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CN-121970958-A - Badminton shoes

CN121970958ACN 121970958 ACN121970958 ACN 121970958ACN-121970958-A

Abstract

The application relates to a pair of badminton shoes, belonging to the technical field of sports shoes manufacture. A badminton shoe comprises a sole, a damping component, a carbon fiber plate, a shoe body and a plurality of exhaust holes, wherein the sole is provided with a heel supporting area, a transition area and a sole supporting area, the heel supporting area, the transition area and the sole supporting area are sequentially arranged, the damping component is arranged on the sole and is located in the sole, the damping component is arranged opposite to the heel supporting area, the carbon fiber plate is arranged on the sole and is located on the upper side of the sole and extends longitudinally along the sole, the carbon fiber plate covers part of the sole supporting area and extends to the heel supporting area after passing through the transition area, the shoe body is arranged on the sole, the shoe body and the sole are enclosed to form an accommodating cavity, and the shoe body is provided with the plurality of exhaust holes longitudinally distributed along the shoe body. The badminton shoe disclosed by the application integrates shock absorption, support, stabilization and ventilation, and improves athletic performance and safety.

Inventors

  • ZHU XIAOJIANG

Assignees

  • 佛山市裕宝鞋业有限公司

Dates

Publication Date
20260505
Application Date
20260317

Claims (10)

  1. 1. A badminton shoe, wherein the badminton shoe comprises: The sole (1), the sole (1) is provided with a heel supporting area (101), a transition area (102) and a sole supporting area (103), the heel supporting area (101), the transition area (102) and the sole supporting area (103) are sequentially arranged, the heel supporting area (102) is used for supporting the heel, and the sole supporting area (103) is used for supporting the sole; A shock absorbing assembly (2), the shock absorbing assembly (2) being arranged on the sole (1) and being located in the sole (1), the shock absorbing assembly (2) being arranged opposite to the heel support area (103), the shock absorbing assembly (2) comprising a support body (21) and a plurality of shock absorbing airbags (22), the plurality of shock absorbing airbags (22) being located in the support body (21), the support body (21) being made of a flexible material and being located in the sole (1); A carbon fiber plate (3), wherein the carbon fiber plate (3) is arranged on the sole (1) and is positioned on the upper side of the sole (1), the carbon fiber plate (3) longitudinally extends along the sole (1), and the carbon fiber plate (3) covers part of the sole supporting area (103) and extends to the heel supporting area (101) through the rear part of the transition area (102); the shoe comprises a shoe body (4), wherein the shoe body (4) is arranged on a sole (1), the shoe body (4) and the sole (1) are enclosed to form a containing cavity, and a plurality of exhaust holes (401) longitudinally distributed along the shoe body (4) are formed in the shoe body (4).
  2. 2. The badminton shoe according to claim 1, characterized in that the receiving chamber comprises a heel receiving zone corresponding to the heel supporting zone (101), a transition receiving zone corresponding to the transition zone (102) and a sole receiving zone corresponding to the sole supporting zone (103), the chamber wall of the receiving chamber being provided with a drainage channel for guiding the flow of air of the sole receiving zone towards the heel receiving zone.
  3. 3. The badminton shoe according to claim 2, wherein the drainage channel comprises a drainage groove (402) and a drainage runner (403), the drainage groove (402) is located on the side wall of the accommodating cavity, the area where the drainage groove is located is opposite to the plurality of exhaust holes (401), and the drainage runner (403) is located between the sole (1) and the carbon fiber plate (3).
  4. 4. The badminton shoe according to claim 3, wherein the badminton shoe comprises a plurality of ball bearings, The drainage grooves (402) are positioned on two opposite sides of the side wall of the accommodating cavity, the drainage grooves (402) comprise a first front section expansion section, a first middle section contraction section and a first rear section expansion section, and the first front section expansion section, the first middle section contraction section and the first rear section expansion section are sequentially arranged from the front end of the shoe body (4) to the rear end of the shoe body (4); And/or the drainage flow passage (403) comprises a second front section expansion section, a second middle shrinkage section and a second rear section expansion section, wherein the second front section expansion section, the second middle shrinkage section and the second rear section expansion section are sequentially arranged from the front end of the sole (1) to the rear end of the sole (1).
  5. 5. The badminton shoe according to claim 2, wherein the carbon fiber plate (3) comprises a main body part (31), a first side part (32), a second side part (33), a third side part (34) and a fourth side part (35), wherein the first side part (32), the second side part (33), the third side part (34) and the fourth side part (35) are arranged on the main body part (31), the first side part (32) and the second side part (33) are positioned on one side of the main body part (31) and extend to the sole accommodating area, a first avoidance area (301) is formed between the first side part (32) and the second side part (33), the third side part (34) and the fourth side part (35) are positioned on the other side of the main body part (31) and extend to the heel accommodating area, and a second avoidance area (302) is formed between the third side part (34) and the fourth side part (35).
  6. 6. The badminton shoe according to claim 5, characterized in that the main body part (31) comprises a connecting plate (311) and a limiting part (312), the first side part (32), the second side part (33), the third side part (34) and the fourth side part (35) are arranged on the connecting plate (311), the limiting part (312) is arranged on the connecting plate (311), the sole (1) is provided with a limiting groove, and the limiting part (312) is adapted to the limiting groove.
  7. 7. The badminton shoe according to claim 5, wherein the top of the sole (1) is provided with a limit groove, the carbon fiber plate (3) is embedded in the limit groove at the top of the sole (1), the first side (32), the second side (33), the third side (34) and the fourth side (35) form an overflow gap with the groove wall of the limit groove, a drainage channel (403) is formed between the carbon fiber plate (3) and the sole (1), the number of the drainage channels (403) is two, one of the drainage channels (403) is sequentially arranged along the first side (32), the main body (31) and the third side (34), the other drainage channel (403) is sequentially arranged along the second side (33), the main body (31) and the fourth side (35), and the drainage channel (104) is used for guiding the airflow of the sole accommodation area to the heel accommodation area.
  8. 8. The badminton shoe according to claim 7, wherein the drainage channel (403) comprises a second front expansion section, a second middle contraction section and a second rear expansion section, which are arranged in sequence from the front end of the sole (1) to the rear end of the sole (1).
  9. 9. A badminton shoe according to claim 3, wherein the carbon fiber plate (3) is a heel area (303), a connecting area (304) and a sole area (305) in sequence, the heel area (303) is provided with a plurality of first reinforcing ribs (36) in a distributed mode, the plurality of first reinforcing ribs (36) are distributed longitudinally along the carbon fiber plate (3), a first overflow gap is formed between adjacent first reinforcing ribs (36), the first overflow gap is communicated with the drainage flow channel (403), the sole area (305) is provided with a plurality of second reinforcing ribs (37), a second overflow gap is formed between adjacent second reinforcing ribs (37), the second overflow gap is communicated with the drainage flow channel (403), and the plurality of second reinforcing ribs (37) are distributed annularly around the same circle center.
  10. 10. The badminton shoe according to claim 1, wherein the sole (1) comprises a super wear-resistant rubber layer (11), a ventilation supporting layer (12) and an inner abdomen filling ventilation reinforcing layer (13), the ventilation supporting layer (12) is arranged on the super wear-resistant rubber layer (11), the inner abdomen filling ventilation reinforcing layer (13) is arranged on the ventilation supporting layer (12), the inner abdomen filling ventilation reinforcing layer (13) and the ventilation supporting layer (12) are matched to form a damping containing cavity, the damping component (2) is arranged in the damping containing cavity, a limit groove is formed in the top of the inner abdomen filling ventilation reinforcing layer (13), and the carbon fiber plate (3) is embedded in the limit groove at the top of the inner abdomen filling ventilation reinforcing layer (13).

Description

Badminton shoes Technical Field The invention relates to the technical field of sports shoes, in particular to a pair of badminton shoes. Background The prior sports shoe sole generally adopts a structure that a midsole and an outsole are combined, and in order to adapt to the characteristics of rapid starting, quick turning and frequent landing of badminton, a carbon fiber plate or a TPU torsion plate is often embedded in the midsole to enhance the torsional rigidity and the propelling force of the shoe body. However, the conventional design has the defects that firstly, after a large-area hard supporting plate is directly embedded into a sole, interference compression is often generated between the hard supporting plate and joints of a foot, meanwhile, the air flow path in the sole is blocked, the foot is easy to be stuffy and moist, wearing comfort is affected, even skin problems are caused, in addition, the shock absorption structure is single, the impact on the heel during landing is difficult to be effectively absorbed, and the foot is easy to fatigue and even damage during long-term movement. Disclosure of Invention Based on the above, it is necessary to provide a badminton shoe for solving the problems of insufficient stability, poor ventilation and insufficient shock absorption of the conventional sport shoes. A badminton shoe is characterized by comprising a sole, a damping component, a shoe body and a plurality of shoe bodies, wherein the sole is provided with a heel supporting area, a transition area and a sole supporting area, the heel supporting area, the transition area and the sole supporting area are sequentially arranged, the heel supporting area is used for supporting heels, the sole supporting area is used for supporting soles, the damping component is arranged on the sole and located in the sole, the damping component is arranged opposite to the heel supporting area, the damping component comprises a supporting main body and a plurality of damping air bags, the plurality of damping air bags are located in the supporting main body, the supporting main body is made of flexible materials and located in the sole, the carbon fiber plates are arranged on the sole and located on the upper side of the sole, the carbon fiber plates longitudinally extend along the sole, the carbon fiber plates cover part of the sole supporting area and partially extend to the supporting area after passing through the transition area, the shoe bodies are arranged on the sole, the shoe bodies and the shoe bodies are arranged on the shoe bodies, the shoe bodies and the shoe sole bodies and the shoe bodies are combined to form a plurality of shoe sole containing cavities, and the plurality of vent holes are distributed on the sole along the longitudinal direction. According to the application, the badminton shoe is scientifically divided into the heel supporting area, the transition area and the sole supporting area through the sole, so that the accurate corresponding foot structure is realized, the heel and the sole are respectively and stably supported, the requirements of frequent movement and scram direction change in badminton are met, and the wearing fit degree and the movement stability are improved. The shock-absorbing component is skillfully arranged in the sole and corresponds to the heel area, and utilizes the structure that the flexible supporting main body wraps a plurality of shock-absorbing air bags to effectively absorb the landing impact and protect the movement joint while providing excellent buffering performance. The carbon fiber plate longitudinally penetrates through the upper side of the sole and covers a key stress area, so that torsional rigidity and stability of the shoe body are remarkably improved, and foot runaway during severe turning is prevented. The containing cavity formed by enclosing the shoe body and the sole is matched with the exhaust holes which are longitudinally distributed, so that an efficient air circulation system is constructed, heat and moisture generated by sports can be rapidly discharged, the foot is kept dry and comfortable, the whole design integrates shock absorption, support, stability and ventilation, and the expressive force and the safety of badminton are greatly improved. In one embodiment, the accommodating cavity comprises a heel accommodating area corresponding to the heel supporting area, a transition accommodating area corresponding to the transition area and a sole accommodating area corresponding to the sole supporting area, and the cavity wall of the accommodating cavity is provided with a drainage channel for guiding the airflow of the sole accommodating area towards the heel accommodating area. The accommodating cavity corresponds to the sole and is divided into a heel accommodating area, a transition accommodating area and a sole accommodating area, different parts of the foot can be attached, the wearing attachment degree is improved, meanwhile, t