KR100573711B1 - Organic group system - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an organic group system using organic groups such as a pachinko group or a slot machine. The present invention synthesizes an image captured by an organic person and a display image displayed on a display device and prints the same, thereby providing a service as a memorable form of the owner It is an object of the present invention to provide an organic group system that can be used. In order to achieve the object, the organic group system of the present invention is an organic group system of an organic group having a display device that performs display of fluctuation of patterns. And photographing means for photographing the ruler, synthesizing means for synthesizing the imaging data photographed with the photographing means and the display data displayed on the display device, and printing means for printing the image data synthesized by the synthesizing means. It is characterized by.

Description

Organic machine system {A game machine system}

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view of a pachinkogi and a card reading unit constituting an organic group system according to a first embodiment of the present invention.

Fig. 2 is a block diagram showing an electrical configuration of a substrate for controlling a pachinkogi, a display substrate, and a printing substrate of a card reading unit constituting an organic group system.

3 shows an example of a print sample.

4 is a flowchart of winning winning display processing performed on a display substrate.

5 is a flowchart of a print process performed on a printing substrate.

Fig. 6 is a block diagram showing the structure of the organic group system in the second embodiment.

Fig. 7 is a block diagram showing an electrical configuration of a control substrate, a display substrate, and a central management device for the pachinkogi constituting the organic group system according to the second embodiment.

8 is a diagram showing an example of a printed sample in the second embodiment.

Fig. 9 is a flowchart of winning winning display processing performed on the display substrate in the second embodiment.

Fig. 10 is a flowchart of print processing executed in the centralized management device in the second embodiment.

* Explanation of symbols for main parts of the drawings

1, 101: Pachinkogi (Organic) 10: Liquid Crystal Display (LCD)

60: camera 67, 105: printer

70, 120: print result (sample) 71, 121: captured image

72, 122: winning pattern 73, 123: number of rounds

74, 124: number of counts 80, 100: organic group system

102: surveillance camera 103: monitor

125: Code 126: Date

C: substrate for control D: substrate for display

P: Printing board S: Centralized management device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an organic group system using organic groups such as pachinko groups or slot machines, and more particularly, to an organic group system capable of providing a service in a form that remains in the memories of an organic person.

In recent years, in the organic field which handles organic groups, such as a pachinkogi or a slot machine, various services are performed with respect to an organic person in order to improve a grasp ability. Japanese Unexamined Patent Application Publication No. 9-168647 discloses, as a kind of such service, the display image of the pachinkogi is displayed on the display device by combining the captured image of the organist with a display image such as a pattern or a background image, thereby making the display image fresh or At the same time, it was interesting to express the sense of unity with the abandoner.

However, the service on the display is temporary and at least disappears with the end of abandonment. That is, there is a problem in that it is not possible to provide a service in a form that remains in the memories of the owner.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and an organic-based system capable of providing a service as a form of memorable memories of an organic person by synthesizing the printed image and the display image displayed on the display device by the organic person It aims to provide.

In order to achieve the above object, the organic group system according to claim 1 of the claims has a display device which performs display of fluctuation of the pattern, which includes photographing means for photographing an organic person, photographing data photographed with the photographing means, And synthesizing means for synthesizing the display data displayed on the display device, and printing means for printing the image data synthesized by the synthesizing means.

According to the organic-based system of the present invention, the image pickup data of the organist photographed by the photographing means is synthesized by the display data displayed on the display device and the combining means, and the synthesized image data is printed by the printing means.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. 1 is a front view of the pachinkogi 1 and the card reading unit 23 constituting the organic group system 80 in the first embodiment of the present invention. This pachinkogi 1 is what is called a 1st class pachinkogi, and the front frame 2 is provided in the front surface (front side with respect to the ground of FIG. 1). The front frame 2 is formed in a substantially rectangular frame shape, and a small camera 60 for photographing the organics of the pachinkogi 1 is installed at the upper center portion thereof. In addition, an approximately rectangular opening 2a is provided at an approximately center portion of the front frame 2, and a metal frame 3 is provided at an inner circumference of the opening 2a. On the upper side of the inner side of the metal frame 3, a glass door frame 4 capable of mounting two glass plates 4a and 4b, respectively, is provided to be opened and closed, and the rear side of the glass door frame 4 (Fig. 1). The organic panel 5 is disposed at the rear side with respect to the ground. In addition, the glass plate 4a is attached to the front part of the glass door frame 4, and the glass plate 4b is attached to the back part of the glass plate 4a. That is, the glass plate 4b is attached between the glass plate 4a and the organic panel 5.

A substantially circular outer rail 6 is provided on the front surface of the organic panel 5, and an arc inner inner rail 7 is provided at an inner position of the outer rail 6. On the front surface of the organic panel 5 surrounded by the inner rail 7 and the outer rail 6, an organic region 8 in which organic balls (balls) are battered is formed, and around the organic region 8 Many organic granules 9 are provided in which six organic spheres are discharged as granular spheres. A variable display device 11 having a liquid crystal display (LCD) 10 for displaying a pattern or the like as various types of identification information in a substantially central portion of the organic region 8 provided with the plurality of ordinary standing mouths 9. Is installed.

A center frame 11a serving as a decorative member of the variable display device 11 is provided around the front side of the liquid crystal display device 10 of the variable display device 11, and the liquid crystal display is formed by the center frame 11a. The perimeter of the device 10 is decorated. The seven segment LED 11b which is a kind of display apparatus is provided in the upper center of the center frame 11a, and the number of organic spheres which passed the pattern operation gate 12 by this seven segment LED 11b (of a holding sphere) Number) is displayed.

Below the variable display device 11, a pattern operation gate (first type starter) 12 is provided. As the organic sphere passes through the pattern operation gate 12, the first type start switch (not shown) is turned on, and the variation display of the variable display device 11 is started, and six organic spheres It is discharged as a granule. In addition, a variable granular apparatus 13 is provided below the pattern operation gate 12. The variable granular apparatus 13 has a main body frame 13a formed so as to be attached to and fixed to the organic panel 5, and has a wide quadrangle at which two or more organic spheres can pass at the same time in its approximately central portion. An opening 13b of a large mouth opening, which is an opening, is drilled.

The opening 13b of the entrance mouth constitutes a part of the entrance mouth, and when the display result after the variation of the variable display device 11 matches one of a combination of predetermined patterns (winning display), the organic sphere Until a predetermined time (for example, for 30 seconds) has elapsed so that it is easy to win a prize, or until a predetermined number (for example, 10) of organic spheres are prized in the opening 13b of the large mouth mouth. To be open. The state in which the opening and closing operation of the opening 13b of the entrance mouth can be executed is a state in which a so-called predetermined organic value is imparted (special organic state).

The opening / closing shutter 13c is provided in the opening 13b of the entrance mouth. The opening-closing shutter 13c is suitably formed in the shape of the opening 13b of the entrance mouth, and opens and closes the opening 13b of the entrance mouth. Moreover, as the front surface of the main body frame 13a, the card member 13d is provided in front of the opening-closing shutter 13c. The entrance mouth is composed of an opening 13b of the entrance mouth, an open / close shutter 13c, and a card member 13d.

At the bottom of the organic region 8 described above as the lower side of the variable granular apparatus 13, a discharge port 14 for discharging the organic spheres not granulated in any of the granular openings out of the organic region 8. ) Is formed. Under the glass door frame 4 provided in front of the organic region 8 in which the discharge port 14 is formed, a front door plate (fixing plate) 15 fixed to the metal frame 3 to be opened and closed is installed. have. On the front face of the front door plate 15, an upper plate 16 for storing organic spheres and supplying organic spheres to an organic sphere firing apparatus (not shown) is provided, and as a lower side of the upper plate 16, the front frame In the lower portion of (2), a lower plate 17 for storing organic spheres that could not be stored in the upper plate 16 is provided. In addition, in the right part of the lower plate 17, the operation handle 18 operated by the organic person is provided in order to strike the organic sphere into the organic region 8, and the organic sphere is provided inside the operation handle 18. A handle switch 18a, which is a switch for rotating a launch motor (not shown) of the launch device, is incorporated.

In the upper center of the front door plate 15 above the upper plate 16 described above, three 7-segment LEDs are provided to display the remaining amount of the card read by the card reading unit 23 described later. The balance indicator 19 comprised by this is provided. On the right side of the balance indicator 19, a return button 20 which is pressed when the card inserted in the card insertion opening 24 of the card reading unit 23 to be described later is installed, while the balance indicator 19 On the left side, there is provided a loan button 21 which is pressed at the start of the discharge (loan) of the loan opening. Further, a loan button lamp 22 for informing whether or not the loan button 21 can be pressed is provided at the upper left of the loan button 21. This loan button lamp 22 is turned on when the loan button 21 can be pressed, while it is turned off when the loan button 21 cannot be pressed. Therefore, the owner can visually check the loan button lamp 22 to determine whether the loan button 21 can be pressed. In addition, three buttons, a print button 31, a photographing button 32, and an erase button 33, are provided on the right side of the balance indicator 19 and the return button 20 in order from left to right. The detailed description of these buttons 31-33 is mentioned later, referring FIG.

On the left side of the pachinkogi 1 configured as described above, a rectangular card reading unit 23 is arranged in parallel from the front. The card reading unit 23 is for reading data of the balance amount recorded on the card, and a card insertion opening for inserting a card having an oil value equivalent to money in an approximately center portion in the vertical direction thereof. 24 is provided longitudinally. Below the card insertion port 24, a printing paper discharge port 34 is provided longitudinally in the same manner as the card insertion port 24. The printing paper discharge port 34 is a discharge port for discharging the printing paper printed by the printer 67 (see Fig. 2) installed in the card reading unit 23. By forming the printing paper discharge port 34 lengthwise in the same manner as the shape of the card reading unit 23, the width of the card reading unit 23 can be made small and its installation space can be kept small.

In addition, the printer 67 mentioned later is provided in the card reading unit 23, and one is provided with the two pachinkogi 1 provided in the both sides of this card reading unit 23. As shown in FIG. Therefore, compared with the case where the printer 67 is provided for each pachinkogi 1, the manufacturing cost of the organic-based system 80 can be reduced.

As the upper side of the card insertion opening 24, the card usable lamp 25 comprised of LED is provided in the upper part of the card reading unit 23. As shown in FIG. This card-enabled lamp 25 is turned on, for example, when a card can be inserted into the card insertion opening 24, while it is turned off when a card cannot be inserted into the card insertion opening 24. FIG. Thus, the owner can visually check the card-enabled lamp 25 to determine whether the card reading unit 23 can be used.

In the upper position of the card reading unit 23 as an intermediate portion between the card insertion opening 24 and the card availability lamp 25, an amount of money setting button 26 for setting a loan amount based on the data of the balance amount recorded on the card. ), The loan amount can be set to 100 yen, 200 yen, 300 yen, or 500 yen by pressing the amount of money setting button 26. Below the amount of money setting button 26, a singular display button 27 is provided. When the remaining amount of money recorded on the card is less than the minimum amount (for example, 100 yen) of the loan amount, the number of pieces display button 27 is pressed when displaying the number of pieces in the balance display unit 19.

Further, below the singular display button 27, a pair of upper and lower connecting rod direction indication lamps 28 formed in a substantially triangular shape are provided. The pair of connecting table direction indicating lamps 28 are for indicating the installation (parallel) direction of the pachinkogi 1 to which the card reading unit 23 is connected, and one LED is built into each of them. Thus, for example, when the card reading unit 23 is connected to the pachinkogi 1 provided on the right side, the LED of the lower side is turned on, and the pachinkogi with the card reading unit 23 arranged on the left side (not shown) ), The upper LED is turned on. The lamp 29 is inserted into the lower part of the connecting rod direction indicator lamp 28, and the lamp 29 is inserted when the card is inserted into the card insertion hole 24. On the other hand, the card is turned off when the card is not inserted into the card insertion opening 24. In addition, the card available lamp 25 and the connecting rod direction indicator lamp 28 are turned on at the same time as the power supply of the card reading unit 23 is turned on.

2 is an electrical configuration of a control board C and a display board D installed in the pachinkogi 1 constituting the organic group system 80, and a printing board P installed in the card reading unit 23. A block diagram is shown.

The control board C of the pachinkogi 1 includes an MPU 41 which is an arithmetic unit, a ROM 42 storing various control programs or fixed value data executed by the MPU 41, and various data. RAM 43, which is a memory for temporarily storing the back and the like, is provided. These MPU 41, ROM 42, and RAM 43 are connected to each other via a bus line 44. The bus line 44 is also connected to the input / output port 45. The input / output port 45 is connected to the display substrate D or another input / output device 46. The control board C controls each of these devices by sending an operation command to the display board D or another input / output device 46 through the input / output port 45. The change display of the liquid crystal display device 10 or the opening / closing operation of the opening 13a of the entrance mouth is also controlled based on this operation command.

The display board D of the pachinkogi 1 includes an MPU 51, a program ROM 52, a work RAM 53, a video RAM 55, a character ROM 56, and RAM for imaging data ( 57, an image controller 58, and an input / output port 59, and a liquid crystal display device 10 and a camera 60 are connected to the input / output port 59.

The MPU 51, the program ROM 52, and the work RAM 53 are connected to each other via the bus line 54. The MPU 51 performs display control (change display) of the liquid crystal display device 10 in accordance with an operation command output from the control board C. The program ROM 52 is executed by the MPU 51. Various programs are stored. The work RAM 53 is a memory in which various work data used when the program is executed by the MPU 51 are temporarily stored.

The video RAM 55 is a memory for storing data displayed on the liquid crystal display device 10. The video RAM 55 displays the variation or display content of the liquid crystal display device 10 by rewriting the contents of the video RAM 55. The change is executed. The character ROM 56 is a memory for storing character data such as a pattern or a background image displayed on the liquid crystal display device 10, and the RAM 57 for image data stores image data of an organist photographed by the camera 60. It is memory to remember. The data stored in the character ROM 56 and the RAM 57 for imaging data is synthesized by the MPU 51, recorded in the video RAM 55, and displayed on the liquid crystal display device 10. The image controller 58 adjusts the timings of the MPU 51, the video RAM 55, and the input / output port 59 to intervene to read and write data and to display the display data stored in the video RAM 55. It is for displaying on the liquid crystal display device 10 at a predetermined timing, or for transmitting it to the printing substrate P. FIG.

The camera 60 is for photographing the moderator at the start of the winning prize display, i.e., immediately after the change display of the pattern stops at the winning prize pattern for determining the winning prize. After finding out about the winning, Yu-gi is making the best look. Therefore, the winner who displays the best expression is photographed, and the winning image is displayed by displaying the captured image as a background image on the liquid crystal display device 10 together with the winning pattern. Specifically, the image pickup data of the organist photographed by the camera 60 is stored in the image data RAM 57 through the input / output port 59 and the image controller 58 and then stored in the character ROM 56. It is synthesized with image data such as a winning pattern and recorded in the video RAM 55 and displayed on the liquid crystal display device 10.

In addition, as described above, since the camera 60 is provided in the upper center portion of the front frame 2 of the pachinko corgi 1, it is possible to accurately photograph the organics that observe the variation display of the liquid crystal display device 10. have. In general, the image data has a large amount of data and a long time is required for transmission and reception of the image data. However, since the camera 60 is directly connected to the display substrate D, such image data is used as a liquid crystal display device. In order to display on (10), transmission and reception of the captured image data need not be performed between other circuit boards. Therefore, the image pickup data of the organizer can be displayed on the liquid crystal display device 10 without burdening another circuit board.

The printing substrate P accommodated in the card reading unit 23 is an MPU 61 for performing print control, a ROM 62 storing various programs executed by the MPU 61, and a rewritable volatile memory. The RAM 63 is provided. The RAM 63 is provided with a work memory 63a and an image data memory 63b. The work memory 63a is a memory for temporarily storing various data and the like when the program is executed by the MPU 61, and the image data memory 63b is a substrate P for printing from the display substrate D. FIG. It is a memory for storing image data transmitted to. The image data stored in the image data memory 63b is converted into printable data and then printed by the printer 67.

These MPU 61, ROM 62, and RAM 63 are connected to each other via a bus line 64. The bus line 64 is also connected to the input / output port 65. In addition to being connected to the display board D, the input / output port 65 is a print button 31, which is three buttons provided on the front door plate 15 of the printer 67 and the pachinkogi 1. The button 32 and the erase button 33 are connected.

The print button 31 is a button for instructing the printing of the composite image of the captured image of the organist displayed on the liquid crystal display device 10 and the displayed image of the winning pattern when the winning prize is displayed. When the print button 31 is pressed, the image data displayed on the liquid crystal display device 10 by being stored in the video RAM 55 is transmitted from the display board D to the printing board P. FIG. In the printing substrate P, when such image data is received, the image data is once stored in the image data memory 63b, converted into printable data, and then printed by the printer 67. The printed paper is discharged from the printing paper discharge port 34 of the card reading unit 23 and provided to the organic person.

The shooting button 32 is a button for instructing the owner to re-shoot his / her own image when the captured image of the organic person photographed at the start of the winning prize display is undesirable for the organic person himself. to be. When the photographing button 32 is pressed, the push command is transmitted from the printing substrate P to the display substrate D, the camera 60 is re-driven by the display substrate D, and re-shooting of the owner Is executed. The re-photographed picked-up data is stored in the pick-up data RAM 57, then synthesized with a winning pattern, etc., recorded in the video RAM 55, and displayed on the liquid crystal display device 10 again. By the shooting button 32, the owner can pose on the shooting.

The erase button 33 is a button which is pressed to instruct erasure of such an image when the owner does not enjoy displaying his own captured image on the liquid crystal display device 10. When the erase button 33 is pressed, the push command is transmitted from the printing substrate P to the display substrate D and stored by the display substrate D in the image pickup data RAM 57. Imaging data is erased. In addition, by rewriting the contents of the video RAM 55, the captured image of the organist displayed on the liquid crystal display device 10 is erased.

In addition, when the erase button 33 is pressed once, the press of the erase button 33 is memorized while the organizer who presses the button keeps abandoning. It may be configured not to display on the liquid crystal display device 10. In this way, it is possible to eliminate the hassle of causing the person who does not enjoy displaying his own picked-up image to press the erase button 33 every time a winning is generated.

Since these print buttons 31, photographing buttons 32, and erasing buttons 33 are all provided on the front door plate 15 of the pachinko corgi (1), the organic person easily keeps each button (31). 33) can be pressed.

Fig. 3 is a display example of the winning winning display displayed on the liquid crystal display device 10 at the time of winning, and as a result of the pressing of the print button 31 during the displaying, the displaying example is printed by the printer 67. Is an example of the printing result output from the printing paper discharge port 34 of the card reading unit 23 (hereinafter referred to as "sample 70"). As shown in Fig. 3, in the sample 70, each display such as the winning pattern 72, the number of rounds 73 and the number of counts 74 is synthesized by setting the captured image 71 of the organic image as a background image. Is indicated. In this way, the combined image of the owner and the captured image is displayed after being synthesized and printed, and the service is provided to the owner as a memorable form.

In addition, the picked-up image of the organist may be used not only as a background image but also as another image. For example, the picked-up image of the barrier may be a winning pattern, or the display such as the number of rounds or the number of counts may be performed using the picked-up image of the barrier. In addition, the shooting timing of the host may be a timing other than when the winning winning display is started, that is, a timing other than immediately after the stop displaying at the winning winning pattern in which the variation display of the pattern determines the winning. For example, at the time of initiation of organics or the generation of rich, furthermore, the progress of winning a prize may be taken as the shooting timing of the owner. In addition, the printing can also be printed on printing paper that can be used as a seal. It is also possible to print the same image on two sheets of printing paper (or seal paper) by two or more coma, for example, 6 coma or 12 coma.

Next, each process performed in the organic-based system 80 comprised as mentioned above is demonstrated with reference to the flowchart of FIG. 4 and FIG. 4 is a flowchart of the winning and winning display processing performed on the display substrate D of the pachinko corgi 1. In addition, the winning winning display process is one of many processes performed on the display substrate D. FIG.

In the winning display process, first, it is determined whether the winning is being won (S1), and when not winning (S1: No), it is again determined whether the winning is being displayed (S2). If not winning (S1: No) and not winning display (S2: No), the winning display process ends.

On the other hand, in the case of the start of the winning prize display (S2: YES), since this step is immediately after the winning prize pattern is displayed, the owner has the best expression. Therefore, the organic person who makes such a good expression photographs by operating the camera 60 (S3). The captured image data of the picked-up organist is recorded in the image data RAM 57 (S4), the image data is read from the image data RAM 57, and this is set as the background image 71, and the character ROM 56 Each image data such as the winning prize pattern 72, the number 73 of rounds, and the number 74 of counts is read and synthesized, and the synthesized image data is recorded in the video RAM 55 (S5). The image data recorded in the video RAM 55 is read by the image controller 58 at a predetermined timing and displayed on the liquid crystal display device 10. As a result, the captured image of the organist is displayed on the liquid crystal display device 10 together with the winning pattern.

In the process of S1, if the winning prize is already displayed (S1: YES), it is determined whether or not the winning prize is displayed (S6). If the winning display is not the end (S6: No), that is, when the winning display is in progress, each button such as the print button 31, the shooting button 32, and the erase button 33 is pressed. This is confirmed (S7, S8, S10).

When the shooting button 32 is pressed (S7: YES), it means that reinstruction is instructed by the owner. Therefore, in that case, the process is shifted to S3, the shooter is re-photographed (S3), the captured image data is recorded in the image pickup data RAM 57 (S4), and the captured image data is again obtained, such as a winning pattern. It is combined with the image data 72 to 74 and recorded in the video RAM 55 (S5). As a result, the captured image of the reorganized organic image is displayed on the liquid crystal display device 10.

When the print button 31 is pressed (S7: No, S8: Yes), the image data of the video RAM 55, that is, the image data displayed on the liquid crystal display device 10 is printed. Send by The image data transmitted to the printing substrate P is converted into image data in a printable format, as described later in the description of FIG. 5, and then printed by the printer 67. As a result, the inventor can obtain his own captured image synthesized with the image data 72 to 74 such as a winning pattern as a printed matter.

When the erase button 33 is pressed (S7: No, S8: No, S10: Yes), the captured image data of the organist stored in the image data RAM 57 is erased (S11), and the character ROM ( Image data of the background image is read out from the image 56 and synthesized with the image data such as the winning pattern 72, the number of rounds 73, and the number of counts 74, which are similarly read from the character ROM 56. By doing so, recording is made in the video RAM 55 (S12). As a result, since the image of the organic person displayed on the liquid crystal display device 10 is erased, even if the organic image does not enjoy being displayed on the liquid crystal display device 10, the user does not feel uncomfortable. You can continue to abandon.

Further, even if the winning prize display is in progress (S1: Yes, S6: No), when all buttons of the print button 31, the shooting button 32, and the erase button 33 are not pressed (S7: no, S8: No, S10: No), the winning prize display processing is finished as it is.

In the case of the end of the winning prize display (S6: YES), the captured image data of the owner stored in the image pickup data RAM 57 is erased (S13), and the winning prize display process is ended. In this manner, at the end of the winning prize display processing, since the captured data of the captured organic photo is always erased, even when the organics of the pachinkogi 1 are shifted, the captured image of the preceding organic image is not displayed in the organic of the new organic photo. It protects the privacy of the former organics and does not offend new organics.

5 is a flowchart of print processing executed in the printing substrate P accommodated in the card reading unit 23. This print process is also one of many processes performed on the board | substrate P for printing.

In the above printing process, first, it is determined whether or not the print button 31 is pressed by the organic person (S21), and when pressed (S21: YES), a command indicating the press of the print button 31 is displayed. The data is transmitted to the substrate D for use (S22). After the command is transmitted, since image data obtained by synthesizing the captured image 71 of the armature is transmitted from the display substrate D, the reception of the image data is awaited (S23: No). After receiving the image data transmitted from the display substrate D (S23: YES), the received image data is recorded in the image data memory 63b (S24). Until the reception of all the image data is completed, the recording to the image data memory 63b is repeated (S25: No). When the reception of all the image data is completed (S25: Yes), the image data recorded in the image data memory 63b is converted into a printable data format and then printed by the printer 67 (S26). After printing, the image data recorded in the image data memory 63b is erased (S27), and the print processing is terminated.

The printing result is discharged from the printing paper discharge port 34 of the card reading unit 23, and is provided to the organic person. As described above, the print result is obtained by synthesizing the captured image 71 of the organist and the image data 72 to 74 such as the winning pattern (see FIG. 3). Therefore, by providing such print results to the owner, it is possible to make the service memorable to the owner.

If the print button 31 is not pressed by the organic person (No in S21) and the shooting button 32 is pressed (S28: Yes), a command indicating the pressing of the shooting button 32 is displayed. D) (S29). As described with reference to FIG. 4, after receiving the above command, the display substrate D retakes an organic photograph to update the display of the liquid crystal display device 10.

If the shooting button 32 is not pressed (S28: No) and the erase button 33 is pressed (S30: YES), a command indicating the pressing of the erase button 33 is sent to the display substrate D. (S31). As described with reference to FIG. 4, after receiving the command, the display substrate D erases the captured imager's image data from the image pickup data RAM 57 and updates the display of the liquid crystal display device 10. The winning prize display without the captured image of the owner is performed.

If all the buttons of the print button 31, the shooting button 32, and the erase button 33 are not pressed (S21: No, S28: No, S30: No), the print processing is terminated as it is.

Next, the organic group system 100 of the second embodiment will be described with reference to the accompanying drawings. Whereas the organic group system 80 of the first embodiment is constituted by the pachinko group 1 and the card reading unit 23, the organic group system 100 of the second embodiment includes a plurality of It is comprised by the pachinkogi 101 and the intensive management apparatus S which manages the organic state etc. of the many pachinkogi 101. In addition, the same code | symbol is attached | subjected to the same part as said 1st Example, and the description is abbreviate | omitted.

6 is a block diagram showing the configuration of the organic group system 100 of the second embodiment. In the pachinko hall H, a lot of pachinkogi 101 is provided, and each pachinkogi 101 is provided with the surveillance camera 102 for monitoring the cheating behavior of an owner, etc., respectively. Each surveillance camera 102 is provided in the position which can image the front of the organic person in abandonment. By taking an image of an armature by using the surveillance camera 102, it is not necessary to separately install a camera for the armature photographing, and it is possible to reduce the apparatus cost of the organic phase system 100.

These pachinko corgi 101 and the monitoring camera 102 are connected to the centralized management apparatus S provided in the management room outside the pachinko hall H. As shown in FIG. Based on the various signals output from the pachinkogi 101, the centralized management device S notifies the control of the use stoppage or the occurrence of the stoppage, the resin for each pachinkoko 101, and the stoppage of use. The management data such as the number of times, the number of winnings, etc. are calculated, and the abnormal state such as clogging of organic spheres in the pachinkogi 101 or misconduct with the pachinkoko 101 is performed. Detection, furthermore, notification and display thereof are performed.

An electrical configuration of the centralized management device S will be described with reference to FIG. 7. FIG. 7 is a block diagram showing the electrical configuration of the pachinkogi 101 and the centralized management device S of the organic group system 100 according to the second embodiment. As shown in Fig. 7, the centralized management device S includes an MPU 111 that is an arithmetic device, a ROM 112 that stores various programs executed by the MPU 111, and rewritable volatility. RAM 113 which is a memory, and the real-time clock (henceforth "RTC") 114 which time-times are provided are provided.

The RAM 113 is provided with a work memory 113a and a code number memory 113b. The work memory 113a is a memory for temporarily storing various data and the like when the program is executed by the MPU 111, and the code number memory 113b is provided from the pachinkogi 101 when a winning is generated. It is a memory for storing the code number of the pachinkogi 101 transmitted to the centralized management device (S). Based on this code number, the centralized management device (S) specifies the pachinko corgi 101 in which the winnings are generated, and operates the surveillance camera 102 corresponding to the pachinko corgis 101 to generate the winnings. Photograph the organics in

The RTC 114 is an IC that performs timekeeping at the date, day, day, hour, minute, and second. The data of the date, month, or time displayed by the RTC 114 is captured by the surveillance camera 102 at the time of winning. It is combined with the picked-up image of the induced organic substance and printed by the printer 105 mentioned later.

These MPUs 111, ROM 112, RAM 113, and RTC 114 are connected to each other via a bus line 115. The bus line 115 is also connected to the input / output interface 117. The input / output interface 117 is connected to the display board D of the pachinkogi 101, the hard disk of the centralized management device S (hereinafter referred to as "HD") 116, and the monitor 103. The keyboard 104 is connected to the printer 105 and the monitoring camera 102.

In the HD 116, an image data memory 116a, an imaging data memory 116b, and a synthesized data memory 116c are provided. The image data memory 116a is a memory for storing the image data of the winning winning display transmitted from the pachinkogi 101 where winning winning is generated to the centralized management device S. FIG. Such image data is stored in the image data memory 116a in correspondence with the code number of the pachinkogi 101. The imaging data memory 116b is a memory for storing imaging data of an armature photographed by the surveillance camera 102. The imaging data is also stored in the imaging data memory 116b corresponding to the code number of the pachinkogi 101.

The composite data memory 116c includes a code number, image data and image data stored in correspondence with the code number in the image data memory 116a and the image data memory 116b, and furthermore, the date of the RTC 114. Or a memory for storing synthesized data obtained by synthesizing data). The synthesized data is also stored in the synthesized data memory 116c corresponding to the code number of the pachinkogi 101. Further, the synthesized data is displayed on the monitor 103 of the centralized management device S, and when there is a print instruction by the administrator of the centralized management device S, the synthesized data is converted into a printable data format, and then the printer 105 Printed by).

The monitor 103 displays various types of information calculated or detected by the centralized management device S, and displays the composite data stored in the composite data memory 116c by synthesizing the winning prize display and the captured image of the owner. will be. The keyboard 104 is for the administrator to perform various input operations to the centralized management device S, and the printer 105 is for printing the various data in accordance with the instruction of the printing by the administrator. . In the organic device system 100 of the second embodiment, since only one printer 105 is provided in the centralized management device S, compared with the case where a printer is installed for each pachinkogi or each card reading unit, The device cost of the device system 100 can be reduced.

The manager of the centralized management device S checks the synthesized image displayed on the monitor 103 at the time of winning a prize, and instructs printing through the keyboard 104 when the image of the owner is good. When such a print instruction is given, the synthesized image displayed on the monitor 103 is printed by the printer 105, and the print result is transmitted directly from the employee of the pachinko hole H to the organic person. In addition, when the administrator of the centralized management device S confirms the synthesized image displayed on the monitor 103, and the image of the owner is not good, after the re-shooting instruction is made through the keyboard 104, the surveillance camera ( The recapturing of the host is performed by 102). As a result of the re-photographing, the shooter is photographed skillfully, and when a print instruction is made by the manager, the composite image of the winning prize display and the picked-up image of the shooter is printed by the printer 105.

Fig. 8 is an example showing the printing result of the composite image of the winning winning display and the picked-up image of the organic person in the second embodiment (hereinafter referred to as "sample 120"). As shown in Fig. 8, in the sample 120, the picked-out pattern 122, the number of rounds 123 and the count of the winning pattern 122, the counted image 122 as the background image were set as the sample 70 of the first embodiment. In addition to the number 124 being synthesized, the code number 125 of the pachinkogi 101 and the date (or time) 126 of printing are synthesized and printed.

The printer 105 of the centralized management device S prints a composite image corresponding to a plurality of pachinkogi 101 installed in the pachinko hole H, but the code number 125 of the pachinkogi 101 is shown in each print result. Is printed, the employee of the pachinko hole H does not mistake which pachinko group 101 the print result is. In addition, since the print date (or time) 126 is also synthetically printed using the RTC 114 of the centralized management device S, such a print result is more valuable to the organic person. .

In addition, similarly to the first embodiment, the picked-up image of the organizer can be used not only as a background image but also as another image. For example, display images such as the number of rounds or the number of counts may be performed by using the image of the armature as a winning pattern or by using the image of the armature. In addition, the shooting timing of the owner may be a timing other than when the winning winning display is started, that is, a timing other than immediately after the stop displaying at the winning winning pattern in which the variation of the pattern determines the winning. For example, at the time of initiation of organics or the generation of rich, furthermore, the progress of winning a prize may be taken as the shooting timing of the owner. In addition, the printing can also be printed on printing paper that can be used as a seal. It is also possible to print the same image on two sheets of printing paper (or sealing paper) by two or more, for example, 6 or 12 commas.

Next, each process performed in the organic-based system 100 of the 2nd Example comprised as mentioned above is demonstrated with reference to the flowchart of FIG. 9 and FIG. 9 is a flowchart of the winning and winning display processing performed on the display substrate D of the pachinko corgi 101. In addition, the winning winning display process is one of many processes performed on the display substrate D. FIG.

In the winning winning display process, first, it is judged whether or not the winning winning display is started (S51), and when the winning winning display is not started (S51: No), the processing ends. On the other hand, in the case of the start of winning winning display (S51: YES), each image data such as a background image, winning winning pattern, number of rounds, number of counts is read from the character ROM 56 and synthesized, and the video RAM 55 (S52). By writing to the video RAM 55, the winning and winning display is displayed on the liquid crystal display device 10. FIG.

After displaying the winning and winning display on the liquid crystal display device 10, the code number assigned to the pachinkogi 101 is transmitted to the centralized management device S (S53). In addition, each image data such as winning pattern, round number, and count number other than the background image is read out from the character ROM 56 and synthesized, and the synthesized image data is transmitted to the centralized management device S (S54). , The winning and winning display process ends.

In addition, the code number of the pachinkogi 101 is not directly transmitted from the display substrate D of the pachinkogi 101 to the centralized management device S. It can also be stored (registered) in the management equipment (not shown) and transmitted from the organic management apparatus to the centralized management apparatus S. FIG. In addition, synthesized image data such as a winning prize pattern is not directly transmitted from the display substrate D of the pachinkogi 101 to the central management device S, but the organic zone management device and other management devices (not shown). Can be transmitted to the centralized management device (S).

10 is a flowchart of print processing executed in the centralized management device S. As shown in FIG. The print process is also one of a plurality of processes executed in the centralized management device S. FIG. In the print processing, first, it is determined whether or not the code number transmitted from the pachinkogi 101 is received (S61). When the code number of the pachinko corgi 101 is not received (S61: No), since the winning winning display is not started in all the pachinko corgi 101 in the pachinko hole H, there is no object of printing. In this case, therefore, the print processing is terminated as it is.

On the other hand, when receiving the code number transmitted from the pachinkogi 101 (S61: Yes), it can be seen that the winning winning display is started in the pachinkogi 101 of the code number. Therefore, the code number is recorded in the code number memory 113b (S62), and the image data of winning and winning display transmitted from the pachinkogi 101 subsequent to the code number is correlated with the code number. In the image data memory 116a (S63).

The process of S63 is repeated until the reception of all image data is completed (S64: No). When the reception of all the image data is completed (S64: YES), the surveillance camera 102 corresponding to the received code number is operated to photograph the organist who generated the winning prize (S65). Thereafter, the photographed imaging data is recorded in the imaging data memory 116b in correspondence with the code number (S66), and again, the code number, image data and imaging data corresponding to the code number are recorded in the image data memory 116a and The synthesized data is read out from the captured image memory 116b and synthesized, and the synthesized data is recorded in the synthesized data memory 116c in correspondence with the code number (S67). The date data of the year, month, and day are read from the RTC 114, and the synthesized data is further synthesized with the synthesized data recorded in the synthesized data memory 116c (S68). The data recorded in the synthesized data memory 116c is displayed on the monitor 103 so that the manager of the centralized management device S can confirm the synthesized image (S69).

When a re-instruction is instructed through the keyboard 104 by an administrator who observes the display of the monitor 103 (S70: YES), the centralized management device S first starts to capture the image data memory 116b and synthesize it. Image data and composite data corresponding to the code number of the data memory 116c are erased (S71), and the process proceeds to S65. By each processing of S65 to S69, the recapturing of the armature (S65), the synthesis of the respective data (S66 to S68), and the display on the monitor 103 of the synthesized data are executed (S69). In this way, when the image of the owner is not good, re-shooting can be performed as many times as the manager instructs.

When the administrator who observes the display of the monitor 103 judges that the image of the owner is good, and when the administrator instructs the printing through the keyboard 104 (S70: No, S72: Yes), the centralized management device (S) reads the synthesized data stored in correspondence with the code number in the synthesized data memory 116c, converts it into a printable data format, and then prints it by the printer 105 (S73). After printing, each data corresponding to the printed code number is erased from the image data memory 116a, the imaging data memory 116b, and the composite data memory 116c, respectively (S74), and the print processing is terminated.

The print result output from the printer 105 of the centralized management device S is provided to the owner by the employee of the pachinko hole H. In the print result, the code number 125 of the pachinkogi 101 is also printed, so that the employee does not mistake the organic characters. In addition, the code number of the pachinkogi 101 can be stopped simply by displaying it on the monitor 103 without performing synthetic printing. In this case, the employee of the pachinko hall H hears the code number of the pachinkogi 101 from the manager who observes the monitor 103 and sends it to the organic person who is abandoned by the pachinkogi 101 corresponding to the code number. It is to deliver the printed results directly.

As described above, in the print result, the captured image 121 of the inventor and the image data 122 to 126 such as a winning pattern are synthesized and printed (see Fig. 8). Therefore, by providing such print results to the owner, it is possible to make the service memorable to the owner. In particular, since the date 126 is also synthetically printed together with the organic image itself 121 and the winning prize pattern 122, it becomes more memorial to the organic person.

When the misconduct of the abandoner is detected, the centralized management device photographs the inmate by the surveillance cameras installed in each pachinkogi, and monitors and notifies the misconduct of the abandoner and does not show such misconduct. There are also side effects that can be prevented.

In each of the above-described embodiments, the processing of S3 and S65 as the photographing means described in claim 1 of the claims, the processing of S5 and S67 as the synthesizing means, and the processing of S26 and S73 as the printing means, respectively.

As mentioned above, although this invention was demonstrated based on the Example, this invention is not limited to the said Example, It can be easily estimated that various improvement deformation is possible in the range which does not deviate from the meaning of this invention.

For example, in the present embodiment, the organic group constituting the organic group system 80, 100 has been described using the first type pachinko group 1, 101 as an example, but the second type or third type pachinko group, slot Organic groups, such as a machine, can also be used as organic group which comprises an organic group system.

In addition, in the first embodiment, the unit is installed between the pachinko corgi 1 and the pachinko cork 1 and described using the card reading unit 23 as a unit for accommodating the printer 67. In the thin unit provided between the pachinkogi 1 and the pachinkogi 1, a cash machine for loaning organic spheres can be used by directly injecting cash. In other words, it is possible to accommodate the printer 67 in such a cash machine. In this case, in order to keep the cash machine in a thin form, the printing paper discharge outlet 34 of the printer 67 is provided in the longitudinal form. Also, even in the case of a unit other than the card reader unit 23 or the cash machine, in the case of a unit installed between the pachinkogi 1 and the pachinkoko 1, the printing paper in the longitudinal direction of the printer 67 in all units is in the vertical direction. It can also be accommodated to be discharged.

In the organic group system according to claim 1 of the claims, since it is not necessary to install another camera as the photographing means by using the surveillance camera of the organic field in the photographing means, the organic group system and the apparatus cost of each organic group can be reduced. Can be. Further, for example, by using the printer of the organic field management apparatus as a printing means, the required number of printers can be reduced, thereby reducing the apparatus cost of the organic group system. In addition, since the printing means does not need to be provided for each organic group, the apparatus cost of each organic group can be reduced.

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Hereinafter, the modification of this invention is shown. The organic group system of the first modification includes the display control means for displaying the image data synthesized by the synthesizing means on a monitor device provided in the organic field management apparatus in the organic group system according to claim 1, and And display instructing means for instructing the printing of the image data displayed on the monitor apparatus by the display control means. After checking the image to be printed on the display of the monitor device, printing can be instructed.

In the organic group system of Modification 2, in the organic group system of Modification 1, the printing means includes the date or time of printing and the number of the organic group to be photographed by the photographing means together with the image data. It is characterized by printing.

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In the organic group system according to the third modification, the organic group system according to claim 1, wherein the photographing means and the synthesizing means are provided in a display control circuit for controlling the display of the display device of the organic group. The display control circuit is provided with display control means for displaying on the display device the image data synthesized by the combining means. An image to be printed can be displayed on a display device of an organic group, and can be shown to an organic person in an organic state to improve organic interest. In addition, since the photographing means, the synthesizing means, and the display control means are provided in the display control circuit, the display device is synthesized by synthesizing the captured image data and the display data without transmitting or receiving data with other circuits (without burdening other circuits). Can be marked on.

The organic group system of the modification 4 includes the printing instruction means for instructing the printing of the image data displayed on the display device by the display control means in the organic group system of the modification 3. The printing instruction means Is characterized in that it is provided at a position that can be manipulated by the organic in the organic phase. After the owner himself confirms the image to be printed while continuing the induction on the display device, the printing of the image can be instructed.

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The organic group system of the modification 5 is the organic group system according to claim 1 of the claims or the organic group system of any one of the modifications 1 to 4, wherein the printing means is disposed between the organic group and the organic group. At the same time, the printed matter discharge port of the printing means is formed longitudinally long. By lengthening the discharge port of the printed matter vertically, even if the printing means is provided in the unit, the width of the unit can be kept small. Examples of such a unit include a thin card reading unit provided between an organic group and an organic group, or a cash machine for discharging organic spheres by directly inserting cash.

The organic group system of the modification 6 is the organic group system according to claim 1 of the claims, or the organic group system of any one of the modifications 1 to 5, wherein the photographing means is a display for determining winning. It is characterized by performing shooting of the organic person immediately after being displayed on the device. Immediately after the sign for determining the winning, the owner has the best facial expression, so the owner of this good facial expression can be photographed.

According to the organic-based system of the present invention, it is possible to synthesize the captured image data of an image picked up by an organic person and the display data displayed on the display device and to print it.

Therefore, by presenting his printed matter to the owner, there is an effect that the service can be provided as a form of memory of the owner.

Claims (1)

An organic group system comprising a plurality of organic devices each having a display device for displaying fluctuations in a pattern, and an intensive management device for intensively managing the plurality of organic groups, comprising: photographing means for photographing an organic person, and photographing photographed by the photographing means (Iii) an organic-based system comprising synthesizing means for synthesizing data and display data displayed on the display device, and printing means for printing image data synthesized by the synthesizing means, The photographing means comprises a surveillance camera provided in each of the plurality of organic groups and connected to the centralized management device, wherein one printing means is provided for the plurality of organic groups, and the organic system includes the photographing means. Re-shooting instructing means for re-shooting the organic material by reactivating the imager, synthesizing the re-photographed captured data with the display data by the synthesizing means, and re-displaying the synthesized image data on the display device; And an erasing means for erasing the image of the displayed organist.

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