JP2843394B2 - Pachinko game machine management device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Purpose of the Invention] (Industrial application field) The present invention relates to management of a pachinko game machine, a number of out-balls signal and a number of safe balls output from the pachinko game machine, and a pachinko machine thereof. The present invention relates to a management apparatus for a pachinko game machine that performs calculation based on a lending signal output from a ball lending unit installed so as to correspond to a game machine on a one-to-one basis.

(Prior Art) In a pachinko hall, as is well known, a so-called nail adjustment is performed on a pachinko game machine to adjust the payout rate of the pachinko game machine. As data for such nail adjustment,
Conventionally, data such as the actual number of outgoing balls (this corresponds to the operating rate), the number of difference balls, the payout rate, and the number of hits in a pachinko game machine has been used. For a plurality of pachinko game machines.

Further, in recent years, pachinko game machines that exhibit a so-called special prize state in which a winning rate becomes extremely high when a predetermined condition is satisfied during a game have been widely used. Since the data of the payout rate and the number of difference balls greatly differ between the period in which the special prize state occurs and the period in the normal state, it is impossible to use those data as they are for the nail adjustment. Therefore, conventionally, a special prize signal output from the pachinko game machine while the prize is in the special prize state is used, and the data for the nail adjustment are classified into an output period and a non-output period of the special prize signal. A pachinko game machine management device is also provided.

(Problems to be Solved by the Invention) By the way, in order to perform the nail adjustment of the pachinko game machine more precisely and accurately, the pachinko game machine is divided into a special prize state and a state other than the above. Data alone is not sufficient, and it is desirable to obtain data such as the number of outgoing balls and the number of difference balls due to the game of the player each time the player is replaced in the pachinko game machine. In order to satisfy such a demand, the pachinko game machine may store data such as the number of outgoing balls and the number of difference balls of the pachinko game machine every time a player changes, as described above. In the conventional configuration, in order to grasp the replacement status of the players, it becomes necessary for pachinko hall employees to check the replacement status one by one. However, such a work requires an extremely large number of manpowers, and is difficult to realize in view of an increase in labor costs.

The present invention has been made in view of the above circumstances, and an object thereof is to provide a state in which at least the number of outgoing balls and difference ball number data in a pachinko game machine are divided for each change of a player in the pachinko game machine. Can be obtained, and the nail adjustment of the pachinko game machine can be performed precisely and accurately based on such data, and no extra manpower is required to obtain the data, which leads to an increase in labor costs. It is an object of the present invention to provide a management apparatus for a pachinko game machine that has a beneficial effect of eliminating the problem.

[Means for Solving the Problems] In order to achieve the above object, the present invention manages a pachinko game machine by controlling an out ball number signal and a safe ball number signal output from the pachinko game machine side. In an apparatus for performing a balance calculation based on a lending signal output from ball lending means provided in one-to-one correspondence with the pachinko game machine, a safe ball is calculated based on the number of out-balls and the number of safe balls. A function of sequentially comparing the number of outgoing balls with the number of outgoing balls, and generating a detection signal when a lending signal equal to or more than a predetermined reference amount is output from the ball lending means in a state of the number of safe balls> the number of outgoing balls, or , (The number of outgoing balls−the number of safe balls) is sequentially calculated as the difference ball number, and a detection signal is output when the difference ball number and the lending ball number corresponding to the lending signal from the ball lending unit have a predetermined relationship. Occurs when A signal generating means provided with at least one of the functions of restarting the calculation from the initial state is provided, and at least the out ball number and difference ball number data are sequentially stored at the time of generation of any of the detection signals. The storage control means is provided.

(Operation) When a game is being played on a pachinko game machine,
An out ball number signal and a safe ball number signal are output from the pachinko game machine. In this case, in the signal generating means, the number of safe balls and the number of out balls are sequentially compared based on the number of out balls and the number of safe balls. A first method of generating a detection signal when a lending signal equal to or more than a predetermined reference amount is output
, And (the number of outgoing balls−the number of safe balls) are sequentially calculated as the number of difference balls, and the number of difference balls and the number of lending balls corresponding to the lending signal from the ball lending means have a predetermined relationship. At least one of the second functions of generating a detection signal and restarting the calculation from the initial state is performed.

Here, the period in the state of the number of safe balls> the number of out balls,
That is, when the player has acquired the pachinko balls, the player does not naturally borrow pachinko balls from the ball lending machine. Therefore, a state in which the lending signal is output from the ball lending means in the state of the number of safe balls> the number of out balls is equal to or greater than a predetermined reference amount corresponds to a state in which the player has been replaced by another player. In such a state, when the signal generating means performs the first function in such a state, the signal generating means generates a detection signal on the basis of the pachinko game machine assuming that the player has been replaced. Become.

Also, whether or not the difference between the number of balls obtained by the calculation of (the number of out-balls-the number of safe balls) and the number of lending balls corresponding to the lending signal from the ball lending unit have a predetermined relationship (for example, the number of difference balls) Can be determined based on whether or not the number of borrowed balls has exceeded the number of borrowed balls), and whether or not pachinko balls have been brought in from another pachinko game machine can be determined. Executes the first function, the signal generation means generates a detection signal on the assumption that the player has been replaced in the pachinko game machine, and calculates the above (the number of out-balls-the number of safe balls). Is restarted from the initial state.

Then, the storage control means stores at least the out ball count and difference ball count data at the time of occurrence of the above outgoing signal, so that the player's The data of the number of balls out and the number of balls out of the game can be obtained individually. Of course,
Replacement of a player in a pachinko game machine can be automatically detected without requiring any human intervention, so that an increase in labor costs does not occur.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

FIG. 1 shows only a portion related to the gist of the present invention by a combination of functional blocks in the management device of the pachinko game machine and the electrical configuration of the pachinko game machine. However, the management device is actually configured by a computer and centrally manages a large number of pachinko game machines. However, in FIG. 1, for convenience of explanation, FIG. 1 relates to one pachinko game machine. Only functional blocks are shown.

That is, from the pachinko game machine 1, 10 whenever the out ball occurs with counting pulses P ₁ serving out piece count signal is outputted one pulse, safe piece count signal each time the ten-safe ball is generated barrel counting pulse P ₂ is outputted one pulse.
The pachinko game machine 1 is provided with an electric character having an extremely high winning rate in an operating state, and exhibits a special prize state in which the electric character is operated when a predetermined condition is satisfied during a game. During the period of the special prize state, the special prize signal Sf (high-level signal) is continuously generated. The ball lending machine 2 as ball lending means is installed in a one-to-one correspondence with the pachinko game machine 1 so that a player of the pachinko game machine 1 can borrow a pachinko ball while playing. And
The ball from condominium machine 2, lending signal serving counting pulse P ₃ is to be outputted one pulse every time performing lending operations of 100 yen pachinko ball in.

Each counting pulse P ₁ to P ₃ and prize signal Sf are those applied via the signal line to the management apparatus 3, the following describes the managing apparatus 3.

4 is out ball counting unit that receives via the input unit 5 to count pulses P ₁ indicating the number of balls out, which is adapted to be initialized through the reset terminal R, sequentially counting pulses P ₁ input adding and outputting the addition result as a numeric signal N ₁ indicating the number of out-ball after the initialization. 6 is a safe ball counting unit which receives a counting pulse P ₂ indicating the number of safe ball through the input unit 5, which is adapted to be initialized through the reset terminal R, the counting pulses P ₂ that is input sequentially adds and outputs the addition result as a numeric signal N ₂ indicating the number of safe ball after the initialization. 7 is a subtraction unit, which subtracts the safe number ball indicated by numerical signal N ₂ from the out ball numbers shown by numerical signal N _1, pachinko game result of the subtraction after the initialization of the counter 4 and 6 and outputs as a numerical signal N ₃ showing the difference numbers balls of the machine 1. 8
In the division unit for calculating the percentage ratio of the numerical signals N ₁ to said numerical signal N ₂ (i.e. the ratio of the out ball number for safe piece count), numerical signal N indicating the result of the operation of the payout rate of the pachinko game machine 1 Output as ₀ .

9 counting the lending high counting unit that receives via the input unit 10 the counting pulse P ₃ indicating the lending high ball lending machine 2, which is adapted to be initialized through the reset terminal R, which is input sequentially adds the pulse P ₃ and outputs the addition result as a numeric signal N ₄ shown in terms of the pachinko ball number lending high after the initialization.

The numerical signal N ₁ described above is transmitted to the pachinko game machine 1
Is input to the information processing unit 11 as storage control means to be described later, and numerical value signals N ₃ , N ₀ and
N ₄ is information processing as lending amount data indicating the difference ball number data and payout rate data of the pachinko game machine 1 and the amount of pachinko balls borrowed from the ball lending machine 2 by the player of the pachinko game machine 1. The data is input to the unit 11.

Reference numeral 12 denotes an out ball counting unit which receives the count pulse P ₁ after passing through the input unit 5 via the transfer gate 12a, and is initialized through a reset terminal R.
Sequentially adds the count pulses P ₁ that is input and outputs the addition result as a numeric signal N ₅ indicating the number of out-ball after the initialization. The transfer gate 12a allows a signal to pass only when a high-level signal is supplied to its gate terminal. 13 is a safe ball counting unit that receives via the input unit 5 to count pulses P _2, which is adapted to be initialized through the reset terminal R, sequentially adding to the addition of the count pulses P ₂ that is input the results are output as a numerical signal N ₆ indicating the number of safe ball after the initialization. 14 is a subtraction unit, which subtracts the number of safe balls indicated by the numerical signal N ₆ from the number of out balls indicated by the numerical signal N ₅ , and subtracts the result of the subtraction from the pachinko game after initialization of the counting units 12 and 13. Numerical signal N ₇ indicating the number of difference balls of machine 1
Output as Then, the numerical signal N ₇ is input to the information processing section 11 as data on the number of balls held by the player in the pachinko game machine 1.

Reference numeral 15 denotes a stop setting value storage unit, which stores a stop setting value Nz (negative value) that can be arbitrarily changed. Reference numeral 16 denotes a comparison unit for controlling the hitting, which comprises the setting value Nz and the subtracting unit.
The numerical signal N ₇ from 14 is compared, and when the relation of Nz ≧ N ₇ is satisfied, that is, the difference number of balls of the pachinko game machine 1 is set to the stop value.
It is adapted to output a pulsed droplet stop signal Sz when reaching nz, the punching stop signal Sz is provided to the set terminal A ₂ of the information processing unit 11. Reference numeral 17 denotes a signal holding unit which is configured to hold the output state of the stop signal Sz during a period from when the stop signal Sz is output to when it is initialized through the reset terminal R. Then, in a state where the hit signal Sz is output from the signal holding unit 17, the supply of the pachinko ball to the pachinko game machine 1 is stopped, or the power of the pachinko ball launching device is cut off. The pachinko game machine 1 is configured to be switched to a hit state in which a game is prohibited. Reference numeral 18 denotes a hit count counting unit which counts the number of times the hit signal Sz is output, and stores the counting result as data indicating the hit count of the pachinko game machine 1.
It is made to memorize in 19.

Reference numeral 20 denotes a driving set value storage unit, which stores a driving set value Na which can be arbitrarily changed. In this embodiment, the driving set value Na is set to zero. 21 in the comparison unit, which compares the numerical signal N ₇ from the subtraction unit 14 and the hammering setting value Na,
When the state of Na ≦ N _7, that is, when the difference number ball pachinko game machine 1 is turned struck state (state number ball out is greater than the safe ball speed) it is more than zero, hammering consisting high level signal It is in a state where the signal Sa is output, and in other states, a state where a low level signal is output. The output of the comparison section 21 is supplied to the gate terminal of the transfer gate 12a after being inverted by the inverter 22.

23 is an opening means for outputting a reset pulse RP in response to an external operation, and the reset pulse RP initializes the out ball counting unit 12 and the safe ball counting unit 13 through an OR circuit 24, Section 4, Safe ball counting section
6, the lending amount counting unit 9 is initialized through the OR circuits 24 and 25 and the delay circuit 26, and the signal holding unit 17 is also initialized by the reset pulse RP. I have. The delay circuit 26 is configured to delay the input signal by a predetermined short time.

27 is a lending high counting unit for receiving the counting pulses P ₃ indicating the lending high ball lending machine 2 via the input unit 10, which is adapted to be initialized through the reset terminal R, the input sequentially adds the count pulses P ₃ and outputs the addition result as a numeric signal N ₈ indicating the lending high after the initialization. Reference numeral 28 denotes a reference amount storage unit, which stores a reference amount setting value Nx that can be arbitrarily changed. In this embodiment, the reference amount setting value Nx is a value equivalent to 500 yen. 29 in the comparison unit, which compares the numerical signal N ₈ from the to the reference amount set value Nx lending high counting section 27, when the state of Nx ≦ N _8, i.e. the ball lending machine 2 500 When a pachinko ball more than the equivalent of a circle is rented, it exhibits a state in which a high-level signal is output, and in other states, a state in which a low-level signal is output. Terminal. This transfer gate 30 also
The signal is allowed to pass only when a high level signal is given to the gate.

Reference numeral 31 denotes a difference set value storage unit which stores a negative difference set value Ny which can be arbitrarily changed. In this embodiment, the difference set value Ny is set to "-1". 32 in the comparison unit, which compares the numerical signal N ₇ from the subtraction unit 14 and the difference ball set value Ny, when the state of Ny ≧ N _7, i.e. the pachinko game machine 1
In a state where the number of differences ball is in the negative value and outputs a low level signal from the output terminal outputs a high level signal from the output terminal Q, Ny <time state of the N _7, i.e. the difference between the number of balls in the pachinko game machine 1 Is zero or a positive value, a low-level signal is output from the output terminal Q and a high-level signal is output from the output terminal. And
A high level signal from the output terminal Q of the comparator 32, the is what is outputted as the first detection signals S ₁ through the transfer gate 30, the detection signals S ₁ of the first,
The out ball counting unit 12, the safe ball counting unit 13 is initialized through an OR circuit 24, and the out ball counting unit 4, the safe ball counting unit 6, and the lending amount counting unit 9 are OR circuits 24, 25 and a delay circuit. Initialized through 26. Further, the first detection signals S ₁ is also supplied to the set terminal A ₃ of the information processing unit 11.

34 is a first guest replacement number counting unit, which the first detection signal and counts the number of output S _1, lending its first customer replacement number counting results in the pachinko game machine 1 (pachinko ball The number of replacements of the accompanying players) is stored in the storage unit 19 as data indicating the number of replacements.

The special prize signal Sf output from the pachinko game machine 1 is arranged directly in the OR circuit 36a after passing through the input section 35 and is input through the inverter 36b. The output of the OR circuit 36a is the OR signal. The signal is input to the circuit 25. Therefore, the out ball counting unit 4, the safe ball counting unit 6, and the lending amount counting unit 9 are initialized after the delay time of the delay circuit 26 elapses when the output of the special prize signal Sf is started and stopped. The output of the OR circuit 36a is adapted to be supplied to the set terminal A ₁ of the information processing unit 11. Reference numeral 37 denotes a special prize number counting unit, which counts a special prize signal Sf input through the input unit 35, and outputs the counted result to the pachinko game machine 1.
Is stored in the storage unit 19 as data indicating the number of special prizes.

The driving signal Sa from the comparing unit 21 is also input to the gate terminal of the transfer gate 38 to make it conductive, and in a state where the transfer gate 38 is conductive, the signal from the subtracting unit 7 numerical signal N ₃ applied to the comparator 39. The comparing unit 39 compares the numerical signal N ₃ with the numerical signal N ₄ from the loan amount counting unit 9, and when N ₃ > N ₄ , that is, after the initialization of the subtracting unit 7. If the difference number ball is larger than the pachinko ball number corresponding to the loan high by ball lending machine 2 after initialization of lending high counting unit 9, and outputs a second detection signal S _2, the second of the detection signal S ₂ includes an input terminal and an information processing unit 11 of the OR circuit 24
It is given to the set terminal A _4.

40 is a carry-in ball number counting unit, which is the second detection signal S ₂
The numerical signal counts the increment of N _3, pachinko ball number brought in the numerical signal N ₃ indicating the counting result from the carrying-pachinko ball number (other pachinko game machine by the player from the time but has been output ) It is given to the information processing section 11 as data. The carry-in ball counting section 40 is initialized by the outputs of the OR circuits 24 and 36a through the OR circuit 40a.
Further, 41 is a second customer replacement number counting unit, which lifting the second counts the number of output detection signals S _2, a second customer replacement number count result in the pachinko game machine 1 (pachinko ball The number of replacements of the inserted players) is stored in the storage unit 19 as data indicating the replacement number. Note that the loan amount counting unit described above
27, each set value storage unit 20, 28, 31, each comparison unit 21, 29, 32, 39, out ball counting unit 12, safe ball counting unit 13, subtraction unit 14, etc. It is composed.

The information processing unit 11 provided to receive the numerical signals N ₀ , N ₁ , N ₃ , N ₄ , N ₇ , N ₉ has its set terminals A ₁ to
Each above every time the signal rises A ₄ are given numerical signal N _0,
The storage unit 19 is configured to perform a storage control operation of storing N ₁ , N ₃ , N ₄ , N ₇ , and N ₉ in the storage unit 19. Specifically, the information processing unit 11 is performed, the operation of the ~ below according to the signal input state of the set terminal A ₁ to A _4.

When rising signal to the set terminal A ₁ is given, that is, when the input time and input stop the prize signal Sf, numerical signal N _{0,
N 1, N 3, N 4} , N 7 by payout ratio represented, out piece count, differential piece count, lending high, and stores the respective data in the lifting piece count in the storage unit 19.

When rising signal to the set terminal A ₂ is given, that is, when the Datome signal Sz is output, and stores the respective data in the storage unit 19 together with data indicating the Datome generation.

When the set terminal A ₃ rising signal is applied, that is, when the first detection signals S ₁ is output, and stores the respective data in the storage unit 19 together with data indicating the customer replacement.

When given rise signal to the set terminal A _4, that is, when the second detection signal S ₂ is output, indicating the customer replacement data indicating bring number ball indicated by the respective data and numerical signal N ₉ The data is stored in the storage unit 19 together with the data.

The content stored in the storage unit 19 is configured to be printed out through the printer 42.

Next, of the operation of the above configuration, only the part directly related to the gist of the present invention will be described.

During state game is being performed by the pachinko game machine 1, the count from the pachinko game machine 1 pulses P ₁ and P ₂ are output, people out number ball each from the out-ball counter 4 and 12 adds the count pulses P ₁ with numerical signals N ₁ and N ₅ is output indicating the numerical signal N ₂ and N ₆ shows the respective safe speed ball from safe ball counting section 6 and 13 adds the count pulses P ₂ is output. As a result, the subtraction units 7 and 14 sequentially calculate the difference between the numerical signals N ₁ and N _{2 and} the difference between the numerical signals N ₅ and N ₆ , and calculate each calculation result as the difference ball number of the pachinko game machine 1. and outputs as a numerical signal N ₃ and N ₇ shows. The division unit 8
Outputs a numeric signal N ₀ indicating the payout rate by calculation based on the numerical signal N _1, N _2.

In this case, a state where numerical signal N ₇ from the subtraction portion 14 is higher zero, that is, when the pachinko game machine 1 is in a nailing state, as implantation signal Sa (high level signal) is outputted from the comparator 21 The driving signal Sa is inverted to a low level signal by the inverter 22 and the transfer gate 12a
To the gate terminal. Thus, now the transfer gate 12a prevents the passage of count pulses P _1,
Therefore, while the pachinko game machine 1 is in the driving state,
Adding operation count pulse P ₁ by out ball counter 12 is stopped, thereby for the pachinko ball number became struck state by the player in the pachinko game machine 1, which is the calculation of difference number ball at the subtraction portion 14 It will not be reflected in the result. As a result, when the pachinko game machine 1 is hit after being played by two or more players, it is possible to prevent a situation in which the number of pachinko balls obtained by the player becomes greater than the hitting set value Nz. .

Meanwhile, the state in which the numerical signal N ₇ is a negative value, that is, when in the state in which the player has won pachinko balls, since never hammering signal Sa is output from the comparator unit 21, transfer gate 12a and allowing the passage of the count pulse P _1. In this state, when the number of pachinko balls obtained by the player increases and the number of difference balls calculated by the subtraction unit 14 increases in the negative direction, and thus the numerical signal N ₇ reaches the hit set value Nz ,
The stop signal Sz is output from the comparison unit 16 and the signal holding unit 17 holds the stop signal Sz.
, The pachinko game machine 1 is switched to the hit state. In order to release such a hitting state, the release means 23 is operated to output a reset pulse RP, and the out ball counting unit 12, the safe ball counting unit 13, and the signal holding unit 17 are initialized. Good. The hitting signal Sz is counted by the hit count counting unit 18, and the counting result, that is, the hit count of the pachinko game machine 1 is stored in the storage unit 19.

Now, in the state where the numerical signal N ₇ illustrating the difference number ball is in the negative, the comparison unit 32 outputs a high level signal from its output terminal Q, and outputs a low level signal from the output terminal. In this state, the numerical signal N ₈ from the loan amount counting unit 27,
That is, when the numerical signal N ₈ indicating the counting result of the counting pulses P ₃ from the ball lending machine 2 has reached the threshold set value Nx (500 yen equivalent value) is outputted a high level signal from the comparator unit 29 transfer gate 30 is in a conductive state allowing the passage of a signal. Therefore, in the state where the numerical signal N ₇ is at a negative value, the ball lending machine 2
Performs a lending operation of a pachinko ball equal to or more than 500 yen, the transfer gate 30 outputs the first detection signal S ₁
Is output, and the counting contents of the out-ball counting unit 12 and the safe-ball counting unit 13 are initialized, so that the counting content of the subtraction unit 14 is initialized.

Here, a state in which the numerical signal N ₇ is a negative value, that is, when the player in the pachinko game machine 1 is in the state that won pachinko balls is of course the player from the ball lending machine 2 500 There is no need to rent pachinko balls worth the equivalent of yen. Therefore, when the numerical signal N ₇ is the first detection signals S ₁ as described above in a state in a negative value is output, it can be determined that this is the player who in turn replaced.

That is, Such a when the first detection signal S ₁ is output is for computations in the subtraction unit 14 is initialized as a player replacement of pachinko game machine 1 has been performed,
In this way, when the pachinko game machine 1 is hit after being played by two or more players, it is possible to prevent a situation in which the number of pachinko balls obtained by the player becomes less than the set hitting value Nz. Become. Incidentally, the first detection signals S _1, the first
The result of counting, that is, the first number of customer replacements in the pachinko game machine 1, is stored in the storage unit.
19 will be remembered.

The difference ball number indicated by the numerical signal N ₃ from the subtraction unit 7 is larger than the number of pachinko balls corresponding to the lending amount (lending amount by the ball lending machine 2) indicated by the numerical signal N ₄ from the lending amount counting unit 9. When the number is large, that is, when the pachinko ball is brought in from another pachinko game machine 1, the comparison unit 39 outputs the second detection signal.
The S ₂ occurs, thereby the counting section such as through an OR circuit 24
4,5,9,12,13 are those is initialized, if such a detection signal S ₂ output can be determined that the player has replaced the pachinko game machine 1 .
Note that the second detection signal S ₂ is a second customer replacement number counting unit.
The result is counted by 41, and the result of counting, that is, the second number of customer replacements in the pachinko game machine 1 is stored in the storage unit 19.

On the other hand, in each case the first detection signal S ₁ and the reset pulse RP as described above is output, initialization out ball counting unit 4, safe ball counting section 6, lending high counting unit 9 through the delay circuit 26 Will be done. The out ball counting section 4, safe ball counting section 6, and lending amount counting section 9 are provided by the pachinko game machine 1.
Also, when the output of the special prize signal Sf is started and stopped, the initialization is also performed through the delay circuit 26. Therefore,
Numerical signals N ₀ , N ₁ , N ₃ and N ₄ given to the information processing section 11, that is, payout rate data, outgoing ball number data, difference ball number data, and lending of the ball lending machine 2 of the pachinko game machine 1. The high data indicates each data from each of the following (a) to (e).

(A) the time which the player pachinko game machine 1 of the player and replaced starts the game in pachinko balls that received loan from the ball lending machine 2 (the first output time point of the detection signal S _1).

(B) (the output point of the second detection signal S ₂₎ pachinko game machine 1 of the player and alternating time which the player has initiated a game in pachinko balls was moved to another.

(C) The time when the hit state of the pachinko game machine 1 is released by the release means 23 (the time when the reset pulse RP is output).

(D) When the special prize state occurs in the pachinko game machine 1 (when the output of the special prize signal Sf starts).

(E) When the special prize state ends in the pachinko game machine 1 (when the output of the special prize signal Sf is stopped).

In this case, the information processing section 11 outputs the special signal Sf at the output time and the output stop time, the hit signal Sz at the output time, the first and second
At each output time of the detection signals S ₁ and S ₂ , the numerical signals N ₀ , N ₁ , N ₃ , and N ₄ are subtracted from the numerical signal N ₇ from the subtraction unit 14 and from the carry-in ball counting unit 40. The numerical signal N ₉ , the data indicating the occurrence of a hit, and the data indicating the customer replacement are stored in the storage unit 19. Therefore, the storage unit 19 stores the data from each of the above points (a) to (d). pachinko game machine 1 of the payout rate data, out number ball data, the lending height data difference piece count data and the ball lending machine 2 is stored, the player's lifting ball indicated by numerical signal N _7, numerical signal Jikomidama by the player indicated by N _9, and Datome occurs, in which data indicating the customer replacement are stored simultaneously.

Then, the contents stored in the storage section 19 are printed out by the printer 42 as shown in FIG. 2, for example, so that each time a player is replaced in the pachinko game machine 1, every time a hit is made, Data such as the number of outgoing balls and the number of difference balls for each occurrence and termination of the special prize state can be obtained individually. Therefore, nail adjustment of the pachinko game machine 1 can be performed precisely and accurately based on such data.
In FIG. 2, "*" corresponds to data indicating occurrence of hitting or data indicating customer replacement, and data of the number of brought-in balls, the number of outgoing balls, the number of difference balls, and the number of held balls are shown in FIG. , 1/10 of the actual number
Is shown.

In the above embodiment, the storage control operation of the storage unit 19 by the information processing unit 11 may be performed even when the reset palace RP is output from the opening unit 23.

[Effects of the Invention] According to the present invention, as apparent from the above description,
The balance of the pachinko game machine based on the out ball number signal and the safe ball number signal output from the pachinko game machine side and the lending signal output from the ball lending means provided in one-to-one correspondence with the pachinko game machine. In the pachinko game machine management device that performs the calculation, at least the number of outgoing balls and the difference ball number data can be obtained in a state in which each of the players in the pachinko game machine is replaced with each other. This makes it possible to precisely and accurately adjust the nails of the pachinko game machine based on accurate data, does not require extra labor to obtain the data, and does not cause an increase in labor costs.

[Brief description of the drawings]

The drawings show an embodiment of the present invention. FIG. 1 is a functional block diagram showing an electrical configuration, and FIG. 2 is a diagram showing an example of output of the contents stored in a storage unit. In the figure, 1 is a pachinko game machine, 2 is a ball lending machine, 3 is a management device, 4 and 12 are out ball counting units, 6 and 13 are safe ball counting units, 7
Is a subtraction unit, 8 is a division unit, 9 and 27 are lending amount counting units, 11 is an information processing unit (storage control means), 14 is a subtraction unit, 19 is a storage unit, 33
Denotes a signal generation unit, 39 denotes a comparison unit, and 40 denotes a brought-in ball number counting unit.

Claims (1)

(57) [Claims] The present invention is based on an out-ball count signal and a safe ball count signal output from a pachinko game machine and a lending signal output from a ball lending means provided in one-to-one correspondence with the pachinko game machine. A management device for a pachinko game machine that performs a balance calculation of a pachinko game machine, wherein the safe ball number and the out ball number are sequentially compared based on the out ball number and the safe ball number, and the safe ball number> out A function of generating a detection signal when a lending signal that is equal to or greater than a predetermined reference amount is output from the ball lending unit in the state of the number of balls, or (the number of out-balls-the number of safe balls) as a difference number of balls in order At least one of a function of generating a detection signal when the difference number of balls and the number of lending balls corresponding to the lending signal from the ball lending means have a predetermined relationship and restarting the calculation from the initial state. And a storage control means for sequentially storing at least the out ball count and difference ball number data in a storage unit at the time of generation of any of the detection signals. Pachinko game machine management device.