KR100830308B1 - Apparatus for managing game machine - Google Patents

Abstract

In the organic group which does not interpose an organic medium, the organic system which can manage the organic group which handles an organic medium is provided.

Play the main game which limits the progression of the award granted based on the result and the number of times the game is played per unit time, and executes the bell game which limits the probability of occurrence of a special abandonment state based on the result of the main game The organic information outputting the organic information to the outside based on the information, the external information input means for inputting the organic information and the information displayed in the execution amount of the main game of the organic information by the predetermined execution unit, the predetermined value in the relationship that can be converted into oil value An information collecting terminal device and an information collecting terminal device comprising an organic unit converting means for converting the organic information into information displayed by the organic units of the organic information; An organic management apparatus for managing is provided.

Organic group, slot machine, pachinko

Description

Organic device {APPARATUS FOR MANAGING GAME MACHINE}

1 is a system configuration diagram of an organic management system of an embodiment of the present invention.

2 is a block diagram showing the configuration of a customer management device according to an embodiment of the present invention.

3 is a block diagram showing the configuration of a microprocessor included in the information collecting terminal device according to the embodiment of the present invention.

4 is a diagram for explaining the operation of the information collecting terminal device according to the embodiment of the present invention.

5 is a flowchart of the main game execution information aggregation process executed by the information collection terminal device of the embodiment of the present invention.

Fig. 6 is a diagram for explaining the conversion of main game execution information into organic medium information according to the embodiment of the present invention.

7 is a view for explaining organic information aggregate data according to the embodiment of the present invention.

8 is a front view of the organic group of the embodiment of the present invention.

9 is a block diagram of a control system of an organic group according to an embodiment of the present invention.

It is a block diagram of the LCD control apparatus with which the organic group of embodiment of this invention is equipped.

11 is a flowchart of main processing executed by the organic group of the embodiment of the present invention.

12 is a flowchart of the main game process executed by the organic apparatus of the embodiment of the present invention.

13 is a flowchart of a sub game control process executed by the organic apparatus of the embodiment of the present invention.

<Description of codes for main parts of codes>

1: Organic management device 4: Information collecting terminal device

5: organic group 400: microprocessor

401 Media Access Control CPU (MACCPU) 402 Network CPU

403: application CPU 404: bus

405: RAM 406: EEPROM

407: ROM 408: Network Communication Port

409: I / O port 410: communication port

411 control circuit 600 main organic control device

610: I / O port 611: CPU

612: ROM 613: RAM

614: Communication port 700: Sub organic control device

701: organic microcomputer 702: input interface

703: output interface 704: terminal for external communication

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an organic system, and more particularly, to an organic system that can be handled with versatility by organic information collected from organic groups to be managed.

Conventionally, as an organic system for outputting information for properly adjusting pachinko game machines, for example, various cumulative units provided in the centralized management device (organic management device) store the number of times of input of various signals from the pachinko game machine, By adding up the number of unit beads corresponding to the signal to the input frequency, the total number of product beads, the number of product beads related to the start prize, and the number of product beads related to the inverted prize beads are calculated. It is known to obtain a base for a general prize, a base for a start prize, and a base for an inverted prize, and display such a base on a display or print by a printing portion (for example, a patent document). See 1.).

[Patent Document 1] Japanese Patent Application Laid-Open Publication No. 9-117559

Such an organic system is a method in which the organic group to be organic is organic to organic groups through an organic medium such as an organic or organic medal. The conventional management apparatus and business analysis technique cannot be used. Thus, for example, in sales management of a TV game machine or the like, only sales management is performed, and organic information related to organic performance is not collected or aggregated.

This is not only inconvenient when carrying out business adjustment, but also unfair in finding unjust abandonment.

Accordingly, an object of the present invention is to provide an organic system that can be managed such as an organic group that handles organic media, even in an organic group that does not intervene in an organic medium such as a TV game machine.

According to a representative aspect of the present invention, in an organic system including an information collecting terminal device for collecting information about organics from an organic group, and an organic management device for managing the information collecting terminal device, the organic device executes organic. An organic group that accepts the oil value, which is a possible value, consumes the accepted oil value, executes organic activities, and awards awards based on the organic results. Execution of the slave game which limits the probability of occurrence of a special organic state based on the execution of the main game, based on the main organic control device controlling the main game to be controlled and the main game controlled by the main organic control device; A slave organic control device for controlling the controller, and external information output means for outputting the organic information to the outside based on the progress of the organic, The information collecting terminal apparatus includes external information input means for inputting organic information output by the external information output means, and information in which the execution amount of the main game of the organic information is indicated by a predetermined execution unit. Organic unit converting means for converting into information displayed by predetermined organic units in a mutually convertible relationship, and organic information collecting means for aggregating organic information based on the information converted by said organic unit converting means.

  Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described with reference to drawings.

1 is a system configuration diagram of an organic management system of an embodiment of the present invention.

An internal network is installed inside the organic field, and an organic management device (hall computer) 1, a customer management device 2, and a relay device (router) 3 are connected to the internal network. In addition, the customer management apparatus 2 may connect directly only to the organic management apparatus 1, without directly connecting to the said internal network. In this case, the customer management device 2 communicates information only to the organic management device 1.

The internal network installed in the organic field is constituted by, for example, Ethernet (registered trademark). The device connected to the internal network has an address set, and communication between devices (e.g., transmission of data or command signals to specific devices) or broadcast communication (e.g., Multicast or broadcast).

The organic management apparatus 1 collects organic information from the organic apparatus 5 via the information collection terminal apparatus 4, and monitors the operation state of each organic apparatus 5 (refer FIG. 8).

The customer management apparatus 2 stores personal information of the organic person registered as a member of the organic field (information of the organic person registered by notification of the organic person at the time of member registration, for example, name, gender, date of birth or address of the organic person). It manages in association with one assigned member ID about abandoner.

The relay device 3 is provided for each facility of an island in the organic field, relays information from each information collection terminal device 4 installed in the facility of the island, and transmits the information toward the internal network. On the other hand, the installation of the relay device 3 is not limited to each island facility, and may be performed on each floor, every passage, or every predetermined block.

The organic collecting unit 5, the call lamp 6 and the member terminal 7 are connected to the information collecting terminal device 4. The information collecting terminal device 4 collects the organic information output from the organic apparatus 5, the information on the call output from the call lamp 6, and the member ID output from the member terminal 7.

On the other hand, the structure which connects one information collection terminal apparatus 4 with respect to several (for example, two) organic groups 5 may be sufficient. Further, the call lamp 6 and / or the member terminal 7 may be directly connected to the internal network, and logically connected to the corresponding information collecting terminal device 4 via the internal network. However, when one information collection terminal device 4 is connected to a plurality of organic devices 5, the call lamp 6 is connected to each organic device 5 in a one-to-one correspondence.

Further, the functions of the information collecting terminal device 4 and the call lamp 6 may be integrated into one device. Alternatively, the functions of the member terminal 7 and the call lamp 6 may be integrated into one device.

In addition, when the information collection terminal apparatus 4 collects organic information output from the organic apparatus 5, the information collection terminal apparatus 4 responds to a cumulative value of organic information for a predetermined period (for example, a start signal or a special signal output from the organic apparatus 5). A cumulative value of the number of starts or a special number of times calculated based on the generated number is generated, and the operation amount (organic history information) of the organic group 5 is counted based on the accumulated value. Then, the information collecting terminal device 4 transmits the aggregated operation amount to the organic management device 1. On the other hand, the information collection terminal device 4 may collect the organic information output from the organic device 5 via the call lamp 6.

The cumulative value of the organic information for a predetermined period generated by the information collecting terminal device 4 is usually cumulatively calculated for each business unit.

In this case, the business unit means the opening of the business day to the closing of business, which starts earlier than the opening time and ends later than the closing time. On the other hand, a plurality of business units may be set in one day by dividing the business hours of the day into morning and afternoon. In addition, you may make a business unit cover several days (for example, for one week).

On the other hand, the operation amount of each organic group 5 may be calculated by the organic management apparatus 1. In this case, the information collection terminal apparatus 4 collects the organic information collected from the organic apparatus 5 by the organic management apparatus 1 ), The organic management apparatus 1 calculates the operation amount of each organic group 5 by generating an accumulated value of the received organic information.

Further, when the information collection terminal device 4 collects the member ID output from the member terminal 7, this information is used as the pedestal number or the organic group 5 of the organic group 5 installed in correspondence with the corresponding member terminal 7. Is transmitted to the customer management apparatus 2 together with information (e.g., member terminal ID, member terminal communication address, etc.) corresponding to one pedestal number.

Each information acquisition terminal device 4 is provided with a call lamp 6. The call lamp 6 is provided with a call switch for calling an employee of the organic field. If the host person operates, for example, an abnormality in the organic group 5, the call lamp 6 lights up to call the employee of the organic field.

The organic group 5 is provided in plurality in the installation of an island. The organic group 5 is mentioned later in FIGS. 8-13.

The member terminal 7 is installed in parallel with the organic group 5. When a member card is inserted into the member terminal 7, the member ID is collected. The collected member ID is transmitted from the member terminal 7 to the customer management apparatus 2.

In addition, the member terminal 7 outputs the operation amount of the organic group 5 received from the organic management apparatus 1 to the display apparatus (not shown) which the member terminal 7 comprises.

The corner lamps 8 are provided for each facility of islands in the organic field. The corner lamp 8 illuminates when a special organic state occurs in the facility of the corresponding island, and notifies the employee of the organic field of the occurrence of the special organic state. In addition, the corner lamp 8 is not limited to every installation of an island, It may be provided for every floor, every passage | path, or every predetermined block.

In the present embodiment, the relay device 3 for relaying information from the information collection terminal device 4 is provided for each island facility, but the information collection terminal device 4 is installed without installing the relay device 3. It may be configured to connect directly to a network.

2 is a block diagram showing the structure of the organic management apparatus 1 of embodiment of this invention.

The organic management apparatus 1 includes a CPU 101, a ROM 102 in which programs and the like are stored in advance, a RAM 103 which is a memory used as a work area during the operation of the CPU, and a hard disk for storing various data. Memory device (HDD) 104 is provided.

The RAM 103 is used for the operation of the CPU 101 and the storage area for temporarily storing a variety of data (for example, the number of starts, the number of start-ups or the number of outs, etc., which is the number of executions of the auxiliary organics of the organic device 5). A work area is provided for temporarily storing necessary data. In addition, instead of storing the program in the RAM 102, it is also possible to store the program in the HDD 104, copy the program to the RAM 103, and operate the program with the RAM 103.

Such CPU 101, RAM 102, RAM 103, and HDD 104 are connected by a bus 105. The bus 105 is composed of an address bus and a data bus which the CPU 101 uses for reading and writing data.

The bus 105 is connected with a network communication port 106, an I / O port 107, and an external network communication port 108 for inputting and outputting to the outside.

The network communication port 106 is a data input / output unit for performing data communication in accordance with a predetermined communication protocol, and is connected to an internal network.

In the I / O port 107, data collected from the information collection terminal device 4, such as a start signal or a special signal generated as a result of the organic phase 5 is executed, or the operation of the organic management device 1 is performed. The output device 109 comprised by the display which shows a state, and the speaker which informs of the occurrence of abnormality in the organic apparatus 5 is connected. In addition, an input device (keyboard, mouse, etc.) 110 for operating the organic management apparatus 1 is connected to the I / O port 107.

The external network communication port 108 is a data input / output unit for performing data communication in accordance with a predetermined communication protocol, and is connected to a WAN provided outside the organic field.

Next, the structure of the customer management apparatus 2 shown in FIG. 1 is demonstrated.

On the other hand, the customer management device 2 is almost the same configuration as the organic management device (1). For this reason, the description of the same structure as the organic management apparatus 1 in the structure of the customer management apparatus 2 is abbreviate | omitted. The customer management device 2 communicates with the organic management device 1 and the member terminal 7 via the network communication port.

RAM (not shown) of the customer management device 2 includes a storage area for temporarily storing various data (for example, organic history information) and data necessary for the operation of the CPU (not shown) of the customer management device 2. The work area is temporarily stored.

The HDD (not shown) of the customer management apparatus 2 stores personal information of an owner registered as a member of the organic farm. The owner's personal information is stored in a database whose member ID is the key.

3 is a block diagram showing the configuration of the microprocessor 400 included in the information collecting terminal device 4 according to the embodiment of the present invention.

The information collecting terminal device 4 includes a microprocessor 400, a power supply circuit and terminals for data input and output.

The microprocessor 400 is a one chip type processor in which three CPUs 401 to 403 are built in. The microprocessor 400 is a media access control CPU (MACCPU) 401, a network CPU 402, and an application CPU 403. It has three CPUs. In addition, the bus 404 for the address and data to which these CPUs 401 to 403 are connected is a RAM 405, an EEPROM 406, and a ROM 407 which are used in common to each of the CPUs 401 to 403. ) Is connected.

The RAM 405 temporarily stores various data (e.g., a storage area for temporarily storing the operation amount of the organic device 5, the starting winning number and the starting number) and data necessary for the operation of the application CPU 403. It is provided with a working area.

The EEPROM 406 is a nonvolatile memory, and is used for the information collecting terminal apparatus 4 such as the pedestal number, network configuration, address designation information, and identification code of the organic device 5 connected to the information collecting terminal apparatus 4. The information to be set is stored.

The program used for collecting organic information is stored in the rewriteable area and the ROM 407 by the program of the EEPROM 406.

In addition, a common bus 404 is connected with a network communication port 408 and an I / O port 409 for inputting and outputting to the outside.

The network communication port 408 is a port for performing data communication in accordance with a predetermined communication protocol. The network communication port 408 is connected to a network connection terminal through a driver. The network connection terminal is connected to the relay device 3 via a network cable, and also transmits and receives a signal (for example, a data signal or a command signal) with the organic management device 1 through an internal network.

The I / O port 409 is a parallel or serial input / output port and is connected to an external input / output terminal through a driver. The main organic controller 600 and the sub organic controller 700 included in the organic group 5 are connected to the I / O port 409.

Further, organic information (see Fig. 9) such as a special signal, a start signal, a count signal, and the like output from the organic group 5 is input to the I / O port 409. On the other hand, the organic group 5 directly communicates with the communication port 410 and the organic microcomputer 701 provided in the organic control apparatus of the organic group 5, and the product bead signal, the special signal, the transient signal, and the start. It may also receive a signal.

The communication port 410 communicates with the communication port of the organic microcomputer 701 of the organic apparatus 5 by a predetermined protocol. The communication port 410 is connected to a connector provided on the organic control board of the organic group 5.

The microprocessor 400 also includes a control circuit 411 for outputting control signals such as clocks and resets of the CPUs 401 to 403.

When organic information is input from the organic device 5 to the information collection terminal device 4, the accumulated value of the organic information is calculated by the application CPU 403. Then, the application CPU 403 calculates the operation amount of the organic apparatus 5 based on the calculated cumulative value of the organic information. The accumulated value of the organic information is stored and managed in the RAM 405 for a predetermined time. On the other hand, the cumulative value may be output from the network communication port 408 by the information collection terminal device 4, and the organic management device 1 may store and manage the output value.

4 is a view for explaining the operation of the information collecting terminal device 4 according to the embodiment of the present invention.

The information collecting terminal device 4, which collects organic information, which is information about organic matter, from the organic device 5, inputs external information that receives organic information output from the main organic control device 600 and the sub organic control device 700. Conversion rate setting means for setting the means 4a, an external communication terminal 4b for communicating with the organic microcomputer 701 included in the organic group 5, and a rate (ratio) for converting the organic units ( 4c), organic unit conversion means 4d for converting organic units at a rate set by conversion rate setting means, based on information received by external information input means 4a and external communication terminal 4b, and external Organic information collecting means 4e for aggregating information received by the information input means 4a and the external communication terminal 4b and information about organic units converted by the organic unit converting means, and organic information collecting means 4e. Organic information device which stores this aggregated information Means 4f, an illegal monitoring means 4g for monitoring whether organic matter 5 is not illegally collected from the information collected by the organic information collecting means 4e, and the organic information collecting means 4e. An external communication terminal 4h which communicates the result of the information and the illegal monitoring means 4g monitoring the illegality of the organic group 5 with the organic management apparatus 1 is provided.

On the other hand, in the external information input means 4a, the network CPU 402 included in the information collecting terminal apparatus executes a program stored in the EEPROM 406 and the ROM 407, and controls the I / O port 409. It is realized by doing. The external communication terminal 4b is realized by the network CPU 402 included in the information collecting terminal apparatus executing a program stored in the EEPROM 406 and the ROM 407 and controlling the communication port 410. . The external communication terminal 4h is realized by the network CPU 402 of the information collecting terminal apparatus executing a program stored in the EEPROM 406 and the ROM 407 to control the network communication port 408. .

The conversion rate setting means 4c, the organic unit conversion means 4d, the organic information counting means 4e, and the indeterminate monitoring means 4g include an application CPU 403 included in the information collecting terminal apparatus 4, This is realized by executing the programs stored in the EEPROM 406 and the ROM 407.

In the organic information storage means 4f, the application CPU 403 included in the information collecting terminal device 4 executes the programs stored in the EEPROM 406 and the ROM 407, and stores the data in the RAM 405. By inputting and outputting.

The network CPU 402 functioning as the external information input means 4a accepts input of organic information output from the organic apparatus 5. Specifically, organic start information, start signal, sales information (deposit information, giveaway information, etc.) output from the main organic control apparatus 600 are input to the network CPU 402 via the I / O port 409. The special signal, the count signal, the drawing decision signal, the expansion signal, and the like output from the sub organic control apparatus 700 are input.

Here, the organic start information is information output from the I / O port 609 included in the main organic control apparatus 600 with the start of the main game, and used for counting the number of times the main game is executed. The initiation start information functions as main game execution information.

The deposit information is information output from the I / O port 609 included in the main organic control apparatus 600 and is information indicating the amount of bills accepted by the organic group 5. Prize withdrawal information is information output from the I / O port 609 with which the main organic control apparatus 600 is equipped, and is information which shows the amount of the banknote which the organic group 5 accepted. The deposit information and the prize withdrawal information are used to count the sales of the organic group 5.

On the other hand, in the information collection terminal device 4 of the present embodiment, a design decision signal for notifying the stop of the fluctuation display of the sub game output from the sub organic control apparatus 700 is used for the sub for counting the number of times the sub game is executed. It is used as game execution information. This is because the design decision signal is output once each time the sub game is executed, so that the number of executions of the sub game can be counted by counting the design decision signal. On the other hand, a start signal for instructing the sub organic control apparatus 700 to execute the sub game may be used as the sub game execution information.

When main game execution information input from the I / O port 409 serving as the external information input means 4a is detected once, the application CPU 403 and the EEPROM 406 functioning as the conversion rate setting means 4c. Based on this set conversion rate, the number of organic media is converted by the application CPU 403 serving as the organic unit converting means 4d (see Figs. 5 and 6).

Here, the organic medium is not actually used in the organic group 5 in this embodiment, but is a virtual organic medium. In the present embodiment, the number of main game executions is converted into an organic medium (for example, organic sphere), which will be described later, for aggregation of organic information. The virtual organic medium is not limited to organic spheres, and may be exchanged for organic medals, oil price data in predetermined units, and other oil values. The organic medium is not limited to the imaginary one, and may be used for the organic group 5 in practice.

Further, in the present embodiment, since the required time of the main game is at least 4 seconds, it is assumed that the organic group has been operated for 4 seconds in one detection (one organic unit) of the main game execution information. That is, if the main game execution information is detected 15 times, it is operated for 1 minute. On the other hand, about 100 organic spheres are fired in 1 minute by the general Japanese pachinko organic group. That is, execution of 15 main games of the organic group 5 of this embodiment is equivalent to 100 organic spheres of the Japanese-style pachinko organic group.

Based on these, the organic unit converting means 4d regards 20 organic spheres as being fired for three detections of the main game execution information, and converts the main game execution information to the number of organic mediums (organic appliances).

The converted organic medium number is counted together with the organic information by the application CPU 403 serving as the organic information collecting means 4e, and the counting result is stored in the RAM 405 serving as the organic information storing means 4f. 7 is output to the organic management apparatus 1 by the network CPU 402 which functions as an external communication terminal 4h.

The network CPU 402 functioning as the external communication terminal 4b can communicate with the organic microcomputer 701 included in the sub organic controller 700 through the communication port 410. Thereby, the information collection terminal apparatus 4 can read the information memorize | stored in the RAM with which the organic microcomputer 701 has.

The correspondence between the information stored in the RAM included in the organic microcomputer 701 and the address is shared between the network CPU 402 and the organic microcomputer 701 in advance. In response to the request of the network CPU 402, the organic microcomputer 701 copies the requested data and outputs the requested data to the information collecting terminal device 4. FIG. In this way, the information stored in the organic microcomputer 701 is collected by the information terminal device 4.

In addition, the application CPU 403 functioning as the illegal monitoring means 4g monitors the misconducting of the organic device 5 by checking the integrity of the organic information collected by the organic information collecting means 4e. For example, the application CPU 403 notifies the start signal for commanding execution of the subgame output from the main organic controller 600 and the end of the change display of the subgame output from the sub organic controller 700. By monitoring the correspondence with the design confirmation signal, the irregularity in the execution of the subgame is monitored.

In addition, the network CPU 402 functioning as the external communication terminal 4b communicates with the organic microcomputer 701 included in the sub organic control apparatus 700 via the communication port 410, and thus the organic microcomputer. An identification number uniquely assigned to 701 can be obtained. As a result, the application CPU 403 functioning as the unauthorized monitoring means 4g can identify the organic group by the identification number of the organic microcomputer 701, so as to replace or modify the organic microcomputer 701. Detect cheating

In addition, the organic microcomputer 701 can also acquire the identification number uniquely assigned to the information collection terminal device 4 and the organic management device 1. In this way, mutual authentication is performed between the organic device 5 and the organic management device such as the information collection terminal device 4 and the organic management device 1. This makes it possible to detect cheating on organic fields.

If the application CPU 403 functioning as the illegal monitoring means 4g detects an irregularity, it is determined that the organic management device 1 is detected by the network CPU 402 functioning as the external communication terminal 4h. Notify.

Thereby, while maintaining the organic process, the damage of an organic field can be prevented or reduced.

On the other hand, in the present embodiment, the information collection terminal apparatus 4 executes the above-described aggregation processing of the organic information and the like, but is not limited to this, and the organic apparatus 5 or the organic management apparatus 1 is executed. You may also

5 is a flowchart of the main game execution information aggregation process executed by the information collecting terminal device 4 of the embodiment of the present invention. This main game execution information aggregation process is executed by the application CPU 403 included in the information collecting terminal device 4.

First, the application CPU 403 determines whether the main game execution information is stored in the RAM 405 functioning as the organic information storage means 4f (S11). If the main game execution information is not stored, the main game execution information aggregation process ends. On the other hand, if the main game execution information is stored, the process proceeds to step S12.

Here, the main game execution information is information stored in the organic information storage means 4f after being input through the external information input means 4a. That is, the main game execution information is outputted from the main organic control apparatus, and it is judged based on the information stored in the organic information storage means 4f whether or not the information collecting terminal apparatus inputs the main game execution information.

In step S12, the application CPU 403 functioning as the conversion rate setting means 4c acquires, from the EEPROM 406, a conversion rate when converting the number of main game executions into the number of organic media. Here, the conversion rate is, for example, three times the execution of the main game, the organic medium (for example, so-called Japanese pachinko organic group (Japanese Patent Laid-Open No. 2000-005399, Japanese Patent Laid-Open No. 2000-033142) To 20 organic spheres).

On the other hand, the conversion rate setting means 4c includes a conversion rate setting table that records a plurality of conversion rates in advance, for example, by storing them in the EEPROM 406, and the like. The conversion rate may be set for each model in accordance with the specification of the organic group of and the obtained conversion rate may be set. The instruction to select the conversion rate can be performed from the organic management apparatus through network communication. In addition, when a new performance organic group is installed, the conversion rate can be instructed by the organic management apparatus and stored in the EEPROM 406.

For example, when the model A which the main game mentioned above with respect to this embodiment executes once per 4 seconds as an upper limit, and the model B which executes the main game once per 6 seconds as an upper limit coexist in an organic field, The conversion rate when converting the number of main game organic counts of type A into organic media is converted from converting three main game organic counts to 20 organic media and converting the main game organic count of type B to organic media The rate may be converted from one organic game to 10 organic media.

As a result, data collected from plural kinds of organic groups operating at different specifications can be converted and aggregated to the same standard, thereby facilitating business analysis and discovery of organic fields in which various organic groups are mixed.

Next, based on the conversion rate obtained in step S12, the main game execution count is converted into organic medium information indicating the number of organic media (S13). Details thereof will be described later with reference to FIG. 6.

Next, after performing the aggregation process by cumulative calculation on the number of organic media converted in step S13, the organic medium for storing the aggregated data as organic medium information in the RAM 405 functioning as the organic information storage means 4e. The aggregation process is executed (S14).

Next, based on the main game execution information, the main game execution count counting process of storing the execution count of the main game in the RAM 405 functioning as the organic information storage means 4e is executed (S15). The aggregation result of step S14 and S15 is demonstrated about FIG. 7 mentioned later.

Thereafter, the main game execution information aggregation process is finished.

In this way, by converting the main game execution information into organic media such as organic spheres used as pachinko organic groups and aggregating organic information, the organic medium management apparatus, software, know-how, etc. used in pachinko organic groups are not used. It can be widely used for organic groups. In addition, organic groups having different organic performances can be evaluated by a common index.

FIG. 6 is a diagram illustrating conversion of main game execution information into organic medium information according to an embodiment of the present invention. One rise in the main game execution information indicates the detection of the main game execution information. One rise in organic medium information represents ten organic media (eg, organic spheres). Meanwhile, the organic medium information is counted in units of 10 organic media. In addition, the conversion rate when converting the main game execution information into the number of organic media indicated by the organic medium information is 10 organic media for three times of the main game execution information.

As described above, when the main game execution information is detected once, the organic group 5 is considered to have operated for 4 seconds. In addition, six seconds of operation is counted as ten organic media.

As shown in the figure, upon detection of the first main game execution information, the organic apparatus 5 is counted as being operated for about 4 seconds.

Similarly, when the second main game execution information is detected, the organic device 5 is counted as being operated for about 8 seconds. Here, since the organic medium information is aggregated in 10 units of organic medium (about 6 seconds in terms of operating time), since the operating time of the organic group 5 has reached about 8 seconds, about 8 seconds of this operating time Six seconds are converted into organic medium information, and the number of organic mediums in the organic medium information is ten.

Subsequently, by detecting the third main game execution information, the operating time of the organic group 5 reached about 12 seconds, so that about 12 seconds of this operating time were converted into organic medium information, and the organic medium of the organic medium information. The number is 20.

Subsequently, by detecting the fourth main game execution information, the organic apparatus 5 is counted as being operated for about 16 seconds.

Subsequently, by detecting the fifth main game execution information, the operating time of the organic group 5 reached about 20 seconds, so that the operating time of about 20 seconds was converted into organic medium information, and the organic medium of the organic medium information. The number is thirty.

In this way, based on the detection of the main game execution information, the number of executions of the main game is converted into organic medium information.

On the other hand, the conversion to organic medium information is not limited to the case of 10 units of organic medium, but may be performed by one unit of organic medium, or may be performed in any unit.

FIG. 7 is a diagram for explaining organic information aggregate data 900 according to the embodiment of the present invention. The organic information aggregate data 900 is a specific example of the organic information database in which the organic information aggregation result is stored, and is stored in the HDD 104. On the other hand, the organic information aggregated data for each organic phase is stored and stored in the RAM 405 of the information collection terminal device in the range of one business unit, and is cleared for each update of the business unit.

The organic information aggregate data 900 includes a pedestal number 901, a deposit 902, a prize withdrawal 903, the number of main game executions 904, the number of organic media 905, the number of sub game executions 906, and a special number of times. 907, grant point 908, and operation time 909 are stored in association with each other.

Pedestal number 1 is a number individually assigned to each organic group. The deposit 902 is a total value of the sum of bills put into the organic group by the organic group during a certain period (for example, one business day). Prize withdrawal 903 is the sum of the values of the prizes that each organic group withdraws to the organics during a period.

The main game execution count 904 is an accumulated value of the number of times the main game has been executed for each organic device during a predetermined period. The number of organic media 905 is a value obtained by converting from the main game execution count 904 of each organic group (FIGS. 4 to 6), and is used for analysis of business results and performance analysis of each organic group.

Specifically, for example, when the main game is executed, the maximum consumption value of 400 yen of oil value per minute divided by the maximum number of executions of 15 times per 1 minute of the main game is 400/15 yen per value of 100 times. Convert it to 25 organic spheres worth JPY, and get 20/3 worth of 1 main game run. Thus, the main game execution count 570 of the pedestal number 2 is converted to 3800 organic media.

The subgame execution count 906 is a value representing the number of executions of the subgame executed by each organic apparatus during a predetermined period. The number of rewards is a value representing the number of hits generated by each organic group during a certain period of time. The grant points 908 are the total value of points awarded to the owners as a result of the drawing of the main game by the organic players during the fixed period. The operating time 909 is a value obtained by dividing the organic medium number 905 by the organic medium consumption per unit time (organic sphere consumption 100 per minute), and represents the actual operating time of the organic group.

The operation time 909 calculated in this way is a value (FIGS. 5 and 6) obtained by converting from the main game execution count 904 of each organic group, and is used for analysis of business results or performance analysis of each organic group. . For example, 3800 organic media with pedestal number 2 are converted to 38 minutes of organic time.

Further, the number of organic media 905 makes it possible to count the amount of points given per predetermined organic media allowance, the number of times of sub-game execution for the predetermined organic media allowance, and the like. In this way, by converting the main game execution count 904 to the organic medium 905, the number of executions of the main game is determined by time (for example, 1 minute = 100 organic spheres) and value (for example, 100 yen =). It can be treated as an index having both ideas with 25 organic spheres).

8 is a front view showing the configuration of the organic group 5 of the embodiment of the present invention.

The organic group 5 is provided with the hinge at the left side, and is provided with the front panel 503 which can be opened and closed freely in the form which opens to one side with this hinge as an axis. A rectangular opening 531 is formed at approximately the center of the front panel 503. The lower part of the opening part 531 is provided with a banknote importer 502 and a premium drawer 504.

On the back side of the front panel 503, a light source unit (not shown) having a shape and an area substantially the same as that of the opening portion 531 is disposed. On the front of the light source unit, a thin image display apparatus 505 for displaying an organic image such as a variation display image and a transmissive plate 506 made of glass or transparent resin for protecting the image display apparatus 505 are disposed. The light source unit includes a backlight (light source) (not shown) for irradiating the image display device 505 from the back side. The image display device 505 is configured by, for example, a 21-inch LCD (liquid crystal display).

On the display screen displayed by this LCD, a plurality of display screens (windows) such as a main screen 551 and a sub screen 571 are provided. The organic device 5 changes (changes display) the pattern (identification information) displayed on each display screen, stops (stops display) the change of the pattern displayed on each display screen, a character who produces a change display game, or the like. Is displayed on each display screen.

The main screen 551 displays the direction of the main game started by the operation of the organic start button 524 by the owner. The main game is a game that gives an opportunity to start a sub game described later. By limiting the number of executions per unit time of the main game, the consumption of oil value can be controlled. In other words, the restriction on the number of executions per unit time of the main game may limit the consumption of oil value per unit time. By this function, excessive commitment to the organics of the organics can be suppressed.

Here, the main screen 551 of the image display device 505 is a shell flying for the target second character 555 and the target second character 555 at the upper right, which are images related to the main game. The first character 553 is displayed. In addition, the sub screen 571 is an image relating to a sub game, and a variation display area 573 (for example, "7", "7", "7", etc.) having three drawings is displayed.

The upper part of the opening part 531 is provided with the decoration part 8 which displays the direction and the information regarding a fluctuation display game. When abnormality arises in the organic group 5, the pilot lamp (not shown) with which the decoration part 508 is equipped turns on, and the effect is displayed. The decorative part 508 is controlled by the main organic control apparatus 600 (refer FIG. 9), and a display content changes.

Elements of the front panel 503 are provided with decorative light emitting devices (not shown) made of lamps, LEDs, and the like. The decorative light emitting device emits light corresponding to the organic state of the organic group 5 at the time of hit state or abnormality occurrence.

The speaker (sound output device) which is not shown in figure is installed above the decoration part 508. FIG. The speaker is controlled by the sub display control device 750 (see Fig. 9), and outputs the sound effect in the hit state to improve the interest of the organic.

The banknote importer 502 includes an inlet 521, an organic start button 524, and a banknote judging device (not shown). The banknote importer 502 is a device that accepts banknotes put by the injector 521.

The inlet 521 accepts banknotes injected by the owner. When the bill acceptor 502 accepts bills, a bill import signal is transmitted to the main organic controller 600 through the I / O port 610.

The initiation start button 524 is a button for instructing the initiation of initiation by the manipulator operating. When the organic start switch 524A detects the operation of the organic start button 524 by the armature, a detection signal is output. The banknote judging device is a device for determining the authenticity and amount of money of a banknote.

The premium drawer 504 is provided with an outlet 541 for taking out a premium to the organic person. Prize dispenser 504 is a device for withdrawing the prize to the organic person in accordance with the result of the organic. When the prize taking machine 504 detects the withdrawal command signal output from the main organic control apparatus 600, the prize taking out machine 504 withdraws a predetermined prize (for example, a gift certificate) stored in the prize hangar from the outlet 541. Prizes are withdrawn when a particular prize (specific oil value) is acquired or when a given prize reaches a predetermined amount.

9 is a control system centering on the main organic control device 600, the LCD control device 650, the sub organic control device 700, and the sub display control device 750 of the organic device 5 of the embodiment of the present invention. It is a block diagram showing the main part of. On the other hand, the LCD controller 650 will be described in detail with reference to FIG. 10.

The control system of the organic apparatus 5 of embodiment of this invention is equipped with the main organic control apparatus 600, the LCD control apparatus 650, the sub organic control apparatus 700, and the sub display control apparatus 750. As shown in FIG.

The main organic control device 600 is a control device which performs overall organic control (control processing of the progress of the organic whole, control processing of the progress of the main game, and control of other control devices and each controlled device), and includes a CPU 611, ROM 612, RAM 613, communication port 614, and I / O port 610. The main organic control apparatus 600 functions as a main organic control means.

The CPU 611 is an arithmetic processing unit that is in charge of organic control of the main game and control of the entire organic group. The ROM 612 is a memory that stores invariant information for controlling the control of the main game and the whole of the organic group. The RAM 613 is a memory used as a work area in a process executed by the CPU while storing a program or control data for executing the control process. The communication port 614 and the I / O port 610 are input / output ports for the main organic control device 600 to transmit and receive signals with other devices.

The CPU 611, the ROM 612, the RAM 613, the communication port 614, and the I / O port 610 are connected by a bus. The bus is composed of an address bus and a data bus used by the CPU 611 for reading and writing data.

The CPU 611 is provided with an arithmetic unit and performs various arithmetic processing for organic control. The ROM 612 stores a program and control data (for example, a decision value for lottery) for executing control processing.

The RAM 613 is a storage area of a random number for lottery generated by the CPU 611, and other various data (for example, the number of credits accepted by the organic group 5 by inputting a bill by the organic person (oil price) Value), a storage area for temporarily storing an image (specific oil value), etc. acquired by the owner, and a work area for temporarily storing data necessary for the operation of the CPU 611.

The I / O port 610 includes a low pass filter or a buffer gate, and functions as an input / output interface for transmitting and receiving signals from the organic start switch 524A, the banknote importer 502, and the prize dispenser 504. In addition, the I / O port 610 transmits and receives various signals such as a start signal (SPIN signal), a count signal, a drawing command signal, and a special signal between the sub organic controller 700 through the relay board 800. Function as an input / output interface.

The communication port 614 is connected to the LCD controller 650. The communication port 614 transmits a main display control command signal relating to the display of the main game from the CPU 611 to the LCD control device 650, and receives a response signal.

In addition, the main organic control apparatus 600 is connected to the organic start switch 524A, the banknote importer 502 and the prize takeout 504 via the I / O port 610. The initiation start switch 524A is a switch for detecting that the initiation start button 524 has been operated.

The main organic control device 600 uses the CPU 611 and the communication port 614 to the LCD control device 650 to designate a main game direction pattern command for specifying the direction of the main game as a main display control command signal, and to wait for a guest. Demo display command for indicating the display of the standby screen in the state, the main game result command for indicating the result type of the main game, the hit command for indicating the display in the hit, and the credit number for indicating the remaining amount of the oil value received. A display command, a phase display command instructing the display of the amount of the given phase, a settlement display command instructing the display of the settlement state, and an error command instructing the display such as the error content in error or the method of returning from the error are transmitted.

The sub organic controller 700 is a controller for controlling a sub game and includes an organic microcomputer 701, an input interface 702, an output interface 703, and an external communication terminal 704. The sub organic control apparatus 700 functions as a seed organic control means. The organic microcomputer 701 is provided with a CPU in charge of controlling the sub-games, a ROM storing invariant information for controlling the sub-games, and a RAM used as a work area during the control of the sub-games. . In addition, the organic microcomputer 701 is a one-chip microcomputer in which a CPU, a ROM, and a RAM are put in one IC package.

The external communication terminal 704 can output the identification number set to the organic microcomputer 701 as one, and the inspection device, the organic management device 1, and the information collection terminal device 4 to this external communication terminal 704. ) Is connected.

The inspection apparatus can detect fraudulent acts such as replacement or modification of the organic microcomputer 701 by the identification number of the organic microcomputer 701. The organic management apparatus 1 can identify the organic group by the identification number of the organic microcomputer 701.

The organic microcomputer 701 receives the start signal and the count signal through the input interface 702 and performs various processes such as hit lottery.

Further, the organic microcomputer 701 transmits the slave display control command signal to the sub display control device 750 via the output interface 703, and generates a display image relating to the sub game to the sub display control device 750. Let's do it.

Upon receiving the start signal, the sub organic controller 700 extracts a random number counter value of the sub game at the timing of receiving the start signal. The extracted random number counter value is stored as an upper limit of a predetermined number (for example, four) in the sub game start memory area of the RAM 613 in the sub organic control apparatus 700. The sub organic controller 700 executes a sub game based on this random number counter value. In addition, the sub organic controller 700 outputs a design confirmation signal, which will be described later, to the main organic controller 600 at the end of the sub game.

In addition, when the result of the sub-game generates a special prize, the sub organic control apparatus 700 transitions the organic state to the special state (hit state) and transmits the result to the main organic control apparatus 600 through the output interface 703. In addition to outputting the special signal, the slave display control command signal for starting the hit direction display of the sub game is output to the sub display control device 750.

In addition, the sub organic control apparatus 700 receives or specifies a special end condition {for example, a predetermined number of count signals (for example, 15 x 9 = 135) transmitted from the main organic control apparatus 600). When any one of the elapses of time is established, the reward state is ended, and the output of the reward signal to the main organic controller 610 is stopped, and the sub-directive controller 750 displays the hit direction display of the sub-game. A slave display control command signal for terminating is output.

Specifically, when the sub organic control apparatus 700 receives the start signal, the image display apparatus 505 starts a sub game (change display game) in which the pattern displayed on the sub screen 571 changes, and the sub game is started. The image related to is displayed.

When the start signal is received at a predetermined timing (specifically, when the subgame random number counter value extracted at the start signal reception timing is correct), the subgame is combined with a predetermined pattern (for example, the sub-screen 571). The game is stopped when the three displayed patterns are equipped, that is, the hit drawing. The result of the sub game is a hit.

The organic microcomputer 701 also transmits a special signal to the main organic control apparatus 600 via the relay substrate 800 and notifies the main organic control apparatus 600 of the hit of the subgame.

When the main organic controller 600 receives the special signal transmitted from the sub organic controller 700, the main organic controller 600 outputs a prize takeout signal to the prize takeout device 504. That is, predetermined prizes are given to the owner by the hit of the sub-game.

The sub organic control apparatus 700 uses the organic microcomputer 701 and the output interface 703 as a sub display control command signal to the sub display control apparatus 750 as the variation pattern command, the pattern command, the pattern stop command, Start memory display commands, demo display commands, hit commands, error commands, and the like are transmitted. In addition, the sub organic control apparatus 700 transmits a command signal for changing the display form in accordance with the difference in the organic state such as a normal organic state, a probabilistic fluctuation state, a shortened change time, and the like.

The communication from the sub organic controller 700 to the sub display controller 750 is a unidirectional connection, and the response from the sub display controller 750 to the sub organic controller 700 is not communicated. This is to exclude an illegal signal input to the sub organic controller 700.

The sub display control device 750 functions as display control means together with the main organic control device 600 and the sub organic control device 700. The sub display controller 750 includes an organic microcomputer 751, an input interface 752, an output interface 753, a graphic display processor (GDP) 756, and an image ROM 757.

The organic microcomputer 751 displays a CPU which is in charge of display control of the subgame, a ROM which stores invariant information (for example, control data of the corresponding image data) for display control of the subgame, and a display of the subgame. RAM provided with the work area at the time of control is provided. The organic microcomputer 751 is a one-chip microcomputer in which a CPU, a ROM, and a RAM are put in one IC package.

The image ROM 757 is a memory that stores image data (design data, background data, video character data, texture data, and the like).

The CPU included in the organic microcomputer 751 is an arithmetic processing unit for display control. The CPU executes a program stored in a ROM included in the organic microcomputer 751, and based on the signal transmitted from the main organic control apparatus 600, the image control information for the variation display game according to the organic state. (Design display information composed of sprite data, polygon data, etc., background screen information, video object screen information, etc.) is calculated. The CPU then instructs the GDP 756 to generate an image signal for display on the image display device 505.

The GDP 756 draws an image (polygon image or normal bitmap image) based on the image data stored in the image ROM 757 and the contents of the image microcomputer 751 calculating image control information. For example, when drawing a polygon image, while drawing a polygon image, a predetermined texture is attached to each polygon and stored in the frame buffer which the GDP 756 has. In the frame buffer, the image data displayed on the image display device 505 is temporarily stored.

The GDP 756 also performs drawing processing such as point drawing, line drawing, triangle drawing, texture mapping, alpha blending, shading processing (glow shading, etc.), and surface erase (Z buffering, etc.). The image signal subjected to such drawing processing is stored in a frame buffer included in the GDP 756.

The GDP 756 transmits the image stored in the frame buffer to the LCD controller 650 through the relay board 300 at a predetermined timing (timing based on the vertical synchronization signal V_SYNC and the horizontal synchronization signal H_SYNC). .

Here, a plurality of frame buffers can be set, and the GDP 756 can be superimposed on an arbitrary image (overlay) and output.

An oscillator (not shown) for supplying a clock signal is connected to the GDP 756. The clock signal generated by the oscillator defines the operating cycle of GDP 756. Further, based on the clock signal output from the oscillator, the vertical synchronizing signal V_SYNC and the horizontal synchronizing signal H_SYNC are generated and output as a timing signal to the LCD controller 650 via the relay board 800.

The output interface 753 outputs a video signal of an image relating to the subgame generated by the sub display control device 750 to the LCD control device 650.

The LED display and the lamp (not shown) provided in the organic apparatus 5 are connected to the sub display control apparatus 750. The sub display controller 750 controls such LEDs and lamps and displays decorations according to the organic state of the sub game.

The sub display control device 750 is also connected with a speaker for outputting the effect sound based on the control signal transmitted from the sub display control device 750.

The LCD control unit 650 functions as a display control unit together with the main organic control unit 600 and the sub display control unit 750, and specifically, the display image generation and the LCD (image display unit) 505 of the main game. Control the display.

Although this LCD control apparatus 650 is demonstrated in detail in FIG. 10, it is connected with the image display apparatus 505. FIG. The image display device 505 functions as a display device.

The LCD controller 650 is connected to the main organic controller 600 and receives a control signal from the main organic controller 600. In addition, the LCD controller 650 is connected to the sub display controller 750 through the relay substrate 800. The connection is a one-way connection from the sub display control device 750 to the LCD control device 650. Therefore, the connection from the sub organic control apparatus 700 to the sub display control apparatus 750 and the LCD control apparatus 650 becomes unidirectional.

The relay substrate 800 relays the transmission and reception of signals between the main organic controller 600 or the LCD controller 650 and the sub organic controller 700 or the sub display controller 750.

Specifically, the relay board 800 includes a variety of information related to the execution of the subgame and the image display in the organic apparatus 5, for example, a start signal for instructing the start of the subgame to be executed, and a presentation of the subgame. For displaying the count signal for proceeding the signal, the special signal for commanding the result of the internal drawing in the sub game, the drawing command signal output based on the start signal from the sub organic controller 700, and the display image of the sub game. Relays signals for transmitting and receiving video signals. On the other hand, the relay substrate 800 may be provided with a photocoupler for removing noise from each signal and shaping the waveform of the signal.

The organic power supply device (not shown) includes a backup power supply unit and a power failure monitoring circuit in addition to the power supply circuit. When the power failure monitoring circuit detects a voltage drop of the power supply device, the power failure monitoring circuit outputs the power failure detection signal and the reset signal to the main organic control device 600, the sub organic control device 700, and the like in order.

The main organic controller 600 or the like performs a predetermined electrostatic process upon receiving the power failure detection signal, and stops the operation of the CPU when the reset signal is received. The backup power supply unit supplies the backup power to the RAM of the main organic control device 600, and the like, and includes the credit number, specific oil value, and organic data (organic state information indicating the organic state such as hit, start signal, special signal, count signal, etc.). Back up the organic control information).

In the present embodiment, the main organic controller 600 and the LCD controller 650 are connected via the communication port 614 and the communication port 664 described later. However, the present invention is not limited thereto, and the communication port 614 is not limited thereto. ) And a communication port 664, may be configured to be directly connected by a bus. In this case, the bus is constituted by an address bus and a data bus used for reading and writing data.

In addition, although the sub display control apparatus 750 was provided separately from the main organic control apparatus 600 and the sub organic control apparatus 700 in this embodiment, the sub display control apparatus 750 is provided in the main organic control apparatus 600. Or the sub organic controller 700 may be integrally formed.

In addition, in this embodiment, although the LCD control apparatus 650 was provided separately from the main organic control apparatus 600 and the sub display control apparatus 750, the LCD control apparatus 650 was provided in the main organic control apparatus 600 or It may be included in the sub display control device 750 and configured integrally.

10 is a block diagram showing the configuration of an LCD controller 650 included in the organic group 5 of the embodiment of the present invention.

As described above, the LCD controller 650 controls the generation of the display image of the main game and the display of the image display device (LCD) 505.

The LCD controller 650 includes a CPU 661, a ROM 662, a RAM 663, a communication port 664, an image input circuit 665, a GDP 666, a VRAM 668, and a video controller 669. It is provided.

The CPU 661, the ROM 662, the RAM 663, the communication port 664, the image input circuit 665, the GDP 666, the VRAM 668, and the video controller 669 are connected by a bus. . The bus is composed of an address bus and a data bus used by the CPU 661, the GDP 666, and the video controller 669 to read and write data.

The communication port 664 is a data input / output unit for performing data communication in accordance with a predetermined communication protocol. The LCD controller 650 is connected to the main organic controller 600 by the communication port 664, and receives a control signal transmitted from the main organic controller 600 through the communication port 664.

In addition, the LCD controller 650 is connected to the sub display controller 750 through the relay substrate 800. The video signal transmitted from the sub display control device 750 is received by the video input circuit 665.

The ROM 662 is a memory that stores data such as image data (for example, design data, background data, moving image character data, texture data) related to a program or a main game, and data for controlling the image data.

The RAM 663 is a memory provided with a work area at the time of operation of the CPU 661. The VRAM 668 is a memory provided with a frame buffer for temporarily storing image data displayed on the image display device 505.

The CPU 661 is an arithmetic processing unit for display control. The CPU 661 executes a program for display control stored in the ROM 662.

That is, the CPU 661 is based on the main display control command signal transmitted from the main organic control apparatus 600, and the image data (e.g., sprite data and polygons) relating to the above-mentioned main game stored in the ROM 662. Image display information, background screen information, video object screen information) composed of data, etc. are calculated according to image control information for the main game, and an image signal displayed on the main screen 551 of the image display device 505 is obtained. Instruct GDP 666 to generate.

In addition, the CPU 661 receives a video signal transmitted from the sub display control device 750, and uses the image of the main game generated by the GDP 666 and the image of the received sub game, and the image of the main game. And the GDP 666 to generate an image signal for synthesizing the images of the subgames and displaying them on the image display device 505.

The GDP 666 performs polygon drawing (or normal bitmap drawing) of an image, for example, based on the contents of the CPU 661 calculating image control information, and applies a predetermined texture to each polygon. And store it in the frame buffer of the VRAM 668.

The GDP 666 also executes drawing processing such as point drawing, line drawing, triangle drawing, texture mapping, alpha blending, shading processing, and surface erase. The image signal subjected to such drawing processing is stored in the frame buffer of the VRAM 668.

The GDP 666 then transmits the image stored in the frame buffer of the VRAM 668 to the image display device 505 at a predetermined timing (timing based on the vertical synchronization signal V_SYNC and the horizontal synchronization signal H_SYNC).

Here, the frame buffer sets a plurality of frame buffers in a predetermined storage area of the VRAM 668, and the GDP 666 superimposes and outputs the image of the main game and the image of the sub game, thereby outputting the image of the main game. And an image signal displayed on the image display device 505 in a state where the image of the sub game is synthesized such that the image of the sub game is displayed on the sub screen 571.

Based on the generated image signal, the main screen 551 on which the image of the main game is displayed and the sub screen 571 on which the image of the sub game is displayed are displayed on the main screen 551, and the image of the sub game is displayed. The image is superimposed on the image display device 505 so that the image is displayed on the sub screen 571 (see Fig. 8).

The oscillator for supplying a clock signal is connected to the GDP 666. The clock signal generated by the oscillator defines the operating cycle of GDP 666. Further, based on the clock signal output from the oscillator, the vertical synchronizing signal V_SYNC and the horizontal synchronizing signal H_SYNC are generated and output to the image display device 505 as a timing signal.

The VRAM 668 is provided with a frame buffer for temporarily storing image data displayed on the image display device 505. The GDP 666 draws an image based on the image control information calculated by the CPU 661 as described above, and stores the image signal in the frame buffer of the VRAM 668.

The video input circuit 665 is a circuit for receiving a video signal relating to a sub game transmitted from the sub game display control apparatus 750. The video signal uses an RGB signal (digital RGB or analog RGB), but other video signals may be used.

When the CPU 661 inserts a video signal of a sub game from the video input circuit 665, as described above, the CPU 661 synthesizes the image of the main game and generates an image signal to be displayed on the image display device 505. 666).

On the basis of the instruction to generate the image signal by the CPU 661, the GDP 666 outputs the image of the main game and the image of the subgame superimposed so that the image of the sub game is displayed on the sub screen 571. . In this way, an image signal displayed on the image display device 505 is generated in such a manner that the image of the main game and the image of the sub game are combined so that the image of the sub game is displayed on the sub screen 571 (sub window).

The video controller 669 converts the image data generated by the GDP 666 into a video signal and transmits it to the image display device 505.

Here, the operation of the organic group 5 will be described.

When the owner puts a banknote into the inlet 521, the banknote judging device provided through the inlet 521 in succession judges the authenticity and amount of this banknote, and this banknote is accepted when the banknote inserted is a normal banknote. When the bill acceptor 502 accepts bills, a bill import signal is transmitted to the main organic controller 600 through the I / O port 610.

When the CPU 611 receives the banknote import signal transmitted from the banknote importer 502, the CPU 611 adds and stores the number of credits corresponding to the amount of bills received in the RAM 613. In addition, the CPU 611 outputs a display control signal for adding the display of the balance of the number of credits displayed on the image display device 505 to the LCD control device 650.

The bills received by the bill importer 502 are stored in a bill storage (not shown). In addition, the current number of credits is displayed at a predetermined position (for example, on the upper left) of the main screen 551. In addition, you may provide the balance display part comprised from a 7-segment LED or a liquid crystal display, and display the present credit number on this balance display part.

On the other hand, the organic group 5 provides organic by accepting banknotes, but is not limited to this, and is a valuable medium such as coins, a predetermined coin or medal that is given a viable value, and prepaid. Induction may be provided on the basis of oil price data having a viable value of induction recorded on the card.

Here, the prepaid card is a card in which oil value data is recorded by using a magnetism, an integrated circuit (IC), or the like. In this case, a card unit for reading and writing information stored in the prepaid card or the like is provided through the inlet 521. The organic group 5 may accept the value of the oil price data as a credit by reading the oil price data or the like stored in the prepaid card by the card unit.

In addition, abandonment may be provided by using an ID card having a predetermined ID number and a server managing oil price data. In this case, the ID number of the ID card possessed by the owner and the oil price data possessed by the owner are associated with each other. Then, the organic group 5 reads the ID number of the ID card inserted into the organic group 5 by the organic unit by the card unit, and subtracts the oil value stored in the server corresponding to the ID number. You can accept the value of oil price data as credits.

By operating the organic start button 524, the owner can perform the abandon by consuming a credit number of a predetermined unit (for example, 100 yen) corresponding to one game. When the number of remaining credits is less than the predetermined unit, the organic person can perform the abandonment.

When the organic start switch 524A detects the operation of the organic start button 524 by the organic person, a detection signal is output. When the CPU 611 receives the detection signal output from the organic start switch 524A through the I / O port 610, the credit stored in the RAM 613 is subtracted from the number corresponding to one game, and the main Run the game. The CPU 611 functions as a main game control means.

In addition, the CPU 611 outputs a display control signal to the LCD controller 650 instructing the subtraction of the display of the balance of the credit number displayed on the image display apparatus 505.

In the main game, as illustrated in FIG. 8, the first character 553, which simulates the shell of the cannon that is displayed on the upper right side of the display screen on the main screen 551, is a second model that imitates the target displayed on the upper left side of the display screen. The figure flying toward the character 555 is shown.

In the present embodiment, a game in which the first character 553 is hit by the second character 555 as a main game or not is determined by the drawing is executed. When the first character 553 hits the second character 555, the sub game is executed on the sub screen 571.

Further, the CPU 611 is any one of game success, point grant, or game failure when the owner operates the start button 524 and the execution of the main game is started, that is, the first character of the shell of the cannon ( 553 extracts a random number for lottery which determines whether or not to hit the second character 555 of the target.

Next, the CPU 611 acquires the extracted random number. Then, the CPU 611 compares the obtained random number with the winning value, and determines whether the random number is a winning value, a point granting value, or none at the time of the main game being a game success. Determine the result. Here, the value of the random number used for the lottery of the main game is mostly composed of the winning value of the main game success, and the value of the point grant and the deviation value may be extracted with a low probability (for example, 1/40 respectively).

On the other hand, instead of generating an internal lottery random number by the processing of software executed by the CPU 611, a random number generator for generating random numbers is installed in the main organic control apparatus 600, and the lottery output from the random number generator is performed. You can use random numbers to determine the outcome of the main game.

In addition, the points given to the owner can be exchanged for prizes by collecting a certain number. In addition, points can be used in the main game like credits.

Based on the result of the extracted random number, the CPU 611 controls the execution of the main game displayed on the main screen 551.

When the result of the main game is a game success, first, the CPU 611 adds one SPIN memory stored in the RAM 613 in accordance with the game success (SPIN winning) of the main game.

Next, the CPU 611 subtracts one of the SPIN memories stored in the RAM 613 at the time of outputting the start signal for commanding the start of the subgame.

Thereafter, the CPU 611 transmits a start signal from the I / O port 610 to the sub organic controlling apparatus 700 via the relay substrate 800 (see step S104 in FIG. 11).

In addition, when the result of the main game is a game success, the main display control command signal for instructing the image to produce the main game for displaying the image corresponding to the game success on the image display device 505 is the LCD controller 650. Is transmitted through the communication port 614.

If the result of the main game is a game failure, a main display control command signal instructing the image to produce the main game for displaying the image corresponding to the game failure on the image display device 505 is transmitted to the LCD controller 650. do.

When the result of the main game is point granting, the main display control command signal for instructing an image for directing the main game for displaying the image corresponding to the point granting on the image display device 505 is provided to the LCD controller 650. It is transmitted and points are awarded to the owner.

The image display device 505 then displays an image corresponding to the result of the drawing of the main game based on the main display control command signal.

When the sub organic control apparatus 700 receives the start signal transmitted from the main organic control apparatus 600, the sub organic control apparatus 700 executes the sub game.

In the sub game, as shown in FIG. 8, the direction of the sub game executed according to the result of the main game is displayed on the sub screen 571. The subgame is a game that determines whether or not to give a prize to the owner.

In the display area provided on the left side and the center right side of the variable display area 573 displayed in the sub screen 571 under the center of the display screen of the image display device 505, for example, "0" to "9". And the display of the 12 kinds of patterns by the letters "A" to "B") are changed, and the fluctuation display game as a sub game is played.

When the determination of the start of the sub-game due to the success of the game of the main game is made at a predetermined timing (in particular, the sub-organic controller 700, which will be described later), gives the main organic control apparatus ( When the drawing result of the sub-game extracted when the start signal outputted from 600 is detected is a correct value, the sub-game is displayed in the variation display area 573 of the predetermined picture (for example, in the sub-screen 571). It stops in the state of three displayed patterns, that is, a hit pattern), and the result of the sub game is a hit state.

On the other hand, when the determination of the start of the sub game is made at a timing other than the predetermined timing (when the result of the lottery result of the sub game extracted when the start signal is detected is out of the value), the result of the sub game is out of the predetermined pattern. Stop in any form other than the combination of.

When the drawing of the sub game is stopped either on the hit or off, the sub organic controller 700 outputs the pattern determination signal to the main organic controller 600.

The sub organic controller 700 outputs the special signal to the main organic controller 600 when the result of the sub game is hit.

In addition, the sub screen 571 includes an image based on the progress of the organic process (for example, a hit display that is a mark indicating that the result of the subgame has been hit, a fanfare display or a subgame that is a display that produces the hit of the subgame). Ending pilot lamp) is displayed to indicate that the play of the hit ends and the transition to the next sub-game is completed.

And when the result of the sub-game hits, the reward is given to the owner.

Specifically, premiums such as gift certificates stored in the premium hangar are automatically withdrawn from the outlet 541 by the premium dispenser 504 that receives the withdrawal command signal from the main organic control apparatus 600.

On the other hand, in the present embodiment, the organic device 5 is configured to automatically withdraw prizes based on the hit of the sub-game, but is not limited to this and the prizes connected to the prize withdrawal button (not shown) and the prize withdrawal button A drawer switch (not shown) is provided in the prize drawer 504, and the waiter detects the detection of the detection signal for detecting the operation of the prize takeout button by the organic person outputted from the prize takeout switch, and the organic person acquires the organically acquired. Depending on the oil value, it may be a configuration that draws out the prizes stored in the prize hangar from the withdrawal port.

In this case, the prize drawer 504 transmits the prize draw signal to the main organic control device 600 through the I / O port 610, and the CPU 611 sends the prize draw signal transmitted from the prize drawer 504. Upon reception, a specific oil value storage area may be provided in the RAM 613 to subtract the specific oil value of the number according to the prizes withdrawn from the specific oil value stored in this specific oil value storage area. In addition, the CPU 611 may output the display control signal to the LCD control apparatus 650 which subtracts the display of the balance of the specific oil value displayed on the image display apparatus 505.

In this case, the current specific oil value may be displayed at a predetermined position (for example, on the upper right side) of the main screen 551. In addition to the image display device 505, a balance display portion composed of a seven-segment LED or a liquid crystal display may be provided, and the present specific oil value may be displayed on the balance display portion.

11 is a flowchart of the main processing executed by the organic group 5 of the embodiment of the present invention. This main process is executed by the CPU 611 included in the main organic control apparatus 600.

When the power supply to the organic apparatus 5 is turned on, the CPU 611 first executes an initialization process for setting initial values in various control parameters (S101).

Thereafter, the CPU 611 receives an operation signal of the organic start button 524 outputted from the organic start switch 524A input through the I / O port 610, or a banknote import signal from the paper money importer 502. Waveform shaping and the like are processed to determine the input information (S102).

Thereafter, the CPU 611 outputs data relating to the control of the organic group to the predetermined output destination via the I / O port 610 (S103).

For example, the CPU 611 outputs half external information for outputting the state of the organic device 5 to the information collecting terminal device 4 connected through the I / O port 610. . Class external information is edited by the main game process (see step S213 in FIG. 12) described later.

The class external information includes information on the progress of the main game, such as whether the abandoner is executed or whether the main game is successful.

Thereafter, the CPU 611 executes a command transmission process of outputting a control signal to be described later to the LCD controller 650 and the sub organic controller 700 (S104).

Thereafter, the CPU 611 executes main game processing (S105). On the other hand, the main game processing will be described later with reference to FIG.

Thereafter, the CPU 611 performs an error monitoring process for monitoring abnormalities such as various switches and sensors (S106).

Subsequently, the CPU 611 performs an oil value import process of adding oil value for carrying out the abandon according to the input of banknotes by the organic person (S107). When a banknote is thrown in by the injector 521 of the banknote importer 502 by the owner, the banknote judging device (not shown) provided in the banknote importer 502 determines the authenticity and the amount of the banknote inserted. If the bill is genuine, the CPU 611 adds the number of credits stored in the RAM 613 according to the amount of the bill.

Subsequently, the CPU 611 receives the special signal output from the sub organic controller 700 based on the hit of the sub game executed by the sub game process (see step 707 in FIG. 13). After determining that the game has been hit, the game is given a specific prize, and thereafter, a prize withdrawal process for withdrawing a predetermined prize (for example, a gift certificate) from the withdrawal port 541 within the range of the given prize is executed (S108).

Thereafter, the CPU 611 repeats the main processing. However, the processes of S101 to S108 are not necessarily all performed for each execution of the main process.

For example, the initialization process S101 is executed only once immediately after the power is turned on.

In addition, although the input process S102 monitors an input signal every time, the output process S103 may be performed at the interval of once occurrence of an assignment. In other words, instead of completing all of one processing in one assignment process, the main processing may be repeatedly executed several times to complete a series of organic control processing.

Fig. 12 is a flowchart of the main game process of the first embodiment of the present invention. This main game process is executed by the CPU 611 included in the main organic controller 600.

First, the CPU 611 determines whether or not the main game is running (S201). If the main game is running, the process proceeds to step S210. On the other hand, if the main game is not running, the process proceeds to step S202.

If it is determined in step S201 that the main game is not running, the CPU 611 detects whether or not the detection signal output from the organic start switch 524A for detecting the operation of the organic start button 524 by the owner is detected. By this, it is determined whether or not the organic start operation by the organic person has been performed (S202).

If it is determined that the organic start operation has been performed, the CPU 611 advances the processing to step S203. On the other hand, when determining that the organic start operation is not performed, the CPU 611 advances the processing to step S212. At this time, the organic group 5 is in a demo display state in which an image indicating that the organic group 5 is waiting in the state capable of accepting the organic start operation is displayed.

Thereafter, the CPU 611 determines whether or not the number of credits stored in the RAM 613 is equal to or larger than a predetermined number corresponding to one game (S203). If it is determined that the balance of credits is equal to or larger than a predetermined unit (for example, 100 yen) required for executing one time of abandonment, the CPU 611 determines the number of credits corresponding to one game from the number of credits stored in the RAM. Is subtracted, and the process advances to step S204. On the other hand, if it is determined that the balance of the credit number is less than the predetermined unit, the CPU 611 advances the processing to step S212.

Thereafter, the CPU 611 updates the timeout timer to determine whether the timeout timer has timed up (S204).

The time limit timer is provided to limit the number of games to be executed within a predetermined time and is set in step S205 described later. If it is determined that the time limit timer has timed up, the CPU 611 advances the processing to step S205. On the other hand, when it is determined that the time limit timer has not timed up, the CPU 611 advances the processing to step S212.

This does not start execution of the main game until the timeout timer has timed up.

For example, when the setting time is set to 4 seconds, there is a gap of 4 seconds or more from execution of the lottery processing of one main game (S206) to execution of the next lottery processing of the main game. As a result, the number of executions of the main game can be limited to 15 or less per minute, for example.

Therefore, an interval of a predetermined time or more is secured from the start of execution of one main game to the start of execution of the next main game, thereby limiting the number of times of main game execution per unit time.

The limit of the number of executions of the main game per unit time by the time limit timer is not limited to immediately before the execution of the main game, but may be performed immediately after the execution of the main game or at other timings.

When the timeout timer has timed up, the CPU 611 sets a timeout timer (S205). Thereafter, a lottery process for extracting the main game random number counter value is performed (S206).

In this lottery process, the CPU 611 extracts the value of the main game random number counter and determines the result of the main game (game success, point grant or game failure) based on the extracted random number value.

When the value of the extracted main game random number counter is a game success value (winning value), the CPU 611 stores the main game winning information in the RAM 613, and based on the main game winning information, the main organic controller The start signal is output from the 600 toward the sub organic controller 200.

When the value of the extracted main game random number counter is a point granting value, the CPU 611 stores point granting information corresponding to a predetermined number of points (specific oil value) in the RAM 613. As a result, a predetermined number of points are added to the RAM 613, and a predetermined number of points are given to the owner.

Here, the main game random number counter is a counter for generating a random number for determining the result of the main game. The organic device 5 is provided with each random number counter, such as a main game random number counter, and each random number counter for imparting randomness to the direction or decoration (a fluctuation display pattern, a still picture, etc.) when the main game is advanced. The CPU 611 always performs a process of incrementing the value of each random number counter by one.

In the following description, some random number processing is included in the processing executed by the CPU 611. For example, a process of extracting a random number is included for the drawing to draw the form of the result of the main game. In addition, a process of extracting a random number may be included in order to give randomness to the presentation or decoration when the main game is advanced based on the result of the lottery.

In this way, the value of the main game random number counter is extracted based on the detection of the signal from the initiation start switch 524A. The value of the main game random number counter is incremented by 1 for a predetermined time period (e.g., 1 millisecond period) within a predetermined range (e.g., between 0 and 249), and then again when the value exceeds 249. The process of returning to (random number update process) is performed.

Here, the value of the main game random number counter is stirred by the timing of random number extraction by the timing of detection of the signal output from the organic start switch 524A, so that the random number value is also stirred.

On the other hand, as another example of the lottery, the counter value latched at the extraction timing from the high-speed counter by hardware or software may be a random number to be extracted. Instead of the high-speed counter, a pseudo random number may be generated by a multiplication joint method or a mixed joint method, and the generated pseudo random number may be a random number to be extracted.

Then, the CPU 611 determines the mode of directing the main game to be executed depending on whether the random value of the main game random number counter value extracted in the lottery processing in step S206 is a winning value, a point granting value, or a deviation value. (S207).

Specifically, the CPU 611 confirms the presence or absence of the main game winning information stored in the RAM 613, and the result of the main game prepared in advance in the ROM 662 of the LCD controller 650 (game success, points). Select a play pattern according to grant or game failure).

Thereafter, the CPU 611 sets the main game time timer (S208). The main game time timer is a timer that checks whether the time required for the production of the main game has elapsed. The main game time timer tells the timing at which the main game is finished.

Thereafter, the CPU 611 sets a main display control command signal for directing and displaying the main game on the image display device 505 (S209).

Specifically, the CPU 611 transmits the edited control signal to the LCD control apparatus 650 corresponding to the direction pattern selected in step S207. Thereafter, the processing proceeds to step S212.

As a result of the determination in step S201, when the main game is being executed, the CPU 611 determines whether the main game time timer has timed up (S210). If the main game time timer has not timed up, the process proceeds to step S212. On the other hand, when the main game time timer has timed up, the CPU 611 executes the upper margin process (S211).

In this upper pass process, the CPU 611 refers to the RAM 613 and gives points to the owner when the point grant information is stored. Thereafter, the processing proceeds to step S212.

In step S212, when the CPU 611 refers to the RAM 613 and the main game winning information is stored, the CPU 611 executes the start signal output editing process of editing the start signal and setting it in the RAM 613. (S212), a process advances to step S213.

In step S213, the CPU 611 executes a process of editing external information related to the main game, including information such as whether the abandoner is executed or whether the main game is successful. After that, the main game processing ends.

13 is a flowchart of a subgame control process executed by the organic apparatus 5 of the embodiment of the present invention. This sub game control process is executed by the organic microcomputer 701 included in the sub organic control apparatus 700.

After the power is supplied to the organic apparatus 5, this sub-game control process is repeatedly executed at a predetermined time period (for example, every 1 millisecond). Such processes in S701 to S707 are not necessarily all performed at each execution of the sub-game control process.

For example, the input process S701 monitors the input signal every time, but the output process S702 may be executed at one interval of execution of the sub-game control process. That is, instead of completing all of the normal processes in one execution of the subgame control process, the subgame control process may be repeatedly executed several times, thereby completing a series of processes.

First, the organic microcomputer 701 processes waveform shaping and the like on a start signal and a count signal output from the main organic control apparatus 600 input through the input interface 702 to determine input information (S701). ).

Thereafter, the organic microcomputer 701 outputs data relating to organic control such as a special signal and the like to a predetermined output destination (main organic controller 600, management computer, etc.) via the output interface 703. (S702).

For example, the organic microcomputer 701 outputs half external information for outputting the state of the organic apparatus 5 to the management computer connected via the external communication terminal 704. Class external information is edited in the sub game process (see S707) described later.

Thereafter, the organic microcomputer 701 performs a command transmission process of outputting a control signal to be described later to the sub display control device 750 (S703).

Thereafter, the organic microcomputer 701 displays each random number counter, such as a sub-game random number counter for determining whether or not the sub-game (variable display game) is correct, or directs or decorates when the sub-game is advanced (variable display pattern or A random number update process is performed to increment the value of each random number counter by one to impart randomness to the still picture or the like (S704).

Thereafter, the organic microcomputer 701 relates to the execution of the subgame, and performs an error monitoring process for monitoring whether there is no misconduct or whether the subgame is normally executed (S705).

Thereafter, the organic microcomputer 701 detects the presence or absence of an input such as a start signal or a count signal output from the main organic controller 600, and updates the count number of the sub-game start memory according to the result. Input determination processing is executed (S706).

When a start signal is detected in the input determination process, when no maximum number of sub-game start memories are stored (for example, four), the organic microcomputer 701 uses the sub-game based on the start signal. With reference to the random number counter value, a new one is added and stored as a sub game start memory as the sub game start memory, and is updated by adding 1 to the current sub game start memory.

On the other hand, when the subgame start memory is stored up to the maximum number, the organic microcomputer 701 does not store the subgame random number counter value based on the start signal and does not update the subgame start memory.

Here, the sub game random number counter is a counter for generating a random number for determining the result of the sub game. The special value random number counter is a counter for generating a random number for determining the value of the prize given by the hit of the sub game (for example, the amount of the gift certificate given as a prize based on the hit). The organic microcomputer 701 provides randomness to each random number counter, such as a sub-game random number counter and a special value random number counter, and a presentation or decoration (such as a variation display pattern or a still picture) when the sub game is played. Each random number counter is provided. The organic microcomputer 701 always performs a process of increasing the value of each random number counter one by one.

Referring to the lottery for the determination of the sub game, some random number processing is included in the processing executed by the organic microcomputer 701. For example, a process of extracting a random number is included for the drawing to derive the form of the result of the subgame. Also, a process of extracting a random number may be included in order to give randomness to the rendering or decoration when the sub-game is played based on the result of the lottery.

An example of such a lottery process is a process of increasing the value of the counter by one for a predetermined time period (for example, one millisecond period) between 0 and 249, and returning it back to zero when the value exceeds 249. have.

This counter value is extracted at the time determined by the organic microcomputer 701 when the start signal output by the main organic control apparatus 600 mentioned above is detected.

The value of the subgame random number counter is incremented by 1 for a predetermined time period (for example, 1 millisecond period) in a predetermined range (for example, between 0 and 249), like the value of the main game random number counter. When the value exceeds 249, the process returns to zero again (random number update process).

However, even if it is a random number, it depends on the randomness of the random number extraction timing. If the above-mentioned process is repeated, the random number value extracted in a 250 millisecond period will be the same value, and the random number will fall. As a result of the drawing of this subgame, more processing is required in order to determine the result of the subgame which gives a prize. Therefore, update of the counter value of the sub-game random number counter is provided separately. The first random number updating process is executed using the first random number counter, and based on the random number value extracted from the first random number counter, the randomness is further increased by stirring the counter value of the second random number updating process using the sub-game random number counter. Is giving.

The update of the counter value of the sub-game random number counter of the second random number updating process in the above-described example is not started from 0 each time, but the value obtained by the first random number updating process is updated as the initial value of the counter value of the second random number updating process. At the time when the counter of the second random number updating process completes the update by one rotation, the new value obtained by the first random number updating process is set as the initial value of the counter of the next second random number updating process.

In this way, the initial value at the time of counter value variation of the second random number updating process is updated in sequence. On the other hand, since the period of the random number update in the first random number update process is different from the period of the random number update in the second random number update process, the randomness of the above-described counter can be increased.

As another example of the lottery, the counter value latched at the extraction timing from the high-speed counter by hardware or software may be a random number to be extracted. Instead of the high-speed counter, a pseudo random number may be generated and used by a multiplication conjugation method, a mixed conjugation method, or the like.

When the count signal is detected in the input determination process, the organic microcomputer 701 adds 1 to the count memory number which is the cumulative value of the detected number of count signals in the current hit state, based on the count signal. Add and update.

Thereafter, the sub game process (S707) for controlling the progress of the sub game is executed.

In the sub game process, as described above, when the execution result of the main game is game success, the organic microcomputer 701 stores the sub game start memory based on the detection of the start signal transmitted from the main organic controller 600. The sub-game random number counter value (random number relating to the result of the sub-game stored in step S707 extracted) is determined as correct, and the process of changing the display of the pattern displayed on the LCD 505 is performed.

If the sub-game random number counter value stored in the sub-game start memory is a winning value, the figure that is changed and displayed (varied display) in the sub-game stops in the hit diagram and becomes a hit state for the sub-game. In addition, when a hit state is reached, a special signal is transmitted to the main organic control apparatus 600, and a predetermined prize is given to an organic person. After that, the sub game control process is terminated and the process returns to the main process.

On the other hand, after the start signal is removed by chattering in the input process (S701), the level of the input signal is determined, the level change of the input signal is monitored, and when the rising edge is detected, the detection information of the rising edge is the level information of the input signal. Is remembered with. Therefore, the delay time becomes a time lug, and the rising edge is stored in the input processing S701.

In the input determination process (S706), the presence or absence of the storage of the rising edge of the start signal is determined. If there is the storage of the rising edge, the start-up processing is executed at the corresponding timing, and the memory of the rising edge is erased. Therefore, the subgame random number counter value is extracted and stored in the timing reflecting the time lug based on the delay time.

On the other hand, the conversion rate receives specification information (model information, game execution interval, etc.) from the main organic control device connected to the information collection terminal device, and inquires the information to the organic management device to instruct the conversion rate. It may be a configuration received from the device. In this way, it is possible to prevent the person concerned in the organic field from making a wrong setting instruction for the conversion rate.

As described above, according to one embodiment of the present invention, an organic unit converting means and organic unit converting means for converting the start signal representing the execution unit of the main game into a predetermined organic unit by the information collecting terminal device 4. Since organic information counting means for aggregating organic information based on the organic unit converted by is provided, the sales management of the entire organic field and the organic performance management of the organic group 5 can be managed in association. As a result, it is convenient for business adjustment, and it becomes easy to detect irregularities and the like.

In addition, by converting the accumulated value of the detected number of the start signal, which is an execution unit of the main game, whose value is determined by the change in organic performance, to organic units, it is possible to evaluate organic groups having different performances using a uniform criterion. As a result, it is convenient for business adjustment and it is easy to find irregularities and the like.

Further, by enabling the setting of the conversion rate (conversion ratio) when converting the accumulated value of the detected number of start signals into organic units, for example, an appropriate conversion rate can be set for each type of organic group. The criteria can be used to evaluate organic groups of different performance. As a result, it is more convenient for business adjustment, and it can make it easier to discover irregularities and the like.

Embodiment disclosed this time is an illustration and restrictive at no points. The scope of the present invention is shown not by the description of the above-mentioned invention but by the scope of the claims, and is intended to include all modifications in the meaning and the contents equivalent to the scope of the claims.

According to an aspect of the present invention, an information collection terminal apparatus includes an organic unit converting means for converting an execution unit of a main game into a predetermined organic unit, and organic information for collecting organic information based on organic units converted by the organic unit converting means. Since the information aggregation means is provided, the sales management and the organic performance management can be managed in association. As a result, it is convenient for business adjustment, and it becomes easy to detect irregularities and the like.

Claims (4)

An organic apparatus comprising: an information collecting terminal device 4 for collecting information on organic matter from the organic device 5; and an organic management device 1 for managing the information collecting terminal device 4; The organic group 5 is an organic group that accepts oil value that is a viable value of organic, performs organic consumption while consuming the accepted oil value, and gives an image based on the organic result. A main organic control device 600 for controlling a main game for limiting the progress of the abandonment and the number of times of game execution per unit time; A sub organic control apparatus 700 for controlling the execution of a species game that limits the probability of occurrence of a special organic state based on the execution of the main game, based on the result of the main game controlled by the main organic controller 600; )Wow, External information output means (615, 705) for outputting the organic information to the outside based on the progress of the organic, The information collecting terminal device 4 is External information input means 4a to which organic information outputted by the external information output means 615 and 705 is input, and Organic unit converting means (4d) for converting the information displayed in the execution amount of the main game from the organic information by the predetermined execution unit into the information displayed by the predetermined organic unit in a relation convertible with the oil value; And an organic information counting means (4e) for counting organic information based on the information converted by said organic unit converting means (4d). The method of claim 1, The organic unit converting means 4d is the main game by information of the main game execution unit consumption amount divided by the maximum consumption amount of the oil value per unit time based on the execution of the main game by the maximum number of executions of the main game per unit time. An organic apparatus, characterized in that for converting the displayed information of the execution amount of the. The method of claim 2, And the organic unit converting means (4d) is provided with conversion rate setting means (4c) for setting a conversion rate when converting into information as much as the main game execution unit consumption amount. The method of claim 2 or 3, And the information as much as the main game execution unit consumption amount is represented by the oil value and the number of convertible virtual organic media.

Images