KR200230795Y1 - Driving gear of medal game machine - Google Patents

Abstract

The present invention relates to a plate driving device of a medal game machine, which allows two plates to be driven smoothly with a single motor and reciprocally drives a sensor at a position where a medal is injected, thereby recognizing the medal as a bonus through a separate function. The goal is to add a configuration that injects multiple medals, so that the configuration is simple, very efficient, and more fun to play.

In the configuration, after the motor 12 is configured at the lower end, the gear 14, the sensor gear 15 and the plate gear 16 are formed on the shaft 12 'protruding from the lower support plate 13, It is fixed to the top of the rotating rod 17, and the end of the rotating rod 17 is connected to the two sliding plate between the working plate 18, the plate 11 is installed to be rotatable, and also to the axis of the sensor gear 15 After the fixed installation of the rotation 21, the other end of the link 20 is installed to be rotatable, the upper part of the support plate 13 'install two sensor drive intervals 22 for installing a sensor, but One link 20 is connected to the sensor drive section 22 on one side, and after the supply base for storing the medal at the upper end of the medal game machine 1, when the sensor detects the medal, it is connected to a separate electronic game system Afterwards, the medal of supply team was configured to supply.

Therefore, the present invention provides a configuration capable of smoothly operating the two plates 11 using one motor 12, and at the same time is configured to reciprocally drive the sensor 23, the medal 23 sensor 23 This allows the user to double the interest in playing the game in conjunction with the ability to supply medals at the top of the game machine.

Description

Driving device for medal game machine {Driving gear of medal game machine}

The present invention relates to a plate driving device of a medal game machine, and more particularly, to enable smooth and efficient driving of a plate to push and drop medals, and to make the game more fun.

As is well known, the medal game machine is injected with a coin-like medal through the inlet provided in the upper part of the game machine, and the medals fall on the support plate where the plates move. If you fall in the forward direction of the wheat plate, the person who injects the medal obtains the fallen medal.

Therefore, if the game machine is lucky, a large number of medals can be dropped at once even if one medal is put, so the game method is simple and popular game machine.

Such a medal game machine is a configuration in which a plurality of plates are installed in one game machine in order to utilize space, and after the whole game machine is configured in a polygon, each plate is configured to perform a forward and backward action from the center of the game machine.

However, in the conventional medal game machine, one motor is configured for each of the plates, and one motor is configured to operate one of the plates. Therefore, the waste of power is very complicated and the configuration is very complicated, and the plates are directly connected to the motor. Because of the configuration, it was not possible to connect and configure other driving devices, such as to enjoy the game more fun, there was a disadvantage that the lack of interest simply by dropping the medal.

The present invention devised in view of the above problems, in the construction of the driving device of the medal game machine, it is possible to smoothly and accurately drive the two push plates with one motor, as well as to reciprocally drive the sensor in the position where the medal falls. When the medal is detected by the sensor, it is possible to add a configuration that injects multiple medals as a bonus through a separate function, and the configuration is simple, but very efficient driving and more fun game.

1 is a perspective view of a medal game machine according to the present invention

2 is a perspective view showing a drive device of the present invention

3 is a perspective view showing the internal configuration of FIG.

4 is a perspective view showing the internal configuration of FIG.

Figure 5 is an exploded perspective view showing the supply table and the drive device of the present invention

*** Description of the symbols for the main parts of the drawings ***

1: medal game machine 2: slot 3: aisle

4: wall surface 5: pin 10: drive unit

11: plate 12: motor 12 ': motor shaft

13, 13 ': support plate 14: gear 15: gear for sensor

16: Sliding Gear 17: Turning 18: Sliding Interaction

19: Error detection sensor 20: Link 21: Between rotations

22: Sensor drive section 23: Sensor 24: Mounting part

25: connecting rod 30: supply base 31: opening

32: support portion 33: rotary support plate 34: guide piece

35: stop piece 36: support plate 37: support protrusion

38: cushioning material 39: working shaft 40: roller

41: gear 42: rotating motor 43: gear

44: push rod 45: ball joint 46: lifting motor

47: lifting device 48: detection protrusion 49: sensor

Preferred configuration examples for implementing the present invention in detail with reference to the accompanying drawings as follows.

Medal game machine (1) to which the present invention is applied is composed of a hexagon as a whole as shown in Figure 1 and the six plates 11 are driven radially back and forth around the center portion, the inlet for injecting medals in the upper portion (2) When the medal is put in the configuration, it is configured to flow down the upper part of the wheat plate 11 or the supporting plate 6 in front of the plate 11 along the wall surface 4. (9) is comprised.

The driving device 10 of the present invention is installed at the center of the medal game machine 1 to drive six wheat plates 11, and three motors 12 are installed for each one of two motors 12. Install the plate 11.

Referring to the configuration of the drive device 10 in detail with reference to Figs. 2 to 4, after configuring the motor 12 at the bottom and the two support plates 13 (13 ') at regular intervals on the top and the inside thereof A device for converting rotational motion into reciprocating motion is constructed while transmitting power.

In the device, the gear 14 is formed on the shaft 12 'of the motor 12 protruding above the lower support plate 13, and then the sensor gear 15 that rotates with the gear 14 is installed. Next, the plate container gear 16 meshed with the sensor gear 15 was configured again.

The upper part of the plate gear 16 is fixed to the rotation bar 17 and connected to the two plate action bar 18 to form a 60-degree angle to the end of the rotation bar 17 so as to be rotatable, and again each plate action At the end of the liver 18, the plate 11 was installed to be rotatable.

Therefore, the gear 14 rotates due to the rotation of the motor 12, the sensor gear 15 and the plate gear 16 rotate, and the rotation 17 is rotated by the plate gear 16. It is to act to push and pull the mill between the action 18 while rotating, and eventually the plate 11 is the reverse action.

With the above structure alone, the milling plate 18 and the plate 11 can rotate in the rotational direction of the plate 17, but when installed in the game machine 1 is installed so that both sides of the plate 11 is guided (11) repeats only the forward and backward action.

At the position where the rear plate 11 is reversed, an error detection sensor 19 is installed to detect whether the rear plate 11 is normally reversed, and when the reverse plate is not detected at a predetermined time, the operation of the motor 12 is stopped.

In addition, after the shaft of the sensor gear 15 is protruded to the upper portion of the support plate 13 ', it is possible to fix the rotation section 21 here again and to rotate the link 20 at the other end of the rotation section 17. Was installed.

The upper part of the support plate 13 'is provided with two sensor drive sections 22. The rear end is rotatably installed at the rear end of the support plate 13', and the mounting part 24 for installing the sensor 23 at the front end is provided. ), The center portion is connected to the connecting rod 25 to enable simultaneous movement and the link 20 is connected to the sensor drive section 22 on one side.

Accordingly, the sensor gear 15 rotates by the rotation of the motor 12 and accordingly the rotation 21 drives the link 20 while the link 21 rotates, and the link 20 drives two sensor driving sections 22. ) Is rotated.

The position at which the sensor 23 is driven is a position where the game player puts the medal through the inlet 2 and the medal flows down or on the front plate 11 in the wall 4. When hitting the pin (5) is installed on the wall (4) is not flowed vertically, but flows down to an irregular position, when the flow down is lucky to flow in front of the reciprocating sensor (23) is detected separate electronic If a game system (for example, a computer game such as a slot machine) is operated and a conclusion is obtained with a certain probability here, the supply table 30 described below is operated to supply a large amount of medals as a service.

Hereinafter, the configuration of the supply table 30 will be described in detail with reference to FIG. 5.

After forming the passage (3) flows into the same place to put the medals into the inlet (2) in the upper part of each mill 11, the supply stand 30 is formed thereon, the supply stand 30 is one side The opening part 31 was formed in the tank so that the medal could fall when the supply table 30 was tilted.

After forming the two support parts 32 on the open part 31 side of the bottom of the supply table 30, they are hingedly coupled to the rotary support plate 33 below, and a guide piece 34 is formed on the center part of the bottom face. The stop piece 35 was formed in the side.

The support plate (37) is formed on the rotary support plate (33) below it to engage with the support (32), and the lower portion of the stop piece (35) constitutes a shock absorbing material (38).

In the center of the rotation support plate 33 is configured so that the working shaft 39 protrudes, the two rollers 40 on the top to make contact with both ends of the guide piece 34, the bottom surface of the rotation support plate 33 After the gear 41 is fixed to the working shaft 39 to penetrate the gear 41, the gear 41 is slid with the working shaft 39 to allow power transmission to continue after the rotation motor ( The working shaft 39 is rotated by connecting with the gear 43 acting by 42).

The lower end of the working shaft 39 is connected to the push rod 44 and the ball joint 45 so that the working shaft 39 can be rotated while the push rod 44 does not rotate, and the push rod ( 44 allows the working shaft to be lifted while cranking, and the push rod 44 is to lift the working shaft 39 by the lifting device 47 acting by the lifting motor 46 below it. Configured.

After forming the sensing protrusions 48 on the bottom of the upper rotary support plate 33, the support plate 36 fixed to the medal game machine 1 at the bottom is provided with a sensor 49 in six directions to be stopped in the correct position. It was configured to be able to stop.

In FIG. 6, reference numeral 6 denotes a support plate, 8 denotes a screen of an electronic game machine acting as a detection of the sensor 23, and 9 denotes a medal collecting hole.

Looking at the action according to the method of use of the present invention medal game machine 1 having such a configuration as follows.

The plate 11 of the medal game machine 1 is in a state of continuously reciprocating by continuously rotating the motor 12, but the process of reciprocating the plate has been described in the above description of the configuration. At this time, if the game player puts the medal through the inlet (2), the medal flows down the wall (4) while hitting the pin (5) flows in an irregular direction.

The medal flows down to the support plate 6 where the plate 11 moves, and a number of medals are stacked on the plate plate 6 in advance, so if the medal is pushed by the plate 11 and falls from the plate 6, the game is played. The person who obtains the medal fallen through the medal hole (9).

As described above, the sensor 23 installed in the sensor driving section 22 also reciprocates in front of the wall 4 from side to side, and if the medal received is fortunately detected by the sensor 23, the signal is received. It is configured separately to drive the associated game system. Here too, if a certain result is obtained, the signal is sent to act on the upper feeder 30. The supply base 30 contains a large number of medals in advance.

First, the feeder 30 rotates to the position where the sensor 23 detects the medal among the six plates 11 and the opening 31 faces the position, and the rotating motor 42 ) Acts to rotate the working shaft 39 by the gear 41 engaged with the gear 43 to rotate, the position to stop is the sensor 49 of the position where the detection protrusion 48 will stop, That is, the sensor 49 stops by being sensed by the sensor 49 at the same position as the sensor 23 which sent the signal.

After stopping, the feeding table 30 is actuated, and when the lifting motor 46 acts, the lifting device 47 pushes up the push rod 44 so that the supporting table 30 supports 32. ), So that the medal in the supply table 30 is supplied through the passage 3 and flows down to the support plate 6 above and in front of the wheat plate 11.

Eventually, the gamers are more likely to win medals as if they put a lot of medals at once.

The present invention as described above provides a configuration capable of smoothly operating the two plates 11 using one motor 12, as well as reciprocating the sensor 23 at the same time as the action of the plate 11 By constructing a configuration that can be driven at the same time so that the sensor 23 can sense the medal, it is possible to double the interest in playing the game in conjunction with the function of supplying the medal at the top of the game machine.

Claims (2)

In constructing a driving device for driving the plate 11 of the medal game machine 1, After the motor 12 is configured at the bottom, two support plates 13 and 13 'are formed at regular intervals thereon, and the shaft 12' of the motor 12 protrudes above the support plate 13 at the lower portion. After the gear 14 is configured, the sensor gear 15 and the plate gear 16 engaged with the sensor gear 15 rotate in engagement with the gear 14, Fixing the rotation bar 17 to the upper portion of the plate gear 16, and connecting the two plate action bar 18, the plate 11 is installed at the end of the rotation bar 17 at an angle of 60 degrees to enable rotation , The shaft of the sensor gear 15 is protruded to the upper portion of the support plate 13 'to fix and install the rotation section 21, and the link 20 is rotatably installed at the other end of the rotation section 17, In the upper part of the support plate 13 ', two sensor drive sections 22 having an installation section 24 for installing the sensor 23 are installed, but the rear end is pivotably installed at the rear end of the support plate 13'. After that, connecting the center portion to the connecting rod 25 and the link 20 is connected to the sensor drive section 22 of one side, After configuring the supply table 30 containing the medal at the upper end of the medal game machine (1), if the sensor 23 detects the medal, it is configured to supply a medal of the supply table 30 after connecting a separate electronic game system The driving device of the medal game machine characterized in that. The method of claim 1, As a configuration for actuating the supply table 30, an opening part is formed on one side after the passage 3 is formed to flow into a place where the medal plate is introduced into the inlet 2 on the upper part of each of the plates 11. Constitute a feed stage 30 with 31, After the support part 32 is formed on the open part 31 side of the bottom of the supply table 30, the support part 32 is hinged to the rotary support plate 33 below, and a guide piece 34 is formed on the bottom part of the bottom part. In the center of the rotation support plate 33 is configured so that the working shaft 39 with the roller 40 at the upper end to contact both ends of the guide piece 34, the gear 41 on the bottom surface of the rotation support plate 33 After fixing the working shaft 39 to penetrate the gear 41, the gear 41 is slid with the working shaft 39 to allow power transmission to continue and then act by the rotating motor 42 Connected to the gear 43, The lower end of the working shaft 39 is connected to the push rod 44 and the ball joint 45, and the push rod 44 is connected to the lifting device 47 acting by the lifting motor 46 below it. After forming the sensing protrusion 48 on the bottom of the rotary support plate 33, the support plate 36 fixed to the medal game machine 1 at the bottom is characterized in that the sensor 49 is installed in each direction to be stopped The driving device of the medal game machine.