JPH0453811Y2 - - Google Patents

Description

[Detailed description of the invention] (Industrial field of application) This invention relates to a gateball score display operation device.

(Prior art) Conventionally, IC, LSi, etc. were used to display two sets of scores and batter numbers using a liquid crystal display, and the passage of each gate of each pole, goal pole, touch ball number, and out ball were displayed using light bulbs. A portable score display device for gateball was developed in 1982.
It is known as Publication No. 69773.

In addition, the portable display board is equipped with a team display section, a display section for the team's batter's number, a score addition button and score display section for each batter, and a display section for the total score of each team. It has a built-in arithmetic device that adds and displays points on the score display section of the corresponding batter when the score addition button is pressed, and adds and displays the total score of that team on the total score display section of that team. A gateball score display device is known as Utility Model Application Publication No. 185260/1983.

(Problems that the invention attempts to solve) The conventional devices described above allow you to see the progress of the game, but they are carried by the referee and are not visible to game players.

A gateball score display that shows the game members is published in Utility Model Publication No. 130779 (1983) and 1983
Although it is shown in Publication No. 114673, remote control is not possible.

(Means for solving the problem) Therefore, the technical problem of the present invention is to provide a gateball score display operating device that can display the remaining time on the scoreboard and the total score by remote control. The technical means of this proposal to solve this technical problem are a changeover switch that can change the game time to either 30 minutes or 60 minutes, and a switch that sets the score of the red team and white team to zero, and also changes the game time. a reset button to set the clock, a return button to restore the score to the state in memory even if the display changes due to an accident, an operating lamp to indicate that the clock is running, and a battery that needs to be charged when it is depleted. The battery lamp and the clock display the
A start button to display the remaining time subtracted from 30 minutes or 60 minutes, a stop button to stop the clock when the game is paused, and a red and white button to display each red and white score. A button and a changeover switch for adding and subtracting points are installed on the operation panel, and by operating each of the buttons or the changeover switch, the remaining game time and the total score can be displayed on the gateball score display board via the controller. It is something.

(Effect of the invention) According to this technical means, the umpire can display the remaining time of the game and the total score on the gateball score display board by remote control, and the gateball score can be displayed even when the umpire is moving. Since you can operate the board, you can accurately progress the game,
Moreover, since all game members can know the remaining game time and the total score, they can proceed with the game while looking at the gateball score display board.

(Example) First, I will explain the gateball score display board.

The one shown in the third figure is a score display board in which an electromagnetic display element is set in a window provided on the display surface, and a number pattern is formed by reversing the display element.

That is, windows 2, 3, and 4 for game time and scores are provided on the display surface 1a of the display board 1, and are displayed by the display element 5. In the image shown, the remaining game time is displayed as ``16 minutes,'' the white team's score is ``14,'' and the red team's score is ``11,'' but the built-in controller reduces the remaining time by 1 minute. Each time, the display element is reversed to display the remaining time, and each time a point is scored, by pressing a push button on the operation panel 26, which will be described later, the score is added and displayed.

An example of a display element reversing device will be explained with reference to FIGS. 4 and 5 as follows.

That is, in the state shown in FIG. 4, the magnet 7 of the pendulum body 6 is attracted to the tip of the plate-shaped body 9 of the fixed iron core 8 by its own magnetic force, and the display element 5 is not displayed on the display surface A. ing.

In this case, the magnet 7 of the pendulum body 6 is in direct contact with the plate-shaped body 9 of the stationary iron core and is strongly attracted to it, so that the display state of the display element 5 is reliably maintained.

Next, when the coil 11 of the electromagnet 10 is energized, the tip of the plate-like body 9 becomes the north pole, and the tip of the other plate-like body 12 becomes the south pole, so the magnet 7 is repelled by the north pole of the plate-like body 9. At the same time, the pendulum body 6 is attracted by the S pole of the other plate-like body 12 and swings around the axis 13 of the frame body 14, and the display element 5 retreats from the display surface A as shown by the imaginary line. , the pendulum magnet 7 is the plate-shaped body 1
At the same time, the non-display state of the display element 5 is maintained.

Even in this case, the magnet 7 directly contacts and is strongly attracted to the plate-shaped body 12 by its own magnetic force, so that even if the energization is subsequently stopped, the non-display state will be reliably maintained.

Next, when a current is applied in the opposite direction to the electromagnet 10 from the non-displayed state, an N pole is generated at the tip of the plate-shaped body 12.
An S pole is generated at the tip of the plate-shaped body 9, and the pendulum body 6 swings in the opposite direction, resulting in the display state of the display element described above.

As described above, by reversing the direction of energization to the electromagnet, the pendulum body can be swung and the display element can be reversed, and its position can be strongly maintained.

Next, the first operation panel 15 that can operate the display by the display elements of the gateball score display board as described above is installed.
To explain the diagram, 16 is a game time of 30 minutes,
A changeover switch that can be set to either 60 minutes, 17 is a reset button that sets the score of the red team and white team to zero and sets the match time, and 18 is a button that allows the score to be saved in memory even if the display changes due to an accident. 19 is the operating lamp that indicates that the clock is operating, 20 is the battery lamp that indicates that the battery needs to be charged when it is depleted, 21 is the clock that has subtracted from 30 minutes or 60 minutes. a start button for displaying the remaining time; 22 a stop button for stopping the clock when the game is paused; 23 and 24 red and white push buttons for displaying red and white scores; 2
5 is a switch for adding and subtracting scores.

Therefore, when the game time is 60 minutes, switch the switch 16 to the 60 minute side as shown in the diagram, and when the previous score is displayed on the score display board 1, press the reset button 17 to clear it and return the score display board. Display 0 in the window and display 60 minutes in the match time window.

Then, when the battery lamp 20 lights up, the battery is charged, and the operating lamp 19 blinks when the clock is working.

Next, the user presses the start button 21 at the same time as the match time. The clock will now subtract from 60 minutes and display the remaining time in window 2 of score display board 1. By pressing either button 23 or 24 according to the score of the red team or the white team, the score is displayed in the windows 3 and 4 of the score display board 1.

If the score is added incorrectly, the switch 25 is moved to the subtractive direction to subtract the score.If the display on the score display board 1 changes due to some accident during the game, the return button 18 can be pressed to restore the original memory. The system restores the state to the correct number of points on the score display board 1, and allows the game to be continued using the memorized remaining time, omitting the time that was interrupted due to an accident.

Furthermore, if the game is to be paused in the middle of the game, the player presses the stop button 22 to stop the clock and interrupt the game.

As described above, the referee can display the game time and the number of points on the score display board 1 by operating the operation panel 15, but the control circuit connecting the operation panel 15 and the score display board 1 is The explanation of the figure is as follows.

That is, a signal is sent to the input interface 27 by each operation button from the operation panel 15 as an operation section, and a signal is sent from the voltage check section 30 to the operation section 15 via the output interface 27 to determine whether or not the battery is being charged. battery lamp 20
and when the start button is pressed and the clock is operating, the operation lamp 19 flashes.

When either the start or stop button is pressed on the operation section 15, this signal is sent to the timer control section 28 via the input interface 27. The timer control section 28 includes a clock section 31.
Since the timing pulse from the oscillator is being sent, if it is in operation, the solenoid drive circuit 35 is actuated via the output interface 34, and the time indicator 36 in the window 2 displays the remaining time.

The timer control section 28 is configured to receive signals from the reset button 17, return button 18, 30/60 changeover switch 16, start button 21, and stop button 22.

Due to this, the remaining time varies depending on whether it is switched to 30 minutes or 60 minutes, and the time display can be changed by pressing the reset button 17.
When the time reaches 30 minutes or 60 minutes, the return button 18 returns to the time in the memory and the time display 36 is moved.

When a signal from the buttons for adding and subtracting white and red and resetting the number of points or returning is sent from the input interface 27 to the counting and counting control unit 29, the solenoid drive circuit 38 or 41 to display the score on the score display devices 39 and 42 in the windows 3 and 4.

The buzzer 33 is activated via the buzzer control unit 32, and the buzzer control unit 32 operates in response to a signal from the timer control unit 28. For example, it makes a continuous sound at the start, and an intermittent sound when there are 15 minutes, 10 minutes, and 5 minutes left. , it works so that a continuous sound is produced when it ends.

The gateball score display operating device of the present invention works as described above, and the score can be displayed on the score display board while the umpire is moving.

In addition, the example has a score display board 1 and an operation panel 1.
5 is operated by wire, but the invention is not limited to this and may be operated wirelessly.

[Brief explanation of drawings]

Figure 1 is a plan view of the operation panel, Figure 2 is a block diagram of the gateball display device, Figure 3 is an explanatory diagram of the gateball score display board, and Figures 4 and 5 are a cross-sectional view and front view showing the display element reversing device. It is a diagram. 1...Gateball score display board, 2...Game time window, 3, 4...Score window for white and red teams, 15...
...Operation panel, 16...Selector switch, 17...Reset button, 18...Return button, 19...Operation lamp, 20...Battery lamp, 21...Start button, 22...Stop button, 23,
24...Score button, 25...Adjustment switch.

Claims (1)

[Scope of utility model registration request] There is a changeover switch that can change the game time to either 30 minutes or 60 minutes, a reset button that zeros out the scores of the red team and the white team, and sets the game time, and a memory that can be used even if the display changes due to an accident. There is a return button that allows you to restore points to the status, an operating lamp that shows that the clock is running, a battery lamp that shows that the battery needs to be charged when it is depleted, and a button that shows when the clock is running for 30 or 60 minutes. A start button to subtract and display the remaining time, a stop button to stop the clock when the game is paused, a red and white push button to display each red and white score, and addition and subtraction of scores. A gateball score display operating device which is equipped with a changeover switch on an operation panel, and is capable of displaying the remaining game time and the total score on a gateball score display board via the controller by operating each of the buttons or the changeover switch. .