JPH06304336A - Soccer simulation machine - Google Patents

Abstract

PURPOSE:To provide a soccer simulation machine capable of being easily arranged to any place having definite width and capable of performing a soccer play in actual fighting feeling. CONSTITUTION:A kicking mat 7 having a sensor 6 measuring a kicking state horizontally built therein is provided to the foldable training space 5 surrounded by a net 4 having a predetermined space 2 and permitting light to pass and a simulation machine main body 8 performs the automatic diagnosis of kicking on the basis of the data from the sensor 6 and the program built in the sensor to display the kicking state on a screen and displays the goal of a soccer field on the screen. Therefore, simulation soccer is enjoyed under bright sunshine.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a soccer simulation machine capable of practicing soccer play such as goal kick and free kick in a narrow place without being restricted by the weather or time zone.

[0002]

2. Description of the Related Art In order to practice soccer play such as conventional goal kicks and free kicks, it is necessary to actually kick a soccer ball with a real goal installed in a plaza or the like. Also, as a simple thing, make a smaller one than a real goal, set some goals in that goal, and kick the soccer ball toward the small goal, and the soccer ball will be the goal of that goal. When hit, various sounds are produced depending on the hit target, and results such as the illumination lamp blinking are displayed.

[0003]

However, in the case of the simple type goal as described above, there is a reaction only when the soccer ball hits the goal provided therein, and the soccer ball kicked by the player The track, directionality, flight distance, arrival position, etc. are completely unknown. In addition, even if it is a simple type, if the distance between the kicking position and the goal of the goal is too close, it will not be fun and practice even if the player kicks the soccer ball, so in the end, a considerable space is required. It will be.

Therefore, the present invention has been made in view of the above circumstances, and it is possible to practice a goal kick or a free kick even if there is not a large space, and the track, directionality, and distance of the soccer ball kicked by the player. It is an object of the present invention to provide a soccer simulation machine capable of simulating the reaching position and the like, and being able to feel the feeling of kicking in actual battle.

[0005]

In order to solve the above-mentioned problems, a soccer simulation machine of the present invention has a net having a predetermined space and a light-transmissive net so that a kicked soccer ball is not exposed to the outside of the predetermined space. A practice space surrounded by, for example, a foldable space, a kick mat installed near the practice space and having a sensor for measuring at least the flight distance of the soccer ball when the soccer ball is kicked, and the kick mat Based on the information input from the sensors inside, the automatic diagnosis of the kick is performed based on the program entered in advance, and the simulation machine main body that displays each goal on the soccer field on the screen is displayed. The space is made up of a frame that surrounds the prescribed space with air tubes. Good become attached to Bodama net to the air tube while securing the grant sheets, also the simulation machine body, it is better to operate by placing the currency.

Further, it is preferable that the simulation machine main body is portable.

[0007]

According to the soccer simulation machine having the above-mentioned structure, the practice space is assembled and arranged at the installation location, and the kick mat and the simulation machine main body are provided close to the practice space, respectively, to complete the construction and kick. Put a soccer ball on the mat, operate the simulation machine body, project any goal of any soccer field on the screen, and aim the soccer ball in the practice space with the player's right foot or left foot When you kick towards, the sensor in the kick mat senses the initial speed of the soccer ball and sends the information to the simulation machine body. The main body of the simulation machine analyzes the above information, calculates at least the flight distance and the arrival position of the soccer ball, displays the soccer ball on the soccer field on the screen, performs automatic diagnosis of the kick, and displays the data on the screen. The player sees this and uses it as a reference, and also performs a soccer play aiming for a goal by making a kick in the same manner as above.

Further, when the ground sheet of the practice space is spread to the place where it is desired to be installed and air is sent to the air tube which is a framework to a predetermined pressure, the air tube becomes a framework which surrounds the predetermined space by itself, and at the same time, the predetermined space is protected. The practice space is set up and surrounded by a ball net.

When a predetermined amount of coins, bills, or other coins is put into the simulation machine main body, the simulation machine main body is put into an operating state and a certain soccer simulation can be performed.

Furthermore, since the simulation machine main body is portable, the screen can be changed to a position where the player can easily see it.

[0011]

Embodiments of the present invention will be described below in detail with reference to the accompanying drawings. FIG. 1 is a perspective view of a soccer simulation machine of the present invention. In the figure, reference numeral 1 denotes a soccer simulation machine. The soccer simulation machine 1 has a predetermined space 2 and a light-transmitting ball-proof net (so as not to let a kicked soccer ball 3 out of the predetermined space 2). A practice space 5 that is surrounded by a net 4 and can be folded, and a sensor 6 that is installed near the practice space 5 and that measures at least the flight distance of the soccer ball 3 when the soccer ball 3 is kicked A kick mat 7 and a simulation machine main body 8 for displaying a screen of a soccer field goal on the screen for automatically diagnosing a kick on the basis of a program previously input by obtaining information from the sensor 6 in the kick mat 7; Consists of.

As shown in FIG. 1, the practice space 5 has an air tube 11 fixed to a ground sheet 10 laid at the place of installation, the air tube 11 being a skeleton. A ball-proof net 4 having a mesh smaller than the diameter is hung. This practice space 5 is about 3m square and has a height of 1.8m-2.
It is about 4 m. As shown in FIGS. 2 and 3, the air tube 11 includes an upper frame tube 12 and a lower frame tube 13, four column tubes 14 between these frame tubes 12 and 13, and further reinforcing frames 15 and 16. Are passed over the frame tubes 12, 13 and the four support tubes 14. When air is introduced from one or more air inlets (not shown) of the air tube 11 to bring the inside of the air tube 11 to a predetermined pressure, the air tube
11 is a skeleton surrounding the predetermined space 2 as shown in FIG.
Since the ball tube net 4 is hung on the air tube 11 except for the opening side surface 17, the predetermined space 2 is simultaneously surrounded by the ball ball net 4. Since this ball-proof net 4 has a mesh, it naturally allows light to pass through, and when the practice space 5 is installed outdoors, the sunlight during the day falls directly, making you feel like playing soccer outdoors. Can be

A net 19 bearing a kick target 18 is hung on the deepest side of the practice space 5. The kick mat 7 is installed close to the opening side surface 17 of the practice space 5, and as shown in FIG.
20 is provided with the sensors 6 in the horizontal direction, that is, the sensors 6 are provided with a group of flat sensors 21 arranged side by side in nine rows and a group of flat sensors 22 arranged side by side in three sides, and contact the sensor mat 20 to make a stance mat. 23, a replacement mat that is laid on the sensor mat 20 to prevent abrasion due to kick and can be attached and removed with Velcro for easy replacement
Consists of 24. The kick mat 7 can accurately analyze the shot by the flat sensor groups 21 and 22 provided on the sensor mat 20. That is, this kick mat 7 does not require a vertical sensor,
Since it is possible to detect the state of the tip of the soccer shoe that hits the soccer ball 3, the initial velocity and directionality of the soccer ball 3, whether the player kicks with the right foot or the left foot, the flat sensor groups 21 and 22 of the sensor mat 20 are used. The content of the kick can be sensed and the information can be retrieved. Therefore, the left and right kicks are possible in combination with the fact that the simulation machine body 8 described later is portable.

As shown in FIGS. 4 and 5, the simulation machine body 8 has a pole on a pedestal 30 with casters 29.
31 is set up, and a high-brightness TV monitor 32 is installed on this pole 31 so that the screen can be clearly seen even under bright sunlight, and an operation board 33 and a speaker 34 are provided above the pole 31. Is attached. Pedestal 30
A power switch, an arithmetic unit, and various terminals are housed inside. In addition, a coin slot 35 is provided at the center of the pole 31, and the kick start button 3 is provided on the operation board 33.
6, flight distance confirmation button 37 etc. are provided.

Next, a method of using the soccer simulation machine 1 having the above structure will be described. First, the installation location of the soccer simulation machine 1 is selected. This selection criterion is a 3-4m square plane and a height of 2-3m.
It can be anywhere, indoors or outdoors, as long as it can secure a 100V power source. Once the installation location is decided, 1
Carry the formula soccer simulation machine 1. Next, place the ground sheet 10 of practice space 5 at the installation location.
And press the air into the air tube 11 with an air pump or the like to set a predetermined pressure. The air tube 11 that has reached a predetermined pressure serves as a skeleton that surrounds the predetermined space 2, and at the same time surrounds the predetermined space 2 with a ball-proof net 4, so that the air tube 11 is fixed so that it will not fly due to wind when the installation location is outdoors Then, the practice space 5 is set up. Therefore, the net 19 having the kick target 18 is hung on the deepest side of the practice space 5.

Next, the sensor mat 20 of the kick mat 7,
The stance mat 23 is arranged as shown in FIG. 1, and the replacement mat 24 is further laid on the sensor mat 20 as shown in FIG. After that, the simulation machine main body 8 is electrically connected to the power supply prepared at the installation location, and the power switch of this is turned on to start up. Then sensor mat 20
The conditions of the sensor groups 21, 22 are checked and adjusted by the automatic diagnosis device built in the simulation machine body 8, and the installation of the soccer simulation machine 1 is completed.

Next, when performing soccer play on the soccer simulation machine 1, first, coins are inserted from the coin slot 35 for the number of players. When the simulation machine body 8 is moved to a position where the player can easily operate it, and the kick start button 36 on the operation board 33 is turned on, the soccer field that has been input in advance is displayed on the high-brightness TV monitor 32. The player places a real soccer ball 3 on the kicked mat 24 and kicks it. The kicked soccer ball 3 is sensed by the flat sensor groups 21 and 22 of the sensor mat 20, and the information is analyzed by a calculation unit in the simulation machine body 8 to calculate at least the flight distance. In addition, the directivity, the track and the arrival position are calculated, the soccer field screen on the high-brightness TV monitor 32 moves forward, and the flight distance and the arrival position of the soccer ball 3 are displayed.
At this time, depending on the arrival position of the soccer ball 3, for example, a goal or a case of leaving the field is reproduced with sound and screen. When the soccer ball 3 is successfully inserted into the goal by repeating the above-mentioned kick one or more times, the screen of the situation is displayed on the high brightness TV monitor 32, and the play is ended. In addition, high brightness TV monitor
The 32 can project the entire soccer field, and it is possible to check the whole before entering the kick. Furthermore, the number of kicks of each player is automatically calculated, and each kick is It also has a function of displaying the track and flight distance of the soccer ball 3 on the screen.

[0018]

As described above in detail, according to the soccer simulation machine of the present invention, the practice space is assembled and arranged at the installation place, and the kick mat and the simulation machine main body are provided close to the practice space. This ends the setup, puts a soccer ball on the kick mat, activates the simulation machine body, projects any goal on any soccer field on the screen, and plays the soccer with the player who likes either the right foot or the left foot. When the ball is kicked toward the target in the practice space, the sensor in the kick mat detects the initial speed of the soccer ball and sends the information to the simulation machine body. The main body of the simulation machine analyzes the above information, calculates at least the flight distance and the arrival position of the soccer ball, displays the soccer ball on the soccer field on the screen, performs automatic diagnosis of the kick, and displays the data on the screen. The player enjoys playing soccer by watching it and making a kick in the same manner as above. Therefore, since the practice space is foldable,
It is easy to carry, does not need to be stationary, can be installed outdoors or indoors, and the installation cost is extremely low. Since the image is not projected on the curtain and the net is transparent, the track, direction, flight distance and arrival position of the soccer ball kicked by the player on a sunny day is simulated. It is possible to enjoy soccer play close to actual battle. You don't have to detect the kick situation of a soccer ball by using multiple expensive and sophisticated ultra-sensitive infrared cameras vertically and horizontally, so the structure is simple and the adjustment is easy and hassle-free. ,
The cost can be kept low. Since the sensor is not installed vertically, you can kick with either your right foot or your left foot, and you can enjoy playing soccer as you like.

Further, when the ground sheet of the practice space is spread to the place where it is desired to be installed and air is supplied to the air tube which is a framework to a predetermined pressure, the air tube becomes a framework which surrounds the predetermined space by itself, and at the same time, the predetermined space is protected. The practice space is set up and surrounded by a ball net.
Therefore, setting up a practice space is extremely easy.

Further, when the coin of a predetermined amount such as coins or bills is put into the main body of the simulation machine, the simulation machine is put into an operating state and a certain soccer simulation can be performed. Therefore, the player feels as if he / she were playing a real soccer game, as if he were playing a game at a game center.

Further, since the simulation machine main body is portable, it is easy to install and the screen can be changed to a position that is easy for the user to see by moving it.

[Brief description of drawings]

FIG. 1 is a perspective view of a soccer simulation machine of the present invention.

FIG. 2 is a front view of a practice space that constitutes the present invention.

[Fig. 3] Side view of the practice space.

FIG. 4 is a perspective view of a simulation machine body that constitutes the present invention.

FIG. 5 is a side view of the simulation machine body.

[Explanation of symbols]

1 Soccer simulation machine 2 Predetermined space 3 Soccer ball 4 Ball-proof net (net etc.) 5 Practice space 6 Sensor 7 Kick mat 8 Simulation machine body 10 Grand seat 11 Air tube 29 Caster 35 Coin slot

Claims (4)

[Claims] 1. A practice space which has a predetermined space and is surrounded by a light-transmissive net or the like so as to prevent a kicked soccer ball from being exposed to the outside of the predetermined space, and a practice space close to the practice space. Based on a kick mat installed with a sensor for horizontally measuring at least the flight distance of a soccer ball when the soccer ball is installed and a shot is taken, and a program previously input by obtaining information from the sensor in the kick mat A soccer simulation machine, comprising: a simulation machine body for automatically displaying a screen for each goal on a soccer field while performing automatic kick diagnosis. 2. The soccer according to claim 1, wherein the practice space comprises an air tube as a framework surrounding a predetermined space, a grant sheet is fixed to the air tube, and a ball-proof net is attached to the air tube. Simulation machine. 3. The soccer simulation machine according to claim 1, wherein the simulation machine main body is operated by inserting money. 4. The soccer simulation machine according to claim 1, 2 or 3, wherein the simulation machine body is portable.