JP4375616B2 - Bullet ball machine - Google Patents

Description

  The present invention is mainly used for laws related to customs business regulations and business optimisation, abbreviated law, Article 2, Paragraph 1, Item 7, Pachinko-ya, and Item 8 stores. The present invention relates to ball and ball game machines such as pachinko machines, and new and second-hand goods that have been made for general users.

This type of gaming machine draws a jackpot on the occasion of entering the starting gate, derives the result of the success / failure through a special symbol variation display, and at the time of derivation of a jackpot with three symbols of left, middle and right Even if there is a holding device for holding a game ball on the game board, the type that can open the big prize opening in a predetermined manner and acquire a large number of balls is the mainstream, as described in Patent Documents 1 and 2 In addition, it is exclusively aimed to release the game ball held in the holding device under a specific condition toward the starting port and change the lottery lottery frequency.
JP-A-4-341289 JP 2004-16362 A

  However, even if the holding device is provided, after all, only winning the jackpot becomes a concern of the game, and does not lead to a remarkable interest.

  It is an object of the present invention to provide a ball game machine that can arouse a novel fun by linking two holding devices.

The invention according to claim 1 includes the following specific items as illustrated in FIG.
A first holding device H1 and a second holding device H2 for holding the game ball P launched on the game board 2;
Second holding device releasing means R2 for releasing the game ball P held by the second holding device H2 under a specific condition that occurs during the game.
First holding device releasing means R1 for releasing the game ball P held by the first holding device H1 based on the ball entering the ball inlet 8 provided corresponding to the releasing port of the second holding device H2.
The accessory A which operates based on the entrance to the entrance 9 provided corresponding to the release port of the first holding device H1. An accessory means a special device for facilitating winning.
The term “entry into the entrance” includes winning through the winning entrance and passing through the gate. The same applies below.

  The invention according to claim 2 has a specific matter for operating the second holding device releasing means R2 when winning in the lottery triggered by the game ball hit on the game board 2 passing through the specific portion G. .

  The invention according to claim 3 is a second type non-electrical accessory A in which the accessory expands the entrance by entering the entrance 9 provided corresponding to the release port of the first holding device H1. In addition, there are specific matters including the second type non-electric accessory B that expands the entrance by entering the accessory A. In the first type non-electrical accessory called a normal tulip, it operates and opens when a prize is entered in the prize opening, but in the second type non-electrical accessory, it is specified whether a prize is awarded in a specific prize opening other than the prize opening. When the vehicle passes the gate, that is, it opens under the condition of entering a separate entrance for a specific entrance.

  The invention described in claim 4 requires that the number of balls entering the first type 2 non-electrical accessory A and / or the other type 2 non-electrical accessory B reaches a specified number and that the winning in the continuous lottery is a necessary condition. As a specific item, the second holding device releasing means R2 is reactivated.

The invention according to claim 5 has the following specific items as illustrated in FIG. 9 or FIG.
A first holding device H1 and a second holding device H2 for holding the game ball P launched on the game board 2;
Second holding device releasing means R2 for releasing the game ball P held by the second holding device H2 under a specific condition that occurs during the game.
An electric accessory E that is arranged corresponding to the release port of the first holding device H1 and that operates based on the entry to the entrance 8 provided corresponding to the release port of the second holding device H2.
First holding device releasing means R1 for releasing the game ball P held by the first holding device H1 in accordance with the operation timing of the electric accessory E. It should be noted that there may be some plus or minus time lag in accordance with the operation timing.

  As shown in FIG. 9, the invention according to claim 6 includes a special electric combination W different from the electric combination E, and it is necessary to end the jackpot game in which the special electric combination W can be operated continuously. As a condition, there is a specific matter for operating the second holding device releasing means R2.

  In the invention according to claim 7, as illustrated in FIG. 14, a ball distribution mechanism Q that distributes and enters game balls that have entered a specific region V1 on the game board 2 into a plurality of branch paths V, X, and Y. And having the specific matter of operating the second holding device releasing means R2 on the condition that the ball enters the specific branch path V is a necessary condition.

  The invention according to claim 8 has a specific matter of re-activating the second holding device releasing means R2 when the operation of the electric accessory E is completed and winning in the continuous lottery is a necessary condition.

  According to the first aspect of the present invention, the game ball P held in the second holding device H2 is released by the second holding device releasing means R2 under the specific condition that occurs during the game. Then, the entry into the entrance 8 provided corresponding to the release port of the second holding device H2 is urged, and the game that is held in the first holding device H1 by the first holding device release means R1 based on this entry. The ball is released. And the entrance to the entrance 9 provided corresponding to the release port of the 1st holding | maintenance apparatus H1 is urged, and the accessory A is actuated based on this entrance, and the number of balls can be increased. In this way, by linking the two holding devices H1 and H2, it is possible to increase the number of balls, and it is possible to evoke a novel fun.

  According to the invention described in claim 2, since the second holding device releasing means R2 is operated at the time of winning in the lottery triggered by the game ball hit on the game board 2 passing through the specific portion G, It is possible to make an appropriate difference in the appearance due to chance and luck.

  According to the third aspect of the present invention, it is possible to expect a certain amount of balls to be gathered due to the interlocking of one second-type non-electric accessory A with another second-type non-electric accessory B.

  According to the invention described in claim 4, the number of balls entering one second-type non-electric accessory A and / or other second-type non-electric accessory B reaches a specified number, and winning by continuous lottery is required. As a condition, since the second holding device releasing means R2 is reactivated, there can be a scene where the number of balls can be continuously increased, and the fun can be increased.

  According to the fifth aspect of the present invention, the game ball P held in the second holding device H2 is released by the second holding device releasing means R2 under the specific condition that occurs during the game. Then, the entrance to the entrance 8 provided corresponding to the release port of the second holding device H2 is urged, and the electric accessory E is operated based on this entrance. The electric accessory E is arranged corresponding to the release port of the first holding device H1, and is held in the first holding device H1 by the first holding device releasing means R1 in accordance with the operation timing of the electric accessory E. Played game balls are released. For this reason, the entrance to the electric accessory E is promoted, and the number of balls can be increased. In this way, by linking the two holding devices H1 and H2, it is possible to increase the number of balls, and it is possible to evoke a novel fun.

  According to the sixth aspect of the present invention, since the second holding device releasing means R2 is operated on the condition that the jackpot game where the special electric utility W can be continuously operated is necessary, the game after the so-called jackpot game is played. Interesting taste can be remarkably enhanced.

  According to the seventh aspect of the present invention, as the premise of linking the two holding devices H1 and H2, the ball distribution by the ball distribution mechanism Q is the key, so that the original gameplay for enjoying the behavior of the ball The gameplay can be improved by adding novel gameplay.

  According to the eighth aspect of the invention, the second holding device releasing means R2 is re-actuated when the operation of the electric accessory E is completed and the winning in the continuous lottery is a necessary condition. You can increase the number of scenes and increase the fun.

  FIG. 1 shows a pachinko gaming machine 1 to which the present invention is applied, and a game frame 10 supports a main body 11 so that the door can be opened. A front door 14 in which a glass 13 is fitted to a round window 12 is provided at an upper front portion of the main body 11, and a game board 2 (FIG. 2) is provided inside the front door 14. A lower part of the front surface of the main body 11 is provided with a receiving tray 3 for receiving a rented ball and a winning ball, a launching handle 4 of a launching device 40 for hitting a ball on the game board 2, and left and right speakers 51, 52 for producing sound effects. The tray 3 has a ball lending button 31 that lends a ball in cooperation with a card unit (not shown) installed adjacent to the gaming machine 1, a card return button 32, and three selection buttons 3L and 3C that are selected and operated during continuous lottery described later. , 3R. The front door 14 includes decorative lamps 61 and 62, decorative LEDs 63 and 64, and various display lamps 65 and 66 such as prize ball payout.

As shown in FIG. 2, the game board 2 includes the following game components 1) to 5).
1) Center unit 7
The unit 7 includes a first stocker T1 that holds a maximum of five game balls P, a first hold device H1 that has a first shutter R1 that releases the hold balls, and a second stocker that holds a maximum of five game balls. The second lottery device H2 having the second shutter R2 for releasing the T2 and its holding ball, the release lottery result of the second shutter R2 triggered by the passage of the ball to the gate G arranged on the left side of the game board 2 is left / middle The symbol display device D derived through the symbol variation on the right, the storage LEDs 71 to 79 for storing, for example, up to nine lottery results waiting for symbol variation based on the passage of the gate G, and the left and right warp inlets 7L and 7R. A casing 70 having a stage 7S for distributing game balls to a left outlet L, a first stocker T1, a middle outlet C, a second stocker T2, and a right outlet R is included.

2) Winning slot 8 for releasing the first holding device
The winning opening 8 is coupled with the gauge of the nail N and easily accepts the game ball released from the second holding device H2. The ball entering the winning opening 8 flows into the back passage 81 and is detected by a ball sensor 82 for determining the release condition of the first holding device H1, and when detected, the first shutter R1 is opened and the holding ball of the first holding device H1 is opened. To release. The winning prize port 8 may be directly connected to the release port of the second holding device H2, and may be configured to receive all the released balls exclusively.

3) One second-type non-electrical accessory A
This accessory A opens the tulip petals A1 and A2 by the cam car CA based on the incoming ball guided through the winning opening 9 and the back passage 91 just below the opening of the first holding device H1, and can accept the game ball. To do. When the number of balls received from the petals A1 and A2 reaches, for example, seven at the maximum, the petals A1 and A2 are closed by the cam wheel CA, and the game ball cannot be received by the enclosure between the nail N and the general winning port C1 above the head. The ball that has been guided from the back passage 91 and triggered the operation of the accessory A flows into the back passage 92 and is detected by a ball sensor 93 that determines a battle effect start condition described later. The incoming balls received from the petals A1 and A2 flow into another back passage 94. The winning opening 9 is designed to easily accept the game ball released from the first holding device H1 in combination with the gauge of the nail N, but directly connected to the releasing port of the first holding device H1 and exclusively You may make it the specification which receives a release ball.

4) Other type 2 non-electrically-operated material B
The accessory B includes a first arm F1 that swings around an axis F10 against the weight F11 by a load of a game ball flowing in the back passage 94, a second arm F2 that is connected to the pin F21, and the second arm F2. Tulip petals B1 and B2 are opened via a link mechanism having a third arm F3 which is connected by F31 and swings around an axis F30, thereby allowing a game ball to be received. When the number of incoming balls received from the petals B1 and B2 reaches, for example, 6 at maximum, the pet wheels B1 and B2 are closed by the cam wheel CB, and the game balls cannot be received due to the enclosure between the nail N and the top winning opening 9. The incoming balls received from the petals B1 and B2 flow into the back passage 95 and are counted by a ball sensor 96 that determines a continuous lottery start condition described later.

5) Other Rails 21, 22, four windmills 23-26, ball stoppers 27, and ball return prevention, which divide the left and right general winning openings C2, C3, a substantially circular game area 20 and guide the ball to be launched by the launch handle 4. A piece 28 and an out port 29 are provided. For example, there are 15 prize balls per entry to each of the winning entries 8 and 9 and the roles A and B except the general winning openings C1 to C3, and a prize per entry to the general winning openings C1 to C3. There are 10 balls, for example. Although illustration is omitted as appropriate, a large number of nails N are struck in the game area 20 according to a unique gauge.

  FIG. 3 shows the mechanism of one second-type non-electrical accessory A. Each petal (not shown in A1 symmetric with A2) is a pin a that swings around an axis O1, enters a receiving recess d in the panel mounting base b in the closed state, and a rectangular window e in the panel mounting base b in the opened state. And a weight g for biasing the center of gravity in the opening direction. The cam wheel CA has a shaft h having a rotation axis O2, an arc-shaped ball receiver ca equally divided into eight, which is one greater than the maximum number of winnings (seven), and a contact piece f stored in a storage recess d. It is provided with a nata-shaped operation piece i, j to be detached, and a receiving plate piece k projecting on the non-operation side. A leaf spring m that assists intermittent rotation is brought into contact with the arc-shaped ball bearing ca.

  The rear case n includes a shaft portion q that swings about the axis O3, a first operating body N1 that has a locking piece r that is obliquely below, and a first pressing piece x that is behind, and a shaft portion t that swings about the axis O4. And a second operating body N2 having a protruding groove u that engages with the locking piece r of the first operating body N1, a jumping piece v that jumps up the receiving plate piece k, a pendulum w, and a second pressing piece y behind. .

  When the game ball P flows from the back passage 91 into the skylight z of the rear case n, the pressing pieces x and y are pushed down, the receiving plate piece k is jumped up by the jumping piece w, and the cam car CA is 8 minutes. After one rotation, the operation pieces i and j are released below the storage recess d to allow the contact piece f to project, and the petals A1 and A2 are opened. When the petals A1 and A2 are opened, even if the game ball P additionally flows from the skylight z, the cam wheel CA does not rotate because the receiving plate piece k is not positioned on the jumping locus of the jumping piece w. For each game ball P received from the opened petals A1 and A2, the cam wheel CA rotates by 1/8, and when the last seventh ball enters, it is pushed by the operation pieces i and j and is brought into contact with the contact piece f. Enters the storage recess d, and the petals A1 and A2 are closed.

  FIG. 4 shows a mechanism of another second type non-electrically-operated article B. The cam wheel CB has an arc-shaped ball receiver cb that is equally divided into seven, which is one more than this, corresponding to the maximum number of winnings received from each petal (not shown in B1 symmetrical to B2). For each game ball P received from the opened petals B1 and B2, the cam wheel CB rotates 1/7, and when the last sixth ball enters, the petals B1 and B2 are closed.

  The opening of each petal B1, B2 is due to the pressing down of the third arm F3 at the end of the link mechanism. Pins xp and yp project from the pressing pieces x and y of the operating bodies N1 and N2, respectively, and an operation cam B4 integrated with a shaft portion B3 that swings around the axis O5 is provided. The operation cam B4 is swung by receiving the depression of the third arm F3 by the cam interlocking pin B5, and the pins xp, yp and the pressing pieces x, y are pushed by the first cam surface B6 and the second cam surface B7. Lowering and raising the receiving plate piece k by the jumping piece w, rotating the cam wheel CB by 1/7, allowing the operation pieces i and j to escape below the storage recess d and allowing the contact piece f to project. Open each petal B1, B2. B8 is a swing return spring of the operation cam B4, and B91 and B92 are swing range regulating bodies.

  When the petals B1 and B2 are in the open state, even if the third arm F3 is additionally pushed down, the receiving plate piece k is not positioned on the jumping locus of the jumping piece w, so the cam wheel CB Does not rotate. In the thing of FIG. 4, the open | release function by the inflow of the game ball through the skylight z of the rear case n is unused. Other configurations are the same as those in FIG.

  FIG. 5 shows a control device CN that controls the above games. A ROM / RAM integrated CPU, a monitoring unit M1 for the gate G, a monitoring unit M2 for the ball sensor 82 for releasing the first holding device H1, a monitoring unit M3 for starting the ball effect 93, a continuous lottery start The monitor counter unit M4 of the ball sensor 96 which is a premise, the monitor unit M5 of the selection buttons 3L to 3R, the lottery unit M7 which extracts one random number value from the first random number box M6 when passing through the sphere of the gate G, and whether or not it is determined The symbol display unit M8 derived through symbol variation on the device D, the release operation unit M9 that opens the second shutter R2 when winning, the release operation unit M10 that opens the first shutter R1 when the ball sensor 82 is detected, and the detection of the ball sensor 93 It is selected when the count of the ball effect sensor M11 and the ball sensor 96 is 6 for producing a battle game that is advantageous to the player on the symbol display device D. Together to enable the input button 3L~R having continuation lottery unit M13 for lottery whether to continue releasing by extracting one random number from the second random number box M12 at its input.

  In addition, the ball receiving sensors J1 and J2 are provided behind the stockers T1 and T2 of the holding devices H1 and H2, and the counter units M14 and M15 of the holding game balls to be updated are provided in the control device CN. The number is displayed on the symbol display device D.

  As shown in FIG. 6, when a game ball passes through the gate G (S1), the lottery unit M7 makes a winning / no-win lottery (S2), and determines a stop symbol to be derived based on the result (S3). The change of the symbol is activated on the display device D (S4), and the predetermined symbol is stopped after about several seconds to several tens of seconds (S5). The types of symbols are, for example, numbers 1 to 9, and all three numbers are aligned when winning. The winning probability in the lottery section M7 is set to about several tenths. In the case of winning (S6), the holding device process of FIG. 7 is called (S7), and the battle start condition is established (S70), the battle effect process of FIG. 8 is called (S8), and the continuation condition is established ( S80), the process from S7 is repeated. When the continuation condition is not satisfied, a battle end display is displayed (S9), and the process ends.

  The “battle start condition” refers to a condition for achieving a battle game production state. Specifically, this is a case where the second type non-electrical accessory A and / or other second type non-electrical accessory B are activated. This gaming state advantageous to the player occurs when the game ball wins the winning slot 9 and the second type non-electrical accessory A is activated. In the first embodiment, the game ball is further played by the ball sensor 93. The passage detection is set as a “battle start condition”.

  As shown in FIG. 7, in the holding device process, it is determined whether there is a holding ball in the second holding device H2 based on the incoming sensor J2 of the second holding device H2 (S71). R2 is opened to release all the reserved balls of the second holding device H2 toward the winning opening 8 (S72), and when the ball sensor 82 downstream of the winning opening 8 detects the entering (S73), the first shutter R1 Is opened and all the held balls of the first holding device H1 are released toward the winning opening 9 (S74), and when the ball sensor 93 downstream of the winning opening 9 detects the entering (S75), the battle start condition is satisfied. Return (S76). One second-type non-electric accessory A is opened by entering the winning opening 9, and when entering the petals A1, A2, the other second-type non-electric accessory B is also opened. In the case of NO determination in S71, S73, S75, the battle start condition is not satisfied is returned (S77). Note that the process of S71 is omitted, and the process of S72 and subsequent steps may be performed regardless of the presence or absence of the holding ball. The opening operations of S72 and S74 are finished after a certain time, and the shutters R1 and R2 are automatically closed, but may be closed when the count values by the respective entrance sensors J1 and J2 become zero.

  As shown in FIG. 8, in the battle effect process, a predetermined battle effect display is displayed with a sound effect and a moving image or the like (S81), and the count number based on the ball sensor 96 downstream of the other second type non-electric accessory B is calculated. Continue until the maximum number of winnings reaches 6 (S82). When 6 counts are reached, the display is changed to the continuous lottery effect display (S83), and the input of the selection buttons 3L to R is permitted to prompt the button operation (S84). Even after reaching 6 counts, if the petals A1 and A2 of the second type non-electrically-operated accessory A are still open, the petals B1 and B2 of the other second-type non-electrically-applicable B will be regained by winning the prize. Will open and 6 more prizes will be possible. The player can sufficiently complete one battle round by delaying the operation of the selection buttons 3L to 3R. S82 may be replaced with the determination of whether the ball sensor separately provided in the back passage 94 of the second type non-electric accessory A has reached 7 counts, or whether the total count of both has reached 13. It may be replaced with.

  When any one of the selection buttons 3L to 3R is operated (S85), the subsequent button input is prohibited (S86), and the display shifts to a variable display that produces a continuous lottery (S87). For example, the design will be expanded sequentially. The winning of the continuous lottery is selected if the lower 2 bits of the random number value extracted from the second random number warehouse M12 at the time of the operation is 00 regardless of the selected button, and is excluded otherwise. Of course, the selected button may be associated with the winning. At the time of winning (S88), the enlarged number is stopped when the screen is full and the winning display is made (S89), the continuation condition is satisfied (S90), and the process proceeds to the second round. In the case of detachment, the design does not stop expanding and melts into the background, returns a continuation condition failure (S91), and ends the battle.

  In the first embodiment, the battle start is established by the detection of the ball sensor 93 and the continuous lottery is enabled by the predetermined count of the ball sensor 96, but the present invention is not limited to this. For example, in addition to the link mechanism of FIG. 2 (first link mechanism), a second link mechanism having an arm that operates by entering a winning opening 9 and an arm that is connected to the arm by a pin is provided. The petals A1 and A2 are opened by a link mechanism. In addition, a sensor for detecting the operation state of the first link mechanism and the second link mechanism (opening and closing of the second type non-electrical accessory) by an individual pin position is provided to detect the operation state of each link mechanism. These are stored in the RAM with logic “1” when detection is present (second-type non-electrically-actuated object is activated) and logic “0” when no detection is detected (second-type non-electrically-charged object is not activated). When it is not in the battle game state, the two second-type non-electrically-operated objects A and B are both inoperative and the sensor detection state is both “0”. In the battle game state, at least one sensor detection state is changed to “1”. Using this, the battle start is established on condition that the logical sum of the sensor detection state is changed from “0” to “1” (at least one of them is opened). Also, the logical sum is changed from “1” to “0” in combination with a process of clearing the logical sum “1” by detecting the closing of the petals (A1, A2) and (B1, B2). After the bonuses A and B are also closed and the advantageous gaming state is completed, the continuous lottery is performed. In this way, by using a plurality of link mechanisms and sensors, it is possible to realize a different form from the start of the battle game to the continuous lottery entry.

  The game board 2 of FIG. 9 has a specification for entering a battle game after the jackpot game ends. If you win a jackpot lottery triggered by entering the left and right start openings K1 and K2, the special prize W1 of the special electric accessory W will open up to a maximum of 10 balls per round or a maximum of 30 seconds. Allow reopening up to 15 rounds on condition that the sphere passes in a specific area set in approximately one-third of the area in W1, and there will be no passing of the sphere to the specific area, or the final round will expire End the operation of the continuous operation device and finish one big hit game. In the battle game that rushes after this, the second shutter R2 is opened to release the holding ball toward the winning opening 8, and the petal E1 of the ordinary electric accessory E, which is commonly referred to as electric tulip or less, is based on the incoming ball. , Open E2 up to 10 balls or up to 6 seconds. At the same time, the first shutter R1 is opened to release the holding ball toward the electric Chu E.

  The symbol display device D includes special symbol small display areas D1 and D2 based on the entrance to each of the start openings K1 and K2, and changes in one special symbol currently being executed based on the earliest start prize. The left, middle, and right symbols for large productions that match are varied, and at the time of a big hit, one of three sets of 1 to 9 is derived. 7A to D and 7a to d are start winning memory LEDs waiting for symbol variation corresponding to the start ports K1 and K2. There are 5 prize balls per entry to each of the start openings K1 and K2, 10 for the general prize openings C1 to C4, and 15 for the other 8, E and W. The probability of winning the jackpot is about 1/350. Note that the winning opening 8 may be directly connected to the release port of the second holding device H2.

  The control device CN shown in FIG. 10 includes a monitoring unit M101, M102 for the entrance sensors K10, K20 at the start ports K1, K2, a jackpot lottery unit M103, M104 having random number boxes M103a, M104a, and a solenoid W0 for opening and closing the grand prize port W1. Control and M & C action completion determination, that is, a jackpot game control unit M105 including a jackpot game end determination, a release operation unit M106 that opens the second shutter R2 after the jackpot game ends, and a battle effect unit that starts after the jackpot game ends M107, the monitoring unit M108 of the ball sensor 820 downstream of the winning opening 8, the release operation unit M109 that opens the first shutter R1 together with the operation of the electric Chu E at the time of detection, the control unit M110 of the solenoid E0 that opens and closes the electric Chu E, the electric Chu After the opening operation of the monitoring unit M111 of the incoming ball sensor E93 and the electric Chu E With a continuation lottery unit M112 to start. Others are the same as FIG.

  As shown in FIG. 11, when the jackpot game ends (S60), the holding device process of FIG. 12 is called (S7), and when the battle start condition is satisfied (S70), the battle effect process of FIG. S8) When the continuation condition is satisfied (S80), the processing from S7 is repeated. When the continuation condition is not satisfied, a battle end display is displayed (S9), and the process ends.

  The “battle start condition” refers to a condition for achieving a battle game production state. Specifically, in the present Example 2 and Example 3 described later, the operation of the ordinary electric accessory E that becomes an opening opportunity of the tulip petals E1 and E2 is set as a “battle start condition”.

  As shown in FIG. 12, in the holding device process, it is determined whether or not there is a holding ball in the second holding device H2 based on the incoming sensor J2 of the second holding device H2 (S71). R2 is opened to release all the reserved balls of the second holding device H2 toward the winning opening 8 (S72), and when the ball sensor 820 downstream of the winning opening 8 detects the entering (S730), the first shutter R1 Is opened to release all the holding balls of the first holding device H1 toward the electric chew E (S74). At the same time, the electric chewing E is opened (S750), and the satisfaction of the battle start condition is returned (S76). In the case of NO determination in S71 and S730, the battle start condition failure is returned (S77). Note that the process of S71 is omitted, and the process of S72 and subsequent steps may be performed regardless of the presence or absence of the holding ball. Further, the first shutter R1 may be opened simultaneously in S72. The opening operations of S72 and S74 are finished after a certain time, and the shutters R1 and R2 are automatically closed, but may be closed when the count values by the respective entrance sensors J1 and J2 become zero.

  As shown in FIG. 13, in the battle effect process, a predetermined battle effect is displayed with a sound effect and a moving image or the like (S81), and the number of winnings to the electric Chu E reaches 10 or 6 seconds have elapsed since the opening operation. Then, the petals E1 and E2 of the electric Chu E are closed (S822), the continuous lottery effect display is displayed (S83), the input of the selection buttons 3L to R is permitted, and the button operation is prompted (S84). ). When any one of the selection buttons 3L to 3R is operated (S85), the subsequent button input is prohibited (S86), the display shifts to a variable display that produces a continuous lottery (S87), and at the time of winning (S88), A winning display is made (S89), the continuation condition is satisfied (S90), and the process proceeds to the second round. If it is off, the continuation condition is not satisfied is returned (S91), and the battle is terminated.

  The game board 2 of FIG. 14 has a specification that combines so-called honey and battle games. When winning the chucker Vs at the lower center of the game board 2, the left and right blades Va and Vb are opened for about 1.8 seconds, and when the game ball P enters the primary area V1 in the unit 7, the ball distribution mechanism Q referred to as a clown. Is assigned to one of the three branch paths V, X, and Y. The game balls P that have flowed into the right and left branch paths X and Y that are relatively easy to enter are released from the secondary area V2 to the stage 7S, but flow into the central branch path V that is relatively difficult to enter. And if it wins to specific winning opening V3, it will rush into a battle game. In the battle game, the second shutter R2 is opened and the holding ball is released toward the winning opening 8, and the petals E1 and E2 of the electric Chu E are awarded up to 10 balls or up to 6 seconds based on the winning ball. Simultaneously with the opening, the first shutter R1 is opened to release the holding ball toward the electric Chu E.

  There are 5 award balls per ball entered into the chucker Vs, 10 in the general winning openings C1 to C4, and 15 in other than that, 8, E and V3. The symbol display device D is mainly used for effects in battle games and the like. Although the entry timing to the battle game is different, the control of the battle game itself is the same as in the second embodiment.

  In each of the above embodiments, the holding devices H1 and H2 are provided in the warp path of the center unit 7, but may be provided in other locations on the game board 2. Further, although the stockers T1 and T2 are formed of a transparent material or the like that allows the player to see the reserved balls, it is also possible to provide only a display that displays the number of held balls even if the actual reserved balls are not visible. Furthermore, although the selection buttons 3L to R are involved in the continuous lottery, the continuous lottery is automatically executed, and the player's operation may not be involved. Further, the winning probability of the continuous lottery may be lowered as the number of battle rounds to be continued increases.

  In addition, the battle game which becomes a game state advantageous to a player is not limited to use of the said non-electrically-operated thing A, B or the electrically-driven object E.

The perspective view of the pachinko game machine which is an example of this invention ball game machine. 1 is a front view of a game board according to Embodiment 1. FIG. FIG. 2 is a perspective view of one second-type non-electrical accessory A included in the first embodiment. FIG. 6 is a perspective view of another second type non-electrically-operated object B included in the first embodiment. 1 is a block diagram of a control device according to Embodiment 1. FIG. The main part routine of the control which concerns on Example 1. FIG. 6 is a holding device processing subroutine according to the first embodiment. The battle production process subroutine which concerns on Example 1. FIG. The front view of the game board which concerns on Example 2. FIG. FIG. 6 is a block diagram of a control device according to a second embodiment. 10 is a main routine of the main part of control according to the second embodiment. 10 is a holding device processing subroutine according to the second embodiment. 9 is a battle effect processing subroutine according to the second embodiment. The front view of the game board which concerns on Example 3. FIG.

Explanation of symbols

A: One second-type non-electrically-powered object, B: Other second-type non-electric-powered object E: Normal electric-powered object, W: Special electric-powered object H1; First holding device, H2;

Claims (8)

A first holding device and a second holding device for holding a game ball hit on the game board;
Second holding device releasing means for releasing the game ball held by the second holding device under a specific condition generated during the game;
First holding device releasing means for releasing the game ball held by the first holding device based on a ball entering a ball opening provided corresponding to a release port of the second holding device;
A bullet ball game machine comprising an accessory that operates based on a ball entering a ball opening provided corresponding to a release port of the first holding device.   2. The ball game machine according to claim 1, wherein the second holding device releasing means is operated when winning in a lottery triggered by a game ball launched on the game board passing through a specific part.   The accessory is a second type non-electric accessory that expands the entrance by entering a entrance opening corresponding to the release port of the first holding device, and the entrance by entering the entrance. The ball game machine according to claim 1, further comprising another second-type non-electrically-powered object that expands the size of the ball game machine.   When the number of balls entering the first type 2 non-electrical accessory and / or other type 2 non-electrical accessory reaches a specified number and the winning in the continuous lottery is a necessary condition, the second holding device releasing means is 4. The ball game machine according to claim 3, wherein the ball game machine is reactivated. A first holding device and a second holding device for holding a game ball hit on the game board;
Second holding device releasing means for releasing the game ball held by the second holding device under a specific condition generated during the game;
An electric accessory that is arranged corresponding to the release port of the first holding device and that operates based on the entrance to the entrance provided corresponding to the release port of the second holding device;
A bullet ball game machine comprising: a first holding device releasing means for releasing the game ball held by the first holding device in accordance with the operation timing of the electric accessory.   6. The bullet according to claim 5, wherein the second holding device releasing means is operated on the condition that an end of the jackpot game that includes a special electric combination different from the electric combination and can operate the special electric combination continuously. Ball game machine.   A ball distribution mechanism for distributing and entering game balls that have entered a specific area on the game board into a plurality of branch paths, and entering the specific branch path as a necessary condition, the second holding device releasing means is provided The bullet ball game machine according to claim 5 to be operated.   The ball game machine according to any one of claims 5 to 7, wherein the second holding device releasing means is re-actuated on condition that the operation of the electric accessory is completed and winning in the continuous lottery is a necessary condition.

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