JP3194627B2 - Card type slot machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a method for providing a prize medal according to the state of matching of symbols at the time when a player arbitrarily stops a plurality of rotating bodies on which several types of symbols or symbols are drawn.
The present invention relates to a card-type slot machine capable of executing a game by a card.

[0002]

2. Description of the Related Art JP-A-63-9469, JP-A-2-6
In a conventional card-type slot machine such as the 8088, when betting a medal given on a card, only electric processing is performed, and it is difficult to imagine an actual operation in which a player has inserted a medal. In addition, it is difficult for the player to confirm whether or not data processing is correctly performed, and the player is in a state of distrust.

[0003]

SUMMARY OF THE INVENTION The present invention provides a card-type slot machine capable of visually observing medals as if the medals were inserted by hand when betting medals given on the cards. The purpose is to:

[0004]

According to the present invention, a medal is provided in a card type slot machine provided with a card slot, a bet switch and a start switch in a slot machine body.
The medal display indicating that the player is betting and the medal disappears
Displaying the medal non-display indicating that it was spent alternatively
A medal display unit display body is provided, Meda of the display body
A drive for driving the display so as to selectively display the display of the game and the non-display of the medal on the medal display section ; the bet switch, the start switch, and the drive; Meda said display member by actuation of a switch
The medal display is displayed on the medal display section, and the medal non-display on the display body is displayed by the operation of the start switch.
This problem has been solved by providing a control device for controlling the driving device so as to appear on the display unit in the slot machine body .

[0005]

When a card is inserted into the card slot of the slot machine body and a bet switch is operated to bet a medal given on the card, the drive device is driven by the control device, and the medal display on the display is changed to the slot machine. It is revealed in the medal display portion of the main body. When the start switch is activated,
The drive device is driven by the control device, and the medal of the display is
Non-display is revealed in the medal display of the slot machine body
You .

[0006]

1 is an external front view of a card type slot machine of the present invention. A card slot 2, a medal slot 3, a bet switch 4, a bet cancel button 5, a settlement button 6, a symbol display section 7, a remaining medal number display section 8, and a credit display section are provided on the front of the card slot machine body 1. 9, a start switch 11, a stop button 12, a prize medal payout slot 13, a prize medal tray 14, and a medal display section 10. The medal insertion slot 3 and the award medal payout slot 13 may be deleted, and the game may be played only with the card.

[0007] The medal display section 10 allows the number of medals bet to be visually observed with real medals so that when one is bet, one bet is displayed as a real medal. There is a function of changing the number of medals bet by using the button 5.

The overall configuration of this card type slot machine will be described with reference to a functional block diagram (FIG. 2). The overall configuration is as follows: a medal number reading means 15, a CPU 16, a medal betting means 17, a drum rotation / stop means 18, a prize medal in a card. It comprises payout means 19. The CPU 16 includes a storage unit for the number of bet medals, a determination unit for a stopped symbol, and a storage unit for the number of award medals.

On the other hand, in the medal number reading means 15 for the card, the number of medals held by the card (for example,
100 medals). On the other hand, medal betting means 1
At 7, the number of medals bet is counted and transmitted to the CPU 16. Thereby, the number of medals bet is subtracted from the number of medals held by the card (eg, 99 medals). The medal betting means 17 includes a bet medal display device, which performs display on the medal display unit 10 by a display body.
It is .

When the number of medals held by the card from the medal number reading means 15 and the number of medal bets from the medal betting means 17 are inputted from the medal number reading means 15 of the card, the CPU 16 determines that the playing condition is satisfied and makes the drum rotation / stop means 18 Send a command. Thereby, when the start switch 11 is operated, the three drums are rotated to be in a standby state.

When the stop button 12 is pressed by the player, a signal that the stop button 12 is pressed is transmitted to the CPU 16 and the stop button 12 is pressed.
A stop command is sent from U16 to the drive mechanism (driver) for each drum. When it is confirmed that all three drums have stopped, the CPU 16 determines a stop symbol.

The CPU 16 compares the award medal table stored in advance corresponding to the determined symbol, issues a corresponding award medal payout command to the award medal payout means 19 (eg, 3 medals), and outputs the award medal payout means 19. Is the CP
A real medal is paid out in response to a command from U16. In addition,
When the real medals are not paid out, the prize medal payout command of the CPU 16 may be added to the credit medal number storage unit as the number of award medals (eg, 102 medals).

In the embodiment of the present invention, the medal display device in the medal betting means 17 is configured as follows.
In the embodiment (A type) shown in FIG. 3, the first solenoid shaft 23, the second solenoid shaft 24, and the third solenoid shaft 25 have a first rack, a second rack,
A third rack is formed. A first pinion 26,
The second pinion 27 and the third pinion 28 include a first rotation shaft 32, a second rotation shaft 33, and a third rotation shaft 3, respectively.
4 and is engaged with the first rack, the second rack, and the third rack. It is also conceivable to use a direct drive motor instead of the solenoid as another drive source.

The first medal 29, the second medal 30, and the third medal 31 are provided with a first rotating shaft 32, a second rotating shaft 33, and a third rotating shaft 34, respectively. Rotary axis 3
The axes 2 to 34 are the first to third medals 29 to 3 respectively.
It is mounted so as to pass through the center of the plane. First medal 29, the second medal 30, the surface of the third medal 31 have been displayed as MEDA L, medals display body indicates that the medal is bet
Configure display, and back side have been the non-display, a medal
The medal is not displayed on the display body indicating that it has been consumed . In the medal display section 10 , a first medal insertion confirmation window 35, a second medal insertion confirmation window 36, and a third medal insertion confirmation window 37 are opened.

In the embodiment shown in FIGS. 4 and 5 (B type), one end of the first connecting rod 48, the second connecting rod 49, the third connecting rod 50, and the fourth connecting rod 51 The disc 43 and the passive gear 43a are attached at equal intervals to an outer peripheral portion of the disc 43 in which the disc 4 and the passive gear 43a are integrated.
3 are provided radially. The passive gear 43a meshes with the drive gear 42.

At the other ends of the first connecting rod 48, the second connecting rod 49, the third connecting rod 50, and the fourth connecting rod 51, a first medal 44, a second medal 45, The medals 46 and the fourth medals 47 are mounted such that the axes of the first to fourth connecting rods 48 to 51 are within the planes of the first to fourth medals 44 to 47, respectively, and pass through the centers thereof. I have. The first medal 44 is MEDA L 1 and the second medal 45 is MEDA L1.
L2 and the third medal 46 are displayed as MEDA L3 and constitute a medal display of the display body.
Reference numeral 7 denotes no display, which constitutes a medal non-display of the display body.
In the embodiment, a medal insertion confirmation window 52 is opened in the medal display section 10 of the card type slot machine main body 1.

In FIG. 5, a cam 41 is attached to a rotating shaft 39 of a first motor which is a low-speed motor, and a driving gear 42 is attached to a tip of the cam 41. Below the cam 41, a micro switch 40 is fixed to the casing. As shown in FIG. 9, the cam 41 is a cam having one operating point. The gear ratio between the passive gear 43a and the drive gear 42 is 4: 1, and the passive gear 43a rotates 90 degrees while the cam 41 attached to the rotating shaft 39 makes one rotation.

In the embodiment (C type) shown in FIGS. 6 and 7, a first support rod 74, a second support rod 75, a third support rod 76, a fourth support rod 77, and a fifth support rod 77 are provided. Support rod 78, sixth support rod 79, seventh support rod 80, eighth support rod 81, ninth support rod 82, tenth support rod 83, eleventh support rod 84, twelfth support One end of the rod 85 is attached to the endless chain belt 86 at equal intervals, and the first to twelfth support rods 74 to 85 are arranged such that their axes are orthogonal to the moving direction of the chain belt 86.

On the other hand, the first support rod 74 and the second support rod 7
5, a third support rod 76, a fourth support rod 77, a fifth support rod 78, a sixth support rod 79, a seventh support rod 80, an eighth support rod 81, a ninth support rod 82, The other ends of the tenth support rod 83, the eleventh support rod 84, and the twelfth support rod 85 have a first medal 62, a second medal 63, and a third medal 6.
4, fourth medal 65, fifth medal 66, sixth medal 67, seventh medal 68, eighth medal 69, ninth medal 70, tenth medal 71, eleventh medal 7
Second, the twelfth medal 73 is mounted such that the axes of the support rods 74 to 85 pass through the center of each of the medals 62 to 73 and are in the plane thereof.

A drive-side chain wheel 59 and a driven-side chain wheel 60 are provided inside the chain belt 86, and are meshed with the chain belt 86, respectively. The first medal 62, the second medal 63, the third medal 64, the seventh medal 68, the eighth medal 69, and the ninth medal 70 are displayed as MEDA L , and the medal of the display body is displayed. It has become. Fourth medal 65,
Fifth medal 66, sixth medal 67 medals 71 of the 10, 11 of the medal 72 medals 73 of the 12 has a display body Medals hide a non-display. A medal insertion confirmation window 87 that can display three adjacent medals is opened in the medal display section 10 of the card-type slot machine body 1.

In FIG. 7, a cam 56 is attached to a support rod 54 of a motor 53, which is a low-speed motor, and a drive gear 57 is attached to a tip of the cam 56. Drive gear 5
The passive gear 58 meshed with 7 is attached to the drive-side chain wheel 59 by a connecting shaft 61.
Below the cam 56, a micro switch 55 is fixed to the casing. As shown in FIG. 9, the cam 56 is a cam having one operating point. The gear ratio between the passive gear 58 and the driving gear wheel 59 is 8: 1, and the driving gear 5
The drive-side chain wheel 59 rotates 45 degrees while the cam 56 attached to 7 rotates once.

In the embodiment (D type) shown in FIG. 8, a driving gear 92 is mounted on a rotating shaft 89 of a low-speed motor. A rotary shaft 95 is inserted into the axis of the square pole 94. A passive gear 93 is mounted on one end of the rotary shaft 95, and a cam 91 is mounted on the other end. Below the cam 91, a micro switch 90 is fixed to the casing. As shown in FIG. 3, the cam 91 is a cam having four operating points. First surface 9 of the column surface of square pole 94
Nothing is attached to 4a, which is a non-medal part of the display body. However, as shown in FIGS. 19 to 11, one medal 96 is provided on the second surface 94b and is provided on the third surface 94c. 2 medals 97 and 98, main fourth surface 94d display body attached three medals 99, 100, 101 in the
Dull display . Medals 96, 97, 98, 9
Is the indication that the MEDA L to 9,100,101. Medal display section 1 of card type slot machine body 1
At 0, a medal insertion confirmation window 102 for displaying the pillar surface of the square pole 94 is opened.

Next, the operation of the embodiment of the present invention will be described. As shown in FIG. 4, in the A type embodiment, the CPU 1
6 confirms that the betting switch 4 has been turned on once (step S1), sends a command to turn on the first solenoid 20 (step S2), and sends the first solenoid 20
The first rack provided on the shaft 23 moves rightward in FIG. Then, the first pinion 26 meshing with the first rack rotates, the first medal 29 attached to the first pinion 26 rotates, and the first medal insertion confirmation window 35 displays the MEDAL. Is displayed.

Next, the CPU 16 sets the start switch 11
Is determined (step S4), and if the start switch 11 is determined to be OFF, the betting switch 4
Is determined as ON or OFF (step S4). CPU1
When it is confirmed that the bet switch 4 has been turned ON,
A command to turn on the first solenoid 21 is sent (step S5), and the second rack attached to the shaft 24 of the second solenoid 21 moves to the right in FIG. Then, the second pinion 27 meshing with the second rack rotates, the second medal 30 attached to the second pinion 27 rotates, and the character of MEDAL changes to the second medal insertion confirmation. Displayed in window 36.

When the CPU 16 sets the start switch 11
F (step S6), and further confirms that the betting switch 4 has been turned on (step S7).
Command to turn on the solenoid 22 (step S)
8), the third rack provided on the shaft 25 of the third solenoid 22 moves to the right in FIG. Then, the third pinion 28 meshing with the third rack rotates,
The third medal 31 attached to the third pinion 28 rotates, and characters of MEDAL are displayed in the third medal insertion confirmation window 37.

Next, in steps S3, S6 and S9, the CPU 16 sets the start switch 11
Is turned on and off. Start switch 11
Is turned on, the CPU 16 sends a command to turn off the first solenoid 20, the second solenoid 21, and the third solenoid 22 (step S1).
0), the first solenoid 20, the second solenoid 21,
The first rack, the second rack, and the third rack provided on the shafts 23, 24, and 25 of the third solenoid 22 move to the left in FIG.

Then, the first pinion 2 meshing with the first rack, the second rack, and the third rack, respectively.
6, the second pinion 27 and the third pinion 28 are reversed, and the first medal 29 and the second medal 29 attached to the first pinion 26, the second pinion 27, and the third pinion 28, respectively. The medals 30 and the third medals 31 rotate, and the characters of MEDAL disappear from the first medal insertion confirmation window 35, the second medal insertion confirmation window 36, and the third medal insertion confirmation window 37.

In step S1, the bet switch 4 is turned off.
When it is determined to be F, the ON / OFF of the betting switch 4 is determined again in step S1, and when the betting switch 4 is determined to be OFF in step S4, the start switch 11 is turned ON and OFF again in step S3. Judge.

If it is determined in step S7 that the betting switch 4 is OFF, then in step S6 the ON / OFF of the start switch 11 is determined again.
If it is determined in step 9 that the start switch 11 is OFF, the start switch 11 is turned on again in step S9.
Determine OFF.

As shown in FIG. 15, in the embodiment of the B type, the CPU 16 sets the count value C to 0 (step S1).
1) When it is confirmed that the betting switch 4 has been turned on (step S12), when the betting switch 4 is pressed, the flag F is set to 1 (step S13), and the motor 38
Is sent (step S15), and the drive gear 42 attached to the rotating shaft 39 of the motor rotates.
Then, the passive gear 43 a meshing with the drive gear 42 rotates to move the first medal 44, and the letters MEDAL are displayed in the medal insertion confirmation window 52. Bet switch 4
If the ON command is not confirmed and the flag F is not 1 (step S12), the process returns to step S12 to wait for the ON command of the betting switch 4.

When the drive gear 42 makes one rotation, the drive gear 4
A cam 41 coaxial with 2 turns on the microswitch 40. When the CPU 16 confirms that the microswitch 40 is ON (step S16), the CPU 16 counts the count value C.
Is incremented by one (step S17), the count value C becomes 1, and a motor stop command is issued (step S18). The start switch 11 is not turned on (step S1
9), the count value C does not become 3 (step S20)
Then, the process returns to step S12, and when the bet switch 4 is further turned on, the motor 38 is driven (step S1).
5) When the micro switch 40 is turned on (step S16), the count value C becomes 2 (step S17),
When the motor 38 is stopped, the MED of the second medal 45
The letters AL2 are displayed in the medal insertion confirmation window 52. Since the count value is 2, the process returns from step S20 to before step S12.
When the N command is not confirmed (step S12), the flag F is set to 1 (step S14), and the process returns to step S19, and returns to step S20 and step S1.
2. Step S14 is repeated, and the start switch 11
Becomes a standby state for the ON command.

Further, if the ON of the start switch 11 is not confirmed (step S19), the ON of the betting switch 4 is confirmed after the step S20 (step S1).
2) When the motor 38 is driven (step S15) and the micro switch 40 is turned on (step S1)
6), the count value C becomes 3 (step S17), and when the motor 38 is stopped (step S18), the character of MEDAL3 of the third medal 46 is displayed in the medal insertion confirmation window 5
2 is displayed. Then, when the count value C becomes 3 (step S20), the process returns to before step S19 and is in a standby state for the ON command of the start switch 11.

In this state, when the CPU 16 confirms the ON command of the start switch 11 (step S19), it sets the flag F to 0 (step S21) and sends a drive command for the motor 38 (step S22). When the motor 38 rotates and the drive gear 42 makes one rotation, the cam 41 coaxial with the drive gear 42 turns on the microswitch 40. When confirming that the microswitch 40 is ON (step S23), the CPU 16 adds one to the count value C (step S24), and confirms that the count value C has become 4 (step S25), and issues a motor stop command (step S25). Step S26). The medal confirmation window 52 at that time, the character of the MEDA L does not appear.

If it is not confirmed in steps S16 and S23 that the microswitch 40 is ON, the process returns to the step before the steps S16 and S23 to wait for the microswitch 40 to be turned ON.

Step S when the count value C is 1
When the start switch 11 is confirmed to be ON in step 19, the flag F is set to 0 (step S21), the motor 38 is driven (step S22), and the ON of the micro switch 40 due to the rotation is confirmed (step S23), and the count value is obtained. 1 is added to C (step S24), and the count value C becomes 2. At this time, the second medal 45 is displayed in the medal insertion confirmation window 52.

The CPU 16 confirms that the count value C is not 4 (step S25) and returns to before step S23 again, and further rotates the cam 41 by the rotation of the motor 38 to confirm again that the micro switch 40 is ON (step S25). S23) The count value C is further increased by 1 (step S24), and the count value C is set to 3. This operation is repeated until the count value C becomes 4.

In the embodiment of the C type shown in FIG. 16, the CPU 16 first sets the count value C to 0 (step S2).
7) When it is confirmed that the betting switch 4 has been turned on (step S28), the flag F is set to 1 (step S29), and a drive command for the motor 53 is sent (step S28).
31), the driving gear 57 attached to the rotating shaft 54 of the motor rotates. Then, the passive gear 58 meshing with the drive gear 57 rotates to move the first medal 62, and the letters MEDAL are displayed on the right side of the medal insertion confirmation window 87. If the ON command of the betting switch 4 has not been confirmed (step S28) and the flag F is not 1 (step S30), the process returns to step S28 to be in a standby state for the ON command of the betting switch 4.

When the drive gear 57 makes one rotation, the drive gear 5
A cam 56 coaxial with 7 turns on the micro switch 55. When the CPU 16 confirms that the micro switch 55 is ON (step S32), the CPU 16 counts the count value C
Is incremented by one (step S33), the count value C becomes 1, and a motor stop command is issued (step S34). The start switch 11 is not turned on (step S3
5), the count value C does not become 3 (step S36)
When the bet switch 4 is further turned on, the motor 53 is driven, and the process returns to step S28.
1) When the micro switch 55 is turned on (step S32), the count value C becomes 2 (step S3).
3) When the motor 53 is stopped (step S3)
4) The MEDAL character of the first medal 62 is displayed at the center of the medal insertion confirmation window 52, and the MEDAL of the second medal 63 is displayed.
Is displayed on the right side of the medal insertion confirmation window 52. Since the count value is 2, the process returns to step S28 via step S36, and if the ON command of the betting switch 4 is not confirmed thereafter (step S28),
Since the flag F is 1 (step S30),
Returning to before step S35, the start switch 11
It becomes the standby state of the N command.

Further, if the ON of the start switch 11 is not confirmed (step S35), the ON of the betting switch 4 is confirmed after the step S36 (step S3).
5) When the motor 53 is driven (step S31) and the micro switch 55 is turned on (step S3)
2), the count value C becomes 3 (step S33), and when the motor 53 is stopped (step S34), the MEDAL character of the first medal 62 is displayed in the medal insertion confirmation window 52.
On the left side of the figure, the MEDAL character of the second medal 63 is displayed at the center of the medal insertion confirmation window 52, and the MED of the third medal 64 is displayed.
The letters AL are displayed on the right side of the medal insertion confirmation window 52. Then, when the count value C becomes 3 (step S36), the process returns to the step before step S35 to be in a standby state for the ON command of the start switch 11.

In this state, when the CPU 16 confirms the ON command of the start switch 11 (step S35), it sets the flag F to 0 (step S37) and sends a drive command for the motor 53 (step S38). When the motor 53 rotates and the drive gear 57 makes one rotation, the cam 56 coaxial with the drive gear 57 turns on the microswitch 55. When confirming that the microswitch 55 is ON (step S39), the CPU 16 adds one to the count value C (step S40), and when confirming that the count value C has reached 6 (step S41), issues a motor stop command (step S41). Step S42). The medal confirmation window 52 at that time, the character of the MEDA L does not appear.

If it is not confirmed in steps S32 and S39 that the micro switch 55 is turned on, the process returns to the step S32 and step S39 to wait for the micro switch 55 to be turned on.

Step S when the count value C is 1
When the start switch 11 is confirmed to be ON at 35, the flag F is set to 0 (step S37), the motor 53 is driven (step S38), and the ON of the micro switch 55 due to the rotation is confirmed (step S32), and the count value C is set. Is added to (step S40), and the count value C becomes 2 (step S40). At this time, the characters of the first medal 62 are displayed in the center of the medal insertion confirmation window 87, and the characters of the second medal 63 are displayed on the right side.

After confirming that the count value C is not 6, the CPU 16 returns to step S39 again, and
With the rotation of 3, the cam 56 further rotates, and the ON of the micro switch 55 is confirmed again (step S39), and the count value C is further increased by 1 (step S40), and this operation is repeated until the count value C becomes 6.

As in the embodiment of the type B shown in FIG.
In the embodiment of the D type, the CPU 16 sets the count value C to 0 (step S11), confirms that the betting switch 4 has been turned on (step S12), and sets the flag F to 1 when the betting switch 4 is pressed. (Step S1
3) Send a drive command for the motor 88 (step S1)
5), the driving gear 92 attached to the rotating shaft 89 of the motor rotates. Then, the passive gear 93 meshing with the drive gear 92 rotates to rotate the square pole 94, and the second
The face is displayed in the medal insertion confirmation window 102.

When the drive gear 92 makes one rotation, the passive gear 9
3 rotates １ ／, and the cam 91 coaxial with the passive gear 93 turns on the microswitch 90. When the CPU 16 confirms that the microswitch 90 is ON (step S1).
6), the CPU 16 adds one to the count value C (step S17), the count value C becomes 1, and issues a motor stop command (step S18). If the start switch 11 is not turned on (step S19) and the count value C does not reach 3 (step S20), the process returns to step S12, and if the bet switch 4 is further turned on, the motor 8
8 is driven (step S15), and the micro switch 9
When 0 is turned on (step S16), the count value C becomes 2 (step S17), and when the motor 88 is stopped, the third surface is displayed in the medal insertion confirmation window 102. Since the count value is 2, the process returns from step S20 to before step S12.
If the N command is not confirmed (step S12), the flag F is set to 1 (step S14), so that the process returns to step S19 and returns to step S20 and step S1.
2. Step S14 is repeated, and the start switch 11
Becomes a standby state for the ON command.

If the start switch 11 is not turned on (step S19), the bet switch 4 is turned on.
Is confirmed (step S12), the motor 88 is driven (step S15), and the micro switch 90 is turned on.
Is reached (step S16), the count value C becomes 3 (step S17), and when the motor 88 is stopped (step S18), the fourth surface is displayed in the medal insertion confirmation window 102. Then, when the count value C becomes 3 (step S20), the process returns to before step S19 and is in a standby state for the ON command of the start switch 11.

In this state, when the CPU 16 confirms the ON command of the start switch 11 (step S19), it sets the flag F to 0 (step S21) and sends a drive command for the motor 88 (step S22). When the motor 88 is rotated and the drive gear 92 makes one rotation, the passive gear 93 makes a quarter turn, and the cam 91 coaxial with the passive gear 93 turns on the microswitch 90. When the CPU 16 confirms that the micro switch 90 is ON (step S23),
One is added to the count value C (step S24), and when it is confirmed that the count value C has become 4 (step S2).
5) Issue a motor stop command (step S26). At that time, no medals are displayed in the medal insertion confirmation window 102.

If it is not confirmed in steps S16 and S23 that the microswitch 90 has been turned on, the process returns to steps S16 and S23 to wait for the microswitch 90 to be turned on.

Step S when the count value C is 1
When the start switch 11 is confirmed to be ON in step 19, the flag F is set to 0 (step S21), the motor 88 is driven (step S22), and the rotation of the micro switch 90 is confirmed (step S23). 1 is added to C (step S24), and the count value C becomes 2. At this time, the medal insertion confirmation window 102
Displays the second surface.

The CPU 16 confirms that the count value C is not 4 (step S25), returns again to before step S23, and confirms again that the cam 91 is rotated by the rotation of the motor 88 and the micro switch 90 is turned on (step S25). (Step S23) The count value C is further increased by one (Step S24), and the count value C is set to 3. This operation is repeated until the count value C becomes 4.

The above is an embodiment, and the present invention is not limited to the specific configuration shown. For example, the medals in the medal display unit are not real ones, but may be imitations, stickers, or printed matter.

[0052]

According to the card type slot machine of the present invention, a player bets a medal on a card inserted into a card slot.
When you pull , the medal display section as if you inserted it by hand
Medalell display appears to give players a sense of satisfaction,
By the operation of the start switch, display in the medal display unit
Players will be able to start
You can check the operation of the switch .

[Brief description of the drawings]

FIG. 1 is an external front view of a card type slot machine.

FIG. 2 is a functional block diagram of an embodiment of the present invention.

FIG. 3 is a front view (A type) of the embodiment of the present invention.

FIG. 4 is a front view (B type) of another embodiment of the present invention.

FIG. 5 is a side view (B type) of the driving device of the embodiment of FIG. 4;

FIG. 6 is a front view (C type) of still another embodiment of the present invention.

FIG. 7 is a side view (C type) of the driving device of the embodiment of FIG. 6;

FIG. 8 is a front view (D type) of still another embodiment of the present invention.

9 is a front view of a medal display unit on the second surface of the embodiment in FIG. 8;

FIG. 10 is a front view of a medal display unit on the third surface of the embodiment in FIG. 8;

11 is a front view of a medal display section on the fourth surface of the embodiment in FIG. 8;

FIG. 12 is a front view of the cam of the embodiment of FIGS. 4 and 6;

FIG. 13 is a front view of the cam of the embodiment of FIG. 8;

FIG. 14 is a flowchart of an operation procedure of the embodiment of FIG. 3 of the present invention.

FIG. 15 is a flowchart of an operation procedure of the embodiment of FIGS.

FIG. 16 is a flowchart of an operation procedure of the embodiment of FIG. 6 of the present invention;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Card-type slot machine body 2 Card slot 3 Medal slot 4 Bet switch 5 Bet cancel button 6 Settlement button 7 Symbol display section 8 Remaining medal number display section 9 Credit display section 10 Medal display section 11 Start switch 12 Stop button 13 Prize medal payout port 14 Prize medal tray 15 Medal number reading means 16 CPU 17 Medal betting means 18 Drum rotation / stop means 19 Prize medal payout means 20 First solenoid 21 Second solenoid 22 Third solenoid 23 First solenoid Axis of the second solenoid axis of the second solenoid 25 axis of the third solenoid 26 first pinion 27 second pinion 28 third pinion 29 first medal 30 second medal 31 third medal 32 first Rotation axis 33 Second rotation axis 34 Third rotation axis 35 1 medal insertion confirmation window 36 second medal insertion confirmation window 37 third medal insertion confirmation window 38 motor 39 motor rotation axis 40 micro switch 41 cam 42 drive gear 43 disk 43a passive gear 44 first medal 45 first Second medal 46 Third medal 47 Fourth medal 48 First support bar 49 Second support bar 50 Third support bar 51 Fourth support bar 52 Medal insertion confirmation window 53 Motor 54 Motor rotation axis 55 Micro switch 56 Cam 57 Drive gear 58 Passive gear 59 Drive chain wheel 60 Passive chain wheel 61 Connecting shaft 62 First medal 63 Second medal 64 Third medal 65 Fourth medal 66 Fifth medal 67th No. 6 medal 68 No. 7 medal 69 No. 8 medal 70 No. 9 medal 71 No. 10 Medal 72 eleventh medal 73 twelfth medal 74 first support rod 75 second support rod 76 third support rod 77 fourth support rod 78 fifth support rod 79 sixth support rod 80 seventh Support rod 81 eighth support rod 82 ninth support rod 83 tenth support rod 84 eleventh support rod 85 twelfth support rod 86 chain belt 87 medal insertion confirmation window 88 motor 89 motor rotation axis 90 micro Switch 91 Cam 92 Drive gear 93 Passive gear 94 Square pole 95 Rotation axis 96 First medal 97 Second medal 98 Third medal 99 Fourth medal 100 Fifth medal 101 Sixth medal 102 Medal insertion confirmation window

Claims (1)

(57) [Claims] 1. In a card type slot machine provided with a card slot, a bet switch and a start switch on a slot machine main body, it indicates that a medal is bet.
Medal display and medal not indicating that the medal has been consumed
Medal table provided with a display body that displays the display alternately
And radical 113, contact a driving device for driving the display member to display alternatively on the medal display medals display and medals hide the display body, and the bet switch and start switch a driving device The medal display of the display body is displayed on the medal display section by the operation of the bet switch.
The driving is performed so that the medal non-display of the display body is displayed on the medal display unit by the operation of the start switch.
A control device for controlling the device, the slot machine main body
Slot machine, characterized in that provided in the.