JP6941645B2 - Soccer training equipment and methods - Google Patents

Description

The present invention relates to a soccer training device and method, specifically, prompts a player to take action, measures a player's reaction time, determines the accuracy of the player's reaction, and changes a training pattern according to the player's skill. It relates to soccer training equipment and methods that can be played.

In team sports such as soccer, there is a great deal of fluidity between games or matches. For this reason, each player adapts individual techniques such as passing to allies, positioning, and feints according to the flow of the game and the state during the game, and quickly decides how to advance the game to the advantage of allies. The ability to do is required. Of this type of technique, a training device for passing the ball to another player has been proposed (see, for example, Patent Document 1).

In the training device of Patent Document 1, a board composed of a plurality of panels including a light emitting source device and a pressure sensor is installed in a wall shape. The player kicks the ball toward the illuminated panel within a predetermined time. When the kicked ball hits a glowing panel, that panel turns off (quenches, does not flash), then another panel flashes, and the player kicks the ball towards this panel. By repeating this operation, the player can pass the ball in a timely manner toward the target course, and can stop (trap) the ball bouncing off the panel.

However, in an actual game or match, the opponent may be an obstacle to the pass course, or the viewpoint may not be in a position or position to receive the pass. In such a case, even if the player traps the ball, it is not possible to make a pass immediately, so the player has the skill to instantly decide whether to move (dribble) the position while keeping the ball or to make a pass. Need to be trained.

Also, in an actual game or match, it may be necessary to pass to the back side. In such a case, the training device described in Patent Document 1, which has a "U-shaped" shape, cannot be used for training.

Special Table 2018-518994

However, in the training device described in Patent Document 1, it is possible to instantly determine whether to move (dribble) the position while keeping the ball or to make a pass, or to train the skill to pass to the back side. Can not do it.
The present invention has been made to solve the above problems, and when a player trains in a training device, in a series of actions of passing, trapping, and making the next pass, before making a pass. To provide a soccer training device and method that enables you to acquire more practical skills, which allows you to instantly choose whether to move (dribble) a position while keeping the ball or to make a pass. The purpose.

The soccer training system of the present invention is a soccer training system including a circle-shaped panel, a control device, and a display device.
The circle-shaped panel
A plurality of sensors (lower sensors) provided at the lower part of the inner surface of the circle-shaped panel at predetermined intervals and having a light emitting source that automatically turns off in response to the distance of the object to be detected.
A plurality of sensors (upper sensors) having a light emitting source that automatically turns off in response to a distance of an object to be detected provided on the upper part of a plurality of poles provided on the outer surface of the circular panel at predetermined intervals. With and
The control device is
A signal processing unit that sends a lighting and / or extinguishing signal to the sensor,
A measuring unit that measures the time required for the sensor to turn on and off,
A sensor selection unit that selects one sensor to be turned on from the plurality of sensors, and a sensor selection unit.
An analysis unit that aggregates the operation data of the sensor,
It is equipped with a communication unit capable of communicating with the sensor.
The display device displays the control conditions set in the control device and displays the data acquired by the analysis unit.

As described above, in the soccer training system of the present invention, the upper sensor and the lower sensor are provided on the circular panel. The light emission of the upper sensor or the lower sensor allows you to instantly select whether to move (dribble) the position while keeping the ball or to make a pass before making a pass. As a result, it becomes possible to acquire more practical skills.

In the soccer training system, the circle-shaped panel is a combination of a plurality of flat plates, and is a normal flat panel, a flat panel provided with a lower sensor, and a pole provided with an upper sensor. The flat panels provided with the above are joined. With this configuration, a circle-shaped panel can be easily produced, and disassembly is also facilitated.

The sensor includes a semi-transparent cover member that covers the front surface, a light emitting source that emits light through the semi-transparent cover member, a distance sensor mounted on the back of the semi-transparent cover member, and the control device. It includes a communication circuit capable of communicating and a communication unit capable of communicating with the control device. With this configuration, the instruction from the control action can be executed and the operation result can be transmitted to the control device.

The control device can specify a sensor to be turned on and turn on the sensor for a predetermined time.

The soccer training device of the present invention
A plurality of sensors (lower sensors) provided at the lower part of the inner surface of the circular panel at predetermined intervals and having a light emitting source that automatically turns off in response to the distance of the object to be detected.
A plurality of sensors (upper sensors) having a light emitting source that automatically turns off in response to the distance of the object to be detected provided on the upper part of a plurality of poles provided on the outer surface of the circular panel at predetermined intervals. It is a circle-shaped panel provided with.

With this configuration, the circular panel can be used separately from the control device. By using an arbitrary control device that can control the soccer training device through a communication line, various soccer trainings can be performed.

The operation method of the soccer training system of the present invention is
A plurality of distance sensors (lower sensors) that are provided at predetermined intervals on the lower part of the inner surface of the circle-shaped panel and automatically turn off in response to the distance of the object to be detected, and a predetermined number on the outer surface of the circle-shaped panel. In a circle-shaped panel equipped with a plurality of distance sensors (upper sensors) that automatically turn off in response to the distance of the object to be detected provided above the plurality of poles provided at intervals of, the control device lights up. Steps to select the sensor to be
Steps to determine the lighting time of the light emitting source of the lighting sensor, the play time, and the number of hits,
The step of turning on the light emitting source of the sensor and
It comprises a step of turning off the light emitting source when the sensor is instructed by the control device to turn off the light emitting source, or when the sensor detects an approach to the sensor at a predetermined distance. ..

The upper sensor detects that the movement is dribble, and the lower sensor detects that the movement is pass or dribble. By providing the upper sensor and the lower sensor, it is possible to instantly select whether to move (dribble) the position while keeping the ball or to make a pass before making a pass.

The plurality of sensors emit light at random. With this configuration, more realistic training can be performed.

If the sensor provided with the light emitting source does not detect the approach to the sensor within a predetermined time after the light emitting source is turned on, it is determined that the control device has not been operated, and the light emitting source of the next sensor is turned on. .. With this configuration, continuous training can be performed even if a failure occurs.

In the soccer training system of the present invention, an upper sensor and a lower sensor are provided on a circle-shaped panel. By randomly firing the upper or lower sensor, the player must instantly choose whether to move (dribble) the position while holding the ball or to make a pass before making a pass. By repeating such training, the player can acquire more practical skills of soccer by himself / herself.

FIG. 1 is a top view of the training system. FIG. 1 is a side view of the training system. FIG. 3 is a conceptual diagram illustrating the installation of the lower sensor. FIG. 4 is a conceptual diagram illustrating the installation of the upper sensor. FIG. 5 is a block conceptual diagram of the sensors 2 and 3. FIG. 6 is a diagram illustrating a control device 6 used in the soccer training system of the present invention. FIG. 7 shows a training prescription plan in the training system of the present invention. FIG. 8 shows another training prescription plan in the training system of the present invention. FIG. 9 is a flow chart illustrating an operation method 900 of the soccer training system of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a top view of the exemplary training system of the present invention, and FIG. 2 is a side view of the exemplary training system of the present invention. Reference numeral 1 denotes a circle-shaped panel. The circular panel 1 is formed by joining, for example, a plurality of flat plates. Joining a plurality of flat plates is preferable because it facilitates storage and / or movement and installation when not in use. The joining method may be performed using a known connecting member. The plurality of flat plates include a normal flat plate (no sensor, pole, etc.), a flat plate provided with the lower sensor 2, and a flat plate provided with an insertion portion for providing the pole 4 provided with the upper sensor 3. Can be mentioned. In addition, these flat plates are made of a hard material and can bounce the ball on the surface. Therefore, the player can train while feeling the feeling of actually playing the game. The joint portion of these flat plates may be composed of soft edges. By forming it with a soft edge, it can be joined more closely.

Lower sensors 2 are provided at predetermined intervals on the lower inner surface of the circular panel 1. Further, a plurality of poles 4 are provided on the outer surface of the circle-shaped panel 1 at predetermined intervals, and an upper sensor 3 is provided on the upper portion of the poles 4. These sensors 2 and 3 are distance sensors that detect the distance of the object to be detected, although there are no particular restrictions. By using the distance sensor, it is possible to accurately detect the act of dribbling. The distance sensor can appropriately change the distance detected by the sensor. The distance detected by the sensor can be set arbitrarily, for example, 30 cm. If the distance detected by the sensor is 30 cm, for example, dribbling to the sensors 2 and 3 can be safely detected, and a ball passed near the sensor can be detected. Further, as the sensor, an impact sensor can be used instead. Since the impact sensor detects vibration / impact near the sensor, it can detect dribbling and passing. The height of the circular panel 1 is not particularly limited, but is 40 to 50 cm, for example, 45 cm. The height of the pole 4 is not particularly limited, but is 80 to 120 cm, for example, 100 cm.

3 and 4 are conceptual diagrams illustrating the installation of the sensors 2 and 3 of the present invention. Sensors 2 and 3 include a semi-transparent cover member (not shown) that covers the front surface, a light emitting source (not shown) that emits light through the semi-transparent cover member, and a back portion of the semi-transparent cover member. A distance sensor (not shown) mounted on the vehicle, a control circuit (not shown) for controlling the light emitting source and the distance sensor, and a communication circuit (not shown) capable of communicating with the control device are provided. It also has a power supply (not shown) that drives a distance sensor and a light emitting source. The light emitting source consists of a light emitting output device such as a light emitting diode (LED). The light emitting source is preferably composed of a plurality of light emitting output devices. As the light emitting source, only the center may emit light, or the entire translucent cover member may emit light. Further, the light emitting source can be continuously lit or blinking lit. For example, before the player starts training, a specific sensor can be blinked and lit to urge the player to start training. It is also possible to change the color of the light emitting source to be lit. When the light emitting source is on, if the object to be detected (ball or human) is within a predetermined distance (for example, 30 cm), the distance sensor detects the object to be detected. The control device is provided outside the circle-shaped panel 1 and is wirelessly connected to the communication circuit.

FIG. 5 is a block conceptual diagram of the sensors 2 and 3. Sensors 2 and 3 include a light emitting source (eg, light emitting driver and light emitting output device), a distance sensor, as well as a control circuit and memory such as a microcontroller or microprocessor. The control circuit is connected to a communication unit of a control device capable of transmitting or receiving a radio signal by a known local network protocol. The control circuit provided in the sensor drives the light emitting driver to turn on / off the light emitting output device according to the instruction from the control device. Further, when the light emitting source is in the lit state, the control circuit turns off the light emitting source when the approach of the object to be detected is detected in front of the distance sensor, and the communication unit communicates the approach of the object to be detected. Is transmitted to the control device via.

As shown in FIG. 3, the flat plate on which the lower sensor 2 is attached has a hole on the front surface where the sensor 2 is exposed because it is necessary to detect an object to be detected. A transparent cover made of a hard material is provided on the surface of the hole, and a cover for accommodating the sensor is provided on the back surface. Inside the cover, the lower sensor 3 is fixed to a flat plate using known fixtures such as a latch and a hinge. If the transparent cover provided on the surface of the hole is made of the same hard material as the surface of the flat plate, it will be similarly repelled when the ball hits the flat plate. As a result, the player can train without feeling any discomfort, which is preferable. If the lower sensor itself has a structure provided with a transparent cover, it is not necessary to provide a transparent cover on the surface of the hole.

The flat plate on which the upper sensor 3 is attached is provided with a hollow storage portion for accommodating the pole 4 provided with the upper sensor 3 on the back surface. By inserting the pole 4 provided with the upper sensor 3 on the back surface into the storage portion, the upper sensor can be installed on the circle-shaped panel 1. Therefore, the upper sensor can be easily installed, and the pole 4 provided with the upper sensor 3 can be easily stored and moved.

FIG. 6 is a diagram illustrating a control device 5 used in the soccer training system of the present invention. The control device 5 includes a signal processing unit that sends a lighting and / or extinguishing signal to the sensors 2 and 3, a measuring unit that measures the time required for the sensors 2 and 3 to turn on and off, and the plurality of sensors 2 and 3. It includes a sensor selection unit that selects one sensor that lights a light emitting source from the inside, an analysis unit that aggregates operation data of the sensor, and a communication unit that can communicate with the sensor. Further, in the example of FIG. 6, the control device 6 includes a display device. As described above, the display device may be integrated with the control device, or may be provided separately from the display device.

The control device designates a sensor to be lit from the sensors 2 and 3, and the designated sensor is lit. The sensor may be lit during the set lighting time, or may be lit without setting the lighting time.

When the upper sensor 3 is turned on, the player senses that the required motion is dribbling and approaches the upper sensor 3. When the sensor 3 detects the approach of the player, the light emitting source in the upper sensor 3 is turned off, and the upper sensor 3 communicates to the control device 6 that the player has dribbled correctly through the communication circuit. Even if the sensor 3 cannot detect the approach of the player, the light emitting source in the upper sensor 3 is turned off, and the upper sensor 3 communicates to the control device 5 through the communication circuit that the player did not dribble correctly. Further, when the lighting time is set, when the sensor 3 detects the approach of the player within the predetermined time, the control circuit in the sensor 3 determines, turns off the light emitting source, and the upper sensor 3 makes the upper sensor 3. Through the communication circuit, it communicates to the control device 6 that the player has dribbled correctly.

On the other hand, when the lower sensor 2 is turned on, the player senses that the required action is a pass or dribble, passes the ball toward the lower sensor 2, or dribbles toward the lower sensor 2. When the sensor 2 detects the approach of the ball or the player, the light emitting source in the lower sensor 2 is turned off, and the lower sensor 2 communicates to the control device 5 that the player has correctly passed or dribbled through the communication circuit. Even if the sensor 2 could not detect the approach of the ball or the player within the predetermined time, the light emitting source in the lower sensor 2 was turned off, and the lower sensor 2 did not pass or dribble correctly through the communication circuit. Is communicated with the control device 5. Further, when the lighting time is set, when the sensor 2 detects the approach of the player or the ball within the predetermined time, the control circuit in the sensor 2 determines, turns off the light emitting source, and turns off the light emitting source, and the upper sensor. 2 communicates to the control device 6 that the player has correctly passed or dribbled through the communication circuit.

In the example of FIG. 6, the display device is integrally provided with the control device 5, displays the conditions set for the control device, displays the control conditions set for the control device, and displays the analysis unit. Display the data acquired in. The display device may be integrally configured with the control device 5, but may be provided independently.

The upper and lower sensors 2 and 3 can be controlled by the control device 5. The control device 5 may be in the form of a portable device such as a smartphone, tablet computing device, laptop computer, or the like. In the form of a portable device, a display device such as a graphical display is integrally incorporated in the control device 5. Further, it may have an input unit for inputting execution conditions. The input unit may be used as a display device such as a touch panel type display. The communication unit provided in the control device can communicate with the communication circuit in the sensor. As a communication method, a known wireless communication is used.

The controller 5 executes an application or similar program code that includes one or more training patterns. These training patterns represent different types of training plans. It may include a random function so that the training changes. The person who trains is the control device, which selects the training pattern or prescription plan, the waiting time before starting the training, the difficulty level of the speed parameter, the number of training trainings and the overall duration, and the player determines. You can enter information such as parameters for penalties for failing to respond to the time, and other parameters for randomizing training training.

The soccer training device of the present invention may exist separately from the control device. In this case, if the soccer training device of the present invention is set with the wireless local network protocol, it is possible to communicate with a different control device.

The soccer training device of the present invention has a plurality of sensors (lower sensors) provided on the lower part of the inner surface of the circle-shaped panel 1 at predetermined intervals and provided with a light emitting source that automatically turns off in response to the distance of the object to be detected. ) 2 and a plurality of sensors having a light emitting source that automatically turns off in response to the distance of the object to be detected provided above the plurality of poles provided at predetermined intervals on the outer surface of the circular panel () It is composed of a circle-shaped panel including an upper sensor) 3.

By separating the soccer training device from the control device in this way, various trainings can be performed by combining the soccer training device with an arbitrary control device capable of communicating with the soccer training device.

The soccer training system of the present invention is not particularly limited, but can be operated as follows, for example.

The operation method of the soccer training system of the present invention is, for example, a plurality of distance sensors provided at a predetermined interval on the lower inner surface of the circle-shaped panel 1 and automatically turning off in response to the distance of the object to be detected. A plurality of distance sensors (upper part) that automatically turn off in response to the distance between the lower sensor) 2 and an object to be detected provided on the upper part of a plurality of poles provided on the outer surface of the circular panel at predetermined intervals. In a circle-shaped panel including the sensor) 3, a step of selecting a sensor to be lit by a control device, a step of determining the lighting time, a play time, and the number of hits of the light emitting source of the lit sensor, and a step of determining the number of hits of the sensor. Light emission when the step of turning on the light emitting source and when the sensor is instructed by the control device to turn off the light emitting source, or when the sensor detects an approach to the sensor at a predetermined distance. It includes a step to turn off the source.

In the step of selecting the sensor to be lit by the control device, the control device 5 selects the sensor to be lit. The number of lit sensors selected may be one or two.

In the step of determining the lighting time of the light emitting source of the lighting sensor, the play time, and the number of hits, the conditions necessary for training are determined. There are no particular restrictions on the necessary conditions. The conditions required for training are illustrated below as a prescription plan, but are not limited thereto. By making various combinations, it is possible to perform training according to the skill of the player.

FIG. 7 shows a training prescription plan in the training system of the present invention. This training prescription plan is for relatively inexperienced players. According to this, the time when the player or the ball approaches the sensor after the sensor is turned on, and the time for defending (delay) so as to block the pass course and take time for the opponent's attack are set. If the player performs a predetermined action within the set time, it is counted as successful, and if the player fails to perform the predetermined action within the set time, it is counted as a failure. In this prescription plan, the number of times a player has performed a predetermined action in a predetermined number of times within a certain period of time is counted, so even a relatively inexperienced player can feel the degree of perfection. Can be done.

FIG. 8 shows a training prescription plan in the training system of the present invention. This training prescription plan is for relatively experienced players. According to this, the play time, the time when the player or the ball approaches the sensor after the sensor lights up, the number of times the sensor is hit within a predetermined time, and the defense that blocks the pass course and makes the opponent's attack take time ( Delay) Set the time and penalty. According to this prescription, how long it took to complete the training is measured, and the time required to hit a predetermined number of times can be known. Therefore, even a relatively experienced player can easily confirm the effect of the training.

The setting conditions of the training prescription plan are not limited to the above. For example, the detection distance of the sensor, the number of sensors used, the lighting method (random or non-random, etc.), the number of hits to the sensor, the timeout time (lighting time), the delay time, the presence or absence of a penalty, etc. are necessary for training. Any conditions can be set.

In the process of devising the present invention, when the diameter of the training system shown in FIG. 1 is about 7 meters, the lighting time of the sensor can be set to 2.5 seconds as a training method for junior and senior high school soccer players using the present invention. , I got the knowledge that the training effect appears most.

It is preferable that the plurality of sensors 2 and 3 emit light at random because training closer to practice can be performed. On the other hand, for players who are close to beginners, it is possible to train the sensor to emit light in a fixed form and repeat a predetermined play.

In the soccer training system of the present invention, the light emitting source basically lights one light emitting source at a time. However, two light emitting sources may be turned on at one time. By lighting in this way, for example, it is possible to perform training such as passing in the back direction while dribbling forward, and training closer to practice becomes possible.

A light emitting source when the sensors 2 and 3 are instructed by the control device 5 to turn off the light emitting source, or when the sensors 2 and 3 detect an approach to the sensors 2 and 3 at a predetermined distance. Includes a step to turn off. With this configuration, the player can feel whether or not his or her actions have been successful.

If the sensor provided with the light emitting source does not detect the approach to the sensor within a predetermined time after the light emitting source is turned on, it is determined that the control device has not been operated and the light emitting source of the next sensor is turned on. do. With this configuration, the player plays the next play.

FIG. 9 is a flow chart illustrating an operation method 900 of the soccer training system of the present invention. At the starting point 902, the system is powered on. That is, the control device (for example, the control device shown in FIG. 6) and each sensor are turned on and ready for use. In step 904, the user of the controller can select a training or prescription plan for use. At step 906, the user can specify criteria for completing the training or prescription plan, such as a time limit or number of successes. If time-based selection is made, the process proceeds to step 910 and the specified time value is entered as the criterion for the end of the training or prescription plan. If selected on the basis of the number of successes, the process proceeds to step 912 and the specified number of successes is entered as the criterion for completing the training or prescription plan. In step 914, training or prescribing planning is started after a predetermined waiting time has elapsed. The start of the training or prescription plan may be communicated to the player by some means, for example, by providing a traffic light and counting down the traffic light. In step 904, the training or prescription plan is initiated by lighting any one sensor according to the selected and set training or prescription plan. Lighting of any one sensor is by the controller deciding which sensor to turn on and sending a signal to the sensor of interest via the wireless local network protocol to turn on the selected sensor. be. The sensor to which the signal is delivered responds to the receipt of the instruction via the wireless local network protocol and turns on the light emitting source. The control device and / or the control circuit can start a response timer for measuring the time from when the light is emitted to when the approach to the distance sensor is detected. Further, the user of the control device may manually measure the above time. When the controller operates the response timer, the value of the response timer is stopped or recorded separately by receiving an instruction to approach the distance sensor via the wireless local network protocol.

In step 916, method 900 determines if there was an approach to the distance sensor. In this case, the approach to the non-luminous distance sensor is ignored. When the approach to the light emitting distance sensor is detected, the approach to the distance sensor is transmitted to the control device via the wireless local network protocol. If no approach is detected, method 900 proceeds to step 926. Step 926 determines whether the interval timer has expired, i.e., the maximum time required to approach the distance sensor where the player or ball is emitting light has expired. If the interval timer has expired, a failure is recorded in step 924. If the interval timer has not expired, it loops between steps 926 and 916. If no interval time has been selected, step 926 can be skipped and step 916 is continuously maintained. When the approach is detected, the process proceeds to step 918 to determine whether or not the sensor is a non-flashing sensor. If it is a blinking sensor, success is recorded. If it is determined in step 918 that it is a non-flashing sensor, the process proceeds to step 924 and the failure is recorded. If it is not determined in step 918 to be a non-flashing sensor, the process proceeds to step 920 and success is recorded. The user of the control device may manually measure the above time.

In an exemplary prescription plan as shown in FIG. 7, the prescription plan is a static prescription plan, and the light emitting sensor remains in the light emitting state until the player or the ball approaches. On the other hand, in the exemplary formulation plan shown in FIG. 8, when the sensor is turned on, a short interval time is selected and the light emitting sensor is turned off. In this case, it becomes possible to impose a penalty on the prescription plan. For example, if the player cannot detect the sensor that is lit within the interval time, the next sensor is lit and the failure to detect is regarded as a mistake, for example, the penalty time is added to the total time.

When either step 920 or step 924 is performed, the prescription plan ends. Data related to the prescription plan (number of hits, number of mistakes, time) can be automatically recorded and aggregated using a control circuit and a control device, and the result can be displayed. On the other hand, the results can also be aggregated manually. Handwrite the data (number of hits, number of mistakes, time) on the recording paper. The handwritten data is stored from the control device in, for example, the FIT LIGHT Dashboard. At that time, the display of the time up to 1/100 second is recorded. A record of 1/1000 second is stored in the FIT LIGHT Dashboard. Next, the handwritten data up to 1/100 second of the handwriting is collated with the 1/1000 second data of the Dashboard stored on the Web, and finally the time of 1/1000 second is generated. Finally, a CSV file is created based on the handwritten data and the Dashboard data.

Using the embodiments disclosed herein, players can develop their skills in a dynamic way that simulates soccer, a team play, on their own. In addition, the systems of the present disclosure allow players to train certain skills in dynamic ways that cannot be achieved with static devices. This system can be customized in scale and configuration. For example, the size of the circular panel can be changed by changing the number and / or size of the flat plates to be connected.

The specific embodiment has been described above. However, those skilled in the art can, of course, make various modifications without departing from the scope of the invention set forth in the claims. Accordingly, the specification and drawings are exemplary rather than restrictive, and all modifications are within the scope of this teaching.

The benefits, benefits, solutions to problems, and any elements that result in, or may further disclose, the benefits, benefits, solutions described herein are decisive in some or all of the claims. Should not be construed as a necessary or essential feature or element.

Some embodiments include one or more general purpose or special purpose processors (or "processing devices") such as microprocessors, digital signal processors, customized processors, and field programmable gate arrays (FPGAs). , Unique stored program instructions that control one or more processors in combination with specific non-processor circuits to implement some, most or all of the functionality of the methods and / or devices described herein. It can consist of (including both software and firmware) and. Alternatively, some or all of the functionality can be implemented by state machines that do not have stored program instructions, or in one or more application specific integrated circuits (ASICs). In these, each feature or some combination of specific features is implemented as customized logic. Of course, it is also possible to use a combination of the above two approaches.

In addition, certain embodiments are computer-readable storage media that contain computer-readable code for programming a computer (including, for example, a processor) to perform the methods described and claimed herein. Can be implemented as. Examples of such computer-readable storage media are not limited to the following, but are limited to hard disks, CD-ROMs, optical storage devices, magnetic storage devices, ROMs (Read Only Memory), and PROMs (Programmable Read Only Memory). Read-only memory)), EPROM (Erasable Programmable Read Only Memory (erasable programmable read-only memory)), EEPROM (Electrically Erasable Programmable Read Only Memory), including flash .. In addition, the concepts and concepts disclosed herein by those skilled in the art, for example, motivated by available time, current technology, and financial considerations, regardless of possible significant work and many design choices. Guided by principles, it is expected that such software instructions and programs, as well as ICs, can be easily generated with minimal experimentation.

By emitting light from the upper sensor or the lower sensor, it is possible to instantly select whether to move (dribble) the position while keeping the ball or to make a pass before making a pass. As a result, it becomes possible to acquire more practical skills.

1 Circle-shaped panel 2 Lower sensor 3 Upper sensor 4 Pole 5 Control device

Claims (9)

A soccer training system equipped with a circle-shaped panel, a control device, and a display device.
The circle-shaped panel
A plurality of sensors (lower sensors) provided at the lower part of the inner surface of the circle-shaped panel at predetermined intervals and having a light emitting source that automatically turns off in response to the distance of the object to be detected.
A plurality of sensors (upper sensors) having a light emitting source that automatically turns off in response to a distance of an object to be detected provided on the upper part of a plurality of poles provided on the outer surface of the circular panel at predetermined intervals. With and
The control device is
A signal processing unit that sends a lighting and / or extinguishing signal to the sensor,
A measuring unit that measures the time required for the sensor to turn on and off,
A sensor selection unit that selects one sensor to be turned on from the plurality of sensors, and a sensor selection unit.
An analysis unit that aggregates the operation data of the sensor,
It is equipped with a communication unit capable of communicating with the sensor.
The display device is a soccer training system that displays the control conditions set in the control device and displays the data acquired by the analysis unit. The first aspect of the present invention, wherein the circle-shaped panel is formed by joining a plurality of flat plates, and joins a normal flat plate, a flat plate provided with a lower sensor, and a flat plate provided with a pole provided with an upper sensor. Soccer training system. The sensor is
A semi-transparent cover member that covers the front surface,
A light emitting source that emits light through the translucent cover member,
A distance sensor mounted on the back of the translucent cover member,
A control circuit that controls the light emitting source and the distance sensor,
The soccer training system according to claim 1 or 2, further comprising a communication circuit capable of communicating with the control device. The soccer training system according to any one of claims 1 to 3, wherein the control device designates a sensor to be lit and lights the sensor for a predetermined time. A plurality of sensors (lower sensors) provided at the lower part of the inner surface of the circular panel at predetermined intervals and having a light emitting source that automatically turns off in response to the distance of the object to be detected.
A plurality of sensors (upper sensors) having a light emitting source that automatically turns off in response to the distance of the object to be detected provided on the upper part of a plurality of poles provided on the outer surface of the circular panel at predetermined intervals. A soccer training device that is a circle-shaped panel equipped with. How the soccer training system works
A plurality of distance sensors (lower sensors) that are provided at predetermined intervals on the lower part of the inner surface of the circle-shaped panel and automatically turn off in response to the distance of the object to be detected, and a predetermined number on the outer surface of the circle-shaped panel. In a circle-shaped panel equipped with a plurality of distance sensors (upper sensors) that automatically turn off in response to the distance of the object to be detected provided on the upper part of a plurality of poles provided at intervals of the above, the control device lights the light. Steps to select the sensor to be
Steps to determine the lighting time of the light emitting source of the lighting sensor, the play time, and the number of hits,
The step of turning on the light emitting source of the sensor and
It comprises a step of turning off the light source when the sensor is instructed by the control device to turn off the light source, or when the sensor detects an approach to the sensor at a predetermined distance. , How the soccer training system works. The operation method of the soccer training system according to claim 6, wherein the upper sensor detects that the movement is dribble, and the lower sensor detects that the movement is pass or dribble. The method of operating a soccer training system according to claim 6 or 7, wherein the plurality of sensors emit light at random. If the sensor provided with the light emitting source does not detect the approach to the sensor within a predetermined time after the light emitting source is turned on, it is determined that the control device has not been operated, and the light emitting source of the next sensor is turned on. , The method of operating the soccer training system according to any one of claims 6 to 8.

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