CN220109241U

CN220109241U - Portable sports slipper

Info

Publication number: CN220109241U
Application number: CN202223231694.9U
Authority: CN
Inventors: 张锐; 李友伟; 方万能; 张佳明
Original assignee: Zhongqiao Sports Co ltd
Current assignee: Zhongqiao Sports Co ltd
Priority date: 2022-12-02
Filing date: 2022-12-02
Publication date: 2023-12-01
Anticipated expiration: 2032-12-02

Abstract

The utility model discloses a portable sports slipper, which comprises an anti-slip bottom surface and an anti-slip top surface opposite to the anti-slip bottom surface; a plurality of irregularly-shaped long-strip-shaped grooves are distributed on the antiskid bottom surface for touching the ground, the grooves distributed in the heel area extend along the length direction of the sole, and the grooves distributed in the area formed by connecting the center line of the inner side edge and the outer side edge of the front sole to the arch of the foot extend along the width direction of the sole; the surface matrix of the anti-slip top surface is provided with a plurality of third grooves in a circular shape, and the depth of the third grooves gradually decreases when the depth value of the third grooves extends from the circle center to the circumference. The utility model can reduce the contact area between the sole and the surface of the anti-slip top surface, thereby being convenient for putting on and taking off, and simultaneously, the spherical surface between the toe and the heel can be smoothly contacted with the ground, thereby improving the comfort and convenience of wearing the slippers.

Description

Portable sports slipper

Technical Field

The utility model relates to the technical field of sports shoes, in particular to a portable sports slipper.

Background

The slippers are one kind of footwear, the heels are all empty, the front sole is only provided with a toe cap, the sole is mostly flat, and the materials are usually particularly light and soft leather, plastics, cloth and the like. The types of slippers are different according to wearing occasions and performance purposes, and the manufacturing materials and the manufacturing processes of the slippers are different. Such as beach slippers, household slippers, sports slippers, and the like.

Thus, depending on the wearing situation and the performance application, the sports slippers have certain requirements on portability, wearing and taking-off convenience and sports comfort when worn in daily sports situations.

The sports slippers produced in the prior art are generally formed integrally by injection molding, the sole contact surface is generally a complete plastic plane, and the sole is also a complete plastic sole; when the wearer wears and takes off the slippers, the sole contact surface is easy to be adsorbed on the sole, so that the wearer is inconvenient to wear and take off; meanwhile, because the bending property of the plastic sole is limited to a certain extent, when a wearer wears the slippers to move, the toe and the heel are in a vertical plane generally, and cannot smoothly contact and transition with the ground, so that the movement comfort of the slippers is affected to a certain extent.

Disclosure of Invention

The utility model mainly solves the technical problem of providing the portable sports slippers, so that a wearer can smoothly and smoothly contact with the ground when wearing the slippers for activities, thereby improving the comfort and convenience of wearing the slippers.

In order to solve the technical problems, the utility model adopts a technical scheme that: a portable sports slipper comprises a sole and a vamp which is integrally injection molded with the sole; the sole comprises an anti-slip bottom surface and an anti-slip top surface facing opposite to the anti-slip bottom surface; the anti-skid bottom surface comprises: a plurality of first grooves and second grooves which are distributed on the anti-skid bottom surface and contact with the ground; the first grooves and the second grooves are strip-shaped grooves with irregular shapes and are distributed in areas formed by connecting lines from the toe to the inner side and the outer side edges of the front sole; the first grooves and the second grooves distributed in the heel area extend along the length direction of the sole, and the first grooves and the second grooves distributed in the area formed by connecting the center line of the inner side edge and the outer side edge of the front sole to the arch of the foot extend along the width direction of the sole; the surface matrix of antiskid top surface distributes a plurality of third recess, the third recess is the recess of circular shape all, when the depth value of third recess extends to circumference from the centre of a circle position, its degree of depth reduces gradually.

Wherein the anti-skid top surface and the anti-skid bottom surface are integrally formed; the anti-skid bottom surface and the ground contact surface form a preset included angle, and when the center position of the anti-skid bottom surface gradually extends to two sides of the length direction, the preset included angle gradually becomes larger until two ends of the length direction of the anti-skid bottom surface respectively form a preset included angle value with the ground contact surface to be the largest, so that the toe and heel areas of the anti-skid bottom surface form a spherical surface.

When the central position of the anti-slip top surface gradually extends to two sides of the length direction, the preset included angle gradually becomes larger until two ends of the length direction of the anti-slip top surface respectively form a preset included angle value with the ground contact surface to be the largest, so that the anti-slip top surface forms a concave contact surface, and spherical grooves are formed on the surfaces of corresponding toes and heels.

The maximum preset included angle value formed by the toe end of the anti-skid bottom surface and the ground contact surface is 12.26 degrees, and the maximum preset included angle value formed by the heel end of the anti-skid bottom surface and the ground contact surface is 10.45 degrees; the maximum preset included angle value formed by the toe end of the top surface of the anti-slip bottom and the ground contact surface is 12.26 degrees, and the maximum preset included angle value formed by the heel end of the anti-slip top surface and the ground contact surface is 10.45 degrees.

The sole further comprises a peripheral surface connected between the anti-skid bottom surface and the anti-skid top surface, and the peripheral surface is provided with a decorative groove.

The decorative grooves are triangular grooves, and the bottom edges of the triangular grooves are distributed in an extending mode along the upper surface edges of the antiskid bottom surfaces corresponding to the arch area.

Wherein, the decorative groove is arranged at the abdication groove section of the joint of the vamp and the sole.

Wherein, the sport slipper also comprises a toe end part corresponding to the toe and a heel end part corresponding to the heel; wherein, the toe tip sets up first opening, the heel tip set up with the second opening that first opening is linked together, first opening is less than the second opening.

The width of the first groove is 1.5mm, and the width of the second anti-slip groove is 2mm.

The diameter of the circle center of the third groove is 4mm, and the depth value of the third groove at the position of the circle center of the circular groove is 2mm, and when the third groove extends circumferentially from the position of the circle center, the depth of the third groove gradually decreases to 0.5mm.

According to the portable sports slipper provided by the embodiment of the utility model, the plurality of circular grooves with gradually shallower depth are distributed on the surface of the anti-slip top surface, so that the contact area between the sole and the anti-slip top surface can be reduced, meanwhile, the pressure intensity between the sole and the anti-slip top surface can be enhanced when the slipper is worn to generate downward pressure, and the pressure intensity between the sole and the anti-slip top surface can be reduced when the slipper is taken off to remove the downward pressure, so that the effect of being convenient to put on and take off is realized. Meanwhile, the ball surface is formed in the toe and heel areas of the anti-slip bottom surface, the heel and the bottom surface are prevented from being directly contacted to achieve the damping effect, fatigue of a wearer can be effectively relieved, and meanwhile, when the wearer wears the slipper to move, the ball surface of the toe and the heel can be smoothly contacted with the ground, so that comfort and convenience of wearing the slipper are improved. Further, the ball grooves are formed in the toe and heel areas of the anti-slip top surface, the soles of the wearer can be well contained, when the wearer wears the slippers to move, the situation that the toes are washed out forward or the heels fall out of the slippers can not occur, and the comfort level of wearing is improved.

Drawings

FIG. 1 is a schematic view of the outside structure of a pair of portable athletic slippers according to an embodiment of the present utility model;

FIG. 2 is a schematic diagram of a sole structure of a pair of lightweight athletic slippers in an embodiment of the utility model;

fig. 3 is a schematic view of the upper structure of a lightweight athletic shoe sole in accordance with an embodiment of the present utility model.

Detailed Description

In order to describe the technical content, the structural features, the achieved objects and the effects of the present utility model in detail, the present utility model will be described in detail with reference to the accompanying drawings and embodiments.

Please refer to fig. 1-3, which are schematic diagrams of a portable sports slipper according to an embodiment of the present utility model.

The slipper 100 comprises a sole 11 and an upper 12 integrally injection-molded with the sole 11. In this embodiment, the sole 11 and the vamp 12 are integrally injection molded, so that the manufacturing efficiency can be effectively improved, the time can be saved, and the manufacturing cost can be reduced.

The sole 11 comprises: a non-slip bottom surface 111, and a non-slip top surface 112 facing opposite to the non-slip bottom surface 111.

The anti-skid bottom surface 111 includes a plurality of first grooves 1110 and second grooves 1111 distributed on the ground contacting surface of the anti-skid bottom surface 111; the first grooves 1110 and the second grooves 1111 are elongated grooves with irregular shapes, and the first grooves 1110 and the second grooves 1111 distributed in the region formed by connecting the toe to the center of the inner side and the outer side of the forefoot and the first grooves 1110 and the second grooves 1111 in the rear heel region extend along the length direction of the sole 11, and the first grooves 1110 and the second grooves 1111 distributed in the region formed by connecting the center of the inner side and the outer side of the forefoot to the arch extend along the width direction of the sole 11. Further, the first grooves 1110 and the second grooves 1112 are staggered to separate the anti-slip bottom surface 111 from each other to form an anti-slip texture on the ground contact surface of the anti-slip bottom surface 111. In the present embodiment, the width of the first groove 1110 is 1.5mm, and the width of the second anti-slip groove 1111 is 2mm.

The surface matrix of the anti-slip top surface 112 is provided with a plurality of third grooves 1120 so as to form anti-slip textures on the anti-slip top surface 112, the anti-slip top surface 112 is in contact with the sole, and the sole is prevented from slipping by arranging the anti-slip textures, so that the anti-slip sole is convenient for people to wear. Further, the third grooves 1120 are all circular grooves, and the diameter of the center of the circle is 4mm; the third groove 1120 is located at the center of the circle of the circular groove, and has a depth of 2mm, and gradually decreases to 0.5mm when extending circumferentially at the center. In this way, the surface of the anti-slip top surface 112 is distributed with the plurality of circular grooves 1120 with gradually shallower depth, which can reduce the contact area between the sole and the surface of the anti-slip top surface 112, and can enhance the pressure between the sole and the anti-slip top surface 112 when the slippers are worn to generate downward pressure, and can reduce the pressure between the sole and the anti-slip top surface 112 when the slippers are taken off to remove the downward pressure, thereby realizing the effect of being convenient for wearing and taking off.

Further, the anti-slip bottom surface 111 forms a preset included angle with the ground contact surface, and when the center position of the anti-slip bottom surface 111 gradually extends to two sides of the length direction, the preset included angle gradually becomes larger until two ends of the length direction of the anti-slip bottom surface 111 respectively form a preset included angle value with the ground contact surface to be the largest, so that a spherical surface is formed between the toe and the heel area of the anti-slip bottom surface 111. In this embodiment, a maximum preset angle value formed by the toe end of the anti-slip bottom surface 111 and the ground contact surface is 12.26 °, and a maximum preset angle value formed by the heel end of the anti-slip bottom surface 111 and the ground contact surface is 10.45 °.

Similarly, the anti-slip top surface 112 and the anti-slip bottom surface 111 are integrally formed, and a preset included angle formed by the anti-slip top surface 112 and the anti-slip bottom surface 111 is substantially the same as a preset included angle formed by the anti-slip bottom surface and the anti-slip bottom surface 111. Thus forming a concave contact surface on the non-slip top surface 112 and a spherical recess corresponding to the surface of the toe and heel.

As described above, the ball surface is formed in the toe and heel regions of the anti-slip bottom 111, so that the heel and bottom are prevented from directly contacting to achieve the shock absorbing effect, and the fatigue of the wearer can be effectively alleviated, and meanwhile, when the wearer wears the slipper, the ball surface of the toe and the heel can smoothly contact with the ground, thereby improving the comfort and convenience of the slipper. Further, the ball grooves are formed in the toe and heel areas of the anti-slip top surface 112, so that the ball of the foot of the wearer can be well contained, and when the wearer wears the slipper to move, the situation that the toes are washed forward or the heel falls out of the slipper can not occur, so that the wearing comfort level is improved.

The sole 11 further includes a tread surface 113 connected between the tread surface 111 and the tread surface 112, the tread surface 113 having a decorative groove 1130 thereon. In this embodiment, the decorative groove 1130 is a triangular groove, and the bottom of the triangular groove extends along the upper surface edge of the non-slip bottom 111 corresponding to the arch area. In this embodiment, the decorative groove 1130 is disposed in the relief groove 1131 at the connection between the vamp 12 and the sole 11, where the vamp 12 is connected with the sole 11, and the sole 11 and the vamp 12 are mutually extruded and stretched after the sports, so that the connection is easy to crack, and the relief groove 1131 is disposed to provide a relief space for extrusion and stretching, thereby alleviating the damage of the connection between the sports slippers 100 and further improving the service life of the sports slippers 100.

The sports slipper 100 further comprises a toe end portion corresponding to the toe and a heel end portion corresponding to the heel, wherein the toe end portion is provided with a first opening 13, the heel end portion is provided with a second opening 14 communicated with the first opening 13, the first opening 13 is smaller than the second opening 14, the foot extends in from the second opening 14, the foot is limited through the first opening 13, and the sports slipper is convenient for a person to wear.

According to the utility model, the plurality of circular grooves with gradually shallower depth are distributed on the surface of the anti-slip top surface, so that the contact area between the sole and the anti-slip top surface can be reduced, meanwhile, the pressure intensity between the sole and the anti-slip top surface can be enhanced when the slippers are worn to generate downward pressure, and the pressure intensity between the sole and the anti-slip top surface can be reduced when the slippers are taken off to remove the downward pressure, so that the effect of being convenient to put on and take off is realized. Meanwhile, the ball surface is formed in the toe and heel areas of the anti-slip bottom surface, the heel and the bottom surface are prevented from being directly contacted to achieve the damping effect, fatigue of a wearer can be effectively relieved, and meanwhile, when the wearer wears the slipper to move, the ball surface of the toe and the heel can be smoothly contacted with the ground, so that comfort and convenience of wearing the slipper are improved. Further, the ball grooves are formed in the toe and heel areas of the anti-slip top surface, the soles of the wearer can be well contained, when the wearer wears the slippers to move, the situation that the toes are washed out forward or the heels fall out of the slippers can not occur, and the comfort level of wearing is improved.

The foregoing description is only illustrative of the present utility model and is not intended to limit the scope of the utility model, and all equivalent structures or equivalent changes made by the description of the utility model and the accompanying drawings, or direct or indirect application in other relevant technical fields, are included in the scope of the utility model.

Claims

1. A portable sports slipper comprises a sole and a vamp which is integrally injection molded with the sole; the sole is characterized by comprising an anti-skid bottom surface and an anti-skid top surface facing opposite to the anti-skid bottom surface;

the anti-skid bottom surface comprises: a plurality of first grooves and second grooves which are distributed on the anti-skid bottom surface and contact with the ground; the first grooves and the second grooves are strip-shaped grooves with irregular shapes and are distributed in areas formed by connecting lines from the toe to the inner side and the outer side edges of the front sole; the first grooves and the second grooves distributed in the heel area extend along the length direction of the sole, and the first grooves and the second grooves distributed in the area formed by connecting the center line of the inner side edge and the outer side edge of the front sole to the arch of the foot extend along the width direction of the sole;

the surface matrix of antiskid top surface distributes a plurality of third recess, the third recess is the recess of circular shape all, when the depth value of third recess extends to circumference from the centre of a circle position, its degree of depth reduces gradually.

2. The pair of lightweight athletic slippers of claim 1, wherein the non-slip top surface is integrally formed with the non-slip bottom surface;

the anti-skid bottom surface and the ground contact surface form a preset included angle, and when the center position of the anti-skid bottom surface gradually extends to two sides of the length direction, the preset included angle gradually becomes larger until two ends of the length direction of the anti-skid bottom surface respectively form a preset included angle value with the ground contact surface to be the largest, so that the toe and heel areas of the anti-skid bottom surface form a spherical surface.

3. The pair of portable sports slippers according to claim 2, wherein the anti-slip top surface forms a predetermined angle with the ground contact surface, and the predetermined angle gradually increases when the center position of the anti-slip top surface gradually extends to both sides in the longitudinal direction until both ends in the longitudinal direction of the anti-slip top surface respectively form a predetermined angle value with the ground contact surface to be maximum, so that a concave contact surface is formed on the anti-slip top surface, and a spherical groove is formed on the surface corresponding to the toe and the heel.

4. A pair of portable sports slippers according to claim 3 wherein the maximum predetermined angle between the toe end of the sole and the ground is 12.26 ° and the maximum predetermined angle between the heel end of the sole and the ground is 10.45 °;

the maximum preset included angle value formed by the toe end of the anti-slip top surface and the ground contact surface is 12.26 degrees, and the maximum preset included angle value formed by the heel end of the anti-slip top surface and the ground contact surface is 10.45 degrees.

5. The pair of lightweight athletic slippers of claim 1, wherein the sole further comprises a perimeter surface connected between the non-slip bottom surface and the non-slip top surface, the perimeter surface having decorative grooves thereon.

6. The pair of light sport slippers according to claim 5, wherein the decorative grooves are triangular grooves, and the base edges of the triangular grooves are extended along the upper surface edges of the anti-slip bottom surface corresponding to the arch region.

7. The pair of lightweight athletic slippers of claim 6, wherein the decorative grooves are provided in relief groove segments at the junction of the upper and sole.

8. The pair of lightweight athletic slippers of claim 1, further comprising toe ends corresponding to the toes and heel ends corresponding to the heels; wherein, the toe tip sets up first opening, the heel tip set up with the second opening that first opening is linked together, first opening is less than the second opening.

9. The pair of lightweight sports shoes according to claim 1, wherein the width of the first groove is 1.5mm and the width of the second groove is 2mm.

10. The pair of handy sports slippers according to claim 1, wherein the diameter of the center of the third groove is 4mm, and the depth of the third groove at the center of the circular groove is 2mm, and gradually decreases to 0.5mm when the third groove extends circumferentially at the center.