CN218898571U - Sports shoe sole capable of preventing sprain in balanced mode - Google Patents
Sports shoe sole capable of preventing sprain in balanced mode Download PDFInfo
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- CN218898571U CN218898571U CN202320106705.6U CN202320106705U CN218898571U CN 218898571 U CN218898571 U CN 218898571U CN 202320106705 U CN202320106705 U CN 202320106705U CN 218898571 U CN218898571 U CN 218898571U
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Abstract
The utility model relates to the technical field of shoes, in particular to a sports shoe sole for balanced and anti-spraining, which at least comprises a shoe sole main body, wherein five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the shoe sole main body, and each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks; the anti-slip group positioned at the inner side edge of the sole main body is an inner side anti-slip group, and the inner side anti-slip group is arranged along the inner side edge of the sole main body; the anti-slip group positioned at the outer side edge of the sole main body is an outer side anti-slip group, and the outer side anti-slip group is arranged along the outer side edge of the sole main body; the intermediate anti-slip group extends from the most prominent point of the toe to the most prominent point of the heel; the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the front sole part is the same, and the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the rear sole part is the same. The sports shoe sole provided by the scheme has balanced stress and good anti-spraining effect, and simultaneously has anti-skid and anti-wear performances.
Description
Technical Field
The utility model relates to the technical field of shoes, in particular to a sports shoe sole for balancing and preventing spraining.
Background
The sole needs special attention to the anti-skid performance, so the sole usually adopts the anti-skid block design with large particles and deep grooves, but because the shapes of the outer side edge and the inner side edge of the human foot are different, the unreasonable anti-skid block design with large particles and deep grooves can lead to uneven stress and even lead to easy foot sprain when serious, so the sole with balanced stress and better anti-sprain effect needs to be designed.
Disclosure of Invention
In order to achieve the above purpose, the utility model provides a sports shoe sole for balanced and anti-spraining, which at least comprises a shoe sole main body, wherein five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the shoe sole main body, and each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks; the anti-skid groups positioned at the inner side edge of the sole main body are inner side anti-skid groups, the inner side anti-skid groups are arranged along the inner side edge of the sole main body, the widths of the quadrilateral anti-skid blocks of the inner side anti-skid groups gradually become larger from the toe part of the sole main body to the inner side most protruding point of the front sole part, and the widths of the quadrilateral anti-skid blocks of the inner side anti-skid groups gradually become smaller from the inner side most protruding point of the front sole part of the sole main body to the arch part; the antiskid groups positioned at the outer side edge of the sole main body are outer side antiskid groups, the outer side antiskid groups are arranged along the outer side edge of the sole main body, the widths of the quadrilateral antiskid blocks of the outer side antiskid groups gradually become larger from the toe part of the sole main body to the outer side most protruding point of the front sole part, and the widths of the quadrilateral antiskid blocks of the outer side antiskid groups gradually become smaller from the outer side most protruding point of the front sole part of the sole main body to the arch part; the middle anti-slip group is a middle anti-slip group, and the middle anti-slip group extends from the most protruding point of the toe part to the most protruding point of the heel part; the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the front sole part is the same, and the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the rear sole part is the same.
Moreover, the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the front sole part are distributed on a plurality of parallel transverse lines, and the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the rear sole part are distributed on a plurality of parallel transverse lines.
Moreover, the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid blocks of the outer side antiskid group of the toe part are connected into a whole to form an M shape, and the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid blocks of the outer side antiskid group of the heel part are connected into a whole to form a W shape.
Moreover, the curve formed by connecting all quadrilateral anti-skid blocks of the inner anti-skid group is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
And the curve formed by connecting the antiskid groups positioned between the inner antiskid group and the middle antiskid group and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
Moreover, the curve formed by connecting all quadrilateral anti-skid blocks of the outer anti-skid group is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
And the curve formed by connecting the antiskid groups positioned between the outer antiskid groups and the middle antiskid groups and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
Moreover, all the quadrilateral cleats of the intermediate cleat set are joined to form an arc or straight line extending from the most prominent point of the toe to the most prominent point of the heel.
Moreover, the outer side surface of the front sole part of the sole main body is provided with a plurality of trapezoid anti-skid blocks, and the inner side surface of the rear sole part of the sole main body is provided with a plurality of trapezoid anti-skid blocks.
Moreover, the toe end of the sole main body is provided with an upturned part, and the height of the upturned part is higher than that of the sole main body.
Compared with the prior art, the utility model has the beneficial effects that: 1. five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the sole main body, each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks, and the quadrilateral anti-slip blocks are fully distributed on the whole sole, so that the stress of the sole is balanced, and the anti-sprain effect is improved; 2. the inner anti-slip group is arranged along the inner edge of the sole main body, and the outer anti-slip group is arranged along the outer edge of the sole main body, so that the ground grabbing performance of the two sides of the sole is enhanced, and the anti-sprain effect is improved; 3. the width of the quadrangular anti-skid block of the front sole part is gradually increased and then gradually decreased according to the shape of the sole, so that the sole is suitable for the structure of human feet and is balanced in stress; 4. the inner side anti-slip groups, the middle anti-slip groups and the outer side anti-slip groups of the front sole part are the same in number and distributed on a plurality of parallel transverse lines, and the inner side anti-slip groups, the middle anti-slip groups and the outer side anti-slip groups of the rear sole part are the same in number and distributed on a plurality of parallel transverse lines, so that the front sole part and the rear sole part are balanced in stress; 5. the inner side anti-slip group, the middle anti-slip group and the quadrilateral anti-slip blocks of the outer side anti-slip group of the toe part are connected into a whole to form an M, and the inner side anti-slip group, the middle anti-slip group and the quadrilateral anti-slip blocks of the outer side anti-slip group of the heel part are connected into a whole to form a W, so that the anti-slip performance of the toe part and the heel part is improved; 6. the outer side surface of the front sole part of the sole main body is provided with a plurality of trapezoid anti-slip blocks, the inner side surface of the rear sole part of the sole main body is provided with a plurality of trapezoid anti-slip blocks, the friction force and the wear-resistant effect of the side surface of the sole are enhanced aiming at the parts which are most easily worn, and meanwhile, the heights of the trapezoid anti-slip blocks are higher than the height of the sole main body, so that the sole main body is used for fixing the position of a foot and preventing the foot from being bent; 7. the toe end of the sole main body is provided with an upturned part, so that the toe is protected and the false kicking injury is prevented.
Drawings
FIG. 1 is a schematic view of the bottom surface of a sole body;
FIG. 2 is a schematic view of the medial side of the sole body;
FIG. 3 is a schematic view of the lateral side of the sole body;
reference numerals illustrate:
1. quadrilateral antiskid blocks, 2, an inner antiskid group, 3, an outer antiskid group, 4, a middle antiskid group, 5, a brand size marking area, 6, a trapezoid antiskid block, 7 and an upturned part.
Detailed Description
The present utility model will be described in detail with reference to the accompanying drawings and examples, which are not intended to limit the scope of the utility model.
The sports sole for balanced anti-spraining at least comprises a sole main body, wherein the bottom surface of the sports sole is shown in figure 1, five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the sole main body, and each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks 1; the antiskid group positioned at the inner side edge of the sole main body is an inner side antiskid group 2, the inner side antiskid group is arranged along the inner side edge of the sole main body, the width of the quadrilateral antiskid block of the inner side antiskid group gradually increases from the toe part of the sole main body to the inner side most protruding point of the front sole part, and the width of the quadrilateral antiskid block of the inner side antiskid group gradually decreases from the inner side most protruding point of the front sole part of the sole main body to the arch part; the curve formed by connecting all quadrilateral anti-skid blocks of the inner anti-skid group is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
The antiskid group positioned at the outer side edge of the sole main body is an outer side antiskid group 3, the outer side antiskid group is arranged along the outer side edge of the sole main body, the width of the quadrilateral antiskid block of the outer side antiskid group gradually increases from the toe part of the sole main body to the outer side most protruding point of the front sole part, and the width of the quadrilateral antiskid block of the outer side antiskid group gradually decreases from the outer side most protruding point of the front sole part of the sole main body to the arch part; the curve formed by connecting all quadrilateral anti-skid blocks of the outer anti-skid group is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
The middle antiskid group positioned in the middle of the five antiskid groups is a middle antiskid group 4, the middle antiskid group extends from the most protruding point of the toe part to the most protruding point of the heel part, and all quadrilateral antiskid blocks of the middle antiskid group are connected to form an arc line or a straight line extending from the most protruding point of the toe part to the most protruding point of the heel part.
The number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the front sole part is the same, and the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the rear sole part is the same.
Moreover, the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the front sole part are distributed on a plurality of parallel transverse lines, and the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the rear sole part are distributed on a plurality of parallel transverse lines.
Moreover, the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid blocks of the outer side antiskid group of the toe part are connected into a whole to form an M shape, and the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid blocks of the outer side antiskid group of the heel part are connected into a whole to form a W shape.
And the curve formed by connecting the antiskid groups positioned between the inner antiskid group and the middle antiskid group and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
And the curve formed by connecting the antiskid groups positioned between the outer antiskid groups and the middle antiskid groups and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
The arrangement mode of all quadrilateral anti-slip blocks of the five anti-slip groups forms a plurality of X-shaped cross grids, and the arrangement design enables the quadrilateral anti-slip blocks to be distributed on the whole sole, so that the situation that the sole is not stressed locally is avoided, and the stress of the sole is balanced.
As shown in fig. 2 and 3, a plurality of trapezoidal cleats 6 are provided on the outer side surface of the front sole portion of the sole main body, and a plurality of trapezoidal cleats 6 are provided on the inner side surface of the rear sole portion of the sole main body. The height of the outer side surface of the front sole part and the inner side surface of the rear sole part of the trapezoid non-slip block is higher than that of the sole main body, so that the position of a foot can be fixed, and the foot can be prevented from being bent.
Moreover, the toe end of the sole main body is provided with an upturned part 7, the height of the upturned part is higher than that of the sole main body, the toe is protected, and the false kicking injury is prevented.
The arch portion of the sole body is provided with a brand size marking zone 5.
Compared with the prior art, the utility model has the beneficial effects that: 1. five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the sole main body, each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks, and the quadrilateral anti-slip blocks are fully distributed on the whole sole, so that the stress of the sole is balanced, and the anti-sprain effect is improved; 2. the inner anti-slip group is arranged along the inner edge of the sole main body, and the outer anti-slip group is arranged along the outer edge of the sole main body, so that the ground grabbing performance of the two sides of the sole is enhanced, and the anti-sprain effect is improved; 3. the width of the quadrangular anti-skid block of the front sole part is gradually increased and then gradually decreased according to the shape of the sole, so that the sole is suitable for the structure of human feet and is balanced in stress; 4. the inner side anti-slip groups, the middle anti-slip groups and the outer side anti-slip groups of the front sole part are the same in number and distributed on a plurality of parallel transverse lines, and the inner side anti-slip groups, the middle anti-slip groups and the outer side anti-slip groups of the rear sole part are the same in number and distributed on a plurality of parallel transverse lines, so that the front sole part and the rear sole part are balanced in stress; 5. the inner side anti-slip group, the middle anti-slip group and the quadrilateral anti-slip blocks of the outer side anti-slip group of the toe part are connected into a whole to form an M, and the inner side anti-slip group, the middle anti-slip group and the quadrilateral anti-slip blocks of the outer side anti-slip group of the heel part are connected into a whole to form a W, so that the anti-slip performance of the toe part and the heel part is improved; 6. the outer side surface of the front sole part of the sole main body is provided with a plurality of trapezoid anti-slip blocks, the inner side surface of the rear sole part of the sole main body is provided with a plurality of trapezoid anti-slip blocks, the friction force and the wear-resistant effect of the side surface of the sole are enhanced aiming at the parts which are most easily worn, and meanwhile, the heights of the trapezoid anti-slip blocks are higher than the height of the sole main body, so that the sole main body is used for fixing the position of a foot and preventing the foot from being bent; 7. the toe end of the sole main body is provided with an upturned part, so that the toe is protected and the false kicking injury is prevented.
Claims (10)
1. An athletic shoe sole that sprain was prevented in equilibrium includes sole main part at least, its characterized in that: five anti-slip groups are arranged from the inner side edge to the outer side edge along the longitudinal direction of the sole main body, and each anti-slip group consists of a plurality of mutually independent quadrilateral anti-slip blocks; the anti-skid groups positioned at the inner side edge of the sole main body are inner side anti-skid groups, the inner side anti-skid groups are arranged along the inner side edge of the sole main body, the widths of the quadrilateral anti-skid blocks of the inner side anti-skid groups gradually become larger from the toe part of the sole main body to the inner side most protruding point of the front sole part, and the widths of the quadrilateral anti-skid blocks of the inner side anti-skid groups gradually become smaller from the inner side most protruding point of the front sole part of the sole main body to the arch part; the antiskid groups positioned at the outer side edge of the sole main body are outer side antiskid groups, the outer side antiskid groups are arranged along the outer side edge of the sole main body, the widths of the quadrilateral antiskid blocks of the outer side antiskid groups gradually become larger from the toe part of the sole main body to the outer side most protruding point of the front sole part, and the widths of the quadrilateral antiskid blocks of the outer side antiskid groups gradually become smaller from the outer side most protruding point of the front sole part of the sole main body to the arch part; the middle anti-slip group is a middle anti-slip group, and the middle anti-slip group extends from the most protruding point of the toe part to the most protruding point of the heel part; the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the front sole part is the same, and the number of the quadrilateral anti-slip blocks of the inner side anti-slip group, the middle anti-slip group and the outer side anti-slip group of the rear sole part is the same.
2. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the front sole part are distributed on a plurality of parallel transverse lines, and the quadrilateral anti-skid blocks of the inner side anti-skid group, the middle anti-skid group and the outer side anti-skid group of the rear sole part are distributed on a plurality of parallel transverse lines.
3. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid block of the outer side antiskid group of the toe part are connected into a whole to form an M shape, and the inner side antiskid group, the middle antiskid group and the quadrilateral antiskid block of the outer side antiskid group of the heel part are connected into a whole to form a W shape.
4. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the curve formed by connecting all quadrilateral anti-skid blocks of the inner anti-skid group is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
5. The athletic shoe sole of claim 4, wherein: the curve formed by connecting the antiskid groups positioned between the inner antiskid groups and the middle antiskid groups and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the inner side edge of the foot at the front sole part and the rear sole part of the sole main body.
6. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the curve formed by connecting all quadrilateral anti-skid blocks of the outer anti-skid group is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
7. The athletic shoe sole of claim 6, wherein: the curve formed by connecting the antiskid groups positioned between the outer antiskid groups and the middle antiskid groups and all quadrilateral antiskid blocks is respectively in an arc shape protruding towards the outer side edge of the foot at the front sole part and the rear sole part of the sole main body.
8. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: all quadrilateral cleats of the intermediate cleat set are joined to form an arc or straight line extending from the most prominent point of the toe to the most prominent point of the heel.
9. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the outer side of the front sole part of the sole main body is provided with a plurality of trapezoidal non-slip blocks, the inner side of the rear sole part of the sole main body is provided with a plurality of trapezoidal non-slip blocks, and the heights of the outer side of the front sole part and the inner side of the rear sole part of the trapezoidal non-slip blocks are higher than the height of the sole main body.
10. The athletic shoe sole of claim 1, wherein the sole is balanced against a river of hand, and wherein: the toe end of the sole main body is provided with an upturned part, and the height of the upturned part is higher than that of the sole main body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320106705.6U CN218898571U (en) | 2023-02-03 | 2023-02-03 | Sports shoe sole capable of preventing sprain in balanced mode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320106705.6U CN218898571U (en) | 2023-02-03 | 2023-02-03 | Sports shoe sole capable of preventing sprain in balanced mode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218898571U true CN218898571U (en) | 2023-04-25 |
Family
ID=86009837
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202320106705.6U Active CN218898571U (en) | 2023-02-03 | 2023-02-03 | Sports shoe sole capable of preventing sprain in balanced mode |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218898571U (en) |
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2023
- 2023-02-03 CN CN202320106705.6U patent/CN218898571U/en active Active
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