JP2704824B2 - Data aggregation method for tax evasion countermeasure game machines - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a pachinko ball lending machine interposed between adjacent game machines and a computer for a hall. The present invention relates to a data aggregation method for a tax evasion-prevention game machine including an infinite counter, which is a ball counter for paying out pachinko balls.

[0002]

2. Description of the Related Art As a conventional tax evasion-prevention game machine, for example, there is a prepaid card system, and all sales data are made online to a bank. The prepaid card method has an advantage in that, in the event that tax evasion is attempted by modifying computer data in a hall, fraud can be easily detected by using sales data online at a bank. The authorities concerned have been making efforts for several years in spreading this prepaid card system.

[0003] On the other hand, related government agencies consider that data recorded by a hall computer can be falsified, and there is a possibility that tax evasion will occur, so that the reliability is low.

[0004]

However, in such a conventional data aggregation method for tax evasion countermeasure game machines, the cost is extremely high when constructing the system, and the maintenance cost is high even after the system is constructed. As it passes
There was a problem that sales fell.

On the other hand, accurate data must be recorded on the paid-out card by the card issuing machine installed inside the data compiling device. However, if there is a distance between the sealed base and each input terminal, it is not impossible to manipulate the wiring connecting them and alter the data, so it is understood that this distance should not be taken. By the way, fortunately, the prepaid card system only sold, and the sealed base was installed inside the ball rental machine.

[0006] When the sealed base is mounted in the machine for lending between balls, the signal lines for incoming and outgoing balls become long, which makes it easy to work. For example, it is conceivable that the expected count is not performed due to disconnection or short circuit, or the expected count is not performed. If you bring the sealed base to the game console, all signal lines will be long, and the possibility of tampering, including sales, will come up.

The present invention has been made in view of such conventional problems, and has as its object to provide a data aggregation method in a tax evasion countermeasure game machine capable of taking tax evasion countermeasures at low cost. I have.

[0008]

SUMMARY OF THE INVENTION In order to achieve the above-mentioned object, the gist of the present invention is to provide a ball game machine (2) between adjacent game machines (1) and a game machine for halls. A computer (30) is provided, and the game machine (1) is provided with an infinity counter (10) which is a ball counter for paying out pachinko balls that can be paid out freely from one pachinko ball to infinity. A data aggregation method for a tax evasion-prevention game machine, wherein a ball lending signal from the controller (A) and a ball-in / out signal from the game machine (1) cannot be falsified from the controller (A). The data is input via the sealed board, relayed between the game machine (1) and the hall computer (30), and the data is transmitted from the hall computer (30) so that it cannot be commanded and the data cannot be tampered with. The tallying device (20) is sealed, and only necessary data related to the ball lending signal and the incoming and outgoing signal are selected and stored in the storage portion of the data tallying device (20). A data aggregation method in a tax evasion-prevention game machine, characterized in that the data is stored as:

[0009]

The sealed data counting device (20) is connected between the game machine (1) and the hall computer (30), and exchanges signals via the sealed data counting device (20). In the data, data which can be prevented from being fraudulent if it is kept at a minimum is picked up for each item from among data on sales and entry and exit of balls, and stored in the storage section of the data totalizer (20). Put.

For example, an item relating to sales and any one of incoming, outgoing, and difference balls, for example, an item of difference ball are provided.
It stores how many yen as a sales item of the whole hall and how many shots as a difference item.

If this data is recorded on a card from, for example, a card issuing machine (40) provided in a sealed data compiling device (20), the hall becomes a computer for a hall. Even if the number of (30) is falsified, if it is obliged to attach and process the card paid out from the card issuing machine (40), fraud cannot be performed.

[0012]

An embodiment of the present invention will be described below with reference to the drawings. Each drawing shows an embodiment of the present invention. As shown in FIGS. 1 and 2, a game machine 1 is provided adjacent to the game machine 1, and the game machine 1 has an infinite counter 10.
And the controller A are installed, and the infinity counter 10 and the controller A are connected and sealed together to form a security unit 10a.

To the controller A, a ball lending signal for sales of a hall is input from the tama ball lending machine 2 and an incoming / outgoing signal is input from the game machine 1. The controller A may receive a ball-lending signal, an incoming / outgoing signal, and a difference ball signal that is a difference between the incoming / outgoing signal. The controller A is connected to a data compiling device 20 via a sealed board so as to take in incoming / outgoing signals and the like and prevent tampering of incoming / outgoing signals. Here, the data compiling device 20 is sealed so that the compiled data cannot be falsified.

The data compiling device 20 is connected to a hall computer 30 so that no command can be given from the hall computer 30 to the sealing type data compiling device 20 and the data cannot be falsified. I have. The sealing type data compiling device 20 basically relays between the game machine 1 and the hall computer 30,
Picks up only the necessary data and collects data using the data tabulator 20
The total of the entire hall is stored in the memory of each item.

The infinity counter 10 is a ball counter for paying out pachinko balls, which can be freely paid out from one pachinko ball to infinity in accordance with an instruction from the controller A. The payout of balls can be handled by one infinity counter 10, and the one infinity counter 10 can handle payout of any number of prize balls and lending balls. When the ball lending signal (sales signal), payout signal, and payout signal are input to the controller A, the payout is performed by the infinite counter 10 while counting the appropriate number of balls. At the same time, it is configured to send data to a sealed type data compiling device 20 which is outside the game machine 1 and connected to the controller A. The game machine 1 is connected to a number of seal type data totalizers 20, and the seal type data totalizer 20 and the hall computer 30 are further connected.

The hall computer 30 cannot issue a command to the sealing type data compiling device 20 and the data cannot be falsified.
The sealing type data compiling device 20 basically relays between the game machine 1 and the hole computer 30 to pick up only necessary data and store the total of the whole hall by item in the memory of the data compiling device 20. Remember.

The data compiling unit 20 is connected to a card issuing machine 40 for periodically paying out a card which is built-in and is uttered or encoded so as not to be falsified and which is protected. . Input and output of incoming and outgoing signals are all performed through a sealing type data compiling device 20. The inputs to the sealing type data counting device 20 include an abnormal signal, a big hit / small hit signal, etc. in addition to the sales signal (ball lending signal), the outgoing signal, and the incoming ball signal, and also include a hit control signal. Have been. Signals of commands (such as hitting, forcible hitting, and hitting release) from the hall computer 30 are input to the game machine 1 via the sealing type data tallyer 20, but have no effect on the data tallyer 20. Will not give. The controller A is connected to a short / disconnection detecting unit (not shown) for detecting a short and a disconnection in consideration of a service to a player.

Next, the operation will be described. In the case of fraudulent signals related to outgoing signals, in order to increase the number of outgoing balls more than actual, intermittent wiring is used to generate false outgoing signals, or to insert pachinko balls into safe holes, etc. There is a method. During business hours, if there is a short circuit or disconnection between the wires, there is a payout of the ball without doing anything, or the ball is not paid out when the ball should be paid out. Such frauds are basically not made during business hours, since complaints will be made by the parties. As a countermeasure against fraud, a timer unit (not shown) is provided in the data counting device 20 to set business hours, and the data counting device 20 does not store incoming / outgoing signals except during business hours. Thus, the fraud is prevented.

As a countermeasure against fraudulent measures for inserting a pachinko ball into the safe hole, there is a restriction that the pachinko ball cannot be inserted into the safe hole unless the glass door of the game machine 1 is opened. That is, when the glass door is opened, the controller A is constructed such that the safe hole signal is not output and the number of balls to be thrown out cannot be counted. However, as a practical matter, some pachinko balls may be thrown into the safe hole because the ball is caught on the nail and troubles the player. In this case, since it is necessary to pay out the pachinko balls, the controller A is configured to pay out the pachinko balls even if only one pachinko ball is opened and inserted into the safe hole.

Further, by inputting a payout signal (safe hole signal), instead of sending a count signal to the sealing type data compiling machine 20, a payout signal is input and output from the infinity counter 10 is performed. The controller A is configured to output a ball counting signal when a ball signal when a ball is paid out is input. At this time, the signal sent out is
There is a method of sending out 1: 1 and a method of sending out one signal for 10 balls.

If these signals are connected to the sealed infinity counter 10 and the controller, it is convenient because they can be connected by one-touch operation of the connector.

In the case of a fraudulent signal relating to the incoming signal, in order to reduce the number of incoming balls, the wiring is cut or short-circuited to hide the incoming signal so that the incoming signal is not counted. There is. Such a fraud prevention measure can be dealt with by detecting a short circuit or disconnection. If a short or disconnection is detected, a message will be issued and the game will not continue,
For example, a steering wheel control signal is output to the game machine to stop the firing handle so that the firing of the ball stops. Further, a short / disconnection signal is output to the sealing type data compiling device 20, a record of the detection of the short or disconnection is sent, and the number and time are stored.

The concept of this method is not to process only the sales by the Taima ball lending machine 2 through the black box, and also to manage the signals, instead of performing the processing at the bank, and to collect the data installed in the hall. It is intended to be able to be done by machine. At this time, at the same time,
The idea is to record the payout signal or difference signal. In other words, either "sales of the hall and incoming and outgoing signals" or "sales of the hall and outgoing signals" are totaled in the tamper-proof data tabulator 20 installed in the hall, and the data is collected. Record and pay out regularly (weekly, monthly, yearly, etc.) on the card and attach the card to submit other documents to the tax office.

Of course, the card is protected, but it is also conceivable to put a card for one year into a holder, set the holder together in the data tabulator 20, and bring the holder to the tax office one year later. The tax office uses data from the card and materials submitted from the hall to
Make an accurate assessment.

A card issuing machine is attached to the sealing type data compiling device 20, and a daily total, a weekly total, a monthly total and the like are recorded and come out. Daily, weekly and monthly totals are
The data for the entire hall is recorded on one card and paid out, so the card must be attached and submitted. If you want to record a daily total, after closing (after business hours)
The total data for each item is recorded on the card built into the card issuing machine. (At this time, the card does not come out even after the data is recorded.) When the weekly total is recorded without recording the daily total, the above operation is automatically performed for each determined day of the week. At the turn of the month, the total for the month is tabulated and the card is issued from the card issuing machine. Therefore, the card can be selected as a daily and monthly total, a weekly and monthly total, a daily and weekly total and monthly total, a monthly total only, and the like. When a large-capacity card is used, recording can be performed in units of six months or one year.

[0026]

According to the data summarizing method of the tax evasion countermeasure game machine according to the present invention, the infinity counter and the controller of the infinity counter are sealed, and the controller provides a ball-lending signal of the ball-to-ball lending machine and a ball-lending signal of the game machine. The incoming and outgoing signals are input to the data compiling device via the sealed base so that they cannot be falsified, and the data compiling device is sealed so that it cannot be ordered from the hall computer and the data cannot be tampered with. If the data of the data tallying device cannot be falsified, and, for example, it is required to attach and process a card paid out from a card issuing machine in the data tallying device, tax evasion can be prevented at low cost.

[Brief description of the drawings]

FIG. 1 is a circuit diagram of a tax evasion countermeasure game machine showing one embodiment of the present invention.

FIG. 2 is a circuit diagram of an infinite counter and a controller showing one embodiment of the present invention.

[Explanation of symbols]

 A: controller 1: game machine 2: car lending machine 10: infinite counter 20a: security unit 20: data compiling device 30: computer for hall 40: card issuing machine

Claims (1)

(57) [Claims] 1. A pachinko ball lending machine is interposed between adjacent game machines, and a computer for a hall is provided, and a pachinko machine capable of freely paying out one pachinko ball to infinity in the game machine. A data summarizing method in a tax evasion countermeasure machine comprising an infinity counter which is a ball counter for ball payout, wherein a ball lending signal from the controller and a ball-in / out signal from the game machine are transmitted from the controller. It is input via a board that is sealed so as not to be falsified, relays between the game machine and the computer for the hall, seals the data aggregator so that it cannot be instructed and the data cannot be falsified from the computer for the hall, Only the necessary data related to the ball lending signal and the incoming / outgoing signal are selected and stored in the storage section of the data compiling device as a total sum of the entire hall by item. Data aggregation method in tax evasion measures game machine, characterized in that the 憶.