JP2019165914A - Game machine - Google Patents

Abstract

To provide a game machine capable of confirming, by one person, whether a start lever or a start lever sensor fails or not.SOLUTION: A rotary drum game machine 1 includes a main board for controlling operation related to a game, in a housing. A main board 34 is provided thereon with an LED for confirming whether a start lever for rotating all drums 4 or a start lever sensor for detecting hitting on the start lever fails or not. Further, the start lever is arranged at a position visible from the rear side of a middle panel 6.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a gaming machine such as a swivel type gaming machine.

  A swivel type gaming machine, which is one of the gaming machines, includes a start lever, an LED for confirming whether the start lever and the start lever sensor are out of order (see Patent Document 1).

JP 2006-198262 A

  In the past, two people, a person who hits the start lever and a person who checks whether the LED is lit, have checked whether the start lever and the start lever sensor have failed.

  This invention is made | formed in view of such a subject, and it aims at providing the gaming machine which can confirm whether a start lever and a start lever sensor are out of order by one person.

The present invention
A door (door part 3);
A plurality of spinning cylinders (rotating cylinder 4);
A start lever (start lever 14) for rotating the plurality of cylinders;
A predetermined LED (LED 32) that is turned on based on the operation of the start lever;
The door
Predetermined panel (middle panel 6)
With
The plurality of convolutions are
In a position visible from the front side of the predetermined panel,
The starting lever is
It exists in the position which can be visually recognized from the back side of the said predetermined | prescribed panel, It is characterized by the above-mentioned.

The present invention also provides:
A door (door part 3);
A plurality of spinning cylinders (rotating cylinder 4);
A start lever (start lever 14) for rotating the plurality of cylinders;
A predetermined LED (LED 32) that is extinguished when the start lever is operated, and
The door
Predetermined panel (middle panel 6)
With
The plurality of convolutions are
In a position visible from the front side of the predetermined panel,
The starting lever is
It exists in the position which can be visually recognized from the back side of the said predetermined | prescribed panel, It is characterized by the above-mentioned.

  According to the present invention, it is possible for one person to confirm whether or not the start lever or the start lever sensor has failed.

It is a perspective view which shows the turn type game machine of the condition which opened the door part. It is a figure which shows arrangement | positioning, such as a slot. It is a figure which shows the direction of signal input / signal output. It is a figure which shows 7 segment LED. It is a figure which shows the arrangement | sequence of the symbol in each spinning cylinder. It is a figure which shows the combination of the symbol which concerns on a prize. It is a figure which shows the combination of the symbol which concerns on a prize. It is a figure which shows the combination of the symbol which concerns on a prize. It is a figure which shows the combination of the symbol which concerns on replay. It is a figure which shows the combination of the symbol which concerns on an action | operation. It is a figure which shows the control means which controls operation | movement of a rotating type game machine. It is a figure which shows the condition apparatus which concerns on a prize. It is a figure which shows the condition apparatus which concerns on a prize. It is a figure which shows the condition apparatus which concerns on a prize. It is a figure which shows the condition apparatus which concerns on a prize. It is a figure which shows the condition apparatus which concerns on replay. It is a figure which shows the condition apparatus which concerns on an action | operation. It is a figure which shows the probability that each condition apparatus will operate | move in each internal lottery state. It is a figure which shows the probability that each condition apparatus will operate | move in each internal lottery state. It is a figure which shows the transition of an internal lottery state. It is a figure which shows the transition of a game area. It is a figure which shows an area indicator. It is a figure which shows the method of the instruction | indication by an instruction | indication indicator. It is a figure which shows the method of the instruction | indication by an instruction | indication indicator. It is a figure which shows the method of the instruction | indication by an instruction | indication indicator. It is a figure which shows the method of the instruction | indication by an instruction | indication indicator. It is a figure which shows the start timing of the instruction | indication by an instruction | indication indicator / the end timing of the instruction | indication by an instruction | indication indicator. It is a figure which shows the start timing of the instruction | indication by an instruction | indication indicator / the end timing of the instruction | indication by an instruction | indication indicator. It is a figure which shows the start timing of the instruction | indication by an instruction | indication indicator / the end timing of the instruction | indication by an instruction | indication indicator. It is a figure which shows the start timing of the instruction | indication by an instruction | indication indicator / the end timing of the instruction | indication by an instruction | indication indicator. It is a figure which shows the image of AT. It is a figure which shows the method of the instruction | indication by the instruction | indication indicator in a modification. It is a figure which shows the method of the instruction | indication by the instruction | indication indicator in a modification. It is a figure which shows the method of the instruction | indication by the instruction | indication indicator in a modification.

  Hereinafter, terms used in this specification will be described.

  “Winning” means that a combination of symbols for paying out game medals as one of the game media is displayed.

  “Re-game” refers to a game that can be played without inserting a game medal (without betting).

  The “first type special accessory” refers to an accessory that increases the number of symbol combinations related to winning and / or an accessory that increases the probability that the condition device related to winning operates.

  The “actual material continuous operation device relating to the first type special product” refers to a device capable of continuously operating the first type special product.

  “Condition device related to winning” refers to a device for displaying a combination of symbols related to winning. Similarly, the “condition device related to replay” refers to a device for displaying a combination of symbols related to replay. Similarly, the “condition device related to the operation of the continuous action device for the first type special feature (hereinafter also referred to as“ conditional device related to the operation ”)” means the role related to the first type special feature. This means a device for displaying a combination of symbols related to the operation of the object continuous operation device (hereinafter also referred to as “a combination of symbols related to the operation”). Similarly, the “condition device related to the operation of the first type special feature (hereinafter, also referred to as“ condition device related to the operation ”)” means a combination of symbols related to the operation of the first type special feature (hereinafter referred to as “the condition device related to the operation”). It is also a device for displaying “a combination of symbols related to operation”.

  “Setting” refers to a combination of probabilities that each condition device operates.

  Hereinafter, an embodiment of the present invention (hereinafter referred to as “the present embodiment”) will be described with reference to the drawings. The casing of the rotary type gaming machine 1 in the present embodiment includes a storage unit 2 that stores the rotary unit 4 and the like, and a door unit 3. FIG. 1 shows the rotating type gaming machine 1 in a state where the door 3 is opened. FIG. 2 shows a part of the front side of the door 3.

  The swivel type gaming machine 1 according to the present embodiment includes a power switch for turning on / off the power inside the casing. The power switch is a rocker switch.

  The spinning cylinder type gaming machine 1 in this embodiment includes three spinning cylinders 4 (referred to as a spinning cylinder 4L, a spinning cylinder 4C, and a spinning cylinder 4R in this order from the left). A tape on which 20 symbols are printed is affixed to each drum 4. In addition, the rotating type gaming machine 1 according to the present embodiment includes three stepping motors 5 (in order from the left side, stepping motors) for rotating each rotating cylinder 4 and stopping the rotation of each rotating cylinder 4 inside the casing. 5L, stepping motor 5C, and stepping motor 5R). Each stepping motor 5 rotates / stops the rotation of the rotor and rotates / corresponds to the corresponding rotating drum 4 based on a signal output from an MPU (micro processing unit) 35 for game control. The rotation of the rotating drum 4 is stopped.

  The spinning cylinder gaming machine 1 according to the present embodiment includes a transparent middle panel 6 for visually recognizing the three spinning cylinders 4 from the outside in the center of the door portion 3. That is, the three spinning cylinders 4 (9 symbols (= 3 spinning cylinders 4 × 3 symbols)) are in a position that can be seen from the front side of the middle panel. In each spinning cylinder 4, the position where the uppermost symbol is displayed is referred to as the upper stage, the position where the central symbol is displayed is referred to as the middle stage, and the position where the lowermost symbol is displayed is referred to as the lower stage.

  The swivel type gaming machine 1 according to the present embodiment includes an insertion slot 7 for inserting a game medal on the center right side of the front side of the door portion 3. In addition, the swivel type gaming machine 1 in the present embodiment includes a selector 8 on the back side of the door portion 3 for selecting game medals inserted from the insertion slot 7. The selector 8 includes a game medal sensor 9 for detecting that a game medal has passed. The game medal sensor 9 is a transmission type (transmission type) photoelectric sensor including two light emitting elements (such as an infrared LED (light emitting diode)) and two light receiving elements (such as a photo IC (integrated circuit)). Yes, two signals indicating whether or not a game medal has passed are output to the MPU 35 for game control (see FIG. 3). A CPU (central processing unit) 36 for game control, when one game medal is inserted from the insertion slot 7 (one game medal passes), one game medal is inserted (betting) / game medal A program for storing one sheet is executed.

  In general, when a specified number of game medals are inserted (betting) in a spinning-type game machine, a line for determining whether or not a combination of symbols is displayed becomes effective, and a game can be started. In the present embodiment, when three game medals are inserted (betting), a line connecting the middle stage in the spinning cylinder 4L, the middle stage in the spinning cylinder 4C, and the middle stage in the spinning cylinder 4R becomes effective. The game can start. Hereinafter, the “valid line” is also referred to as “valid line”. Therefore, the game control CPU 36 inserts three game medals when five game medals are inserted from the insertion slot 7 in a situation where no game medals are inserted (not bet). Betting), a program for storing two game medals is executed. In this embodiment, 50 game medals can be stored.

  The swivel type gaming machine 1 in the present embodiment includes a three-sheet insertion button 10 for inserting (betting) three game medals to be stored on the central left side of the front side of the door portion 3. Moreover, the spinning cylinder type gaming machine 1 according to the present embodiment includes a three-sheet insertion button sensor 11 for detecting that the three-sheet insertion button 10 is pressed. The three-sheet insertion button sensor 11 is a transmissive (transmission type) photoelectric sensor including one light emitting element and one light-receiving element, and is the three-sheet insertion button 10 pressed to the MPU 35 for game control? A signal indicating whether or not is output (see FIG. 3). When the three-card insertion button 10 is pressed, the game control CPU 36 executes a program for inserting (betting) M (= 1 to 3) game medals to be stored. For example, in a situation where N (= 1, 2) game medals have been inserted (betting), the CPU 36 for game control will store the game medals stored in O ( = Specified number-N) A program for inserting (betting) sheets is executed.

  The swivel type gaming machine 1 according to the present embodiment includes a one-button insertion button switch 12 for inserting (betting) one game medal to be stored on the central left side of the front side of the door portion 3. The single-load button switch 12 is a momentary operation push-button switch, and outputs a signal indicating whether or not the single-load button 12 has been pressed to the game control MPU 35 (see FIG. 3). When the one-insert button 12 is pressed, the game control CPU 36 executes a program for inserting (betting) one stored game medal.

  The swivel type gaming machine 1 according to the present embodiment is provided with a checkout button switch 13 for adjusting the inserted (betting) game medals and the stored game medals on the central left side of the front side of the door portion 3. The settlement button switch 13 is a push button switch for momentary operation, and outputs a signal indicating whether or not the settlement button switch 13 is pressed to the game control MPU 35 (see FIG. 3). When the settlement button switch 13 is pressed, the game control CPU 36 executes a program for collectively settlement of the inserted (wagered) game medals and the stored game medals.

  The spinning cylinder type gaming machine 1 in this embodiment includes a start lever 14 for rotating all the spinning cylinders 4 on the central left side of the front side of the door portion 3. Further, the spinning cylinder type gaming machine 1 according to the present embodiment includes a start lever sensor 15 for detecting that the start lever 14 is hit. The start lever sensor 15 is a transmissive (transmission type) photoelectric sensor including one light emitting element and one light receiving element, and indicates whether or not the start lever is hit to the MPU 35 for game control. Is output (see FIG. 3). When the start lever 14 is hit, the game control CPU 36 executes a program for rotating all the rotating drums 4. Specifically, the MPU 35 for game control outputs a signal for rotating the rotating drum 4 corresponding to each stepping motor 5 (see FIG. 3). If the start lever is hit before 4.1 seconds have elapsed since the rotation of all the cylinders 4 in the previous game, all the cylinders 4 are rotated after 4.1 seconds have elapsed.

  In the present embodiment, the rotating type gaming machine 1 has three stop buttons 16 (in order from the left side, a stop button 16L, a stop button 16C, A stop button 16R). In addition, the rotating type gaming machine 1 according to the present embodiment has three stop button sensors 17 (a stop button sensor 17L and a stop button sensor 17C in order from the left side) for detecting that each stop button 16 is pressed. And a stop button sensor 17R). Each stop button sensor 17 is a transmission type (transmission type) photoelectric sensor including one light emitting element and one light receiving element, and whether or not the stop button 16 corresponding to the MPU 35 for game control is pressed. A signal indicating this is output (see FIG. 3). When the stop button 16L is pressed, the game control CPU 36 executes a program for stopping the rotation of the rotating drum 4L within 190 ms. Similarly, when the stop button 16C is pressed, the game control CPU 36 executes a program for stopping the rotation of the rotating drum 4C within 190 ms. Similarly, when the stop button 16R is pressed, the game control CPU 36 executes a program for stopping the rotation of the rotating drum 4R within 190 ms. Specifically, the game control MPU 35 outputs a signal for stopping the rotation of the rotating drum 4 corresponding to the corresponding stepping motor 5 (see FIG. 3). Note that even if the stop button 16L is pressed before the rotational speeds of all the spinning cylinders 4 become constant, the rotation of the spinning cylinders 4L is not stopped. Similarly, even if the stop button 16C is pressed before the rotational speeds of all the spinning cylinders 4 become constant, the rotation of the spinning cylinders 4C is not stopped. Similarly, even if the stop button 16R is pressed before the rotation speeds of all the spinning cylinders 4 become constant, the rotation of the spinning cylinders 4R is not stopped.

  The swivel type gaming machine 1 according to the present embodiment includes a payout device 18 for paying out game medals inside a housing. When the CPU 36 for game control determines that the symbol combination related to winning is displayed, it executes a program for driving the payout device 18. Specifically, the game control MPU 35 outputs a signal for driving the payout device 18 to the payout device 18 (see FIG. 3).

  The swivel type gaming machine 1 in this embodiment includes a payout opening for paying out game medals on the lower side of the door portion 3. In addition, the swivel type gaming machine 1 according to the present embodiment includes a tray for receiving game medals paid out from a payout port on the lower side of the front side of the door portion 3.

  The swivel type gaming machine 1 according to the present embodiment includes an insertable display 19 for displaying that a game medal can be inserted (betting) on the central left side of the front side of the door portion 3. The loadable indicator 19 is composed of one LED. The game control CPU 36 executes a program for turning on the insertable indicator 19 (one LED) when a game medal can be inserted. Specifically, the MPU 35 for game control outputs a signal for turning on the LED to the throwable indicator 19 (one LED) (see FIG. 3).

  The swing type gaming machine 1 according to the present embodiment includes an inserted number display 20 for displaying the number of game medals inserted (betting) on the center left side of the front side of the door 3. The input number indicator 20 is composed of three LEDs. The game control CPU 36 executes a program for turning on the inserted number display 20 (P LEDs) when P (= 1 to 3) game medals are inserted (betting). Specifically, the game control MPU 35 outputs a signal for turning on the P LEDs to the inserted number indicator 20 (P LEDs) (see FIG. 3).

  The swivel type gaming machine 1 in the present embodiment includes a stored number display 21 for displaying the number of game medals to be stored on the center left side of the front side of the door portion 3. The stored number indicator 21 is composed of two 7-segment LEDs. Each 7-segment LED is composed of 7 LEDs corresponding to 7 segments a to g and 1 LED corresponding to DP (decimal point) (see FIG. 4). The game control CPU 36 executes a program for displaying a two-digit number indicating the number of game medals stored in the stored number display 21 (two 7-segment LEDs). Specifically, the game control MPU 35 outputs a signal indicating a segment to be lit to the stored number indicator 21 (two 7-segment LEDs) (see FIG. 3).

  The swivel type gaming machine 1 in this embodiment includes a game start possibility indicator 22 for displaying that a game can be started on the center left side of the front side of the door portion 3. The game start possible indicator 22 consists of one LED. The game control CPU 36 executes a program for lighting the game start possibility indicator 22 (one LED) when three game medals are inserted (betting). Specifically, the game control MPU 35 outputs a signal for turning on the LED to the game start possibility indicator 22 (one LED) (see FIG. 3).

  The swivel type gaming machine 1 in the present embodiment includes a payout number display 23 for displaying the number of game medals to be paid out on the center left side of the front side of the door portion 3. The payout number display 23 is composed of two 7-segment LEDs. When the game control CPU 36 determines that the winning combination of symbols has been displayed, the game control CPU 36 gradually calculates a two-digit number indicating the number of game medals to be paid out on the payout number display 23 (two 7-segment LEDs). Run the program to display. Specifically, the game control MPU 35 outputs a signal indicating a segment to be lit to the payout number display 23 (two 7-segment LEDs) (see FIG. 3).

  The swing type gaming machine 1 according to the present embodiment includes a re-game display 24 on the center left side of the front side of the door portion 3 for displaying that the next game is a re-game. The replay indicator 24 consists of one LED. If the CPU 36 for game control determines that a combination of symbols relating to replay is displayed, it executes a program for turning on the replay display 24 (one LED). Specifically, the game control MPU 35 outputs a signal for turning on the LED to the re-game display 24 (one LED) (see FIG. 3).

  The spinning cylinder type gaming machine 1 according to the present embodiment has a setting key switch 25 for making a setting changeable / switchable state inside the housing. Is provided. The setting key switch 25 is a key lock switch, and outputs a signal indicating whether the setting key switch 25 is on or off to the game control MPU 35 (see FIG. 3). The game control CPU 36 executes a program for making a setting changeable (switchable) when the power is turned on in a state where the setting key switch 25 is turned on. In addition, the game control CPU 36 is turned on when the setting key switch 25 is turned on in a predetermined situation in which the game is over (such as a situation in which no game medal is inserted (not bet)). Execute the program to make it possible to check the settings.

  The swivel type gaming machine 1 in the present embodiment includes a setting button switch 26 for changing (switching) the setting inside the housing. The setting button switch 26 is a push button switch for momentary operation, and outputs a signal indicating whether or not the setting button switch 26 is pressed to the game control MPU 35 (see FIG. 3). When the setting button switch 26 is pressed in a state where the setting can be changed (switched), the game control CPU 36 executes a program for changing (switching) the setting. Then, the game control CPU 36 executes a program for confirming the setting when the start lever 14 is hit in a state where the setting can be changed (switched). In the present embodiment, there are setting 1, setting 2, setting 3, setting 4, setting 5, and setting 6.

  The swivel type gaming machine 1 in the present embodiment includes a setting indicator 27 for displaying the setting inside the casing. The setting display 27 is composed of one 7-segment LED. In a state where the setting can be changed (switched), the game control CPU 36 executes a program for displaying a one-digit number indicating the setting on the setting display 27 (one 7-segment LED). . In addition, the game control CPU 36 executes a program for displaying a one-digit number indicating the setting on the setting display 27 (one 7-segment LED) in a state where the setting can be confirmed. Specifically, the game control MPU 35 outputs a signal indicating a segment to be lit to the setting indicator 27 (one 7-segment LED) (see FIG. 3).

  The swivel type gaming machine 1 according to the present embodiment includes an LED 28 for confirming whether the selector 8 or the game medal sensor 9 is out of order inside the casing. The LED 28 is turned on when the game medal sensor 9 detects that a game medal has passed. That is, even if a game medal is inserted from the insertion slot 7, the LED 28 does not light up if the selector 8 is broken (the game medal cannot pass the game medal sensor 9 due to deformation or the like). Similarly, even if a game medal passes the game medal sensor 9, the LED 28 does not light up if the game medal sensor 9 is out of order.

  The swivel type gaming machine 1 according to the present embodiment includes an LED 29 for confirming whether or not the three-sheet insertion button 10 and the three-sheet insertion button sensor 11 are out of order inside the casing. The LED 29 is turned off when the three-sheet insertion button sensor 11 detects that the three-sheet insertion button 10 is pressed. In other words, the LED 29 is not turned off if the three-sheet insertion button 10 is broken even if the three-sheet insertion button 10 is pressed. Similarly, the LED 29 is not turned off when the three-sheet insertion button sensor 11 is broken even if the three-sheet insertion button 10 is pressed.

  The swivel type gaming machine 1 according to the present embodiment includes an LED 30 for confirming whether or not the single-loading button switch 12 is broken inside the casing. The LED 30 is lit when the single-load button switch 12 is pressed. That is, the LED 30 does not light up even if the single sheet input button switch 12 is pressed if the single sheet input button switch 12 is broken.

  The swivel type gaming machine 1 according to the present embodiment includes an LED 31 for confirming whether or not the settlement button switch 13 is out of order inside the casing. The LED 31 is lit when the checkout button switch 13 is pressed. That is, the LED 31 does not light up even if the settlement button switch 13 is pressed if the settlement button switch 13 is broken.

  The swivel type gaming machine 1 according to the present embodiment includes an LED 32 for confirming whether or not the start lever 14 or the start lever sensor 15 is broken inside the casing. The LED 32 is turned on when the start lever sensor 15 detects that the start lever 14 is hit. That is, even if the start lever 14 is hit, the LED 32 is not turned on if the start lever 14 is broken. Similarly, even if the start lever 14 is hit, the LED 32 does not light up if the start lever sensor 15 is broken.

  The swivel type gaming machine 1 according to the present embodiment has three LEDs 33 (LED33L, LED33C, etc.) for confirming whether or not each stop button 16 or each stop button sensor 17 is broken inside the housing. LED33R). Each LED 33 is turned off when the corresponding stop button sensor 17 detects that the corresponding stop button 16 is pressed. That is, even if the corresponding stop button 16 is pressed, the LEDs 33 are not turned off if the corresponding stop button 16 is broken. Similarly, even if the corresponding stop button 16 is pressed, each LED 33 is not turned off if the corresponding stop button sensor 17 is out of order.

  The swivel type gaming machine 1 according to the present embodiment includes a main board 34 for controlling an operation related to a game inside the casing. An MPU 35 for game control is mounted on the main board 34. The game control MPU 35 includes at least a game control CPU 36, a game control ROM (read only memory) 37, a game control RAM (random access memory) 38, an input port 39, and an output port 40. To do. On the main board 34, a setting indicator 27, LED 28, LED 29, LED 30, LED 31, LED 32 and three LEDs 33 are mounted.

  The game control CPU 36 is a central processing unit that executes a program for controlling an operation related to the game. The game control ROM 37 is a storage device that stores a program for controlling operations related to the game and data (such as data for lottery) for controlling the operations related to the game. The game control RAM 38 is a storage device that stores data (such as data indicating the number of game medals to be stored) for controlling operations related to the game.

  The main board 34 is housed in a transparent case (hereinafter referred to as “main board case 41”). The main board case 41 is sealed (sealed) so that the main board 34 is not modified.

  The swivel type gaming machine 1 in this embodiment includes a liquid crystal display on the upper side of the door portion 3. The CPU 44 for effect control executes a program for displaying an image indicating the order in which the stop button 16 should be pressed on the liquid crystal display when hitting the pressing order bell during AT (assist time).

  The swivel type gaming machine 1 according to the present embodiment includes a sub-board 42 for controlling operations related to effects on the back side of the door portion 3. An MPU 43 for effect control is mounted on the sub-board 42. The effect control MPU 43 includes at least an effect control CPU 44, an effect control RAM 45, an input port 46, and an output port 47. The sub-board 42 is mounted with a ROM 48 for effect control and a RAM 49 for effect control.

  The CPU 44 for effect control is a central processing unit that executes a program for controlling operations related to effects. The effect control RAM 45 is a storage device that stores a program for controlling operations related to effects and data for controlling operations related to effects. The effect control ROM 48 is a storage device that stores a program for controlling operations related to effects and data for controlling operations related to effects. The effect control RAM 49 is a storage device that stores a program for controlling operations related to effects and data for controlling operations related to effects.

  The sub-board 42 is housed in a transparent case (hereinafter referred to as “sub-board case 50”). The sub-board case 50 is not sealed (not sealed).

  The swivel type gaming machine 1 in this embodiment includes a communication cable (balanced cable or the like) for transmitting (transmitting) data from the main board 34 to the sub board 42 inside the housing. The direction in which data is transmitted (transmitted) is a single direction from the main board 34 to the sub board 42.

  Hereinafter, the arrangement of symbols in each drum 4 will be described. FIG. 5 shows an arrangement of symbols in each drum 4. A tape on which 20 symbols are printed is affixed to each cylinder 4. In the present embodiment, a red 7 design in which the number 7 is expressed in red, a white 7 design in which the number 7 is expressed in white, a watermelon A design in which watermelon is expressed, a watermelon B design in which watermelon is expressed, and a cherry Of the cherry symbol, the balloon symbol, the bell A symbol, the bell symbol B, the revival symbol described as Revival, and the replay symbol described as Replay. There are 10 types of designs.

  Hereinafter, combinations of symbols related to winning will be described. 6 to 8 show combinations of symbols related to winning. In the present embodiment, there are 66 combinations of winning symbols (winning-A to winning-AH). When the CPU 36 for game control determines that the symbol combination related to winning is displayed, it executes a program for paying out game medals. Specifically, the game control CPU 36 executes a program for adding to the stored number when the stored number is less than 50. On the other hand, the game control CPU 36 executes a program for driving the payout device 18 when the stored number is 50.

  Hereinafter, combinations of symbols relating to replay will be described. FIG. 9 shows a combination of symbols related to replay. In this embodiment, there are 23 symbol combinations related to replay (replay-A to replay-J). When the game control CPU 36 determines that a combination of symbols relating to re-game is displayed, it executes a program for automatically inserting (betting) the same number of game medals as the number of inserted (betting) in the current game. To do.

  Hereinafter, combinations of symbols related to the operation will be described. FIG. 10 shows a combination of symbols related to the operation. In this embodiment, the combination of symbols related to the operation of the two consecutive actuating devices for the first type special feature (action-A) and the symbols related to the operation of the four first type special characters. There are combinations (operation-B to operation-E). When the CPU 36 for game control determines that the combination of symbols related to the operation of the continuous action device for the first type special feature is displayed, the CPU 36 operates the continuous action device for the first special feature. Run the program for Further, when the CPU 36 for game control determines that a combination of symbols related to the operation of the first type special combination is displayed, it executes a program for operating the first type special combination.

  Hereinafter, the control means 51 which controls operation | movement of the rotating type game machine 1 is demonstrated. FIG. 11 shows a control means 51 for controlling the operation of the spinning cylinder gaming machine 1. The control means 51 includes a main control means 52 that controls the action related to the game and a sub-control means 61 that controls the action related to the effect.

  The main control means 52 includes a game control MPU 35 and the like mounted on the main board 34. The main control means 52 includes an internal lottery means 53, an internal lottery state control means 54, a game section control means 55, an AT control means 56, a spinning cylinder control means 57, a display determination means 58, a payout means 59, and a communication means 60. .

  The internal lottery means 53 reads a value (any value from 0 to 65535) from the random value register when the start lever 14 is hit in a situation where three game medals are inserted (betting), Select (determine) the condition device to operate. In this embodiment, the probability that each condition device operates in each internal lottery state is different (see FIG. 18 and FIG. 19). Hereinafter, “the condition device is activated” is also referred to as “the condition device is hit”.

  Hereinafter, a condition device related to winning will be described. 12 to 15 show a condition device related to winning. In the present embodiment, there are 14 condition devices for winning.

  Hereinafter, a condition device related to replay will be described. FIG. 16 shows a condition device relating to replay. In this embodiment, there are 13 condition devices related to replays.

  Hereinafter, the condition device related to the operation will be described. FIG. 17 shows a condition device for operation. In the present embodiment, there are a condition device related to the operation of the accessory continuous operation device related to one type 1 special combination and a condition device related to the operation of four type 1 special combinations.

  The internal lottery state control means 54 determines whether or not a condition for shifting (changing or switching) the internal lottery state is satisfied. If the condition is satisfied, the internal lottery state is shifted (changed or switched). In this embodiment, there are five internal lottery states (see FIG. 20).

  The internal lottery state A relates to the condition device related to the operation of the continuous action device related to the first type special feature, the continuous action device related to the first type special feature, and the operation of the first type special feature. It is an internal lottery state where the condition device and the first type special combination are not operating. The internal lottery state control means 54 shifts (changes or switches) to the internal lottery state B when the condition device related to the operation of the accessory continuous actuating device related to the first type special accessory is actuated in the internal lottery state A. . Further, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state C when the accessory continuous operation device related to the first type special bonuses operates in the internal lottery state A.

  The internal lottery state B is a first-special special feature that is a first-special special feature, a first-special special feature that is not activated, and a first-special special-special device that does not operate. It is an internal lottery state in which the condition device relating to the operation of the accessory continuous operation device relating to the special accessory is operating. In the internal lottery state B, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state C when the accessory continuous operation device related to the first type special bonuses operates.

  In the internal drawing state C, the condition device related to the operation of the accessory continuous operation device related to the first type special character, the condition device related to the operation of the first type special character, and the first type special character are operating. Although it is not, it is an internal lottery state in which the accessory continuous operation device relating to the first type special accessory is operating. In the internal lottery state C, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state D when the condition device relating to the operation of the first type special combination is activated. Further, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state E when the first type special combination is actuated in the internal lottery state C. In addition, in the internal lottery state C, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state A when the operation of the accessory continuous operation device relating to the first type special bonus is completed. In the present embodiment, when more than 70 game medals are paid out after the bonus continuous action device related to the first special bonus is actuated, the action of the bonus continuous action device related to the first special bonus is finished. .

  The internal lottery state D is a condition device related to the operation of the accessory continuous operating device related to the first type special feature and the first type special feature is not operating, but is related to the first type special feature It is an internal lottery state in which the continuous operation device and the condition device relating to the operation of the first type special combination are operating. The internal lottery state control means 54 shifts (changes or switches) to the internal lottery state E when the first type special combination is actuated in the internal lottery state D. Further, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state A when the operation of the accessory continuous operation device relating to the first type special accessory is finished in the internal lottery state D.

  In the internal drawing state E, the condition device related to the operation of the accessory continuous operation device related to the first type special accessory and the condition device related to the operation of the first type special accessory are not operated, but the first type special It is an internal lottery state in which the accessory continuous operation device relating to the accessory and the first type special accessory are operating. The internal lottery state control means 54 shifts (changes or switches) to the internal lottery state C when the operation of the first type special combination is completed in the internal lottery state E. In the present embodiment, when the game is played 12 times or won twice after the first type special combination is activated, the operation of the first type special combination is completed. Further, the internal lottery state control means 54 shifts (changes or switches) to the internal lottery state A when the operation of the accessory continuous operation device related to the first type special accessory is completed in the internal lottery state E.

  The game section control means 55 determines whether or not a condition for shifting (changing or switching) a game section is satisfied. When the condition is satisfied, the game section is shifted (changed or switched). In the present embodiment, there are two game sections (see FIG. 21).

  “Normal section” refers to a game section in which the stop button 16 cannot be pressed in a game that hits the pressing order bell. The “normal section” is data that can specify the order in which the stop button 16 should be pressed from the main control means 52 (communication means 60) to the sub-control means 61 (communication means 64) in the game hit the push order bell ( A game section in which data indicating the order in which the stop button 16 should be pressed, data indicating the result of an internal lottery, etc.) cannot be transmitted (cannot be transmitted).

  When the game section control means 55 hits the advantageous section lottery in the normal section, it shifts (changes or switches) to the advantageous section. In this embodiment, no matter which condition device is activated in the normal section, the advantageous section is won. For example, in the normal section, if the condition device related to the operation of the accessory continuous operation apparatus related to the first type special accessory operates, the advantageous section lottery is won.

  The “advantageous section” refers to a game section that can indicate the order in which the stop button 16 should be pressed in a game that hits the pressing order bell. Further, the “advantageous section” is data that can specify the order in which the stop button 16 should be pressed from the main control means 52 (communication means 60) to the sub-control means 61 (communication means 64) in the game hit the push order bell ( A game section in which data indicating the order in which the stop button 16 should be pressed, data indicating the result of an internal lottery, etc.) can be transmitted (transmitted).

  The game section control means 55 shifts (changes or switches) to the normal section when a predetermined condition is satisfied in the advantageous section. In the present embodiment, when the AT ends in the advantageous section, a predetermined condition is satisfied. In addition, a predetermined condition is satisfied when the player plays 1500 times in the advantageous section. Further, when the difference number (increased number) from when the number of game medals has decreased most in the advantageous section exceeds 2400, a predetermined condition is satisfied.

  In addition, the game section control means 55 determines whether or not an advantageous section satisfies a condition for displaying that it is an advantageous section, and displays that it is an advantageous section if the condition is satisfied.

  The swivel type gaming machine 1 in this embodiment includes a section indicator for displaying that it is an advantageous section on the central left side of the front side of the door portion 3. The section indicator is composed of a second-digit 7-segment LED DP constituting the payout number indicator 23 (see FIG. 22).

  Recent spinning machines have a specification that does not impose a penalty such as no AT lottery regardless of the order in which the stop button is pressed. For this reason, a player who works with intuition can press the stop buttons in the correct order even if the order in which the stop buttons should be pressed is not instructed (that is, not during AT) in the game hit the push order bell. If this is the case, an employee who has not obtained permission will modify the sub-board (for the purpose of gaining an unfair advantage, in the game that hits the push order bell, an image showing the appropriate order is displayed on the liquid crystal display. There is a risk of modification so that it can be displayed.

  In this embodiment, the game section control means 55 is in the advantageous section before instructing the order in which the stop button 16 should be pressed (when a game medal is inserted in a game that starts AT, start in a game that starts AT). When the lever 14 is struck or when the start lever 14 is struck in a game hitting the push order bell after the AT is started, it is displayed that it is an advantageous section. Specifically, the CPU 36 for game control executes a program for lighting the section display (DP of the second digit 7-segment LED constituting the payout number display 23). Specifically, the game control MPU 35 outputs a signal for turning on the LED to the section display (DP of the second digit 7-segment LED constituting the payout number display 23).

  As a result, in the situation where the image showing the order is displayed on the liquid crystal display, the player has turned on the section indicator (DP of the second digit 7-segment LED constituting the payout number display 23). It is possible to confirm whether or not the sub-board has been modified.

  The AT control unit 56 determines whether or not a condition for starting the AT is satisfied, and starts the AT when the condition is satisfied.

  “AT” refers to a state in which the order in which the stop button 16 is to be pressed is instructed by using an instruction display or a liquid crystal display in a game that hits the pressing order bell.

  The AT control means 56 starts AT when it hits the AT lottery in the normal stage (hereinafter also referred to as “non-AT”). In the present embodiment, the AT lottery is performed when a predetermined condition device operates in the normal stage. For example, in the normal stage, if you hit a watermelon, cherry or chance, you will draw an AT.

  The swivel type gaming machine 1 according to the present embodiment includes an instruction display for instructing the order in which the stop button 16 should be pressed on the center left side of the front side of the door portion 3. The instruction display comprises a payout number display 23 (two 7-segment LEDs).

  Hereinafter, a method of instruction by the instruction display will be described. In FIG. 23, nothing is displayed in the first digit of the indication display, and the numbers indicating the order in which the stop button 16 should be pressed in the second digit of the indication display (the order of the stop button 16C, stop button 16L, stop button 16R). 3) is displayed. FIG. 24 shows a symbol (=) indicating that the display of the second digit is an instruction in the first digit of the instruction display, and a number indicating the order in which the stop button 16 should be pressed in the second digit of the instruction display. A state is shown in which (the stop button 16C, the stop button 16L, and the stop button 16R are displayed 3) is displayed. FIG. 25 displays a number (2 indicating the stop button 16C) indicating the stop button 16 to be pressed next in the first digit of the instruction display, and indicates the order in which the stop button 16 should be pressed in the second digit of the instruction display. It shows a state in which numbers (3 indicating the order of the stop button 16C, the stop button 16L, and the stop button 16R) are displayed. FIG. 26 displays a number (2 indicating the stop button 16C) indicating the stop button 16 to be pressed first in the first digit of the indication display, and the stop button 16 to be pressed second in the second digit of the indication display. A number indicating 1 (1 indicating the stop button 16L) is displayed.

  Hereinafter, the start timing of the instruction by the instruction display and the end timing of the instruction by the instruction display will be described. 27 and 28 show a state in which the instruction is started when the start lever 14 is hit, and the instruction is ended when all the stop buttons 16 are pressed. Specifically, in the case of FIG. 27, even if the start lever 14 is hit before 4.1 seconds have passed since the rotation of all the cylinders 4 in the previous game, the instruction is immediately started. In the case of FIG. 28, if the start lever 14 is hit before 4.1 seconds have elapsed since the rotation of all the cylinders 4 in the previous game, the instruction is started after 4.1 seconds have elapsed.

  FIG. 29 and FIG. 30 show a state in which the instruction is started when the start lever 14 is hit, and the instruction is ended when at least the rotation of all the rotating cylinders 4 is stopped. Specifically, in the case of FIG. 29A, even if the start lever 14 is hit before 4.1 seconds have elapsed since the rotation of all the cylinders 4 in the previous game, the instruction is immediately started. Further, if the last pressed stop button 16 (for example, stop button 16R) is released before the rotation of the last cylinder 4 (for example, the rotating cylinder 4R) is stopped, the last cylinder 4 (for example, The instruction is finished after the rotation of the rotating cylinder 4R) stops. In the case of FIG. 29B, even if the start lever 14 is hit before 4.1 seconds have passed since the rotation of all the cylinders 4 in the previous game, the instruction is immediately started. In addition, if the last pressed stop button 16 (for example, stop button 16R) is not released even after the rotation of the last cylinder 4 (for example, rotating cylinder 4R) stops, the last pressed stop button 16 (for example, stop button 16R) is released and the instruction is terminated. In the case of FIG. 30 (a), if the start lever 14 is hit before 4.1 seconds have elapsed since the rotation of all the cylinders 4 in the previous game, instructions are started after 4.1 seconds have elapsed. . Further, if the last pressed stop button 16 (for example, stop button 16R) is released before the rotation of the last cylinder 4 (for example, the rotating cylinder 4R) is stopped, the last cylinder 4 (for example, The instruction is finished after the rotation of the rotating cylinder 4R) stops. In the case of FIG. 30B, if the start lever 14 is hit before 4.1 seconds have elapsed since the rotation of all the cylinders 4 in the previous game, instructions are started after 4.1 seconds have elapsed. . In addition, if the last pressed stop button 16 (for example, stop button 16R) is not released even after the rotation of the last cylinder 4 (for example, rotating cylinder 4R) stops, the last pressed stop button 16 (for example, stop button 16R) is released and the instruction is terminated.

  The rotating cylinder control means 57 rotates all the rotating cylinders 4 when the start lever 14 is hit. Further, when each stop button 16 is pressed, the spinning cylinder control unit 57 stops the rotation of the corresponding spinning cylinder 4.

  Generally, in the case of a spinning-type game machine, a combination of symbols to be preferentially displayed is determined in a situation where a plurality of symbol combinations can be displayed. In the spinning machine 1 according to this embodiment, in a situation where a combination of symbols related to winning and a combination of symbols related to operation can be displayed, the combination of symbols related to winning is displayed preferentially. Moreover, in the spinning machine 1 according to the present embodiment, in a situation where a combination of symbols related to re-game and a combination of symbols related to operation can be displayed, the combination of symbols related to re-game is displayed with priority.

  When the stop device 16 is pushed in the correct order in the game hitting the push order bell group A, if the condition device related to the operation of the first type special object is not operated, the spinning control means 57 pays out. Displays a combination of symbols with a large number. On the other hand, when the stop device 16 is pressed in the wrong order in the game hitting the push order bell group A, the spinning cylinder control means 57 is in the wrong order unless the condition device related to the operation of the first type special combination is operating. The combination of symbols other than the combination of symbols having a large number of payouts is displayed.

  When the stop button 16 is pressed in the order of the stop button 16L, the stop button 16C, and the stop button 16R in the game that hits the pressing order bell A1, the spinning cylinder control means 57 displays a winning-B. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16L, the stop button 16C, and the stop button 16R in the game that hits the pressing order bell A1, the spinning cylinder control means 57 receives a symbol other than the winning-B. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16L, the stop button 16R, and the stop button 16C in the game that hits the pressing order bell A2, the spinning cylinder control means 57 displays a winning-A. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16L, the stop button 16R, and the stop button 16C in the game that hits the pressing order bell A2, the spinning cylinder control means 57 receives a symbol other than the winning-A. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16C, the stop button 16L, and the stop button 16R in the game hitting the push order bell A3, the spinning control means 57 displays a winning -E. On the other hand, when the stop button 16 is pushed in an order other than the order of the stop button 16C, the stop button 16L, and the stop button 16R in the game hit the push order bell A3, the spinning cylinder control means 57 receives the symbols other than the winning-E. Displays a combination of.

  When the stop button is pressed in the order of the stop button 16C, the stop button 16R, and the stop button 16L in the game that hits the pressing order bell A4, the spinning control means 57 displays a winning-H. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16C, the stop button 16R, and the stop button 16L in the game that hits the pressing order bell A4, the spinning cylinder control means 57 receives a symbol other than the winning-H. Displays a combination of.

  When the stop button is pressed in the order of the stop button 16R, the stop button 16L, and the stop button 16C in the game that hits the pressing order bell A5, the spinning control means 57 displays a winning-F. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16R, the stop button 16L, and the stop button 16C in the game that hits the pressing order bell A5, the spinning cylinder control means 57 receives a symbol other than the winning-F. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16R, the stop button 16C, and the stop button 16L in the game that hits the pressing order bell A6, the spinning control means 57 displays a winning-G. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16R, the stop button 16C, and the stop button 16L in the game that hits the push order bell A6, the spinning cylinder control means 57 receives a symbol other than the winning-G. Displays a combination of.

  If the condition device related to the operation of the first type special object is operating in the game that hits the pressing order bell group A, the spinning control means 57 will pay no matter what order the stop button 16 is pressed. Displays a combination of symbols with a large number of copies.

  The spinning cylinder control means 57 displays the winning-B regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell A1.

  The spinning cylinder control means 57 displays the winning-A regardless of the order in which the stop button 16 is pressed in the game hit the push order bell A2.

  The spinning cylinder control means 57 displays the winning-E regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell A3.

  The spinning cylinder control means 57 displays a winning-H regardless of the order in which the stop button 16 is pressed in the game that hits the pressing order bell A4.

  The spinning cylinder control means 57 displays the winning-F regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell A5.

  The spinning cylinder control means 57 displays a winning-G regardless of the order in which the stop button 16 is pressed in the game hit the pressing order bell A6.

  When the stop device 16 is pushed in the correct order in the game hitting the push order bell group B, if the condition device relating to the operation of the first type special object is not operating, the turning control means 57 pays out. Displays a combination of symbols with a large number. On the other hand, if the condition device related to the operation of the first type special object is not operating in the game hitting the push order bell group B, the spinning cylinder control means 57 is pressed in the wrong order. The combination of symbols other than the combination of symbols having a large number of payouts is displayed.

  When the stop button 16 is pressed in the order of the stop button 16L, the stop button 16C, and the stop button 16R in the game that hits the pressing order bell B1, the spinning control means 57 displays a winning-B. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16L, the stop button 16C, and the stop button 16R in the game that hits the pressing order bell B1, the spinning cylinder control means 57 receives a symbol other than the winning-B. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16L, the stop button 16R, and the stop button 16C in the game hitting the push order bell B2, the spinning control means 57 displays a winning-A. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16L, the stop button 16R, and the stop button 16C in the game that hits the pressing order bell B2, the spinning cylinder control means 57 receives a symbol other than the winning-A. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16C, the stop button 16L, and the stop button 16R in the game hitting the pressing order bell B3, the spinning cylinder control means 57 displays a winning -E. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16C, the stop button 16L, and the stop button 16R in the game that hits the pressing order bell B3, the spinning cylinder control means 57 receives a symbol other than the winning-E. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16C, the stop button 16R, and the stop button 16L in the game that hits the pressing order bell B4, the spinning control means 57 displays a winning-H. On the other hand, when the stop button 16 is pushed in an order other than the order of the stop button 16C, the stop button 16R, and the stop button 16L in the game hit the push order bell B4, the spinning cylinder control means 57 receives a symbol other than the winning-H. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16R, the stop button 16L, and the stop button 16C in the game hitting the pressing order bell B5, the spinning cylinder control means 57 displays a winning-F. On the other hand, when the stop button 16 is pushed in an order other than the order of the stop button 16R, the stop button 16L, and the stop button 16C in the game hit the push order bell B5, the spinning cylinder control means 57 receives the symbols other than the winning-F. Displays a combination of.

  When the stop button 16 is pressed in the order of the stop button 16R, the stop button 16C, and the stop button 16L in the game hitting the pressing order bell B6, the spinning cylinder control means 57 displays a winning-G. On the other hand, when the stop button 16 is pressed in an order other than the order of the stop button 16R, the stop button 16C, and the stop button 16L in the game that hits the pressing order bell B6, the spinning cylinder control means 57 receives a symbol other than the winning-G. Displays a combination of.

  The spinning control means pays out even if the stop button 16 is pressed in any order as long as the condition device related to the operation of the first type special object is operating in the game hitting the pushing order group B A combination of symbols other than a combination of symbols having a large number of sheets is displayed.

  The spinning control means 57 displays a combination of symbols other than the winning-B regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell B1.

  The spinning cylinder control means 57 displays a combination of symbols other than the winning-A regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell B2.

  The spinning cylinder control means 57 displays a combination of symbols other than the winning-E regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell B3.

  The spinning cylinder control means 57 displays a combination of symbols other than the winning-H regardless of the order in which the stop button 16 is pressed in the game hit the pressing order bell B4.

  The spinning cylinder control means 57 displays a combination of symbols other than winning-F regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell B5.

  The spinning cylinder control means 57 displays a combination of symbols other than the winning-G regardless of the order in which the stop button 16 is pressed in the game hitting the pressing order bell B6.

  The spinning cylinder control means 57 displays any one of winning-A to winning-H according to the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game where the bell is hit. .

  The spinning cylinder control means 57 displays any one of winning-I to winning-AH in the game won by one.

  The spinning cylinder control means 57 displays the re-game-C regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the weak watermelon A.

  The spinning control means 57 displays the re-game-C regardless of the order in which the stop buttons 16 are pressed and the timing at which the respective stop buttons 16 are pressed in the game that hits the weak watermelon B.

  The spinning cylinder control means 57 displays the re-game-F regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the strong watermelon A.

  The spinning control means 57 displays the re-game-F regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the strong watermelon B.

  The spinning control means 57 displays the re-game-A regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the weak cherry A.

  The spinning cylinder control means 57 displays the re-game-A regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the weak cherry B.

  The spinning cylinder control means 57 displays re-game-B or re-game-J according to the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the strong cherry. To do.

  The spinning cylinder control means 57 displays the re-game-D regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the chance item A.

  The spinning cylinder control means 57 displays the re-game-E regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the chance B.

  The spinning cylinder control means 57 displays the re-game-H regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the chance item C.

  The spinning cylinder control means 57 displays the re-game-G regardless of the order in which the stop buttons 16 are pressed and the timing at which each stop button 16 is pressed in the game that hits the chance item D.

  The spinning control means 57 displays the replay-I regardless of the order in which the stop buttons 16 are pressed and the timing at which the respective stop buttons 16 are pressed in the game that hits the replay A.

  The spinning control means 57 displays the replay-I regardless of the order in which the stop buttons 16 are pressed and the timing at which the respective stop buttons 16 are pressed in the game that hits the replay B.

  The display determination means 58 determines whether a symbol combination corresponding to the operating condition device is displayed. When the display determining means 58 determines that a combination of symbols relating to re-game is displayed, it automatically inserts (bets) the same number of game medals as the inserted number (betting number) in the current game. Further, when the display determining means 58 determines that the combination of symbols related to the operation of the accessory continuous operating device related to the first type special accessory is displayed, the display determining means 58 operates the accessory continuous operating device related to the first type special accessory. To do. Further, when the display determining means 58 determines that the symbol combination related to the operation of the first type special combination is displayed, the display determining unit 58 operates the first type special combination.

  The payout means 59 pays out a game medal when determining that the combination of symbols related to winning is displayed. Specifically, the payout means 59 adds to the stored number when the stored number is less than 50. On the other hand, the payout means 59 drives the payout device 18 when the number of stored sheets is 50.

  The communication unit 60 transmits (transmits) various data to the sub-control unit 61 (communication unit 64).

  When the game is finished this time, the communication means 60 has data indicating whether or not it is a re-game to the sub-control means 61 (communication means 64), whether the accessory continuous operation device related to the first type special accessory is operating. Data indicating whether or not the first type special object is operating, data indicating the internal lottery state, data indicating the game section, and data relating to the AT (indicating whether or not the AT is in progress) Data etc.) is transmitted (sent).

When the start lever 14 is struck, the communication means 60 rotates data for indicating the order in which the stop button 16 should be pressed to the sub-control means 61 (communication means 64), data indicating the result of the internal lottery, and all the rotating drums 4. Transmit (send) data or the like indicating that this is to be done.
However, when the start lever 14 is hit in the normal section, the communication means 60 is data indicating the order in which the stop button 16 should be pressed to the sub-control means 61 (communication means 64) (data indicating one of 0 to 6). Data (data indicating 0) instead of is transmitted (transmitted). Further, when the start lever 14 is struck and hits the push order bell in the normal section, the communication means 60 sends data indicating the result of the internal lottery to the sub-control means 61 (communication means 64) (the hit of the push order bell A1). Data (such as data indicating the winning of the push order bell group A) is transmitted (sent).

  When each stop button 16 is pressed, the communication unit 60 transmits (transmits) data indicating that the corresponding stop button 16 has been pressed to the sub-control unit 61 (communication unit 64).

  When the rotation of each spinning cylinder 4 stops, the communication means 60 transmits (transmits) data indicating that the rotation of the spinning cylinder 4 corresponding to the sub-control means 61 (communication means 64) is stopped.

  When the game medal is paid out, the communication means 60 transmits (transmits) data indicating that the game medal has been paid out to the sub-control means 61 (communication means 64).

  Methods for transmitting data include a serial transmission method and a parallel transmission method. “Serial transmission method” refers to a method of transmitting one bit at a time. The “parallel transmission method” refers to a method of transmitting a plurality of bits (8 bits) simultaneously. In the present embodiment, data is transmitted (transmitted) by a parallel transmission method.

  The sub-control means 61 includes an effect control MPU 43 mounted on the sub-board. The sub control means 61 includes an effect determining means 62, an effect executing means 63, and a communication means 64.

  The effect determination means 62 determines the effect when the communication means 64 transmits (receives) data from the main control means 52 (communication means 60).

  When the effect determining means 62 determines the effect, the effect executing means 63 executes the effect. For example, when the effect determining unit 62 determines the push order navigation effect, the effect executing unit 63 displays an image indicating the order in which the stop button 16 should be pressed on the liquid crystal display.

  The communication means 64 transmits (receives) data from the main control means 52 (communication means 60).

  Details of the AT will be described below. One set of AT consists of a first half part and a second half part. When the AT control means 56 hits the AT lottery in the normal stage, it starts the first half part of the first set. Further, the AT control means 56 starts the second half part of the Q (≧ 1) set after playing the determined number of times in the first half part of the Q (≧ 1) set. Whether the AT control means 56 ends the latter part after hitting a lottery (hereinafter referred to as “continuous lottery”) for determining whether or not to continue AT in the second half part of the Q (≧ 1) set. When a lottery that decides whether or not (hereinafter referred to as “end lottery”) is won, the first half part of the Q + 1 set is started. On the other hand, when the AT control means 56 hits the end lottery before hitting the continuous lottery in the second half part of the Q (≧ 1) set, it ends the AT (starts the normal stage). In the present embodiment, continuous drawing is performed regardless of the operation of any condition device in the first half part or the second half part. Further, in this embodiment, in the second half part, no matter which condition device is activated, the end lottery is performed.

  The first half part is different in the number of games that can be played in each set (see FIG. 31). Specifically, the first half of the first set can be played 10 times. In addition, the first half part of the second set can be played the same number of times as the sum of the number of games in the first half part of the first set and the number of games in the second half part of the first set. Also, the first half part of the third set can play the same number of times as the total number of games in the first half part of the second set and the number of games in the second half part of the second set. That is, the spinning cylinder gaming machine 1 according to the present embodiment has a specification in which the continued AT does not end immediately. In other words, the specification is such that the player can surely get an uplifting feeling.

  On the other hand, in the former swing type game machine, the continued AT was often terminated immediately.

  Hereinafter, the recommended game method will be described. The spinning machine 1 according to the present embodiment is a spinning game machine (hereinafter referred to as “AT machine”) that increases the number of game medals only by AT. In general, in AT machines, it is recommended to play a game in an internal lottery state in which the condition device related to the operation of the accessory continuous operation device is operating. This is because the AT machine has a specification that a player loses when playing a game in an internal lottery state other than the internal lottery state in which the condition device related to the operation of the accessory continuous operation device is operating. This is because, for example, in a game in which the accessory continuous operation device relating to the first type special accessory is operating, it is designed to reduce the number of game medals.

  It is also recommended that the game is performed in the internal lottery state B even in the spinning cylinder type gaming machine 1 in the present embodiment. In the present embodiment, in a situation where the order to press the stop button 16 is not instructed, if the stop button 16L is continuously pressed at a timing at which the revival symbol in the rotating drum 4L can be displayed in the lower stage, the game can continue to be played in the internal lottery state B. . Further, in the present embodiment, in a situation where the order of pressing the stop button 16 is instructed, if the stop button 16 is continuously pressed in the instructed order, the game is continued in the internal lottery state B.

  Also, in general, AT machines recommend that pachinko shop employees play until the condition device related to the operation of the accessory continuous operation device is activated on the day of introduction. This is because the AT machine has a specification that a player loses when playing a game in an internal lottery state other than the internal lottery state in which the condition device related to the operation of the accessory continuous operation device is operating. This is because, for example, in a game in which the condition device relating to the operation of the accessory continuous operation device relating to the first type special accessory is not operating, the specification is such that nothing is drawn (AT drawing, etc.).

  Also in the swivel type gaming machine 1 in the present embodiment, it is recommended that an employee play a game until the condition device related to the operation of the accessory continuous operation device related to the first type special object operates on the introduction date. . However, in this embodiment, even in the internal lottery state A, the advantageous section is lottery. Further, in the present embodiment, AT lottery is performed even in the internal lottery state A. In other words, even if the employee forgets to play the game on the introduction date, the specification is such that the player will not lose.

  In the following, specifications for increasing the operating rate on the introduction date will be described. The operating rate on the date of introduction is an index for deciding whether to increase the number of units. However, there has been a problem that the operation rate of the introduction date does not increase in the recent spinning machine.

  In the present embodiment, when the condition device related to the operation of the accessory continuous operation device related to the first type special accessory is operated in the normal section, the specification is such that the advantageous section is drawn. That is, when the employee plays until the condition device related to the operation of the accessory continuous operation device related to the first type special accessory is activated, the employee wins an advantageous section lottery. That is, on the introduction date, the specification is such that the first player can play from the advantageous section.

  However, in the present embodiment, in the normal section, even if the condition device related to the operation of the accessory continuous operation device related to the first type special accessory is operated, the AT is not drawn. This is because there is a risk that the pachinko shop will be damaged excessively.

  Hereinafter, the game ratio in each internal lottery state will be described. The game ratio in each internal lottery state differs depending on the game method. Specifically, when a game is played in the recommended manner of game (for example, in a situation where the order to press the stop button 16 is not instructed, the stop button 16L is pressed at a timing at which the revival symbol in the rotating cylinder 4L can be displayed in the lower stage. If it continues, the game continues in the internal lottery state B. That is, the game ratio of each internal lottery state is, in descending order of game ratio, internal lottery state B (100.0%), internal lottery state A (0.0%), internal lottery state C (0.0%), Internal lottery state D (0.0%) and internal lottery state E (0.0%).

  On the other hand, the order of pressing the stop button 16 is drawn (1/6), the timing of pressing each stop button 16 is drawn (1/20), and the game method of playing according to the result (hereinafter referred to as “not recommended game”). In the case of a game in “How to play”, the game cannot be continued in the internal lottery state B. In fact, the game ratio of each internal lottery state is, in descending order of game ratio, internal lottery state D (76.5%), internal lottery state B (18.5%), internal lottery state A (3.0%), Internal lottery state C (1.9%) and internal lottery state E (0.1%).

  It should be noted that the spinning-reel game machine 1 according to the present embodiment also has a specification for reducing game medals in a game in which the accessory continuous operation device relating to the first type special accessory is operating. However, in the game that hits the push order bell group A, if the condition device related to the operation of the first type special object is operating, the pattern to be paid out is large regardless of the stop button 16 being pressed in any order. Displays a combination of. Also, in a game that hits the push order bell group B, if the condition device related to the operation of the first type special object is operating, the symbols to be paid out are large no matter what order the stop button 16 is pressed. Display combinations of symbols other than. In other words, in a game in which the condition device related to the operation of the first type special combination is operating, the game medal is not increased and the game medal is not decreased even if the game is not recommended. Yes. That is, the spinning cylinder type gaming machine 1 according to the present embodiment has a specification that does not cause excessive loss to the player even if the game is not recommended. In addition, the way of playing that is not recommended is close to the way of playing when an elderly person or a foreigner plays. In other words, the swivel type gaming machine 1 according to the present embodiment has specifications that do not excessively damage even if an elderly person or a foreigner plays a game. That is, it can be said that the spinning machine 1 in the present embodiment is designed based on the universal design.

  In the following, the countermeasures for preventing the penetration will be described. In the present embodiment, when the AT is terminated, a measure for preventing sinking is implemented. Specifically, the sub-control means 61 (production execution means 63) is an image for calling attention to the liquid crystal display when the AT is finished ("Be careful about the sinking. Pachislot is a play that you can enjoy moderately." Is displayed for 3 seconds. Note that the sub-control means 61 (production execution means 63) displays the image even if a game medal is inserted (betting) in a situation where an image for calling attention is displayed on the liquid crystal display. to continue. In addition, the sub-control means 61 (production execution means 63) continues to display the image even when the start lever 14 is hit in a situation where an image for calling attention is displayed on the liquid crystal display.

  Hereinafter, the arrangement of the game control MPU 35 will be described. For a long time, a swivel-type gaming machine suddenly breaks down (when an aluminum electrolytic capacitor mounted on a sub-board explodes, a large amount of splashed electrolyte is applied to the MPU for game control located at the opposite position. There is a problem that the operation cannot be controlled. In the worst case, the aluminum electrolytic capacitor mounted on the sub-board will explode before the payout means determines that the combination of symbols related to winning is displayed, and the MPU for game control located at the position where the scattered electrolyte is facing. If a large amount is applied, there is a possibility that game medals to be paid out cannot be paid out.

  Even in the case of the rotary type gaming machine 1 in the present embodiment, the main board 34 is in a position facing the sub board 42 in a situation where the door 3 is closed. However, in this embodiment, when the door 3 is closed, the game control MPU 35 mounted on the main board 34 is in a position not facing the aluminum electrolytic capacitor mounted on the sub board 42. Specifically, the MPU 35 for game control mounted on the main board 34 is at a position separated from the position facing the aluminum electrolytic capacitor mounted on the sub board 42 by one LED or more. Further, the MPU 35 for game control mounted on the main board 34 is located above the position facing the aluminum electrolytic capacitor mounted on the sub board 42. Further, the MPU 35 for game control mounted on the main board 34 is in a position (the same height) next to the position facing the aluminum electrolytic capacitor mounted on the sub board 42. That is, even if the aluminum electrolytic capacitor mounted on the sub-board 42 located opposite to the main board 34 explodes, the scattered electrolyte does not apply to the game control MPU 35 mounted on the main board 34 in large quantities. It has become. That is, even if the aluminum electrolytic capacitor mounted on the sub board 42 explodes before the payout means 59 determines that the symbol combination related to winning is displayed, the game medal to be paid out can be paid out.

  In the following, a supplementary description will be given of the arrangement of the insertion slot 7, the three-sheet insertion button 10, the one-sheet insertion button switch 12, the checkout button switch 13, the start lever 14, each stop button 16, and the instruction display.

  From the past, when a new spinning machine is introduced, it is confirmed whether or not the spinning machine has failed. This is because there is a possibility that the rotating type gaming machine may break down during manufacturing or transportation.

  Previously, a person working on the front side of the door part and a person working on the back side of the door part checked whether the selector and the game medal sensor were out of order. Specifically, there are two people, a person who inserts a game medal from the insertion slot and a person who checks whether an LED for confirming whether or not a failure occurs, and the selector and the game medal sensor are It was confirmed whether or not there was a failure. This is because if one person tries to insert a game medal from the insertion slot while looking into the inside of the casing, there is a risk of injury such as pinching his head. Also, if one person tries to insert a game medal from the insertion slot while staying behind the door, the position of the insertion slot is not known and there is a possibility that it takes time. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the insertion port 7 is in a position where it can be seen from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can quickly insert a game medal from the insertion slot 7 while staying behind the door 3. That is, it is possible to confirm whether the selector 8 or the game medal sensor 9 is out of order by one person without pinching the head and taking time.

  Previously, a person working on the front side of the door part and a person working on the back side of the door part checked whether or not the three-sheet insertion button or the three-sheet insertion button sensor was broken. Specifically, a person who presses the 3-sheet button and a person who confirms whether the LED for confirming whether or not there is a malfunction is turned on. It was confirmed whether or not the button sensor was broken. This is because if one person tries to push the three-sheet loading button while being behind the door, the position of the three-sheet loading button is not known, and there is a risk of injury such as hitting a finger or time. Because. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the three-sheet insertion button 10 is in a position where it can be seen from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can quickly press the three-sheet insertion button 10 while staying behind the door 3. That is, it is possible to confirm whether or not the three-sheet insertion button 10 or the three-sheet insertion button sensor 11 is out of order without being hit by a finger or taking time.

  Previously, a person working on the front side of the door part and a person working on the back side of the door part confirmed whether or not the single-loading button switch was broken. Specifically, one person who presses the one-sheet button switch and one person who confirms whether the LED for confirming whether or not a failure has occurred lights up the one-sheet button button. It was confirmed whether or not. This is because if one person tries to press the single-loading button switch while staying behind the door, the position of the single-loading button switch is not known, and there is a risk of injury such as hitting a finger or time. Because there is. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the single-load button switch 12 is in a position where it can be seen from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can quickly press the single sheet input button switch 12 while staying behind the door 3. That is, it is possible for one person to check whether or not the one-sheet input button switch 12 is out of order without hitting a finger or taking time.

  Previously, a person working on the front side of the door part and a person working on the back side of the door part checked whether or not the checkout button switch was broken. Specifically, whether or not the checkout button switch is broken down by the person who presses the checkout button switch and the person who checks whether or not the LED for checking whether or not it is out of order. Had confirmed. Because if one person tries to press the check button switch while staying behind the door, the position of the check button switch is not known, and there is a risk of injury such as hitting a finger or time. is there. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the settlement button switch 13 is in a position where it can be seen from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can quickly press the settlement button switch 13 while staying behind the door 3. That is, it is possible to confirm whether or not the checkout button switch 13 is out of order without hitting a finger or taking time.

  Previously, a person working on the front side of the door part and a person working on the back side of the door part checked whether or not the start lever and the start lever sensor were broken. Specifically, there are two people, the person who hits the start lever and the person who checks whether the LED for checking whether or not it has failed. It was confirmed whether or not. This is because if one person tries to hit the start lever while staying behind the door, the position of the start lever is not known, and there is a risk of injury such as hitting a finger or time. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the start lever 14 is in a position where it can be visually recognized from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can hit the start lever 14 quickly while staying behind the door 3. That is, it is possible to confirm whether or not the start lever 14 or the start lever sensor 15 is out of order without hitting a finger or taking time.

  In the past, a person working on the front side of the door part and a person working on the back side of the door part have confirmed whether or not each stop button or each stop button sensor has failed. Specifically, there are two people: a person who presses each stop button and a person who checks whether each LED for checking whether or not a failure occurs, and each stop button or each stop button sensor. Was checking whether or not. Because if one person tries to press each stop button while staying behind the door, the position of each stop button is not known, and there is a risk of injury such as hitting a finger, and it may take time. is there. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the start lever 14 is in a position where it can be visually recognized from the back side of the middle panel 6 (see FIGS. 1 and 2). Moreover, in this embodiment, each stop button 16 exists in the vicinity of the start lever 14 (each stop button 16 is the position (same height) beside the start lever 14) (refer FIG. 2). That is, one person can quickly press each stop button 16 while staying behind the door 3. That is, it is possible to confirm whether or not each stop button 16 or each stop button sensor 17 is out of order without hitting a finger or taking time.

  In the present embodiment, in a state where the setting can be changed (switched), “8.” is displayed in the first digit of the payout number display 23 (the first digit of the instruction display), and the payout number is displayed. “8.” is displayed in the second digit of the display 23 (second digit of the section display and the instruction display). This is because it was desired to be able to confirm whether or not the section display device or the instruction display device was broken when the spinning cylinder gaming machine 1 was operated for the first time.

  In the present embodiment, the payout number display 23 (section display or instruction display) is in a position where it can be seen from the back side of the middle panel 6 (see FIG. 1 and FIG. 2). That is, one person can quickly check the payout number display 23 (section display or instruction display) while staying behind the door 3. That is, it is possible for one person to confirm whether or not the payout number display device 23 (section display device or instruction display device) is out of order without taking a head and taking time.

  At Pachinkoya, the settings of the spinning machine are changed (switched) on a daily basis.

  Previously, the setting was changed (switched) by two people, one working on the front side of the door and the other working on the back side of the door. Specifically, the setting was changed by the person who hit the start lever and the person who turned on the setting key switch and then turned on the power, pressed the setting button switch, and turned off the setting key switch. Was switching). This is because if one person tries to hit the start lever while staying behind the door, the position of the start lever is not known, and there is a risk of injury such as hitting a finger or time. Also, if one person tries to work while opening and closing the door (changing the standing position), it may take time.

  In the present embodiment, the start lever 14 is in a position where it can be visually recognized from the back side of the middle panel 6 (see FIGS. 1 and 2). That is, one person can hit the start lever 14 quickly while staying behind the door 3. That is, the setting can be changed (switched) by one person without hitting a finger or taking time.

  Hereinafter, modified examples will be described.

  In the swing type gaming machine 1 in the modified example, when a specified number of game balls as one of the game media are inserted (betting), a line for determining whether or not a combination of symbols is displayed becomes effective. Therefore, it may be a swivel type gaming machine capable of starting a game. In that case, “winning” in the modification means that a combination of symbols for paying out the game balls is displayed.

  In the swing type gaming machine 1 in the modified example, when data as one of the game media is bet, a line for determining whether or not a combination of symbols is displayed becomes effective, and the spinning can be started. It may be a type game machine. In this case, “winning” in the modified example means that a combination of symbols for updating data is displayed.

  When the electronic money, which is one of the game media, is bet on the specified amount, the spinning cylinder gaming machine 1 in the modified example becomes effective for determining whether or not a combination of symbols is displayed, and the game starts. It may be a spinning machine that can be used. In this case, “winning” in the modification means that a combination of symbols for charging the amount is displayed.

  Each drum 4 may be affixed with a tape on which 19 or less symbols are printed. Alternatively, a tape on which 21 or more symbols are printed may be affixed to each drum 4.

  The spinning cylinder gaming machine 1 according to the modification may include four or more spinning cylinders 4 inside the housing. Further, the spinning cylinder type gaming machine 1 in the modified example may include four or more stepping motors 5 for rotating each spinning cylinder 4 and stopping the rotation of each spinning cylinder 4 inside the casing.

  The game medal sensor 9 may be a reflective (reflective) photoelectric sensor including two light emitting elements and two light receiving elements.

  The prescribed number may be one. Alternatively, the prescribed number may be two. There may be two or more prescribed sheets.

  A line connecting the upper stage in the rotating drum 4L, the upper stage in the rotating cylinder 4C, and the upper stage in the rotating cylinder 4R may be effective. Alternatively, a line connecting the lower stage in the rotating drum 4L, the lower stage in the rotating cylinder 4C, and the lower stage in the rotating cylinder 4R may be effective. Alternatively, a line connecting the upper stage in the rotating drum 4L, the middle stage in the rotating cylinder 4C, and the lower stage in the rotating cylinder 4R may be effective. Alternatively, a line connecting the lower stage in the rotating drum 4L, the middle stage in the rotating cylinder 4C, and the upper stage in the rotating cylinder 4R may be effective. There may be two or more effective lines.

  The number of game medals that can be stored may be 49 or less. Alternatively, the number of game medals that can be stored may be 51 or more.

  The three-load button sensor 11 may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  The swivel type gaming machine 1 in the modified example may include a three-sheet insertion button switch for inserting (betting) three game medals to be stored on the central left side of the front side of the door portion 3. The three-sheet loading button switch may be a momentary operation push button switch.

  The swivel-type gaming machine 1 according to the modified example may include a one-sheet insertion button for inserting (betting) one game medal to be stored on the left side of the center of the front side of the door portion 3. Moreover, the spinning cylinder type gaming machine 1 in the modified example may include a single-sheet insertion button sensor for detecting that the single-sheet insertion button is pressed. The single-load button sensor may be a transmissive (transmissive) photoelectric sensor including one light emitting element and one light receiving element. Alternatively, the single-loading button sensor may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  When the settlement button switch 13 is pressed once, the game control CPU 36 executes a program for settlement of the inserted (wagered) game medal, and when the settlement button switch 13 is pressed once more, A program for paying out stored game medals may be executed.

  The swivel-type gaming machine 1 according to the modified example may be provided with a checkout button for adjusting the inserted (betting) game medals and the stored game medals on the center left side of the front side of the door portion 3. Further, the spinning cylinder type gaming machine 1 according to the modification may include a settlement button sensor for detecting that the settlement button is pressed. The settlement button sensor may be a transmissive (transmissive) photoelectric sensor including one light emitting element and one light receiving element. Alternatively, the checkout button sensor may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  The start lever sensor 15 may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  Each stop button sensor 17 may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  The spinning cylinder gaming machine 1 according to the modification may include three stop button switches for stopping the rotation of each spinning cylinder 4 in the center on the front side of the door portion 3. Each stop button switch may be a push button switch for momentary operation.

  The spinning cylinder type gaming machine 1 in the modification may include four or more stop buttons 16 for stopping the rotation of each spinning cylinder 4 in the center on the front side of the door portion 3. Further, the spinning cylinder gaming machine 1 in the modified example may include four or more stop button sensors 17 for detecting that each stop button 16 is pressed.

  A setting button for changing (switching) the setting may be provided in the inside of the swivel type gaming machine 1 and the housing in the modified example. In addition, the rotating type gaming machine 1 in the modified example may include a setting button sensor for detecting that the setting button is pressed. The setting button sensor may be a transmissive (transmissive) photoelectric sensor including one light emitting element and one light receiving element. Alternatively, the setting button sensor may be a reflective (reflective) photoelectric sensor including one light emitting element and one light receiving element.

  The setting indicator 27 may be composed of a first-digit 7-segment LED constituting the payout number indicator 23. Alternatively, the setting indicator 27 may be composed of a second digit 7-segment LED constituting the payout number indicator 23. Alternatively, the setting indicator 27 may include a payout number indicator 23 (two 7-segment LEDs). In the modification, the payout number display device 23 (setting display device 27) may be in a position where it can be seen from the back side of the middle panel 6. In that case, one person can quickly check the payout number display 23 (setting display 27) while staying behind the door 3. That is, the setting can be changed (switched) by one person without pinching the head and without taking time.

  The LED 28 may be turned off when the game medal sensor 9 detects that a game medal has passed.

  The LED 29 may be lit when the three-sheet insertion button sensor 11 detects that the three-sheet insertion button 10 is pressed.

  The swivel type gaming machine 1 in the modified example may include an LED for confirming whether or not the three-sheet input button switch is broken in the housing. The LED may be lit when the three-sheet button switch is pressed. Alternatively, the LED may be turned off when the three-load button switch is pressed.

  The LED 30 may be turned off when the single-load button switch 12 is pressed.

  The swivel type gaming machine 1 according to the modified example may include an LED for confirming whether or not the single-loading button or the single-loading button sensor is broken inside the casing. The LED may turn on when the single-load button sensor detects that the single-load button is pressed. Alternatively, the LED may be turned off when the single-load button sensor detects that the single-load button is pressed.

  The LED 31 may be turned off when the settlement button switch 13 is pressed.

  The spinning cylinder gaming machine 1 according to the modification may include an adjustment button and an LED for confirming whether or not the adjustment button sensor is out of order inside the casing. The LED may light up when the checkout button sensor detects that the checkout button is pressed. Alternatively, the LED may be turned off when the settlement button sensor detects that the settlement button is pressed.

  The LED 32 may be turned off when the start lever sensor 15 detects that the start lever 14 is hit.

  Each LED 33 may turn on when the corresponding stop button sensor 17 detects that the corresponding stop button 16 is pressed.

  The swivel type gaming machine 1 in the modified example may include three LEDs for confirming whether or not each stop button switch is broken inside the casing. Each of the LEDs may be lit when the corresponding stop button switch is pressed. Alternatively, each LED may be turned off when the corresponding stop button switch is pressed.

  The swivel type gaming machine 1 in the modified example may include a main board 34 for controlling the operation related to the game on the back side of the door portion 3. In that case, it can be confirmed by one person whether the selector 8 or the game medal sensor 9 is out of order without taking time more than the case of this embodiment. In addition, it is possible for one person to check whether or not the three-sheet insertion button 10 or the three-sheet insertion button sensor 11 is out of order without taking more time than in the case of the present embodiment. Further, it can be confirmed by one person whether or not the one-sheet input button switch 12 is out of order without taking more time than in the case of the present embodiment. Moreover, it can be confirmed by one person whether the adjustment button switch 13 is out of order without taking time more than the case of this embodiment. Further, it can be confirmed by one person whether or not the start lever 14 or the start lever sensor 15 is out of order without taking more time than in the case of the present embodiment. Further, it is possible to confirm whether or not each stop button 16 or each stop button sensor 17 is out of order without taking more time than in the case of the present embodiment. This is because it is possible to work without turning around inside the housing.

  The sub-board case 50 may be sealed (may be sealed) so that the sub-board 42 is not modified.

  The swivel type gaming machine 1 according to the modification may include a board other than the main board 34 and the sub board 42 inside the housing. The LED 28, LED 29, LED 30, LED 31, LED 32, and three LEDs 33 may be mounted on the substrate.

  The swivel type gaming machine 1 according to the modification may include a main board 34 and a board other than the sub board 42 on the back side of the door portion 3. The LED 28, LED 29, LED 30, LED 31, LED 32, and three LEDs 33 may be mounted on the substrate. In that case, it can be confirmed by one person whether the selector 8 or the game medal sensor 9 is out of order without taking time more than the case of this embodiment. In addition, it is possible for one person to check whether or not the three-sheet insertion button 10 or the three-sheet insertion button sensor 11 is out of order without taking more time than in the case of the present embodiment. Further, it can be confirmed by one person whether or not the one-sheet input button switch 12 is out of order without taking more time than in the case of the present embodiment. Moreover, it can be confirmed by one person whether the adjustment button switch 13 is out of order without taking time more than the case of this embodiment. Further, it can be confirmed by one person whether or not the start lever 14 or the start lever sensor 15 is out of order without taking more time than in the case of the present embodiment. Further, it is possible to confirm whether or not each stop button 16 or each stop button sensor 17 is out of order without taking more time than in the case of the present embodiment. This is because it is possible to work without turning around inside the housing.

  In the modified example, when a predetermined condition device is activated in the normal section, the advantageous section may be drawn. For example, in a normal section, if it hits a watermelon, a cherry, or a chance, an advantageous section may be drawn. Alternatively, in a modified example, when a predetermined condition device operates in a normal section, the advantageous section may be drawn. For example, in the normal section, if it hits a watermelon, cherry or chance, it may hit the advantageous section lottery.

  The section indicator may be composed of a first-digit 7-segment LED DP constituting the stored number indicator 21. Or the section indicator may consist of DP of 7-segment LED of the 2nd digit which comprises the stored number indicator 21. FIG. Alternatively, the section indicator may be composed of the DP of the first digit 7-segment LED constituting the payout number indicator 23. Alternatively, the section indicator may be composed of one dedicated LED.

  In the modified example, the game section control means 55 displays that it is an advantageous section in the normal section after winning the advantageous section lottery and before it becomes possible to insert game medals in the next game. Also good. Alternatively, in a modified example, the game section control means 55 may display that it is an advantageous section in the normal section after winning the advantageous section lottery and before the settlement button switch can be pressed. .

  In the modified example, AT may be drawn regardless of which condition device is operated in the normal stage.

  The instruction indicator may be composed of a stored number indicator 21 (two 7-segment LEDs). Alternatively, the indicator display may consist of one or more dedicated 7-segment LEDs.

  FIG. 32 shows a state in which the order in which the stop button 16 is to be pressed is displayed using numbers other than numbers. FIG. 33 shows how the stop button 16 to be pressed is displayed in alphabet. FIG. 34 shows a state in which the stop button 16 to be pressed is displayed in a number other than numerals or alphabets.

  In the rotating type gaming machine 1 in the modification, in a situation where a combination of symbols related to winning and a combination of symbols related to operation can be displayed, the combination of symbols related to operation may be displayed with priority.

  The rotating cylinder control means 57 is weak watermelon A, weak watermelon B, strong watermelon A, strong watermelon B, weak cherry A, weak cherry B, strong cherry, chance eye A, chance eye B, chance eye C, chance eye D When the stop button 16 is pressed in a predetermined order (for example, the order of the stop button 16R, the stop button 16C, and the stop button 16L) in the game won, the re-game-I may be displayed. In that case, the sub-control means 61 (the effect determination means 62 and the effect execution means 63) are weak watermelon A, weak watermelon B, strong watermelon A, strong watermelon B, weak cherry A, weak cherry B, strong cherry, chance. In a predetermined game that hits eye A, chance eye B, chance eye C, or chance eye D (for example, a game such as a game that won the end lottery), the push order navigation effect is determined and stopped on the liquid crystal display An image indicating the order in which the buttons 16 should be pressed (an image indicating a predetermined order) may be displayed.

  When the start lever 14 is hit in the advantageous section and hits the push order bell, the communication means 60 hits the sub-control means 61 (communication means 64) to indicate the result of the internal drawing (data indicating the hit of the push order bell A1). Etc.) (data indicating the winning of the push order bell group A) may be transmitted (may be transmitted).

  In the modification, data may be transmitted (sent) by a serial transmission method.

  The second half part may be in a state where the frequency of instructing the order in which the stop button 16 should be pressed is lower than that of the first half part by using an instruction display or a liquid crystal display in a game hitting the push order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs. If the player continues to play with a reduced number of game medals, the player may lose his willingness to play. However, in the swing type gaming machine 1 in the modified example, when the number of games in the second half part increases, the number of games in the first half part of the next set also increases. That is, the specification is such that even if the number of games in the second half part increases, there is no possibility of losing the game motivation.

  The second half part may be in a state in which the order in which the stop button 16 should be pressed is not instructed by using an instruction display or a liquid crystal display in a game that hits the pressing order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs. If the player continues to play with a reduced number of game medals, the player may lose his willingness to play. However, in the swing type gaming machine 1 in the modified example, when the number of games in the second half part increases, the number of games in the first half part of the next set also increases. That is, the specification is such that even if the number of games in the second half part increases, there is no possibility of losing the game motivation.

  The probability of winning the continuous lottery in the first half part or the second half part may be constant. Alternatively, the probability of winning a continuous lottery in the first half part or the second half part may be determined according to the number of games in the first half part, the number of games in the AT, or the number of sets.

  The first set may win the continuous lottery in the first half part.

  If the predetermined condition device is activated in the first half part or the second half part, continuous drawing may be performed. For example, in the first half part or the second half part, if you hit a watermelon, cherry or chance, you may continue drawing.

  The probability of winning the end lottery in the second half part may be constant. Alternatively, the probability of winning the end lottery in the second half part may be determined according to the number of games in the first half part, the number of games in the AT, and the number of sets.

  In the latter half part, when the predetermined condition device is activated, the end drawing may be performed. For example, in the second half part, if a replay is hit, the end lottery may be performed.

  One set of ATs may consist of a first half part, a second half part, and a continuous lottery part. The AT control means 56 may start the first half part of the first set when it hits the AT lottery in the normal stage. Further, the AT control means 56 may start the second half part of the Q (≧ 1) set after playing the determined number of times in the first half part of the Q (≧ 1) set. Further, the AT control means 56 may start the continuous lottery part of the Q (≧ 1) set when it hits the end lottery in the latter half part of the Q (≧ 1) set. Further, the AT control means 56 may start the first half part of the Q + 1 set after hitting the continuous lottery in the continuous lottery part of the Q (≧ 1) set and playing a predetermined number of times. On the other hand, the AT control means 56 may end the AT after the number of games determined before hitting the continuous lottery in the continuous lottery part of the Q (≧ 1) set (the normal stage may be started). good). In a modified example, in the second half part, any condition device may be activated or the end lottery may be performed. Further, in the modified example, the continuous lottery part may be continuously drawn regardless of which condition device is operated.

  The number of times that the first half part can be played in each set may be different. Specifically, the first part of the first set may be able to play 10 times. Further, the first half part of the second set may be able to play the same number of times as the total number of games in the first half part of the first set and the number of games in the second half part of the first set. Further, the first half part of the third set may be able to play the same number of times as the sum of the number of games in the first half part of the second set and the number of games in the second half part of the second set.

  The second half part may be in a state where the frequency of instructing the order in which the stop button 16 should be pressed is lower than that of the first half part by using an instruction display or a liquid crystal display in a game hitting the push order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs. If the player continues to play with a reduced number of game medals, the player may lose his willingness to play. However, in the swing type gaming machine 1 in the modified example, when the number of games in the second half part increases, the number of games in the first half part of the next set also increases. That is, the specification is such that even if the number of games in the second half part increases, there is no possibility of losing the game motivation.

  The second half part may be in a state in which the order in which the stop button 16 should be pressed is not instructed by using an instruction display or a liquid crystal display in a game that hits the pressing order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs. If the player continues to play with a reduced number of game medals, the player may lose his willingness to play. However, in the swing type gaming machine 1 in the modified example, when the number of games in the second half part increases, the number of games in the first half part of the next set also increases. That is, the specification is such that even if the number of games in the second half part increases, there is no possibility of losing the game motivation.

  The continuous lottery part may be in a state where the frequency of instructing the order in which the stop button 16 should be pressed is lower than that of the first half part using an instruction display or a liquid crystal display in a game hitting the push order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs.

  The continuation lottery part may be in a state in which the order in which the stop button 16 is to be pressed is not instructed by using an instruction display or a liquid crystal display in a game that hits the pressing order bell. This is effective when it is desired to suppress excessive payout of game medals with one set of ATs.

  The number of games that can be played in the continuous lottery part may be constant. Alternatively, the number of games that can be played in the continuous lottery part is determined according to the number of games played in the first half part, the total number of games played in the first half part and the number of games played in the second half part, the number of games played at the AT, and the number of sets. Also good.

  The probability of winning the end lottery in the second half part may be constant. Alternatively, the probability of winning the end lottery in the second half part may be determined according to the number of games in the first half part, the number of games in the AT, and the number of sets.

  In the latter half part, when the predetermined condition device is activated, the end drawing may be performed. For example, in the second half part, if a replay is hit, the end lottery may be performed.

  The probability of winning a continuous lottery in the continuous lottery part may be constant. Alternatively, the probability of winning a continuous lottery in the continuous lottery part depends on the number of games in the first half part, the total number of games in the first half part and the number of games in the second half part, the number of games in the AT, and the number of sets. You can decide.

  The first set may hit the continuous lottery in the continuous lottery part.

  In the continuous lottery part, the continuous lottery may be performed when a predetermined condition device is activated. For example, in the continuous lottery part, if a watermelon, cherry or chance is hit, continuous lottery may be performed.

  If the AT is played a predetermined number of times (150 times, 200 times, 250 times, 300 times, etc.), a continuous lottery may be won. In that case, the number of games that can be played in the first half part of the next set may be reset (may be returned to 10 times). This is effective when it is desired to suppress excessive payout of game medals in one AT.

  When resetting, the bonus part may be started before starting the first half part of the next set. It should be noted that the bonus part may be in a state of instructing the order in which the stop button 16 should be pressed using an instruction display or a liquid crystal display in a game hitting the pressing order bell. Alternatively, the bonus part may be in a state in which the frequency of instructing the order in which the stop button 16 should be pressed is lower than that of the first half part using an instruction display or a liquid crystal display in a game that hits the pressing order bell.

  The number of times that the bonus part can be played may be fixed. Alternatively, the number of games that can be played in the bonus part is the same as the total number of games in the first half and the number of games in the second half, or less than the total number of games in the first half and the number of games in the second half. It may be the number of times.

  When resetting, the probability of winning the next set of continuous lotteries may be changed. For example, the probability of winning the next set of continuous lotteries may be increased.

  When resetting, the probability of winning the end lottery in the second half of the next set may be changed. For example, the probability of winning the end lottery in the second half of the next set may be lowered.

  In the advantageous section, the ending part may be started when the difference number (increased number) from when the game medals have decreased most exceeds a predetermined number (for example, 2000). It should be noted that the ending part may be in a state where it is possible to instruct the order in which the stop button 16 should be pressed using an instruction display or a liquid crystal display in a game hitting the pressing order bell. In that case, the sub-control means 61 (the effect determining means 62 and the effect executing means 63) is such that the difference number (increased number) from when the game medals are reduced most exceeds a predetermined number (for example, 2000). Then, the ending effect may be determined, and an image corresponding to the ending effect may be displayed on the liquid crystal display.

  The following describes how to change terms.

  “Game” is also referred to as “game”.

  “Condition device related to winning” is also called “winning combination” or “small combination”. Similarly, the “conditional device related to replay” is also referred to as “replay combination”, “replay combination”, “replay combination”, and “replay”. Similarly, the “conditional device related to operation” is also referred to as “special combination”, “bonus combination”, or “bonus”.

  “Rotating machine” is also called “slot machine” or “pachi-slot”.

  The “housing part” is also referred to as “main part” or “main part”.

  “Door” is also referred to as “door”, “door” or “door”.

  The “rocker switch” is also referred to as a “seesaw switch”.

  The “three spinning cylinders” are also called “left spinning cylinder, middle spinning cylinder, right spinning cylinder” in order from the left side. In addition, the “three cylinders” are also referred to as “first cylinder, second cylinder, and third cylinder” in order from the left side. The “rotor” is also referred to as “reel”.

  The “stepping motor” is also referred to as “pulse motor”.

  The “middle panel” is also referred to as a “rotor display panel” or a “symbol display panel”.

  The “input slot” is also referred to as a “slot”.

  The “transmission type (transmission type) photoelectric sensor” is also referred to as a “photo interrupter”.

  “The three-sheet insertion button is pressed” is also referred to as “the three-sheet insertion button is operated”. The “three-sheet insertion button” is also referred to as a “3-bet button” or a “max-bet button”.

  “One-sheet insertion button switch is pressed” is also referred to as “one-sheet insertion button switch is operated”. The “one-sheet insertion button” is also referred to as a “one-bet button”.

  “The checkout button switch is pressed” is also referred to as “the checkout button switch is operated”.

  “The start lever is hit” is also referred to as “the start lever is operated”. The “start lever” is also referred to as a “start lever”.

  The “three stop buttons” are also referred to as “a left stop button, a middle stop button, and a right stop button” in order from the left side. The “three stop buttons” are also referred to as “first stop button, second stop button, and third stop button” in order from the left side. “The stop button is pressed” is also referred to as “the stop button is operated”. The “stop button” is also referred to as a “stop button”.

  The “insertable indicator” is also referred to as a “bettable indicator”.

  The “insert number display” is also referred to as a “bet number display”.

  The “game start possible display” is also referred to as “game start possible display”.

  The “replay indicator” is also referred to as a “replay indicator”.

  “The setting button switch is pressed” is also referred to as “the setting button switch is operated”. The “setting button” is also referred to as a “setting change button” or a “setting switching button”.

  The “main board” is also referred to as “main control board”, “main board”, and “main control board”.

  “Liquid crystal display” is also referred to as “LCD (liquid crystal display)”.

  The “sub-board” is also referred to as “sub-control board”, “sub-board”, and “sub-control board”.

  “Balanced pair cable” is also referred to as “twisted pair cable”.

  The “main control means” is also referred to as “main control means”.

  The “sub control means” is also referred to as “sub control means”.

  “Internal lottery means” is also referred to as “role lottery means”.

  The “internal lottery state” is also referred to as “role lottery state”. The “internal lottery state control means” is also referred to as “role lottery state control means”.

  "Conditioning device related to the operation of the first continuous action device related to the first type special equipment, continuous operation device related to the first special service item, conditional device related to the operation of the first special service type, The “internal lottery state in which the one kind of special combination is not operating” is also referred to as “general medium” or “non-internal medium”. Note that the “actual accessory continuous operation device related to the first type special feature and the game in which the first type special feature is not activated” are also referred to as “general game”.

  "Consecutive action device related to Type 1 special feature, Conditional device related to operation of Type 1 special feature, and Type 1 special feature are not working, but related to Type 1 special feature The “internal drawing state in which the condition device relating to the operation of the accessory continuous operation device is operating” is also referred to as “inside”.

  "Condition device related to the operation of the continuous action device for the first type special feature, Condition device related to the operation of the first special feature, and the first type special feature are not operating, The “internal lottery state in which the accessory continuous actuating device related to the seed special accessory is operating” is also referred to as “big bonus in general (BB in general)”. Note that the “game in which the continuous action device for the first type special feature is operating” is also referred to as “special game”, “big bonus game (BB game)”, or “bonus game”.

  "Condition device related to the operation of the continuous action device for the first type special feature, and the continuous action device for the first type special feature, although the first type special feature is not activated, The “internal lottery state in which the condition device relating to the operation of the first type special object is operating” is also referred to as “during shift inside”.

  “The condition device related to the operation of the continuous action device for the first type special feature and the condition device related to the operation of the first special feature are not operating, but the role related to the first type special feature. The item continuous operation device and the internal lottery state in which the first type special combination is operating are also referred to as “in combination with operation” or “during regular bonus (during RB)”. Note that the “game in which the first type special combination is operating” is also referred to as “special game”, “regular bonus game (RB game)”, or “bonus game”.

  “A game during AT” is also referred to as “special game” or “instructible game”.

  The “instruction indicator” is also referred to as an “instruction monitor”.

  “Instructing the order of pressing the stop buttons” is also referred to as “notifying the order of pressing the stop buttons”. Then, “a game that is in an AT” is also referred to as a “notifiable game”. Further, the “instruction indicator” is also referred to as a “notifier”.

  The “serial transmission method” is also referred to as a “serial transmission method”. The “parallel transmission method” is also referred to as a “parallel transmission method”.

  The “reflective (reflective) photoelectric sensor” is also referred to as a “photoreflector”.

  The “game in the bonus part” is also called “special game” or “pseudo (pseudo) bonus game”.

  In the present specification, the embodiment has been described with a spinning machine installed in a pachinko restaurant, but a spinning machine installed in a specific complex tourist facility may be used.

DESCRIPTION OF SYMBOLS 1 turn type game machine 2 Storage part 3 Door part 4 Turn body 5 Stepping motor 6 Middle panel 7 Insertion slot 8 Selector 9 Game medal sensor 10 3 sheet insertion button 11 3 sheet insertion button sensor 12 1 sheet insertion button switch 13 Checkout button Switch 14 Start lever 15 Start lever switch 16 Stop button 17 Stop button sensor 18 Dispensing device 19 Insertion possible indicator 20 Insertion number indicator 21 Stored number indicator 22 Game start possibility indicator 23 Dispensing number indicator 24 Replay indicator 25 Setting key switch 26 Setting button switch 27 Setting indicator 28 LED
29 LED
30 LED
31 LED
32 LED
33 LED
34 Main board 35 MPU
36 CPU
37 ROM
38 RAM
39 Input Port 40 Output Port 41 Main Board Case 42 Sub Board 43 MPU
44 CPU
45 RAM
46 Input port 47 Output port 48 ROM
49 RAM
50 Sub board case 51 Control means 52 Main control means 53 Internal lottery means 54 Internal lottery state control means 55 Game period control means 56 AT control means 57 Cylinder control means 58 Display judgment means 59 Discharge means 60 Communication means 61 Sub control means 62 Production determination means 63 Production execution means 64 Communication means

Claims (3)

Door,
Multiple cylinders,
A starting lever for rotating the plurality of cylinders;
An LED that illuminates based on the operation of the start lever;
The door
It has a predetermined panel,
The plurality of convolutions are
In a position visible from the front side of the predetermined panel,
The starting lever is
A gaming machine, wherein the gaming machine is in a position that can be viewed from the back side of the predetermined panel. Door,
Multiple cylinders,
A starting lever for rotating the plurality of cylinders;
An LED that turns off when the start lever is operated, and
The door
It has a predetermined panel,
The plurality of convolutions are
In a position visible from the front side of the predetermined panel,
The starting lever is
A gaming machine, wherein the gaming machine is in a position that can be viewed from the back side of the predetermined panel. A plurality of stop buttons for stopping the rotation of the plurality of cylinders;
A main control means for controlling the operation related to the game,
The main control means includes
Internal lottery means for performing internal lottery,
An instructable state control means for controlling the instructable state,
The instructable state control means includes:
Based on the fact that a predetermined condition is satisfied, the instructionable state is started,
The instructable state is:
at least,
In the game in which the result of the internal lottery is the predetermined result, a first state in which operation modes of the plurality of stop buttons can be instructed;
In the game in which the result of the internal lottery is the predetermined result, the game includes a second state in which operation modes of the plurality of stop buttons can be instructed.
The second state is characterized in that, in a game in which an internal lottery result is the predetermined result, the frequency of instructing the operation mode of the plurality of stop buttons is lower than that in the first state. The gaming machine according to claim 1 or claim 2.

Images