JPS601027B2 - 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 perspective) than the predetermined number of balls per pachinko game machine, he/she can use that pachinko game machine. We are trying to stop the fee for speaking out.

Conventionally, however, for 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 number exceeds the number of canceled contracts. There is provided a stop control device configured to stop the pachinko game machine when the pachinko game machine reaches the end of the game. However, according to this configuration, if a player leaves A batted balls in a certain pachinko game machine, in other words, it is difficult for the pachinko hall to
After finishing the game with the number of profit balls given to the pachinko game machine, if another player comes to the pachinko game machine and cancels the game as described above, then this player will have to In addition, you will get the above A number of profit balls. Therefore, on the pachinko hall side, the limited number of loss balls (profit balls from the player's perspective) in the entire hall ends up being monopolized by a small number of players, and many players Unable to distribute profits evenly,
This was extremely unfavorable for the management of pachinko halls. The present invention has been made in view of the above circumstances, and its purpose is to suppress as much as possible the number of profit balls that a player acquires in excess of the number of canceled contracts. The object of the present invention is to provide a stop control device for a pachinko game machine that can evenly distribute profit balls and is very favorable for the management of pachinko halls.

An embodiment of the present invention will be described below with reference to FIG.

X,,X2,...,×n are multiple pachinko game machines,
Each pachinko game machine X,, X2,..., ×n has an output terminal A for counting prize balls that generates one pulse for each prize ball IN, and one pulse for each batted ball 1. Each ball is provided with an output terminal B for counting the number of balls hit. 1 is its input terminal P
,,P2,...,Pn is the aforementioned pachinko game machine X,,
A prize ball counting means connected to receive output pulses from each output terminal A of X2,...,Xn, which calculates the total number of prize balls per pachinko game machine according to the number of input pulses. A numerical signal "0" consisting of the counted contents
, "1", "2", ... as Pachinko game machine X,,X
2,...-, ×n corresponding output terminals C,,C2,
. . , Cn are output separately.

2 is the input terminal P,,P2,...,Pn is each output terminal B of the pachinko game machine X,,X2,...',×n
This is a batted ball counting means connected to receive output pulses from the machine, which counts the total number of balls batted into each pachinko game machine according to the number of input pulses, and calculates a numerical value based on the count contents. The configuration is such that signals "0", "1", "2", . . . are output separately from output terminals C, , C2, .

3 is an adjusting means connected so that its input terminals P,, P2, . . . , Pn receive numerical signals output from each output terminal C, , C2, . So, this is the gate input terminal ○,,○2,...,Gn
Until the numerical signal input to the gate exceeds a predetermined tolerance value (for example, "-400" in this embodiment) and decreases, each gate input terminal ○, 02, . . .
The above input terminals P, , P2, . . . corresponding to Gn, respectively
The numerical signal input to Pn is allowed to pass, and if the numerical signal input to the gate input terminals ○,, G2,..., Gn decreases by exceeding the allowable value "-400", , the value at the time when this numerical signal decreases to the maximum is added to the numerical signal from the batted ball counting means 2, and the value is calculated at each output terminal.
, day 2, . . . Hn, and holds this state until it is reset.

That is, for example, when the numerical signal "1000" is output from the output terminal Cn of the batted ball counting means 2, the adjusting means 3
When the numerical signal "-400" is input to the gate input terminal Gn of the adjusting means 3, the adjusting means 3 outputs the numerical signal "600" from the output terminal Hn, and from then on, the numerical signal from the output terminal Cn is The state in which the allowable value "-400" is added and output is maintained until it is reset in response to the occurrence of abort, which will be described later. 4 is a subtraction means whose input terminals PA, ,PA2
,...,P are the respective output terminals C,,C of the prize ball counting means 1.
27..., Cn, and are connected to receive the numerical signals output from the input terminals PA. ,P,・
The input terminals PB, PB2, . . . , PR forming a pair to Means 4 outputs the corresponding input terminals PB from each numerical signal inputted to the input terminals PA,,P,...PAn.
,,PB2,...,PBn are subtracted and calculated, and the calculation results are converted into numerical signals..., "
12'', 11 rays ``o'', ``1'', ``2 rays...'' are output from output terminals D,, D2, . . . , Dn.

Therefore, the numerical signals output from the output terminals D,,D2,...Dn are for each pachinko game machine×,,X2,...,
The value obtained by subtracting the total number of batted balls from the total number of prize balls at ×n,
In other words, it corresponds to the number of balls acquired by the player. The numerical signals outputted from the output terminals D,, D2,..., Dn are transmitted to the respective gate input terminals G,, G2,... ...,
Gn and each input terminal P of the stop setting means 5, P2,...,
It is designed to be given to Pn. The discontinuation setting means 5 responds to the numerical signal received from the subtraction means 4 when the number of pitches acquired by the player exceeds a predetermined discontinuation contract number (for example, "2000" in this embodiment). A stop signal is output from the output terminals S, S2, . The light emitting diodes L, L, . . . , Ln are provided corresponding to the machine numbers of the pachinko game machines X, X2, . ，
This is to display the stop of X2, . . . , xn. According to the above configuration, for example, in the pachinko game machine X, if the first player obtains 5000 prize balls by hitting 300 hard balls, the player will obtain 200 boxes of profit balls. As a result, the number of canceled contracts exceeded.

In this case, from the output terminal A of the pachinko game machine
Since the Kawago pulse is ``and 300 pulses are outputted from the output terminal B, the prize ball counting means 1 outputs a numerical signal ``5000'' corresponding to the 50 solid pulses input to its input terminal P. The batted ball counting means 2 outputs the input terminal P. It outputs a numerical signal "3000" corresponding to the 30 fixed pulses input to the . At this time, the adjusting means 3 has a numerical signal "0" given to its gate terminal G at the beginning of the game of the pachinko game machine X, and allows the input to the input terminal P to pass through. Therefore, the subtraction means 4 subtracts the input, ie, the numeric signal ``3000'' to the input terminal PB, from the input ie, the numeric signal ``5000'' to the input terminal P, and sets the difference, ie, the numeric signal ``12000.'' It is output to the input terminal P of the means 5. Therefore, a stop signal is output from the output terminal S, of the stop setting means 5, and the light emitting diode L, lights up, indicating that the pachinko game machine X, has been stopped. Then, by this display, the player of the pachinko game machine X is informed that the game has been cancelled, and is forced to leave the pachinko game machine X. Furthermore, for example, in the pachinko game machine X2,
Suppose that the player ends the game with only 1,600 Kaku balls obtained by hitting 200 balls. In other words, suppose that 400 balls are given to the pachinko game machine X2. At this point, the numerical signal "-400" is output from the output terminal D2 of the subtracting means 4 and inputted to the gate input terminal G2 of the adjusting means 3. Output terminal C
The allowable value "-400" is added to the numerical signal from 2 and output from the output terminal 2. However, after this, a new player at the pachinko game machine X2,
For example, if you get a prize ball in the 350N range by hitting a 150M solid ball, the subtraction means 4 sends a numerical signal "5100" to its input terminal P~ (1600 prize balls by the previous player and 1600 prize balls by the new player). At the same time, a numerical signal "3100" (the sum of 2000 balls hit by the previous player and 150 balls hit by the new player) is sent to the input terminal PB2. The above-mentioned tolerance value "-400" is added to the sum.
), and the difference value 0chi numerical signal "12
000'' is output to the input terminal P2 of the stop setting means 5.
Therefore, the stop setting means 5 outputs a stop signal from its output terminal S2 to light up the light emitting diode L2, thereby indicating that the pachinko game machine X2 has been stopped.
At the same time, the adjusting means 3 is reset and the operation of adding the allowable value "-400" to the numerical signal from its output terminal C2 is canceled. In short, the adjustment means 3 allows the player to finish the game while leaving the balls hit with 40 balls or more corresponding to the tolerance value "1400" on the pachinko game machine X,, X2, ..., Xn. If another player later cancels the pachinko game machine, the number of canceled pachinko machines will be ``200''.
The pachinko hall automatically adjusts so that the stop setting means 5 performs the stop at the value ``1600'', which is the value obtained by subtracting ``400'' from ``0'', and the pachinko hall side essentially controls the player acquisition in this case. 40 hard balls can be automatically retrieved from the ball.

Therefore, the number of profit balls that a player acquires in excess of the number of canceled contracts can be suppressed as much as possible, and as mentioned above, the balls recovered by the pachinko hall can be returned to many players as profit balls, making it profitable. This makes it possible to equalize the distribution of balls.
FIG. 2 shows another embodiment of the present invention, and hereinafter only the differences from the previous embodiment will be described.

That is, 6 is a stop setting means whose input terminals P,,P2,...,Pn are connected to receive numerical signals from the output terminals D,,D2,...,Dn of the subtraction means 4; When the numerical signal received from the subtraction means 4 exceeds a predetermined number of canceled contracts (for example, "2000" in this embodiment), the corresponding output terminals S,, S2, . . .
A stop signal is output from n, and this signal lights up the light emitting diodes L,,L2,...,Ln. ,...,Gn, the numerical signal is added to the preset number of canceled contracts "2000", and each output terminal S,, S2,...
, Sn. Reference numeral 7 denotes an adjusting means connected so that the input terminals P,, P2,..., Pn receive numerical signals from the output terminals D,, D2,..., Dn of the subtracting means 4; Until the signal exceeds a predetermined tolerance value (for example, "1400" in this embodiment) and decreases, passage of the numerical signal is blocked, and "the input numerical signal is When the value decreases by exceeding the allowable value "-400", the value at the time when this numerical signal decreases to the maximum is allowed to pass, and this is applied to the gate input terminals G, , G2 of the abort setting means 6. ,…
, Gn.

In this embodiment configured in this way, the adjustment means 7 is
Subtraction means 4. When the numerical signals from the output terminals D,, D2,...Dn of the output terminals D,, D2,...Dn decrease exceeding the allowable value "-400", this numerical signal is stopped and the output terminals S,,,... of the setting means 6 are stopped.
The number of canceled contracts corresponding to S2,...,Sn is ``200''.
0” (from the number of discontinued contracts “2000” to the allowable value “
By subtracting the number of pitches ``400'' corresponding to ``1400'', the batting setting means 6 automatically adjusts the batting to be performed at ``1600 J''. 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, the same effect as that of another pachinko game machine can be obtained. Even if a player decides to cancel the game, the number of profit balls that the player obtains in excess of the number of canceled contracts can be suppressed as much as possible, and the profit balls are distributed almost equally among many players. Therefore, it is possible to provide a stop control device for a pachinko game machine which is very favorable for the management of pachinko halls.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing one embodiment of the present invention, and FIG. 2 is a block diagram showing another embodiment. In the figure, 1 is a prize ball counting means, 2 is a batted ball counting means, 3, 7
4 is an adjustment means, 4 is a subtraction means, 5 and 6 are stop setting means,
X, ~xn represent pachinko game machines, and L, ~Ln represent light emitting diodes. Figure 1 Figure 2 Department 1 Household Posting of the amendment pursuant to the provisions of Article 64 of the Patent Law Patent Application No. 90820 (1978) issued on April 28, 1997 (Special Publication No. 1988-1027, 8th Call 60.1 Regarding Patent Publication No. 12)-3 [281] published on 11th issue, there was an amendment pursuant to the provisions of Article 64 of the Patent Law, so it is published as follows. Patent No. 1689608 lnt. C.I. 5 Identification symbol Internal office reference number A
63F 7/02 119 7008-2C Note 1 Insert "that is, allowable value" next to "value at time" in column 3, line 82. 2 Column 6, line 14, ``is.'' is followed by ``By the way, in general, in pachinko game machines, it is quite common for the player to receive a profit ball for the first time after spending a large number of balls.'' However, according to the above embodiment, the player can take back up to 400 balls, so in practice the player will hardly be disadvantaged.'' do. 3 Column 6, line 39, ``Allow this and use this'' is corrected to ``In other words, allow the passage of the allowable value and use this as the subtracted value.'' 4 Column 8, lines 2 and 3 In this case, among the balls hit by that player at the beginning of the game, those within the prescribed tolerance range will no longer be considered as balls hit by previous players. The function to suppress the number of profit balls as described above will no longer work blindly, and it will be possible to eliminate the captives who put the player at a disadvantage.''

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 pachinko game machine, and a method for counting the difference between the respective total numbers. A device comprising a subtraction means and a termination setting means for discontinuing the pachinko game machine when the count value of the subtraction means exceeds a predetermined number of termination contracts, wherein the count of the subtraction means is Adjustment means that automatically adjusts so that when the content exceeds a predetermined tolerance value, the batting setting means performs batting at a value obtained by subtracting the number of pitches corresponding to the tolerance from the contracted number of pitches to bat. A stop control device for a pachinko game machine, characterized in that it is provided with: