JP5465424B2 - Amusement park management system - Google Patents

Description

  The present invention relates to a game hall management system according to a closing processing means after a game closing time and a trial hitting means.

  Conventionally, the game hall manager performs a so-called “tightening process” in which the game table data of the day is aggregated after the business hours end to create business data. Thereafter, the gaming state of each gaming machine such as the number of game media shots, the number of replenishments, and the number of winnings is investigated, and necessary nail adjustment of the gaming machine is performed according to the output probability such as the number of winnings. For nail adjustment, while adjusting the direction of the nail of the game table, the table is actually operated and "trial shot" is performed, and the output probability such as the number of shots, the number of replenishments and the number of winnings is adjusted as intended. Check whether it was possible.

  The closing process refers to the number of game media struck and the number of replenishments for that day from the signal history storage means installed corresponding to each game machine, and various winning prizes, that is, special prize mouths (so-called “big hits”). The management server collects data such as the number of winnings and the number of times for a simple winning opening, etc., and creates the sales data such as the difference in the number of shots and the winning probability at each winning opening and stores it in the storage means of the management server .

  In addition, nail adjustment is a game platform that uses game balls as game media. The game balls flow down by changing the angle of a certain length of nail that touches when the game balls are fired and flow down the game board. It is an adjustment that changes the direction and changes the winning probability for each winning opening. The change in the winning probability by adjusting the nail is performed based on experience and is performed by a nail adjustment specialist. In order to confirm the winning probability after adjusting the nail, it is necessary to strike a large number of game balls. In the trial hit, an employee of a game store performs a handle operation for launching a game ball, or fixes the handle of the game stand in a rotated state. In the trial hit, game balls are fired under the supervision of multiple employees. If there is a shortage of game balls in the upper plate during the test shot, the employee supplies the game balls to the upper plate and supplies them. The number of game balls played was recorded. Then, after completion of the trial hit, it is determined whether appropriate nail adjustment is performed from the stored number of supplied game balls and the number of game balls discharged to the ball box as winning balls.

  Since nail adjustment takes time, it is necessary to perform it quickly after the end of business hours on the day, but what has been proposed in the past is related to the tightening process and trial placement associated with nail adjustment in order to improve efficiency in each work etc. Yes, there is no suggested example of a quick processing method regarding the relationship between tightening processing and nail adjustment. There are the following proposals for improving the efficiency of each individual process.

  With regard to the closing process, a method is proposed in which card collection work is efficiently performed when a player plays a game with a cashed card, and the effect on business hours due to smooth closing process is avoided. The proposed method eliminates the need for collection work during business hours as much as possible in game halls where card collection work is performed when the store is closed. This is a game system that avoids a decrease in rate (see Patent Document 1).

  In addition, in the prize management after the closing process, in order to prevent unauthorized input, a means for storing the input history until the opening time of the next day after the closing process is executed, and the input history is stored on the input terminal after the opening time of the next day There is also a proposal of a method of outputting to an output means provided in a remote terminal connected to (see Patent Document 2).

Proposal for improving the efficiency of trial hitting with nail adjustment was set as a firing condition that determines the period during which game balls are automatically fired, for example, a firing end condition after the start of game ball firing. Set the number of game balls, the set time, the number of winnings to various winning holes after starting the game ball launch, etc., and let the automatic launch control means fire the game ball until the conditions set by the launch condition setting means are satisfied There is a method of automating trial hits. Game store managers can automatically launch game balls for a certain period of time simply by setting the desired launch conditions, eliminating the need for employee monitoring and greatly improving work efficiency. (See Patent Document 3 etc.).
JP 2006-223405 A JP 2003-38814 A JP 2008-194507 A

  For game shop managers, tightening after business hours and trial strikes with nail adjustments are important tasks, but traditionally, tightening has been a process for exchanging prizes and various administrative tasks for players after business hours. After processing and processing the signal history data stored in each game machine by the management server to create business data for the day, nail adjustment and trial hitting were performed. Nail adjustment and trial driving must be performed on a large number of game machines installed in the game hall, and may take up to the business start time of the next day.

  For this reason, the nail adjustment must be performed as soon as possible after the end of business hours on the day, but the trial hit data associated with the nail adjustment is stored in the signal collecting means installed in the game table. As a result, the trial hit data overlaps with the sales data on the day, and accurate sales data cannot be created. For this reason, the nail adjustment cannot be started until after the tightening process is completed.

  Although the system that can make nail adjustment quickly by making the relationship between the fastening process and nail adjustment efficient, there are proposals for individual work efficiency improvement methods, such as prevention of unauthorized input after tightening process and efficient trial driving, etc. The relationship between the tightening process and the nail adjustment has not been proposed so far.

  An object of the present invention is to make a game hall management system in a game hall a system capable of accurately performing a predetermined time-tightening process and quickly performing nail adjustment and trial driving after the business day ends. Yes.

  In order to solve the above problems, the present inventor has found the usefulness of providing a storage means for copying the signal history information stored in the signal collection means of each game machine after the end of business hours, and quick nail adjustment and We have completed a game hall management system that can be tested.

  (1) A plurality of gaming machines connected to each gaming machine, collecting signal from the gaming machines, storing signal history, and storing signal history, and communicating with the signal collecting means A game hall management system comprising a storage means connected via an electric communication line and storing a copy of a signal stored in the signal collection means, and a management server provided with an information processing means for processing the signal. Then, after the end of business hours on the day, the signal from the signal collecting means is stored in the storage means, a closing processing means for closing the day, and a trial associated with the output number adjustment operation of the output game medium on the game machine A game hall management system comprising trial means for monitoring a hitting situation.

  In the game hall management system according to the invention of (1), in the management server, the signal history data on the day of each gaming machine is copied and stored from the signal collecting means to the separately provided storage means, and the stored signal Sales data for the day is created based on historical data. This is because after the signal history data of each game machine is stored in the storage means, the signal of trial hit data accompanying the nail adjustment can be collected by the signal collecting means even before the tightening process. Further, the trial means monitors the signal history data of trial hits accompanying the nail adjustment by the management server, and determines whether or not the nail adjustment is appropriate.

  The signal collecting means provided in each gaming machine records output signals of various sensors included in the gaming machine, and by game medium sensors attached to the gaming medium insertion port, supply port, and various prize winning ports, Record the detected signal. The signals detected by the sensors are collected by the signal collecting means and stored in the signal history storage means provided in the signal collecting means. This signal data is important data that is processed as the same day data of the game machine. Accordingly, if the trial hit data associated with the nail processing is duplicated, it is impossible to create business data for the current day. Therefore, in order to perform the trial hit, it is necessary to copy the day data after copying it elsewhere.

  The present invention has a closing processing means for creating sales data based on the signal history data, and a trial means for monitoring trial hits associated with the adjustment of the nail of the game machine, and stores the signal history data of each game machine. The storage means is provided, and the current day data of all the game machines in the game hall is stored in the storage means after the business hours of the day, and the current day business data is processed by the data stored in the storage means. . Since the process of collecting the signal history data of each gaming machine in the storage means can be performed in a short time, the nail adjustment and the trial driving can be performed quickly after the business hours of the day are over.

  (2) After the business hours on the day, the signal from the signal collecting means is stored in the storage means, and then the closing processing means for closing the day and the output number adjustment of the output game media on the game machine The game hall management system according to (1), wherein a trial unit that monitors a trial hit situation is performed in parallel.

  In the invention described in (2), after the signal history data from each gaming machine is stored in the storage means, the management server performs the closing process on the current day and the output number of output game media on the gaming machine. This is a game hall management system that performs trial means for adjusting the situation and monitoring the trial strike status in parallel.

  The closing process does not create sales data by collecting only the signal history data of each game machine, but the player who has played until the business end time of the day uses the prize exchange of the acquired game media. The player who has played with the prizes or the card is processed by the game record of the day. In these processes, the management server collects information and creates business data for the day. For this reason, even if the signal history data of each gaming machine is recorded in the storage means, even if the nail adjustment is completed until the fastening process is completed, the trial strike trial status is not known, and an efficient trial strike cannot be performed.

  In the present invention, since the game hall management system has the closing processing means and the trial means, the signal history data of the day from each game machine is recorded in the storage means, and then the data recorded in the storage means is stored. The management server performs a closing process as signal history data of the game machine. Then, while performing the tightening process in the background of the management server, on the other hand, the test hit data is displayed on the display device of the terminal device of the management server, and the nail adjustment is performed. In this way, by operating the fastening processing means and the trial means in parallel, the nail adjustment and the trial driving can be performed quickly after the business hours on the day.

  (3) After closing the business hours on the day, after storing the signal from the signal collecting means in the storage means, the management server performs the closing process on the current day according to the information of each gaming machine stored in the storage means The execution of the means and the execution of the trial means for monitoring the status of trial hits accompanying the output number adjustment work of the output game media on the game machine are performed manually from a terminal device provided in the management server. The game hall management system according to any one of (1) and (2).

  The invention described in (3) includes the closing processing means and the trial means. In the game hall management system according to (1) or (2), the closing processing means and the trial means can be executed by manual operation input. It is what I did. Normally, the closing processing means and trial means are automatically executed by setting the end time of the business, etc., but when the signal history data of the game machine is corrected due to some trouble Or, depending on the game situation of the player of the gift exchange machine, it may be necessary to operate the game machine even outside business hours. In such an abnormal state, it is possible to smoothly manage the game hall by recording the signal history data of each gaming machine in the storage means or delaying the signal history data recording time by manual input by manual operation. System operation.

  In addition, even if the nail adjustment is monitored by executing the trial means while performing the tightening process, a manual input operation accompanying the tightening process is necessary during the tightening process means. Processing status display may be required. Even in such a case, it is possible to perform a tightening process by manual input by hand operation, or to switch to a display on the display of the tightening process status to cope with it, thereby enabling smoother game hall management. .

  (4) The information stored in the signal collecting means by executing the trial means for adjusting and trying the output number of output game media on the game table is the signal collecting means before the business start time on the next day. The game hall management system according to any one of (1) to (3), wherein the game place management system is erased from the signal collecting means after being stored in the storage means.

  In the invention described in (4), since the trial hit data associated with the nail adjustment is stored in the signal collecting means, the next day, it becomes sales data information by the player. The data is stored in the storage means before the business start time on the next day, and then deleted from the signal collecting means. Thereby, the signal history data of the game played by the player during the business hours of the next day is accurately stored.

  (5) The information stored in the signal collecting means and the next day's business hours when the trial means for monitoring the status of trial hits associated with the output number adjustment work of the output game media on the gaming table is executed. The game hall management system according to any one of (1) to (4), wherein the information stored in the signal collecting means can be compared.

  According to the invention described in (5), the trial hitting data associated with the nail adjustment is stored in an area for storing in a part of the storage means, and stored in the signal collection means of the game played by the player at the next business day. The recorded data can be compared, and can be compared with the data on the day of each gaming machine counted by the closing process. Trial strikes associated with nail adjustments are trial runs of limited output media for a limited time, and do not necessarily match the player's game data actually performed during business hours. Modifications to the adjustment of the nail that come from experience in are needed. Therefore, by comparing the trial hit data and the next day data, it is possible to improve the accuracy of the nail adjustment so as to be a reference for the nail adjustment and to achieve the intended winning probability.

  In addition, there is a habit in each individual game stand, and by storing trial hit data, nail adjustment peculiar to each game stand becomes possible. Furthermore, by simultaneously recording environmental conditions such as air temperature and humidity at the time of nail adjustment, it is possible to make nail adjustments that take into account the effects of expansion and contraction due to temperature differences. The nail adjustment is a delicate adjustment of the angle of the nail that is manually performed, and it is an effective method for the nail adjustment to be performed while comparing with the accumulated test hit data.

  According to the game hall management system of the present invention, since it has storage means and can store the signal history data of each gaming machine on the day, the gaming history data of each gaming machine is stored in a short time after the business hours on the day. The data can be stored in the means and does not overlap with the data of the test shots associated with the nail adjustment performed after the end of business. In addition, since the signal history data stored in the storage means is used for creating the game data on the day of the game hall, the trial means for judging the nail adjustment while monitoring the trial hitting situation and the tightening processing means are performed in parallel. Nail adjustment work can be quickly started after the end of business hours on the day. Furthermore, since the signal history data of trial hits associated with the nail adjustment can be stored in the storage means, the nail adjustment can be performed with high accuracy by comparing with the business data on the next day.

Hereinafter, embodiments of the present invention will be described. This is merely an example, and the technical scope of the present invention is not limited to this.
<Example 1>

  FIG. 1 is a schematic diagram of a game hall management system according to the present invention. The management server 10 is subjected to distributed processing by LON (Local Operating Networks) communication, and is connected to various game machines and terminals by a LON router. In LON communication, the management server 10 has the function of a central monitoring device. A terminating resistor 30 and a LON router 40 are connected to the converter 20 connected to the management server 10. Various terminals are connected from the LON router 40 by LON communication. Various game machines are connected from the LON router 40 via the relay board 50 and the collection board 60, and there are a plurality of pachinko machines 70 and a plurality of slot machines 80 as game machines. A table-side ball lending machine 75 equipped with a cash slot, a card reader and an IC sand (generally referred to as “Taima Sand” etc.) for lending gaming media to the table side of the game table There is. Furthermore, a ball counter 90, a medal counter 100, a ball / medal replay machine 110, and a vending machine 120 are connected by LON. A card reader 125 is attached to the vending machine 120 so that merchandise can be purchased with a card.

  Each terminal device, which is a node for LON communication, is equipped with a neuron chip, and operates independently of the central monitoring device, including the data storage of the terminal device, under the condition that the terminal device itself is input. be able to. As a result, various command systems concentrated on the central monitoring device are dispersed, network traffic can be greatly reduced, and a system can be constructed in which trouble of each terminal device does not affect the entire system.

  Further, the management server 10 is connected to a POS (Point Of Service) device 130 and a data display terminal device 140 for performing data display and operation input of the management server 10 through LAN (Loca Area Network) communication.

  The management server 10 is installed with application software and sets the LON terminal and the POS terminal 130 and the display terminal device 140. Further, the database area as the storage means in the present invention is built in the management server 10.

  The LON router 40 is a router for connecting to the management server 10 and communicating with each LON terminal.

  The relay board 50 performs RS communication with the collection board 60, and transmits the base data, sand data, and alarm signal of the pachinko machine 70 and the slot machine 80 sent from the collection board 60 to the management server 10. Also, conversion from the RS485 protocol to the LON protocol is performed.

  The collection board 60 detects the output from each sensor attached to the game stand 70 and the like, and collects a winning level, for example, a special prize signal, winning signals A and B, a probability variation signal, a driving signal, and a supply signal. And transmitted to the management server 10. In addition, an alarm signal is transmitted when there is an illegal operation or when a trouble occurs.

  The ball counter 90 and the medal counter 100 count the balls or medals paid out from the game machine. The number of balls or medals counted is issued with a receipt, or when a membership card is used, processing is performed to store or collect medals. The ball counting machine 90 and the medal counting machine 100 communicate with the management server, and exchange the member information when the number of balls or medals counted, the number of receipts issued, and the accumulated balls or medals.

  The ball / medal replay machine 110 pays out a set amount of pachinko balls or medals from the member's balls. When paying out, it is common to add a fee set at the amusement hall. Moreover, it communicates with the management server 10 by LON communication, and transmits / receives member information to / from each other.

  The member card reader 120 can read a stored ball or a stored medal recorded on the member card, convert it to a corresponding amount, and purchase a product. In the example of FIG. 1, it is possible to purchase coffee, juice, health drinks and the like by connecting to a drinking water vending machine 120. When a product is purchased, a number corresponding to the amount of the product is subtracted from the number of stored balls or the number of stored medals recorded on the member card. These data communicate with the management server 10 by LON communication to transmit / receive member information to / from each other.

  In the data display terminal device 140, the data of various game machines installed in the game arcade can be accessed by browsing the database of the management server 10. The data display terminal device 140 and the management server 10 can communicate with each other by LAN communication.

  At the POS terminal 130, the number of stored balls and the number of medals recorded on the receipt, IC coin, and membership card issued by the ball counter 90 or the medal counter 100 are read and exchanged for a registered prize. The prize is, for example, a cigarette, a joule, a CD, a miscellaneous goods, a food product, or the like.

  FIG. 2 is a specific example of a pachinko machine as a game machine. As shown in FIG. 2, a stand-side ball lending machine (generally referred to as “Taima Sand”) S is installed on the side of the pachinko machine P (usually between adjacent pachinko machines). Has been. On the front side of the stand-side ball lending machine S, there are a coin insertion slot, an IC card insertion slot, a ball supply nozzle S1 for supplying a pachinko ball to the upper plate P2 of the pachinko stand P, various display lamps, various indicators, various operation buttons, etc. Is provided. The upper plate P2 is a plate for temporarily storing pachinko balls to be supplied to the pachinko machine gaming table P. Below the table-side ball lending machine S, a ball collection unit R that collects pachinko balls is installed integrally with the table-side ball lending machine S. On the front surface of the ball collecting portion R, a connecting opening R1 to which the collecting portion connecting portion 4 is connected is provided.

  In the game board P3 of the pachinko machine P, when the pachinko ball driven by the player flows down, for example, the windmill 5 or the nail 6 obstructs or guides the flow of the pachinko ball to the winning opening 7 It is adjusted so that the pachinko ball enters with the probability of. Many nails 6 are provided in addition to those shown partially. The nail adjustment for adjusting the angle of the nail plays an important business role for the game hall manager. This nail adjustment work is performed after the end of business hours on the day, and a nail adjustment and a test driving work after the adjustment are performed. For this reason, it takes a long time, and it is necessary to carry out it quickly after the end of the business day.

  The business hours on the day are from the opening time to the closing time of the amusement hall, and in the closing process performed after the closing time, various raw data on the day are collected and subjected to arithmetic processing to create business data. When the closing process for the current day is completed by creating the business data, the data stored on the current day of each terminal is deleted, and the next business day is set. The business day of the day is the next business day due to the closing process, and means the period until the closing process of the next day.

  Specifically, the storage means provided in the management server 10 allocates a partial area of the internal hard disk of the management server 10. FIG. 3 shows the structure of the database 200 in the storage means. The database 200 includes a data area 210 and a log area 220. The log information stored in the log area 220 is deleted as needed.

  FIG. 4 is a diagram showing details of the data area 210. The data area 210 is further divided into a current data area 230 that collects and stores data such as game consoles of the day, and a past data area 240 that stores business data collected by the closing process up to the previous day. Yes. The replication 212 from the past data area 240 to the current data area 230 and the process 214 for recording and saving the data of the current data area 230 in the past data area 240 can be performed as necessary. The current data can be collected from the game console at any time and recorded in the current data area 230, and the game situation at the game arcade can be displayed on the data display terminal device 140 as breaking data. The display screen 145 shown in FIG. 4 is an example of display contents.

  When business hours start on the day, peripheral devices such as the pachinko machine 70, the slot machine 80, the sand, the POS terminal 130, and the ball counter 90 perform processing in each device by distributed processing. Data is stored. The management server 10 collects the raw data and records it in the current data area 230 of the database. The preliminary data is displayed on the data display device 140 based on the recorded raw data. The raw data is sent from the peripheral terminal device as needed, and the current data file is updated.

  When the business hours of the day end, the final raw data is collected in the current data area 230 and the raw data transmission from the pachinko machine 70 is stopped, and only the distributed processing in each pachinko machine 70 can be performed. Since this means is automatically performed by the application software, the nail adjustment of the pachinko machine and the trial hitting associated therewith can be performed quickly after the end of business hours on the day. The closing process for the day is performed based on the data recorded in the data area 230 on the day as a storage unit of the management server 10. Therefore, the nail adjustment work can be performed without elapse of the processing time associated with the tightening process, and the trial hit data is not added to the day data.

The data in the current data area 230 is tightened in parallel with the nail adjustment after collecting data on the day, but trial hit data is not collected. Can do. The business data subjected to the closing process is transferred to the past data area 240 after the closing process is completed, and the current day data is erased from the current day data area, and is put into standby in the business start state on the next day. In the past data area 240, the raw data is recorded simultaneously with the business data that has been subjected to the tightening process, so that if some investigation is required at a later date, a confirmation operation by comparison with the raw data can be performed. It is also possible to automatically print daily reports such as business reports for the day and reports for adjusting the nail so that data on the day can be created on a paper basis. On the other hand, the trial hit data is individually deleted from the data area in the distributed processing on the game machine after the nail adjustment is completed. Furthermore, the trial hit data may be deleted before the next day business start time, and by providing a trial hit data erasure means by the management server 10 immediately before the next day business start time, Erasing is performed.
<Example 2>

  In the first embodiment, the tightening process after the end of business hours on the day and the test hitting with the nail adjustment are automatically performed by setting the conditions of the application software. However, the tightening process and the test hitting are always performed in the game system. Is not always operating normally, and it may be necessary to delay the time, repair due to troubles, or correct data according to the situation of the amusement hall. In such a case, it is necessary to manually set the tightening process start time and the nail adjustment start time.

  In such a case, the game hall management system is switched to manual setting so that the tightening process and trial hitting can be started manually. FIG. 5 shows a manual setting screen 300. In the manual setting screen 300 shown in FIG. 5, the current time 310 and the business hours 320 are displayed. This is for checking the time so that the support process and the trial hit are not performed during business hours. Further, the last tightening processing end time 330 and how many days of update data 340 are displayed. Then, when it is out of business hours on the day and the situation of the game hall, the trial hit mode button 350 and the tightening process start button 360 are selected and clicked. Canceling when switching to the manual mode can be performed by clicking a cancel button 370.

  In the setting screen in the manual mode, when the current time 310 is within the same day business hours 320 displayed on the screen, the trial hit mode button 350 and the tightening process start button 360 can be set to be invalidated. To prevent. The business hours of the day can be changed on the separate setting screen.

As described above, since the tightening process and trial hitting can be set manually, it becomes a game hall management system corresponding to various situations in the game hall, and allows flexible and smooth game hall management. >

  Nail adjustment after the end of business hours on the day is carried out by skilled professional workers. Then, after adjusting the nail, a pachinko ball is tried and checked to see if the result is as intended. The confirmation work is performed with accuracy as many pachinko balls are hit, but it must be completed the next day before the business start time, and a number of game table nails must be adjusted. If the result of the adjustment does not come out as intended as a result of trial driving, the nail must be adjusted again. Accordingly, the number of pachinko balls to be tried is naturally limited.

  In such a case, data of trial hits performed in the trial hit mode is stored so that it can be compared with the next day data. As a result, it is possible to determine whether the actual data of the next day and the trial hit data are as intended, and by accumulating this data, nail adjustment can be performed with high accuracy even with a small amount of trial hit data. It becomes possible.

  The trial hit data is stored in a partial area of the same day data area 230 of the next day. As a result, when the data for the day is displayed as preliminary data on the data display terminal device 140, if the test hit data of the corresponding pachinko machine is also displayed, the result of the nail adjustment can be confirmed at any time. Can be performed with high accuracy. The nail adjustment must be changed slightly depending on the characteristics peculiar to the pachinko machine, and the degree of expansion and contraction of the nail and the board differs depending on the external environment such as temperature and humidity, and there are parts that cannot be covered only by experience.

  Therefore, by making it possible to store and accumulate in the database without erasing the trial hit data, it becomes possible to perform nail adjustment that achieves the intended result with high accuracy, and further, the time for nail adjustment can be shortened, Efficient nail adjustment is performed. The trial hit data is erased from the history storage data area of each pachinko machine at the same time the management server stores it in the trial hit data area provided in the current data area by 10 before the business start time on the next day. And it will be in a standby state in preparation for the next business day.

It is the schematic which shows the game hall management system of this invention. It is a figure which shows the specific example of the game stand which implements this invention. It is a figure which shows the database structure of a memory | storage means. It is a figure explaining the function of a data area It is an example of a screen display in a manual operation mode.

Explanation of symbols

5 Windmill 6 Nail 7 Winning entrance 10 Management server 40 LON router 50 Relay board 60 Collection board 70 Pachinko machine 80 Slot machine 90 Ball counter 100 Medal counter 110 Ball / medal replay machine 120 Vending machine 130 POS equipment counting means 140 Data Display terminal device 200 Database of storage means 210 Data area 220 Log area 230 Data area on the day 240 Past data area 300 Manual mode screen 350 Trial mode button 360 Closing process start mode button

Claims (4)

Multiple game consoles,
Signal collecting means connected corresponding to each gaming machine, collecting signals from the gaming machine, and storing a signal history;
Storage means connected via an electrical communication line capable of communicating with the signal collection means, and copying and storing a signal stored in the signal collection means;
A management server comprising information processing means for processing signals;
A game hall management system comprising:
After the business hours on the day, the signal from the signal collecting means is stored in the storage means, and the closing processing means for closing the day,
Trial means for monitoring the status of trial hits accompanying the output number adjustment work of output game media on the game table;
Equipped with a,
After closing the business hours of the day, after storing the signal from the signal collecting means in the storage means, tightening processing means for closing the day,
Trial means for monitoring the status of trial hits accompanying the output number adjustment work of output game media on the game table;
A game hall management system that performs these tasks in parallel. After storing business hours on the day, after storing the signal from the signal collecting means in the storage means, the management server executes the closing process means for performing the closing process on the current day according to the information of each gaming machine stored in the storage means When,
Execution of trial means for monitoring the status of trial hits accompanying the output number adjustment work of output game media on the game table;
Can be performed by manual operation from the terminal device provided in the management server,
The game hall management system according to claim 1 . The information stored in the signal collecting means when the trial means for adjusting and trying the output number of output game media on the game table is executed,
After being stored in the storage means from the signal collecting means before the business start time on the next day,
Erased from the signal collecting means,
The game hall management system according to claim 1 or 2 . Information stored in the signal collecting means by executing a trial means for monitoring the status of trial hits accompanying the output number adjustment work of output game media on the game table;
Information stored in the signal collection means at the next day's business hours;
Is comparable,
The game hall management system according to any one of claims 1 to 4 .