Freely-spliced ball shifting plate

Abstract

The utility model relates to the technical field of training equipment, in particular to a freely spliced ball shifting plate, a ball shifting plate main body comprises a plurality of square ball shifting single plates and corner ball shifting single plates, one of the square ball shifting single plates is a main plate, the square ball shifting single plates and the corner ball shifting single plates form a 270-degree ball shifting training plate through dovetail insertion pieces, and the square ball shifting single plates are connected with the corner ball shifting single plates. A scoring area and a missing area are arranged on the square ball shifting single plate, a scoring area is also arranged on the corner ball shifting single plate, LED lamps are arranged in the scoring area and the missing area and are controlled by PCB lamp panels, the PCB lamp panels are arranged on the inner sides of the square ball shifting single plate and the corner ball shifting single plate, and the corner ball shifting single plate is in a 1 / 4 circle shape. And the radius of the corner ball shifting single plate is consistent with the length of the square ball shifting single plate, and the original linear beveling is changed into the current arc shape, so that the movement area of the ice hockey during ball control training is enlarged, the ice hockey can adapt to the movement in a large-angle range, the complex ball control environment of a ball field can be truly simulated, and the ball control training of a player is facilitated.

Description

Technical Field

[0001] The utility model relates to the technical field of training equipment, in particular to a freely spliced ​​ball-moving board. Background Art

[0002] Ice hockey is a collective competitive sport played on ice using ice skates and a puck. Before competing, athletes often need to undergo a long training session to improve their ball control, passing, and shooting skills.

[0003] During training, in addition to multi-person training in professional venues, more athletes also hope to have a smaller footprint, lower venue requirements, and more convenient training method to maintain the athletes' competitive state. Therefore, a puck paddle adapted to the above conditions has been developed. In the structure of this puck paddle, the connection between the puck veneers is formed by triangular veneers, which is very different from the real court environment, reduces the movement angle of the ice hockey, and reduces the fun of training.

[0004] Therefore, a free-jointed puck-striking board was developed that can realistically simulate the boundaries of the court and increase the angle of the puck's movement. Utility Model Content

[0005] The purpose of the utility model is to provide a freely spliced ​​ball-moving board.

[0006] To achieve the above objectives, the present invention provides the following technical solutions:

[0007] A freely assembled ball-moving board, the board body comprising a plurality of square ball-moving boards and corner ball-moving boards, wherein one of the square ball-moving boards serves as a main board, and the square ball-moving boards and corner ball-moving boards form a 270-degree ball-moving training board via dovetail inserts. The square ball-moving boards are provided with scoring zones and loss zones, and the corner ball-moving boards are also provided with scoring zones. LED lights are provided in the scoring zones and loss zones, and the LED lights are controlled by a PCB light board, which is placed inside the square ball-moving boards and the corner ball-moving boards.

[0008] The losing zone of the square ball-pushing board is located in the middle, and the scoring zones are scattered around.

[0009] The shape of the corner ball-moving single plate is 1 / 4 circle, and the radius of the corner ball-moving single plate is consistent with the length of the square ball-moving single plate.

[0010] The square ball-selecting single plate and the corner ball-selecting single plate are made by gluing a plastic plate and an EVA sponge plate. The EVA sponge plate is placed under the plastic plate, and a groove is provided in the EVA sponge plate. The LED lights and the PCB light board are placed in the corresponding grooves. The LED lights and the PCB light board are connected by a cable.

[0011] The PCB lamp board is placed in the lamp board shell, and the lamp board shell is provided with a clip for fixing the PCB lamp board and a through hole for the cable to pass through.

[0012] The number of the corner ball-moving single plates is 2, and the number of the square ball-moving single plates is 4.

[0013] Compared with the prior art, the beneficial effects of the present invention are:

[0014] 1. The corner puck board has been changed from the original triangular board to a 1 / 4 circular board, and the original straight line bevel has been changed to the current arc shape. This increases the movement area of ​​the puck during ball control training and can adapt to movements at a wide angle. The combination of the 1 / 4 circular corner puck board and the square puck board can more realistically simulate the complex ball control environment on the court, facilitating multi-angle and immersive ball control training for players.

[0015] 2. Grooves are provided on the EVA sponge board to fix the LED lamp and the PCB light board, which plays a role in fixing the LED lamp and the PCB light board. The PCB light board is fixed in the light board shell and fixed by buckles, which further fixes the PCB light board.

[0016] 3. Players can combine the training boards by themselves according to the training situation, and use the dovetail inserts to combine and splice the shapes by themselves, so as to realize the modularization, standardization and combination of the training boards, realize the free combination of training modes, and facilitate multi-functional training. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 This is an exploded view of the first module of a freely spliced ​​ball-moving board of the utility model;

[0018] Figure 2 This is a schematic diagram of the structure of a square ball-playing single board in the present invention;

[0019] Figure 3 This is a cross-sectional view of a square ball-playing single plate in the present invention;

[0020] Figure 4 This is a schematic diagram of the lamp board shell structure for fixing the PCB lamp board in the present invention;

[0021] Figure 5 This is a top view of the lamp panel shell in the utility model;

[0022] Figure 6 This is a second module splicing diagram of the present invention with the dovetail insert omitted;

[0023] Figure 7 This is a diagram of the third module splicing of the present invention with the dovetail insert omitted;

[0024] Figure 8 This is the fourth module splicing diagram of the present invention in which the dovetail insert is omitted.

[0025] In the figure: 1. Square ball-selecting plate; 2. Corner ball-selecting plate; 3. Dovetail insert; 4. Scoring area; 5. Losing area; 6. LED light; 7. PCB light board; 8. Plastic board; 9. EVA sponge board; 10. Groove; 11. Light board shell; 12. Perforation; 13. Buckle. DETAILED DESCRIPTION

[0026] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the embodiments described are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0027] See also Figure 1-8 , an embodiment provided by the utility model:

[0028] Example 1:

[0029] The utility model discloses a free-jointed ball-pushing board. The main body of the ball-pushing board includes four square ball-pushing boards 1 and two corner ball-pushing boards 2. The square ball-pushing boards 1 and the corner ball-pushing boards 2 form a 270-degree ball-pushing training board through dovetail inserts 3. The shape of the corner ball-pushing boards 2 is 1 / 4 circle, and the radius of the corner ball-pushing boards 2 is consistent with the length of the square wave ball board 1. The corner ball-pushing boards are changed from the original triangular boards to 1 / 4 circle boards, and the original straight line bevel is modified to the current arc shape, which increases the movement area of ​​the ice hockey during ball control training and can adapt to movements in a wide angle range. The combination of the 1 / 4 circular corner ball-dipping board and the square ball-dipping board can more realistically simulate the complex ball-control environment of the court, which is conducive to the players' multi-angle and immersive ball-control training. The square ball-dipping board 1 is provided with one or more scoring areas 4 and losing areas 5, and the corner ball-dipping board 2 is also provided with a scoring area 4. LED lights 6 are provided in the scoring area 4 and the losing area 5. The LED lights are controlled by a PCB light board 7. The PCB light board 7 is placed on the inner side of the square ball-dipping board 1 and the corner ball-dipping board 2. The losing area 5 of the square ball-dipping board 1 is located in the middle, and the scoring areas 4 are scattered around.

[0030] The square ball-selecting single board 1 and the corner ball-selecting single board 2 are made of a plastic board 8 and an EVA sponge board 9 bonded together. The EVA sponge board 5 is placed under the plastic board 4, and a groove 10 is provided in the EVA sponge board 5. The LED light 6 and the PCB light board 7 are placed in the groove 10 accordingly. The LED light 6 and the PCB light board 7 are connected by a cable.

[0031] Furthermore, each LED light 6 fixed in the groove 10 corresponds to a sensor, and the sensor and the LED light 6 are connected and controlled by the PCB light board 7. When an ice hockey puck slides over, the sensor is subjected to pressure sensing, and this pressure sensing is fed back to the PCB light board 7, thereby lighting up the corresponding LED light 6.

[0032] The PCB light board 7 is placed in the light board shell 11. The light board shell 11 is provided with a clip 13 for fixing the PCB light board 7 and a through-hole 12 for the cable to pass through. The clip 13 fixes the PCB light board 7 to prevent it from moving and increase its service life. The through-hole 12 plans the route of the cable so that the line is not scattered.

[0033] Since the square ball-pushing veneer 1 and the corner ball-pushing veneer 2 are connected and disassembled by the dovetail insert 3, they can be assembled into various training modes according to the actual training conditions of the players, namely:

[0034] The first splicing mode of the ball-pushing board is to splice two square ball-pushing boards 1 to form a rectangular ball-pushing board, splice 1 / 4 semicircle corner ball-pushing boards 2 on both sides of the rectangular ball-pushing board, and then connect the remaining two square ball-pushing boards 1 under the 1 / 4 semicircle corner ball-pushing boards 2 to form a 270° "C"-shaped ball-pushing training board.

[0035] The second splicing mode of the ball-pushing board is to splice two square ball-pushing boards 1 to form a rectangular ball-pushing board, splice a 1 / 4 semicircle corner ball-pushing board 2 at the bottom of the rectangular ball-pushing board, and then connect the remaining two directional ball-pushing boards 1 on both sides of the corner ball-pushing board 2 to form a "J"-shaped ball-pushing training board.

[0036] The third splicing mode of the ball-pushing board is to form a rectangular ball-pushing board with four square ball-pushing boards 1, and place two corner ball-pushing boards 2 on any square ball-pushing board 1 on both sides of the rectangular ball-pushing board to form a special-shaped ball-pushing board with wings on both sides.

[0037] The fourth splicing mode of the ball-pushing board is to make four directional ball-pushing single boards 1 into a large square ball-pushing board, and arbitrarily connect two corner ball-pushing single boards 2 to the outside of any large square ball-pushing board to form a special-shaped ball-pushing board.

[0038] Players can combine the training boards by themselves according to the training situation, and use the dovetail inserts to combine and splice the shapes by themselves, so as to realize the modularization, standardization and combination of the training boards, realize the free combination of training modes, and facilitate multi-functional training.

[0039] After the player turns on the machine, he or she selects the mode by using the sensor ball and the corresponding sensor point on the mainboard. The LED light 6 in the scoring zone 4 lights up to select the mode, and the LED light 6 in the losing zone 5 lights up to start training. Mode 1 is basic training, which only performs scoring training; Mode 2 is a random mode, which will randomly appear 1 to 3 scoring points and 1 to 3 losing points within the countdown. The user scores by avoiding the losing points in the losing zone 5 and touching the scoring points in the scoring zone 4. If the losing points in the losing zone 5 are touched, points will be deducted.

Claims

1. A freely spliced ​​ball-moving board, characterized by: The ball-moving board main body comprises a plurality of square ball-moving boards (1) and corner ball-moving boards (2), wherein one of the square ball-moving boards (1) is a main board, and the square ball-moving boards (1) and the corner ball-moving boards (2) form a 270-degree ball-moving training board through a dovetail insert (3). The square ball-moving boards (1) are provided with a scoring area (4) and a losing area (5), and the corner ball-moving boards (2) are also provided with a scoring area (4). LED lights (6) are provided in the scoring area (4) and the losing area (5), and the LED lights are controlled by a PCB light board (7). The PCB light board (7) is placed inside the square ball-moving boards (1) and the corner ball-moving boards (2).

2. The freely spliced ​​ball-moving board according to claim 1, characterized in that: The losing zone (5) of the square ball-moving single board (1) is located in the middle, and the scoring zones (4) are scattered around.

3. The freely spliced ​​ball-moving board according to claim 2, characterized in that: The shape of the corner ball-moving single plate (2) is a quarter circle, and the radius of the corner ball-moving single plate (2) is consistent with the length of the square ball-moving single plate (1).

4. The freely spliced ​​ball-moving board according to claim 3, characterized in that: The square ball-moving single plate (1) and the corner ball-moving single plate (2) are formed by bonding a plastic plate (8) and an EVA sponge plate (9); the EVA sponge plate (5) is placed below the plastic plate (4); and a groove (10) is provided in the EVA sponge plate (5); an LED light (6) and a PCB light board (7) are correspondingly placed in the groove (10); and the LED light (6) and the PCB light board (7) are connected via a wiring harness.

5. The freely spliced ​​ball-moving board according to claim 4, characterized in that: The PCB light board (7) is placed in a light board shell (11), and the light board shell (11) is provided with a buckle for fixing the PCB light board (7) and a through hole (12) for the wiring to pass through.

6. The freely spliced ​​ball-moving board according to claim 1, characterized in that: The number of the corner ball-moving single plates (2) is 2, and the number of the square ball-moving single plates (1) is 4.

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