JP4287249B2 - Game machine medal dispensing device - Google Patents

Description

  The present invention relates to a medal payout device for a gaming machine that pays out medals stored in a hopper tank.

  A slot machine, which is a type of gaming machine, is generally provided with a medal payout device that pays out a predetermined number of medals to a medal payout opening formed in a housing. A conventional device of this type is disposed in a slot machine housing and stores a medal, a hopper motor disposed below the hopper tank, and a bottom portion of the hopper tank. A plurality of insertion portions into which medals are inserted around the shaft is formed, and includes a disk that rotates by driving a hopper motor to move the medals in the insertion portion, and a medal discharge passage formed in a lower portion of the hopper tank. As the disc rotates, the medals in the insertion portion are discharged one by one from the medal discharge passage toward the medal payout exit.

  Since such a medal payout device may be fraudulent, so-called “hopper goto”, various countermeasures for preventing this have been proposed (see, for example, Patent Document 1). In the apparatus described in Patent Document 1, for example, a payout medal detector that detects a payout medal to the outside by an operation of a payout means, and a passage that directly detects the presence or absence of a medal in the medal discharge passage and serves as a medal pass signal. A medal detector is provided, and when at least one of the detection signals does not have regularity, it is determined to be illegal.

JP 2002-143391 A (paragraphs [0014] to [0015])

  In the device described in the above-mentioned conventional patent document 1, for example, when it is necessary to pay out medals due to winning a prize, a payout command signal is output from the CPU of the game board to the motor driver, and from the motor driver to the hopper motor based on this payout command signal. The hopper motor is driven by outputting the drive signal. However, in the above-described conventional apparatus, the presence / absence of an operation of the payout means operated by the hopper motor is merely detected, or the presence / absence of a passing medal is detected. Even if a fraudulent act is performed in which a medal is illegally applied by applying the value from the outside, this cannot be detected if the above detection is not performed normally.

  The present invention has been made in view of the above problems, and is a gaming machine capable of discovering an illegal act or a hopper abnormality in which an illegal signal is applied from the outside to a motor driver or the like and a medal is paid out. An object of the present invention is to provide a medal payout device.

In order to achieve the above object, a medal payout device for a gaming machine according to the present invention includes a game control means for outputting a predetermined payout command signal when a predetermined medal payout condition is satisfied, and the payout from the game control means. In a medal payout device for a gaming machine, comprising: a motor driver that outputs a drive signal based on a command signal; and a payout motor that operates based on the drive signal from the motor driver and pays out medals. Motor detection means for starting operation when power is supplied from the power supply unit by output of the drive signal to the motor and inverting the signal level of the output terminal; presence or absence of output of the payout command signal from the game control means; thereby determining the state of the device based on the presence or absence of the inversion of the signal level of the output terminal of said motor detecting means, in the housing of the gaming machine A hopper tank that stores medals, and a plurality of insertion portions that are arranged at the bottom of the hopper tank and into which medals are inserted, and are rotated by driving of the payout motor. A disc for moving a medal in the insertion portion, a guide portion for guiding a medal moving by the rotation of the disc from the insertion insertion portion toward a predetermined medal discharge passage, and a preset in the medal discharge passage. A swing member configured to be swingable within a swing range from a start point position to an end point position, and a biasing unit that biases the swing member from the end point position toward the start point position; The swinging member is pushed by a medal that is moved by the rotation of the disc while being guided by the guide portion, and moves from the start position to the end position, and then the urging hand The medal is discharged from the medal discharge passage toward the medal payout opening formed in the housing by returning to the starting position by the urging force of the motor, and the motor detection means is disposed within the swing range. And detecting the swing member and inverting the signal level of the output terminal according to the presence or absence of the detection. The motor detection means supplies power when the drive signal from the motor driver stops. The operation is stopped and the signal level of the output terminal is inverted, and the motor detection means detects the medal payout operation, and the state determination means outputs the payout command signal from the game control means. If the signal level at the output terminal of the motor detecting means is reversed, the illegal signal that replaces the payout command signal or the illegal signal that replaces the drive signal is external. If the signal level of the output terminal of the motor detection means is not inverted when the payout command signal is output from the game control means, it is determined that the peripheral circuit is abnormal, and the game control means When the payout command signal is output and the signal level of the output terminal of the motor detection means is reversed, if the signal level is not reversed again within a predetermined time from the time of the reversal, it is determined that the payout motor is abnormal . (Claim 1).

Further, according to the present invention, the signal level of the output terminal is inverted when the swing member is detected with respect to the signal level of the output terminal when the operation of the motor detection unit is stopped. It is characterized by being arranged at the starting point position of the rocking member (claim 2).

According to the present invention, the motor detection means reverses the signal level of the output terminal when the swinging member is not detected with respect to the signal level of the output terminal when the operation is stopped. Further, the oscillating member is disposed at a position other than the starting point position (Claim 3).

According to the first aspect of the present invention, the drive signal is output based on the payout command signal, and the output terminal of the motor detection means is inverted based on the drive signal. By comparing the presence / absence of inversion of the signal level of the output terminal, it is possible to reliably determine the state of the apparatus. For example, if the payout command signal is output and the signal level of the output terminal of the motor detection means is inverted, it can be determined that the state of the apparatus is normal. At this time, the fact that the signal level of the output terminal of the motor detection means has been inverted without the payout command signal means that an illegal signal in place of the payout command signal has been applied from the outside to the input side of the motor driver, or the output side of the motor driver On the other hand, since it is considered that an unauthorized signal in place of the drive signal is applied from the outside, it is possible to detect an unauthorized act by determining that such an unauthorized signal is applied from the outside. Further, since the determination is made when the signal level of the output terminal of the motor detection means is reversed, it is possible to detect an illegal act at an early stage, thereby preventing an illegal payout of medals.
More specifically, according to the configuration of claim 1, (i) when the signal level of the output terminal is inverted when the power supply to the motor detection means should not be started, an illegal signal is applied from the outside. (Ii) When the signal level at the output terminal does not reverse despite the start of power supply to the motor detection means, it can be determined that the peripheral circuit has failed. (Iii) Power supply to the motor detection means When the signal level of the output terminal is inverted and does not reverse again within a predetermined time from the time of the inversion, it can be determined that the payout motor is abnormal, and (iv) power supply to the motor detection means is started and output When the signal level of the terminal is inverted, if the signal level is inverted again within a predetermined time from the time of the inversion, the number of medals paid out by normal operation can be detected. That is, by comparing the presence / absence of the output of the payout command signal with the presence / absence of inversion of the signal level of the output terminal of the motor detection means, not only the detection of the number of medals paid out by normal operation, but also fraud, peripheral circuit failure and payout motor It is possible to distinguish and determine abnormalities.

According to the second and third aspects of the invention, since the motor detection means inverts the signal level of the output terminal according to the presence / absence of the detection of the swing member, the power is supplied from the power supply unit and operates. The motor detection means can be easily configured so that the signal level at the output terminal is inverted when the operation is started.

<First Embodiment>
As an embodiment of the present invention, a case where the present invention is applied to a slot machine will be described. FIG. 1 is a front view of the slot machine of the first embodiment, and FIG. 2 is a front view of the inside of the housing. This slot machine is configured as shown in FIGS. 1 and 2, for example. That is, as shown in FIGS. 1 and 2, in the slot machine 1, the front opening of the housing 3 is closed by the front panel 5 so that the front panel 5 can be opened and closed, and the operation plate 7 is positioned at a substantially central height of the front panel 5. A front plate 9 is disposed above the operation plate 7. At this time, the left end portion of the front panel 5 is rotatably supported by the housing 3 by the hinge, and the entire front surface of the housing 3 is covered and closed by the front panel 5.

  The front plate 9 has three reel windows 11 arranged in parallel. Inside each reel window 11, left, middle, and right rotating reels 12L, 12M, and 12R are arranged, and the rightmost reel window 11 is disposed. Next to is a liquid crystal display 13 for displaying a game effect screen, and each reel window 11 is set so that three symbols of each of the rotating reels 12L, 12M, and 12R can be seen. ing.

  Further, the operation plate 7 includes a bet switch 15 that reduces the number of credited medals and replaces the medals, a start switch 17 for starting rotation of each reel, and first to third stop switches 19L and 19M. , 19R, and a medal insertion slot 25 and a settlement switch 27 for paying out stored medals. In addition, a winning line is drawn on the front plate 9, an effective display lamp 31 for displaying an active line in the winning line, various effect display lamps 33 for displaying the state of a bonus game, and the number of credit medals are displayed. A medal number display 35 is disposed on the front plate 9, and a medal payout outlet 37 and a medal receiver 39 are provided below the operation plate 7. Further, as shown in FIG. 2, a hopper unit (medal paying device) 41 for discharging medals to the medal payout outlet 37 is disposed below each of the rotary reels 12L, 12M, 12R inside the housing 3. ing.

  3 is a front view of the hopper unit, and FIGS. 4 and 5 are front views of the disk. The hopper unit 41 is disposed with its bottom inclined downward to the right, a hopper tank 43 for storing medals, a hopper motor 45 disposed below the hopper tank 43, and a bottom in the hopper tank 43. And a disk 47 disposed rotatably. Here, the center axis 49 that is the center of rotation of the disk 47 passes through the bottom surface 43a of the hopper tank 43, the disk 47 is disposed, and the rotation axis of the hopper motor 45 is directly connected to the center axis 49 of the disk 47, The disk 47 rotates in conjunction with the rotation of the hopper motor 45.

  The disk 47 is a circular plate-like body configured to be rotatable around its rotation shaft 49, and a plurality of circular fitting insertion portions 53 large enough to drop the medal 51 on its surface (eight in this embodiment). The rotation shaft 49 is provided on the same radius as the center. Then, with the rotation of the disk 47 interlocked with the hopper motor 45, the medal 51 inserted into the insertion portion 53 moves toward the medal discharge passage 55 formed in the lower side of the hopper tank 43. On the rotational movement path of the medals on the bottom surface 43a of the hopper tank 43, two guide pins 57 for restricting the moving direction of the medals 51 are projected. Then, when the medal 51 moving with the rotation of the disk 47 in contact with the guide pin 57 in a state of being inserted into the insertion portion 53, the medal 51 pushed by the rear end portion 53a of the insertion portion 53 is changed to the guide pin. 57 is guided through the notch provided in the outer peripheral end portion 53 b of the insertion portion 53, and is separated from the insertion portion 53, and comes into contact with a medal kicker 59 disposed in the medal discharge passage 55.

  The medal kicker 59 is configured to be swingable within a swing range from the start point position (FIG. 4) to the end point position (FIG. 5) about the support shaft 61. In addition, a coil spring 65 having one end connected to the vicinity of the swing shaft 63 of the medal kicker 59 and the other end fixed to the bottom surface 43a of the hopper tank 43 is disposed. The coil spring 65 causes the medal kicker 59 to move to the end position ( It is biased toward the starting point position (FIG. 4) from FIG. Then, the medal 51 that has come into contact with the swing shaft 63 of the medal kicker 59 is further pushed by the disk 47 and further pushes the swing shaft 63 of the medal kicker 59 against the urging force of the coil spring 65 so that the medal kicker 59 is brought to the end position. Move towards. When the medal kicker 59 is positioned at the end point position (FIG. 5), the medal 51 is completely separated from the disk 47. As a result, the medal kicker 59 is vigorously returned to the starting position (FIG. 4) by the urging force of the coil spring 65, whereby the medal 51 is ejected toward the medal payout outlet 37 through the medal discharge passage 55.

  Further, two photo interrupters 67 and 69 are disposed on the bottom surface 43 a of the hopper tank 43 within the swing range of the medal kicker 59. The photo interrupter 67 detects the medal kicker 59 located at the start point position, and the photo interrupter 69 detects the medal kicker 59 located at the end point position. The photo interrupters 67 and 69 are fixed to the sensor casing 71 in advance, so that both the photo interrupters 67 and 69 can be mounted simply by mounting the sensor casing 71 to the bottom surface 43a of the hopper tank 43. The mounting workability is improved. The detailed functions of the photo interrupters 67 and 69 will be described later. Thus, in this embodiment, the guide pin 57 corresponds to the “guide portion” of the present invention, the medal kicker 59 corresponds to the “swing member” of the present invention, and the coil spring 65 corresponds to the “biasing means” of the present invention. Is equivalent to.

  FIG. 6 is a block diagram showing an electrical configuration of the slot machine. In FIG. 6, for convenience of explanation, the power supply unit Vcc and the ground are shown only for the photo interrupters 67 and 69, and the other elements are not shown. A game machine program is stored in the memory 73. When the CPU 75 operates in accordance with the game machine program, the CPU 75 functions as an operation control unit that controls the operation of the entire slot machine, and also controls the game control unit 75a and the state determination. It functions as the means 75b.

  An outline of the game in this slot machine will be described. When the start switch 17 is operated, first, a lottery is performed to determine whether or not it is a win, and rotation of all three rotary reels 12L, 12M, and 12R starts almost simultaneously. Thereafter, when one of the three stop switches 19L, 19M, 19R is operated, the rotation of the rotary reels 12L, 12M, 12R corresponding to the stop switches 19L, 19M, 19R is stopped. When all the three stop switches 19L, 19M, and 19R have been operated, the rotation of all the three rotary reels 12L, 12M, and 12R is stopped. At this time, when a predetermined symbol stops at a predetermined position, a prize is won, and a predetermined number of game medals are paid out to the player, or a predetermined profit is given to the player. In addition, instead of paying out game medals, game medals may be stored (credits). As described above, in this embodiment, when the winning is such that a game medal is paid out, the medal payout condition is satisfied.

  When the game control means 75a satisfies the medal payout condition, it outputs a payout command signal to the motor driver 77. When the payout command signal is input from the CPU 75, the motor driver 77 outputs a high level drive signal to the hopper motor 45. As a result, electric power is supplied to the hopper motor 45 and rotation of the hopper motor 45 is started.

  A signal line from the motor driver 77 to the hopper motor 45 is connected to the base of the NPN transistor Q1. The emitter of the transistor Q1 is grounded, and the collector is connected to the power source Vcc via the photo interrupter 67. With this configuration, when a high-level drive signal is output from the motor driver 77, the transistor Q1 is turned on, power supply from the power supply unit Vcc to the photointerrupter 67 is started, and the photointerrupter 67 starts operating. The output terminal 67a of the photo interrupter 67 is connected to the CPU 75, and the signal level thereof can be detected by the CPU 75.

  In this embodiment, the signal level of the output terminal 67a of the photo interrupter 67 is low when the medal kicker 59 is detected (state of FIG. 4), and high when the medal kicker 59 is not detected (state of FIG. 5). In a non-operating state (transistor Q1 is off), a configuration that is at a high level is employed. Therefore, during normal operation, when a payout command signal is output from the game control means 75a to the motor driver 77 and a high level drive signal is output from the motor driver 77 to the hopper motor 45, the output terminal 67a of the photo interrupter 67 is output. The signal level is inverted from the high level to the low level.

  The signal level of the output terminal 69a of the photo interrupter 69 is configured to be low when the medal kicker 59 is detected (state in FIG. 5), and high when the medal kicker 59 is not detected (state in FIG. 4). It has been adopted. The photo interrupter 69 is always supplied with power from the power supply unit Vcc and is always in an operating state. The output terminal 69 a of the photo interrupter 69 is also connected to the CPU 75, and the signal level can be detected by the CPU 75.

  The fraud notification lamp 79a and the abnormality notification lamp 79b are for notifying an administrator of the slot machine 1, for example, of an illegal act or an abnormality of the device. In this embodiment, for example, as shown in FIG. 3 on the top plate.

  When the signal level of the output terminal 67a of the photo interrupter 67 is inverted from the high level to the low level even though the payout command signal is not output from the game control means 75a, the state determination means 75b receives the signal on the input side of the motor driver 77. It is determined that an illegal signal in place of the payout command signal is applied to the line 76 from the outside, or an illegal signal in place of the drive signal is applied to the signal line 78 on the output side of the motor driver 77 from the outside.

  The state determination means 75b starts the operation of the photo interrupter 67 when the signal level of the output terminal 67a of the photo interrupter 67 does not invert from the high level to the low level when the payout command signal is output from the game control means 75a. Drive signal is not output from the motor driver 77 to the hopper motor 45, the transistor Q1 is out of order, or the circuit from the power supply Vcc is disconnected. Judged as abnormal.

  In addition, the state determination means 75b outputs a payout command signal from the game control means 75a and when the signal level of the output terminal 67a of the photo interrupter 67 is inverted from a high level to a low level within a predetermined time from the inversion time. If the medal kicker 59 is not reversed from the low level to the high level again, the medal kicker 59 has not moved from the start point position to the end point position, so it is determined that the hopper motor 45 is abnormal. It should be noted that the abnormality of the hopper motor 45 includes a medal shortage.

  Further, the state determination means 75b outputs a payout command signal from the game control means 75a, and the signal level of the output terminal 67a of the photo interrupter 67 is inverted from the high level to the low level, and again from the low level to the high level within a predetermined time. When the signal levels of both the output terminal 67a of the photointerrupter 67 and the output terminal 69a of the photointerrupter 69 are regularly inverted as shown in FIG. If either or both signal levels do not match each other, for example, they are not regularly inverted, it is determined that an abnormality has occurred in the apparatus.

  When the state determination means 75b determines that there has been a fraudulent act, the state notification means 75b turns on the fraud notification lamp 79a to notify that, and when it has determined that there has been an abnormality in the device, the abnormality notification lamp 79b is turned on. Turns on and notifies to that effect. Thus, in this embodiment, the photo interrupter 67 corresponds to the “detector” of the present invention, the NPN transistor Q1 corresponds to the “switching means” of the present invention, and the photo interrupter 67 and the NPN transistor Q1 of the present invention. The photo interrupter 69 corresponds to the “motor detection means”, the medal payout detection means of the present invention, and the fraud notification lamp 79a and the abnormality notification lamp 79b correspond to the “notification means” of the present invention.

  Next, the operation will be described with reference to FIGS. FIGS. 7 to 11 are timing charts showing signal levels of respective parts, FIG. 7 shows normal operation, FIG. 8 shows operation when an illegal signal is applied from the outside, and FIG. 9 shows abnormal peripheral circuits. FIG. 10 shows the operation when the hopper motor is abnormal, and FIG. 11 shows the operation when there is an illegal act on the hopper motor or the disk. 7 to 11, signal level inversion and operation on / off switching are performed with a slight time difference from each other. However, in FIG. 7 to FIG. Yes.

  First, normal operation will be described with reference to FIG. When the winning is such that a game medal is paid out and the medal payout condition is satisfied, and a payout command signal is output from the CPU 75 to the motor driver 77 at time t1, a drive signal is output from the motor driver 77 to the hopper motor 45. . In response to this drive signal, the hopper motor 45 starts rotating, the transistor Q1 is turned on, and power is supplied to the photointerrupter 67 from the power supply unit Vcc to start operation. At the start of this operation, the photo interrupter 67 detects the medal kicker 59 located at the start position, so that the signal level of the output terminal 67a is inverted from the high level to the low level.

  The disc 47 is rotated by the rotation of the hopper motor 45, and when the medal kicker 59 is pushed by the medal 51 inserted into the insertion portion 53 along with the rotation of the disc 47, the medal kicker 59 is against the urging force of the coil spring 65. Move from the start point to the end point. When the medal kicker 59 is removed from the photo interrupter 67, the signal level of the output terminal 67a is inverted from the low level to the high level. When the medal kicker 59 moves to the end point position, the signal level of the output terminal 69a of the photo interrupter 69 is inverted from the high level to the low level. When the medal 51 is completely separated from the disk 47, the medal kicker 59 is returned from the end point position to the start point position by the biasing force of the coil spring 65, and the medal 51 is removed from the medal discharge passage 55 by the return of the medal kicker 59. It is discharged toward 37. When the medal kicker 59 returns to the starting position, the signal level of the output terminal 67a of the photo interrupter 67 is inverted from the high level to the low level.

  In this way, the medal kicker 59 repeats rocking within the rocking range from the start point position to the end point position, whereby the inversion of the signal levels of the output terminal 67a of the photo interrupter 67 and the output terminal 69a of the photo interrupter 69 is predetermined. Repeated regularly every hour. When a predetermined number (three in FIG. 7) of paying out medals is finished, the CPU 75 is at time t2 when the medal kicker 59 is located at the start position (the signal level of the output terminal 67a of the photo interrupter 67 is at a low level). The output of the payout command signal from is stopped. As a result, the drive signal from the motor driver 77 is stopped. As a result, the transistor Q1 is turned off, the operation of the photo interrupter 67 is stopped, and the signal level of the output terminal 67a is inverted from the low level to the high level. In the example of FIG. 7, since it operates normally, the fraud notification lamp 79a and the abnormality notification lamp 79b are kept off.

  Next, a description will be given with reference to FIG. Although the payout command signal is not output from the CPU 75 to the motor driver 77, the signal level of the output terminal 67a of the photo interrupter 67 is inverted from the high level to the low level at time t3. This means that the transistor Q1 is turned on and the photo interrupter 67 starts operating. Therefore, an illegal signal in place of the payout command signal is applied to the signal line 76 on the input side of the motor driver 77 from the outside, or an illegal signal in place of the drive signal is applied to the signal line 78 on the output side of the motor driver 77. It is determined that it has been applied from the outside, and the fraud notification lamp 79a is turned on to notify that fact. In this case, when the hopper motor 45 continues to be driven as it is, the photo interrupters 67 and 69 are repeatedly turned on and off as shown in FIG. That is, medals are paid out illegally. As shown in FIG. 8, according to this embodiment, since it is possible to determine an illegal act before the detection of the medal kicker 59 by the photo interrupters 67 and 69, it is possible to prevent unauthorized payment of medals in advance. It becomes possible to prevent.

  Next, a description will be given with reference to FIG. Even though the game medal is paid out and the medal payout condition is satisfied and the payout command signal is output from the CPU 75 to the motor driver 77 at time t4, the signal level of the output terminal 67a of the photo interrupter 67 is low. It is not reversed and remains high. This means that no power is supplied from the power supply unit Vcc to the photo interrupter 67 and the photo interrupter 67 has not started operation. Therefore, the drive signal is output from the motor driver 77, but the transistor Q1 is broken or disconnected from the power supply Vcc, or the motor driver 77 is abnormal and the drive signal is sent from the motor driver 77 to the hopper motor 45. It is determined that an abnormality has occurred in the peripheral circuit, such as not being output, and the abnormality notification lamp 79b is turned on to notify that fact.

  Next, a description will be given with reference to FIG. The game medal is paid out and the medal payout condition is satisfied. At time t5, a payout command signal is output from the CPU 75 to the motor driver 77, and the signal level of the output terminal 67a of the photo interrupter 67 is changed from a high level to a low level. Even when the predetermined time T1 has elapsed since the inversion, the signal level of the output terminal 67a is not inverted from the low level to the high level. This means that the medal kicker 59 has not moved from the starting point position. Therefore, it is determined that the hopper motor 45 is not rotating due to an abnormality, and the abnormality notification lamp 79b is turned on to notify that fact.

  Next, a description will be given with reference to FIG. Although the payout command signal is not output from the CPU 75 to the motor driver 77 and the signal level of the output terminal 67a of the photointerrupter 67 is not inverted, the signal level of the output terminal 69a of the photointerrupter 69 is high at time t6. Is reversed from low to low. This means that the photo interrupter 69 has detected the medal kicker 59. Therefore, the state determination means 75b determines that there has been an illegal act such as illegally supplying electric power directly to the hopper motor 45 from the outside or forcibly rotating the disk 47, and the fraud notification lamp 79a is turned on. Turn it on and let it know. In this case, if the hopper motor 45 continues to be driven as it is, the photo interrupter 69 is repeatedly turned on and off as shown in FIG. That is, medals are paid out illegally.

  As described above, according to this embodiment, the photo interrupter 67 is arranged at the start position of the medal kicker 59, and the operation of the photo interrupter 67 is started based on the drive signal from the motor driver 77. Since the signal level of the output terminal 67a of 67 is inverted, if the signal level of the output terminal 67a is inverted even though the payout command signal is not output, the signal line 76 to the motor driver 77 or the hopper motor 45 is output. By determining that an unauthorized electrical signal is applied to the signal line 78 from the outside, it is possible to find an unauthorized act. Further, when the signal level of the output terminal 67a is not inverted even though the payout command signal is output, it is possible to find a failure of the motor driver 77 by determining that the motor driver 77 is abnormal. Further, when the payout command signal is output and the signal level of the output terminal 67a is reversed and does not reverse again within a predetermined time from the time of the reversal, it is determined that the hopper motor 45 is abnormal, thereby detecting a failure of the hopper motor 45. can do.

  Further, according to this embodiment, since the fraud notification lamp 79a or the abnormality notification lamp 79b is turned on when the state determination means 75b determines that the fraudulent action or the device is abnormal, It becomes possible to deal appropriately with abnormalities.

  Further, according to this embodiment, the photo interrupter 69 is arranged at a position different from the photo interrupter 67, that is, at the end position of the medal kicker 59, and the medal kicker 59 located at the end position is detected. 69, whether or not the swinging motion of the medal kicker 59 is normal or abnormal is determined based on whether the detection results of both 69 are consistent, for example, whether the time difference between the detection points of the medal kicker 59 is within a predetermined range. The determination can be made more reliably. Even if an illegal act is performed on one photo interrupter, the presence or absence of the swing motion of the medal kicker 59 can be detected by the other photo interrupter, so that it is more difficult to establish the illegal act.

  Further, according to this embodiment, power is always supplied to the photo interrupter 69 that is arranged at the end point position of the medal kicker 59 and detects the medal kicker 59 located at the end point position. When the photo interrupter 69 detects the medal kicker 59 even though the command signal is not output, it can be determined that power is illegally supplied to the hopper motor 45 directly from the outside.

  Further, according to this embodiment, the photo interrupter 67 and the transistor Q1 are connected in series between the power supply unit Vcc and the ground, and the transistor Q1 is turned on by the drive signal from the motor driver 77 to supply power to the photo interrupter 67. Since power is supplied from the part Vcc, the operation of the photo interrupter 67 can be started based on the drive signal from the motor driver 77 with a simple circuit configuration. In FIG. 6, the transistor Q1 is connected between the photointerrupter 67 and the ground. However, the same effect can be obtained by connecting the transistor Q1 between the power supply unit Vcc and the photointerrupter 67.

  In the first embodiment, the photo interrupter 67 is arranged at the start position of the medal kicker 59. However, the arrangement position of the photo interrupter needs to be determined according to the output signal characteristics of the photo interrupter to be used. is there. That is, for example, the signal level of the output terminal of the photo interrupter is high when the medal kicker 59 is detected (state of FIG. 4), low when the medal kicker 59 is not detected (state of FIG. 5), and inactive (transistor Q1 If the photo interrupter has a characteristic of being at a high level at the time of (OFF), it is necessary to dispose the photo interrupter at a position deviating from the start position of the medal kicker 59 (a position where the medal kicker 59 is not detected at the start of operation). With this arrangement, the signal level of the output terminal can be inverted when the operation of the photo interrupter starts. Hereinafter, an embodiment using a photo interrupter having such characteristics will be described as a second embodiment.

Second Embodiment
FIG. 12 is a perspective view showing a hopper tank according to the second embodiment, and FIG. 13 is a perspective view showing a hopper body according to the second embodiment. FIG. 14 is a plan view of the main part with the disc removed from the hopper body. 15 and 16 are front views of the medal kicker, FIG. 15 shows the medal kicker located at the start point position, and FIG. 16 shows the medal kicker located at the end point position.

  In the second embodiment, the same reference numerals are given to the same functions as those in the first embodiment. In addition, the configuration of the slot machine 1 and the arrangement of the hopper unit 41 in the second embodiment are the same as those in the first embodiment described with reference to FIGS. For convenience of explanation, the outer periphery of the disk 47 and the medal 51 are indicated by a two-dot chain line in FIG. 14, the outer periphery of the disk 47 and the guide hole 442 are indicated by a two-dot chain line in FIG. 51 and the guide hole 442 are indicated by a two-dot chain line.

  The hopper tank 43 is placed in the hopper tank 43 (FIG. 12) so that the substantially circular through-hole 431 formed in the bottom surface of the hopper tank 43 (FIG. 12) faces the disk 47 disposed on the upper surface 441 of the hopper body 44 (FIG. 13). A hopper unit 41 as shown in FIG. 2 is configured by being fitted into the main body 44. A disk 47 is disposed on the upper surface 441 of the hopper body 44 so as to be rotatable about a rotation shaft 49. Further, a lead plate 551 protrudes from the left end of the upper surface 441 of the hopper body 44. Similarly, a guide wall 552 is erected at a position corresponding to the lead plate 551 at the left end of the upper surface 441 of the hopper main body 44 (in FIG. 13, obliquely upper left of the lead plate 551). When the hopper tank 43 is fitted into the hopper body 44, a gap slightly larger than the medal 51 sandwiched between the lower end 432 of the hopper tank 43, the upper surface 441 of the hopper body 44, the lead plate 551, and the guide wall 552 is formed. A medal discharge passage 55 is formed.

  Further, a guide hole 442 is formed in the upper surface 441 of the hopper body 44 in the vicinity of the outer periphery of the disk 47 and in the vicinity of the medal discharge passage 55. The guide hole 442 is for guiding the swinging of the medal kicker 59 as will be described later. As shown in FIG. 13, a medal kicker roller portion 591 that is a part of the medal kicker 59 and a retainer roller portion 601 that is a part of the retainer 60 protrude upward from the guide hole 442. That is, the upper surface 441 of the hopper main body 44 is formed of a thin plate, and the inside of the hopper main body 44 is hollow, and members such as the medal kicker 59 and the retainer 60 are disposed in the hollow as described below. Yes.

  The medal kicker 59 is supported inside the hopper main body 44 so as to be able to swing within a swing range from a start position (FIG. 15) to an end position (FIG. 16) around the support shaft 590, and parallel to the support shaft 590. And a medal kicker roller portion 591 that protrudes upward from a guide hole 442 that has a tip projecting through the upper surface 441 of the hopper body 44, and a direction perpendicular to the support shaft 590 (almost upward in FIG. 14). An extended medal kicker lever portion 592 is provided. A spring fixing portion 593 is provided substantially at the center of the medal kicker lever portion 592. The spring fixing portion 593 and a spring support portion 443 provided on the hopper body 44 are connected to a coil spring 65 (FIGS. 15 and 16). Both ends of (see) are locked. By the coil spring 65, the medal kicker 59 is urged clockwise from the end point position (FIG. 16) toward the start position (FIG. 15) about the support shaft 590.

  Further, two photo interrupters 670 and 690 are disposed within the swing range of the medal kicker 59 inside the hopper body 44. The photo interrupter 670 detects a medal kicker 59 (medal kicker lever portion 592) located in the vicinity of the end point position. Is detected. Here, the tip of the medal kicker lever portion 592 extends in an arc shape around the support shaft 590. For this reason, for example, as shown in FIG. 16, the detection state of the medal kicker 59 by the photo interrupters 670 and 690 is maintained between the detection positions of the photo interrupters 670 and 690 and the end point position of the medal kicker 59, respectively. The photo interrupters 670 and 690 are integrally formed, thereby improving the workability of attaching the photo interrupters 670 and 690 to the hopper body 44. Detailed functions of the photo interrupters 670 and 690 will be described later.

  The operation of this hopper unit 41 will be described. For example, when the disk 47 rotates clockwise in FIG. 13 around the rotation shaft 49, the medals 51 inserted in the insertion insertion portions 53 (six in this embodiment) move. When the medal 51 comes into contact with the guide pin 57, the medal 51 is pushed by the fitting insertion portion 53 while being guided by the guide pin 57 and comes into contact with the medal kicker roller portion 591. The medal 51 abutting on the medal kicker roller portion 591 is further pushed by the disk 47 to push in the medal kicker roller portion 591, and the medal kicker 59 is counterclockwise about the support shaft 590 against the urging force of the coil spring 65. Rock. When the medal kicker 59 swings to the end point position shown in FIG. 16, the medal 51 is completely separated from the disk 47. As a result, the medal kicker 59 vigorously returns to the starting position shown in FIG. 15 by the urging force of the coil spring 65, thereby passing the medal kicker 59 through the medal discharge passage 55 formed by the lead plate 551 and the guide wall 552. As a result, the medal 51 is ejected toward the medal outlet 37. Thus, in this embodiment, the guide pin 57 corresponds to the “guide portion” of the present invention, the medal kicker 59 corresponds to the “swing member” of the present invention, and the coil spring 65 corresponds to the “biasing means” of the present invention. Is equivalent to.

  A retainer 60 is disposed on the right side of the medal kicker 59. The retainer 60 is also configured in the same manner as the medal kicker 59. That is, a retainer roller portion 601 that is supported in a swingable manner around the support shaft 600 inside the hopper body 44, protrudes in parallel with the support shaft 600, and protrudes from the guide hole 442, and the support shaft And a retainer lever portion 602 extending in one direction perpendicular to 600 (in the right upper direction in FIG. 14). A coil spring 603 is stretched between the tip of the retainer lever portion 602 and a spring support portion 444 provided on the hopper body 44, and the retainer 60 is counterclockwise about the support shaft 600 by the coil spring 603. Is being energized. In this embodiment, a coil spring 603 having a large spring constant is employed. Due to this strong urging force, the swinging range of the retainer roller portion 601 is reduced, so that the guide pin is detached from the fitting insertion portion 53. The retainer roller unit 601 performs a function of pushing back the medal 51 that has been moved between the tip of the disk 57 and the lower surface of the disk 47 toward the disk 47 side. Note that the medal kicker 59 and the retainer 60 are disposed in the hopper main body 44 so that the positions thereof are shifted in the depth direction in FIG. 14 so as not to interfere with each other when swung.

  FIG. 17 is a block diagram showing an electrical configuration of the slot machine of the second embodiment. In FIG. 17, as in FIG. 6, for convenience of explanation, the power supply unit Vcc and ground are shown only for the photo interrupters 670 and 690, and the other elements are not shown. A game machine program is stored in the memory 73. When the CPU 75 operates in accordance with the game machine program, the CPU 75 functions as an operation control unit that controls the operation of the entire slot machine, and also controls the game control unit 75a and the state determination. The point which functions as the means 75b is the same as that of 1st Embodiment. Hereinafter, a description will be given focusing on differences from the first embodiment.

  The photointerrupter 670 has a signal level of its output terminal 671 that is high when the medal kicker 59 is detected (the state of FIG. 16), low when the medal kicker 59 is not detected (the state of FIG. 15), and inactive (transistor Q1 When it is off), a configuration that is at a high level is adopted. That is, the operating characteristics of the photo interrupter 670 are opposite to those of the photo interrupter 67 of the first embodiment. Further, unlike the photo interrupter 67 of the first embodiment, the photo interrupter 670 is arranged in the vicinity of the end point position of the medal kicker 59. Therefore, during normal operation, when a payout command signal is output from the game control means 75a to the motor driver 77 and a high level drive signal is output from the motor driver 77 to the hopper motor 45, the transistor Q1 is turned on. Then, power is supplied to the photo interrupter 670 to start the operation. At this time, since the medal kicker 59 is not detected, the signal level of the output terminal 671 of the photo interrupter 670 is inverted from the high level to the low level.

  On the other hand, the signal level of the output terminal 691 of the photo interrupter 690 is configured to be low when the medal kicker 59 is detected (the state of FIG. 16) and high when the medal kicker 59 is not detected (the state of FIG. 15). It has been adopted. That is, the operating characteristics of the photo interrupter 690 are the same as those of the photo interrupter 69 of the first embodiment. The photo interrupter 690 is always supplied with power from the power supply unit Vcc and is always in an operating state. The output terminal 671 of the photo interrupter 670 and the output terminal 691 of the photo interrupter 690 are connected to the CPU 75, and the respective signal levels can be detected by the CPU 75. Thus, in this embodiment, the photo interrupter 670 corresponds to the “detector” of the present invention, the NPN transistor Q1 corresponds to the “switching means” of the present invention, and the photo interrupter 670 and the NPN transistor Q1 of the present invention. The photo interrupter 690 corresponds to the “motor detection unit”, the medal payout detection unit of the present invention, and the fraud notification lamp 79a and the abnormality notification lamp 79b correspond to the “notification unit” of the present invention.

  In the second embodiment, the base of the transistor Q1 is also connected to the output terminal 751 of the CPU 75 as shown in FIG. Therefore, the transistor Q1 can be turned on regardless of the drive signal from the motor driver 77. That is, the transistor Q1 can be turned on by outputting, for example, a high-level control signal from the output terminal 751 of the CPU 75. Therefore, in the second embodiment, by determining the signal level of the output terminal 671 of the photo interrupter 670 when a high level control signal is output from the output terminal 751 of the CPU 75 to the base of the transistor Q1, the transistor Q1 and the photo An operation test of the interrupter 670 can be performed.

  Next, the operation of the second embodiment will be described with reference to FIGS. 18 to 22 are timing charts showing signal levels of the respective parts, FIG. 18 shows normal operation, FIG. 19 shows operation when an illegal signal is applied from the outside, and FIG. 20 shows abnormal peripheral circuits. FIG. 21 shows the operation when the hopper motor is abnormal, and FIG. 22 shows the operation when there is an illegal act on the hopper motor or the disk. Note that the inversion of the signal level and the on / off switching of the operation in FIGS. 18 to 22 are performed with a slight time difference from each other. However, in FIGS. 18 to 22, they are illustrated to be performed at the same time for convenience of explanation. Yes.

  First, normal operation will be described with reference to FIG. When the winning is such that a game medal is paid out and the medal payout condition is satisfied, and a payout command signal is output from the CPU 75 to the motor driver 77 at time t11, a drive signal is output from the motor driver 77 to the hopper motor 45. . In response to this drive signal, the hopper motor 45 starts rotating, the transistor Q1 is turned on, and power is supplied to the photo interrupter 670 from the power supply unit Vcc to start operation. At the start of this operation, since the photo interrupter 670 does not detect the medal kicker 59, the signal level of the output terminal 671 is inverted from the high level to the low level.

  The disc 47 is rotated by the rotation of the hopper motor 45, and when the medal kicker 59 is pushed by the medal 51 inserted into the insertion portion 53 along with the rotation of the disc 47, the medal kicker 59 is against the urging force of the coil spring 65. Start moving from the start point position to the end point position. When the medal kicker 59 is first detected by the photo interrupter 690, the signal level of the output terminal 691 is inverted from the high level to the low level. Further, when the medal kicker 59 moves to the vicinity of the end point position and is detected by the photo interrupter 670, the signal level of the output terminal 671 is inverted from the low level to the high level. When the medal kicker 59 further moves to the end point position and then the medal 51 is completely separated from the disk 47, the medal kicker 59 is returned from the end point position to the start point position by the biasing force of the coil spring 65. The medal 51 is discharged toward the medal payout outlet 37 through the medal discharge passage 55. At this time, when the medal kicker 59 (medal kicker lever portion 592) first deviates from the detection position of the photo interrupter 670, the signal level of the output terminal 671 is inverted from the high level to the low level. The signal level of the terminal 691 is inverted from the low level to the high level.

  As described above, the medal kicker 59 repeats swinging within the swing range from the start position to the end position, thereby reversing the signal levels of the output terminal 671 of the photo interrupter 670 and the output terminal 691 of the photo interrupter 690, respectively. Repeated regularly every hour. When the predetermined number (three in FIG. 18) of paying out medals is completed, the medal kicker 59 is located at the start position (the signal level of the output terminal 671 of the photo interrupter 670 is low, and the output terminal 691 of the photo interrupter 690). The output of the payout command signal from the CPU 75 is stopped at time t12 when the signal level is high). As a result, the drive signal from the motor driver 77 is stopped. As a result, the transistor Q1 is turned off, the operation of the photo interrupter 670 is stopped, and the signal level of the output terminal 671 is inverted from the low level to the high level. In FIG. 18, since it operates normally, the fraud notification lamp 79a and the abnormality notification lamp 79b are kept off.

  Next, a description will be given with reference to FIG. Although the payout command signal is not output from the CPU 75 to the motor driver 77, the signal level of the output terminal 671 of the photo interrupter 670 is inverted from the high level to the low level at time t13. This means that the transistor Q1 is turned on and the photo interrupter 670 starts operating. Therefore, an illegal signal in place of the payout command signal is applied to the signal line 76 on the input side of the motor driver 77 from the outside, or an illegal signal in place of the drive signal is applied to the signal line 78 on the output side of the motor driver 77. It is determined that it has been applied from the outside, and the fraud notification lamp 79a is turned on to notify that fact. In this case, if the hopper motor 45 continues to be driven as it is, the signal level inversion of the output terminals 671 and 691 of the photo interrupters 670 and 690 is repeated as shown in FIG. That is, medals are paid out illegally. As shown in FIG. 19, according to this embodiment, it is possible to determine an illegal act at time t <b> 13 before the medal kicker 59 is detected by the photo interrupters 670 and 690.

  Next, a description will be given with reference to FIG. Even though the game medal is paid out and the medal payout condition is satisfied and the payout command signal is output from the CPU 75 to the motor driver 77 at time t14, the signal level of the output terminal 671 of the photo interrupter 670 is low. It is not reversed and remains high. This means that no power is supplied from the power supply unit Vcc to the photo interrupter 670 and the photo interrupter 670 has not started operation. Therefore, a drive signal is output from the motor driver 77 (FIG. 20), but the transistor Q1 is broken or the circuit from the power supply Vcc is disconnected, or an abnormality occurs in the motor driver 77, and the motor driver 77 sends a hopper. It is determined that an abnormality such as no drive signal being output to the motor 45 has occurred, and the abnormality notification lamp 79b is turned on to notify that fact. In this manner, abnormality in peripheral circuits such as the motor driver 77 and the transistor Q1 can be determined based on the signal level of the output terminal 671 of the photo interrupter 670.

  Next, a description will be given with reference to FIG. The game medal is paid out and the medal payout condition is satisfied, and at time t15, a payout command signal is output from the CPU 75 to the motor driver 77, and the signal level of the output terminal 671 of the photo interrupter 670 changes from high level to low level. Even when the predetermined time T11 has elapsed since the inversion, the signal level of the output terminal 691 of the photo interrupter 690 is not inverted from the high level to the low level. This means that the medal kicker 59 has not moved from the start position to the detection position of the photo interrupter 690. Therefore, it is determined that the hopper motor 45 is not rotating due to an abnormality, and the abnormality notification lamp 79b is turned on to notify that fact.

  Next, a description will be given with reference to FIG. Although the payout command signal is not output from the CPU 75 to the motor driver 77 and the signal level of the output terminal 671 of the photo interrupter 670 is not inverted, the signal level of the output terminal 691 of the photo interrupter 690 is high at time t16. Is reversed from low to low. This means that the photo interrupter 690 has detected the medal kicker 59. Therefore, the state determination means 75b determines that there has been an illegal act such as illegally supplying electric power directly to the hopper motor 45 from the outside or forcibly rotating the disk 47, and the fraud notification lamp 79a is turned on. Turn it on and let it know. In this case, if the disk 47 is left as it is and the rotation of the disk 47 is continued, the inversion of the signal level of the output terminal 691 of the photo interrupter 690 is repeated as shown in FIG. That is, medals are paid out illegally.

  As described above, according to the second embodiment, the photo interrupter 670 is arranged in the vicinity of the end point position of the medal kicker 59, and the operation of the photo interrupter 670 is started based on the drive signal from the motor driver 77. Since the signal level of the output terminal 671 of the photo interrupter 670 is inverted, the same effect as in the first embodiment can be obtained. That is, when the signal level of the output terminal 671 is inverted even though the payout command signal is not output, an illegal electric signal is applied to the signal line 76 to the motor driver 77 or the signal line 78 to the hopper motor 45 from the outside. By determining that it has been done, fraud can be discovered. Further, when the signal level of the output terminal 671 does not invert even though the payout command signal is output, the failure of the peripheral circuit such as the motor driver 77 is found by determining that the motor driver 77 or the transistor Q1 is abnormal. Can do. Further, when the payout command signal is output and the signal level of the output terminal 671 is inverted, and the signal level of the output terminal 691 of the photo interrupter 690 is not inverted within a predetermined time T11 from the inversion time, it is determined that the hopper motor 45 is abnormal. By doing so, a failure of the hopper motor 45 can be found.

  In addition, according to the second embodiment, the fraud notification lamp 79a or the abnormality notification lamp 79b is turned on when the state determination means 75b determines that the fraudulent act or the device is abnormal. As with the configuration, it is possible to appropriately deal with fraud and device abnormalities.

  Further, according to the second embodiment, since the photo interrupter 690 is arranged closer to the start position of the medal kicker 59 than the detection position of the photo interrupter 670, both the photo interrupters 670 and 690 are used as in the first embodiment. More reliably determining whether the swing motion of the medal kicker 59 is normal or abnormal based on whether the detection results are consistent, for example, whether the time difference between the detection points of the medal kicker 59 is within a predetermined range. Can do. Even if an illegal act is performed on one photo interrupter, the presence or absence of the swing motion of the medal kicker 59 can be detected by the other photo interrupter, so that it is more difficult to establish the illegal act.

  Further, according to the second embodiment, since the power is always supplied to the photo interrupter 690 that detects the medal kicker 59 in the middle of the swing range of the medal kicker 59, the payout command signal is sent from the CPU 75. When the photo interrupter 690 detects the medal kicker 59 even though it has not been output, illegal power is supplied from the outside directly to the hopper motor 45, or an illegal act is directly performed on the disk 47. It can be determined that there was an act.

  Further, according to the second embodiment, the photo interrupter 670 and the transistor Q1 are connected in series between the power supply unit Vcc and the ground, and the transistor Q1 is turned on by the drive signal from the motor driver 77, so that the photo interrupter 670 is connected. Since power is supplied from the power supply unit Vcc, the operation of the photo interrupter 670 can be started based on a drive signal from the motor driver 77 with a simple circuit configuration. In FIG. 17, the transistor Q1 is connected between the photo interrupter 670 and the ground. However, the same effect can be obtained by connecting the transistor Q1 between the power supply unit Vcc and the photo interrupter 670.

  The present invention is not limited to the above-described embodiment, and various modifications other than those described above can be made without departing from the spirit of the present invention. For example, in the first embodiment, the photo interrupter 69 is arranged at the end point position of the medal kicker 59. However, the present invention is not limited to this, and the photo interrupter 69 is located within the swing range of the medal kicker 59 and at a position different from the arrangement position of the photo interrupter 67. I just need it.

  In the first embodiment, the medal kicker 59 swings around the support shaft 61. However, the support shaft 61 may be configured to be slightly movable when pressed by the medal 51. For example, one end of a spring having a larger spring constant than the coil spring 65 may be connected to the support shaft 61, and the other end may be fixed at substantially the same position as the coil spring 65 on the bottom surface 43 a of the hopper tank 43. With this configuration, the medal 51 can be moved more smoothly.

  Further, in the first and second embodiments, the fraud notification lamp 79a for notifying the fact when it is determined to be fraudulent and the abnormality notification for notifying the fact when it is determined that the device is abnormal. The lamp 79b is provided, but is not limited thereto. For example, only one notification lamp may be provided, and the notification lamp may be turned on when it is determined that an illegal act or device abnormality has occurred. Moreover, you may make it alert | report by the liquid crystal display 13 which can display the production | presentation display lamp 33 and an abnormal message, without providing the lamp | ramp for notification separately. In this case, what is necessary is just to change the display content etc. of the production | presentation display lamp 33 or the liquid crystal display 13 by the abnormal aspect of a device, or a fraud. According to these embodiments, the number of parts can be reduced and the configuration can be simplified.

  In the first and second embodiments, a three-reel slot machine is used, but the present invention is not limited to this. For example, the present invention can be applied to a slot machine having four or more reels or a gaming machine in which medals are paid out other than the slot machine.

It is a front view of the slot machine in 1st Embodiment of this invention. It is a front view inside a housing | casing. It is a front view of a hopper unit. It is a front view of a disk. It is a front view of a disk. It is a block diagram which shows the electrical constitution of a slot machine. It is a timing chart which shows normal operation. It is a timing chart which shows operation | movement when a fraud signal is applied. 6 is a timing chart showing an operation when a peripheral circuit is abnormal. It is a timing chart which shows operation when a hopper motor is abnormal. It is a timing chart which shows operation when there is a fraudulent act to a hopper motor or a disk. It is a perspective view which shows the hopper tank of 2nd Embodiment. It is a perspective view which shows the hopper main body of 2nd Embodiment. It is a principal part top view of the state which removed the disk from the hopper main body. It is a front view of medal kicker located in a starting point position. It is a front view of medal kicker located in an end point position. It is a block diagram which shows the electrical constitution of the slot machine of 2nd Embodiment. It is a timing chart which shows normal operation. It is a timing chart which shows operation | movement when a fraud signal is applied. 6 is a timing chart showing an operation when a peripheral circuit is abnormal. It is a timing chart which shows operation when a hopper motor is abnormal. It is a timing chart which shows operation when there is a fraudulent act to a hopper motor or a disk.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Slot machine (game machine), 37 ... Medal payout opening, 41 ... Hopper unit (medal payout device), 43 ... Hopper tank, 45 ... Hopper motor (payout motor), 47 ... Disc, 49 ... Central axis, 51 ... Medal, 53 ... Insertion part, 55 ... Medal discharge passage, 57 ... Guide pin (guide part), 59 ... Medal kicker (swinging member), 67, 670 ... Photo interrupter (motor detection means, detector), 69, 690 ... Photo interrupter (medal payout detection means), 67a, 69a, 671, 691 ... Photo interrupter output terminal, 75 ... CPU, 75a ... Game control means, 75b ... State determination means, 77 ... Motor driver, 79a ... For fraud notification Lamp, 79b... Abnormality notification lamp, Q1... NPN transistor (motor detection means, switch means), Vcc. Source unit

Claims (3)

A game control means for outputting a predetermined payout command signal when a predetermined medal payout condition is satisfied;
A motor driver that outputs a drive signal based on the payout command signal from the game control means;
In a medal payout device of a gaming machine comprising a payout motor that operates based on the drive signal from the motor driver and pays out medals,
Motor detection means in which power is supplied from the power supply unit by the output of the drive signal from the motor driver to the payout motor and the operation starts and the signal level of the output terminal is inverted;
State determination means for determining the state of the apparatus based on the presence or absence of the output of the payout command signal from the game control means and the presence or absence of inversion of the signal level of the output terminal of the motor detection means ;
A hopper tank disposed in the housing of the gaming machine for storing medals;
A disc that is disposed at the bottom of the hopper tank and has a plurality of insertion portions into which medals are inserted and inserted around the central axis thereof, and rotates by driving of the payout motor to move the medals in the insertion portion;
A guide unit that guides a medal that moves by the rotation of the disc from the inside of the insertion portion toward a predetermined medal discharge passage;
A swing member arranged in the medal discharge passage and configured to be swingable within a swing range from a preset start point position to an end point position;
Biasing means for biasing the swing member from the end point position toward the start point position;
The swinging member is pushed by a medal that is moved by the rotation of the disk while being guided by the guide portion, and moves from the starting position to the end position, and then returns to the starting position by the urging force of the urging means. By discharging the medal from the medal discharge passage toward the medal payout opening formed in the housing,
The motor detection means is disposed within the swing range, detects the swing member, and inverts the signal level of the output terminal according to the presence or absence of the detection.
When the drive signal from the motor driver stops, the motor detection means stops supplying power and stops the operation, and the signal level of the output terminal is inverted.
Further, the motor detection means detects a medal payout operation,
The state determination means includes
When the signal level of the output terminal of the motor detection means is inverted even though the payout command signal is not output from the game control means, an illegal signal replacing the payout command signal or an illegal signal replacing the drive signal is externally transmitted. It is determined that it has been applied ,
When the signal level of the output terminal of the motor detection means is not inverted when the payout command signal is output from the game control means, it is determined that the peripheral circuit is abnormal,
When the inverted signal level of the output terminal of said motor detecting means and the payout command signal is outputted from the game control unit, to when not inverted its again when reversing within a predetermined time, determines that abnormality of the dispensing motor A medal payout device for a gaming machine. The motor detection means reverses the signal level of the output terminal when detecting the swing member relative to the signal level of the output terminal when the operation is stopped,
2. The medal payout device for a gaming machine according to claim 1, wherein the motor detecting means is disposed at a starting position of the swing member . The motor detection means reverses the signal level of the output terminal when the swinging member is not detected with respect to the signal level of the output terminal when the operation is stopped,
2. The medal payout device for a gaming machine according to claim 1 , wherein the motor detection means is arranged at a position other than a starting position of the swing member .

Images