JPS6012066B2 - Pachinko game machine stop control device - Google Patents

Description

Detailed Description of the Invention The present invention calculates the difference between the number of batted balls per machine and the number of prize balls for a large number of game machines, and when the difference exceeds a predetermined value, the number of balls hit by that game machine is calculated. The present invention relates to a stop control device for a pachinko game machine that manages and controls the game to stop.

Generally, in a pachinko hall, if one player obtains more profit balls (loss balls from the pachinko hall's point of view) than the predetermined number of balls per pachinko game machine, he/she can use that pachinko game machine. We are trying to put a stop to it.

However, in the case of a large number of pachinko game machines, the total number of balls hit per pachinko game machine is subtracted from the total number of prize balls per pachinko game machine, and this subtraction is the number of canceled contracts. There is provided a stop control device configured to stop the pachinko game machine when the above condition occurs. However, according to this configuration ~
When a player leaves a pachinko game machine with A number of balls left unattended, in other words, after the player ends the game with A number of profit balls given to the pachinko game machine for the pachinko hall, If another player comes to the pachinko game machine and cancels it as mentioned above, this player will get the above A profit balls in addition to the number of canceled contracts.Therefore, the pachinko hall side This results in a small number of players monopolizing the limited number of loss balls (profit balls from the customer's perspective) in the entire hall, and the profit balls are distributed evenly to many players. The present invention was made in view of the above circumstances, and its purpose is to increase the profit margin that players can earn in excess of the number of canceled contracts. It is possible to suppress the number of balls as much as possible, which makes it possible to distribute profit balls almost evenly to a large number of players. The purpose of the present invention is to provide a stop control device for a pachinko game machine that is preferable for use in a pachinko game machine.

An embodiment of the present invention will be described below based on the drawings.

X,,X2,...,Xn are multiple pachinko game machines, and each pachinko game machine X,,X2,...,Xn is
It is equipped with an output terminal A for counting quality balls that generates one pulse for each winning ball IN, and an output terminal B for counting batted balls that generates one pulse for each hitting ball 1. There is. 1 is the input state P, 3 P2 is the skin, Pn is the pachinko game machine*,? X2...? This is a prize ball counting means connected to receive output pulses from each output terminal A of ×n ~ This counts the total number of prize balls per each pachinko game machine i according to the number of input pulses. Numerical signals ``o'', ``1'', ``2jg'' consisting of the count contents are sent to each column from the output terminals C, , C2, skin, and Cn corresponding to the pachinko game machine This is a configuration that outputs to .

Maso Yoshinobu's input terminal P, 9 P29 Pn is a batted ball counting means connected to receive output pulses from each output terminal B of the pachinko game machine X, 9 x 29 books 8 x n; counts the total number of balls hit per each pachinko game machine according to the number of input pulses, and converts the numerical signal ro↓"1f"2↓... to the pachinko game machines X,,X2 The configuration is such that the output terminals C, 9 C2, ..., Cn each correspond to the dedicated...,
2. state, PAn is each output terminal C of the ball counting means 1,
亨C25...Connected to receive the numerical signal output from Cn, and also connected to the input terminals PA,,PA
29 State, input terminal PB paired with P, mother P 9...
, PB are the respective output terminals C., PB of the batted ball counting means 2. Flat C
2, side, is connected to receive the numerical signal output from Cn, and this subtraction means 8 is connected to the L input terminal PA,...
From each numerical signal input to PA2,...,P, the corresponding input terminal PB. ; PB…subtract each numerical signal input to PBn and send the calculation result to the numerical signal…“12↓
“One 1”, “OL” 1 above “2” p... Output terminal D, mother D2 $...? Output from Dn.

And the output terminals D, , D2, Cape, D. The numerical signals outputted from the input terminals P,, P2,..., Pn of the inhibiting means 4 corresponding to the respective output terminals D,, D20..., Dn, respectively.
and each input terminal P,, P2-..., P of the stop setting means 5
n. The output terminals T,, T2,..., Tn of the deterrent means 4 are connected to the respective gate input terminals G,, G2,..., Gn of the batted ball counting means zero, and this is connected to the input counting signal. Input terminal P to which the counting signal is input when the compensation value corresponding to the predetermined number of compensation balls decreases by exceeding, for example, "-400".
, ~Pn, the inhibition signals are output from the output terminals T and ~Tn corresponding to the output terminals T and ~Tn. The batted ball counting means 2 stops counting the batted balls by the corresponding input terminals P, ~Pn during the period when the gate input terminals ○, ~Gn are receiving the above-mentioned inhibition signals. In addition, when the numerical signal received from the subtracting means 3 exceeds a predetermined number of contracts for termination (for example, "2000" in this embodiment), the termination setting means 5 connects the corresponding output terminal S, S29...,
A stop signal is output from Sn, and this signal causes, for example, a light emitting diode L? L2,...
9 Turn on Ln. Note that each of the above light emitting diodes L,
L2...? Ln is each pachinko game sardine ball, stupid ×
They are provided corresponding to machine numbers 2, . According to the above configuration, even if the old pachinko game machine The first player in
If the player obtains 500 deer balls by hitting a 0N solid ball, the player will receive 200 deer balls, which exceeds the contracted number of balls. In this case, ``50 fixed pulses are output from the output terminal A of the pachinko game machine X,'' and 30 pulses are output from the output terminal B, respectively. 50 entered in
The batted ball counting means 2 also outputs a numerical signal r3000 corresponding to the 30 hard pulses inputted to its input terminal P. Therefore, the subtraction means 3 converts the input to the input terminal PA, ie, the numerical signal "5000", to the input terminal PB. In other words, the input terminal P of the stop setting means outputs the difference value signal ``12000'' obtained by subtracting the numeric signal ``3000''. Therefore, a stop signal is output from the output terminal P, of the stop setting means 5, and the light emitting diode L, lights up, indicating that the pachinko game machine X, has been stopped. And ~ With this display, Pachinko game machine
, informs the players that the game has been canceled and forces them to leave the pachinko game machine X. Furthermore, ``For example, in the pachinko game Kaisai 2, if a player is in a situation where he can only get 160 prize balls by hitting 2000 balls,'' in other words, ``In other words, 40 hard-hit balls will be awarded to the pachinko player.'' If given to the game machine
is outputted and inputted to the input terminal P2 of the suppressing means 4, so that a suppressing signal is also outputted from that output terminal, and this signal is inputted to the gate input terminal G2 of the batted ball counting means 2. Therefore, the hit ball counting means 2 stops counting the balls hit into the pachinko game machine X2 corresponding to the input state P2. Therefore, even if the number of balls hit into the pachinko game machine X2 subsequently increases to "2010" and "20201," the count content corresponding to the output terminal C2 of the hit ball counting means 2 will not increase from "2000" but will be subtracted. The count content of means 3 is r
-400" remains. Then, if, for example, 10 prize balls are given to the player from the pachinko game machine The means 3 outputs a numerical signal "-390" from the output terminal D2, and as a result, the deterrent means 4 stops outputting the deterrence signal, and the batted ball counting means 2 detects the number of balls batted into the pachinko machine X2. Then, if there is a 1 hit ball into the pachinko game machine X2, the output terminal C2 of the hit ball counter 2 outputs a numerical signal "
2010" is output, and the subtraction means 4 outputs the output terminal D2.
Since the numerical signal "-400" will be output from
The deterrent means W outputs a deterrent signal from the output terminal T2 to once again stop the batted ball counting means 2 from counting the balls hit into the pachinko game machine X2. Thereafter, the above-described operations are repeated. In this way, if the above-mentioned player ends the game at the pachinko game machine This means that the hit ball is given to the pachinko game machine X2, but the numerical signal "-400" is still output from the subtraction means 4. However, after that, if a new customer to the pachinko game machine "2400" and the numerical signal "
A numerical signal "12000" consisting of the sum of "-400" is output to the input terminal P2 of the stop setting means 5. Therefore, the stop setting means 6 outputs a stop signal from its output terminal S2 and lights up the light emitting diode, thereby indicating that the pachinko game machine X2 has been stopped. 4 is ~The player is playing pachinko game machine X,,X2,...,×
For example, if another player cancels the pachinko game machine after finishing the game with more than 400 balls left unattended for n, this player will cancel the contract number of ``2''.
This function is to suppress the number of profit balls obtained by exceeding "000" to below 40.

Furthermore, ``In general, in pachinko game machines, players often receive profit balls only after they have used a large number of batted balls.According to the above example, the number of compensation balls is 400 balls. Since the player can take back the balls hit up to the point where the player hit the ball, it is possible to prevent the player from being disadvantaged as much as possible. ÷ Compensation for the number of canceled pachinko game machines for customers who come to the T-dan pachinko game machine after getting a certain amount of profit and ending the game before the game is canceled. is also possible.

As is clear from the above description, according to the present invention, after a player finishes playing a pachinko game machine with the ball left unattended, another player comes to the pachinko game machine and tries to play the game. Even in the case of cancellation, the number of profit balls that a player can obtain in excess of the number of cancellation contracts can be suppressed as much as possible. It is possible to provide a stop control device for a pachinko game machine that is very favorable for the management of pachinko parlors because it eliminates the trapping that causes disadvantages to players.

[Brief explanation of the drawing]

The drawing is a block diagram showing one embodiment of the present invention. In the figure, 1 is a sensed ball counting means, 2 is a batted ball counting means, 3 is a subtraction means, 4 is a deterrent means, 5 is a stop setting means, X, ~×
n indicates a pachinko game machine, and L, to Ln indicate light emitting diodes.

Claims (1)

[Claims] 1. A ball counting means for counting the total number of balls hit per pachinko game machine, a prize ball counting means for counting the total number of prize balls per game machine, and a ball counting means for counting the total number of balls hit per pachinko game machine, and receiving each of the above total numbers as input, respectively. and a subtraction means for counting the difference, and a discontinuation setting means for discontinuing the pachinko game machine when the counted value of the subtraction means exceeds a predetermined number of discontinuation contracts, A deterrent means is provided for preventing a new signal from being input from the batted ball counting means to the subtracting means when the count content of the subtracting means exceeds a predetermined compensation value. A stop control device for a pachinko game machine characterized by the following features: