JPH01308582A - Managing equipment for game center - Google Patents

Abstract

PURPOSE:To enable the stock of prizes in every kind, to be exactly managed, by providing a managing equipment, with a print means for printing an information on the kink of the stock prizes, the number of the stock according to the information, an information on the kind of exchanged prizes, and the exchanging number according to the information. CONSTITUTION:The operating section of a managing equipment is provided with a pin ball machine managing operating-panel OP1 for performing the ball-hitting-stop remote-control of a pin ball game machine, a work managing operating-panel OP2 for managing the working state of a ball valuing machine or the like, and a stock-managing operating-panel OP3 for providing the input of the purchase of prizes and stock informations. The JRP of a print means for print-recording the check or the like of the details and total of the input informations of input provided by the operating panels OP1-OP3, a display device DIS for displaying, a first magnetic disc MD I for reading a previously recorded magnetic sheet MS, a second magnetic disc MD 2 for magnetic recording, a printer PR for producing slips, and an arithmetic processor are arranged. The present stock number of the prizes can be computed in every kind, and even in case of various kinds of the prizes, they can be exactly managed.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a management equipment device for a game hall, which is equipped with a management device for managing a game hall.

[Prior Art] Conventionally, in boat fishing and game parlors, game media acquired by players playing games on game machines are exchanged for desired prizes and provided to the players.

In order to improve services to players, it was necessary to provide a wide variety of prizes to players.

[Problems to be Solved by the Invention] However, the more diverse the types of prizes are, the more complicated the purchasing and inventory management of the prizes becomes, which is a drawback. Moreover, the more diverse the types of prizes are, the more difficult it becomes to discover if the prize is stolen, resulting in the disadvantage that the stolen prize may remain undetected.

In view of the above circumstances, it is an object of the present invention to provide a management equipment device for a game hall that can accurately manage inventory for each type of prizes even if the types of prizes are varied.

[Means for Solving the Problems] The present invention is a management equipment device for a game hall, which is equipped with a management device for managing a game hall, wherein the game hall is capable of acquiring game media as a result of playing a game. a plurality of gaming machines, and a plurality of types of prizes that can be exchanged with the gaming media, and the management device, through its operation, exchanges information regarding the types of inventory prizes and the number of inventory items corresponding to the information. The present invention is characterized in that it includes a printing means for printing information regarding the type of prize given and the number of exchanges corresponding to the information.

[Operations] According to the present invention, by playing a game using a gaming machine installed in a gaming parlor, a player can acquire gaming media, and can exchange the acquired gaming media for a desired type of prize. Become. Then, by operating the management device, the printing means prints out information regarding the types of prizes available at JLT, the number of items in stock corresponding to the information, and information regarding the types of prizes exchanged and the number of exchanged items corresponding to the information. Ru.

In other words, the current stock quantity can be calculated by comparing the printed inventory quantity and the exchange quantity.Moreover, the inventory quantity and exchange quantity are printed in accordance with the information regarding the type of prize. Because of this, it is possible to calculate the current number of items in stock for each type of prize.

[Embodiments of the Invention] Next, embodiments of the present invention will be described in detail based on the drawings.

FIG. 1 is a schematic diagram of a part of a system of a pachinko game hall, which is an example of a game hall that is the background of the present invention. In a pachinko game parlor, a plurality of pachinko game machines 1, which are an example of game machines, are usually installed side by side. Note that the gaming machine may be a coin gaming machine. One pachinko ball storage tank 10 common to a plurality of pachinko game machines 1 is provided, and the pachinko balls stored there are distributed to each pachinko game via a first distribution passage 11 and a second distribution passage 12. The balls are supplied as supply balls to a supply ball supply device 13 provided individually in the machine 1. A player plays a pachinko game using each pachinko game machine 1. In this game, players purchase 1 pachinko ball.
Each piece is sequentially hit onto the board of the pachinko game machine 1 and dropped along the board. At this time, the pachinko balls will either succeed or fail in falling into the holes provided on the board of the table. Due to the action of this safe ball, a plurality of predetermined pachinko balls in an example of a game parlor are paid out as a prize from the prize ball storage tank to the player. In addition, in the case of a coin-operated gaming machine, the gaming medium is a coin.

Regardless of whether the pachinko balls hit by the player succeed or fail in falling into the hole, they eventually reach the bottom of the pachinko game machine 1 and are stored in the hit ball storage tank as hit balls. The hit balls are returned to the prize ball storage tank as appropriate by the return device provided for each pachinko game machine 1, but when a certain amount or more of balls are stored in the hit ball storage tank, the recovery passage 110 is returned. It is collected in the collection device 100 through the filter. The pachinko balls collected by the collection device 100 are polished and then brought to the packet conveyor 120, where they are lifted up and returned to the storage tank 10 again. In such pachinko game parlors, the flow of pachinko balls in the pachinko game machine is usually managed using a computer, and the difference between hit balls and supplied balls is counted. In other words, in such a management device for a pachinko game machine, when the difference between the supplied balls and the hit balls reaches a predetermined certain number or more, the supply to the pachinko game machine is stopped, and the pachinko game machine Furthermore, the machine number of the pachinko game machine, the difference between the number of balls hit and the number of supplied balls, the date and time of the stop control, etc. are recorded. In this way, the management device for the pachinko game machine manages the operating state and the termination control state of the pachinko game machine.

On the other hand, at a game hall, sales and profit margins of the game hall are calculated based on the number of balls lent to customers using ball lending machines and the number of prizes exchanged by customers for the desired products. A business management device is provided that performs calculations, prints (or displays) the results, and tabulates them. The data collected by the business management device in this way can be used as information on the overall revenue per day over a long period of time (for example, one week or one day).
Edited by month). In addition, there are a wide variety of products offered as prizes at pachinko parlors, and the purchasing and inventory management of these products is extremely complex. Generally done on a computer.

FIG. 2 shows an external view of a management equipment device according to an embodiment of the present invention. In the figure, the operation unit of the management equipment includes a pachinko machine management operation panel OPI (described in detail in Figure 3 below) for remotely controlling the stoppage of the pachinko machine, and a pachinko machine management operation panel OPI (described in detail in Figure 3 below). A business management operation panel OP2 (described in detail in FIG. 4 below) for managing the operating state and an inventory management operation panel OP3 for inputting prize purchase and inventory information are provided. This operation panel OP3 includes an alpha keyboard AK for inputting alphabetic and kana character information, and a numeric keyboard TK for inputting numbers and function information. In addition, this central management device includes a journal printer (hereinafter referred to as J printer) JRP, which is an example of a printing means that prints and records details of input information entered through operation panels OP1 to OP3, total checks, etc. on continuous roll paper. , a display device DIS that displays input information, calculation information, etc., a first magnetic disk MDI that reads a magnetic sheet MS on which a calculation processing program or desired processing information is recorded in advance, and a display device DIS that displays input information, calculation information, etc. A second magnetic disk MD2 for magnetic recording, a printer PR as an example of printing means for creating a slip, and an arithmetic processing unit (CPU shown in FIG. 7, which will be described later), although not shown, are provided. The operation panels OPI to OP3 include print command means for designating desired information and issuing a print command through the operation thereof. This magnetic disk MD2 magnetically records, for example, information such as the operating status and discontinued status of a plurality of pachinko gaming machines provided in relation to each other in accordance with the operation of the operation panel OP1, and records sales information due to the operation of the ball lending machine. Magnetic recording is performed according to the operation of the operation panel OP2, and information on purchase of prizes and inventory inputted by operating the operation panel OP3 is recorded on the magnetic sheet M.
This is for magnetic recording on S. In addition, printer PR is
For example, various information recorded on the magnetic disk MD2 is printed and recorded to create a slip. In addition, preferably,
A tape punch TP that records information by punching paper tape,
A tape reader TR for reading the perforated tape is provided, and is used in conjunction with the magnetic disks MDI and MD2, or in place of the magnetic disks MDI and MD2 when they fail.

FIG. 3 is a detailed diagram of the pachinko game machine management operation panel OPI. The operation panel OPI has numeric keys NK, call keys CK, and call keys CK for entering numerical values from 0 to 9 manually.
Print start key SPK as the first print command key, print end key PEK, tally key TK as the second print command key
1. Total print key TK2. Total display key TK3. All units total key TK4. Difference (-) key MKI, Difference (+) key MK
2. Buzzer stop key BSK, reset key RK.

Data clear DCK, test key TSK, manual stop key H3K, release key OK, after release - accumulation changeover switch SW
I, paper feed switch SW2. A thumb rotary switch SM1 for setting the number of driving-replenishment tests, a thumb rotary switch 5M2 for setting the number of stops, etc. are provided.

Next, based on the operation of each key, the arithmetic processing unit performs arithmetic processing in accordance with the program reading output of the magnetic disk MDI, and prints and records the information on the J printer JRP or printer PR, or displays it on the display device DIS. Explain how to display it.

For example, the number of hits at a desired machine number, the number of batted balls,
If you want to display information such as the number of supplied balls and the difference on the display device DIS as a cumulative value for each customer during the game and within a period (for example, one day), specify the corresponding machine number using the numeric key NK and then call it. This is done by pressing the key CK.

If you want to print and record information such as the number of balls batted in, the number of supplied balls, subtraction numbers, symbols, etc. for successive arbitrary machines (pachinko machines) to other arbitrary machine numbers using the J printer JRP, press the numeric key NK. After specifying an arbitrary machine number and pressing the print start key PSK, specifying another arbitrary machine number using the numeric key NK and pressing the print end key PEK. In addition, in this print recording operation, by switching the switch SWI, the cumulative value for a period (for example, one day) after the stand is opened is selected and printed.

When printing and recording information such as the total number of batted balls, the total number of balls supplied, the total number of subtractions, symbols, etc. from consecutive arbitrary machines to other arbitrary machines, select the arbitrary machine number that is the numeric key NK. This is done by specifying , and pressing the print start key PSK, then specifying another arbitrary machine number using the numeric keys NK, and pressing the tally key TKI. For example, there are 30 machines with machine numbers from 1 to 300 in the game hall.
If 0 pachinko machines are installed,
Use the numeric keys NK to first specify the number 1, then 300.
By specifying the machine number and pressing a predetermined number (for example, 6) on the numeric key NK, the number of batted balls, number of supplied balls, subtraction numbers, symbols, etc. for each machine in the game hall can be printed and recorded. You may.

In addition, by first specifying the number 1 machine number, then specifying the machine number 300 using the numerical key NK, and pressing a predetermined number (for example, 7) on the numerical key NK, you can Total number of balls hit on the machine.

Control may be performed so that information such as the total number of balls supplied, the total number of subtractions, and symbols are printed and recorded.

Also, when the total print key TK2 is pressed, the cumulative data of all units is totaled, and the total number of batted balls is calculated.

The total number of balls supplied, the total number of subtractions, symbols, etc. are displayed on J Printer J.
It is printed and recorded in RP. When the total display key TK3 is pressed, the cumulative data of all the machines is totaled, and the difference is displayed on the display device DIS.

At this time, if the number of replenished balls is greater than the number of batted balls, a minus (-) sign is displayed.

When the all-machine tally key TK4 is pressed, the number of batted balls, the number of replenished balls, and the subtraction value are printed for each machine number, and furthermore, the total number of all machines for each machine is printed and recorded. Note that this print recording information records either accumulated data for a certain period (for example, one day) or data after release by switching the switch SW1. This switch SWI selects and specifies the information to be printed as either the information on the pachinko machines from the opening of the store to the present time or the information from the most recent machine opening of the stop control from the present time. A switching means is configured.

When classifying the operating status of each unit for a period (1 day),
Set the number of classifications using the numerical key NK, and press the difference (-) key MK1 or the difference (+) key MK2.

For example, the difference between the number of batted balls and the number of supplied balls is +1000.
If you want to extract more than 10 units, use the numeric key NK to select 10
00 and presses the difference (+) key MK2, the machine number corresponding to the difference argument of 1000 or more, the number of batted balls, the number of supply balls, and the difference number of the machine number are printed and recorded.

The stop setting number for all the machines is set by a stop setting thumb rotary switch SM2, which is an example of a stop number setting means. When the subtraction value of any machine becomes equal to or greater than the set value of the thumb rotary switch SM2 due to automatic input, a stop command is given for that machine to stop supplying, and the cumulative data of that machine number is displayed and printed. . At the same time, the stop indicator lamp of the relevant table flashes and the buzzer sounds. At this time, when the buzzer stop key BSK is pressed, the buzzer stops and the display lamp continues to display.

If you want to forcibly control any machine to stop (for example, if a customer cheats and gives out a prize ball, or if the pachinko machine or replenishment device breaks down), specify the machine number using the numeric keys NK. And press the manual stop key HSK. In response, the specified machine is controlled to be discontinued, the discontinuation indicator lamp is turned on, and the accumulated data of the machine is printed and recorded (or displayed).

If you want to cancel the automatic stop and forced stop, specify the machine number to be canceled using the numeric key NK and press the release key OK. Accordingly, the automatic stop and forced stop of the relevant table are canceled. In addition, information about the number of balls batted in, the number of supplied balls, and the balance of the customer who was playing on that machine is printed and recorded.
It is cleared and the stop display lights up. However, the accumulated information of the relevant machine is recorded as is.

When a desired number of replenishments or number of balls to be driven is set using the replenishment test number setting thumb rotary switch (-) and the number of batted balls setting thumb rotary switch (+) SMI, a test number is given to all machines. By pressing the test key TSK, the number of driving tests, the number of replenishment tests, and symbols are printed and recorded, allowing the status of all machines to be tested.

To clear the information of a desired machine, specify the machine number using the numerical key NK and press the data clear key DCK.

Accordingly, the information on the number of balls batted into the designated base, the number of supplied balls, and the difference are printed and recorded, and then cleared.

The accumulated data of the designated machine is also cleared, and the cleared data is removed from the total display or total print information for the entire pachinko parlor.

FIG. 4 is a detailed diagram of the business management operation panel OP2. The operation panel OP2 includes numerical keys NK for manually inputting numerical values from 0 to 9.

A display key DK for instructing the display device DIS to display desired information, a print key PK for causing the J printer JRP and printer PR to print and record desired information, a display switching key DSK, a date setting switch DTS, and a time setting switch. TS etc. are arranged. The display key DK is a legal currency machine data display key DKI for displaying the rental ball data (number of balls or amount) of each legal currency machine specified by the numerical key NK, that is, legal currency withdrawal information, Legal currency total data display key DK2 for displaying total ball rental data (total number of balls or total total amount), ie, total ball rental amount information of the legal currency machine. Exchange ball (counter) data display key DK3.Exchange ball (counter) data display key for displaying exchange ball data (information regarding the prize to be exchanged, such as the number of balls or amount) of each prize exchange method counter specified by the numerical key NK. Exchange total data display key DK4゜To display the total exchange ball data (total number of balls or total amount) of all exchange method counters in the game hall, that is, the total prize exchange amount information Profit data display key DK5 for displaying (amount - exchange amount). It includes a small ball rate data display key DK6 for displaying own ball rate data (ratio of total sales amount to exchange amount) for the entire game hall.

Further, the print key PK is a legal cargo machine data print key PK for printing out the legal cargo machine data.
1. Legal tender total data print key PK2 for printing out the total ball rental data. Exchange ball (counter) data print key PK3 for printing out the exchange ball data.Exchange total data print key PK4 for printing out the total exchange ball data. Feed key PK5 for feeding paper in the J printer JRP
including.

The display switching key DSK is used to switch whether the data (numeric value) displayed on the display DIS is the number of pitches or the amount of money. In addition, the date setting switch DT
Both the time setting switch S and the time setting switch TS include digital switches whose values can be manually changed, and perform continuous timekeeping operation like a normal digital clock, for example. By operating the entry key EK, the current date and time are given to the printer PR and the display DIS.

FIG. 5 is a block diagram of an embodiment of the present invention. The configuration and simple operation will be explained. The plurality of pachinko gaming machines 1 are each provided with a hit ball detector MC and a safe ball detector S. Here, a hit ball is a ball that a player hits a borrowed pachinko ball into the pachinko game machine 1 for playing, and in other words, it is a ball that is hit by a player into the pachinko game machine 1 for the purpose of playing a game. It can be called information. In addition, safe balls are pachinko balls that have entered a safe hole, etc., and a predetermined number of prize balls are paid out to the player based on this, so in other words, this is related to the number of balls that is disadvantageous to the gaming hall. This can be said to be disadvantageous ball related information.

Note that it may be possible to detect an out ball instead of detecting a hit ball, or to detect a prize ball or a supply ball instead of a safe ball, or to detect a payout command signal for a prize ball or a replenishment command signal for a supply ball. It may also be detected. In any case, it is sufficient to detect profitable ball related information relating to the number of balls that is profitable for the gaming parlor and disadvantageous law related information relating to the number of balls that is disadvantageous to the gaming parlor. The batted ball detector MC and the out ball detector constitute a profit method related information detection means for detecting profit ball related information related to the number of balls that are profitable for the gaming hall. In addition, the safe sphere detector S
Disadvantageous Law-related information that detects Disadvantageous Law-related information related to the number of balls that is disadvantageous to the gaming hall using a detector for prize balls, supply balls, or a detector for the Premium Act payout command signal or supply ball command signal. A detection means is configured. The output pulse a of the hit ball detector MC and the output pulse b of the safe ball detector S are applied to a counter CT. counter CT
counts the hit balls and safe balls for each pachinko game machine 1, and provides the counting output to the memory M1. Memory M1 is
The number of batted balls and the number of safe pitches for each pachinko game machine 1 are stored, and the difference between the number of safe pitches and the number of batted balls calculated by the calculation unit AU is stored. In addition, the number of batted balls,
If any two of the safe pitch count and the difference argument are known, the remaining one can be calculated. Alternatively, two numerical values may be stored. Furthermore, preferably, the memory M1 is stored for a period (for example, 1
The total number of balls batted in and the number of safe pitches for each customer is stored, and the number of balls batted in and the number of safe balls for each customer are stored each time the customer changes. Information regarding the difference of each pachinko game machine 1 stored in this memory M1 (for example, the difference between the number of profitable balls and the number of unprofitable balls, or the difference between the number of profitable balls and the number of unprofitable balls converted into a monetary amount), i.e. The difference argument related information is given to the termination control unit HC, which is an example of termination control means. This stop control unit HC gives a stop signal C to the pachinko game machine 1 when the difference related information of each pachinko game machine 1 stored in the memory M1 reaches a predetermined stop setting number. Controls the stop and displays the stop. Note that this difference argument related information for termination control may have a maximum value of 0, and no further cumulative calculations are performed on the plus side.

Each of the legal tender machines PLI to PLn is provided with means (legal tender amount information generation means) for detecting and outputting the legal tender number (legal tender amount information). The legal tender number detection output of each legal tender machine is
It is temporarily stored in memory M2. The legal tender number information stored in the memory M2 is read out and given to the arithmetic unit AU for arithmetic processing when legal tender data is commanded to be derived by operating the operation panel OP2. For example, when a customer inserts a coin into a legal tender machine PLn and borrows a predetermined number of pachinko balls to play, the legal tender detector generates one pulse in response to one coin insertion. Then, the number of pulses equal to the number of coin insertions is stored in the memory M2. When this number of pulses is given to the calculation unit AU, the calculation unit AU multiplies the number of pachinko balls released in response to one coin insertion by the number of pulses to calculate the total number of pachinko coins of the relevant rental machine. do.

In this way, for example, when information on the total number of legal tenders in legal tender machines in one day is given to the central processing/control unit CAC, the central processing/controlling unit CAC transfers the total information to the output control unit C.
The data is supplied to the J printer JRP via C and the output adapter OA for printing and recording, is supplied to the display device DS for display, and is further supplied to the magnetic disk MD2 for magnetic recording.

Each output of the operation panels OPI to OP3 is given to the central processing/control unit CAC as operation command information. Further, the magnetic disk MDI reads a magnetic sheet on which program setting information is recorded in advance, and provides the information to the central processing/control unit CAC to execute a desired program calculation operation. The calculation output of the central processing/control unit CAC is specified to be recorded or displayed by the output control unit CC, and is given to the journal line printer JRP, printer PR, display device DIS, or magnetic disk MD2 via the output adapter OA. The arithmetic unit AU and the central arithmetic/control unit CA
According to C, information related to the number of profitable pitches and information related to the number of disadvantageous pitches are counted according to the output of the profit ball related information detection means and the output of the disadvantage law related information detection means, and the number of profitable pitches and the number of disadvantageous pitches are counted. Difference argument related information related to the difference argument, which is the difference with the number, is calculated. Note that the portion of these calculation processes indicated by the two-dot chain line may be performed by the computer CPU.

FIG. 6 is an illustrative view of the magnetic sheets used in the magnetic disks MDI and MD2, and particularly shows the case where inventory management information is recorded. More specifically, the daily prize (product) exchange report prints the product name code as information about the type of prizes exchanged, the prizes (7 products, the unit price of the prize, the number of prizes paid out, and the company name of the prize. represent.

The daily prize (product) inventory report contains product name codes and prize (product) names as information about the types of prizes in stock.

The unit price of the prize, the current number of prizes in stock, the appropriate number of prizes in stock,
The number of prizes received for the current month is printed and displayed.

In addition to inputting prize inventory information, the current number of prizes in stock may be automatically calculated by inputting prize payout information. 7th
Figure 7 (a) shows an example of the case where a revenue statistical table for each pachinko game machine is created using the printer PR, and Figure 7 (b) shows an example of the case where a sales/prize exchange statistical table is created using the printer PR. .

Next, refer to Figures 2 to 7 to create a slip (system statistical table).
We will explain the specific operation when creating a . for example,
When creating a revenue statistical table for each pachinko machine over a period (for example, one month),
For example, 1 by suppressing the numerical key NK included in P1.
Specify all the machines from No. 500 to No. 500, and press the all-machine tally key TK4. Accordingly, the difference argument for each pachinko game machine stored in the memory M1 is sent to the central processing/control unit C.
Read by AC. This subtraction argument (that is, subtraction argument related information) is applied to the magnetic disk MD2 via the output control unit CC and the output adapter OA, and is magnetically recorded on the magnetic sheet. In this way, the information related to the difference for each pachinko game machine for one month is recorded on the magnetic sheet. Next, the magnetic sheet is read out using a reading magnetic disk. The information related to the difference for each pachinko game machine for this one month is given to the printer PR via the central processing/control unit CAC output control unit CC and the output adapter OA.
It is printed and recorded as a revenue statistical table as shown in Figure (a).

In addition, when creating a sales/prize exchange statistical table for each legal tender machine PLI to PLn, specify all of the legal tender machines PLI to PLn using the numerical keys NK included in the operation panel OP2, and store them in the memory M2. Read the legal tender number of each legal tender machine. This read information is magnetically recorded on a magnetic sheet by the magnetic disk MD2. In this way, after recording the legal tender number of each legal tender machine for one month on the magnetic sheet, the recorded information on the magnetic sheet is read out by the magnetic disk MDI, and the read information is sent to the printer PR as shown in FIG. b) Print and record the sales/prize exchange statistics as shown in the table below. The memory M2 stores information on the cumulative rental amount of balls for the entire gaming hall on a daily basis, and information on the total prize exchange amount on a daily basis for all prizes exchanged within the business hours of the entire gaming hall on a daily basis. An information recording means is configured to record information necessary for printing as long-term storage information. Further, instead of calculating the head ball rental amount information by the calculation unit AU or the central calculation/control unit CAC and recording the calculation result in the information recording means, the information can be input directly using the numerical key NK. It may be recorded in the information recording means. Note that this information may be recorded on an external recording medium such as a magnetic sheet.

In addition, when creating a daily prize (product) inventory report, input the prize (product) inventory information by operating the alpha key AK and numeric keypad TK included in the operation panel OP3, and then input the information on the magnetic sheet using the magnetic disk MD2. Record it in a predetermined area. After inputting prize (product) inventory information sequentially, the information recorded on the magnetic sheet is transferred to the magnetic disk MDI.
read out. This read information is printed and recorded by the printer PR.

In addition to inputting the prize stock information, the present stock number may be calculated automatically by inputting prize payout information. By operating the area surrounded by the two-dot chain line shown in FIG. A management device is configured that includes a printing means for printing information regarding (prize name 1 product name code) and the number of exchanges corresponding to the information.

As described above, according to this embodiment, the management of the operating status of the pachinko machine, the control status of stopping, the management of sales and profit margins based on the number of legal coins and the number of balls exchanged for prizes, and the inventory management of products are concentrated. can be managed effectively. Furthermore, since each piece of related information is collectively managed and processed, the processing is extremely quick, the operation is simple, and the costs required for management are low. Further, each piece of information can be temporarily recorded on a magnetic sheet, and the information on the magnetic sheet can be read out and recorded in print to create a slip, etc., thereby saving labor in administrative processing.

[Effects of the Invention] The present invention allows calculating the number of prizes currently in stock for each type of prize, so even if there are a wide variety of prizes, the number of prizes to be purchased can be determined for each type of prize. If the calculated number of items in stock differs from the actual number of items in stock, it can be determined that the items have been stolen.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram of a part of the system of a pachinko game parlor, which is the background of this invention. FIG. 2 shows an external view of a management equipment device for a game hall according to an embodiment of the present invention. FIG. 3 is a detailed diagram of the pachinko game machine management operation panel OPI. FIG. 4 is a detailed diagram of the business management operation panel OP2. FIG. 5 is a block diagram of an embodiment of the present invention. FIG. 6 is an illustrative diagram of the magnetic sheet MS used for the magnetic disks MDI and MD2. Figure 7(a) shows an example of the case where a revenue statistical table for each pachinko machine is created using Printer PR, and Figure 7(b) shows an example of when a sales/prize exchange statistical table is created using Printer PR. show. In the figure, 1 is a pachinko gaming machine, OP1 to OP3 are operation panels, CT is a counter, Ml and M2 are memories,
PLI to PLn are legal tender machines, MDI and MD2 are magnetic disks, AU is an arithmetic unit, CAC is a central arithmetic dispute control unit,
CPU is a computer, HC is a stop control unit, CC is an output control unit, OA is an output adapter, JRP is a journal line printer, PR is a printer, DIS is a display device, and BZ
is a buzzer, MC is a means for detecting information related to profitable balls - a batted ball detector as an example, S is a safe ball detector as an example of means for detecting information related to disadvantageous balls, NK is a numeric key, OK is an open key, CK is a call key. , PSK is the print start key, PEK is the print path key, TK
l is the total key, TK2 is the total print key, TK4 is the total total key, MKl is the difference (-) key, MK2 is the difference (+) key, DCK is the data clear, H8K is the start/stop key, SW
l is after release - accumulation changeover switch, SM2 is thumb rotary switch for stop setting, DKI is legal tender machine data display key, DK2 is legal tender total data display key, DK3 is exchange ball (
Counter) data display key, DK4 is the exchange total data display key, DIS is the profit data display key, DK6 is the ball output rate data display key, PK is the print key, PKI is the legal currency machine data print key, PK2 is the legal currency total data Print key, PK3 is replacement ball (counter) data print key, P
K4 is the exchange total data print key.

Claims (1)

[Scope of Claims] A management equipment device for a game hall, which is equipped with a management device for managing a game hall, wherein the game hall includes a plurality of game machines capable of acquiring game media in accordance with the game; A plurality of types of prizes that can be exchanged with the game media are provided, and the management device, through its operation, obtains: information regarding the types of prizes in stock, the number of items in stock corresponding to the information, and information regarding the types of prizes exchanged. A management equipment device for a game hall, comprising: a printing means for printing the number of exchanges corresponding to the information.