JPS5937272Y2 - Ball supply management device for pachinko machines - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a ball supply management device for a pachinko machine.

BACKGROUND OF THE INVENTION Conventionally, in many pachinko parlors, ball supply management for pachinko machines is performed using electronic computers.

Generally, in this method, the number of balls to be hit by the pachinko machine is set in advance, and ball supply is stopped when the number of prize balls reaches the number of balls to be hit.

However, this type of ball supply management device for pachinko machines has various problems, such as the following. In such a case, the ball replenishment management device described above does not have a function corresponding to this, and therefore replenishes balls until the pachinko machine reaches the number of balls it has stopped playing.

Another problem is that even if the number of balls to be hit is preset in a pachinko machine, it is difficult to accurately set the number of balls to be hit.

To explain this as an example, if the number of balls struck is 1,200, and the player obtains 1,000 prize balls and ends the game himself, 200 balls remain in the pachinko machine. When a new player enters the pachinko machine, the player is stopped with 200 pieces of soil remaining.

If you cancel the stop again, the number of balls stopped is 1200, total 1
There is a possibility of acquiring 400 prize balls.

This invention was made in view of the above situation, and the purpose of this invention is to provide a pachinko machine that can reduce the damage caused when a player obtains a prize ball from a pachinko machine by illegal means. An object of the present invention is to provide a ball supply management device in a machine.

Another purpose is when a player ends a pachinko game and leaves the pachinko machine, and the next player comes to the pachinko machine and starts playing, the number of players who finished the game decreases due to the acquisition of prize balls. However, instead of directly affecting the next player with the number of pachinko machines scheduled to be discontinued, for example, the number of pachinko machines scheduled to be discontinued is the same as that of the previous player by making up for the decrease. It is possible to obtain a ball supply management device for a pachinko machine.

To describe the configuration of this invention with reference to a drawing showing an embodiment, a lost ball counter 1 for counting lost balls is connected to an arithmetic unit 12, and a transport command is provided to transfer the contents of the lost ball counter 1. A transfer command device 11 that connects to the loss ball memory 3 via a device 11, connects a profit ball counter 2 for counting profit balls to the arithmetic device 12, and transfers the contents of the profit ball counter 2 to the arithmetic device 12; The loss ball memory 3 and the profit ball memory 4 are respectively connected to the arithmetic device 12 through the arithmetic device 12.
A setting device 6 for setting the scheduled number of balls to be stopped was connected to the comparator 13, and a correction value setting device T for changing the stored contents of the lost ball memory 3 was connected to the lost ball memory 3. This is a ball supply management device for a pachinko machine characterized by the following.

In the figure, 8 is an electromagnetic ball supply machine, 9 is a lost ball detector, 10 is a profit ball detector, 12 is an arithmetic device, 13 is a comparison device, and 14
indicates a pachinko machine.

The transfer command device 11 functions to transfer and store the numerical values accumulated in the loss ball counter 1 and the profit ball counter 2 to the loss distortion memory 3 and the profit ball memory 4, respectively.

Further, the arithmetic comparison device 5 emits a signal when the number of losses, which is the difference between the accumulated loss balls and the profit balls, is equal to the number of scheduled stops set in the setting device 6, and sends a signal to the electromagnetic ball. Supply machine 8
is not activated.

The electromagnetic ball replenishing machine 8 is a device that operates a solenoid or the like to replenish a certain number of balls to a pachinko machine, and since it is already well known, a description thereof will be omitted.

Further, the correction value setting device 1 is capable of adding or subtracting any numerical value from the numerical value stored in the memory, or returning it to zero.

To describe the function of this device, 1. Pachinko machine 1.
When a player arrives at 4 and starts playing, suppose there are 300 balls remaining in the ball tank (not shown) of the pachinko machine 14, and the number of balls scheduled to be stopped by the pachinko machine 14 is 120.
If the number is 0, the correction value setting device 7 manually or automatically sets the number of remaining balls to 300.

As a result, the numerical value is stored in the lost ball memory 3 and sent to the arithmetic comparator 5.

When the number of award balls acquired by this player reaches 900 balls, that is, 1200 balls in addition to the 300 remaining balls, the planned number of balls to be stopped is reached, and the arithmetic comparison device 5 issues a signal, and the electromagnetic ball supply machine 8
The operation of the system is stopped.

In addition, for players who have acquired prize balls by illegal means as described above, the correction value setting device 7 stores an appropriate value in the lost ball memory 3 of the pachinko machine 14, and The numerical value is inputted into the arithmetic comparison device 5.

To give an example of this case, when there are 800 balls left until the scheduled number of balls to be discontinued, the correction value setting device 7 inputs a numerical value of 600 to the lost ball memory 3 and the arithmetic comparison device 5.

As a result, this pachinko machine 14 has a planned number of discontinuances of 8.
600 is subtracted from 00, so the remaining number until the new planned discontinuation number is 200.

Therefore, when the pachinko machine 14 acquires 200 prize balls, it immediately issues a stop signal to the electromagnetic ball supply machine 8.

As described above, according to the device of this invention, the numerical value in the lost ball memory 3 can be corrected, so that when a player obtains a prize ball from a pachinko machine by illegal means, it is possible to correct the damage accordingly. It can be done less.

In addition, when a player is replaced and the number of machines scheduled to be discontinued is changed by the player before the replacement, the number of machines scheduled to be discontinued is changed by the player before the replacement. The number of scheduled cancellations can be set to be the same as the number of players.

Also, in this operation, the planned number of balls to be stopped can be corrected very easily because the number of remaining soils is set in the lost ball memory to obtain the planned number of balls to be stopped.

[Brief explanation of the drawing]

The drawing shows an embodiment of this invention, and is a diagram schematically showing a ball supply management device in a pachinko machine. 1...Loss ball counter, 2...Profit ball counter, 3...Loss ball memory, 4...
・Profit ball memory, 5... Arithmetic comparison device, 6...
...Setting device, 7...Correction value setting device, 1
1...Transfer command device.

Claims (1)

[Scope of utility model registration request] A lost ball counter 1 that counts lost balls is connected to an arithmetic unit 12, and the lost ball counter 1 is connected to a lost ball memory 3 via a transfer command device 11 that transfers the contents of the counter 1. A profit ball counter 2 for counting balls is connected to the arithmetic device 12, and the profit ball counter 2 is connected to the profit ball memory 4 via a transfer command device 11 for transferring the contents of the counter 2, and the profit ball counter 2 is connected to the loss ball memory 4. 3 and profit ball memory 4 are respectively connected to the arithmetic device 12, and to the arithmetic device 12, a setting device 6 for setting the planned number of balls to be stopped is connected via a comparator 13. Furthermore, the loss ball memory 3 A ball supply management device for a pachinko machine, characterized in that a correction value setting device 7 for changing the stored contents of the lost ball memory 3 is connected to the ball supply management device.