JP3063041U - Power supply device for pachinko machine - Google Patents

Abstract

(57) [Problem] To provide a power supply device for a pachinko machine having a function of preventing illegal play without particularly complicated work. A power supply device for a pachinko machine that transforms a voltage of a commercial power supply to a predetermined voltage V1 by a transformer circuit 1 and supplies the voltage to a plurality of pachinko machines P. A voltage input time conversion circuit 2 for automatically shifting the input timing of the voltage V1 supplied to each pachinko machine P so as to be different for each pachinko machine P is provided.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a power supply device for a pachinko machine. More specifically, the present invention relates to a power supply device for a pachinko machine that can prevent illegal play on a pachinko machine and prevent a functional deterioration of the pachinko machine by always supplying a stable voltage to the pachinko machine. Is what you do.

[0002]

[Prior art]

 As an illegal game in a pachinko amusement park, there is one in which a plurality of illegal game players form a group and cooperate. This is because when each of the illegal players plays a game with a bodily sensation device that emits a vibrating sound at the same frequency and at the same injection timing on one's body, one of them makes a big hit (so-called fever), A predetermined rhythm at the same timing and according to the model as the fraudulent player (a rhythm that hits a pachinko ball for a predetermined time within the same timing or intentionally stops hitting another predetermined time) Is to hit the pachinko ball. This timing is adjusted by the vibration sound of the body sensation. It should be noted that games using body sensation devices are prohibited, but it is difficult to judge whether or not pachinko game halls (stores) use body sensation devices because they are worn on the body.

[0003] By hitting or stopping the pachinko ball at the same timing as the person who has hit the jackpot, there is a great possibility that other illegal players will also hit the jackpot. This is due to the fact that all the pachinko machines in the pachinko amusement park are turned on at the same time by turning on the main switch, so that the timing of applying the power supply voltage to each pachinko machine is the same. . As a means to solve this problem, it is conceivable to turn on the power switch of each pachinko machine one by one and to shift the timing of turning on the power supply voltage of each pachinko machine.

[0004] On the other hand, as another problem different from fraudulent games, pachinko machines usually use a commercial power supply of AC 100V, which is stepped down to AC 24V by a transformer circuit, as a power supply voltage. Maintained by automatic voltage regulator. This is because if the voltage of the power supply is unstable, the function of the pachinko machine deteriorates.

[0005]

[Problems to be solved by the invention]

 However, with regard to the problem of illegal play prevention, the task of turning on the power switches of all hundreds of pachinko machines in one pachinko game hall in practice requires a lot of time and effort, and is extremely real. Lack of sex.

[0006] Regarding the problem of the function deterioration of the pachinko machine, the supply voltage is still unstable in the conventional automatic voltage regulator, and the function deterioration cannot be denied.

[0007] Therefore, an object of the present invention is to provide a power supply device for a pachinko machine having a function of preventing illegal play without particularly complicated work.

Another object of the present invention is to provide, in addition to the above object, a pachinko machine having a function of constantly stabilizing a power supply voltage supplied to each pachinko machine and preventing a function of the pachinko machine from being degraded. An object of the present invention is to provide a power supply device.

[0009]

[Means for Solving the Problems]

 In order to achieve the above object, a power supply device for a pachinko machine according to claim 1 of the present invention converts a voltage of a commercial power supply to a predetermined voltage by a transformer circuit (1). In the power supply device for pachinko machines to be supplied to each of the pachinko machines (P1 to P5), the voltage supplied to each of the pachinko machines (P1 to P5) is provided between the transformer circuit (1) and the plurality of pachinko machines (P1 to P5). A voltage application time conversion circuit (2) for automatically shifting the application timing so as to be different for each pachinko machine (P1 to P5) is provided.

The power supply device for a pachinko machine according to claim 2 transforms the voltage of a commercial power supply to a predetermined voltage by a transformer circuit (1) and supplies the voltage to a plurality of pachinko machines (P1 to P5). In the power supply device for a pachinko machine, the timing of applying the voltage supplied to each of the pachinko machines (P1 to P5) between the transformer circuit (1) and the plurality of pachinko machines (P1 to P5) is determined by the timing of each pachinko machine ( P1 to P5) are provided with a voltage application time conversion circuit (2) for automatically shifting them so as to differ from each other. The voltage application time conversion circuit (2) includes a plurality of relays (2b) for delaying the output for a predetermined time. ), The plurality of relays (2b) have different predetermined times for delaying the output, and one of the plurality of pachinko machines (P1 to P5) has a pachinko machine (P1). Les -(2b), but the remaining pachinko machines (P2 to P5) are each connected to the corresponding relay (2b).

Further, the power supply device for a pachinko machine according to claim 3 transforms the voltage of the commercial power supply to a predetermined voltage by a transformer circuit (1) and supplies the voltage to a plurality of pachinko machines (P1 to P5). In the power supply device for a pachinko machine, the timing of applying the voltage supplied to each of the pachinko machines (P1 to P5) between the transformer circuit (1) and the plurality of pachinko machines (P1 to P5) is determined by the timing of each pachinko machine ( A voltage application time conversion circuit (2) for automatically shifting the power supply so as to be different for each of P1 to P5) is provided, and a toroidal transformer is provided between the commercial power supply and the transformer circuit (1) by a motor (M). The primary voltage (V1) of the transformer circuit (1) is changed by changing the position of the sliding piece (4a) in contact with (T), and the secondary voltage (V1) of the transformer circuit (1) is changed. V2) to a predetermined voltage The control unit (10) of the voltage control circuit (3) receives the secondary voltage (V2) of the transformer circuit (1) and receives the secondary voltage (V2). V2) is compared with a preset reference voltage (V0). If the secondary voltage (V2) is lower than the reference voltage (V0), the motor (M) is driven to rotate forward and the sliding piece (4a) is driven. By moving the transformer in the positive direction and increasing the primary voltage (V1) of the transformer circuit (1), the secondary voltage (V2) of the transformer circuit (1) is increased. Conversely, the secondary voltage (V2) is increased. If the voltage is higher than the reference voltage (V0), the motor (M) is driven in the reverse direction to move the sliding piece (4a) in the reverse direction, thereby lowering the primary side voltage of the transformer circuit (1). It is characterized by lowering the secondary voltage (V2).

Further, the power supply device for a pachinko machine according to claim 4 transforms the voltage of a commercial power supply to a predetermined voltage by a transformer circuit (1) and supplies the voltage to a plurality of pachinko machines (P1 to P5). In the power supply device for a pachinko machine, the timing of applying the voltage supplied to each of the pachinko machines (P1 to P5) between the transformer circuit (1) and the plurality of pachinko machines (P1 to P5) is determined by the timing of each pachinko machine ( P1 to P5) are provided with a voltage application time conversion circuit (2) for automatically shifting them so as to differ from each other. The voltage application time conversion circuit (2) includes a plurality of relays (2b) for delaying the output for a predetermined time. ), The plurality of relays (2b) have different predetermined times for delaying output, and one of the plurality of pachinko machines (P1 to P5) has a pachinko machine (P1). Les -(2b), the remaining pachinko machines (P2 to P5) are connected to the corresponding relays (2b), and the motor is connected between the commercial power supply and the transformer circuit (1). By changing the position of the sliding piece (4a) in contact with the toroidal transformer (T) by (M), the primary side voltage (V1) of the transformer circuit (1) is changed, and the transformer circuit (1) is changed. And a voltage control circuit (3) for controlling the secondary voltage (V2) of the voltage control circuit to a predetermined voltage. When the secondary voltage (V2) is lower than the reference voltage (V0), the secondary voltage (V2) is compared with a preset reference voltage (V0). The motor (M) is driven to rotate forward, and the sliding piece (4a) is moved in the forward direction, so that the transformer circuit (1) By increasing the primary voltage (V1), the secondary voltage (V2) of the transformer circuit (1) is increased. Conversely, when the secondary voltage (V2) is higher than the reference voltage (V0), the motor (M) is activated. The secondary voltage (V2) of the transformer circuit (1) is reduced by lowering the primary voltage of the transformer circuit (1) by driving the sliding member (4a) in the reverse direction by driving in reverse. I do.

Symbols in parentheses indicate corresponding elements or corresponding items described in the drawings and embodiments of the invention described later.

According to the power supply device for a pachinko machine according to the first aspect of the present invention, when the main switch of the pachinko machine is turned on, the power supply transformed from the commercial power supply (100V) to the predetermined voltage (24V) by the transformer circuit. All pachinko machines are enabled by the voltage. At this time, since the voltage application time conversion circuit is provided between the transformer circuit and each pachinko machine, the application timing of the voltage supplied to each pachinko machine is slightly shifted.

[0015] Therefore, if the first one of a plurality of illegal players has a jackpot when attempting to play illegally with a bodily sensation, the other fraudulent players use the bodily sensation to identify with that person. Even if you hit or stop the pachinko ball in the timing of the above, the power supply voltage of the pachinko machine where the person and the other person are playing is different in the timing of turning on the power supply, so it is impossible to illegally hit the jackpot .

According to the power supply device for a pachinko machine according to claim 2 of the present invention, in addition to the function and effect of the invention according to claim 1, the voltage-on time conversion circuit delays the output for a predetermined time. Since it is composed of a timer circuit having the above relay, the configuration is simple and the cost can be reduced. Also, one of the pachinko machines is not connected to the relay because it is used as a reference. Therefore, the number of relays can be reduced by one.

According to the third and fourth aspects of the present invention, in addition to the functions and effects of the first and second aspects of the present invention, a voltage control circuit is provided between the commercial power supply and the transformer circuit. Therefore, when the supply voltage to the pachinko machine transformed by the transformer circuit is different from the preset reference voltage (24 V), the voltage is immediately increased / decreased to the reference voltage. Therefore, the supply voltage can always be set to the reference voltage (24 V), and the function of the pachinko machine can be prevented from deteriorating.

[0018]

[Embodiment of the invention]

 Referring to FIG. 1, a power supply device for a pachinko machine according to an embodiment of the present invention will be described. FIG. 1 is an electric circuit diagram showing a power supply device for a pachinko machine.

A power supply device for a pachinko machine according to an embodiment of the present invention is a device for converting a commercial power supply of AC 100V to AC 24V by a transformer circuit 1 and supplying the AC power to each of the plurality of pachinko machines P1 to P5. Voltage input time for automatically shifting the input timing of the voltage supplied to each of the pachinko machines P1 to P5 so as to be different for each of the pachinko machines P1 to P5. The conversion circuit 2 is provided. The voltage application time conversion circuit 2 includes a timer circuit 2a having a plurality of relays 2b for delaying the output for a predetermined time, and the plurality of relays 2b are set to have different predetermined times for delaying the output.

[0020] Specifically, the relay 2b shifts the supply timing of the power supply voltage supplied to each of the pachinko machines P1 to P5 by 0.8 seconds. Here, one of the plurality of pachinko machines P1 to P5 is not connected to the relay 2b, and the remaining pachinko machines P2 to P5 are connected to the corresponding relays 2b. Therefore, based on the input timing of the voltage supplied to one pachinko machine P1, the input timing of the voltage supplied to the second pachinko machine P2 is shifted by 0.8 seconds, and the third machine is shifted. The input timing of the voltage supplied to the pachinko machine P3 is shifted by 0.16 (= 0.8 × 2) seconds, and the input timing of the voltage supplied to the fourth pachinko machine P4 is 0.24 (= The timing at which the voltage supplied to the fifth pachinko machine P5 is shifted by 0.8 × 3) seconds is shifted by 0.32 (= 0.8 × 4) seconds. Note that the plurality of pachinko machines P1 to P5 are not necessarily shifted in order from the beginning by 0.8 seconds, but may be shifted in an appropriate order.

Therefore, even if an attempt is made to use a bodily sensation device to perform illegal play, the timing of turning on the power supply voltage is different between the pachinko machine that has hit the jackpot and the pachinko machine that other illegal players are playing. I have no idea if there is a timing gap. As a result, it becomes impossible to play illegally using the bodily sensation device.

Further, in this power supply device for a pachinko machine, the use of changing the position of the sliding piece 4 a in contact with the toroidal transformer T by the motor M between the commercial power supply and the transformer circuit 1 is utilized. A voltage control circuit 3 is provided for changing the primary voltage V1 of the transformer circuit 1 and controlling the secondary voltage V2 of the transformer circuit 1 to a predetermined voltage. The voltage control circuit 3 mainly includes a step-up / step-down circuit 4 composed of a sliding piece 4a and a toroidal transformer T, a motor M for driving the sliding piece 4a, and a control unit 10 for controlling the whole.

The controller 10 receives the secondary voltage V 2 of the transformer circuit 1. Then, the control unit 10 compares the secondary voltage V2 with a preset reference voltage V0 (24 V), and drives the motor M to rotate forward when the secondary voltage V2 is lower than the reference voltage V0. By moving the moving piece 4a in the positive direction and increasing the primary voltage V1 of the transformer circuit 1, the secondary voltage V2 of the transformer circuit 1 is increased. Conversely, if the secondary voltage V2 is higher than the reference voltage V0. The motor M is driven in the reverse direction to move the sliding piece 4a in the reverse direction to lower the primary voltage of the transformer circuit 1 and thereby control the secondary voltage V2 of the transformer circuit 1 to be reduced. As a result, the secondary voltage V2 of the transformer circuit 1 is controlled so as to always be a constant reference voltage VO (24 V).

The control unit 10 is provided with a voltage fine adjustment circuit 5 so that when an error of ± 5% occurs in the reference voltage V0 of 24 V, the voltage can be manually adjusted to the normal reference voltage V0. ing. The degree of error in the reference voltage V0 can be detected by a voltmeter 9 attached to the secondary side of the transformer circuit 1. Therefore, the reference voltage V0 is always accurate, and the voltage supplied to the pachinko machines P1 to P5, which is stepped up and down based on this voltage, is also accurately maintained at a constant voltage (24 V). Deterioration of the function of P5 is prevented. Reference numeral 12 denotes a relay terminal, and reference numeral 13 denotes a transformer circuit for transmitting a power supply voltage corresponding to the control unit 10.

Further, in the present embodiment, a changeover switch 6 is provided. For example, when the voltage control circuit 3 becomes out of order, the voltage is not changed through the voltage control circuit 3 but through the bypass circuit. The circuit 1 is energized. More specifically, when the voltage control circuit 3 is normal, as shown in FIG. 1, the manual lever 11 is brought to the front side and the terminals c, e, d and f are connected. When an abnormality occurs in the terminal 3, the lever 11 is moved to the opposite side indicated by the arrow X, and the terminals c and a, and d and b are connected. This allows the pachinko machines P1 to P5 to operate even when the voltage control circuit 3 fails. Also at this time, since the voltage application time conversion circuit 2 is operating, it is possible to prevent illegal play beforehand.

In the present embodiment, the electric cord 7 directly connected to each of the pachinko machines P1 to P5 is shielded, thereby preventing generation of noise and utilizing other electric actions. It has decided to prevent such illegal play.

In the present embodiment, a play place for the slot machines S1 to S3 is secured alongside the play places of the pachinko machines P1 to P5, and the voltage supplied to the plurality of slot machines S1 to S3 is also changed. The voltage after being made constant by the voltage control 3 prevents the slot machines S1 to S3 from deteriorating their functions.

In the present embodiment, an example in which the number of pachinko machines is five has been described. However, the number is not particularly limited. If the number is more than one, the power supply voltage input timing is delayed so as to be different from each other. What is necessary is just to arrange the relay in which the time was set.

[0029]

[Effect of the invention]

 As described above, according to the power supply device for a pachinko machine according to claim 1 of the present invention, the voltage input time conversion circuit is provided between the transformer circuit and each pachinko machine, so that each pachinko machine has a The supply timing of the supplied voltage is slightly shifted. Therefore, if one of a plurality of unauthorized players hits a jackpot when trying to play illegally with a bodily sensation device, the other malicious player will use the bodily sensation device at the same timing as that person. Even if a pachinko ball is hit or stopped in the middle, the timing of turning on the power supply voltage of the pachinko machine where the person and the other person are playing is different, so that a big hit cannot be illegally made.

According to the power supply device for a pachinko machine according to claim 2 of the present invention, in addition to the operation and effect of the invention according to claim 1, the voltage-on time conversion circuit delays the output for a predetermined time. Since it is composed of a timer circuit having the above relay, the configuration is simple and the cost can be reduced. Also, one of the pachinko machines is not connected to the relay because it is used as a reference. Therefore, the number of relays can be reduced by one.

According to the third and fourth aspects of the present invention, in addition to the functions and effects of the first and second aspects, a voltage control circuit is provided between the commercial power supply and the transformer circuit. Therefore, when the supply voltage to the pachinko machine transformed by the transformer circuit is different from the preset reference voltage (24 V), the voltage is immediately increased / decreased to the reference voltage. Therefore, the supply voltage can always be set to the reference voltage (24 V), and the function of the pachinko machine can be prevented from deteriorating.

[Brief description of the drawings]

FIG. 1 is an electric circuit diagram showing a power supply device for a pachinko machine according to an embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Transformer circuit 2 Voltage input time conversion circuit 2a Timer circuit 2b Relay 3 Voltage control circuit 4 Step-up / step-down circuit 4a Sliding piece 5 Voltage fine adjustment circuit 6 Changeover switch 7 Electric cord 9 Voltmeter 10 Control unit 11 Lever M Motor T Toroidal transformer P1 to P5 Pachinko machine S1 to S3 Slot machine V0 Reference voltage V1 Primary voltage V2 Secondary voltage

Claims (4)

[Utility model registration claims] 1. A pachinko machine power supply apparatus for transforming the voltage of a commercial power supply to a predetermined voltage by a transformer circuit and supplying the voltage to a plurality of pachinko machines, wherein each pachinko machine is provided between the transformer circuit and the plurality of pachinko machines. A power supply device for a pachinko machine, comprising a voltage application time conversion circuit for automatically shifting the timing of applying a voltage supplied to the machine to each pachinko machine so as to be different. 2. A pachinko machine power supply device for transforming the voltage of a commercial power supply to a predetermined voltage by a transformer circuit and supplying the voltage to a plurality of pachinko machines, wherein each pachinko machine is provided between the transformer circuit and the plurality of pachinko machines. It is equipped with a voltage input time conversion circuit to automatically shift the input timing of the voltage supplied to the table so that it differs for each pachinko machine.
The voltage application time conversion circuit includes a timer circuit having a plurality of relays for delaying the output for a predetermined time, wherein the plurality of relays have different predetermined times for delaying the output, and one of the plurality of pachinko machines. Is not connected to the relay, but the remaining pachinko machines are connected to the corresponding relays, respectively. 3. A pachinko machine power supply apparatus for transforming the voltage of a commercial power supply to a predetermined voltage by a transformer circuit and supplying the voltage to a plurality of pachinko machines, wherein each pachinko machine is provided between the transformer circuit and the plurality of pachinko machines. A voltage input time conversion circuit for automatically shifting the input timing of the voltage supplied to the table to be different for each pachinko machine is provided.
The primary voltage of the transformer circuit is changed between the commercial power supply and the transformer circuit by changing the position of the sliding piece that contacts the toroidal transformer by the motor, and the secondary voltage of the transformer circuit is changed. A voltage control circuit for controlling the predetermined voltage is provided, and a control unit of the voltage control circuit inputs a secondary voltage of the transformer circuit, and sets the secondary voltage to a predetermined reference voltage. In comparison, if the secondary voltage is lower than the reference voltage, the motor is driven forward to move the sliding piece in the positive direction, and the primary voltage of the transformer circuit is increased by increasing the secondary voltage of the transformer circuit. Conversely, if the secondary voltage is higher than the reference voltage, the motor is driven in reverse to move the sliding piece in the opposite direction, thereby lowering the primary voltage of the transformer circuit to lower the secondary voltage of the transformer circuit. A power feeding device for a pachinko machine. 4. A pachinko machine power supply device for transforming the voltage of a commercial power supply to a predetermined voltage by a transformer circuit and supplying the voltage to a plurality of pachinko machines, wherein each pachinko machine is provided between the transformer circuit and the plurality of pachinko machines. A voltage input time conversion circuit is provided for automatically shifting the input timing of the voltage supplied to the table to be different for each pachinko machine, and the voltage input time conversion circuit includes a plurality of relays for delaying the output for a predetermined time. The plurality of relays have different predetermined times for delaying the output, and one of the plurality of pachinko machines is not connected to the relay, but the remaining pachinko machines are connected to the corresponding relays. Connected, and the position of the sliding piece that contacts the toroidal transformer by the motor changes between the commercial power supply and the transformer circuit. A voltage control circuit that changes the primary voltage of the transformer circuit to control the secondary voltage of the transformer circuit to the predetermined voltage is provided, and the control unit of the voltage control circuit includes: The secondary side voltage of the transformer circuit is inputted, and the secondary side voltage is compared with a preset reference voltage. If the secondary side voltage is lower than the reference voltage, the motor is driven forward and the sliding piece is moved forward. To increase the secondary voltage of the transformer circuit by increasing the primary voltage of the transformer circuit,
Conversely, when the secondary voltage is higher than the reference voltage, the motor is driven in the reverse direction to move the sliding piece in the reverse direction, thereby lowering the primary voltage of the transformer circuit to reduce the secondary voltage of the transformer circuit. Characteristic power supply device for pachinko machines.