CN-224219597-U - Support type cushioning anti-torque sports shoe sole

Abstract

The utility model provides a support type cushioning anti-torque sports sole, the sole bottom is equipped with along the protruding line of 8 font of bottom outer edge, 8 font protruding line constitutes wide last holding power design district, still be equipped with a plurality of recess that deepen gradually outwards on the outer edge of wide last holding power design district, the recess bottom surface is the cambered surface, the middle part of wide last holding power design district forms the anti-torque rigid support frame of X form, be equipped with the separation line that separates into different regions with last ring in the last ring that the upper end of wide last holding power design district was circled, the lower ring that the lower extreme of wide last holding power design district circled is the blank department of mark trade mark and size. The anti-skid agent has the advantages of improving the anti-skid performance in the anti-torque aspect.

Inventors

• HUANG JIE

Assignees

• 温州天爵际星电子商务有限公司

Dates

Publication Date

20260512

Application Date

20250630

Claims (5)

1. 1. A supporting type cushioning anti-torque sports shoe sole comprises a shoe sole and is characterized in that a 8-shaped raised grain along the outer edge of the bottom is arranged at the bottom of the shoe sole, the 8-shaped raised grain forms a wide shoe last supporting force design area, a plurality of grooves which are gradually deepened outwards are further formed in the outer edge of the wide shoe last supporting force design area, the bottom surface of each groove is an arc surface, an X-shaped anti-torque rigid supporting frame is formed in the middle of the wide shoe last supporting force design area, separation lines for separating an upper ring into different areas are arranged in an upper ring formed by the upper end ring of the wide shoe last supporting force design area, and a lower ring formed by the lower end ring of the wide shoe last supporting force design area is a blank part for marking trademarks and sizes.
2. 2. The supporting type cushioning and torque-resistant sports shoe sole of claim 1, wherein the upper end and the lower end of the wide last supporting force design area are internally provided with regular hexagonal grains which are uniformly arranged, the regular hexagonal grains are provided with M-shaped grains, and the regular hexagonal grains and the M-shaped grains form an M-shaped regular hexagonal multi-layer anti-skid area.
3. 3. The supporting type cushioning and anti-torque sports shoe sole of claim 1, wherein the sole outside the two sides of the X-shaped anti-torque rigid supporting frame is an outward-facing inclined surface.
4. 4. The support type cushioning and anti-torque sports shoe sole of claim 1, wherein the X-shaped anti-torque rigid support frame is internally provided with an arch bridge simulating arch radians.
5. 5. The supporting type cushioning and torque-resistant sports sole of claim 1, wherein the lower ring is internally provided with a plurality of wavy multidirectional grooves.

Description

Support type cushioning anti-torque sports shoe sole Technical Field The utility model relates to a supporting type cushioning anti-torque sports sole. Background The prior sports soles have to be improved in torsion resistance and anti-skid performance. Disclosure of utility model The utility model aims to solve the problems in the prior art, and provides a supporting type cushioning and anti-torque sports sole. In order to achieve the aim, the technical scheme is that the supporting type cushioning and anti-torque sports shoe sole comprises a shoe sole, wherein 8-shaped raised lines are arranged at the bottom of the shoe sole along the outer edge of the bottom, the 8-shaped raised lines form a wide shoe last supporting force design area, a plurality of grooves which are gradually deepened outwards are further formed in the outer edge of the wide shoe last supporting force design area, the bottom surface of each groove is an arc surface, an X-shaped anti-torque rigid supporting frame is formed in the middle of the wide shoe last supporting force design area, separation lines for separating the upper ring into different areas are arranged in an upper ring formed at the upper end of the wide shoe last supporting force design area, and a lower ring formed at the lower end of the wide shoe last supporting force design area is a blank part for marking trademarks and sizes. Further, regular hexagon lines which are uniformly arranged are arranged in the upper end and the lower end of the wide last supporting force design area, M-shaped lines are arranged on the regular hexagon lines, and the regular hexagon lines and the M-shaped lines form an M-shaped regular hexagon multi-layer anti-skid area. Further, the soles outside the two sides of the X-shaped anti-torque rigid support frame are inclined surfaces facing outwards. Furthermore, an arch bridge which simulates the arch radian is arranged in the X-shaped anti-torque rigid supporting frame. Further, the lower ring is internally provided with a wavy multidirectional groove. The anti-skid anti-torque device has the beneficial effects that the anti-torque performance is improved, and the anti-skid performance is further improved. Drawings Fig. 1 is a front view. Fig. 2 is a left side view. Fig. 3 is a right side view. Fig. 4 is a top view. Detailed Description The technical solutions of the embodiments of the present utility model will be clearly and completely described below in conjunction with the embodiments of the present utility model, and it is apparent that the described embodiments are only some embodiments of the present utility model, not all embodiments. Embodiment 1 combines 1-4 of attached drawings, a supporting type cushioning anti-torque sports sole, including sole 1, the sole bottom is equipped with along the 8 font protruding lines 2 of bottom outward flange, 8 font protruding lines constitute wide last holding power design district, still be equipped with a plurality of recess 3 that deepen gradually outwards on the outward in the outward of wide last holding power design district, the recess bottom surface is the cambered surface, the middle part of wide last holding power design district forms X-shaped antitorque rigid support frame 4, be equipped with in the go up ring 5 that the upper end of wide last holding power design district was circled and separate into the separation line 6 of different regions with last ring, the lower ring 7 that wide last holding power design district lower extreme circled is mark brand and size blank department 12. Different areas separated by the separation lines are provided with patterns with different directions. A supporting type cushioning anti-torque sports sole is characterized in that regular hexagon lines 8 which are uniformly arranged are arranged in the upper end and the lower end of a wide last supporting force design area, M-shaped lines 9 are arranged in the regular hexagon lines, and the regular hexagon lines and the M-shaped lines form an M-shaped regular hexagon multi-layer anti-slip area. The sole outside the two sides of the X-shaped anti-torsion rigid supporting frame is an outward-facing inclined surface 13. A supporting type cushioning anti-torque sports sole is characterized in that an arch bridge 10 simulating arch radian is arranged in an X-shaped anti-torque rigid supporting frame. A supporting type cushioning anti-torque sports sole is provided, and a wave pattern multidirectional groove 11 is formed in the lower ring. A supporting type cushioning anti-torsion sport sole is characterized in that a wide last supporting force design area enlarges a front school transverse space, relieves the squeezing sense of people with low foot arches and flat feet, enhances the structural characteristics of landing stability, adopts a straight last or widened plate shape, is reinforced by matching with an inner support bar, and avoids energy loss caused by foot sliding. A supporting type cushioning a