sole to internal layer sole is exerted pressure, the anti-skid stud of foot palm part is impelled to continue protruding, promptly ground, then heelstrike and exert pressure to the heel portion of internal layer sole, impels the anti-skid stud of heel portion to stretch out promptly ground, just artificial control can be applied to the pressure of internal layer sole thus the extension elongation of control anti-skid stud by which, and then reach the effect controlling anti-skidding power.When comparatively wet and slippery ground running, can add the dynamics that big foot is stepped on, thus reach better non-skid property, when normal road surface walking, can adopt the state walking comparatively loosened, the cleat length that conventional sense downward-extension goes out duct can reach anti-skidding object.And in the process of lifting leg, heel prepares liftoff, be in relaxation state, the reset response that anti-skid stud can be subject to elastic mechanism helps to retract, when sole is liftoff also in like manner, therefore without at substantial manpower, anti-skid stud is extracted out, though mud ground walking compare conventional belt nail on-slip shoes also more laborsaving.

The utility model is set to further: the end of described anti-skid stud is coniform, and its conical surface is provided with some anti-skidding bulge loops, and anti-skidding bulge loop and anti-skid stud are coaxially arranged.

By adopting technique scheme, the end of anti-skid stud is coniform, and its tip facilitates anti-skid stud to insert in earth, and its surface is provided with some anti-skidding bulge loops, and this anti-skidding bulge loop can improve the contact area on anti-skid stud and ground, increases anti-skidding effect.

In sum, it is good that the utility model provides a kind of non-skid property, more labour-saving on-slip shoes of walking.

Accompanying drawing explanation

The outside schematic diagram that Fig. 1 is on-slip shoes described in the present embodiment;

Fig. 2 is the schematic internal view of on-slip shoes described in the present embodiment;

Fig. 3 is the part A enlarged drawing of Fig. 2.

Description of reference numerals: 1, upper of a shoe; 2, outer shoe; 3, internal layer sole; 4, anti-skid stud; 5, spring; 41, anti-skidding bulge loop.

Detailed description of the invention

Referring to figs. 1 through Fig. 3, the utility model embodiment is described further.

On-slip shoes described in the present embodiment, as shown in Figure 2, comprise sole, upper of a shoe 1, described sole comprises outer shoe 2 and internal layer sole 3, the foot palm part of described internal layer sole 3 and heel portion are provided with some equally distributed anti-skid studs 4, described outer shoe 2 is provided with the duct passed through for anti-skid stud 4, anti-skid stud 4 part extends duct, be provided with the elastic mechanism being with reset function between described outer shoe 2 and internal layer sole 3, extruding elastic mechanism when pin steps on internal layer sole 3 downwards, to impel anti-skid stud 4 to continue protruding.

Optimize, described elastic mechanism is foam-rubber cushion or spring 5, if foam-rubber cushion, can select high recovery sponge, and can directly be adhered between internal layer sole 3 and outer shoe 2; If spring 5, preferably spring 5 is sheathed on anti-skid stud 4, and the two ends of spring 5 is connected to internal layer sole 3 and outer shoe 2, misplace to prevent spring 5.It should be noted that; above two kinds of modes are preferred version of the present utility model; in fact elastic mechanism is not limited to above-mentioned two kinds of selections, and the simple deformation that those skilled in the art draw without the need to creative work on the basis of such scheme or equivalent also should fall into protection domain of the present utility model.

Anti-skid stud 4 is directly placed in the on-slip shoes of sole compared to existing technology, its effect is, anti-skid stud 4 is for being arranged at internal layer sole 3 and passing from outer shoe 2, the elastic mechanism being with reset function is provided with between internal layer sole 3 and outer shoe 2, this anti-skid stud 4 is protruding for continuing under squeezed state, otherwise then resets.Well-known, in the walking process of human body, when landing, sole first lands; Time liftoff, heel is first liftoff, when wearing on-slip shoes described in the utility model, when landing, the foot palm part of sole to internal layer sole 3 is exerted pressure, the anti-skid stud 4 of foot palm part is impelled to continue protruding, promptly ground, then heelstrike and exert pressure to the heel portion of internal layer sole 3, impels the anti-skid stud 4 of heel portion to stretch out promptly ground, just artificial control can be applied to the pressure of internal layer sole 3 thus the extension elongation of control anti-skid stud 4 by which, and then reach the effect controlling anti-skidding power.When comparatively wet and slippery ground running, can add the dynamics that big foot is stepped on, thus reach better non-skid property, when normal road surface walking, can adopt the state walking comparatively loosened, anti-skid stud 4 length that conventional sense downward-extension goes out duct can reach anti-skidding object.And in the process of lifting leg, heel prepares liftoff, be in relaxation state, the reset response that anti-skid stud 4 can be subject to elastic mechanism helps to retract, when sole is liftoff also in like manner, therefore without at substantial manpower, anti-skid stud 4 is extracted out, though mud ground walking compare conventional belt nail on-slip shoes also more laborsaving.

Further optimization, as shown in Figure 3, the end of described anti-skid stud 4 is coniform, and its conical surface is provided with some anti-skidding bulge loops 41, and anti-skidding bulge loop 41 is coaxially arranged with anti-skid stud 4.The end of anti-skid stud 4 is coniform, and its tip facilitates anti-skid stud 4 to insert in earth, and its surface is provided with some anti-skidding bulge loops 41, and this anti-skidding bulge loop 41 can improve anti-skid stud 4 and the contact area on ground, increases anti-skidding effect.

The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, all within design concept of the present utility model, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims

1. an on-slip shoes, comprise sole, upper of a shoe (1), it is characterized in that: described sole comprises outer shoe (2) and internal layer sole (3), the foot palm part of described internal layer sole (3) and heel portion are provided with some equally distributed anti-skid studs (4), described outer shoe (2) is provided with the duct passed through for anti-skid stud (4), anti-skid stud (4) part extends duct, the elastic mechanism being with reset function is provided with between described outer shoe (2) and internal layer sole (3), pin extrudes elastic mechanism downwards and impels anti-skid stud (4) to continue protruding when stepping on internal layer sole (3).

2. on-slip shoes according to claim 1, is characterized in that: described elastic mechanism is foam-rubber cushion.

3. on-slip shoes according to claim 1, is characterized in that: described elastic mechanism is spring (5), and described spring (5) is sheathed on anti-skid stud (4), and two ends are connected to internal layer sole (3) and outer shoe (2).

4. the on-slip shoes according to claim 1 or 2 or 3, is characterized in that: the end of described anti-skid stud (4) is coniform, and its conical surface is provided with some anti-skidding bulge loops (41), and anti-skidding bulge loop (41) and anti-skid stud (4) are coaxially arranged.