CN207803591U - A kind of on-slip shoes - Google Patents

Abstract

The utility model belongs to technical field of living goods, more particularly to a kind of on-slip shoes, including shoe body, shoe body includes sole and the footwear body that is set on sole, sole includes foot palm part, arch of the foot portion and heel portion, the bottom surface of heel portion is provided with multiple to inclined first anti-slop serrations in ball of foot portion, several the first V-structure teeth being open to ball of foot portion are provided in the middle part of the first anti-slop serrations；The bottom surface of foot palm part and the bottom surface in arch of the foot portion are both provided with multiple to inclined second anti-slop serrations of heel parts, and are both provided with several the second V-structure teeth being open to ball of foot portion in the middle part of sole foot palm part and second anti-slop serrations in arch of the foot portion；The angle of corresponding stress surface and horizontal plane is 30 ° 90 ° when displacement in front of first anti-skidding teeth directional shoe body, and the angle of corresponding stress surface and horizontal plane is 30 ° 90 ° when the second anti-skidding teeth directional shoe body rear displacement；First anti-slop serrations and the second anti-slop serrations are V-structure.The utility model frictional force is good, and two-way anti-skidding, safety is more preferable.

Description

A kind of on-slip shoes

Technical field

The utility model belongs to technical field of living goods, and in particular to a kind of on-slip shoes.

Background technology

Common sole be mainly by be arranged sole convex-concave structure or in one direction inclined anti-slop serrations rise To anti-skidding effect, this shoes antiskid effect is not fine, can only generate anti-skidding effect in one direction, or for a long time Friction can cause convex-concave structure to be gradually smoothed, and when there is the above situation, existing sole does not have good antiskid effect.It is right Road surface after snowing, common convex-concave structure do not have anti-skidding effect；Meanwhile when mountain-climbing, due to slope pavement, commonly Sole frictional force it is inadequate, be easy skid；The above problem can all cause in the process of walking to make human body due to sole At security risk.

Utility model content

In order to solve the above problem of the existing technology, it is good that the utility model aim is to provide a kind of frictional force, double To anti-skidding, the better on-slip shoes of safety.

Technical solution used by the utility model is：A kind of on-slip shoes, including shoe body, the shoe body include sole and set The footwear body being placed on sole, the sole include respectively foot palm part corresponding with human foot, arch of the foot and heel, arch of the foot portion and Heel portion, the bottom surface of the heel portion are provided with multiple to inclined first anti-slop serrations in ball of foot portion, the middle part of the first anti-slop serrations It is provided with several the first V-structure teeth being open to ball of foot portion；The bottom surface of the foot palm part and the bottom surface in arch of the foot portion are all provided with It is equipped with multiple to inclined second anti-slop serrations of heel parts, is provided with to ball of foot portion and opens in the middle part of more than one second anti-slop serrations Second V-structure tooth of mouth；The angle of corresponding stress surface and horizontal plane when the first anti-skidding teeth directional shoe body front displacement It it is 30 ° -90 °, the angle of corresponding stress surface and horizontal plane is 30 ° -90 ° when the second anti-skidding teeth directional shoe body rear displacement；Institute It is V-structure to state the first anti-slop serrations and the second anti-slop serrations.

It may further be preferable that being additionally provided with label portion in the middle part of the bottom surface of the sole.

Label portion can be used for that brand message or shoes code information etc. is added, and fast and easy, which inquires, oneself to be liked and need Shoes, improve convenience, position is hidden and does not affect the appearance.

It is even furthermore preferable that stress surface corresponding when the first anti-skidding teeth directional shoe body rear displacement is the first arc Shape stress surface, stress surface corresponding when displacement is also the second arc stress surface in front of the second anti-skidding teeth directional shoe body.

First arc stress surface and the angle of the second arc stress surface and horizontal plane gradually change, in the process of walking, First arc stress surface and the second arc stress surface can give different degrees of stress surface size with the variation of human body sole, Radian when human body is walked is also reduced simultaneously changes the stress that may be generated with shoes.

It is even furthermore preferable that the sole is made of rubber material.

Artificial synthesized vulcanie may be used in rubber, is most comprehensive rubber in outsole rubber material, tough and tensile anti-skidding Again very wear-resisting, purposes is naturally also just very extensive.Multifunctional shoe and basketball shoes are to do outsole with such rubber mostly.

It is even furthermore preferable that stress surface and horizontal plane corresponding when displacement in front of the first anti-skidding teeth directional shoe body Angle be 30 ° -60 °, when the second anti-skidding teeth directional shoe body rear displacement the angle of corresponding stress surface and horizontal plane be 30 ° - 60°。

First anti-slop serrations and the second anti-slop serrations and horizontal plane are at a certain angle, on foot when stressing conditions can connect By certain variation, anti-skidding effect is played well while reducing stress.

The beneficial effects of the utility model are：

Be arranged to first anti-slop serrations accidentally can backward slip in human body, when heel stress, increase rubbing for heel Power is wiped, reduces the probability of skidding, the first V-structure tooth the length for reducing the first anti-slop serrations is set, it is also opposite to reduce The shoe body power suffered by the first anti-slop serrations entirety during the motion, plays the first anti-slop serrations certain protective effect, extends The service life of first anti-slop serrations.Be arranged to second anti-slop serrations accidentally can forward slip in human body, when ball of foot stress, The frictional force for increasing ball of foot, reduces the probability of skidding, the length for reducing the second anti-slop serrations is arranged to the second V-structure tooth, Also the opposite power for reducing shoe body during the motion suffered by the second anti-slop serrations entirety, plays the second anti-slop serrations certain Protective effect extends the service life of the second anti-slop serrations.First anti-slop serrations and the second anti-slop serrations are with the angle of horizontal plane 30 ° -90 °, it ensure that the first anti-slop serrations and the second anti-slop serrations can have good frictional force to shoe body between ground during exercise. The frictional force of the utility model sole is good, and two-way anti-skidding, safety is more preferable.

Description of the drawings

Fig. 1 is the upward view of the utility model；

Fig. 2 is the front view of the utility model.

In figure：1- soles；2- footwear bodies；The first anti-slop serrations of 3-；4- the first V-structure teeth；The second anti-slop serrations of 5-；The 2nd V of 6- Type structure tooth.

Specific implementation mode

Below in conjunction with the accompanying drawings and specific embodiment is further elaborated the utility model.

Embodiment

As depicted in figs. 1 and 2, a kind of on-slip shoes, including shoe body, the shoe body include sole 1 and are set on sole 1 Footwear body 2, the sole 1 include foot palm part corresponding with human foot, arch of the foot and heel, arch of the foot portion and heel portion respectively, institute State heel portion bottom surface be provided with it is multiple to inclined first anti-slop serrations 3 in ball of foot portion, if the middle part of the first anti-slop serrations 3 is provided with Dry the first V-structure tooth 4 being open to ball of foot portion；The bottom surface of the foot palm part and the bottom surface in arch of the foot portion are both provided with multiple To inclined second anti-slop serrations 5 of heel parts, the middle part of more than one second anti-slop serrations 4 is provided with the to be open to ball of foot portion Two V-structure teeth 6, the second V-structure tooth 6 can be arranged in foot palm part, either be arranged in arch of the foot portion or in foot palm part and foot Center portion stagger setting can reinforce the antiskid effect of the second V-structure tooth 6；First anti-slop serrations 3 are to when the displacement of shoe body front The angle of corresponding stress surface and horizontal plane is 30 ° -90 °, and the second anti-slop serrations 5 are to stress corresponding when the displacement of shoe body rear The angle of face and horizontal plane is 30 ° -90 °；First anti-slop serrations, 3 and second anti-slop serrations 5 are V-structure.Described first is anti- Slip teeth 3 is to the angle of corresponding stress surface and horizontal plane is 30 ° -90 ° when displacement in front of shoe body, preferably 30 ° -60 °, specifically It can be 30 °, 45 °, 60 °, 75 ° or 90 °, be not specifically limited herein, as embodiment, the first anti-slop serrations 3 in the present embodiment The angle of corresponding stress surface and horizontal plane is 45 ° when displacement in front of to shoe body, and the second anti-slop serrations 5 are to when the displacement of shoe body rear The angle of corresponding stress surface and horizontal plane is 30 ° -90 °, preferably 30 ° -60 °, is specifically as follows 30 °, 45 °, 60 °, 75 ° Or 90 °, it is not specifically limited herein, as embodiment, the second anti-slop serrations 5 are to corresponding when the displacement of shoe body rear in the present embodiment Stress surface and the angle of horizontal plane be 45 °.

Preferably, it is additionally provided with label portion in the middle part of the bottom surface of the sole 1, can be used for carving brand message or shoes code information Etc., fast and easy inquires the shoes oneself liked and needed, and improves convenience, position is hidden and does not affect the appearance.It is described First anti-slop serrations 3 are the first arc stress surface to stress surface corresponding when the displacement of shoe body rear, and the second anti-slop serrations 5 are to before shoe body Orientation stress surface corresponding when moving also is the second arc stress surface, the first arc stress surface and the second arc stress surface and level The angle in face gradually changes, and in the process of walking, the first arc stress surface and the second arc stress surface can be with human body soles Variation and give different degrees of stress surface size, while also reducing when human body is walked radian variation and may be produced with shoes Raw stress.

Specifically, the sole 1 is made of rubber material.Rubber material may be used artificial synthesized vulcanie, add Carbon rubber or abrasive rubber etc..

The setting of first anti-slop serrations, 3 ground accidentally can backward slip in human body, when heel stress, increase rubbing for heel Power is wiped, the probability of skidding is reduced, the length for reducing the first anti-slop serrations 3, also opposite reduction is arranged in 4 ground of the first V-structure tooth First anti-slop serrations 3 are played certain protective effect by the shoe body power suffered by 3 entirety of the first anti-slop serrations during the motion, Extend the service life of the first anti-slop serrations 3.The setting of second anti-slop serrations, 5 ground accidentally can forward slip in human body, ball of foot When stress, the frictional force of ball of foot is increased, reduces the probability of skidding, the setting of 6 ground of the second V-structure tooth reduces the second anti-slop serrations 5 length, also the opposite power for reducing shoe body during the motion suffered by 5 entirety of the second anti-slop serrations, plays the second anti-slop serrations 5 Certain protective effect has been arrived, the service life of the second anti-slop serrations 5 is extended.First anti-slop serrations 3 and the second anti-slop serrations 5 are and water The angle of plane is 30 ° -90 °, and ensure that shoe body, the first anti-slop serrations 3 and the second anti-slop serrations 5 can be between ground during exercise There is good frictional force.The frictional force of the utility model sole 1 is good, and two-way anti-skidding, safety is more preferable；The first of V-structure is anti- Slip teeth and the second anti-slop serrations can improve frictional force, the maximized antiskid effect for playing the first anti-slop serrations and the second anti-slop serrations.

The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model Other various forms of products, however, making any variation in its shape or structure, every the utility model right that falls into is wanted The technical solution in confining spectrum is sought, is all fallen within the scope of protection of the utility model.

Claims (5)

1. a kind of on-slip shoes, including shoe body, it is characterised in that：The shoe body includes sole and the footwear body that is set on sole, institute It states sole and includes foot palm part corresponding with human foot, arch of the foot and heel, arch of the foot portion and heel portion respectively, the heel portion Bottom surface is provided with multiple to inclined first anti-slop serrations in ball of foot portion, several are provided with to ball of foot in the middle part of the first anti-slop serrations First V-structure tooth of portion's opening；The bottom surface of the foot palm part and the bottom surface in arch of the foot portion are both provided with multiple inclines to heel parts The second oblique anti-slop serrations, more than one second anti-slop serrations middle part are provided with the second V-structure tooth being open to ball of foot portion；Institute The angle of corresponding stress surface and horizontal plane is 30 ° -90 ° when stating displacement in front of the first anti-skidding teeth directional shoe body, the second anti-slop serrations Angle to corresponding stress surface and horizontal plane when the displacement of shoe body rear is 30 ° -90 °；First anti-slop serrations and second are prevented Slip teeth is V-structure.

2. a kind of on-slip shoes according to claim 1, it is characterised in that：It is additionally provided with label in the middle part of the bottom surface of the sole Portion.

3. a kind of on-slip shoes according to claim 1, it is characterised in that：When the first anti-skidding teeth directional shoe body rear displacement Corresponding stress surface is the first arc stress surface, and stress surface corresponding when displacement is also the in front of the second anti-skidding teeth directional shoe body Two arc stress surfaces.

4. a kind of on-slip shoes according to claim 1, it is characterised in that：The sole is made of rubber material.

5. a kind of on-slip shoes according to claim 1, it is characterised in that：In front of the first anti-skidding teeth directional shoe body when displacement The angle of corresponding stress surface and horizontal plane is 30 ° -60 °, when the second anti-skidding teeth directional shoe body rear displacement corresponding stress The angle of face and horizontal plane is 30 ° -60 °.