JP6212681B1 - Soccer practice system - Google Patents

Abstract

The present invention provides a soccer training machine that has a physical ability to trap and shoot a shot, heading, or passed ball on a goal post and practice alone or with a small number of people. SOLUTION: Three goal posts 2 are provided in a central portion of a small circular field, and are separated into three goals A, B and C. A shield 4 is installed in each field, and the ball hitting the shield is a practice machine in which the ball is returned by reflection from the shield. The shot ball is collected by the collecting device 5 and distributed again to the field. . When the ball is passed to each shield, the ball is returned to the fly ball: straight ball, etc. from the shield, and the ball with the shoot and the ball coming out from the field line is collected by the automatic collection device and is again distributed to the field by the launching device. It is a soccer practice device. [Selection] Figure 1

Description

Detailed Description of the Invention

The present invention relates to a soccer practice device equipped with a ball collecting device for practice: a ball launching device for such issues as goal shoot, heading, pass, and the like as problems indispensable for soccer practice.

For soccer practice, a soccer practice device featuring a miniaturized practice court that can be practiced by a small number of people is required.

A training device with a goal post in the practice area, a back net around it, and a ball collecting device around it is required.

Conventionally, there are various practice devices for soccer practice, but even if a player uses a shoot practice machine, there is no ball collecting device.

Traditionally, soccer players can improve their skills by, for example, practicing 100 shots each day, but the kicked balls can only be collected by themselves or by friends. Conventionally, there is little practice in group groups such as clubs, and only skill improvement is achieved with a game.

In the previous section, we explained conventional shooting practice, but there was a problem that there were few practice of various elements such as heading, flyball, straight ball, corner kick and so on.

Patent No. 5969665 Inventor Takeo Miyamoto

Patent No. 5,969,665 in the previous paragraph was the inventor, but because of its large scale, it is generally difficult to commercialize it. For these reasons, a miniaturized training machine was devised.

Means to solve the problem

(Claim 1) of the present plan, a small circular field 1 is provided, the field 1 is divided into three parts, and a goal post 2 is separately installed in the vicinity of the center of the circular field 1, one by one for a total of 3 A stand. A different shield (A Shield: B Shield: C Shield) is installed in the first part of the field.
When three ball posts 2 are combined, a triangle is formed, and the triangle is placed on a circular base. The circular base is a structure that rotates by setting time, and each player can practice different types of practice.
The back side of the rubber Ruposuto 2, there are variations reflector 4 reflects inverted kicking a ball, is Henkyu, players its ball deal practice.
A training machine in which an inclined collection path 5 is installed on the lower surface of the side line, balls are accumulated on the back side of the goal post 2, and the balls are returned to the player again by the launcher 7.

A small rectangular field 1 described in (Claim 2) of the present plan is provided, and goal posts 2 are provided on both the east side and the west side goal line of the field 1, and the north side on the side line side on the south side (A vertical) Shield: B Advance shield: C Bow shield 4) A defensive net is placed around.
Each of the above shields (4A: 4B: 4C) will be the best practice for a game with a small number of people.

Regarding the launching device described in claim 3 of the present invention, the launch device was devised with the aim of simple equipment as much as possible, which is a combination of the kick bat device 6 and the wind pressure launching device 7. In addition, if a separate launcher is required according to the environment, it is possible to change the case.

As for the shield described in (Claim 4) of this proposal, all different balls are returned. The most important thing in soccer is how to handle the returned balls. There is a shooting practice device. However, there is no training machine device that can handle the return ball, so this plan was incorporated into the training device in view of the importance of the shield. Needless to say, any material that can be used for the shield reflector is plywood: net: general sheet.

(Claim 5) of the present plan will be described.
Explaining “Trinity Shield”, A Shield: B Shield: C Shield is an integrated practice device that can automate them and change the position inside the shield automatically and indiscriminately at the installation location.

  (Claim 6) of the present plan will be described. A ball net is placed in the space between the goal post 2 and the defense net. The ball ball 8 is a light-weight structure and automatically Ascending while rotating about a quarter, they are thrown down to the inclined ball collection path 4, and further moved to the installation location of the wind pressure launcher 5, and the ball is fired toward the field by the wind pressure launcher 5. apparatus.

(Claim 7) of the present plan will be described.
The deformation net 2 is attached to the back side of the goal post 1, and the deformation net 2 circulates curved deformation nets at the upper part: lower part: both ends in the goal post 1.
When the shot ball hits the curved surface of the deformation sheet 2, the ball is reflected and moved to the ball collection port 3 in the center of the goal post 1. The ball collection port 3 is provided with a ball inclined collection path 4. Is a device that moves the ball to the end of the goal post 1 and returns to the field by the wind pressure launching device 6.

(Claim 8) of the present plan will be described.
The water turbine type recovery machine device 1 generally needs to excavate the ground to recover the kicked ball, and the recovery device device 1 simply moves the balls accumulated in the basement to a high place, A device that returns the ball to the field.

(Claim 9) of the present plan will be described.
This is a device for excavating the ground, installing a recovery device in the underground part, and returning the ball to the field by the wind pressure launching device 6. However, this proposal was devised on the premise of a small wind pressure launching device 6, and since there is a limit to the wind pressure, a light launching device is used, so there is a limit to the wind pressure, so 2 to 3 wind pressure launchers are separated. (The pressure applied to the object by the wind increases in proportion to the square of the wind speed)

Means that the Invention is to Solve

The proposed training machine is a compact, circular field that is divided into three parts, and a ball post is installed near the center of each field. A total of three units are placed around the field or the boundary between adjacent parts divided into three parts. A ball collection path is provided on the ground at the boundary of the three divisions, the slope is inclined toward the center, a ball accumulation place is provided in the center, and a launching device is provided next to it, which automatically shoots, collects, etc. manually. We have devised a practice device that can be practiced by one person without bothering you. However, the fact that the field was divided into three enabled multiple people to practice by effectively using a small area.

Each of the shields is an A vertical shield, a B forward bent shield, and a C backward bent shield, and the ball kicked by the player bounces back and returns to the player again.

The A vertical shield is returned as a straight ball, the B forward bent shield is returned as a Goro ball parallel to the ground, and the C backward bent shield is returned as a fly ball.
A: B: C: The ball returned from the shield. Bound ball: Flyball etc. is received by the body and moves to the next action instantaneously.

The D Trinity Shield is a combined shield of the characteristics of A Shield: B Shield: C Shield. A protective plate (roof shape) is attached to the upper part of the integrated shield. In addition, the D-trinity shield has a foldable structure and a lightweight structure, so that it can be easily transported in a general automobile.

Effect of the invention

The circular field has a small practice area and is easy to install a soccer training machine.

  The soccer training machine according to the present invention is a training machine for shooting, passing, heading, corner kick, etc. when one or a small number of players are in a soccer field.

  A lot of A shield, B shield, C shield, and D shield (trinity shield) are circulated around the side line of a small soccer field. When the ball is returned, the player is a training machine that moves to the next action. Naturally, the soccer practice device in which the ball with the shot and ball coming out of the field line is collected by the collecting device and is again placed on the field.

Examples will be described below.
1 and 2 are circular fields. The field is divided into three parts, a goal post is provided at the tip of each triangular field, a defensive net is surrounded, and an inclined ball collection path is provided at the boundary of the three parts. In the vicinity of the goal post, a ball collecting and launching device will be installed. A shield, B shield and C shield will be installed around the field.

Figure 3 shows a small rectangular field surrounded by a defense net. Goal posts are installed on the left and right, a ball collection path is provided on the back of the goal post, and the collected balls are distributed to players. Set up the equipment.
There are many shields lined up on the side line. Furthermore, the system device shown in FIG. 3 is structured so that two to four people can play a game.
As shown in the drawing, Figure 4 shows an A vertical shield, a B forward shield, and a C bow shield, each different ball being returned and processed by the body.

5 and 6, there are a ball collection path and a launching device. The collected ball is returned to the field via a ramp with a rotary kick bat by the launching device.

Fig. 7 shows a D-trinity shield that can convert one shield into 3 types (A vertical shield, B forward shield, C bow shield).

Figure 8 shows a small training machine, all of which are small-scale structures. A defensive net is placed around the goal post. An inclined recovery path and a rotary recovery rod are placed in the space between the goal post and the back net. When the balls are collected in the collection basket, the practice machine launches various balls from the wind pressure type launching device after a quarter of a turn, throwing the ball into the collection path, and moving to the launching device.

Fig. 9 shows the upper part of the goal post: the lower part: a curved deformation net around the ends, a ball recovery port at the center, and the player shooting the ball on the goal post. In response to this reaction, the ball enters the recovery port, passes through the inclined recovery path, and is launched and sent to the field by wind power.
This device has a simple structure and can be installed without excavating the ground, so it can be moved and transported elsewhere.

Fig. 10 shows that the most required requirement in this proposal is how to move the balls accumulated in the basement without excavating the ground with a simple structure to move to the high part. A structure that fully satisfies

FIG. 11 shows that the wind pressure can be easily launched and distributed in the field, as described above, and the wind pressure increases in proportion to the two wind speeds. I can do it.

The world's football population is 270 million Japan's football population 6.4 million people Japan's futsal population 3.7 million people “Soccer practice device” is a large soccer practice device, so the purchase burden is large. Developed as an easy-to-purchase product for individuals.

  It is a circular court soccer practice field and a perspective view.   It is a circular court, a soccer practice field, and a front view.   It is a conceptual diagram of a futsal court and a practice field.   Illustration of A shield, B shield, C shield   Side view of ball collection and launching device   Front view of ball collection and launching device   D Shield, “Trinity” D Shield, illustration   Practice aircraft A (Ball collection: Launcher) sketch   Practice aircraft B (Ball collection: Launcher) Front view: Side view   Rotating type (Ball collection: Launcher) Front view: Side view   Wind pressure launcher, side view

[Reference sign of FIG. 1] [Reference sign of FIG. 2] Same reference sign Circular court soccer practice field, perspective view [Reference sign of FIG. 2]
Circular court, soccer practice field, front view 1 Field 2 Goal post 3 Circular back net 4 A shield (vertical shield): B shield (forward shield); C shield (bow shield)
5 Ball collection path 6 Player position 7 Ball launcher 8 Side net 9 Back net post

[Reference in FIG. 3]
Conceptual diagram of a small practice field 1 Field 2 Goal post 3 Back net 4 A: B: C: Shield 5 Ball collection path 6 Player position 7 Launcher

[Reference in FIG. 4]
Illustration of A Shield, B Shield, and C Shield A Vertical shield B Forward tilt shield C Bow shield

FIG. 6 is a side view of the ball collecting and launching device with the same reference numerals.
Front view of ball collection and launcher 1 Ball collection path 2 Ball launcher 3 Ball launcher 4 Kick bat opening path 5 Ball collection pipe: Ball launcher: Path 6 Kick bat 7 Wind pressure launcher 8 Motor

[Fig. 7]
Pass rebound, “Trinity” shape, explanatory diagram A Vertical shield Outline B Forward shield Outline C Arch shield Outline D Combined outline

[Fig. 8]
Small practice aircraft A (ball recovery: launching device) sketch I Goalpost 2 Side net 3 Back net 4 Ball collection path 5 Wind pressure launcher 6 Cylindrical ball launch path 7 Ball launcher 8 Ball stacking rod 9 Motor for moving the collection rod up and down

FIG. 9
Small training machine B (ball recovery: launching device)
DESCRIPTION OF SYMBOLS 1 Goal post 2 Deformation net 3 Ball collection port 4 Ball inclination collection path 5 Ball launcher 6 Wind pressure launcher 7 Net support 8 Warping board

FIG. 10
Small rotary type, ball collection: launch device 1 rotary collection device 2 fixed plate of the whole device 4 ball collection path 5 belt 6 motor 7 rotation gear 8 turntable center shaft 9 guide path to ball launcher 10 to upper stage of ball Induction tray

FIG. 11
Ball wind pressure launcher 1 Cylindrical launch path 2 Ball inlet valve 3 Launcher storage 4 Ground line 5 Launcher power switch 6 Wind pressure launcher

Claims (8)

A small circular field for soccer practice, a defense net surrounding the circular field, and a goal post provided at a position corresponding to the vicinity of the center of the circular field in each of the circular fields divided into three A ball collecting device provided near the back side of the goal post, a defense net provided in an adjacent portion where the three divided fields are adjacent to each other, and an adjacent portion where the three divided fields are adjacent to each other Provided on the ground, the collected balls can be collected in the center of the circular field, and the ball collecting path is an inclined path, and the balls collected by the ball collecting path are large fly, medium fly, goro, straight A ball launcher capable of launching in the direction of a player waiting in the field with different spheres such as a ball, and the like 3 Soccer training system comprising: the several shields installed in each of the divided fields, a. 2. The soccer practice system according to claim 1, wherein a ball that has passed through the ball collection path is controlled to be fired at a long distance, a medium distance, a short distance, or a strength launch by the ball launcher. The soccer practice system according to claim 1, wherein the shield includes any one of a vertical shield, a forward shield, and an arcuate shield. The soccer practice system according to claim 3, wherein the shield includes a shield having a structure that can be converted into three types of a vertical shield, a forward shield, and a bow shield. And a ball collection basket placed in a space between the defense net routed behind the goal post and the defense net routed behind the goal post and the goal post. The soccer practice system according to claim 1, further comprising a ball collection basket that automatically rotates about a quarter when it is accumulated in the basket. Furthermore, on the back side of the goal post, a curved goal net pasted around the upper, lower and both ends of the post, a ball insertion port provided in the center of the goal net, and on the back side of the insertion port The soccer practice system according to claim 1, further comprising an attached inclination collection circuit. The soccer practice system according to claim 1, wherein the ball collecting device is a rotary ball moving device, and moves the balls accumulated under the ground to a high place by the rotary collecting device. The said ball | bowl launcher is an apparatus which carries out the field delivery of the collect | recovered ball | bowl with a wind launcher, The said wind pressure launcher was attached to 2 or 3 units | sets separately, The said 1st aspect is characterized by the above-mentioned. Soccer practice system.

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