JPS6012067B2 - 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 and the number of quality balls for each of 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.

In general, in pachinko halls, if a player obtains more profit balls (loss balls from the pachinko hall's perspective) than the predetermined number of balls per pachinko game machine, We are trying to get them to stop in some cases.

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 mechanism, t
After a player ends a game with a pachinko game machine leaving A number of balls hit, in other words, with the pachinko hall giving A number of profit balls to the machine, If another player comes to the pachinko game machine and decides to cancel the pachinko game machine as described above, this player will obtain the above A number of profit balls by adding the number of canceled contracts. Therefore, on the pachinko hall side, a limited number of loss balls (from the customer's perspective, profit balls) are available throughout the hall.
This results in a small number of players having a monopoly over the game, making it impossible to equally benefit many players.
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 minimize the number of profit balls that a player can obtain in excess of the number of canceled contracts. In addition to being able to give players profit balls, it also eliminates problems that put players at a disadvantage, and also prevents new players from receiving unreasonable profit balls from pachinko game machines that have been discontinued. To provide a stoppage control device for a pachinko game machine which is very preferable for the management of a pachinko hall even if the pachinko game machine can be prevented from being stopped.

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

X,? X2 Mother... Mother Xn is the output terminal A for counting balls that generates one pulse for each winning ball. and a power terminal for counting the batted balls that generates one pulse for each pitch of the batted ball.The input terminal is the input terminal, right? Mu scales The total number is counted and a numerical signal consisting of the counted contents "20L..." is output to the output terminal C2 corresponding to each pachinko game machine
9 Misaki La It is configured to output each signal separately from Cn. This also applies to the batted ball counting means connected to receive output pulses from each output terminal on the pachinko game machine X, X29 side; Count the total number of balls hit per each pachinko game machine according to the number of input pulses, and generate a numerical signal consisting of the count contents rQMrlo'' 2018 ... for pachinko game machine X, mother X2, turtle skin Vine Father n output terminal C corresponding to each; C27 ... Male Cn is the total output from each. 3 is the subtraction means t Its input terminal P public, hyung PA
2,...? PAn is each output terminal C of the prize ball counting means wealth,
? C2, ...A is connected to receive the numerical signal output from Cn, and is also connected to the input terminals PA, ,PA2
7 ..., the pair of input states PB, 亨PB, skin to P. P
R represents each output terminal C, 9 of the batted ball counting means C29
...The subtraction means 3 is connected to receive the numerical signal outputted from the eaves Cn.
2,...,P~ are subtracted from the respective numerical signals input to the corresponding input terminals PB, 9PB,..., P&, and the calculation result is converted into a numerical signal...r-20''G
"-10L"0↓"10", "20", . . . are output from the output terminal D,, port 2, . . . , Dh.

And the above output terminals D,,D2,...? The numerical signals outputted from Dn are the input terminals P, ? of the inhibiting means corresponding to the respective output terminals D,, D29..., Dn, respectively. P2,
..., Ph and each input terminal P of the stop setting means 5, P27
..., Pn. The above-mentioned deterrent means turtle has its output terminal T, and Tn is the input state of each gate of the batted ball counting means 2.○, the terminal G2, ...,
This means that the input counting signal is connected to Gn and the input count signal is set to a compensation value corresponding to a predetermined number of compensation balls, for example, "Blood 40".
When the count signal decreases by exceeding 0, a deterrent signal is output from the output terminals T, -Tn corresponding to the input terminals P, -Pn to which the counting signal is input. and the gate input terminal G of the batted ball counting means. Even if the above-mentioned stop signal is received at ~Gn, the input terminals P and ~eaves corresponding to this during the period of . This will stop the military from counting batted balls. Again, the numerical signal received from the above-mentioned discontinuation setting means needle subtraction means 3 indicates the predetermined discontinuation contract number (in this embodiment, for example, "2").
000''), a stop signal is output from the corresponding output terminal SiQS29 Sn, but in response to this signal, for example, a light emitting diode L;L2 turtle side stomach × Turn on n. still~
One number of each light emitting diode listed above...? 1n is the above-mentioned pachinko game machine, X28 Shuken is installed corresponding to the machine number of next
? X2 Takashi Shusada It is the one that indicates the end of the next deafness 6
Even if it is L, each output terminal S, eaves S2s of the above-mentioned deterrent means turtle'ma~stop setting means...? It is connected to receive the stop signal from Sn to the output terminal T, the release input terminal corresponding to Tn, respectively, and the release input terminal corresponding to Tn, respectively. In some cases, the output of the deterrent signal from the output terminal corresponding to the scale removal force terminal that receives this signal is stopped thereafter. According to the above structure, for example, in the pachinko game machine X, when the first player If the player gets 500 prize balls by hitting 300 balls into the box, the player will get 200 profit balls, which exceeds the contracted number of balls.

In this case, from the output terminal A of the Topachinko game machine
, and 30 solid pulses are output from the output terminal B, respectively.The prize ball counting means is a numerical signal corresponding to the 50 solid pulses input to the input terminal P. 5000'', and the batted ball counting means 2 also outputs a numerical signal ``3000'' corresponding to the 30 solid pulses inputted to its input terminal P. Therefore, subtraction means 3
is the input to the input terminal PA, that is, the numerical signal “5000
” to the input terminal PB, that is, the numerical signal “30
The difference after subtracting ``00'' is the numerical signal ``12,000.''
is output to the input terminal P of the stop setting 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, and the pachinko game machine X,
Displays that it has been discontinued. Then, by this display, the player of the pachinko game machine X is informed that the game has been canceled and is made to leave the pachinko game machine X, and the counting contents of each counting means 1 and 2 are reset. Further, for example, in pachinko game machine ball 2, if the player is 20
Assuming that a ball hit with a 0M hard ball results in a prize ball of only 160 hard balls, in other words, if a ball hit by a ball with a net value of 40 is given to the pachinko game machine*2, then ``At this point, A numerical signal "-400" is output from the output terminal D2 of the subtracting means 3 and input to the input terminal P of the suppressing means 4.
2, a deterrent signal is output from its output terminal L, and this is input to the gate input terminal G2 of the batted ball counting means 2.
is input. Therefore, the hit ball counting means 2 stops counting the balls hit into the pachinko game machine X2 corresponding to its input terminal P2. Therefore, after that, the balls hit into the pachinko game machine X2 are "2010" and "2020".
Even if the number is increased, the count corresponding to the output terminal C2 of the batted ball counting means 2 does not increase from "2000", and the count content of the subtraction means 3 remains "-400". Then, if, for example, 10 prize balls are given to the player from the pachinko game machine
0'', the subtracting means 3 comes to output a numerical signal ``-390'' from the output terminal D2, and as a result, the inhibiting means 4 stops outputting the inhibiting signal, and the batted ball counting means 2
starts counting the balls hit into the pachinko game machine ball 2 again. After that, 1 for Pachinko game machine X2
Assuming that there are 0 batted balls, the numerical signal "2010" is output from the output terminal C2 of the batted ball counting means 2, and the subtracting means 3 outputs the numerical signal "-400" from its output terminal D2. Therefore, the deterrent means 4 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, and thereafter the above-described operation is repeated. It is something that can be done.
In this way, if the above-mentioned player plays the pachinko game machine X2 and, for example, ends the game by hitting 300 hardballs and only gets 200 hardballs, then in reality 100 hard balls hit pachinko game machine X2
However, the subtraction means 3 continues to output the numerical signal "-400". After that, if a new customer to the pachinko game machine A numerical signal "12000" which is the sum of "2400" and the numerical signal "-4001" 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, and the light emitting diode L
2 is lit to indicate that the pachinko game machine 2 has been discontinued. Therefore, the deterrent means 4 is such that after a player finishes playing a game while leaving, for example, 400 or more balls unattended on the pachinko game machines X, X2, ..., ×n, other players can When a pachinko game machine is discontinued, the number of profit balls that the player obtains beyond the discontinued contract number "2000" is suppressed to below 40.

Furthermore, in general, in pachinko game machines, it is often the case that the player receives a profit ball only after spending a large number of balls. According to this, since the player can take back the balls hit in a lump of 40, which is the compensation number of balls, it is possible to prevent the player from being disadvantaged as much as possible in practice. By the way, when the pachinko game machine X is discontinued as described above, the discontinuation signal from the discontinuation setting means 5 is inputted to the release input terminal R of the deterrent means 4.
is configured to stop outputting the inhibit signal from its output terminal T, but now, as described above, the output terminal T,
Assume that the output of the inhibition signal from the controller is not stopped.

In this case, a new customer who joined the pachinko game machine After going through a situation where I couldn't get a single prize ball due to the hard hitting ball (in reality, this cannot happen, but for the sake of explanation, I will assume this), the result was 5.
Assume that a prize ball of 500 is obtained by a batted ball of 00 Kawabata. In this case, when a prize ball of 60 hard is obtained by hitting a ball of 100 hard, the numerical signal "1400" is output from the output terminal D of the subtraction means 3, and the input terminal of the deterrent means mother Since it is input to P, ~ its output terminal T,
A deterrent signal is outputted from the ball counter 2 and is input to the gate input terminal G of the batted ball counting means 2. As a result, the batted ball counting means 2 is connected to the pachinko game machine group corresponding to the input terminal P. In order to stop counting the balls hit by the player, after 200 more balls have been used as described above, the counting contents corresponding to the output terminal C of the ball counting means 2 are n0001L and the prize. Output terminal C of sphere counting means wealth,
The count content corresponding to is "600". After this, ``As mentioned above, when we reach the stage where we have obtained 500 prize balls by hitting 5000 balls, the count contents corresponding to the output terminal C of the wise ball counting means'' will be ``5000'' and ``Driving balls.'' The count content corresponding to the output terminal C of the sphere counting means 2 becomes "30001", and the count content corresponding to the output terminal C of the subtraction means 3 becomes "2".
000'', the pachinko game machine X is discontinued in the same manner as described above. In other words, the pachinko game machine X is discontinued without a customer playing the pachinko game machine* being able to obtain a single profit ball, and this causes complaints from the players. This may cause trouble. Such a situation occurs when a new customer of a pachinko game machine that has been discontinued is convinced that the fact that the game machine has been discontinued means that they will be able to make a lot of profit from the machine. This is often caused by special circumstances in which new balls are thrown into the pachinko game machine one after another until the desired profit ball is obtained. On the other hand, in the above embodiment, when the pachinko game machine X is stopped, the output terminal T of the deterrent means 4 is
In other words, the inhibiting operation for the counting contents of the subtracting means 3 corresponding to the pachinko game machine X is automatically canceled, and the output terminal C of the batted ball counting means 2 is stopped. Since the corresponding counting is not stopped, as mentioned above, the pachinko game machine is canceled without the player being able to obtain the profit ball corresponding to the number of canceled contracted balls, which is a pointless situation. The storm L suppression means 4 changes the compensation value from ``1400'' to ``1800,'' for example, when the stop sign is output.
It may be configured to automatically change to, etc. 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 attempts to do so." Even in the case of cancellation, the number of profit balls that the player obtains in excess of the number of canceled contract can be suppressed as much as possible, and thus the profit balls can be distributed approximately evenly to a large number of players. It is possible to eliminate blind curtains that put people at a disadvantage.
Furthermore, it is possible to prevent a new player from a pachinko game machine that has been discontinued from discontinuing the pachinko game machine without receiving unreasonable profits, which is very favorable for the management of the hall. A stop control device for a pachinko game machine can be provided. The detailed explanatory drawing in the drawing is a block diagram showing one embodiment of the present invention.

In the figure, 15 is a prize ball counting means v2 is a batted ball counting means ~
3 is a subtraction means, base 1 is a deterrent means; 5 is a stop setting means.
X, ~Xn are pachinko game machines ~L. ~Ln indicates a light emitting diode.

Claims (1)

[Claims] 1. A batted ball counting means for counting the total number of batted balls per pachinko game machine, a prize ball counting means for counting the total number of prize balls per said game machine, and receiving each of the above-mentioned total numbers as input, respectively. and a subtraction means for counting the difference between the numbers, and a termination setting for outputting a termination signal and discontinuing the pachinko game machine when the counted value of the subtraction means exceeds a predetermined number of termination contracts. a deterrent 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 compensation value; means is provided, and the inhibiting means automatically cancels the inhibiting operation for the counting contents of the subtracting means corresponding to the pachinko game machine that is the source of the halting signal when the halting signal is output, or A stopping control device for a pachinko game machine, characterized in that the device is configured to automatically increase a compensation value.