TWI326611B - - Google Patents

Description

[Technical Field] The present invention relates to a game machine that supplies a first game medium and a second game medium to a play field unit. [Prior Art] As one of the game machines using the game media, it is known that the coins put by the player are dropped to the play field portion where the coins are stored, and the coins are pushed out by the push coin table to make the coins group side by side. The mode changes, and the coin that is dropped from the predetermined range of the game field portion is paid to the player's so-called coin pusher. Further, as such a push-pull game machine, a second game medium (as an example of a ball) different from the type of the coin as the first game media is also supplied to the play field unit, and the second game media is provided. Moving with the coin, the second game media performs the lottery process as a condition from the play field tribe, and gives the player's game machine a bonus for the lottery result. According to such a game machine, in addition to the first game media, the second game media was also provided in the play field area, and the second game media was launched in conjunction with the first game media, and was excluded from the game field. The opportunity to get a bonus will be given to the player. Since the dynamics of the game media such as coins are governed by physical laws, the opportunity to receive bonuses can be eliminated by waiting for the dynamics of the game media, and the impression of human intervention in the game machine can be excluded. The variety of game media game consoles allows players to expect bonuses. -5- (2) (2) 1326611 [Problem to be Solved by the Invention] In the game machine, the number of the second game media existing in the game field area is larger, and the bonus is obtained for the player. The higher the expectation. Therefore, if the number of the second game media existing in the field of the game field is reduced, it can be regarded as an unfavorable situation regarding the player's bonus, and there is a desire to lose the game. In particular, if the second game media does not exist in the game field, the tendency will increase. When the game machine for commercial use produces such a state, the operating rate of the gaming machine or the inconvenience of lowering the revenue may occur. Here, the object of the present invention is to provide a game machine that not only supplies the first game media to the game field but also the second game media to the game field, and provides the second game media even if it exists in the game field. The number of players is reduced, and the game machine that gives the player the motivation to continue the game can also be given. [Means for Solving the Problem] The present invention relates to a game machine comprising: a first game media supply means s "providing a first game media to a play field domain according to a player's operation; a basic game execution means, an input and an input The basic game is executed in association with the operation of the first game media of the play field area, and the bonus of the game result of the basic game is given to the player; the second game media supply means is in the predetermined state of the basic game generation. When the second game media of the first amusement media type is supplied to the play field area; and the bonus opportunity providing means is based on the first game media (S) -6-(3) ( 3) 1326611 The action of the second game media linked to the movement of the body, and when the second game media is excluded from the game field portion, the player is given an opportunity to obtain a bonus, and is characterized in that: the media quantity detecting means is detected The number of the second game media present in the play field area; and the offer providing means is the second detected by the media amount detecting means The number of media arts at the time by at least a predetermined number, giving preferential associated with the payment of the above bonus of the aforementioned players. Thereby, the above problems are solved. According to the game machine of the present invention, when the number of the second game media existing in the play field area is reduced by at least a predetermined number, the offer associated with the bonus to the player is given by the offer means. Therefore, even if the number of the second game media is reduced, the player can be expected to receive the bonus via the newly-granted offer. As a result, the player is given the motivation to continue the game, and the operation rate and profitability of the game machine can be improved. Further, in the game machine of the present invention, the basic game system can protect the player's game player according to the input of the first game media, and the range of the basic game can be appropriately set. The bonus of the basic game may be given to the player as the first game media itself, or as a player who will be interchangeable with the first game media. When the first game media is paid, the mode is "paying the first game media directly to the player" or paying the first game media to the game field department, etc., and indirectly paying the first game media to the player. Also. The second game media may be used as a medium for performing lottery and various other processes for paying a bonus to the player, and the second game media itself may be paid as a prize to the player. The concession granted by the preferential means is used as the payer of the bonus (4) 1326611. For example, in addition to the reduction of the second game media, the opportunity for the player to perform the bonus payment will be given as a discount to the player in addition to the reduction of the second game media. • Alternatively, the payment of the bonus itself may be granted as a discount. Further, the game machine of the present invention may include the following aspects: In one aspect of the game machine of the present invention, the bonus providing means is configured to improve the establishment of the predetermined state in the basic game by execution. #率的处理' gives the aforementioned offers. According to this aspect, the probability that the second game media is supplied to the game field portion is increased when the basic game is established. Therefore, when the number of the second game media is reduced, the time required to supply the second game media is shortened. Thereby, the player can be given an incentive to continue the game. In one aspect of the game machine of the present invention, the basic game execution means ' is a game included in the basic game, and when the first game medium passes through a predetermined position of the play field area, The control rule is used to control the probability of being elected, and the lottery process for causing the selected object to be performed is performed, and when the selected object is established, the lottery game for directly or indirectly paying the bonus to the player, the preferential giving means is performed to improve the aforementioned lottery game. The processing of the probability of the establishment of the object of the selection and the processing of at least one of the processes of increasing the amount of the prize when the object to be selected is established may be provided by the above-mentioned offer. According to this aspect, when the number of the second game media is reduced, the probability of the winner is selected in the lottery game executed as one of the basic games, or the bonus amount at the time when the selected object is established increases. Therefore, even if the number of the second game media is reduced, -8-(5) 1326611 can also make the player hold more general feelings through the lottery game. For this reason, in one aspect of the game machine according to the present invention for continuing the game, the first game play, the basic game execution means executes the following game as a push game, as the game included in the game. The coin group that is to be used as the play field area is pushed out by the push coin table in the play field, and the coin discharged from the predetermined range of the game is paid as a bonus to the player; The lottery process is performed when the coin is controlled by the positioning of the aforementioned play field portion in accordance with the predetermined control rule while controlling the probability of selection, and when the selected object is established, it will be paid as a bonus to the player directly or indirectly. In the first body supply means, when the game media set in the lottery game is established, the supply of the second game media is performed in the predetermined state in the basic game, and the bonus system execution is improved in the lottery game. The processing of the aforementioned amusement media payment rate is improved in the aforementioned lottery game. The probability of the process and the process of increasing the number of hard objects during the establishment of any elected at least one processing, thereby impart front. According to this aspect, when the coin is discharged from the play field range in the push coin game, the lottery game is executed, and the coin is paid as a bonus when the lottery game is established. Further, in the lottery game, when the payment object is established, the second game media is supplied to the game bonus. When the basic game of the art media is stored in the department of the department and the selection of the game, the object of the above-mentioned coin 2 game media payment object is selected, and the target is established. The object is a game media field department, and the opportunity to give gold is given by the exclusion of the second game media from the play field department by -9-(6) 1326611. Then, when the second number exists in the field of the game field, 'as a discount, the entertainment media payment target will increase, the probability of the selected object will increase, or the number of coins paid for the establishment of the game will increase. . The number of the second game media in the field area is reduced, and the expectation of more bonuses can be obtained. To this end, the player can be given motivation for the play. In one aspect of the game machine of the present invention, the offer may be given to the offer when detecting the state of the game field and the state of the second game. According to this aspect, the 2 game media does not exist in the state of the game field, and the player is held with the expectation of winning the prize and is given the opportunity to continue the game. In one aspect of the game machine of the present invention, the bonus section includes: a physical drawing unit that extracts at least one of the second game media from the game and selects at least one of the physical plural selections of the second game media. And control the players who are associated with the lottery results from the selection agency. In the gaming machine of this form, the second game media is selected by the drawing institution, and is associated with the physical lottery to control the payment of the player's bonus. The physical selection machine depends on the physical action of the media. As for the result of the selection, it is difficult to intervene for sex. Therefore, there is a possibility that it is easy to improve the chance of winning the prize game media relative to the player player, even if the player holds The continuation of the means of granting the game, the media does not exist, even if it is the action given to the preferentially feasible game, the action of the aforementioned physical bonus is defined as the result of the physical establishment of the person who constructs the game of the game. The advantage of the expectation of the bonus -10 (7) (7) 1326611. On the contrary, if the number of the second game media existing in the field of the game field is reduced, the chances of the lottery by the physical drawing institution are also reduced, and the advantages of the physical drawing institution cannot be fully utilized, and the desire for the player to continue the game is reduced. After that. On the other hand, if a discount is given to the number of the second game media, the player can be given the motivation to continue the game until the number of the second game media increases. [Effects of the Invention] As described above, in the gaming machine according to the present invention, when the number of the second game media is reduced by at least a predetermined number, the player is given a bonus by giving the player a bonus associated with the bonus. It is expected that the player can be motivated to continue the game, and the operation rate and profitability of the game machine can be improved. [Embodiment] A schematic diagram of the configuration of the gaming machine G of the present invention will be described with reference to Figs. 1 to 5 . Fig. 1 is a plan view of a gaming machine G according to an embodiment of the present invention. The game machine G has a central unit CN, four auxiliary equipment units SA, and six game station units ST. Each of the accessory units SA is disposed so as to surround the central unit CN below the central unit CN, and four game station units ST are disposed around each of the accessory units SA. In other words, the game machine G has a structure in which four accessory units SA are disposed around the central unit CN, and four game unit STs are arranged around each of the accessory units SA. In the game station unit ST, as a basic tour <S) -11 - (8) (8) 1326611, a so-called push coin game using coins as a game media and a digital lottery associated with the push game are respectively performed. game. The accessory device unit SA is associated with the game result of the digital drawing game of the station unit ST to perform the accessory device drawing. The central unit CN is associated with the game result of the digital drawing game of the station unit ST or the drawing result of the drawing of the accessory device of the accessory equipment unit SA, and is used as a central game for central drawing or grand prize slot drafting. Fig. 2 shows an auxiliary equipment unit SA and a game station unit ST combined with it. The game station unit ST includes: a pair of right and left operation units 1'' for playing a game-related operation; a play field unit 12 for executing a coin push game; and a coin supply unit 13 for The coin Μ of the game media is supplied to the play field unit 12; the ball input unit 14' is for putting the ball as the second game media into the play field unit 12; the ball transport unit 15' is for arranging the ball The game station monitor 16 is sent to the accessory device unit SA; and the game station monitor 16 is used to display a game screen or the like. The play field unit 12 is provided with a main table tray 20 and a sub-tray 21 in which the coin cassettes are stored, and further includes pusher trays 22 and 23 that slide forward and backward on the trays 20 and 21. The coin tray is stored in the main tray 20 and the sub-plate 21 in a stacked manner. The play field portion 12 is surrounded by a partition wall such as a transparent plate to form a shield for the outside. Referring to Fig. 3, the flow of the coin Μ flow of the station unit ST will be described. When the player throws a coin hopper from a coin insertion opening (not shown) provided in the operation unit 10, the coin 落 is dropped to the coin supply hopper 13a of the coin supply unit 13 via the coin slide 17. From the coin supply hopper-12-(9) 1326611 13a, before the coin input of the player, coins Μ are respectively paid for the coin discharge portions 18 disposed on the right and left of the station unit, so that the coins Μ* are prepared for the play field portion 12. The inputs are kept in the coin discharge '18, respectively. The tokens held in the coin discharge portion 18 are sent to the coin chute 19 at the timing of the input of the coin by the player, and the coins are fed from the chute 19 to the sub-chassis 21. Further, the orientation of the chute 19 can be changed by operating the rocker 10a provided on the left and right of the operation unit 10, and the coin that is thrown into the play field portion 12 in the right direction can be dropped to the sub-tray 21 to leave or The sub-tray 21 is dropped to the main tray 20. The group of coins remaining on the sub-tray is pushed forward by the reciprocating movement of the push-pull disk 23 (the position side of the player standing is the same), whereby the coin 推出 is pushed out from the front end of the sub-tray. The pushed-out coin μ-slipping inclined portion 24 is moved to the main table 20' and stored therein. The coins are stored on the main tray 2, and the coin group is pushed to the ® side by the reciprocating movement of the coin tray 22, whereby the coins are dropped to the periphery of the main tray 20. The hard raft after falling is recovered into the lift supply hopper 25 shown in Fig. 2. Then, the same number of coins μ as the coin μ dropped from the front end of the main table 20 are used as the coins obtained by the player, and are paid from the lift supply hopper 25 to the coin paying unit 11 between the operation units 10. The coin payment department is located outside the partition wall covering the play field portion 12 from which the player can accept the paid currency. Referring back to Fig. 2, a plurality of openings 24a, 24b, and 24c are provided in the inclined portion 24 as an inspector for passing (falling) the coin M. Sliding off the ST system on behalf of the left storage 21 to 2 1 and the coin is hardly tilted from the field - 13 - 1326611 do) The coin on the way of the oblique portion 24 - when falling to any of the openings 24a, 24b, 24c The sensor (not shown) detects the passage of its coin ,, and starts the digital drawing game on the station monitor 16 with its detection signal as the starter. The digital drawing game is a slot game in which a combination of three patterns (pictures, symbols, numbers, etc.) displayed in a horizontal column arranged on the station monitor 16 is matched with the selected object. One of the candidates for the digital drawing game is prepared to have a "ball". For example, when the composition of the ball is prepared, the object of the "ball" is elected. When the object is selected, the ball ball input unit 14 is put into the main table 20. The supply of the ball for the ball throwing portion 14 will be described in detail later. Further, in the present embodiment, the general ball 1 and the special ball 2 are provided as different types of ball systems, but they are marked as balls when they are not required to be distinguished. The ball thrown onto the main table 20 is gradually pushed out toward the front of the main table 20 by the reciprocal movement of the pusher table 22 and the coin Μ. When the ball is dropped from the front end of the main table 20, the dropped ball is transported to the accessory unit SA by the ball transport unit 15. Fig. 4 is a view showing a conveyance path of the ball which is caused by the ball carrying portion 15. The ball that has fallen from the main table 20 is received into the ball lifter 27 via the ball duct 26. The ball lifter 27 transports the received ball sill to the trailing end (upper end) of the ramp 28 while rising along the ramp 28. In the accessory unit SA, the attachment of the accessory device is performed using the ball that is carried to the trailing end of the ramp 28. As shown in FIG. 2, the accessory device unit SA includes a bingo platform 30; a ball carrier 40 is disposed on the periphery of the bingo platform 30; and a pair of ball supply mechanisms 50Α, 50Β are disposed on the bingo platform 30. Around; and a pair of -14-(11) (11) 1326611 ball-input mechanisms 60A, 60B are disposed on opposite sides of the ball supply mechanisms 50A, 50B with the bingo platform 30 interposed therebetween. The bingo platform 30 is rotationally driven in one direction around the axis in the vertical direction by a drive mechanism (not shown). The upper surface of the bingo platform 30 is divided into an outer peripheral portion 32A and an inner peripheral portion 32B by an annular fence 31. In each of the portions 32A and 32B, the circular prize bags 32a and 32b having the diameter B of the ball B are provided so as to penetrate the bingo platform 30. 32 prize bags 32a are provided in the outer peripheral portion 32A, and 32 prize bags 33a are provided in the inner peripheral portion 32B. The winning bags 32a, 33a are respectively assigned a number or a pattern of options constituting the drawing of the accessory device. In the prize bag 32a of the outer peripheral portion 32A, a number of 32 to 1 and a character of "JP Opportunity" are alternately assigned. Furthermore, in this specification, "JP" is jackpot, which is used as an abbreviation for the jackpot. On the other hand, in the 32 prize bags 33a of the inner peripheral portion 32B, three appropriate combinations of 33 to 1 are assigned, and the "JP Opportunities" characters are assigned to the remaining two prize bags 33a. The ball carrier 40 is movable along the periphery of the bingo platform 30. The ball carrier 40 performs the transfer of the ball B of the ball input unit 14 of each of the game station units ST from the ball supply mechanisms 50A and 50B, and the ball transfer mechanism 15 from the ball transport unit 15 of each game station unit ST. The ball B of 60B is transported. In the ball supply mechanisms 50A, 50B, the ball systems passing through the prize bags 32a, 33a of the bingo platform 30 can be selectively introduced depending on the type thereof. As an example, the general ball B1 is introduced into the ball supply mechanism 50A, and the special ball B2 is introduced into the ball supply mechanism 50B. The ball supply mechanisms 51A, 50B individually collect the introduced ball B to the auger 51 and transfer it to the upper side to reach the spiral -15-(12) (12)

1326611 The ball B at the upper end of the conveyor 51 is paid one by one from the discharge portion 52. The ball carrier 40 is moved directly below the 52 from the payment of the ball B of the discharge portion 52, whereby the ball B discharged from the ball discharge portion 52 carries the fork portion 41 of the carrier 40. The ball carrier 40 is received from the ball supply mechanisms 50A and 50B, and the ball B is moved along the outer circumference of the bingo platform 30 to the ball input portion 14 of the station unit ST. Thereafter, the fork portion 41 is inclined outward. The ball B is paid to the upper end of the ball input portion 14 14a. The ball B to be paid is slid down the ramp 14a, and is fed to an arbitrary position of the main pallet 20 via the selection mechanism 14b. On the other hand, when the ball B is carried out to the ball 15 of the station unit ST, the ball carrier 40 moves to the inside of the ball carrier ramp 28 carrying the ball B, receives the ball B from the ramp 28, and then the ball The position of the B ball input mechanism 60A or 60B. The ball carrier 40 is transported to any of the ball input mechanisms 60A and 60B, and is associated with the ball B. For example, in the case of the general ball B1, the ball carrier 40 B1 is transported to the ball input mechanism 60a, and on the other hand, in the special case, the ball carrier 40 transfers the ball B2 to the ball input mechanism. The ball input mechanisms 60A and 60B are individually provided with a ball lifter 61 62. The ball lifter 61 is reciprocally movable in the vertical direction. When the ball carrier 40 is transported to the ball input mechanism 6〇Α, the ball lifter 61 of the ball structure 60Α will be lowered, and thereafter, the ball carrier 40 41 is tilted toward the ball lifter 61 side and the ball 1 is tilted. The ball carrier 40 is lifted from the ball lifter 61. The ball lifter 61 that receives the ball B1 is raised to: the ball is delivered to the ball B, and the ball is fed to the position transporting unit 5 15 to the ball. The 60B of B2 is delivered to the upper end of the ball guide-16-(13) (13) 1326611 62, and is then inclined toward the ball guide 62 to form a downward slope. Thereby, the general ball B1 is delivered to the ball guide 62. The general ball B1 delivered to the ball guide 62 is inserted from the front end of the ball guide 62 to the outer peripheral portion 32 of the bingo platform 30. When the special ball B2 is transported from the ball carrier 40 to the ball shooting mechanism 60B, the ball lifter 61 of the ball input mechanism 60B is lowered, and the ball B2 is transferred from the ball carrier 40 to the ball lifter 61, and then the ball is made. The lifter 61 performs the same operation as the ball input mechanism 60A, and the special ball B2 is delivered to the ball guide 62 of the ball input mechanism 60B. The general ball B1 delivered to the ball guide 62 is fed from the front end of the ball guide 62 to the outer peripheral portion 33 of the bingo platform 30. As shown in FIG. 5, the central unit CN includes a center monitor 70, a large wheel 71, and a large ball input mechanism 72. The large wheel 71 is rotationally driven in one direction at a predetermined speed by a drive mechanism (not shown). A plurality of prize bags 71a are provided around the large wheel 71. Each of the prize bags 71a is assigned a number (or a multiple) of coins 作为 as a selection object or various game modes. When the center game is started, the large ball 73 for the large roulette is put into the outer circumference of the large roulette 71 from the ball input mechanism 72. The large ball 73 is swung around the large wheel 71 with the rotation of the large wheel 71, and enters the prize bag 71a. The bonus for the prize bag 71a that the big ball 73 enters is given to the player. Further, the station unit ST, the accessory unit SA, and the center unit CN are provided as performance devices for adding a game atmosphere, and an electronic special effect device or an audio device is separately provided. The electronic special effects device is, for example, -17-(14) (14) after the game station is placed along the coin cassette and discharged to the play field portion 12.

1326611 Move Path' is set with a plurality of LEDs. The accessory unit lights are used to obtain an annular illumination centered on the bingo platform 30 from below the bingo platform 30. The large wheel 1 71a of the central unit CN forms a plurality of LEDs at the edges. As the acoustic device, the sound effect or BGM is appropriately output from the speaker. As shown in Fig. 1, each of the accessory units S A of the machine G is provided with a moving lamp L and a speaker for performance on the lower side of the spacer SP. Next, the structure of the control system of the game machine G will be described. The game machine G is provided with a host control unit 100, a host PC (however, the abbreviation of the S-person computer, the same applies hereinafter) 110, the central PC 120 unit 130, the accessory device control unit 140, and the like as the operation of controlling the game machine. The game station is controlled as a computer unit that controls the movement of its gaming machine G. The accessory element 1 is a component of the accessory device unit SA, and one of the SA is provided as an accessory device unit, and the game station control system is a component of the game station unit ST, and one game device is provided for each game cover. That is, the game station control unit 110 to 150, which is provided with the accessory device control unit 140 and 16 in the game machine G as a whole, can mutually exchange various game or lottery control required information via the LAN line 160. . The line 160 can be connected to a hub at an appropriate location. The host control unit 100 serves as the overall control of the game machine G, and the host PC 110 controls the winning pitch of the rotation axis 1 provided on the body SA of the game machine G as shown in Fig. As shown in Figure 6, the computer unit, k, PC is a central control unit 1 5 0 device control unit each peripheral unit unit 1 5 0 i unit ST is placed with 4 units 1 5 0 . In this case, the LAN is in the form of a star connection management and coordination of the performance of the performance department 111 (S) -18-(15) (15) 1326611. In the main body performance unit 111, for example, the performance device of the speaker on the moving lamp L or the spacer SP that does not belong to any of the central unit CN' accessory device unit SA and the game station unit ST is included in the body performance unit 1 1 1 . The central PC 120 serves as display control for the center monitor 70. The central control unit 130 detects the state of the central unit CN according to the sensor group 133, and operates the central driving unit 丨32 and the central performance unit 133' to thereby control the execution of the central game and the central unit CN, respectively. The performance on the game. The sensor group 131 includes a prize sensor that detects the presence or absence of the prize for the large ball 73 of each of the prize bags 71a of the large wheel 71. For example, a proximity switch, a reflective or transmissive photo sensor, or the like can be used as the winning sensor. The central drive unit 133 includes a drive unit for driving a motor or the like of the large reel 71, an actuator for driving the large ball input mechanism 72, and the like. The central performance unit 133 is a performance device including a lamp, a speaker, and the like that are unique to the central unit CN. The accessory device control unit 140 operates the accessory device driving unit 142 and the accessory device performance unit 1 43 in accordance with the state of the accessory device unit SA detected by the sensor group 141, thereby controlling the execution of the accessory device selection, respectively. The transfer of B and the performance of the game using the accessory equipment unit SA. The sensor group 141 includes a winning sensor that detects the presence or absence of the ball B of each of the prize bags 32a and 33a of the bingo platform 30, and a position of the vehicle that detects the position in the direction around the ball carrier 40. Sensor. The award-winning sensor can be, for example, a proximity switch, a transmissive or a reflective light sensor. The accessory device driving unit M2 includes: a driving device that rotationally drives the motor of the bingo platform 30, and the like; an actuator that drives the ball carrier 40 along the periphery of the bingo platform 30; -19-(16) (16) 1326611 An actuator that operates the fork portion 41 of the ball carrier 40; an actuator that drives the screw conveyor 51 and the ball discharge portion 52 of the ball supply mechanisms 50A, 50B, respectively; and a ball lift of the lift drive ball input mechanisms 60 A, 60B The actuator of the device 61 or the like. The accessory device performance unit 143 is a performance device including a lamp, a speaker, and the like that are unique to the accessory device unit SA. The game station control unit 150 operates the game station drive unit 152 and the game station performance unit 153 according to the state of the game station unit ST detected by the sensor group 151, thereby controlling the game station unit ST accordingly. Execution of the push coin game, the digital lottery game, and the performance on the game using the game station unit ST. Further, the station control unit 150 also serves as display control of the station monitor 16. The sensor group 1 1 1 includes: a coin sensor group for detecting the coin; a ball sensor group for detecting the ball B; and a detecting rocker l〇a, the push coin table 22, 23 A group of position sensors for the position of the movable portion. The coin sensor group includes: a coin insertion sensor that detects the input of the coin 从 from the coin insertion port; and a coin discharge sensor that detects the discharge of the coin hopper from the coin discharge portion 18; a detection sensor in which the coins of the openings 24a to 24c are dropped; a falling coin sensor that detects a coin hopper falling from the front end of the main table 20; and a coin that is paid from the lift supply hopper 25 to the coin paying portion 11 The coin pays for the sensor and so on. The proximity sensors, photosensors, and microswitches of the coin sensor of the conventional coin game machine can also be used for the sensor systems. Further, the 'ball sensor group includes a ball input sensor that detects the input of the ball from the ball input unit 14, and detects that it has fallen from the main table 20 and is delivered to the ball -20-(17) (17) 1326611 The ball of the ball B of the transport unit 15 drops a sensor or the like. The ball drop sensor system has a function as a sensor that discriminates the type of the ball B, that is, the ball B that falls down corresponds to the general ball B1 or the special ball B2. The type of the ball B is determined by using a sensor that outputs a different signal depending on the balls Bl and B2, and is used as a ball drop sensor. For example, one of the balls B1 and B2 is made of resin, and the other is made of metal. The type of the balls B1 and B2 can be determined by a metal sensor. When the reflectances of the balls B1 and B2 are different, a reflection type photosensor is used as the ball drop sensor, and the type of the ball B may be determined in accordance with the intensity of the output signal of the sensor. By discriminating the type of the ball B with the ball drop sensor, it is possible to specify that the ball carrier 40 should carry the ball input mechanisms 60A, 60B of the ball B. The game station drive unit 152 includes: a coin supply bucket 13a; each drive device that raises the supply bucket 25; an actuator that realizes the coin discharge operation of the coin discharge unit 18; and a reciprocating movement of the coin trays 22 and 23. A driving device such as a motor; an actuator that operates the input position selecting mechanism 14b of the ball input portion 14; and a driving device for the ball lifter 27 that drives the ball conveying portion 15. The game station performance unit 153 is a performance device including a lamp, a speaker, and the like that are unique to the game station unit ST. Next, various processes executed by the game machine G will be described with reference to Figs. 7 to 20 . First, the management of the selection rate of the gaming machine G will be described. In the game machine G of the present embodiment, the number of coins and the number of payouts of the coin cassettes of the respective station units ST are calculated by the respective station control units 150, and the selection rate is calculated in an appropriate cycle for each of the station units ST. During the calculation period, the coin-input sensor detects the amount of coin Μ input - 21 - (18) (18) 1326611 NS Tin, and the amount of the coin payment detected by the coin-paying sensor during the same period In the case of NSTout, the percentage of the former NSTout/NSTin of the former is obtained, whereby the current selection rate POst of the station unit ST in the calculation period can be specified. However, the game machine G has the number of coins stored in the player as the amount of the token, and the coin is discharged from the coin discharge unit 18 to the play field unit 12 by the amount of the token amount. When adding the payment of the coin 至 to the function of the amount of the ration, it is necessary to add the amount of the amount of the amount of the amount of the amount to the amount of the input NSTin 'to add the amount of the amount of the amount of the amount to the amount of payment NSTout, and obtain the selection rate. POst. In the game machine G of the present embodiment, the selection rate POst of each of the station units ST is appropriately equalized, and the processing shown in FIG. 7 is connected to the host control unit 1〇0 and each of the game station control units 150. And implement it. That is, the host control unit 100 executes the overall selection rate management routine in a moderate cycle, and synchronizes the game station control units 150 to perform the individual selection rate management routine. When the routines start, the game station control unit first The 150 system notifies the host control unit 100 of the selection rate P0st of its own operation in step S11. Upon receiving this notification, the host control unit 1 obtains the selection rate POst of each station unit ST in step S21, and then calculates the overall selection rate P〇all in step S22, and notifies each game station control unit of the result of the operation. 150. As an example, the overall selection rate P〇all may simply average the selection rate P〇st of each station unit ST. The game station control unit 150 obtains the selection rate POall from the host control unit 100 in step S12, and then in step S13 according to the difference between the selection rate -22-(19) (19) 1326611 and the overall selection rate POall. Determine the target selection rate POsttgt of the game station unit ST itself. Each of the station control units 150 is preset with a standard target selection rate POsttgt as an initial frame. Then, each of the station control units 150 adjusts the selection probability p〇st of the own calculation to the target odds Posttgt of the initial game, and appropriately adjusts the election probability of the digital drawing game (the probability that the selected object is established). Further, when the difference between the selection rate p〇st of the own and the overall selection ratio POall in the step S13 exceeds the allowable range and expands, the game station control unit 150 corrects the target selection rate POsttgt to reduce the difference. For example, if the selection rate POsttgt is higher than the overall selection rate POall, the target selection rate Posttgt is set lower than the initial threshold. By changing the target selection rate POsttgt, the variation of the selection rate p〇st between the station units ST can be suppressed to 1°. Next, the control of the game of each station unit ST will be described with reference to Fig. 8 . In each of the game station units ST, the coin-receiving trays 22 and 23 are executed, and the reciprocating motion is continuously repeated for a predetermined period, and the coins are put into the play field portion 12 in response to the input of the coin cassette from the coin insertion port. Push coin game. Fig. 8 is a flow chart showing the basic control routine of the game executed by the game station control unit 150 in response to the detection of the input of the coin cassette from the coin insertion port. In the game basic control routine of Fig. 8, the station control unit 150 first performs processing required to put the coin 至 into the play field portion 12 at step S101. The flow direction of the coin μ at this time is as described with reference to Fig. 3. In the next step S1 0 2, the station control unit 150 determines whether or not the coin cassette enters any of the opening portions 24a to 24c as the inspector. Upon entering the checker, the station control unit 150 proceeds to step S103 to start the slot machine lottery of the digital lottery game. In other words, the game station control unit 150 displays the game screen 200 shown in FIG. 9 on the station monitor 16, and selects the variable display portions 201a, 200b, and 201c which are arranged in a horizontal row by using a random number or the like. The composition shown separately. The order in which the composition is decided can be based on the same control principles of the usual Slots gaming machine. Then, the composition selected by the drawing is given to the variable display portions 201a, 201b, and 201c in a predetermined performance effect (movie or the like) and displayed. Further, the bingo game unit 210 is also provided on the game screen 200, which will be described later. After the slot machine lottery is finished, the station control unit 150 proceeds to step S1 04 to determine whether the combination of the three compositions determined by the slot machine lottery is the object of the selection, and if it is the object of the selection, the current time is ended. formula. On the other hand, if the object to be unselected is in the step S104, that is, when the object selected by the slot machine is selected, the station control unit 150 proceeds to step S1 05 or lower, and executes processing corresponding to the type of the selected object. That is, the station control unit 150 first determines whether or not the winning object of "ball" is established in step S1 05. When the object of the "ball" is established, the station control unit 150 proceeds to step S106 to execute the payment (input) of the general ball B1 to the play field unit 12. That is, the payment of the general ball B1 is required for the accessory device control unit 140. In response to the request, the accessory device control unit 140 discharges the general ball B1 from the ball supply mechanism 50A, and pays the ball (S) -24-(21) (21) 1326611 to the station unit St by the ball carrier 40. The ramp 14a of the input unit 14. In synchronization with the payment of the general ball B1, the station control unit 150 operates the input position selecting means 14b of the ball input unit 14, and puts the general ball B1 at an appropriate position in the play field unit 12. Once the input of the general ball B1 is completed, the station control unit 15 ends the routine. When the selection target of the "ball" is not established in step S105, the station control unit 150 advances to step S1 07 to determine whether or not the winning object of the "normal composition" is selected by the slot machine. When the object of the "normal composition" is selected, the station control unit 150 proceeds to step S108, and executes the number of coins that are associated with the selected object of "normal composition" from the coin supply unit 13 to the play field. The processing of the part 12. Hereinafter, the payment of the coin 代表 represents the payment of the coin 对于 from the lift hopper 2 to the coin dispensing unit 1 1 , and the supply of the coin 代表 represents the supply of the coin 从 from the coin supply unit 13 to the play field unit 12 . The supply of the coin cassette from the coin supply unit 13 can be performed only via the path of the coin discharge unit 18 and the coin slide 19, but when a large number of coins are simultaneously supplied to the play field unit 12, the other paths are passed. It is also possible to supply coins. Next, in step S1 09, the station control unit 150 sets the mode of the slot machine to the normal mode, and then ends the routine. The mode of the slot machine selection is detailed later. When the selection target of "normal composition" is not established in step S107, the station control unit 150 proceeds to step S110 to determine whether or not the selected object of the "probability change composition" is satisfied. When the selected object of the "probability change composition" is established, the station control unit 150 proceeds to step S111 and sets the number of coins corresponding to the "probability change configuration (S) - 25 - (22) (22) 1326611 map". Μ is supplied to the play field unit 12. Next, in step S112, the station control unit 150 sets the mode of the slot machine selection in the probability change mode, and then ends the current routine. The so-called probability change mode is in the slot machine lottery, and the probability that the selected object is established is greater than the mode of the general mode. In other words, when the selected object of the "probability change composition" is established, the probability change mode is started in step S112, or the same mode is continued. Then, when the selection target of "normal composition" in the probability fluctuation mode is established, the probability change mode is ended by the processing of step S109. When the selection target of the "probability change composition" is not satisfied in step S110, the game station control unit 150 advances to step S1 1 3 to determine whether or not the selected object of the "bingo pattern feature" is satisfied. When the selected object of the "bingo pattern feature" is established, the station control unit 150 proceeds to step S114' to execute the bingo card pattern feature setting process. The bingo card pattern feature setting processing is a combination of the accessory device executed by the accessory device unit SA and the player of the bingo game of the bingo card 211 displayed in the bingo game unit 210 of FIG. The processing of the change of the expectation of the player about the amount of the payment of the coin. Hereinafter, this point will be described. The bingo game section 210 is enlarged and expanded in FIG. A bingo card 211 is displayed on the bingo game unit 210. The bingo card 211 has a structure in which nine grids are arranged in a matrix of three rows and three columns, and numbers of 1 to 9 are appropriately arranged in the respective grids. These numbers are associated with the number of prize bags 32a, 33a attached to the bin platform 30 of the accessory equipment unit Sa. Falling in the ball -26- (23) 1326611

When the selection of the bonus bag 32a or 3 3a is made by any of the accessory devices, the number of the bonus bags 32a, 33a is valid. By arranging three valid numbers in the longitudinal direction, the lateral direction, or the diagonal direction of the bingo card 211, the bingo is established, and the number of coins displayed in the odds display area 212 is supplied to the play field section 12. . A bingo pattern display area 213 is provided on the left and lower sides of the bingo card 211. The bingo pattern feature display area 2 1 3 is associated with the bingo card 2 1 1 horizontal line, the vertical direction line, and the diagonal direction line, respectively, and the pattern feature display portions 214a to 214h are provided. When the pattern feature display units 21 4a to 21 4h are provided with bingo on the corresponding line, that is, when three valid numbers are arranged side by side, the supply of the number of coins 显示 in the odds display area 212 is additionally displayed, and the display corresponds to The composition of the offer that should be given to the player. Such offers are directly or indirectly related to the payment of coins to the player, and the effects of such offers on the selection rate are different from each other. In the present embodiment, the addition of the number of prizes to the number of coins displayed in the odds display area 212, the input of the general ball 1 or the special ball 2 to the play field unit 12, and the "JP opportunity" are provided as the bonus system. . In the example of FIG. 10, in the pattern feature display portions 214a and 214e, the composition of the input of the special ball 2 is displayed, and the pattern display portions 214b, 214d, 214f, and 21h appear to display the input of the general ball B1. The feature display unit 214c displays a composition for displaying the "JP opportunity". Therefore, when the effective number of the top row of the bingo card 211 is three and arranged side by side in the horizontal direction, the special ball B2 is put into the play field portion 12° with the bingo established. The guest in step S114 of Fig. 8 Card pattern feature setting processing, -27- (24) 1326611

The composition (concession) or correction of the appearance of the pattern feature display portions 214a to 214h is newly added, whereby the superiority obtained by the player is changed when the bingo is established. In this way, the selection rate of the coin can be controlled. For example, when the actual selection rate Post is lower than the target selection rate POsttgt, the plurality of offers prepared in advance will preferentially increase the selection rate in comparison with other preferential treatments. Offer (in other words 1 for more coin payment), so that the election rate POst can be converged to the target selection rate POsttgt as early as possible. Conversely, when the actual election rate Post is higher than the target selection rate POsttgt, the pre-prepared plurality of offers will preferentially lower the preference in the direction of lowering the selection rate (in other words, the payment of coins) compared to other offers. A relatively small number of offers), whereby the selection rate POst can be converged to the target selection rate POsttgt as early as possible. For the selection of these offers, for example, the size of each preferential influence selection rate is quantified in advance, and the probability of selecting each offer is basically set in accordance with the quantification thereof, and the selection rate is selected when the direction of the selection rate is to be controlled. The influence (but, for the purpose of improving the direction), the probability of selection of a larger concession is higher than the basic setting, and conversely, when it is desired to control the direction of lowering the odds, the probability of selection of a concession having less influence on the odds is high. In the basic settings. When the pattern feature setting processing is completed in step 114, the station control unit 150 ends the current routine. When the selected object of the "Bindo Pattern Feature" is not satisfied in the step S113 of Fig. 8, the game station control unit 150 proceeds to a step S115 to determine whether or not the selected object of the "direct attached device" is satisfied. When the selected object of the "direct attached device" is established, the station control unit 150 proceeds to step 123. On the other hand, when the selected object of "direct attached device" is not established -28-(25) (25) 1326611' The station control unit 150 proceeds to step S116, and the selected object identified as "direct center" is established. Next, in step S123, the station control unit 15 terminates the current routine for the central control unit 130 to request execution of the central lottery. Further, at this time, the ball B is not transported to the ball transport unit 15', so the ball B1 is paid from the ball supply mechanism 5〇a to the ball carrier 40, and the ball B1 is transported to the ball input mechanism 6〇a to execute the accessory device. Lottery. When the coin Μ has not entered the checker in step S102' of Fig. 8, the game station control unit 150 advances to step s 1 2 0 to determine whether the ball sill falls to the main table 20. If the ball is not dropped, the routine is ended. On the other hand, when the ball is dropped, the station control unit 15 proceeds to step S121 to determine whether or not the dropped ball is a special ball 2. The determination of the type of ball is as described with respect to the sensor group 151 of Fig. 6. When the falling ball β is the special ball Β 2, the station control unit 15 proceeds to step S122, and determines that the accessory device lottery should be executed on the inner peripheral portion 33 of the bingo platform 30. On the other hand, when the dropped ball is not the special ball 2, the station control unit 150 proceeds to step S123' to determine that the accessory picker should be executed on the outer peripheral portion 32 of the bingo platform 30. After discriminating the area where the accessory device lottery should be performed, the station control unit 150 proceeds to step S124, and the accessory device control unit 140 requests the accessory device to be selected. At this time, the game station control unit 150 also supplies information specifying that any of the peripheral portion 32 or the inner peripheral portion 33 performs the extraction of the accessory device to the accessory device control unit 140. After the request for the sorting of the attached equipment, the station control unit 15 terminates the routine. In addition, the game station (S) -29-(26) (26) 1326611 control unit 150 controls the ball handling in such a manner that the falling ball B is transported to the trailing end of the ramp 28. The action of the part 15. Figure U is a flow chart showing the attachment routine of the accessory device executed by the accessory device control unit 140 in response to the request from the device selection of the station control unit 150. In the accessory device drawing routine, the accessory device control unit 140 first determines whether or not the accessory device lottery should be performed at any of the outer peripheral portion 32 or the inner peripheral portion 33 by the information provided by the station control unit 150 in step S201'. In the case where the outer peripheral portion 32 is to be executed, the accessory device control unit 140 proceeds to step S202, and the ball B (in this case, the general ball B1) carried by the ball carrying portion 15 of the station unit ST is thrown out from the ball shooting mechanism 60A. The manner of the peripheral portion 32 controls the movement of the ball carrier 40 and the ball input mechanism 60A. On the other hand, the attachment of the accessory device is performed in the inner peripheral portion 33, and the accessory device control unit 140 proceeds to step S203 to transfer the ball B by the ball carrying portion 15 of the station unit ST (in this case, the special ball B2) After the ball input mechanism 60 is inserted into the inner peripheral portion 33, and the operation of the ball carrier 40 and the ball input mechanism 60B is controlled, the accessory device control unit 140 proceeds to step S204, and is included in the sensor. The detection signal of the winning sensor of the group 1 4 1 reads whether the ball B to be dropped has fallen to any of the prize bags 32a (or 33a). In the next step S205, the accessory device control unit 140 determines whether or not the prize bag 32a (or 33a) dropped by the ball B is a JP chance bag (i.e., a prize bag with the "JP Opportunity" text attached). Then, in the case of the JP machine bag, the accessory device control unit M0 proceeds to step S206, and the central control unit 130 is requested to perform center lottery. When the prize bag is -30-(27) 1326611 non-JP chance bag, step S206 is skipped. In the next step S207, the accessory device control unit 14 informs the host control unit 100 and the game station control unit 15 (but, for the game station control unit 15 that requests the accessory device to be selected), to notify the ball B that the prize is dropped. The number or text of the bag 32a (or 33a). And after the notification, the accessory device control unit 1 400 ends the accessory device drawing routine. - Fig. 12 is a flow chart showing that the host control unit 100 executes the winning probability determination routine corresponding to the winning bag number or the text (hereinafter, represented by the number) from the accessory device control unit 140. In this routine, the probability of falling of the ball B of each of the prize bags 32a and 33a of the bingo platform 30 (the ease of entry of the ball B) is not uniform due to mechanical errors, etc., so the deviation of the probability is grasped and reflected in the game. In the routine, the host control unit 100 first updates the winning number data in response to the notification of the winning bag number from the accessory device control unit 140 in step S3!. The number of prizes is, for example, as shown in FIG. 13, the number of prizes (numbers of 1 to 9 and "JP") added to the prize bags 32a and 33a, and the number of prizes of each number, N1 to N9, Njp establishes information that corresponds to and memorizes. The number of awards is within the appropriate sampling period (as an example of the number of selections in the past 1000). For example, when receiving the ball B, when the notification of the prize of the prize bag 3 2a of the additional number 1 is selected by the accessory device, the number of prizes N1 of the bag number 1 is incremented by 1' and the earliest lottery is selected from the corresponding sampling period. The number of prizes Nx of the bag number x (x is one of 1 to 9 or JP) of the opportunity is reduced by 1. Next, the host control unit 100 calculates the winning probability of each bag -31 - (28) (28) 1326611 number in step S302. This calculation divides the number of lottery times in the sampling period by the number of winning times N1 to N9 and Njp of each bag number. Furthermore, the chance of winning the bag number JP corresponding to the "JP Opportunity" can also be omitted. Next, in step S302, the host control unit 100 notifies the game station control unit 150 of the chance of winning each of the calculated bag numbers, and then ends the current routine. Further, the game station control unit 150 that becomes the notification destination in step S303 is a control unit 1 of four game station units SA that are combined with the accessory device unit SA including the accessory device control unit 140 that notifies the result of the extraction of the accessory device. . That is, the winning probability determination routine sets the auxiliary equipment unit SA and the four game station units ST combined therewith as one unit, and distinguishes each unit and executes it. Fig. 14 is a flow chart showing the execution of the bingo game routine when the game station control unit 150 informs the prize bag number from the accessory device control unit. In the bingo game routine, the station control unit 150 first validates the same number of the number of the prize pockets 32a or 33a notified from the accessory device control unit 140 on the bingo card 211 in step S13. . However, when the prize bag is "JP Opportunity", it will not be validated. Next, in step S132, the station control unit 150 determines whether or not the bingo is established in the bingo card 211 (i.e., whether or not there are 3 valid numbers and arranged in a row). When the bingo is established, the station control unit 150 proceeds to step S133' as a reward for the establishment of the bingo, and supplies the number of bingo WINs and the total number of coins of the number of duplicate WINs to the play field portion 12. Here, the number of bingo WINs is shown in the number of odds display areas 212 of Fig. 1 . The number of repeated WINs is shown in Figure 1. The number of repeats is -32- (29) 1326611. The number of duplicate WINs is detailed later. Further, in step S133, the game station control unit 150 appears in the row or column in which the bingo is formed among the pattern feature display portions 214a to 214h of the bingo game unit 210 of Fig. 10 (hereinafter, this is called The offer of the composition of the display part of the prize line is given to the player. In this embodiment, for example, the coin is added, the amount of payment is added, the input of the ball B, and the "JP opportunity" are given. The assignment of the "JP Opportunity" is the same as the process of FIG. 12 from the time S1 to S2〇6 in step S205, and is the request of the central lottery. In the next step S135, the game station control unit 15 resets the prize line. Pattern features (ie, eliminating the discount for the winning line). Thereafter, the station control unit 150 proceeds to step S136 to acquire the chance of winning each bag number notified from the host control unit 100. Next, in step S137, the station control unit 150 performs the arrangement and replacement of the number of lines on the winning line while referring to the difference between the winning probability of the bag number and the selection rate POst and the target selection rate p〇sttgt. For example, as shown in Figure 5, the central bank of the 'Bunny Card' becomes the winning line. The number on the winning line is • 7, 6, 4' and the number of the winning bag number corresponding to the number is equal. In the prize rate P7, P6, and P4, there is a P7 > P6 > P4 size relationship. The arrangement replacement process in step S137 resets the order of the three numbers arranged on the prize line. The central lattice of the bingo card can contain a grid of any one of the vertical direction, the horizontal direction and the diagonal direction. When the number of chances of winning a higher rate is set, the number of the chances of the prize is lower. In the comparison of the time, the probability of the establishment of bingo is relatively higher. Therefore, when the target selection rate p〇sttgt is sufficiently higher than the actual selection rate POst of the actual-33-(30) 1326611 in the arrangement replacement in step S137, the probability of the highest arrangement in the central grid is 値7' other numbers. Then it is allocated to the left and right grids. Thereby, the probability of becoming II can be improved. On the other hand, when the target selection rate POsttgt is lower than the actual selection rate POst, the number of grids with the lowest distribution rate in the center is 値4, and the other numbers are allocated to the left and right grids. The probability is reduced. As described above, the number of orders is changed in accordance with the award, and the probability of the bingo being changed is changed, and the selection rate POst is changed as early as possible to the target selection rate p0sttg^. Returning to Fig. 14, the description will be continued. After the arrangement of the number of prize lines is performed, the station control unit 150 ends the current routine. Further, the number of the prize lines after the replacement is the initial state of being invalidated. On the other hand, when the bingo is not established in step S132, the station control 150 proceeds to step S140 to determine whether the winning bag number is a duplicate accessory. The number notified by the device lottery is sometimes "received as repeated" on the bingo card 211. When it is determined that the repetition is repeated, the station control 150 advances to step S141, and the repeating step is incremented by one step. The repeating WIN display shown in the repeating number display unit 215 of Fig. 10 is also made larger. In the example of Fig. 10, the number of repeated WINs is 10 for one copy, 20 for two, and 40 for three. When the bingo is established, the number of coins of the number of repetitions is supplied to the play field portion 12 (refer to step S133). Next, in step S142, the station control unit 150 performs the payment of the game field B1 to the game field portion 12. This processing may be the same as S106 of Fig. 8 . After the general ball B1 is paid, the number of the game station control unit makes the guest fully prized. Borrow rate This causes the replacement to be arranged. Another unit. In the effect unit, the number change is repeated in the WIN line one step -34-150 (31) (31) 1326611, and the current routine is terminated. When the step S140 is not repeated, the station control unit 150 proceeds to the step. S143, the supply of the predetermined number of coins μ is performed, and then the current routine is ended. Figure 16 is a flow chart showing the central drawing routine executed by the central control unit 13 in response to the request for central lottery. The central drawing system is also required in addition to the step S117 of Fig. 8 or the step S206 of Fig. 11, and also when the bingo pattern feature given in step S133 of Fig. 14 is "JP opportunity". In the central drawing routine, the central control unit 13 first performs central drawing in step S401. That is, while the large wheel 71 is rotated, the large ball 73 is fed from the large ball input mechanism 72. Next, in step S4〇2, the central control unit 130 determines whether or not the large ball 73 has entered the prize pocket 71a defined as the JP-acquired bag. In addition, it takes a considerable amount of time from the input of the large ball 73 to the entry of the ball. When the input of the large ball 73 is interrupted, the detection of the winning bag 71a of the large ball 73 entering any of the large wheels 71 is again triggered as a touch. The process of Fig. 16 can also be started. When it is determined in step S402 that the large ball 73 has entered the JP acquisition bag, the central control unit 130 proceeds to step S4〇3, and instructs the game station control unit 150 after the central drawing selection to indicate the number of coins corresponding to the jp selected game field. The supply of the part 12. The instruction of the coin supply ends this routine. Further, when the accessory device control unit requests the central lottery, the game station control unit 150 for which the accessory device control unit 140 requests the central lottery is the notification destination of the coin supply instruction. On the other hand, when the large ball 73 does not enter the jp obtaining pocket in step S402, the central control unit 130 proceeds to step S4〇4 to discriminate the prize as defined in the jackpot slot-35-(32) 1326611. Whether the bag 71a has a large ball 73 enters. When the big ball 73 enters the tiger bag, the central control unit 130 proceeds to step S405, and the host control unit 1 requests the execution of the jackpot lottery, and then ends the routine. When the big ball 73 has not entered the jackpot slot machine bag in step S404, the central control unit 130 proceeds to step S406 to supply the supply of the number of coins corresponding to the central lottery to the play field portion 12, indicating the game station control. Unit 150. The supply amount at this time is sufficiently smaller than the number indicated in step S403. It is also possible to indicate a different number depending on the type of the prize bag 71a into which the large ball 73 enters. The notification destination of the coin supply instruction is the same as that of step S403. After the instruction of the coin supply, the central control unit 130 ends the current routine. Fig. 17 is a flow chart showing the jackpot drawing routine executed by the host control unit 100 in response to the request for the jackpot slotting from the central control unit 130 (step S405 of Fig. 16). In the jackpot slotting routine, the host control unit 100 first performs the jackpot slot drafting in step S501. The jackpot slotter is the same as the digital lottery game executed on the game station monitor 16 of the game station unit ST, and the combination of the three compositions is used to compete for the winner of the slot game, but the game screen is Displayed on the central monitor 70 via the central PC 120. The combination of the composition of the award-winning slotted tigers can be decided. The decision-making sentence is also changed. The ginseng-corner is the big prize. The picture is said to be in the position: the 7 tigers of the old machine are selected as the election rate. After the execution of the Grand Prize Slots Lottery, the host control unit 100 proceeds to step S5 02' to determine whether the "high bonus mode" is established in the Grand Prize slot machine lottery. The elected object. When the selected object of the "high bonus mode" is established, the host control unit 1 proceeds to step S503, and requests the game station control unit 150 to shift to the high bonus mode. The requested destination at this time is in step S405 of Fig. 16, and the central control unit 130 is requested to form a game station control unit 150 constituting a central drawing which is required to become a grand prize slot machine lottery. After the request for the transfer of the high bonus mode, the host control unit 100 ends the current routine. When the selected object of the "high bonus mode" is not established in step S502, the host control unit 1 proceeds to step S504 to determine whether or not the selected object of the "affiliated device game" is established. When the selected object of the "subsidiary device game" is established, the host control unit 100 proceeds to step S505, and requests the execution of the predetermined center game for the accessory device control unit 140 that requests the central lottery. After this request, the host control unit 100 ends the current routine. The accessory device control unit 140 that requests execution of the accessory device game executes the accessory device game in a predetermined program, and instructs the game station control unit 15 to supply the coin 因 according to the result of the game (with the requested destination of step s 5 03 the same). When the object of selection of "Affiliated Device Game" in step S5 04 is not established, the host control unit 100 proceeds to step S506 to determine whether or not the object of selection of "Coin WIN" is established. When the selected object of "Coin WIN" is established, the host control unit 100 proceeds to step S507, and instructs the game station control unit 150 to supply the number of JPs (step S403 <S) of Fig. 16 -37-(34) ( 34) The supply amount indicated by 1326611, for the game station control unit 150 to instruct the addition of the number of coins corresponding to the number of objects selected for the "coin WIN". The indication destination at this time is also the same as step S503. After the request for coin supply, the host control unit 100 ends the current routine. When the object of selection of "coin WIN" is not established in step S506, the host control unit 100 proceeds to step S508 to request the central control unit 130 to perform re-execution of the central lottery. In response to this request, the central control unit 130 performs the central lottery of Figure 16 again. After the re-execution of the central lottery is required, the host control unit 100 ends the current routine. Fig. 18 is a flow chart showing the high bonus mode routine executed by the station control unit 150 when the host control unit 100 requests a transition to the high prize mode (step S503 of Fig. 17). This routine is executed in place of the game basic control routine of Fig. 8 when detecting the coin Μ input to the play field unit 12. That is, when the execution of the high bonus mode is performed, the game control based on the game basic control routine is not executed. Further, when the high bonus mode is executed, the game screen 220 shown in Fig. 19 is not displayed on the game station monitor 16 instead of the game screen 200 shown in Fig. 9 . The game screen 220 is similar to the game screen 200 of FIG. 9 in that the three variable display units 201a, 201b, and 201c are disposed in the horizontal direction. However, the continuation condition display unit 221 is provided on the upper portion of the screen instead of the bingo game unit 210. The point is different. The continuation condition display unit 2 2 1 displays a number of 1 1 to 9 in a row in the horizontal direction, and the numbers are displayed in a number that causes the high bonus mode to continue in a different state in response to the valid or invalid. In Fig. 19, the effective number is given to the circular mark, and the invalid number is given to the X mark. -38- (35) (35) 1326611 In the high bonus mode routine, the station control unit 150 first performs coin input processing in step S151. Then, in step S151, it is judged whether or not the coin cassette has entered the prize inspector. When the coin Μ enters the checker, the station control unit 150 advances to step S1 5 3 to execute the slot machine lottery as a digital lottery game executed on the station monitor 16. The selected objects at this time are limited to the same number of three items. Further, the election probability is set to be higher than the selection probability of step S103 of Fig. 8. Next, in step S154, the station control unit 150 determines whether or not the combination of the composition obtained by the slot machine drawing is the object of the selection, and terminates the current routine if it is the object of the selection. On the other hand, when it is not the object of the selection in step S154, the station control unit 150 proceeds to step S155 to execute the supply of the coin Μ to the play field unit 12 in accordance with the number of coins to be selected in the game. Next, in step S156, the station control unit 15 switches the validity and invalidation of the selected number (i.e., the number of the three stocks). For example, when the number 3 is prepared as shown in FIG. 19 and the selected object is established, the number 値3 is switched to be valid or invalid. For example, in FIG. 19, by the continuation condition display unit 22 1, the number 圆形3 circular mark is given, and the number 値3 becomes valid. Therefore, when the number 値3 is prepared, the coefficient 値3 is switched from the valid standby to the invalid. The number 値3 displayed in the continuation condition display unit 2 2 1 is switched from the mode in which the circular symbol is given to the X symbol. After ending the effective and invalid handover, the station control unit 150 ends the current routine. On the other hand, when the coin μ has not entered the checker in step S152, the -39-(36) (36) 1326611 station control unit 150 proceeds to step S160 to determine whether or not the ball B has fallen from the main table 2 . If the ball B has not fallen, the current routine is ended. On the other hand, when the ball B is dropped, the station control unit 150 proceeds to step S161' to discriminate whether or not the falling ball B is the special ball B2. The determination of the ball B type is as described with respect to the sensor group 151 of Fig. 6. When the dropped ball B is the special ball B2, the station control unit 150 proceeds to step S162, and determines that the accessory device extractor should be executed on the inner peripheral portion 33 of the bingo platform 30. On the other hand, when the dropped ball B is not the special ball B2, the station control unit 150 proceeds to step S163, and determines that the accessory device lottery should be executed on the outer peripheral portion 32 of the bingo platform 30. After discriminating the area where the accessory device lottery should be performed, the station control unit 150 proceeds to step S164, and the accessory device control unit 140 requests the accessory device to be selected. At this time, the station control unit 150 also specifies the information that the peripheral device 32 or the inner peripheral portion 33 should perform the extraction of the accessory device to the accessory device control unit 140. The system ends this routine. Further, the game station control unit 150 controls the operation of the ball transport unit 15 so that the dropped ball B is transported to the trailing end of the ramp 28 as required for the picking of the attached equipment. By the processing of step S1 64 of Fig. 18, the accessory device control unit 1 4 that requests the extraction of the accessory device performs the accessory device lottery in accordance with the procedure of Fig. 11. The station control unit 150 accepts the result of the drawing of its accessory device' to execute the high bonus mode end control routine shown in Fig. 20. This routine is used to control the continuation or end of the high bonus mode. In the initial step S 1 7 1 'game station control unit 1 5 is taken from the accessory device control list -40- (37) (37)

1326611 yuan 140 notice the number of the prize bag. Next, in step SI 72, the station control unit 150 determines whether the winning pocket obtained in step S17 7 is "JP" (i.e., whether the ball B enters the JP opportunity pocket). When the code is "JP", the process proceeds to step S173, and the high bonus is returned to the game basic control and processing shown in Fig. 8. Thereafter, the game unit 150 ends the current routine. In addition, only the high mode is ended here, and when "JP Opportunity" is generated in the drawing of the attached device, the following is performed in the center drawing of Fig. 18. In step S172 of Fig. 20, the prize bag number is not "JP". The station control unit 150 advances to step S1 74 to determine whether or not the prize is an invalid number. When the number of tokens is given to the continuation condition display unit 221 of the face 220 of Fig. 19, and the winning bag number matches the number of invalid numbers ,, the game station control unit proceeds to step 173. When the winning bag number is not invalid, the control unit 150 skips step S173, ends the routine of the current process, and selects the accessory device, and when the ball B falls to the winning bag of the number that does not match, Or, when the processing of the accessory device is selected and the process proceeds to the central lottery, the high bonus mode is ended, and when the number of the prize bag dropped by the accessory device draws the ball B, the high bonus mode is continued. The game station control unit 150 further has a game content function of the game station unit ST in accordance with the number of balls B existing in the game unit 12. Specifically, there is a 0' of the ball B of the play field portion 12, that is, when the ball B does not exist in the play field portion 12, the game station, the game number is the prize bag number mode, and the game station controls the bonus amount forward. When the game is played, the game number is drawn. Ran 15 0 game station. According to the effect 値 JP machine. The number of valid field changes is Control Order -41 - (38) 1326611 Element 150 is executed to increase the period of coins obtained relative to the player. Hereinafter, the contents of the processing will be described with reference to Figs. 21 and 22. Fig. 21 is a diagram showing a ball calculation processing executed by the station control unit 150 in order to detect the number of pieces existing in the play field portion. The game station control unit 150 is repeatedly executed between the game station unit ST coin games at a predetermined cycle in the routine calculation routine of FIG. 21, and the game station control unit 150 first determines whether the ball B is put into the play field at # Domain Department 12. This determination is included in the ball input sense of the ball sensor group of the sensor group 151. However, whether or not the sensor is used, whether or not the intrusion has been instructed (i.e., whether the step S106 of Fig. 8 or Fig. 1 S is performed between the execution of the routine of the previous Fig. 21 and the current behavior) 1 42 ), to determine the presence or absence of the input of the ball B. When it is judged in step S1 8 1 that the ball B has been put in, the game station 150 proceeds to step S1 82 to add 1 to the count 用以 for storing the ball B ball counter. After that, the station control unit is 1 0 0 routines. The ball counter is a virtual counter that is secured to the station control unit 150 or the like. On the other hand, in step S181: when not input, the station control unit 150 proceeds to the step to determine whether or not the drop system of the ball B from the play field portion 12 is detected to be available in the sensor group 1 1 1 The ball of the ball sensor group is carried out. When it is judged that the ball B has not fallen, the station control unit bundles the current routine. In this regard, when it is judged that the ball B has fallen, the game element 150 proceeds to step S184, and performs hard from the stream of the ball B routine where the count of the ball counter is 値1. In the ball meter, the step S 1 8 1 can be used to enter the farmer's routine. The number of control units is the number of control units. The RAM is broken. S183,. This judgment drops the sensing 150 to the station control list minus 1. -42- (39) (39) 1326611 In the next step S185, the station control unit 15 determines whether the number of balls B stored in the ball counter is 〇β ball b is 〇, the station control unit The 150 series proceeds to step S186 to indicate the start of the air ball mode and ends the current routine. With the start of the air ball mode, the player can be notified of the start of the air ball mode by displaying a special screen or the like on the station monitor 16. On the other hand, if the number of balls B is not 〇, the station control unit 150 skips step S186 and ends the current process. When the start of the air ball mode is indicated in step S186 of Fig. 21, the station control unit 150 executes the air ball mode routine of Fig. 22 instead of the game basic control routine of Fig. 8. In other words, when the game station control unit 150 detects the input of the coin Μ to the play field unit 12, the routine of Fig. 22 is executed instead of the game basic control routine of Fig. 8 . In the air ball mode routine of Fig. 22, the station control unit 150 first performs coin input processing in step S191, and then determines in step S192 whether or not the coin cassette has entered the prize inspector. When the coin Μ enters the checker, the game station control unit 150 proceeds to step S193 to execute the slot machine lottery which is executed on the game station monitor 16 as a digital lottery game. However, in the slot machine lottery, the winning object is set to be the "ball" winning of the representative of the player's input, or the "coin" winning of the supply of the coin 游 of the play field 12 . Further, the probability of the selected object of the selected "ball" is set to be higher than the basic game control routine according to Fig. 8, and the probability of selecting the object selected in the "ball" for the slot machine lottery is executed. Further, the probability of selecting the object of the "coin" is set to be higher than that of the "normal composition" when the slot machine -43-(40) 1326611 is selected in accordance with the game basic control routine of FIG. The probability of being elected. That is to say, compared to the slot machine lottery conducted under the basic control routine of the game, the probability of winning is controlled in relation to the way the player's expectation of obtaining the coin is improved. Next, in step S194, the station control unit 150 determines whether or not the winning object of the "slot" "ball" is established. When the "ball" is selected, the game station control unit 150 proceeds to step S195 to request the payment of the general ball B1 for the accessory device control unit 14 . In response to the request, the accessory device control unit 140 is discharged from the ball supply mechanism 50A, and the ball B1' is paid by the ball carrier 40 to the ramp 14a of the ball input portion 14 of the station unit ST. In synchronization with the payment of the general ball B1, the game station control unit 150 operates the input position selecting means 14b of the ball input unit 14, and inputs the general ball B1 to an appropriate position of the play field unit 12. Upon completion of the input of the general ball B1, the station control unit ι5 proceeds to step S196' to end the air ball mode. That is, the empty ball mode is ended with the payment of the general ball B1 #. Thereby, the station control unit 150 returns to the game basic control routine of Fig. 8. After the execution of step S196, the station control unit 150 ends the current routine. When the winning object of "ball" is not selected in step S194 of Fig. 22, the station control unit 150 proceeds to step S1 97 to judge whether or not the winning object of the "coin" is selected in the slot machine drawing. When the "coin" is selected, the station control unit 150 proceeds to step S198 to execute a process of supplying a predetermined number of coins from the coin supply unit 13 to the play field unit 12. The number of coins to be fed at this time may be the same as the number of -44-(41) (41) 1326611 of step S1 08 of Fig. 8, but a larger number of coins may be supplied to the play field portion 12. When the supply of the coins is completed, the station control unit 15 returns to step S191. Furthermore, when the determination is negative in step S192, or when the determination is negative in step S197, the station control unit 15 returns to step S191. According to the above-described air ball mode, the play field unit 12 is in the absence of the ball B. 'The probability of the probability of putting the general ball B1 higher than the game basic control routine' is selected, and the general ball B1 is put into the play field unit 12. Therefore, compared with the execution of the game basic control routine, the duration of the state in which the ball B does not exist in the play field portion 12 can be shortened. Moreover, the probability of being selected as a "coin" is also increased, and the expectation of obtaining a coin itself is also raised above the control state of the game's basic control routine. Thereby, even if the ball B does not exist in the play field portion 12', the player can be given the motivation to continue the game. Therefore, the operation rate and profitability of the game machine G are improved. In the above aspect, the coin supply unit 13 of the station unit ST corresponds to the first game medium supply means, and the structure for executing the push screen game and the digital lottery game of the station unit ST corresponds to the basic game execution means. The ball supply mechanisms 50A and 50B for loading the ball B to the accessory device unit SA of the play field unit 12, and the ball input unit 14 of the carrier 40 and the game station unit ST are equivalent to the second game media supply means, and the ball is used. The ball transport unit 15, the accessory device unit SA, and the game station control unit 150 of the game station unit ST for performing the bingo game corresponding to the lottery result of B are equivalent to the bonus opportunity giving means. Further, the game station-45-(42) (42) 1326611 control unit 150 functions as a medium quantity detecting means by executing the routine of Fig. 21, and by executing the routine of Fig. 22 as a preferential providing means. effect. Further, the accessory device unit SA corresponds to a physical drawing unit. The present invention is not limited to the above-described embodiments, and may be embodied in various forms. The discounts given by the offer means can be changed and added as shown below. When there is no ball B, it is also possible to give a discount by performing a slot machine lottery in a probability change mode. By making the coins Μ easy to enter the openings 24a, 24b, and 24c as the inspectors, the coin moving path of the play field unit 12 can be changed to give a discount. Regarding the characteristics of the bingo pattern, any discount can occur. When the object selected in the "ball" is established in the slot machine lottery, the special ball Β 2 is used instead of the general ball Β 1 to pay to the play field unit 12, and the offer may be given. The basic game system is not limited to the combination pusher game and the slot machine lottery, and various changes can be made by executing the game in association with the action of the first game media. For example, as a basic game, a marble game or the like can be executed. The bonus game given by the second game media when it is excluded from the play field can also be changed. For example, it is also possible to pay a bonus in accordance with the exclusion of the second game media from the play field section, without further drawing by the selection of the accessory device. The second entertainment media is included in the prize, and the player can be paid as a bonus. In the above-described embodiment, it is detected that the ball is not present in the play field unit 12, but the present invention is not limited to this form. For example, when the number of the ball pythons is less than or equal to the predetermined number of 2 or more, even if the ball β (S ) -46 - (43) (43) 1326611 remains in the play field portion 12, any discount may be given. As a fixed number to which the benefit is given, by setting the plural number, it is also possible to provide a discount in stages depending on the number of balls B. At this time, the more the number is reduced, the more the benefits can be changed into favorable items. Further, for example, the fixed number may be changed depending on the selection rate, and the fixed number of the basis for the offer may be changed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing the configuration of a game machine according to an embodiment of the present invention. Fig. 2 is a perspective view showing an accessory unit and a game station unit incorporated in the unit. [Fig. 3] A flow diagram showing the coins of the game station unit. FIG. 4 is a flow chart showing the ball of the game station unit. [Fig. 5] A perspective view of the central unit. Fig. 6 is a block diagram showing a schematic configuration of a control system of a game machine. Fig. 7 is a flow chart showing a process in which the host control unit and the station control unit perform processing for selection rate management. [Fig. 8] A flow chart showing that the game station control unit executes the basic control routine of the game in response to the input of the coin. [Fig. 9] A diagram showing a game screen displayed on the monitor of the station unit. Fig. 1A is a detailed view showing a bingo game section provided in the game screen of Fig. 9. -47- (44) (44) 1326611 [Fig. 11] A flow chart showing the selection of the accessory device by the accessory device control unit. Fig. 12 is a flow chart showing the winning probability determination routine executed by the host control unit. [Fig. 13] A diagram showing the data of the number of prizes held by the host control unit. Fig. 14 is a flow chart showing the execution of the bingo game routine by the station control unit in response to the notification of the sorting result of the accessory device. [Fig. 15] A diagram for explaining a method of arranging and changing the number of lines on the winning line of the bingo game. Fig. 16 is a flow chart showing the central drawing routine executed by the central control unit. Fig. 17 is a flow chart showing the grand prize slotting routine of the host control unit. [Fig. 18] A flow chart showing that the game station control unit executes the high bonus mode routine instead of the game basic routine. Fig. 19 is a schematic diagram showing a game screen displayed on the monitor of the game station in the high bonus mode. [Fig. 20] discloses a flow chart of the high bonus mode end control routine executed by the game station control unit in order to judge the end of the high bonus mode. Fig. 21 is a flow chart showing the routine of the ball calculation processing executed by the station control unit. [Fig. 22] A flowchart showing a routine of the air ball mode -48-(45) (45) 1326611 (empty mode) executed by the game station tanning unit. [Description of main component symbols] 1 〇: operation unit 1 0 a : joystick 1 1 : coin payment unit 1 2 : play field unit 1 3 : coin supply unit 1 3 a : coin supply hopper 1 4 : ball input unit 14a : ramp 14b: input position selection mechanism 1 5 : ball transport unit 1 6 : game station monitor 1 7 : coin chute 1 8 : coin discharge unit 1 9 : chute 20 : main table 2 1 : sub-disc 22, 23: push coin table 24: inclined portion 24a, 24b, 24c: opening portion 25: lift supply bucket 26: ball pipe - 49 (46) 1326611 2 7 : ball lifter 28: ramp 30: bingo platform 31: Fences 32, 32A: outer peripheral portion 32B, 33: inner peripheral portion 3 2 a, 3 3 a : prize bag

4 0 : ball carrier 41 : fork 50A, 50B: ball supply mechanism 51 : screw conveyor 5 2 : ball discharge 60A, 60B : ball input mechanism 61 : ball lifter 62 : ball guide

70: Central monitor 71: Large roulette 7 1 a : Winning bag 72: Big ball input mechanism 73: Big ball

1〇〇 : Host control unit 1 1 0 : Host PC 1 1 1 : Main body performance department 120 : Central PC -50- (47) 1326611

1 30 : Central control 13 1,14 1,15 1 1 32 : Central drive 133 : Central table 140 : Attachment 1 4 2 : Attachment 143 : Attachment 150 : Game station 152 : Game station 1 5 3 : Game station 160: LAN line 200: Game paintings 201a, 201b, 210: Bingo tour 21 1 : Bingo card 2 1 2: Odds 213: Bingo Figure 2 1 4a~214h: 215: Repeat number 220: Game painting 221 :Continue bar B : Ball B 1 : General ball B2 : Special ball making unit = Sensor group moving part performing part control unit Backup driving part Performing part control unit Driving part Performance part road surface 20 1c : Variable display unit Theater film

Tfs 13⁄4 case feature display area pattern feature display part display part display part -51 - (48) (48) 1326611 CN : central unit G : game machine Μ : coin SA : accessory unit S Ρ : spacer ST : Game station unit L: moving lights

Claims (1)

1326611 __ - Qing (monthly fine replacement page 10, patent application scope 96109203 patent application Chinese patent application scope amendments. January 21, 1999 amendments 1. A game machine, with: 1st entertainment media supply According to the operation of the player, the first game media is supplied to the play field area; φ the basic game execution means is executed in association with the operation of the first game media input to the play field area, and the basic game is executed. And the second game media supply means is to supply the second game media different from the first game media type when the second game media supply state is generated in the basic game. The bonus game providing means is provided by the action of the second game media linked to the action of the first game media, and the second game media is excluded from the play field portion. Players' chances of winning the prize: The media quantity detection means detects the aforementioned second game in the aforementioned play field area. And the preferential means for providing a discount associated with the payment of the bonus to the player when the number of the second game media detected by the media quantity detecting means is reduced by at least a predetermined number; The media detecting means is characterized in that: the supply detecting means detects that the second game medium is supplied to the 1326611 --- II belt / Hedgehog repair (form) positive replacement page 1. ··· The status of the domain department, and the output of the detection signal; and the detection means for detecting the situation in which the second game media is excluded from the play field area, and outputting the test number; according to the supply detection means and the foregoing exclusion detection The game device detects the number of the second game media that is present in the play field area according to the test signal detected by the gij. 2. The game machine according to the first aspect of the patent application, wherein the offer means The above-mentioned offer is given by performing a process of increasing the probability that the aforementioned state is established in the basic game described above. In the game machine according to the above aspect, the basic game execution means is a game included in the basic game, and when the first game medium passes the drawing process start position of the play field area, the predetermined control is executed. a rule for controlling the probability of being elected, and performing a lottery process for causing the selected object to occur, and a lottery game for directly or indirectly paying a bonus to the player when the selected object is established; the preferential means of providing the aforementioned selected object for improving the aforementioned lottery game The process of at least one of the process of establishing the probability of the establishment and the process of increasing the amount of the bonus when the object of the selection is established is provided by the process of providing the above-mentioned offer. 1 game media is a coin; the aforementioned basic game execution means is executed as a game included in the aforementioned basic game: the push coin game 'the side will be stored as a front - 2 - 13 132.6611 #丨月>1日修( Su) is replacing page •:m τ· i Mi' .!«- -12.Λ-'! »'- _ I The coin group of the play field department is pushed out by the push coin table in the play field area, and the coins discharged from the range of the play field area are paid to the player as a bonus: and the lottery tour' When the coin is started by the lottery process of the game field portion, the lottery process is performed while controlling the selection probability while controlling the selection probability, and when the selected object is established, the coin is used as a bonus and directly to the player. In the case of the above-mentioned second game art media supply means, the second game art supply means is executed as the second game art supply state in the basic game description, and the second game is executed. The supply of the above-mentioned coupons is performed by the process of increasing the probability that the entertainment media payment object is established in the drawing, the process of increasing the probability of the selection of the selected object in the lottery game, and the coin when the object is established. The amount of bonus increase is processed in at least # processing, thereby giving Concessions. The gaming machine according to any one of the first to fourth aspects of the invention, wherein the bonus providing means is provided when detecting that the second game media does not exist in the play field The aforementioned offers. 6. The game machine according to claim 1, wherein the bonus opportunity providing means includes: a physical drawing means for extracting a game media excluded from the play field area and providing the second game media Physical action, from the return of the game to the game, the position to be the former media in the former media game selected for any of the above, the second number -3- 1326611 _ "TM* __I^" 11 II mouth The year f month > 1 曰 repair (f) is replacing the page _ option to select at least one item; and controlling the payment of the player's bonus associated with the lottery result caused by the aforementioned physical drawing institution. 7. The game machine according to the second aspect of the invention, wherein the bonus opportunity providing means includes: a physical drawing means for extracting a second game medium excluded from the play field area, and providing the second game medium The game media physical action selects at least one option from the plurality of selection items; and controls payment of the player's bonus associated with the lottery result caused by the aforementioned physical drawing institution. 8. The gaming machine according to the third aspect of the invention, wherein the bonus opportunity providing means includes: a physical drawing means for extracting the second amusement media "excluded from the play field area" and assigning the second The game media physical action selects at least one option from the plurality of selection items; and controls payment of the player's bonus associated with the lottery result caused by the aforementioned physical drawing institution. 9. The gaming machine according to the fourth aspect of the invention, wherein the bonus opportunity providing means includes: a physical drawing means for extracting a second amusement media "excluded from the play field area" and assigning the second The game media physical action selects at least one option from the plurality of selection items; and controls payment of the player's bonus associated with the lottery result caused by the aforementioned physical drawing institution. -4 - 8 1326611 丨 丨 曰 ( ( ( ( ( ( ( 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 Playing the second game media excluded by the field department, and assigning the second game media physical action, selecting at least one option from the plurality of selection items; and controlling the selection result associated with the lottery result by the physical drawing institution Payment for the player's bonus.