BALL CONTROL SKILL TRAINING DEVICE FOR ICE HOCKEY

Abstract

A shoe surface structure with variable luminescent pattern; the shoe surface is combined on the light conduction sole to form a shoe. An illuminator is hidden in the light conduction sole, a light conduction structure is hidden in the shoe surface. When the illuminator emits light, the light is conducted through the light conduction sole to the bottom of light conduction structure, the light is conducted from bottom to top, the overall light conduction structure gets light. The outer layer of the shoe surface has a hollowed frame, and a light screen covers the hollowed frame hollowed frame. The light screen has a hollowed pattern, when the light conduction structure receives light, the light is transmitted out of the hollowed pattern. The light screen can be changed at any time, so as to generate different light patterns, implementing innovation, extraordinariness, night caution and commodity personalization.

Description

BACKGROUND OF INVENTION

1. Field of the Invention

The present invention relates to the technical field of training equipment, in particular to a ball control skill training device for ice hockey.

2. Description of Related Art

The important basic skills of ice hockey are ball-controlling, passing, shooting, and sliding skills. They are the skills used by players to perform point and surface skills in ice hockey games, and are the means to achieve tactical cooperation in ice hockey. The ball-controlling dribble skill is the most basic and important ball-controlling skill, and is often used when fighting, passing, shaking the goalkeeper, preparing to pass and shoot. Therefore, it is necessary to develop a digital ball control skill training device that can train athletes in ball control training and ball control reaction training, so that athletes can gradually improve the level of ball control under the digital scene training method and objectively understand their own level of ball control, and remind them to grasp the opportunity of passing shots. Tim training device is used for setting goals and progressively improving skill ability.

For example, the invention patent with the patent number “201721533187.7” discloses an intelligent ball control device for ice hockey, which can solve the above problems. However, since the training device adopts infrared for counting induction, during the use process, whether the ball passes, the non-ball passes, or the dub accidentally touches the cross-members, etc., the counting induction will be triggered. Undoubtedly, the induction accuracy of the disclosed training device is low, resulting in low accuracy of training data, thereby reducing the training effect of athletes.

SUMMARY OF THE INVENTION

According to one aspect of the present invention, there is provided an ice hockey ball control skill training device, which compromises a plurality of cross-members hinged end to end, and connecting ends of two adjacent cross-members are provided with a fixing component for connecting and fixing. The ball control technology training device for ice hockey also compromises a ball, an LED lighting component, and an induction component. The induction component compromises a plurality of Hall elements and electromagnetic induction elements, a plurality of Hall elements are respectively arranged on a plurality of cross-members, and the electromagnetic induction elements are arranged in the ball; when the ball passes through the corresponding area under the cross-members, the electromagnetic induction element can trigger induction with the Hall element.

The present invention provides a device for ice hockey ball training. During the training process, when the ball passes the corresponding area under the cross-members, the electromagnetic induction element can trigger induction with the Hall element; compared with the ball control technology in the prior art, the device has a more accurate induction function. The device is improved under the existing technology, and Hall induction is used to improve the precision of the induction, so that the training data of the device is more accurate and the training effect is improved. In some embodiments, the ice hockey hall control skill training device further compromises a controller, a chronograph counter, and a plurality of LED lighting components. The controller is provided on one of the cross-members, and the LED lighting components are respectively provided on the end surfaces of the cross-members. The controller is connected with several LED lighting components and several induction components respectively.

Thus, the controller is used to control the LED lighting components, and cooperate with the induction components to jointly control the LED lighting components.

In some embodiments, the ball control skill training device for ice hockey also compromises a chronograph counter, which is provided on the cross-member, and is connected to a control board component; the c counter is configured to count the induction times of the electromagnetic induction element and the Hall element in the ball.

Thus, the chronograph counter is used to count training data within a predetermined time.

In some embodiments, the ice hockey ball control skill training device further compromises a control switch, which is provided on one of the fixing components.

Thus, the control switch is used to turn on/off the device.

In some embodiments, the ball control skill training device for ice hockey further compromises a mode selection switch, and the mode selection switch is provided on one of the fixing components.

Thus, the mode selection switch is used to select the training difficulty mode of the device.

In some embodiments, the ice hockey ball control technical training device further compromises a charging port and a charging indicator, and the charging port and the charging indicator are provided on one of the fixing components.

Thus, the charging port and the charging indicator are used to charge the device and indicate the power status.

In some embodiments, the fixing components compromises a fixing column and a carriage bolt, and the cross member is installed on the fixing column through the carriage bolt.

Thus, the cross member is installed by the carriage bolts, which is convenient for adjustment and installation.

In some embodiments, the ball compromises a main body and two vertically distributed ball covers. The central portion of the main body is provided with an installation cavity for mounting an electromagnetic induction element. The two ball covers are provided on the upper and lower end surfaces of the main body to seal the installation cavity.

Thus, the electromagnetic induction element is sealed in the installation cavity of the main body, and then encapsulated by two ball covers.

In some embodiments, the ball compromises an electromagnetic induction element wrapped with rubber, and the outside of the rubber is encapsulated by injection molding.

As a result, the electromagnetic induction element is sandwiched between the rubbers and the outside is encapsulated by integral injection molding to seal the electromagnetic induction element.

The beneficial effects of the present invention are specifically embodied in that the ice hockey ball control technology training device provided by the present invention can improve the induction accuracy of the ball passing through the cross member; thereby improving the accuracy of the training data.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a three-dimensional structural schematic view of an ice hockey ball control skill training device according to an embodiment of the present invention.

FIG. 2 is a three-dimensional structural schematic view of the ice hockey ball control skill training device shown in FIG. 1 from another perspective.

FIG. 3 is a three-dimensional structural schematic view of the ball control skill training device shown in FIG. 1 when it is folded.

FIG. 4 is a three-dimensional structural schematic view of a fixing component in the ball control skill training device of the ice hockey shown in FIG. 1.

FIG. 5 is a schematic structural top view and cross view of a ball in the ball control training device for the ice hockey shown in FIG. 1.

FIG. 6 is a schematic view of a plane of a ball in the ball control training device for ice hockey according to another embodiment of the present invention.

Reference numbers in the drawings: 1-cross member, 11-connecting hole, 12-limit slot, 2-fixing component, 3-ball, 31-main body, 32-ball cover, 41-Hall element, 42-electromagnetic induction element, 5-controller, 6-lighting component, 7-chronograph counter, 81-control switch, 82-mode selection switch, 83-charging port, 84-charging indicator.

DETAILED DESCRIPTION OF THE INVENTION

The present invention will be described in further detail below with reference to the drawings.

EMBODIMENT 1

With reference to FIGS. 1-3, a ball control skill training device for ice hockey according to an embodiment of the present invention is shown schematically, compromising a plurality of cross members 1 hinged end to end, and the connecting ends of two adjacent cross members 1 are provided with a fixing component 2 for connecting and fixing. The ball control skill training device for ice hockey also compromises a ball, an LED lighting component 3, and an induction component. The induction component compromises a plurality of Hall elements 41 and electromagnetic induction elements 42. A plurality of Hall elements 41 are respectively provided on a plurality of cross members 1, and the electromagnetic induction pieces 42 is provided in the ball 3; when the ball 3 passes through the corresponding area under the cross member 1, the electromagnetic induction element 42 can trigger induction with the Hall element 41. The fixing component 2 in this embodiment is a hinge buckle.

The present invention provides a device for ice hockey ball training. During the training process, when the ball 3 passes under the cross member 1, the electromagnetic induction element 42 can trigger the induction with the Hall element 41; compared with the ball control device in the prior art, the device has more accurate induction. The device is improved under the existing technology, and Hall induction element Is adopted to improve the induction accuracy, so that the training data of the device is more accurate and the training effect is improved.

In this embodiment, five cross-members 1 are provided. The five cross-members 1 can be hinged at both ends. When the cross-member 1 is placed on a plane through the fixing component 2, the bottom end surface of the cross-member 1 has a certain distance from the ground for the ball 3 to pass through. The cross members 1 at the head and tail ends are also provided with cross members 1, that is, six fixing components 2 are provided. Five Hall elements 41 are also provided, and the five Hall dements 41 are respectively provided on the lower end surfaces of the five cross members 1.

With reference to FIGS. 1-3, the ice hockey ball control skill training device further compromises a controller 5 and a plurality of LED lighting components 6; the controller 5 in this embodiment is a single-chip microcomputer, and the number of LED lighting components 6 is equal to the number of cross members 1, which are both five; the controller 5 is arranged inside one of the cross members 1, the five LED lighting components 6 are respectively arranged on the end surfaces of the five cross members 1, the controller 5 is connected with the five LED lighting components 6 and five induction components respectively. The controller 5 is used to control the LED lighting component 6 and cooperate with the induction component to jointly control tire LED lighting component 6 to emit light.

With reference to FIGS. 1-3, the hockey ball control skill training device further compromises a chronograph counter 7, the chronograph counter 7 is provided on one of the cross members x, the chronograph counter 7 is connected to five Hall elements 41; the chronograph counter 7 is configured to count the number of inductions of the electromagnetic induction element 42 and the Hall element 41 in the ball 3. The timer counter 7 is used to count training data.

With reference to FIG. 4, the ice hockey ball control skill training device further compromises a control switch 81, which is provided on one of the fixing components 2. The control switch 81 is used to turn on/off the device. The mode switch adjusts the difficulty.

With reference to FIG. 4, the hockey ball control skill training device further compromises a mode selection switch 82, and the mode selection switch 82 is provided on one of the fixing components. The mode selection switch is used to select the training difficulty mode of the device.

With reference to FIG. 4, the ice hockey ball control training device further compromises a charging port 83 and a charging indicator 84. The charging port 83 and the charging indicator 84 are provided on one of the fixing components 2. The charging port 83 and the charging indicator 84 are used to charge the device and indicate the power status.

In this embodiment, the ball 3 compromises a main body and two vertically distributed ball covers. The central portion of the main body is provided with an installation cavity for installing the electromagnetic induction element 42. The main body is a rubber. The two ball covers are provided on the upper and lower end surfaces of the main body. The electromagnetic induction element 42 is sealed in the installation cavity of the main body, and then encapsulated by two ball covers.

The power supply mode of the device can be either the access-type power supply or the battery power supply, and the power supply mode can be set according to requirements. The chronograph counter 7 is provided with a display screen, which is located on the end surface of the cross member 1 at the head end, and the display screen is used to display the time and measurement data of the chronograph counter 7.

With reference to FIGS. 1-3, the fixing component 2 compromises a fixing column and a bolt, and the cross member 1 is installed on the fixing column through the bolt.

EMBODIMENT 2

In this embodiment, the central portion of the main body 31 is provided with an installation cavity for mounting the electromagnetic induction element 42. The electromagnetic induction element 42 is integrally wrapped by a rubber coating process, and then plastic-wrapped by an injection molding process outside the rubber.

The structures of the first and second embodiments of the device are roughly similar, and the specific working principles are as follows:

First of all, according to the requirements of training, the adjacent cross-members 1 can be set at different angles, so that the training device is set into different shapes; turn on the control switch 81, so that the training device is in a state of being energized. Then, enter the training mode and select the training difficulty. The controller 5 lights the LED lighting components on the cross member 1 at random, and the Hall element 45 below the cross-member 1 is in working state. Tim athletes are prompted by the LED lighting components 6 to put the ice ball into the effective area below the cross member 1 where the LED lighting component 6 is lit. If passing successfully, the Hall element 41 and the electromagnetic induction element 42 on the ball 3 trigger induction, then the chronograph counter 7 counts up by one; the controller 5 randomly lights another LED lighting component 6 according to the training requirements, and the athlete needs to put the ice hockey into the effective area below the cross-member 1 where the LED lighting component 6 is lit. If successfully passing, the Hall element 41 and the electromagnetic induction element 42 triggers Hall induction, the chronograph counter 7 counts up again. Repeating the above, when reaching the prescribed time and completing the training, the chronograph counter 7 counts the total number of times the training object passes through the cross member 1 to evaluate the training effect.

The training device for controlling the ball of the ice hockey provided by the present invention can improve the induction accuracy of the ball 3 passing through the cross member 1; thereby improving the accuracy of the training data.

A. The traditional training method for ice hockey ball control does not have the functions of sending signals and induction technology. The present invention breaks through the tradition and adds digitization and informatization to the training method. Therefore, the present invention constitutes the innovative features of digitization, informationization and sceneization, and breaks the backward form of traditional training methods;

B. in ice hockey, the four basic personal ice hockey skills are passing, controlling, shooting and sliding, where ball control is a necessary skill for athletes. If ball control skill cannot achieve effective ball control, no matter whether it is positioning or during the sliding process, whether it can control the ball to pass through the crowd and opponents is one of the most important and necessary skills for the offensive and defensive players; using the present invention patent for training can effectively improve the athlete's personal ability, improving the athlete's competitive level and the ability to win in the competition.

C. The same with other ball sports is the importance of personal skills. The difference is that ice hockey is the fastest team ball project. Every skill training needs more professional and skillful training products. Obviously, the training device provided by the present invention can meet the above requirements.

D. This product can also add various programming software with action signals, and cooperate with the signal system with luminous function, and the digital sensor system, so that compared with the ordinary ball control training device, this product has formed information, digital and scene-oriented product characteristics, breaking the backward situation of traditional ice hockey training equipment in the past 20 years, and meeting the training needs of a new generation of players growing in an intelligent and technological environment.

What has been described above is merely some specific embodiments of the present invention. For those ordinary skilled in the art, several modifications and improvements can be made without departing from the inventive concept of the present invention, which are all within the scope of protection of the present invention.

Claims

1. A shoe surface structure with variable luminescent pattern, comprising:

an insole (22) being, combined under a shoe surface (20), and wherein the insole (22) is combined on a light conduction sole (10) to form a shoe (30);

an illuminator (40) being hidden in the light conduction sole (10), when the illuminator (40) emits light, the light rays can penetrate into the light conduction sole (10) and be transmitted from the inside to the outside to the entire light conduction sole (10);

a light conduction structure (50) being hidden in the shoe surface (20); wherein a bottom (50a) of the light conduction structure (50) extends out under the shoe surface (20), and contacts the light conduction sole (10), when the light conduction sole (10) receives light, the light can be conducted from the bottom (50a) of the light conduction structure (50) up to the top (50b), so that the whole light conduction structure (50) gets light;

wherein an outer layer of the shoe surface (20) has a hollowed frame (24), the hollowed frame (24) corresponds to the light conduction structure (50); a light screen (70) covering the entire hollow frame (24) is provided; the light screen (70) is lightproof or semi-lightproof, and is in face-to-face corresponding contact with the light conduction structure (50); the light screen (70) is provided with a hollowed pattern (71); when the light conduction structure (50) receives light, the light is transmitted out of the hollowed pattern (71).

2. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein an edge of the hollowed frame (24) has inside-outside double fastener clamping slots (25), the outer circumference of the light screen (70) can be inserted in the clamping slots (25) and fixed.

3. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein the shoe surface (20) is provided with multiple punch holes (26) around the hollowed frame (24), and the light screen (70) is provided with multiple tenons (72) corresponding to the punch holes (26), the tenons (72) can be embedded in the corresponding punch holes (26) to fix the light screen (70).

4. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein there is a steplike groove (27) in the edge of the hollowed frame (24), and there is a steplike lug (73) outside the edge of the light screen (70), the lug (73) can be embedded in the corresponding groove (27) to fix the light screen (70).

5. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein there is an additional outer ring plate (28) outside the shoe surface (20), the outer ring plate (28) has an orifice (281) corresponding to the hollowed frame (24); the inner side face of the outer ring plate (28) is partially combined with the shoe surface (20), the uncombined portion is used as the clearance for fixing after the outer edge of light screen (70) is inserted.

6. The shoe surface structure with variable luminescent patter defined in claim 1, wherein an outer side edge of the hollow frame (24) and an inner side edge of the light screen (70) are fixed together by a double-sided film (75).

7. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein the hollowed pattern (71) is one or a combination of the following items, words trademark, descriptive trademark, totem, lines, symbol, English letters, Arabic numerals and name.

8. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein the back side of the light conduction structure (50) is combined with a reflector plate (52) with a reflected light source, the reflector plate (52) and light conduction structure (50) are laminated.

9. The shoe surface structure with variable luminescent pattern defined in claim 1, wherein the hollow frame (24) is arranged on the left side or right side of shoe surface (20), or the backside thereof.