CN204812361U

CN204812361U - Novel anti -skidding sole

Info

Publication number: CN204812361U
Application number: CN201520600431.1U
Authority: CN
Inventors: 陈巧莹
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-11
Filing date: 2015-08-11
Publication date: 2015-12-02
Anticipated expiration: 2025-08-11

Abstract

The utility model relates to a sole provides a simple structure, improves the adhesive force between sole and the ground, improves the novel anti -skidding sole of non -skid property, including the sole body, it is protruding to be equipped with the U type on the lower surface of sole body, and the U type protruding length direction along the sole body arrange in proper order, the U type that link up its both ends that is equipped with in the U type arch leads to the groove, and the protruding surface of U type is seted up and is communicate the U type notch that leads to the groove to the U type, and U type notch makes the U type lead to half groove on the left side and half right groove that the groove divided two symmetric distributions into, is equipped with respectively left left turn -up and right turn -up that half groove and half right inslot are drawn into on the U type notch, and attached respectively on the left turn -up side relative with right turn -up have left silica gel piece and a right silica gel piece, right side silica gel piece is the S type, a curve portion and the laminating of right turn -up of right silica gel piece, and another curve portion is to the outside extension of U type notch and towards ground, left side silica gel piece is symmetrical structure with right silica gel piece and sets up, and left silica gel piece is eight characters form with the cross sectional shape of right silica gel piece.

Description

A kind of Novel anti-slip sole

Technical field

The utility model relates to a kind of sole, particularly a kind of Novel anti-slip sole.

Background technology

Nowadays, be no longer the aesthetics only considering shoes time people buy shoes, also consider emphatically the security of shoes, especially non-skid property is particularly important simultaneously.Catering industry staff walk for a long time inside and outside kitchen, ground in kitchen usually remains many water wet goods liquid mediums, when having the liquid mediums such as water when ground, usual meeting forms a liquid medium film between sole and ground, this liquid medium film reduces the frictional force between sole and ground, can say that frictional force is almost nil, now, people is easy to slip and meets accident, potential safety hazard is large, therefore, in order to solve aforesaid problem, prior art by arranging ridge design to increase the roughness of sole on sole, strengthen the frictional force on sole and ground, to play skidproof effect, especially the groove structure between ridge design is utilized to make ground liquid medium have circulation path between sole and ground, liquid medium is by the circulation of groove, can avoid it between sole and ground, form smooth liquid medium film, skidproof effect can be played, but, the maximization of the effective contact area taken into account between sole and ground is also needed in groove structure design process, to ensure the rubbing action between sole and ground, contact area is caused to reduce if groove structure designs wide conference, therefore, groove structure narrow space of the prior art, liquid not easily circulates excretion, be stranded in liquid in groove structure also can counter-infiltration between sole and ground, reduce the rubbing action between sole and ground, cause skidding, skidproof effect is low, practicality is low.

Utility model content

Therefore, for above-mentioned problem, the utility model proposes a kind of structure simple, improve the adhesive force between sole and ground, improve the Novel anti-slip sole of non-skid property.

For realizing above-mentioned technical problem, the solution that the utility model is taked is: a kind of Novel anti-slip sole, comprise sole body, the lower surface of described sole body is provided with multiple U-shaped projection extended along its width, and each described U-shaped projection is evenly arranged successively along the length direction of sole body; The U-shaped groove at its two ends through is offered in described U-shaped projection, the surface of described U-shaped projection also offers the U-type groove mouth being communicated to U-shaped groove, described U-type groove mouth makes U-shaped groove be divided into a two symmetrical left side half grooves and right half groove, described U-type groove mouth is provided with respectively the left crimping and right crimping that are involved in half groove and right half groove left, and the side that described left crimping is relative with right crimping is pasted with left silica gel piece and right silica gel piece respectively; The S-type structure of described right silica gel piece, a curve part of described right silica gel piece and right crimping are fitted, and another curve part is to the extension of U-type groove mouth outside and towards ground; Described left silica gel piece and right silica gel piece symmetrically vibrational power flow, the cross sectional shape of described left silica gel piece and right silica gel piece is Eight characters shape.

Further: the bore of described notch is 0.2-0.5mm.

By adopting preceding solution, the beneficial effects of the utility model are: the Novel anti-slip sole of design as mentioned above, when sole is trampled in described Novel anti-slip sole, U-shaped projection is under pressure, because described U-type groove mouth is provided with respectively the left crimping and right crimping be involved in half groove and right half groove left, then the cell wall of left half groove and right half groove all can shrink deformation under the guide effect of the trend that is involved in of crimping in groove, namely in pressurized deformation process, U-type groove mouth can inside collective closures, be located at the gap-closing between the left and right silica gel piece on the crimping of left and right, the left and right silica gel piece symmetrical in Eight characters shape together constitutes a silicon rubber suction cup structure, silicon rubber suction cup structure has strong adsorption effect in slippery surface, effectively can promote the suction-operated on sole body and wet and slippery ground, non-skid property is good, and when ground liquids is too much, liquid unnecessary between silicon rubber suction cup and ground can penetrate in U-shaped groove by closed notch gap, according to the contour principle of U-shaped two pipe liquid level, liquid can be discharged to U-shaped groove both sides rapid diffusion, further lifting skidproof effect, and sole to lift make sole body depart from wet and slippery ground time, the power of mentioning implemented due to sole is the force feature of being passed to foot palm part by rear heel, and U-type groove mouth has made U-shaped groove be divided into a two symmetrical left side half grooves and right half groove, namely left and right half groove is separated from each other, left and right silica gel piece is separated from each other independence, then the left and right silica gel piece priority stressed time is different in this process, cause unbalance stress, the sealing between silicon rubber suction cup and slippery surface can be destroyed, silicon rubber suction cup can depart from slippery surface easily, namely sole body can with ground delamination, be convenient to walking, easy to use, and when walking on dry-type floor, due in the process of trampling, notch can close, so can effectively avoid foreign material to enter in U-shaped groove, this structural design simultaneously on sole body lower surface, greatly improve the roughness of sole body lower surface, effectively can promote the frictional force between sole body lower surface and ground, non-skid property is high.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model embodiment.

Fig. 2 is the structure sectional view of the utility model embodiment.

Detailed description of the invention

Now with specific embodiment, the utility model is further illustrated by reference to the accompanying drawings.

With reference to figure 1, the utility model embodiment discloses, and a kind of Novel anti-slip sole, comprises sole body 1, the lower surface of described sole body 1 be provided with multiple extend along its width U-shaped protruding 11, each described U-shaped protruding 11 evenly arrange successively along the length direction of sole body; The U-shaped groove 12 at its two ends through is offered in described U-shaped protruding 11, the described U-shaped surface of protruding 11 also offers the U-type groove mouth 13 being communicated to U-shaped groove 12, described U-type groove mouth 13 makes U-shaped groove 12 be divided into a two symmetrical left side half grooves and right half groove, described U-type groove mouth 13 is provided with respectively the left crimping 14 and right crimping 15 that are involved in half groove and right half groove left, and the side that described left crimping 14 is relative with right crimping 15 is pasted with left silica gel piece 16 and right silica gel piece 17 respectively; The S-type structure of described right silica gel piece 17, a curve part and the right crimping 15 of described right silica gel piece 17 are fitted, and another curve part is to the extension of U-type groove mouth outside and towards ground; Described left silica gel piece 16 and right silica gel piece 17 symmetrically vibrational power flow, described left silica gel piece 16 is Eight characters shape with the cross sectional shape of right silica gel piece 17.

Anti-skidding contrast test is carried out at the bottom of described Novel anti-slip sole and city shoe, on-slip method of testing A tests according to ISO13287:2012, on-slip method of testing B tests according to TM144:2011, and on-slip method of testing C tests according to ASTMF1677:2005, and test result is as shown in table 1:

Table , anti-skidding test data table

The Novel anti-slip sole designed in sum, structure is simple, effectively raises the adhesive force between sole and ground, and improve the non-skid property of sole, practicality is high.

Above, be only the embodiment utilizing this origination techniques content, the modification that any those skilled in the art use this creation to do, change, all belong to the scope of the claims that this creation is advocated, and be not limited to those disclosed embodiments.

Claims

1. a Novel anti-slip sole, comprises sole body, it is characterized in that: the lower surface of described sole body is provided with multiple U-shaped projection extended along its width, and each described U-shaped projection is evenly arranged successively along the length direction of sole body; The U-shaped groove at its two ends through is offered in described U-shaped projection, the surface of described U-shaped projection also offers the U-type groove mouth being communicated to U-shaped groove, described U-type groove mouth makes U-shaped groove be divided into a two symmetrical left side half grooves and right half groove, described U-type groove mouth is provided with respectively the left crimping and right crimping that are involved in half groove and right half groove left, and the side that described left crimping is relative with right crimping is pasted with left silica gel piece and right silica gel piece respectively; The S-type structure of described right silica gel piece, a curve part of described right silica gel piece and right crimping are fitted, and another curve part is to the extension of U-type groove mouth outside and towards ground; Described left silica gel piece and right silica gel piece symmetrically vibrational power flow, the cross sectional shape of described left silica gel piece and right silica gel piece is Eight characters shape.

2. Novel anti-slip sole according to claim 1, is characterized in that: the bore of described notch is 0.2-0.5mm.