KR100254164B1 - The game machine - Google Patents

Abstract

The present invention relates to a puzzling that loans organic beads using a premium bead discharge device for discharging a predetermined premium bead by granularity. The present invention is directed to the outside whenever the number of premium beads discharged by the granularity reaches a predetermined value. A first output derivation means for deriving an output, a second output derivation means for deriving an output to the outside whenever the number of organic beads discharged in accordance with a loan request signal of the organic beads reaches a predetermined value; By sending a predetermined signal to the management computer in accordance with the output derived from each output derivation means, it is possible to create management data on discharge and rental beads similar to the conventional one, and to use the conventional management computer as it is. Since the output terminal of the first output derivation means and the output terminal of the second output derivation means can be arranged in close proximity, the wiring work is performed. It will be able to firmly.

Description

Perching

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a control circuit for controlling the operation of a premium ball ejecting device in a skimpy tail according to an embodiment.

2 is a flowchart showing a part of the operation of the premium ball discharge device.

3 is a flowchart showing a part of the operation of the premium ball discharge device.

4 is a front view of a skimpy tail according to an embodiment.

5 is a rear view of a paplin

* Explanation of symbols for main parts of the drawings

1: pimples 2: front frame

3: metal frame 4: glass door frame

5: front opening and closing plate 6: organic panel

7: Picture display device 8: Variable granularity device

9a, 9b, 9c: starting mouth 10: winning mouth

11a, 11b: Tulip figurine 12: Operation handle

13: bottom plate 14: up plate

15: balance indicator 16: beads loan switch

17: return switch 18: wiring

19: discharge indicator lamp 20: instrument plate

21a: 1st granular bead collecting cylinder 21b: 2nd granular bead collecting cylinder

22: first safe bead detection switch

23: second safe bead detection switch

24: giveaway bead tank 25: giveaway bead judo

26: prize bead discharge device 27: sprocket

28: discharge motor 29: discharge bead detection switch

30: prize bead discharge passage 31: prize bead discharge device control board

35: card unit 36: card insertion opening

37: card unit control board 40: microcomputer

41: external ROM 42: external RAM

43: waveform shaping circuit 44: divider

45: clock generation circuit 46: reset signal generation circuit

47: power supply circuit 48,49: driver

D1: first acquisition bead counter D2: second acquisition bead counter

E1: 1st outlet bead counter E2: 1st outlet bead counter

A, B: Output terminal T1, T2: Interval timer

F: Status Flag

The present invention relates to a puffing fin that lends organic beads using a premium bead discharge device that discharges a predetermined premium by granulation.

Conventionally, there have been a few proposals for puffing tails configured to loan organic beads in accordance with a loan request signal by using a premium bead discharge device for discharging a predetermined number (eg, 15) of premium beads according to the generated granular beads.

In this type of percussion, since the organic beads due to the loan request and the prize beads by the prized granules are supplied together by the premium bead discharge device, a predetermined number of supply beads to be supplied to the premium bead tank disposed on the back of the percussion twin as in the prior art. The problem arises that a management computer of a type in which management data related to the discharge pin of the corpus is not available and a new management computer must be introduced in accordance with a signal generated every time (for example, 10) is reached. There was. In the related art, in order to create rental ball data and discharge bead data, wirings were connected to the management computer from the lending machine and the corkscrew, respectively, but there was a problem that the wiring work inside the narrow corpus was troublesome. SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems, and an object thereof is to provide a coarse tail which can easily be used as a conventional management computer and is easy to perform wiring work.

In order to achieve the above object, in the present invention, in the pimples that loan organic beads using a premium bead discharge device for discharging a predetermined premium bead by the granularity, the number of premium beads discharged by the granularity is determined in advance. A first output derivation means for deriving an output to the outside whenever a predetermined value is reached; and outputting to the outside whenever the number of organic beads discharged according to the loan request signal of the organic beads reaches a predetermined value. And a second output derivation means.

When the number of prize beads discharged by the granularity reaches a predetermined value (for example, ten), the output is derived to the outside. If a predetermined signal is sent to the management computer in accordance with this output, management data relating to the same discharge port as before can be created. When the number of organic beads discharged in accordance with the loan request signal reaches a predetermined value (for example, 25), the output is derived to the outside. If a predetermined signal is sent to the management computer in accordance with this output, management data relating to the same rental beads as in the prior art can be created. Therefore, the conventional management computer can be used as it is, and the output terminal of the first output derivation means and the output terminal of the second output derivation means can be arranged in close proximity, thereby simplifying the wiring work.

EXAMPLE

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

First, referring to FIG. 4 and FIG. 5, the puffing tail to which the premium ball discharge device according to the embodiment is applied will be described. FIG. 4 is a front view of the barking squirrel 1, and FIG. 5 is a rear view of the barking squirrel 1.

In the front structure of the bristle twine 1, a metal frame 3 is provided around the opening of the front frame 2 formed in a frame shape, and the glass frame 4 and the front surface are provided on the metal frame 3. The opening and closing plate 5 is mounted freely. On the rear side of the glass door frame 4, the organic panel 6 is freely attached or detached through an attachment frame fixed to the rear surface of the front frame 2.

In the organic panel 6, an apparatus for inducing organic matter, for example, a picture display device 7, a variable granular device 8, starting mouths 9a to 9c, a standing mouth 10, and a tulip type granular shape The spheres 11a, 11b, etc. are arrange | positioned. Among these devices, when a ball is won in the starting stand-outs 9a to 9c for causing the display of the picture display device 7 to change, a small number of prize beads (e.g., seven) are discharged, and other winning devices are placed. When a ball is won in (8) or in the prize openings 10, 11a, and 11b, a large number of prize beads (for example, 15) are discharged. In addition, a discharge display lamp 19 for indicating that the premium beads are discharged is provided at one upper side of the organic panel 6.

Moreover, the upper plate 14 is fixed to the surface of the front opening and closing plate 5. In addition, the lower part of the front frame 2 is provided with an operation handle 12 for squeezing a bead at the firing position and an under plate 13 for collecting excess premium beads that cannot be collected in the upper plate 14. It is.

By the way, the above dish 14 is provided with a balance indicator 15 composed of three seven-segment LEDs, a bead loan switch 16 and a return switch 17 incorporating an LED lamp therein. The balance indicator 15 displays the balance of the amount of money information recorded on the bead loan card inserted into the card unit apparatus 35, which will be described later. The bead loan switch 16 is operated by the owner to operate the balance indicator 15. It is for deriving a signal for discharging a band corresponding to a predetermined amount of money within the range of the amount displayed on the screen. The return switch 17 is a ball rental card put into the card unit 35 by an operator. It is to derive the signal requesting return. Then, the balance indicator 15, the bead loan switch 16, and the wiring 18 extending from the return switch 17 (see FIG. 5) are connected to the front open / close board 5 through the inside of the dish plate 14. It is led to the rear side of the back side, and is led to the back side of the tail tip 1 and connected to the card unit controller board 37 (see Fig. 1) described later.

On the other hand, as shown in FIG. 5, the mechanical plate 20 is freely opened and closed on the rear surface of the bristle twin 1. In the lower part of this instrument board 20, granular bead assembly cylinders 21a and 21b which guide granular beads installed in the organic panel 6 and granular beads formed in the granular spheres are laminated in the front and rear directions. have. By the way, the second granular bead aggregate 21b formed on the rear side of the instrument plate 20 is to induce the beads granulated in the starting granules 9a to 9c provided in the organic panel 6, The number of premium beads discharged by the granular beads becomes a relatively small number of beads as described above. On the other hand, the first granular ball collecting cylinder 21a formed on the front side of the mechanical plate 20 is a ball of granular balls 10, 11a, 11b or granular devices 8 or the like. As a guide, the number of prize beads discharged by the granular beads is a relatively large number of beads as described above. At the ends of the granular bead collecting cylinders 21a and 21b configured as described above, safe bead detecting switches 22 and 23 are respectively provided for detecting falling granular beads. The safe bead detection switches 22 and 23 are electrically connected to the premium bead discharge device control board 31 which will be described later, and the signal detected by the safe bead detection switches 22 and 23 will discharge the premium beads. It is stored in the storage unit formed in the device controller board 31.

In addition, the premium ball tank 24 is fixed to the upper back side of the mechanism plate 20. Under the premium bead tank 24 is formed a premium bead induction cylinder 25 for aligning the premium beads in a row to guide the premium bead discharge device 26. The premium bead discharge device 26 includes a sprocket 27 formed on the outer circumference of the groove to engage with one of the premium beads falling in a row, and a discharge motor 28 for controlling the rotation of the sprocket 27; And a discharge bead detecting switch 29 (water transmitting method) for counting the number of the prized beads discharged.

By the way, the prize bead discharge device 26 rotates when the discharge request signal is within the range of the amount information of the card or when there is a discharge command signal based on the generation of the granular beads. It is controlled, and the sprocket 27 is allowed to rotate so as to discharge the rental bead or the premium bead with the discharge bead detection switch 29, and the number of detection signals of the discharge bead detection switch 29 corresponds to the type of the discharge command signal. When the predetermined value is reached, the rotation drive of the discharge motor 28 is terminated to stop the rotation of the sprocket 27. Further, the premium bead discharge device 26 is electrically connected to the premium bead discharge device control plate 31 described later, and is drive controlled by a control circuit formed in the premium bead discharge device control plate 31.

At the bottom of the premium bead discharge device 26, the premium bead discharge passage 30 for guiding the premium beads discharged from the premium bead discharge device 26 to the upper plate 14 or the lower plate 13 on the front of the skirmish. Is formed. In addition, a premium ball discharge device control plate 31 is provided below the rear surface of the mechanical plate 20. The premium ball discharge device control plate 31 has a predetermined number of predetermined values according to the detection signals of the safe ball detection switches 22 and 23 and the loan request signal derived by the operation of the ball rental switch 16. As the drive of controlling the premium bead discharge device 26 to discharge the premium beads or the predetermined number of rental beads, a discharge control circuit including the microcomputer 40 is formed as described later.

As described above, the card unit device 35 is provided adjacent to the skimping machine 1 described above. As shown in Fig. 4, the card unit 35 is provided with a card insertion opening 36 for inserting a bead loan card, and a card having a control circuit for controlling the card unit 35 in its interior. An apparatus control board (not shown; provided with reference to FIG. 1) is provided. In addition, the card unit apparatus 35 includes a usable lamp for notifying that the card unit apparatus 35 is usable, a card insertion lamp for notifying that the card loan apparatus has been inserted into the card unit apparatus 35; Similar to the balance indicator 15 provided on the dish 14, a balance indicator for displaying the balance of the amount recorded on the bead loan card, an end indicator switch for displaying the end of the balance indicator, and the like may be provided. . In the illustrated embodiment, the card unit device 35 is provided separately from the skimping twin 1, but may be incorporated inside the skimping 1.

Next, with respect to the premium bead discharge device controller plate 31 for driving control of the premium bead discharge device 26 constituting the main part of the present embodiment in the puffing tail 1 configured as described above with reference to FIG. Explain. 1 is a block diagram of a control circuit formed on the premium ball discharge device control plate 31. In the figure, a microcomputer (CPU) 40 as a control center is used for the control circuit.

An external ROM 41 and an external RAM 42 are connected to the microcomputer 40. In the external RAM 42, first and second acquisition bead counters D1 and D2, which are storage areas for adding and storing points based on the first and second safe bead detection switches 22 and 23, respectively. And first and second discharge bead counters E1 and E2 for counting and storing the number of signals from the discharge bead detection switch 29 are set. In addition, the second discharge beads counter E2 is counted only when the prize beads are discharged by the winning prize, and the first discharge beads counter E1 is counted even when both the prize beads and the loan beads are discharged.

On the other hand, the discharge bead detection switch 29 for detecting beads discharged from the first and second safe bead detection switch (22), (23), and the premium bead discharge device 26 for detecting the granular beads, chattering It is connected to the microcomputer 40 via the waveform shaping circuit 43 which consists of flip-flops for prevention. The clock generation circuit 45 outputs the interrupt signal to the INT terminal of the microcomputer 40 via the divider 44.

Then, in synchronization with the interrupt signal, the microcomputer 40 executes the main programs shown in FIGS. 2 and 3. When power is supplied to the power supply circuit 47, the reset signal generation circuit 46 outputs the reset signal. The reset signal is input to the RST terminal 1 of the microcomputer 40, and an initial program (not shown) is started. The microcomputer 40 is configured to input a loan request signal output from the card device controller board 37. On the other hand, a signal is also output from the microcomputer 40 to the card device controller board 37.

For example, it is a signal lamp that the prize-winning beads by winning a prize are in operation | movement discharge | emission. In addition, output terminals A, B, drivers 48, and 49 are connected to each output port of the microcomputer 40. The output terminals A and B are connected to a wiring connected to the management computer via a pulse generating circuit, for example, and the numerical values stored in the discharge port mounters E1 and E2 are predetermined values (for example, 25, When it is 10, the pulse signal is sent to the management computer in accordance with the output from the microcomputer 40. The driver 48 controls the driving operation of the discharge motor 28 in accordance with the signal from the microcomputer 40, and the driver 49 displays the discharge in accordance with the signal from the microcomputer 40. The lighting operation of the lamp 19 is controlled.

Next, the organic operation controlled by the control circuit described above will be described in accordance with the flowcharts of FIGS. 2 and 3 showing the processing procedure of the microcomputer 40. FIG. Every time after the initial set, the interrupt signal output from the divider 44 is input. The CPU 40 executes the main programs of FIGS. 2 and 3. In step 10, the update processing of the timers T1 and T2 is performed, and in step 20, the state signals of the switch group (safe bead detection switches 22, 23, and discharge bead detection switches 29) are read out. do. In step 30, 50, and 70, it is determined whether or not each signal state exists, and each counter is updated only when there is a signal.

Specifically, in step 30, it is determined whether the signal from the first safe bead detection switch 22 has fallen, and when there is a fall, in step 40 the value of the first acquisition bead counter D1 is [15]. Is added.

In step 50, it is determined whether or not the signal from the second safe bead detection switch 23 has fallen, and when there is a fall, [7] is added to the value of the second acquisition bead counter D2 in step 60. do. In addition, when it is determined to be [NO] in steps 30 and 50, the counter is not updated.

In step 70, it is determined whether or not the signal from the discharge bead detection switch 29 has fallen, and when there is a fall, is the fall due to the discharge of 15 premium beads in step 80 (F = 3)? Is determined, and if so, [1] is subtracted from the first acquisition ball counter D1 in step 90. On the other hand, when it is determined to be [NO] in step 80, it is determined in step 100 whether the fall is due to the discharge of seven premium beads (F = 4), and if so, in step 110 the second acquisition ball counter [1] is subtracted from (D2). In addition, when the process of step 90 or the process of step 110 is complete | finished, [1] is added to the 2nd discharge-bead counter E2 in step 120, and [1] is added to the 1st discharge-bead counter E1 in step 130 after that. 1] is added. In addition, when it is discriminated as [NO] in the said step 100, it progresses to step 130 and only a 1st discharge-bead counter E1 is added.

In other words, is the process of step 70 to step 130 described above that the detection operation of the discharge bead detection switch 29 operated by the beads discharged from the premium bead discharge device 26 is based on the discharge operation of the 15 premium beads? The seven premium beads are distinguished by the discharge operation or the discharge operation of the rental beads, and the necessary counters are added and subtracted in each case. In addition, when there is no detection operation of the discharge-ball detection switch 29, that is, when it is determined as [NO] in step 70, the addition / deduction in either counter is not performed.

Subsequently, in step 140, it is determined whether or not the value of the second acquisition bead counter E2 that counts the prize beads discharged by the winning prize is [10] or more, and when it is determined that the value is [10] or more, In step 150, the value of the second acquisition ball counter E2 is reset to [0], and then, in step 160, a predetermined output is derived to the terminal A. By this output, for example, a pulse signal of several 10 msec is derived through a pulse generation circuit (not shown) and sent to the management computer. This is accommodated in the management computer as management data such as conventional discharge bead data. In addition, when it is determined in step 140 or less that [10], the processes of steps 150 and 160 are not executed.

The following steps 170 to 210 determine the respective states, and in step 170, whether or not the loan operation of the organic beads based on the loan request signal is performed, that is, whether the value of the state flag F is 1 or not. It is determined whether or not, and when F = 1, the flow proceeds to Step 240 described later.

Step 180 determines whether the interval timer T1 set after the lending operation of the organic beads is in operation, that is, whether or not the value of the status plug F is 2, and when F = 2, it is described later. The flow proceeds to step 280 to be performed. In step 190, it is determined whether or not the 15 prize beads based on the winning prize are in the discharge operation, that is, whether or not the value of the status flag is 3, and when F = 3, the flow proceeds to step 330 described later. Step 200 determines whether the seven prize beads based on the winning prize are in the discharge operation, that is, whether or not the value of the status flag F is 4, and when F = 4, the process proceeds to step 370 described later. Further, step 210 determines whether or not the interval timer T2 set after the discharge operation of the 15 or 7 premium beads is in operation, that is, whether or not the value of the status flag F is 5, and F = 5. If is, the process proceeds to step 400 described later.

The following description will be mainly given with reference to FIG. 3 by dividing each state determined in the processing of the above-described steps 170 to 210. In the processing in FIG. 3, the processing relating to the loan operation of the organic beads is shown in steps 220 to 290, the processing relating to the discharging operation of the premium beads is shown in steps 300 to 410, and in steps 420 to 440. The processing executed in either operation is shown.

In Fig. 3, the lending operation of the organic beads is executed in preference to the operation of discharging the premium beads, and 15 discharges are executed in preference to seven discharges even during the operation of discharging the premium beads. Of course, these priorities may be set.

(1) Processing of loan operation of organic beads

When loaning organic beads within the range of the excitation bead information recorded on the card inserted into the card insertion hole 36 according to the operation of the bead loan switch 16, that is, when it is determined in step 220 that there is a loan request signal. In step 230, a motor flag (abbreviated as MO flag) is set to turn on the discharge motor 28, and 1 is set in the status flag F. Then, the processes of steps 240, 420, 430 and 10 to 170, 240 are repeated until the value of the first discharge ball counter E1 becomes [25]. During this iterative process, in step 420, it is determined whether or not the MO flag is set, and if it is set, the discharge motor 28 and the discharge display lamp 19 are turned on in step 430.

When the value of the first discharge port counter E1 becomes [25], the MO flag is reset at step 250, and the first discharge ball counter E1 is cleared, and then, at step 260, the terminal B is predetermined. The output of is derived. By this output, for example, pulse signals of several 10 msec are derived through a pulse generation circuit (not shown) and sent to the management computer. This is accommodated in the management computer as management data such as conventional band data. When the output to the B terminal is finished, the interval timer T1 is set at step 270 and 2 is set in the status flag F.

Then, the processes of steps 280, 420, 440, and 10 to 180, 280 are repeated until the interval timer T1 times up.

In addition, the interval timer T1 is short between the operation of discharging the prize beads based on the next winning ball or the operation of loaning based on the loan request signal after the end of the loan operation based on one loan request signal. By setting a time interval (for example, 0.5 second), it is set to inform the organics that a predetermined number of organic beads are being discharged.

In addition, when it is determined in step 280 that the timer T1 has timed up, the value of the status flag F is set to 0 in step 290.

(2) Disposition of prize beads

When it is determined in step 300 that the value of the first acquisition bead counter D1 is larger than [0], the status flag F is set to 3 in step 310 and the discharge motor 28 is turned on in step 320. The MO flag is set. Thereafter, the processing of steps 330, 420, 430, and 10 to 190, 330 is repeated until the value of the first discharge ball counter E1 becomes 15 in step 330.

On the other hand, when it is determined in step 300 that the value of the first acquisition bead counter D1 is [0], it is determined in step 340 whether the value of the second acquisition bead counter D2 is greater than [0], and [0] If it is determined to be greater than], 4 is set in the status flag F in step 350 and the MO flag is set to turn on the discharge motor 28 in step 360. Thereafter, the processing of steps 370, 420, 430, and 10 to 300,370 is repeated until the value of the first discharge ball counter E1 becomes 7 in step 370.

When it is determined in step 330 that the value of the first discharge ball counter E1 is 15 or when it is determined in step 370 that the value of the first discharge ball counter E1 is 7, the MO flag is removed in step 330. Is set, the first discharge bead counter E1 is cleared, and then an interval timer T2 is set in step 390, and 5 is set in the status flag F. FIG. Then, the processing of steps 400, 420, 440, and 10 to 210, 400 is repeated until the interval timer T2 times up. In addition, the interval timer T2 has a short time interval between the discharge operation of the prize beads or the loan operation of the organic beads after the prize beads corresponding to one of the prize beads are discharged. , 0.5 seconds) is set in order to inform the instructor that the prize beads are being discharged for each granular bead. In addition, the premium beads may be continuously discharged without setting the interval timer T2, or the interval timer T2 may be set only when the value of the bulb bead counters D1 and D2 becomes greater than or equal to a relatively large value. You may not set it. When the interval timer T2 times up, the status flag F is set to zero in step 410.

Although the operation of the puffing tail related to the above embodiment has been described, according to this embodiment, when the number of prize beads discharged by the granularity reaches a predetermined value, which is a predetermined value, the output is derived to the terminal A. If a predetermined signal is sent to the management computer in accordance with this output, management data relating to the discharge port similar to the conventional one can be created. In addition, the number of organic beads discharged in accordance with the loan request signal reaches 25, which is a predetermined value, and the output is derived to the terminal B. FIG. If a predetermined signal is sent to the management computer in accordance with this output, management data relating to the rental beads similar to the conventional one can be created. Therefore, the conventional management computer can be used as it is, and the terminals A and B can be arranged in close proximity using the same multipole connector, so that the wiring work can be simplified.

Further, in the above embodiment, the output derived when the number of prize beads discharged by the granularity reaches a predetermined value determined in advance, and the output derived when the number of organic beads discharged according to the loan request signal reaches a predetermined value. Although each is derived to different output terminals, different serial signals may be derived to the same output terminal. In addition, in the above embodiment, it was shown that the loan request signal can be derived in accordance with the information recorded on the card. However, the loan request signal may be derived by input of a coin or the like.

As described above, as described above, in the present invention, the first output derivation means for deriving an output to the outside whenever the number of prize beads discharged by the granularity reaches a predetermined value is determined, and the loan request signal of the organic beads. And a second output derivation means for deriving an output to the outside whenever the number of organic beads discharged according to the predetermined value reaches a predetermined value, so that a predetermined signal is output in accordance with the output derived to each output derivation means. By sending to the management computer, it is possible to create management data on discharge and rental beads similar to the conventional one, and to use the conventional management computer as it is, and to output the output terminal of the first output derivation means and the second output. Since the output terminal of the means can be arranged in close proximity, the wiring work can be simplified.

Claims (1)

In the pimple coke that loans organic beads using a prize bead discharge device for discharging predetermined prize beads by granularity, the method for deriving an output to the outside whenever the number of beads discharged by the prize granules reaches a predetermined value. Output derivation means of 1, and second output derivation means for deriving an output to the outside whenever the number of organic beads discharged according to the loan request signal of the organic beads reaches a predetermined value, characterized in that it comprises: Puckering.