Gate ball shoe capable of striking accurately and stably
By designing the sole of the gate sole of the gate sole and matching the shape of the gate ball, the problem of inaccurate hitting of ordinary flat sneakers in the gate ball movement is solved, and the stability and accuracy of hitting are improved.
Patent Information
- Application Number
- CN202422185512.1
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-09-06
- Publication Date
- 2025-08-08
- Estimated Expiration
- 2034-09-06
AI Technical Summary
In the existing ordinary flat sneakers, the ball position is unstable during blitzing, resulting in inaccurate hitting direction, which reduces the accuracy and stability of hitting.
A gate sneaker is designed, and the forefoot part of the sole is equipped with a horizontal flashing arc groove and a self-spherical arc groove matching the shape of the gate ball. Through the positioning and guiding structure of these grooves, the self-spherical and its ball maintains a stable position during blitzing, improving the accuracy and stability of the ball.
It enhances the goalkeeper's batting skills, reduces batting errors and fouls, and improves the accuracy and stability of batting.
Smart Images
Figure CN223195598U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to a croquet sports shoe, in particular to a croquet shoe with accurate and stable strikes. Background Art
[0002] Gateball is one of the sports that the elderly like. During gateball training or competition, athletes all wear ordinary flat-soled shoes. Due to the movement methods and characteristics of gateball itself, wearing ordinary flat-soled shoes during training or competition will bring some problems: First, when the own ball and the other ball fall within the competition line, the athlete needs to use his feet to step on his own ball and the other ball together on the front of his feet and hit his own ball with a stick, using the collision between his own ball and the other ball to make the other ball rush out of the sole and collide with the target ball on the court. This collision is often called "flash strike", but when the athlete wears ordinary flat-soled shoes and makes a flash strike, the other ball will slide, and the position of the other ball will be unstable, which can easily cause flash ball fouls and other problems. This problem will affect the grasp of the specific position of the other ball to be hit, resulting in inaccurate hitting direction and reduced hitting accuracy and stability. Utility Model Content
[0003] Aiming at the problem in the above-mentioned prior art that wearing ordinary flat-soled shoes during goalball training or competition will cause inaccurate hitting direction when making a quick shot, thereby reducing the accuracy and stability of the shot, the utility model provides a goalball shoe that does not affect the wearing experience and can improve the accuracy and stability of the shot.
[0004] The technical solution adopted by the utility model to solve the technical problem is: a gateball shoe with accurate and stable flash, which includes a shoe upper and a sole, wherein the bottom surface of the forefoot of the sole is provided with horizontally spaced and parallelly arranged arc grooves for positioning the horizontal flash other balls and arc grooves for positioning the self-ball that match the shape of the gateball, the arc grooves for positioning the horizontal flash other balls are connected to the outside of the shoe through the ball outlet for positioning the horizontal flash other balls, the arc grooves for positioning the self-ball are located in the sole, and the arc grooves for positioning the self-ball and the arc grooves for positioning the horizontal flash other balls are arranged between the arc grooves for positioning the self-ball and the arc grooves for positioning the horizontal flash other balls The connecting line is the horizontal flash line between the self-ball and the target ball, the connecting line between the self-ball positioning arc groove and the direct flash other ball positioning arc groove is the direct flash line between the self-ball and the target ball, a direct flash other ball positioning arc groove is provided on the direct flash line between the self-ball and the target ball, the direct flash other ball positioning arc groove is connected to the front side of the shoe through the direct flash other ball outlet, the center distance between the self-ball positioning arc groove and the horizontal flash other ball positioning arc groove is the goal ball diameter, and the center distance between the self-ball positioning arc groove and the direct flash other ball positioning arc groove is the goal ball diameter.
[0005] When a player wears the goalball shoes described in the present invention and plays a flash shot during training or competition, he can conveniently step on his own ball in the self-ball positioning arc groove near the inner side of the shoe, and step on the other ball in the transverse other ball positioning arc groove near the outer side of the shoe. When hitting his own ball with a stick from the inside to the outside, he can use his own ball to perform a horizontal flash shot on the other ball, and use the hit other ball to hit the target ball on the court. The positioning of the positioning arc groove and the guidance of the ball outlet can not only make stepping on the ball and hitting the ball more convenient during the flash shot, but also improve the preparation of the hitting direction and enhance the stability of the hitting.
[0006] Compared with existing common flat-soled shoes, the gateball shoes of the utility model are more suitable for gateball training and competition, are beneficial to improving the hitting skills of gateball players, enhance the accuracy and stability of hitting, and reduce mistakes and fouls in hitting. BRIEF DESCRIPTION OF THE DRAWINGS
[0007] Figure 1 This is a schematic diagram of the main structure of the left-foot goalball shoe of the utility model.
[0008] Figure 2 This is a left-side (or bottom) structural diagram of the utility model's left-foot goalball shoe.
[0009] Figure 3 yes Figure 2 AA cross-sectional structural diagram,
[0010] Figure 4 yes Figure 2 Schematic diagram of BB cross-sectional structure.
[0011] In the figure, 1, shoe sole 2, arc groove for positioning horizontal flash of other ball 3, straight flash line between own ball and target ball 4, shoe inner cavity 5, ball outlet for horizontal flash of other ball 6, arc groove for positioning vertical flash of other ball 7, ball outlet for vertical flash of other ball 8, arc groove for positioning own ball 9, goal ball 10, horizontal flash line between own ball and target ball. DETAILED DESCRIPTION
[0012] The picture shows the left goal shoe. The right goal shoe is symmetrical to the left goal shoe. Figure 1 、 Figure 2 、 Figure 3 and Figure 4A gateball shoe with accurate and stable flashing, comprising an upper, a sole 1 (generally a rubber sole with a thickness of 10-15 mm) and a shoe cavity 4 between the upper and the sole), the bottom surface of the forefoot of the sole is provided with horizontally spaced and parallel from left to right, respectively, with horizontal flashing other ball positioning arc grooves 2 and self-ball positioning arc grooves 8 that match the shape of the gateball, the center distance between the horizontal flashing other ball positioning arc groove and the self-ball positioning arc groove is 75±0.7 mm of the gateball diameter, the horizontal flashing other ball positioning arc groove is connected to the outside of the shoe ( Figure 2 The ball outlet 5 for the horizontal flash is straight and has the same width and depth as the diameter of the positioning arc groove. When flashing, the ball is hit by the stick, and after the ball hits the other ball, the other ball hits the target ball on the court along the horizontal flash line 10 between the ball and the target ball. The self-ball positioning arc groove is located in the sole ( Figure 2 As shown), the line between the horizontal flash other ball positioning arc groove and the self-ball positioning arc groove is the horizontal flash line 10 between the self-ball and the target ball, and the line between the direct flash other ball positioning arc groove and the self-ball positioning arc groove is the direct flash line 3 between the self-ball and the target ball. When directly flashing, the self-ball is hit with a stick so that after the self-ball hits the other ball, the other ball hits the target ball on the court along the direct flash line 3 between the self-ball and the target ball. A direct flash other ball positioning arc groove 6 is provided on the direct flash hitting line. The center distance between the self-ball positioning arc groove and the direct flash other ball positioning arc groove is 75±0.7 mm, which is the diameter of the goal ball 9. The direct flash other ball positioning arc groove is connected to the front side of the shoe ( Figure 2 The upper side shown in the figure is connected, the ball outlet 7 for direct flash is straight cylindrical and its width is the same as the diameter of the positioning arc groove, and the depth is the same as the depth of the positioning arc groove. The groove depth of the horizontal flash ball positioning arc groove, the self-ball positioning arc groove and the direct flash ball positioning arc groove is about one third of the thickness of the sole.
[0013] During the game, when performing a horizontal flash shot, use the horizontal flash other ball positioning arc groove and the self-ball positioning arc groove to position the other ball and the self-ball in the arc groove. After positioning, the balls can keep a stable position and the flash shot is accurate. When performing a straight flash shot, use the straight flash other ball positioning arc groove and the self-ball positioning arc groove to position the other ball and the self-ball. After positioning, before hitting the ball, the self-ball and the other ball can keep a stable position and the flash shot is accurate.
[0014] The self-ball positioning arc groove positioning on the bottom surface of the gateball shoe of the present invention means that no matter it is a straight flash or a sideways flash, when flashing, the big toe cartilage of the stepping foot is stepped on the top of the self-ball arc groove, and the contact point between the sole position corresponding to the big toe cartilage of the stepping foot and the self-ball arc groove is the center point of the self-ball positioning arc groove.
[0015] The positioning of the arc-shaped groove for positioning the direct flash of the other ball of the present invention is as follows: draw a straight line on the court, place the own ball and the target (direct flash) ball on the straight line (the direct flash line between the own ball and the target ball), with a distance between them, and when direct flashing, the stepping foot and the front chest of the person form an angle of 45 degrees with the direct flash line between the own ball and the target ball (equivalent to 45 degrees with the horizontal line between the own ball and the horizontal target ball), and then place the other ball on the direct flash line between the own ball and the target ball, with the other ball close to the own ball. At this time, the position where the other ball is placed is the position of the arc-shaped groove for positioning the direct flash of the other ball, and the center distance between the arc-shaped groove for positioning the direct flash of the other ball and the arc-shaped groove for positioning the self ball is one goal ball 9 (the goal ball is Figure 2 The diameter of the cervical foci is indicated by the double-dotted line in the figure (i.e., 75 ± 0.7 mm).
[0016] The positioning of the arc groove for positioning the horizontal flash ball of the present invention is as follows: draw a straight line (the horizontal flash line between the own ball and the target ball) on the court, place the own ball and the target (horizontal flash) ball on the straight line with a certain distance between them, when flashing horizontally, step on the own ball, place the other ball on the straight line between the own ball and the target ball, with the other ball close to the own ball, and the position where the other ball is placed is the position of the arc groove for positioning the horizontal flash ball, and the center distance between the arc groove for positioning the other ball and the arc groove for positioning the own ball is a goal ball 9 ( Figure 2 double-dotted line) diameter (i.e., 75 ± 0.7 mm).
Claims
1. A gateball shoe with fast and accurate hitting and stable performance, comprising an upper and a sole (1), characterized by: The bottom surface of the forefoot of the shoe sole is horizontally spaced and arranged in parallel from left to right, respectively, with horizontal intervals and with self-ball positioning arc grooves (2) that match the shape of the goal ball. The horizontal flash other ball positioning arc groove is communicated with the outside of the shoe through the horizontal flash other ball outlet (5). The self-ball positioning arc groove is located inside the shoe sole. The line between the self-ball positioning arc groove and the horizontal flash other ball positioning arc groove is the horizontal flash line (10) between the self-ball and target ball. The line between the self-ball positioning arc groove and the direct flash other ball positioning arc groove is the direct flash line (3) between the self-ball and target ball. A direct flash other ball positioning arc groove (6) is provided on the direct flash line between the self-ball and target ball. The direct flash other ball positioning arc groove is communicated with the front side of the shoe through the direct flash other ball outlet (7). The center distance between the self-ball positioning arc groove and the horizontal flash other ball positioning arc groove is the diameter of the goal ball (9), and the center distance between the self-ball positioning arc groove and the direct flash other ball positioning arc groove is the diameter of the goal ball.
2. The gateball shoe with accurate and stable strike according to claim 1, characterized in that: The depths of the horizontal flashing other ball positioning arc groove (2), the self-ball positioning arc groove (8) and the vertical flashing other ball positioning arc groove (6) are one third of the thickness of the sole.