JPH0429641Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a winning device for a pachinko machine that has a plurality of electrical components.

(Prior Art) Modern pachinko machines are generally equipped with a winning device called an accessory, and when a specific condition is satisfied, for example, a pachinko ball enters a certain winning opening, The interest in the game is increased by operating this winning device to increase the winning probability, that is, by making it easier for pachinko balls to win.

Currently, many winning devices are electrically operated, including indicators that display the operating status, driving devices such as solenoids and motors that move winning devices such as gate members that open and close winning slots, and decorative lamps. It is equipped with electrical parts that occupy the central part of the collection gutter, also called a ball collection box, that handles winning balls.It is also fixed to the plywood board behind the game board, and the wiring for the electrical parts is connected to one part of the collection gutter. They are connected to relay boards on the periphery (hereinafter referred to as veneer relay boards), and connected to the control circuit unit via these, so that they are built into the machine.

(Problem to be solved by the invention) By the way, as such prize-winning devices have become popular, devices with increasingly varied movements are required, and in the development of prize-winning devices, such devices are required. Research continues to meet these demands.

However, in the process of development, if an attempt is made to change the movement of the prize-winning device, a large number of electrical parts will be used accordingly, and the following concerns arise.

First, a number of wires are drawn out from the winning device according to the number of electrical parts, and each wire must be extended to reach the veneer relay board. Due to the relationship with the wiring of the electrical parts of the collective gutter, it becomes difficult to distinguish between the wiring, and it is easy for the wiring to become entangled, making it easy to make mistakes in connecting to the veneer relay board, and the electrical problems associated with this. The possibility of trouble occurring increases.

Secondly, the wiring becomes cumbersome, and together with the complicated connection work, the assembly of parts on the back of the game board becomes complicated, reducing work efficiency. This leads to a decrease in production efficiency at the production factory and to a lack of smoothness in the work of replacing winning devices at the game hall.

Third, when transporting the prize-winning device, there is a risk that the wires may become tightly intertwined with the wires of other devices, and the wires may be cut depending on how the device is handled.

Fourthly, as the number of wiring increases, the size of the veneer relay board to which the terminal portions (connectors) are connected must be increased, but there is a limit due to the installation space of this veneer relay board.

Fifth, even though we have developed an excellent product with a wide variety of movements, the wiring structure ends up being messy, which reduces its value.

Finally, as mentioned above, the cost increase factor increases.

This invention was made in view of the above circumstances,
The purpose is to provide a prize-winning device that allows electrical components to make a wide variety of movements without causing the above-mentioned problems.

(Means for solving problems) Therefore, the present invention has the following configuration.

That is, it is a winning device for a pachinko machine having a plurality of electrical components, characterized in that it is provided with a substrate on which are attached a plurality of component connecting terminal portions to which the wiring of the plurality of electrical components is connected, and a wiring pull-out terminal portion for pulling out all of the wiring together.

(Operation of the invention) With this configuration, the wiring of the electrical components is gathered on the board, and can be connected all at once to the veneer relay board.

(Example) An example of the present invention will be described below based on the drawings.

In FIG. 4, 1 is a game board of a pachinko machine, and a guide rail 2 is attached to the front of this game board 1 to guide pachinko balls fired from a launching device (not shown). The area surrounded by the rails 2 is a gaming section 3. This game part 3
Inside are a large number of obstacle nails (not shown), a winning device 4 according to the present invention, winning tools 5 to 8, and a winning device 4.
Lamp 9 to display the operation of the out hole 1
0 is arranged. The winning openings 7, 7, 8 are equipped with switches 11, 11, 12 that operate the winning device 4.
(See Figure 1).

The winning device 4 includes a winning space 13 and winning openings 14 and 1 arranged in a lower front area of the winning device 13.
5, 15, a switch 16 (see Fig. 1) provided in the winning opening 14, wing-shaped bodies 17, 17 that open and close the winning space 13, and a solenoid 18 (first solenoid) that drives the wing-shaped bodies 17, 17. (see Figures 1 and 2), a distribution member 19 in the shape of a fighter plane that can move up and down within the winning space 13, and a motor 20 that drives this distribution member 19 (see Figures 1 and 2). ), a switch 20' (see Fig. 2) for turning on and off the motor 20 to control the stop position of the distribution member 19, and a light emitting device consisting of a large number of light emitting diodes to indicate the progress of operation. Diode groups 21, 21 and decorative lamps 22, 22
When the wing-shaped bodies 17, 17 are driven to open and close, the winning probability increases.

Here, when the pachinko ball enters the winning hole 7, the wing-shaped bodies 17, 17 are
When the pachinko ball enters the winning hole 8, the wing-like bodies 17, 17 are opened and closed by the switch 12.
It is driven to open and close. If a pachinko ball enters the winning space 13 during that time and enters the winning hole 14, the switch 1
6 is detected, the wing-shaped bodies 17, 17 are driven to open and close 18 times. If a pachinko ball enters the winning hole 14 again during these 18 operations, the wing-shaped bodies 17, 17 are driven again 18 times from the beginning. This is repeated up to eight times. During these 18 operations, the distribution member 19 is constantly driven and distributes the pachinko balls into the front area where the winning opening 14 is located and the rear area where the winning opening 14 is not based on the positional relationship with the inner ends of the wing-shaped bodies 17, 17. . The light emitting diode groups 21, 21 light up one light emitting diode at the same time as the 18th operation starts, and then light up one light emitting diode one by one as the 18th operation is repeated.
The lamp 22 continues to flash violently during the 18-time operation, and together with the distribution member 19, gives the image of a bombing.

In this way, the winning device 4 moves in a variety of ways due to the operation of the switch 16, the solenoid 18, the motor 20, the light emitting diode groups 21, 21, and the lamp 22, which are electrical components. still,
In FIG. 2, 23 is a front plate exposed inside the gaming section 3, 24 is a rear plate attached to the rear of the front plate 23, and 25 is a mounting plate attached to the rear of the rear plate 24. The wing-like bodies 17, 17 are the front plate 23
It is rotatably supported on the shaft and connected to the solenoid 18. This solenoid 18 is attached to the mounting plate 2
It is fixed to 5. A guide shaft 26 sandwiched between a front plate 23 and a rear plate 24 is inserted into the distribution member 19, and its tail end is connected to the motor 20 via a power transmission mechanism. This motor 20 is fixed to a mounting plate 25. The light emitting diode groups 21, 21 are attached to the front plate 23, and the lamp 22 is attached to the mounting plate 25.
It is fixed to.

In FIG. 1, reference numeral 27 denotes a collecting gutter, and a hole 28 is formed in the center of the collecting gutter 27, which has approximately the same shape as the front surface of the winning device 4 and is slightly larger. The winning device 4 is located within this hole 28, and is attached to the plywood board 29 on the back side of the game board 1 together with the collection gutter 27. Switches 30, 30 for 10 counts are attached to the collecting gutter 27.

31 to 40 are wirings led out from each electrical component of the game board 1, winning device 4, and collecting gutter 27;
1 to 50 are connectors attached to the terminals of each of the wirings 31 to 40.

A veneer relay board 5 is attached to one peripheral edge of the collecting gutter 27.
1 is attached, and this veneer relay board 5
1 has connectors 52-60. Connector 41 of lamp 9, connector 4 of switch 11
2. Connector 43 of switch 12, switch 16
The connector 34 of the switch 30, the connector 35 of the switch 30, and the connector 36 of the light emitting diode group 21 are connected to connectors 52 to 57 of the veneer relay board 51, respectively.

On the back of the mounting plate 25 of the winning device 4,
A board (hereinafter referred to as an accessory relay board) 61 according to the present invention as shown in FIG. 3 is attached. This accessory relay board 61 has connectors 62 to 6 serving as terminals for connecting components on one side.
5 and a connector 66 that serves as a terminal for drawing out the wiring, and these connectors 62 to 6 are attached.
Printed wiring is formed on the side opposite to the side where connectors 6 are attached, so that the wiring connected to connectors 62 to 65 is connected to connector 66.
It is now possible to withdraw all at once. The connector 47 of the solenoid 18, the connector 48 of the motor 20, the connector 49 of the switch 20', and the connector 50 of the lamp 22 are connected to this accessory relay board 6.
1 connectors 62 to 65, respectively.
67 is solenoid 18, motor 20, switch 2
0' and the wirings 37 to 40 of the lamp 22 are bundled together, and 68 and 69 are their connectors. The connector 68 is connected to the connector 66 of the accessory relay board 61, and the connector 69 is connected to the connector 58 of the veneer relay board 51.

70 and 71 are the connectors 5 of the veneer relay board 51
The wiring is a bundle of wiring connected to terminals 2 to 58, and has connectors 72, 73 to 74, 75 at both terminals, respectively. Connector 72 of wiring 70
is connected to the connector 59 of the veneer relay board 51, and the connector 74 of the wiring 71 is connected to the veneer relay board 5.
1 connector 60. The connector 73 of the wiring 70 and the connector 75 of the wiring 71 are
A circuit board (not shown) in which a unit for controlling the various electrical components and others mentioned above is incorporated.
It is connected to.

The collecting gutter 27 has a claw part 76 for wiring processing at an appropriate place.
76,... are formed, and the veneer relay board 5
The wirings 31 to 35 to 1 are connected to these claws 76,
76,... to prevent it from being disturbed. Further, the rear plate 24 of the winning device 4 has hook claws 77, 77 formed on both sides for wiring processing, and the mounting plate 25 has hook grooves 77 formed thereon.
8 is formed. The wirings 36, 36 of the light emitting diode group 21 are arranged to pass through hooking claws 77, 77, respectively, and the wiring 67 for the batch of accessory relay board 61 is arranged to pass through a hooking groove 78.

(Effects of the invention) Since the present invention is configured as described above, it has the following effects.

The wiring for the electrical parts of the prize-winning device is assembled on the accessory relay board so that it can be connected to the veneer relay board all at once, so as the number of electrical parts increases, the number of wires connected to the veneer relay board increases. Therefore, the occurrence of electrical troubles can be extremely reliably prevented.

Since the number of wires directed to the veneer relay board does not increase, it becomes easier to assemble the parts on the back of the game board. As a result, productivity at the production factory is improved, and work to replace winning machines at the game parlor can be carried out smoothly.

The wiring for the electrical parts of the winning device only needs to be short enough to reach the accessory relay board, and the wiring can be connected to the accessory relay board, so when transporting a large number of items at once, it is possible to Even if the wires are handled, it is possible to prevent the wires from intertwining with each other, and therefore the wires will not be cut.

Since the terminal portions of the wires connected to the veneer relay board can be grouped together, the veneer relay board can be made smaller because it takes up less space than connecting the terminal portions of each wire.

Furthermore, since some of the many electrical components can use a common signal line, the terminal portion of the wiring can be made smaller accordingly, allowing the veneer relay board to be further miniaturized.

Because the wiring structure becomes orderly,
Product value improves.

Because of ..., it is possible to reduce costs.

[Brief explanation of the drawing]

Fig. 1 is a structural diagram of the main parts of the back of the game board showing the winning device of the present invention together with the wiring structure of its electrical parts on the back of the game board; Fig. 2 is a perspective view of the winning device of the present invention seen from the back; FIG. 3 is a diagram showing only the accessory relay board according to the present invention, and FIG. 4 is a front view of the game board of the pachinko machine according to the present invention. 1...Game board, 4...Winning device, 18...Solenoid, 20...Motor, 20'...Switch,
21...Light emitting diode group, 22...Lamp, 3
7-40...Wiring, 61...Accessory relay board, 62
~65...Connector as a terminal part for connecting parts,
66...Connector as a terminal section for drawing out wiring.

Claims (1)

[Scope of Claim for Utility Model Registration] A winning device for a pachinko machine having a plurality of electrical parts, comprising a plurality of component connection terminals to which the respective wirings of the plurality of electrical parts are connected, and a plurality of component connection terminals to which the respective wirings are connected together. A winning device for a pachinko machine, characterized in that a board is provided with a wiring draw-out terminal section for pulling out a wire.