CN219645150U - Sole and basketball shoes suitable for high-strength sports - Google Patents

Abstract

The utility model discloses a sole suitable for high-strength sports, which comprises a first supporting sheet, a midsole and a second supporting sheet, wherein the first supporting sheet, the midsole and the second supporting sheet are arranged in a laminated manner, the first supporting sheet is arranged on the upper surface of the midfoot part of the midsole in a laminating manner, the second supporting sheet is arranged on the lower surface of the midsole in a laminating manner, extends from the half sole part of the midsole to the heel part, the lower parts of the half sole parts of the midsole and the second supporting sheet are coated with outsoles, the toe part and the side walls of the outsoles are arranged in a extending manner along the side walls of the midsole towards the position of the foot of a human body, the lower parts of the heel parts of the midsole and the second supporting sheet are coated with heel cups, the heel rear sides and the side walls of the heel cups are arranged in a extending manner along the side walls of the midsole towards the position of the foot of the human body, and the outer side walls of the midsole are provided with third supporting sheets in a laminating manner; a basketball shoe is also disclosed. The utility model has the advantages of more foot-building, stronger wrapping and supporting properties, higher torsion resistance of the midfoot, more stable sole state, effective boosting, good slip resistance and light weight.

Description

Sole and basketball shoes suitable for high-strength sports

Technical Field

The utility model relates to the field of shoes, in particular to a sole suitable for high-strength sports and basketball shoes comprising the sole.

Background

Basketball is one of the 'three-ball' sports in China, and has a wide public foundation. The basketball court is divided into a center, a front and a back guard, the back guard is divided into an organization back guard and a scoring back guard, the responsibility of the organization back guard comprises controlling basketball, often an organization who attacks by the whole team, and the goal passing to a proper player at proper time is determined by controlling the basketball, so that the basketball is the person with the highest chance of taking the basketball on the court, and the basketball needs to be brought to the front court from the back court safety ground and then is passed to other teammates. The scoring postamble is mainly responsible for scoring shooting and simultaneously preventing key players of the opponent from getting goals. As can be seen, the task of a postman on a court is very heavy, with a large number of running, turning, defending and shooting actions in a game, and the completion of these actions requires a pair of excellent postman basketball shoes to meet the sports requirements. When starting the sprint, the basketball shoes need to have good ground-stepping boosting capability, and when facing the defender to change direction, the basketball shoes need to have good midfoot torsion resistance and change direction supporting performance, and meanwhile, the basketball shoes need to have ventilation property and light weight.

At present, basketball shoes designed for the sanitation are available for sports brands at home and abroad, but the following problems are mostly existed in the prior shoe technical scheme: (1) In order to ensure the turning support performance, the number of layers and materials of the vamp are too complex, and the ventilation property is lost; (2) The center of gravity of the sole is higher, the field feel is poor, and the sole is not beneficial to giving good feedback to players in the aspect of quick start.

Disclosure of Invention

The utility model aims to provide a sole and a basketball shoe which are suitable for high-strength sports, and the high-strength vamp and a composite sole structure are combined to improve the midfoot torsion resistance and the half sole boosting effect of the basketball shoe, enhance the ventilation property and lighten the whole shoe. The specific technical scheme is as follows:

the utility model provides an adaptation high strength motion's sole, including the first backing sheet of range upon range of setting, insole and second backing sheet, first backing sheet laminating sets up the upper surface department at the midfoot position of insole, the second backing sheet laminating sets up the lower surface department at the insole, the half sole position of insole extends to the heel position from, the lower cladding at the half sole position of insole and second backing sheet has the outsole, the toe position and the both sides lateral wall of outsole extend along the insole lateral wall towards human foot place direction setting, the lower part cladding at the heel position of insole and second backing sheet has the heel cup, the heel rear side and the both sides lateral wall of heel cup extend along the insole lateral wall towards human foot place direction setting, laminating is provided with the third backing sheet on the lateral wall of insole.

Further, the upper surface of midsole is provided with first cooperation position, and first backing sheet sets up in first cooperation position, and first backing sheet is X type, and the middle part of first backing sheet is provided with three-dimensional slot.

Further, a first branch fork opposite to the big toe and a second branch fork opposite to the central point of resultant force of the other four toes are arranged at the half sole part of the second supporting sheet, the first branch fork extends along the toe tip direction of the big toe, the first branch fork and the second branch fork are mutually spaced to form a bifurcation structure, and a narrowing structure is formed at the part of the second supporting sheet opposite to the root part of the phalanges of the foot.

Further, the central area department at second backing sheet half sole position is provided with diamond-shaped first hollow out construction, and the midfoot position of second backing sheet is provided with triangle-shaped protruding structure, and the heel position department of second backing sheet is provided with second hollow out construction.

Further, be provided with the second cooperation position on the lower surface of midsole, the second backing sheet sets up in the second cooperation position, and the half sole position of second backing sheet upwarps to increase the rollability of sole, the midfoot position and the heel position horizontal extension of second backing sheet, in order to improve stable effect.

Further, the outsole is extended toward the heel cup at a position below the midfoot portion of the second support sheet, connected to the heel cup, and the third support sheet is connected to a sidewall of the outsole.

Further, the lower surface of the outsole is provided with water ripple anti-skid grains, and the outer surface of the part of the toe part of the outsole extending along the side wall of the midsole is provided with transverse anti-skid grains; the lower surface of the heel cup is provided with water ripple anti-skid grains.

The basketball shoes comprise soles suitable for high-strength sports, wherein the soles are connected with uppers, and hot adhesive films are arranged at the toe parts of the uppers and the parts opposite to the middle parts of the insteps of human bodies so as to improve the strength of the uppers.

Further, be provided with multiunit shoelace hole on the vamp, be provided with the meshbelt on being close to two sets of shoelace holes that toe position set up, the meshbelt can carry out dynamic binding to the shoelace, and the vamp is provided with soft TPU disc near the position of human ankle, and two sets of shoelace holes that human ankle set up are offered on soft TPU disc to strengthen the locking effect at vamp collarband position.

Further, the heel rear side of vamp is provided with carries the stretching strap, carries the stretching strap and is close to human ankle setting, and the sole includes the heel cup, and the outside at the heel position of sole and vamp is covered to the heel cup, and the upper edge of heel cup extends to the below of carrying the stretching strap, and the leading edge of heel cup extends the setting towards the midfoot position of sole.

The sole and basketball shoes suitable for high-strength sports have the characteristics of good air permeability and light weight, and the players wear more feet and have stronger wrapping and supporting properties in sports. By improving the torsion resistance of the midfoot, the excessive torsion of the midfoot part is limited, so that the sole state is more stable. When a player steps on the ground, the sole can provide effective boosting, and the smoothness from the heel landing to the starting is improved. The heel cup design plays a role in stabilizing package, and is good in slip resistance, light in weight and difficult to deform. The outsole structure can effectively protect toes, provides good ground grabbing force, and helps athletes to finish actions better.

Drawings

FIG. 1 is a side view of a basketball shoe of the present utility model.

Fig. 2 is an exploded view of the sole of the shoe of the present utility model.

Fig. 3 is a top view of a second support sheet in the present utility model.

Fig. 4 is a side view of a second support sheet in the present utility model.

Fig. 5 is a bottom view of the sole of the present utility model.

Fig. 6 is a front view of the sole of the present utility model.

Fig. 7 is a rear view of the sole of the present utility model.

Detailed Description

For a better understanding of the objects, structures and functions of the present utility model, a more detailed description of the present utility model will be provided with respect to the sole and basketball shoes adapted for high-intensity sports with reference to the accompanying drawings.

As shown in fig. 1 and 2, the basketball shoe adaptable to high-strength sports of the present utility model is composed of a sole 100 and an upper 200, wherein the sole 100 includes a first support piece 11, a midsole 12 and a second support piece 13, which are laminated from top to bottom, the first support piece 11 is disposed on the midsole 12 at the upper surface of the foot portion, and the second support piece 13 is disposed on the midsole 12 at the lower surface thereof, extending from the forefoot portion to the heel portion of the midsole 12. The lower parts of the half sole 12 and the half sole part of the second supporting piece 13 are covered with an outsole 14, and the toe part and the side walls of the two sides of the outsole 14 are arranged along the side walls of the half sole in an extending way towards the direction of the feet of a human body; the lower parts of the heel parts of the midsole 12 and the second supporting piece 13 are coated with heel cups 15, and the heel rear side and the side walls of the heel cups 15 are arranged along the side walls of the midsole in an extending way towards the direction of the feet of a human body; a third support sheet 16 is also provided on the outer side wall of the midsole 12.

The first support sheet 11, the second support sheet 13 and the third support sheet 16 are preferably made of hard TPU material, the midsole 12 is preferably made of supercritical foaming material, the outsole is preferably made of rubber material, and the heel cup 15 is preferably made of IBR material.

Further, the upper surface of the midfoot portion of the midsole 12 is provided with a first fitting position in which the first support piece 11 is provided to be fixedly connected with the midsole 12. The whole first supporting piece 11 is X-shaped, and a three-dimensional groove is formed in the middle of the first supporting piece 11. The setting position of first supporting piece 11 is close to the below of human arch, can restrict the excessive distortion of midfoot position, makes sole 100 wholly be in steady state, and the three-dimensional slot can make the shape of first supporting piece 11 more three-dimensional, increases the torsional rigidity of first supporting piece 11, promotes anti-torsion effect.

Further, as shown in fig. 3 and 4, the second supporting piece 13 is a full-sole supporting piece, extends from the half sole portion of the midsole 12 to the heel portion, improves the smoothness of the heel landing to starting, and the tail end of the heel portion of the second supporting piece 13 is arc-shaped, so that the heel cup can be better attached to the midsole 12 of the upper layer and the heel cup 15 of the lower layer during movement, and durability is improved.

A second mating position is provided on the lower surface of the midsole 12, and a second support tab 13 is provided in the second mating position. The half sole portion of the second supporting piece 13 is provided with a first branch 131 opposite to the big toe position and a second branch 132 opposite to the center point of the resultant force of the remaining four toes, and the first branch 131 and the second branch 132 are spaced from each other to form a bifurcated structure. The first branch 131 extends along the toe tip direction of the big toe, and the big toe usually generates the greatest force during movement, so the extending first branch 131 can provide more effective boosting effect when a player steps on the ground.

The second supporting piece 13 has a narrowed structure at a position opposite to the root of the phalanges of the foot, specifically, as shown in fig. 3, each of the inner side and the outer side of the second supporting piece 13 has a concave notch, and the two notches correspond to the toe root of the big toe and the toe root of the small toe, respectively, so that the position of the second supporting piece 13 corresponding to the toe root of the toe forms an inwardly narrowed structure. Meanwhile, a diamond-shaped first hollowed-out structure 133 is further arranged in the central area of the half sole part of the second supporting piece 13. With the adoption of the arrangement mode, corresponding boosting force can be given to the sportsman with higher using frequency and larger action amplitude of the turning action when the first branch fork 131 and the second branch fork 132 which are bifurcated change directions in different directions, and the narrowing structure and the first hollow structure 133 are beneficial to reducing bending boosting force when the sportsman acts laterally, so that the action is smoother.

The midfoot portion of the second support sheet 13 is provided with a triangular protruding structure 134, and the triangular protruding structure 134 enables the midfoot portion of the second support sheet 13 to be more three-dimensional, and further enhances torsional rigidity of the midfoot. The heel part of the second supporting piece 13 is also provided with a second hollow structure 135, which can reduce the overall weight of the second supporting piece 13 and further reduce the overall weight of the sole 100. As shown in fig. 4, the forefoot portion of the second support sheet 13 is tilted upward to increase the rolling property of the sole 100 during running, and the midfoot portion and heel portion of the second support sheet 13 are horizontally extended to improve the stabilizing effect. The second support sheet 13 may also be made of nylon elastomer material.

Further, as shown in fig. 5, the outsole 14 is extended toward the heel cup 15 at a position below the foot portion in the second support sheet 13 to be connected with the heel cup 15. As shown in fig. 1, the front end of the third support piece 16 is connected to the sidewall of the outsole 14, and the rear end of the third support piece 16 is extended toward the heel cup 15.

Further, as shown in fig. 5 to 7, the outsole 14 is provided with water wave anti-slip patterns 141 on the lower surface thereof, and at the same time, the outsole 14 is also provided with lateral anti-slip patterns 142 on the outer surface of the portion of the outsole 14 extending along the sidewall of the midsole 12. Because the back guard athlete starts under some limit states, the gesture range of foot is very big when carrying out the diversion action, and adopts this kind of setting method, can effectively protect the toe, provides good ground power simultaneously, helps the athlete better completion action. The lower surface of the heel cup 15 is also provided with water wave anti-slip grooves 151, which can provide excellent anti-slip properties to the heel portion of the sole 100.

Further, as shown in fig. 1, the upper 200 of the basketball shoe of the present utility model is attached to the sole 100, and a thermal adhesive film 21 is provided at the toe portion of the upper 200 and the portion opposite to the middle portion of the instep of the human body. Because the toe region and the middle region of the instep of upper 200 are locally stressed more, the increased heating patch structure may enhance the strength of upper 200 in that region.

Further, a plurality of sets of lace apertures are provided on upper 200, and laces are threaded in the lace apertures. Wherein, be provided with meshbelt 22 on being close to two sets of shoelace holes that toe position set up, the shoelace is accomplished the movable lower part that is located meshbelt 22 after wearing to establish, and meshbelt 22 can bind the shoelace dynamically, makes vamp 200 more add the foot when the player wears basketball shoes, and vamp 200 has stronger parcel nature and supportability in the motion.

Two soft TPU disks 23 are symmetrically arranged at the position of the vamp 200, which is close to the ankle of a human body, and two groups of shoelace holes, which are close to the ankle of the human body, are formed in the soft TPU disks 23 so as to strengthen the locking effect of the collar part of the vamp 200, and the vamp 200 is enabled to be more heel when the vamp is started quickly.

Further, a pull strap 24 is provided on the rear heel side of upper 200, with pull strap 24 being positioned adjacent to the ankle of the person, to facilitate the putting on and off of the basketball shoe. The sole 100 includes a heel cup 15, the heel cup 15 wraps the outside of the heel position of the sole 100 and the vamp 200, the upper edge of the heel cup 15 extends to the below of the lifting belt 24, and the front edge of the heel cup 15 extends towards the midfoot position of the sole 100, so as to enhance the wrapping property of the whole heel position of the basketball shoe, promote the stabilizing effect, and be not easy to deform. The bottom of heel cup 15 is provided with anti-skidding line 151, and the limited slip performance is good, and the rear side is provided with third hollow out construction, can lighten weight.

The sole and basketball shoes suitable for high-strength sports have the characteristics of good air permeability and light weight, and the players wear more feet and have stronger wrapping and supporting properties in sports. By improving the torsion resistance of the midfoot, the excessive torsion of the midfoot part is limited, so that the sole state is more stable. When a player steps on the ground, the sole can provide effective boosting, and the smoothness from the heel landing to the starting is improved. The heel cup design plays a role in stabilizing package, and is good in slip resistance, light in weight and difficult to deform. The outsole structure can effectively protect toes, provides good ground grabbing force, and helps athletes to finish actions better.

The utility model has been further described with reference to specific embodiments, but it should be understood that the detailed description is not to be construed as limiting the spirit and scope of the utility model, but rather as providing those skilled in the art with the benefit of this disclosure with the benefit of their various modifications to the described embodiments. The individual technical features described in the above embodiments may be combined in any suitable manner without contradiction. In order to avoid unnecessary repetition, various possible combinations of embodiments of the present utility model are not described in detail.

If directional indications (such as up, down, left, right, front, and rear … …) are involved in the embodiments of the present utility model, the directional indications are merely used to explain the relative positional relationship, movement, etc. between the components in a particular gesture (as shown in the drawings), and if the particular gesture is changed, the directional indications are correspondingly changed.

Claims (10)

1. The utility model provides an adaptation high strength motion's sole, a serial communication port, including the first backing sheet of range upon range of setting, insole and second backing sheet, first backing sheet laminating sets up the upper surface department at insole midfoot position, the second backing sheet laminating sets up the lower surface department at the insole, extend to the heel position from the half sole position of insole, the lower cladding at half sole position of insole and second backing sheet has the outsole, the toe position and the both sides lateral wall of outsole extend along the direction that the insole lateral wall is located towards human foot, the lower part cladding at the heel position of insole and second backing sheet has the heel cup, the heel rear side and the both sides lateral wall of heel cup extend along the direction that the insole lateral wall is located towards human foot, the laminating is provided with the third backing sheet on the lateral wall of insole.

2. The high-intensity sports shoe sole according to claim 1, wherein the upper surface of the midsole is provided with a first mating position, the first support sheet is arranged in the first mating position, the first support sheet is X-shaped, and a three-dimensional groove is formed in the middle of the first support sheet.

3. The high-intensity sports shoe sole according to claim 1, wherein the ball portion of the second support sheet is provided with a first branch opposite to the big toe portion and a second branch opposite to the central point of resultant force of the remaining four toes, the first branch extending in the toe tip direction of the big toe portion, the first branch and the second branch being spaced apart from each other to form a bifurcated structure, and the portion of the second support sheet opposite to the root portion of the phalanges of the foot portion is formed with a narrowed structure.

4. The high-intensity sports shoe sole of claim 3, wherein the central area of the forefoot portion of the second support sheet is provided with a diamond-shaped first hollowed-out structure, the midfoot portion of the second support sheet is provided with a triangular-shaped raised structure, and the heel portion of the second support sheet is provided with a second hollowed-out structure.

5. The high intensity sports shoe sole of claim 3 or 4, wherein a second engagement location is provided on a lower surface of the midsole, the second support piece is disposed in the second engagement location, a forefoot portion of the second support piece is tilted upward to increase the rollability of the shoe sole, and midfoot and heel portions of the second support piece extend horizontally to increase the stabilizing effect.

6. The high intensity sports shoe sole of claim 1 wherein the outsole is disposed extending toward the heel cup at a location below the foot in the second support tab, connected to the heel cup, and the third support tab is connected to a sidewall of the outsole.

7. The high-intensity sports shoe sole according to claim 1 or 6, wherein the outsole has a lower surface provided with water wave anti-skid grains, and an outer surface of a portion of the outsole toe extending along the midsole sidewall is provided with lateral anti-skid grains; the lower surface of the heel cup is provided with water ripple anti-skid grains.

8. A basketball shoe, comprising the sole adapted to high-intensity sports according to any one of claims 1 to 7, wherein the sole is connected with a vamp, and a thermal adhesive film is provided at the toe portion of the vamp and the portion opposite to the middle portion of the instep of the human body, so as to improve the strength of the vamp.

9. The basketball shoe according to claim 8, wherein a plurality of groups of shoelace holes are formed in the vamp, a braid is arranged on two groups of shoelace holes near the toe portion, the braid can dynamically bind shoelaces, a soft TPU disc is arranged near the ankle of the human body, and two groups of shoelace holes near the ankle of the human body are formed in the soft TPU disc to strengthen the locking effect of the collar portion of the vamp.

10. Basketball shoe according to claim 8 or 9, wherein the rear heel side of the vamp is provided with a lifting strap arranged adjacent to the ankle of the person, the sole comprising a heel cup which is wrapped around the sole and the exterior of the heel portion of the vamp, the upper edge of the heel cup extending below the lifting strap, the front edge of the heel cup extending towards the midfoot portion of the sole.