JPH02228990A - Pinball machine - Google Patents
Pinball machineInfo
- Publication number
- JPH02228990A JPH02228990A JP5002089A JP5002089A JPH02228990A JP H02228990 A JPH02228990 A JP H02228990A JP 5002089 A JP5002089 A JP 5002089A JP 5002089 A JP5002089 A JP 5002089A JP H02228990 A JPH02228990 A JP H02228990A
- Authority
- JP
- Japan
- Prior art keywords
- firing
- winning
- shots
- ball
- state
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000010304 firing Methods 0.000 claims description 139
- 230000004044 response Effects 0.000 claims description 9
- 230000001105 regulatory effect Effects 0.000 abstract description 4
- 230000001276 controlling effect Effects 0.000 abstract description 3
- 238000005192 partition Methods 0.000 description 28
- 230000008859 change Effects 0.000 description 18
- 230000007246 mechanism Effects 0.000 description 13
- 238000000638 solvent extraction Methods 0.000 description 12
- 230000000903 blocking effect Effects 0.000 description 7
- 244000027321 Lychnis chalcedonica Species 0.000 description 5
- 235000017899 Spathodea campanulata Nutrition 0.000 description 5
- 230000009471 action Effects 0.000 description 5
- 238000001514 detection method Methods 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 230000010355 oscillation Effects 0.000 description 5
- 230000005347 demagnetization Effects 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 3
- 239000000758 substrate Substances 0.000 description 3
- 230000007423 decrease Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000005284 excitation Effects 0.000 description 2
- 230000000149 penetrating effect Effects 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 241000287462 Phalacrocorax carbo Species 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 239000011324 bead Substances 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 239000003638 chemical reducing agent Substances 0.000 description 1
- 239000003795 chemical substances by application Substances 0.000 description 1
- 238000005034 decoration Methods 0.000 description 1
- 239000006260 foam Substances 0.000 description 1
- WABPQHHGFIMREM-UHFFFAOYSA-N lead(0) Chemical compound [Pb] WABPQHHGFIMREM-UHFFFAOYSA-N 0.000 description 1
- 230000035515 penetration Effects 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 239000011295 pitch Substances 0.000 description 1
Landscapes
- Pinball Game Machines (AREA)
Abstract
Description
【発明の詳細な説明】
く産業上の利用分野〉
本発明は、単位時間当りの球の発射数に応じて入賞装置
の入賞確率を変動できるようにしたパチンコ機に関する
ものである。DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a pachinko machine in which the winning probability of a winning device can be varied in accordance with the number of balls fired per unit time.
〈従来の技術〉
従来、単位時間当りの球の発射数を調整することができ
るようにしたパチンコ機は、発射装置のモータの速度を
調整するものが開発されており、例えば特公昭５７−７
７５３号公報により公知である。<Prior art> Conventionally, pachinko machines that can adjust the number of balls fired per unit time have been developed that adjust the speed of the motor of the firing device.
It is known from the publication No. 753.
〈発明が解決しようとする劃１
しかしながら、上記した従来のパチンコ機は、単に発射
装置のモータの速度を変更するだけなので、単位時間当
りの球発射数を増加して遊技した場合には所謂ｒ大当り
１の発生数が増加し、単位時間当りの球発射数を減少し
て遊技した場合にはｒ大当り」の発生数が減少する。し
たがって。(Part 1 to be solved by the invention) However, since the above-mentioned conventional pachinko machine simply changes the speed of the motor of the firing device, if the game is played by increasing the number of balls fired per unit time, the so-called r The number of occurrences of jackpot 1 increases, and when the game is played by reducing the number of balls fired per unit time, the number of occurrences of "r jackpot" decreases. therefore.
せ９かく球の発射数を変更できる様に構成しても、遊技
者はｒ大当り」の発生数か増加する高速発射状態を選択
したままで遊技することとなり、発射数を変更できるよ
うにした意義を失ってしまうし、却って、球の消費か激
しくなるので、パチンコ遊技の興遅に欠けることになっ
てしまう。Even if the system is configured so that the number of balls fired can be changed, the player still has to play the game with the high-speed firing state in which the number of "r jackpots" increases or increases, making it possible to change the number of balls fired. This would lose its meaning, and on the contrary, the consumption of balls would become more intense, resulting in a lack of interest in pachinko games.
〈課題を解決するための手段〉
本発明は上記に鑑み提案されたもので、電気的駆動源の
駆動により球を１個宛発射する発射装置と、
該発射装置の電気的駆動源を制御して単位時間当りの球
発射数を制御可能な発射制御装置と、遊技者が操作可能
な部位に設けられ５発射数を選択する発射数選択スイッ
チと。<Means for Solving the Problems> The present invention has been proposed in view of the above, and includes a firing device that fires a single ball by driving an electric driving source, and a firing device that controls the electric driving source of the firing device. a firing control device that can control the number of balls fired per unit time; and a firing number selection switch that is provided at a part that can be operated by a player and selects five firing numbers.
遊技部内に配設され、電気的駆動源の駆動により入賞確
率変動部材を作動して入賞確率を変動可能な入賞装置と
２
該入賞装置の電気的駆動源を制御する遊技制御装置と、
を備え、上記発射数選択スイッチ、発射制御装置、発射
装置、入賞装置、遊技制御装置を電気的に連係したもの
である。2. A winning device that is disposed in the gaming section and can vary the winning probability by operating a winning probability changing member by driving an electrical drive source; and 2. A game control device that controls the electrical driving source of the winning device. , the firing number selection switch, the firing control device, the firing device, the winning device, and the game control device are electrically linked.
〈作用）
発射数選択スイッチからの信号にもとづいて発射制御装
置が発射装置を制御して単位時間当りの発射数を制御す
るとともに、発射数選択スイッチからの信号に応じて遊
技制御装置か入賞装置の入賞確率を変動させる。<Function> Based on the signal from the number of shots selection switch, the firing control device controls the firing device to control the number of shots per unit time, and also controls the game control device or the winning device according to the signal from the number of shots selection switch. Vary the winning probability.
〈実施例〉 以下、本発明の実施例を図面にもとづいて説明する。<Example> Embodiments of the present invention will be described below based on the drawings.
パチンコ機ｌは、第１．２図に示すように、額縁状前面
枠２の窓部に臨ませて遊技盤３な着脱可能な状態で装着
し、該遊技盤３の表面に形成した遊技部４内に、入賞装
置として変動入賞装置５をほぼ中央に、該変動人賞装Ｗ
５め下方に第１始動口６，６、第２始動ロアを配設し、
前面枠２の下方部分には下皿８と発射操作部９を設ける
とともに下皿８の上方に発射数選択スイッチの操作部１
０を設け、前面枠２に開閉可能に軸着した開閉パネル１
１には上皿１２と発射数表示器１３ａ。As shown in FIG. 1.2, the pachinko machine 1 is detachably mounted on a game board 3 facing the window of a picture frame-like front frame 2, and has a game section formed on the surface of the game board 3. 4, a variable winning device 5 as a winning device is placed approximately in the center, and the variable winning device W
The first starting port 6, 6 and the second starting lower are arranged below the fifth point,
A lower plate 8 and a firing operation unit 9 are provided in the lower part of the front frame 2, and an operation unit 1 for the number of shots selection switch is provided above the lower plate 8.
0, and an opening/closing panel 1 pivotably attached to a front frame 2 so as to be openable and closable.
1 includes an upper plate 12 and a firing number display 13a.
１３ｂ、１３ｃを設け、前面枠２の裏側には発射装置１
４を設けである。13b and 13c are provided, and the launcher 1 is installed on the back side of the front frame 2.
4 is provided.
発射装置１４は、第３図で示すように、発射基板１５に
貫通した回動軸１６の前面側の端部に回動板１７を、後
面側に発射杆１８を夫々取付け、発射基板１５の前面側
に配置した大径コイルバネ等の付勢部材１９の一端を上
記回動板１７に接続するとともに、杆勢部材１９の他端
を扇形歯車２０に接続し、扇形歯車２０にはドッグクラ
ッチ状の係脱可能な接続部２１を有する歯車２２を噛合
し、回動板１７から延設した腕部２３に、電気的駆動源
として設けたステッピングモータ２４の出力軸２５に取
付けたカム２６を臨ませてなり、第４図に示すように、
付勢部材１９等を前面枠２の開口部内に臨ませた状態で
発射基板１５を前面枠２の裏面下方部分に固定しである
。As shown in FIG. 3, the launcher 14 has a rotating plate 17 attached to the front end of a rotating shaft 16 penetrating the launch board 15, and a launch rod 18 attached to the rear end of the launch board 15. One end of a biasing member 19 such as a large-diameter coil spring arranged on the front side is connected to the rotating plate 17, and the other end of the rod biasing member 19 is connected to a sector gear 20, which has a dog clutch shape. A cam 26 attached to an output shaft 25 of a stepping motor 24 provided as an electric drive source is attached to an arm 23 extending from the rotating plate 17. As shown in Figure 4,
The emitting board 15 is fixed to the lower part of the back surface of the front frame 2 with the biasing member 19 and the like facing into the opening of the front frame 2.
一方１発射操作部９は、第４図に示すように、前面枠２
の表面下方部分を覆う被覆装飾部材２７に取付けられて
おり、後面が開放した浅い枠状の被覆装飾部材２７の前
面にハンドル軸２８を有する後方握持部２９を突設する
とともに、該後方握持部２９の前面に間隔を配して前方
握持部３０を設け、上記ハンドル軸２８の先端部分に取
付けた回動操作部３１を後方握持部２９と前方握持部３
０との間隔内に回動自在に配置して回動操作部３１の指
掛部３２を突出させ、被覆装飾部材２７の内部に突出し
たハンドル軸２８の後端部分に第１プーリ３３と発射装
置１１４の起動スイッチ３４に作用する抑圧部３５を設
け、該第１プーリ３３に一端を巻いて止着したワイヤ等
の線状伝達部材３６の途中を第２プーリ３７に掛けて線
状伝達部材３６の他端を第３プーリ３８に巻いて止着し
てなる。なお、上にした回動操作部３１やハンドル軸２
８に導電性をもたせ、リート線３９を介してタッチスイ
ッチ回路に接続し、遊技者が回動操作部３１等に手を触
れたことを電気的に検出できるようにする。また、第３
プーリ３８は、前記した発射装、置１４の接続部２１に
係脱可能な孔部４０を有し、またコイルバネ等の付勢部
材４１の一端を接続するとともに、被覆装飾部材２７の
裏面に突設した停止突起４２に当接するストッパ片４３
を設けである。上記した構成から成る発射操作部９を前
面枠２に取付けるには、前面枠２の開口部を前面から覆
うようにして、被覆装飾部材２７の裏面から突設した位
置決め突起４４を前面枠２表面の位置決め孔４５内に挿
通して取付位置を定め、被覆装飾部材２７の裏面から突
設したボルト等の止着部材４６・・・を前面枠２の貫通
孔及び発射基板１５の取付孔内に貫通し１発射基板１５
から突出した先端雄ネジ部にナツトを螺合して被覆装飾
部材２７、前面枠２、及び発射基板１５を一体的に締め
付ける。この様にして発射操作部９を所定位置に取付け
ると、発射装置１４の接続部２１が発射操作部９の第３
プーリ３８の孔部４０に係合する。On the other hand, as shown in FIG.
A rear grip part 29 having a handle shaft 28 is protruded from the front surface of the shallow frame-shaped cover decoration member 27 with an open rear surface. A front grip part 30 is provided at a distance from the front of the grip part 29, and a rotation operation part 31 attached to the tip of the handle shaft 28 is connected to the rear grip part 29 and the front grip part 3.
A first pulley 33 and a first pulley 33 are arranged so as to be rotatable within a distance from A suppressing part 35 that acts on the starting switch 34 of the device 114 is provided, and a linear transmission member 36 such as a wire, one end of which is wound around the first pulley 33 and fixed thereto, is hooked halfway around the second pulley 37 to form a linear transmission member. The other end of 36 is wound around the third pulley 38 and fixed thereto. In addition, the rotation operation part 31 and the handle shaft 2
8 has conductivity and is connected to a touch switch circuit via a lead wire 39, so that it is possible to electrically detect that the player touches the rotating operation part 31 or the like. Also, the third
The pulley 38 has a hole 40 that can be engaged with and detached from the connection part 21 of the firing device 14 described above, and also connects one end of a biasing member 41 such as a coil spring. A stopper piece 43 that comes into contact with the provided stop protrusion 42
This is provided. In order to attach the firing operation unit 9 having the above-described configuration to the front frame 2, the opening of the front frame 2 is covered from the front, and the positioning protrusion 44 protruding from the back surface of the covering decorative member 27 is attached to the surface of the front frame 2. The fixing members 46 such as bolts protruding from the back surface of the covering decorative member 27 are inserted into the through holes of the front frame 2 and the mounting holes of the launch board 15 to determine the mounting position. Penetration 1 launch board 15
A nut is screwed onto the male threaded end portion protruding from the top end, and the covering decorative member 27, the front frame 2, and the emitting board 15 are integrally tightened. When the firing operation section 9 is installed in the predetermined position in this way, the connection section 21 of the firing device 14 is connected to the third
It engages with the hole 40 of the pulley 38.
したがって、遊技者が発射操作部９の回動操作部３１に
手を触れるとタッチスイッチ回路４７かＯＮになり、回
動操作部３１を回動すると、発射装置１４の起動スイッ
チ３４がＯＮになり発射装置１４のステッピングモータ
２４が始動して発射杆１８が往復回動し、発射レール傾
斜下端の発射位置４８の球を弾発する。Therefore, when the player touches the rotating operation section 31 of the firing operation section 9, the touch switch circuit 47 is turned ON, and when the player rotates the rotation operation section 31, the starting switch 34 of the firing device 14 is turned ON. The stepping motor 24 of the firing device 14 is started, and the firing rod 18 reciprocates to fire the ball at the firing position 48 at the lower end of the slope of the firing rail.
次に、発射装置１４の発射数を調整するための機構につ
いて説明する。Next, a mechanism for adjusting the number of shots fired by the firing device 14 will be explained.
発射装置１４は１発射制御ｌ装！１４９により制御され
ており、遊技者が発射数選択操作部１０を操作すること
により発射数を選択すると、発射数選択スイッチ５０か
らの信号にもとづいて、この選択された発射数に応じて
作動する。The launcher 14 is equipped with one launch control! 149, and when the player selects the number of shots by operating the number of shots selection operation section 10, the controller operates according to the selected number of shots based on the signal from the number of shots selection switch 50. .
図面に示す発射数選択スイッチは、前面枠２の表面下部
に発射数選択操作部ｌＯをスライド可能に設け、この発
射数選択操作部１ｏを発射数目盛に合せると、裏側に設
けであるフォトセンサ等から構成された第１選択スイッ
チ５０ａ、第２選択スイッチ５０ｂ、第３選択スイッチ
５０ｃか発射数選択信号を発射制御装置４９に送出する
ように構成されている。なお２本実施例では発射数を毎
分８０個、 ｌり個、 １２０個というように段階的に
設定しであるので、発射数選択スイッチからは３種類の
信号か送出可能である。The number of shots selection switch shown in the drawing has a number of shots selection operation part 10 slidably provided at the lower surface of the front frame 2, and when the number of shots selection part 1o is aligned with the number of shots scale, a photo sensor provided on the back side is activated. The first selection switch 50a, the second selection switch 50b, and the third selection switch 50c are configured to send a firing number selection signal to the firing control device 49. In this embodiment, the number of shots per minute is set in stages such as 80, 1, and 120, so three types of signals can be sent from the number of shots selection switch.
発射制御装置４９は、基本的には１発振回路５１と、該
発振回路５１からの出力を受けて予め設定した割合（設
定時間間隔）で信号を出力する時間間隔設定手段と、時
間間隔設定手段からの信号を、発射数選択スイッチ５０
により選択された発射数に応した信号に制御する発射数
信号択一制御手段とからなる。第７図に示す基本実施例
では、時間間隔設定手段として分周器５２を、発射数信
号択一制御手段として第１乃至第３アンドゲート５３，
５４．５５を設けてなり、タッチスイッチ回路４７がＯ
Ｎ状態のときに発射装置１４を作動させるべく第４乃至
第６アントゲート５６．５７．５８等を設けである。The launch control device 49 basically includes one oscillation circuit 51, a time interval setting means for receiving the output from the oscillation circuit 51 and outputting a signal at a preset rate (set time interval), and a time interval setting means. The signal from the firing number selection switch 50
and firing number signal selection control means for controlling the signal to a signal corresponding to the firing number selected by. In the basic embodiment shown in FIG. 7, a frequency divider 52 is used as time interval setting means, and first to third AND gates 53 are used as firing number signal selection control means.
54 and 55 are provided, and the touch switch circuit 47 is
Fourth to sixth ant gates 56, 57, 58, etc. are provided to operate the firing device 14 when in the N state.
図面の実施例では、ステッピングモータ２４の出力軸２
５が１回転する度に発射杆１８が１回作動して発射位置
４８の球を１個発射するように構成されており、ステッ
ピングモータ２４は２００パルスを受けて出力軸２５を
１回転（ｌパルスで出力軸２５が１．８度回動）するも
のを使用しである。また１発振回路５１は、４４３３６
１！Ｅｚの周波数で発振する。したがって、分周器５２
は、分周比を予め １１０９１．１：１３１２．１６６
４：ｌに設定し、発振回路５１からの信号を受けて１発
射数が毎分８０個用の信号として毎分７９．９２パルス
の信号（第１発射数制御値号）１発射数が毎分１０口個
用の信号として毎分９９．９２パルスの信号（第２発射
数制御値号）、発射数が毎分１２０個用の信号として毎
分１１Ｌ９２パルスの信号（第３発射数制御値号）を出
力するようにしである。なお、分周器５２の分周比を適
宜に設定すると５ステツピングモータ２４の回転速度を
適宜に設定することができ、上記数値に限定されるもの
ではない。In the embodiment of the drawings, the output shaft 2 of the stepping motor 24
5 rotates once, the firing rod 18 operates once to fire one ball at the firing position 48, and the stepping motor 24 receives 200 pulses and rotates the output shaft 25 once (l). The output shaft 25 rotates by 1.8 degrees in response to a pulse. Moreover, one oscillation circuit 51 is 44336
1! It oscillates at the frequency of Ez. Therefore, frequency divider 52
The dividing ratio is set in advance to 11091.1:1312.166.
4:l, and receives a signal from the oscillation circuit 51 to generate a signal of 79.92 pulses per minute (first firing number control value number) as a signal for one firing number of 80 pieces per minute. A signal of 99.92 pulses per minute (second firing number control value) is used as a signal for 10 pieces per minute, and a signal of 11L92 pulses per minute (third firing number control value) is used as a signal for firing 120 pieces per minute. (No.) is output. Note that by appropriately setting the frequency division ratio of the frequency divider 52, the rotational speed of the 5-stepping motor 24 can be appropriately set, and is not limited to the above numerical values.
遊技者か発射数選択操作部１０を操作して毎分８０個の
発射数を選択した場合、第１選択スイッチ５０ａからの
ｒＨＪ信号が第１アンドゲート５３の一方の入力側に入
る。第１アントゲート５３は１分周器５２からの信号を
他方の入力としているのて１．第１選択スイッチ５０ａ
からの「Ｈ」を入力すると、このｒＨＪと分周器５２か
らのｒＨＪが入る度に開き、これにより第１発射数制御
信号を出力して第４アントゲート５６の一方の入力側に
送る。第４アンドゲート５６は、タッチスイッチ回路４
７の出力を他方に入力としている。したがって、タッチ
スイッチ回路４７からの入力−が「Ｈ」であれば、即ち
遊技者が発射操作部９に手を触れて発射装置１４の起動
スイッチ３４をＯＮにした状態であれば、第４アンドゲ
ート５６が開いて分周器５２からの第１発射数制御信号
なモータ駆動回路５９に送る。このモータ駆動回路５９
は、第４アンドゲート５６からの信号に応じてステッピ
ングモータ２４にパルス信号を送る。したがって、ステ
ッピングモータ２４が毎分８０回転の速度で作動し、こ
れにより発射杆１８が毎分８０個の割合で球を発射する
。When the player selects the number of shots per minute of 80 by operating the number of shots selection operation section 10, the rHJ signal from the first selection switch 50a enters one input side of the first AND gate 53. The first ant gate 53 receives the signal from the 1-frequency divider 52 as its other input, so that it is 1. First selection switch 50a
When "H" is input from the frequency divider 52, it opens every time this rHJ and the rHJ from the frequency divider 52 are input, thereby outputting the first firing number control signal and sending it to one input side of the fourth ant gate 56. The fourth AND gate 56 is connected to the touch switch circuit 4
The output of 7 is input to the other. Therefore, if the input from the touch switch circuit 47 is "H", that is, if the player touches the firing operation section 9 and turns on the starting switch 34 of the firing device 14, the fourth AND Gate 56 opens to send the first firing rate control signal from frequency divider 52 to motor drive circuit 59 . This motor drive circuit 59
sends a pulse signal to the stepping motor 24 in response to a signal from the fourth AND gate 56. Accordingly, stepping motor 24 operates at a speed of 80 revolutions per minute, which causes firing rod 18 to fire balls at a rate of 80 balls per minute.
次に、遊技者が発射数選択操作部ｌＯを操作して毎分１
００個の発射数を選択した場合、第２選択スイッチ５０
ｂからのｒＨＪ信号が第２アンドゲート５４の一方の入
力側に入る。第２アントゲート５４は２分周器５２から
の信号を他方の入力としているので、第２選択スイッチ
５０ｂからのｒＨＪを入力すると、このｒＨＪと分周器
５２からのｒＨＪが入る度に開き、これにより第２発射
数制御信号を出力してＩ！５アントゲート５７の一方の
入力側に送る。第５アンドゲート５７は、タッチスイッ
チ回路４７の出力を他方に入力としている。したがって
、遊技者が発射操作部９に手を触れた状態であれば、第
５アンドゲート５７が開いて分周器５２からの第２発射
数制御信号なモータ駆動回路５９に送り°、該モータ駆
動回路５９が第２発射数制御信号に応じてステッピング
モータ２４にパルス信号を送る。したがって、ステッピ
ングモータ２４が毎分１００回転の速度で作動し、これ
により発射杆１８が毎分１００個の割合で球を発射する
。Next, the player operates the firing number selection operation section lO to fire 1 shot per minute.
If you select the number of shots of 00, press the second selection switch 50.
The rHJ signal from b enters one input of the second AND gate 54. The second ant gate 54 has the signal from the frequency divider 52 as the other input, so when rHJ from the second selection switch 50b is input, it opens every time this rHJ and rHJ from the frequency divider 52 are input. As a result, the second firing number control signal is output and I! 5 to one input side of the ant gate 57. The fifth AND gate 57 receives the output of the touch switch circuit 47 as its other input. Therefore, if the player touches the firing operation section 9, the fifth AND gate 57 opens and the second firing number control signal from the frequency divider 52 is sent to the motor drive circuit 59, which controls the motor. The drive circuit 59 sends a pulse signal to the stepping motor 24 in response to the second firing number control signal. Accordingly, stepping motor 24 operates at a speed of 100 revolutions per minute, which causes firing rod 18 to fire balls at a rate of 100 balls per minute.
また、遊技者が発射数選択操作部１０を操作して毎分１
２０個の発射数を選択した場合、第３選択スイッチ５０
ｃからのｒＨＪ信号が第３アントゲート５５ｐ一方の入
力側に入る。第３アンドゲート５５は１分周器５２から
の信号を他方の入力としているので、第３選択スイッチ
５０ｃからのｒＨＪを入力すると、このｒＨＪと分周器
５２からのｒＨＪが入る度に開き、これにより第３発射
数制御信号を出力して第６アントゲート５８の一方の入
力側に送る。第６アントゲート５８は、タッチスイッチ
回路４７の出力を他方に入力としている。したがって、
遊技者が発射操作部９に手を触れて発射装置１４の起動
スイッチ３４をＯＮにしただ状態であれば、第６アント
ゲート５８が開いて分周器５２からの第３発射数制御信
号をモータ駆動回路５９に送り、該モータ駆動回路５９
が第３発射数制御信号に応じてステッピングモータ２４
にパルス信号を送り、ステッピングモータ２４が毎分１
２０回転の速度て作動する。これにより発射杆１８が毎
分１２０個の割合で球を発射する。In addition, the player operates the number of shots selection operation unit 10 to select one shot per minute.
If you select 20 shots, press the third selection switch 50.
The rHJ signal from c enters one input side of the third ant gate 55p. The third AND gate 55 has the signal from the 1 frequency divider 52 as its other input, so when rHJ from the third selection switch 50c is input, it opens every time this rHJ and rHJ from the frequency divider 52 are input. As a result, a third firing number control signal is output and sent to one input side of the sixth ant gate 58. The sixth ant gate 58 receives the output of the touch switch circuit 47 as its other input. therefore,
If the player touches the firing operation section 9 and turns on the start switch 34 of the firing device 14, the sixth ant gate 58 opens and receives the third firing number control signal from the frequency divider 52. The motor drive circuit 59 is sent to the motor drive circuit 59.
is activated by the stepping motor 24 in response to the third firing number control signal.
The stepping motor 24 sends a pulse signal to
It operates at a speed of 20 revolutions. This causes the firing rod 18 to fire balls at a rate of 120 balls per minute.
上記したように発射制御装置４９は２発射数選択スイッ
チ５０ａ、５０ｂ、５０ｃからの信号によりステッピン
グモータ２４の回転速度を変化せしめ１発射装置１４が
遊技者の選択した発射数に°応じた時間間隔で球を発射
するように制御する。As described above, the firing control device 49 changes the rotational speed of the stepping motor 24 according to the signals from the second firing number selection switches 50a, 50b, and 50c, and the first firing device 14 changes the rotational speed of the stepping motor 24 at time intervals according to the number of shots selected by the player. to control the ball to be fired.
そして、前記第１発射数制御信号、第２発射数制御信号
、及び第３発射数制御信号は遊技制御装置６０にも送ら
れ、球の発射数と入賞装置との連係で制御を行う。The first shot number control signal, the second shot number control signal, and the third shot number control signal are also sent to the game control device 60, and control is performed in conjunction with the number of balls shot and the winning device.
上記した発射制御装置４９は、遊技者が発射数選択操作
部１０を操作すると直ちに発射装置１４の作動速度が変
換して発射数が変るが、直ちに発射数を変えると不都合
を生じることもある。The above-described firing control device 49 changes the operating speed of the firing device 14 and changes the number of shots as soon as the player operates the number of shots selection operation section 10, but changing the number of shots immediately may cause problems.
この様な場合には、選択スイッチ受付判定手段６１によ
り各選択スイッチ５０ａ、５０ｂ。In such a case, the selection switch acceptance determination means 61 selects each selection switch 50a, 50b.
５０ｃからの信号を規制し１発射数を変更する時点を調
整する。It regulates the signal from 50c and adjusts the time point at which the number of shots per shot is changed.
第８図に示す発射制御装置４９の実施例では、第１選択
スイッチ５０ａ、第２選択スイッチ５０ｂ、及び第３選
択スイッチ５０ｃ第３選択スイッチ５０ｃを遊技制御装
置６０に設けである選択スイッチ受付判定手段６１に連
係させ、該選択スイウチ受丼判定手段６１により遊技の
進行状況、入賞装置の入賞確率を把握して発射数を変更
してもよいかを判定し、その結果を発射数変更判定信号
として発射制御装置４９に送るように構成しである。こ
のため１発射制御装置４９の第１アンドゲート５３．第
２アンドゲート５４．第３アントゲート５５の一方の入
力側に選択スイッチ受付判定手段６１の出力側を接続し
である。In the embodiment of the firing control device 49 shown in FIG. 8, the game control device 60 is provided with a first selection switch 50a, a second selection switch 50b, a third selection switch 50c, and a third selection switch 50c. The selected suiuchi receiving bowl determining means 61 determines whether the number of shots can be changed by grasping the progress of the game and the winning probability of the winning device, and sends the result as a number of shots change determination signal. The configuration is such that it is sent to the launch control device 49 as a. Therefore, the first AND gate 53 of the first launch control device 49. 2nd AND gate 54. The output side of the selection switch acceptance determination means 61 is connected to one input side of the third ant gate 55.
遊技者が発射数選択操作部１０を操作して第１発射数選
択スイッチ５０ａから「Ｈ」が選択スイッチ受付判定手
段６１に送られると、該選択スイッチ受付判定手段６１
が発射数変更の良否を判定する。そして、発射数を変更
してもよいと判断した場合には第１アントゲート５３の
一方の入力側にｒＨＪを送る。したがって、前記した基
本的な発射制御装置４９と同様に、第１アントゲート５
３の出力側から第１発射数制御信号が出力され、タッチ
スイッチ回路４７からの入力側がｒＨＪであれば、第４
アントゲート５６が開いて分周器５２からの第１発射数
制御信号なモータ駆動回路５９に送る。このモータ駆動
回路５９は、第４アントゲート５６からの信号に応じて
ステッピングモータ２４にパルス信号を送る。したがっ
て、ステッピングモータ２４が毎分８０回転の速度で作
動し、これにより発射杆１８が毎分８０個の割合で球を
発射する。When the player operates the firing number selection operation section 10 and "H" is sent from the first firing number selection switch 50a to the selection switch acceptance determination means 61, the selection switch acceptance determination means 61
determines whether the number of shots is changed or not. If it is determined that the number of shots can be changed, rHJ is sent to one input side of the first ant gate 53. Therefore, similar to the basic launch control device 49 described above, the first ant gate 5
If the first firing number control signal is output from the output side of 3 and the input side from the touch switch circuit 47 is rHJ, then the 4th
Ant gate 56 opens and sends the first firing rate control signal from frequency divider 52 to motor drive circuit 59 . This motor drive circuit 59 sends a pulse signal to the stepping motor 24 in response to a signal from the fourth ant gate 56 . Accordingly, stepping motor 24 operates at a speed of 80 revolutions per minute, which causes firing rod 18 to fire balls at a rate of 80 balls per minute.
一方、選択スイッチ受付判定手段６１が発射数変更の良
否を判定して否と判定した場合には、それまで第１アン
トゲート５３以外のアントゲートにｒＨＪを送出してい
ればその状態を維持し、第１アンドゲート５３の一方の
入力側にｒＬＪを送り続ける。したがって、第１アンド
ゲート５３が開かず、発射袋Ｍ１４はそれまでの時間間
隔で作動し１発射数の変更は行わない。On the other hand, if the selection switch reception determining means 61 determines whether or not the change in the number of shots is successful, if rHJ has been sent to ant gates other than the first ant gate 53, that state is maintained. , continues sending rLJ to one input side of the first AND gate 53. Therefore, the first AND gate 53 does not open, the firing bag M14 operates at the previous time interval, and the number of shots per shot is not changed.
また、ｉｉ技者が発射数選択操作部ｌＯを操作して第２
ＪＡ射数選択スイッチ５０ｂからｒＨＪが選択スイッチ
受付判定手段６１に送られると、該選択スイッチ受付判
定手段６１が発射数変更の良否を判定する。そして、発
射ａ−を変更してもよいと判断した場合には第２アンド
ゲート５４の一方の入力側に「す」を送る。したがって
、第２アンドゲート５４の出力側から第２発射数制御信
号が出力され、タッチスイッチ回路４７からの入力側が
ｒＨＪであれば、第５アンドゲート５７が開いて分周器
５２からの第２発射数制御信号をモータ駆動回路５９に
送る。このため、ステッピングモータ２４が毎分１００
回転の速度で作動し、これにより発射杆１８が毎分１０
０個の割合で球を発射する。In addition, the ii technician operates the firing number selection operation section lO to select the second
When rHJ is sent from the JA firing number selection switch 50b to the selection switch acceptance determining means 61, the selection switch acceptance determining means 61 determines whether or not the firing number change is acceptable. If it is determined that the firing a- may be changed, "su" is sent to one input side of the second AND gate 54. Therefore, if the second firing number control signal is output from the output side of the second AND gate 54 and the input side from the touch switch circuit 47 is rHJ, the fifth AND gate 57 is opened and the second firing number control signal from the frequency divider 52 is output. A firing number control signal is sent to the motor drive circuit 59. For this reason, the stepping motor 24 operates at a rate of 100
The firing rod 18 operates at a speed of 10 rotations per minute.
Fire balls at a rate of 0.
一方、選択スイッチ受付判定手段６１が発射数変更の良
否を判定して否と判定した場合には、それまでｗＩＪ２
アントゲート５４以外のアントゲートにｒＨＪを送出し
ていればその状態を維持し、第２アントゲート５４の一
方の入力側にｒＬＪを送り続ける。したがって、第２ア
ンドゲート５４が開かず、発射装置１４はそれまでの時
間間隔で作動し、発射数の変更は行わない１例えば、選
択スイッチ受付判定手段６１が第１アンドゲート５３に
ｒＨＪを送り発射装置１１４が毎分８８個の球を発射し
ていれば、その毎分８０個の割合で作動し続ける。On the other hand, if the selection switch reception determining means 61 determines whether or not the number of shots is changed and it is determined to be negative, then wIJ2
If rHJ is being sent to an ant gate other than the ant gate 54, that state is maintained and rLJ is continued to be sent to one input side of the second ant gate 54. Therefore, the second AND gate 54 does not open, the firing device 14 operates at the previous time interval, and the number of shots is not changed. If the firing device 114 is firing 88 balls per minute, it will continue to operate at that rate of 80 balls per minute.
また、遊技者が発射数選択操作部１０を操作して第３発
射数選択スイッチ５０ｃからｒＨＪが選択スイッチ受付
判定手段６１に送られると、該選択スイッチ受付判定手
段６１が発射数変更の良否を判定する。そして、発射数
を変更してもよいと判断した場合には第３アントゲート
５５の一方の入力側にｒＨＪを送る。したがって、第３
アントゲート５５の出力側から第３発射数制御信号が出
力され、タッチスイッチ回路４７からの入力側がｒＨＪ
であれば、第６アントゲート５８が開いて分周器５２か
らの第３発射数制御Ｉ＠号をモータ駆゛動回路５９に送
る。このため、ステッピングモータ２４が毎分１２０回
転の速度で作動し、これにより発射杆１８が毎分１２０
個の割合で球を発射する。Further, when the player operates the number of shots selection operation unit 10 and rHJ is sent from the third number of shots selection switch 50c to the selection switch acceptance determination means 61, the selection switch acceptance determination means 61 determines whether or not the number of shots has been changed. judge. If it is determined that the number of shots can be changed, rHJ is sent to one input side of the third ant gate 55. Therefore, the third
The third firing number control signal is output from the output side of the ant gate 55, and the input side from the touch switch circuit 47 is rHJ.
If so, the sixth ant gate 58 opens and sends the third firing number control signal I@ from the frequency divider 52 to the motor drive circuit 59. Therefore, the stepping motor 24 operates at a speed of 120 revolutions per minute, which causes the firing rod 18 to rotate at a speed of 120 revolutions per minute.
Fires balls at a rate of .
一方、選択スイッチ受付判定手段６１が発射数変更の良
否を判定して否と判定した場合には、それまで第３アン
トゲート５５以外のアントゲートにｒＨＪを送出してい
ればその状態を維持し、第３アントゲート５５の一方の
入力側にｒＬＪを送り続ける。したがって、第３アント
ゲート５５か開かず、発射装置１４はそれまでの時間間
隔で作動し、発射数の変更は行わない。例えば、選択ス
イッチ受付判定手段６１か第１アンドゲート５３にｒＨ
Ｊを送り発射装置１４か毎分８０個の球を発射していれ
ば、その毎分８０個の割合で作動し続ける。On the other hand, if the selection switch acceptance determining means 61 determines whether or not the change in the number of firings is acceptable, if rHJ has been sent to ant gates other than the third ant gate 55, that state will be maintained. , continues sending rLJ to one input side of the third ant gate 55. Therefore, the third ant gate 55 does not open, the firing device 14 operates at the previous time interval, and the number of shots is not changed. For example, the selection switch acceptance determination means 61 or the first AND gate 53
If the firing device 14 is firing 80 balls per minute, it will continue to operate at the rate of 80 balls per minute.
上記の様にして発射数選択スイッチ５０ａ。The firing number selection switch 50a is operated as described above.
５０ｂ、５０ｃにより選択された時間間隔で発射された
打球は、発射レールからガイドレールを介して遊技！Ｍ
３表面の遊技部４内に入る。なお、打球の飛距離は遊技
者か操作する回動操作部３１の回動量に対応して調部す
ることができる。即ち、回動操作部３１の回動角度が小
さいと、第３プーリ３８の回動角度が小さいので、該第
３プーリ３８に接続した発射装置１４の歯車２２の回動
量も少なく、このため扇形歯車２０が回動することによ
り付勢部材１・９に加える力も小さい、したかって、ス
テッピングモータ２４のカム２６が腕部２３を押圧して
回動板１７を回動した後、カム２６が腕部２３から外れ
たときに回動板１７が付勢部材１９の付勢により戻り回
動する力、即ち発射杆１８か発射位置４８に向って回動
する力か弱く、このため打球の飛距離か短くなる。これ
に対し発射操作部９の回動操作部３１の回動量を増大す
ると、扇形歯車２０の回動量が増加して付勢部材１９に
加えられる力が増えるので１発射杆１８を回動する力が
回動操作部３１の回動量に応して増える。このため、打
球の飛距離が回動操作部３１の回動量に応じて伸びる。The balls fired at the time intervals selected by 50b and 50c travel from the firing rail to the guide rail and play the game! M
3. Enter the game section 4 on the surface. Note that the flight distance of the ball can be adjusted in accordance with the amount of rotation of the rotation operation section 31 operated by the player. That is, when the rotation angle of the rotation operation part 31 is small, the rotation angle of the third pulley 38 is small, and the amount of rotation of the gear 22 of the firing device 14 connected to the third pulley 38 is also small. As the gear 20 rotates, the force applied to the biasing members 1 and 9 is small. Therefore, after the cam 26 of the stepping motor 24 presses the arm 23 and rotates the rotating plate 17, the cam 26 presses the arm 23 and rotates the rotating plate 17. When the rotating plate 17 is released from the part 23, the force that causes the rotating plate 17 to return and rotate due to the biasing force of the biasing member 19, that is, the force that causes the rotating plate 17 to rotate toward the firing rod 18 or the firing position 48, is weak. Becomes shorter. On the other hand, when the amount of rotation of the rotation operation section 31 of the firing operation section 9 is increased, the amount of rotation of the sector gear 20 increases and the force applied to the biasing member 19 increases, so the force for rotating the single firing rod 18 increases. increases in accordance with the amount of rotation of the rotation operation section 31. Therefore, the flight distance of the hit ball increases according to the amount of rotation of the rotation operation section 31.
なお、遊技者が発射数選択スイッチ５０ａ。Note that the player can use the firing number selection switch 50a.
５０ｂ、５０ｃを操作することにより発射数を選択する
と、選択された発射数に対応する発射数表示器１３ａ、
１３ｂ、１３ｃが点灯し、遊技者に発射数を可視表示す
る０発射数表示器１３ａ。When the number of shots is selected by operating 50b and 50c, the number of shots display 13a corresponding to the selected number of shots,
13b and 13c are lit to visually display the number of shots to the player 0 shot number display 13a.
１３ｂ、１３ｃは、図面の実施例ではパネル１１に設け
たか、これに限定されず、遊技中に見易いように遊技盤
３に設けるようにしてもよい。13b and 13c are provided on the panel 11 in the embodiment shown in the drawings, but are not limited thereto, and may be provided on the game board 3 for easy viewing during play.
また、これら発射数表示器１３ａ、１３ｂ。Also, these firing number indicators 13a, 13b.
１３ｃは、？ンプやＬＥＤなどどのような構成でもよく
、またこれらを作動するための電気的構成は、遊技制御
装置６０に設けてもよいし、遊技制御装置６０と発射制
御装置４９との間に設けてもよい。13c? Any configuration such as a lamp or LED may be used, and the electrical configuration for operating these may be provided in the game control device 60 or between the game control device 60 and the firing control device 49. good.
次に、変動入賞装置５について説明する。Next, the variable prize winning device 5 will be explained.
図面に示す変動入賞装置５は、遊技盤３の表面に取付け
る基板６２のほぼ中央に開口部６３を開設し、該開口部
６３の上方の基板６２表面に横長な箱状の鎧部６４を突
設するとともに、該鎧部６４の上面に天人賞口６５を形
成し、開口部６３の左右には、直立状に起立することに
より球の流入を阻止して遊技者にとって不利な第１状態
と、上端を外側に倒して球を受は入れて遊技者にとって
有利となる第２状態とに変換可能な一対の可動片６６．
６６を支軸６７．６７により回動可能に支承するととも
に、各可動片６６の下方に阻止部材として機能する阻止
壁６８を設け、開口部６３の下縁には両阻止壁６８．６
８の下端部分を連結するようにして前面装飾板６９を設
ける。そして、基板６２の裏側にケース７０を設けるこ
とにより凹室７１を形成し、該凹室７１の底面７２の下
側に前後方向に長尺な板状の第１区画部材７３と第２区
画部材７４を球径よりも僅かに離隔した状態で配すると
ともに、この第１区画部材７３と第２区画部材７４の長
さの途中を夫々軸７５により凹室７１の底面７２の下面
に揺動可能に軸若し、両阻止壁６８．６８の下端部分の
間に上記第１区画部材７３と第２区画部材７４の各先端
部分を臨ませることにより一方の阻止壁６８の下端部分
と第１区画部材７３の先端部分との間に第１一般入賞口
７６を、第１区画部材７３の先端部分と第２区画部材７
４の先端部分との間に特別入賞ロア７を、第２区画部材
７４の先端部分と他方の阻止壁６８の下端部分との間に
第２一般入賞口７８を形成し、特別入賞ロア７に入った
球か流下する流路に特別入賞検出器７９を、第１一般入
賞口７６と第２一般入賞ロ７日に入った球と特別入賞ロ
ア７に入って特別入賞検出器７９に作用した球か流下す
る流路に計数検出器８０を設ける。The variable prize winning device 5 shown in the drawings has an opening 63 formed approximately in the center of a board 62 attached to the surface of the game board 3, and a horizontally elongated box-shaped armor portion 64 protruding from the surface of the board 62 above the opening 63. At the same time, a Tenjin prize opening 65 is formed on the upper surface of the armor portion 64, and on the left and right sides of the opening 63 there are provided a first state that stands upright to prevent the inflow of balls and is disadvantageous to the player. A pair of movable pieces 66. which can be converted into a second state, which is advantageous to the player, by tilting the upper end outward to receive the ball.
66 is rotatably supported by a support shaft 67.67, and a blocking wall 68 functioning as a blocking member is provided below each movable piece 66, and both blocking walls 68.6 are provided at the lower edge of the opening 63.
A front decorative plate 69 is provided so as to connect the lower end portions of 8. A case 70 is provided on the back side of the substrate 62 to form a recessed chamber 71, and a first partitioning member 73 and a second partitioning member each having a plate shape elongated in the front-rear direction are provided below the bottom surface 72 of the recessed chamber 71. 74 are arranged in a state slightly apart from each other than the spherical diameter, and the middle of the length of the first partition member 73 and the second partition member 74 can be pivoted to the lower surface of the bottom surface 72 of the recessed chamber 71 by shafts 75, respectively. By making the tip portions of the first partition member 73 and the second partition member 74 face between the lower end portions of both the blocking walls 68 and 68, the lower end portion of one of the blocking walls 68 and the first partition A first general prize opening 76 is provided between the tip part of the member 73 and a first general prize opening 76 is provided between the tip part of the first partition member 73 and the second partition member 7.
4, and a second general winning opening 78 is formed between the tip of the second partition member 74 and the lower end of the other blocking wall 68, and the special winning lower 7 The special prize detector 79 is set in the flowing channel of the ball that entered, and the ball that entered the first general prize opening 76 and the second general prize winning hole on the 7th and the special prize lower 7 that entered the special prize winning hole 7 acted on the special prize detector 79. A counting detector 80 is provided in the flow path through which the sphere flows down.
なお、第１区画部材７３の先端及び第２区画部材７４の
先端には夫々小装飾板８１．８１を取付け、この小装飾
板８１．８１を前面装飾板６９の切欠部内に臨ませであ
る。したがって、第１区画部材７３と第２区画部材７４
が揺動すると、先端の小装飾板８１．８１が切欠部内を
互いに異なる左右方向に移動して近づいたり離隔したり
する。Note that small decorative plates 81.81 are attached to the tips of the first partitioning member 73 and the second partitioning member 74, respectively, and these small decorative plates 81.81 are exposed in the notch of the front decorative plate 69. Therefore, the first partition member 73 and the second partition member 74
When oscillates, the small decorative plates 81, 81 at the tips move in different left and right directions within the notch, moving toward or away from each other.
また、基板６２の裏側には前記したように底面７２が開
口部６３に向って僅かに下り傾斜した凹室７１を形成し
、該凹室７１内の正面壁部に支持軸８２．８２により人
形８３を上下動可能に設けるとともに、該人形８３の前
方には凹室７１の奥に向って僅かに下り傾斜した棚状の
球宴内板８４を設ける。そして、凹室７１の裏側には、
前記した可動片６６を駆動する可動片駆動機構と、第１
区画部材７３と第２区画部材７４を駆動する区画部材駆
動機構と、大形８３を駆動する人形駆動機構などを設け
る。Further, as described above, a recessed chamber 71 is formed on the back side of the substrate 62, and the bottom surface 72 is slightly inclined downward toward the opening 63. 83 is provided to be movable up and down, and in front of the doll 83 is provided a shelf-like inner ball plate 84 that is slightly inclined downward toward the back of the recessed chamber 71. And, on the back side of the concave chamber 71,
a movable piece drive mechanism that drives the movable piece 66 described above;
A partition member drive mechanism that drives the partition member 73 and the second partition member 74, a doll drive mechanism that drives the large size 83, and the like are provided.
可動片駆動機構は、第１１図に示すように、凹室７１の
裏側に設けた駆動源泡付板８５に電気的駆動源として２
つの第１ソレノイド８６．８６を取付け、各第１ソレノ
イド８６のプランジャに連結杆８７を固定するとともに
該連結杆８７にスプリング８８の一端を接続して付勢し
、一端に可動片６６を取付けた支軸６７の他端にクラン
ク状の回動杆８９を固定し、該回動杆８９のピン９０を
上記した連結杆８７の孔９１内に遊嵌してなる。As shown in FIG. 11, the movable piece drive mechanism includes two electric drive sources on a drive source foam plate 85 provided on the back side of the recessed chamber 71.
A connecting rod 87 was fixed to the plunger of each first solenoid 86, and one end of a spring 88 was connected to the connecting rod 87 to bias it, and a movable piece 66 was attached to one end. A crank-shaped rotating rod 89 is fixed to the other end of the support shaft 67, and a pin 90 of the rotating rod 89 is loosely fitted into the hole 91 of the connecting rod 87 described above.
したがって、各第１ソレノイド８６が消磁した状態にお
いては、スプリング８８の付勢により各可動片６６か直
立して凹室７１内に球が入ることを阻止する、即ち、遊
技部３内を流下する球を凹室７１内に導入しない第１状
態となる。この様に、各可動片６６は、第１状態におい
ては、鎧部６４の左右から下方に突出した部分、及び阻
１Ｅ壁６８と連なって阻止部材としても機構する。Therefore, when each first solenoid 86 is demagnetized, each movable piece 66 stands upright due to the bias of the spring 88 and prevents the ball from entering the recessed chamber 71, that is, from flowing down inside the game section 3. A first state is reached in which the ball is not introduced into the concave chamber 71. In this way, in the first state, each movable piece 66 is connected to the portions projecting downward from the left and right sides of the armor portion 64 and the barrier 1E wall 68, and also functions as a blocking member.
方、各第１ソレノイド８６が励磁すると、スプリング８
８の付勢に抗してプランジャが−Ｌ昇して回動杆８９．
支軸６７及び可動片６６をほぼ９０度回動する。この様
にして各可動片６６が上端を外側に倒す方向に回動する
と、遊技部３内を流下してきた球を可動片６６上に受は
止めて球宴内板８４に案内する状態、即ち球を受は入れ
易い第２状態に変換する。第２状態において各可動片６
６により受は止められた球は、球宴内板８４上を凹室７
１の奥に向って転動した後５球案内板８４の傾斜下端と
凹室７１の正面壁との間の間隙を通って凹室７１の底面
７２上に落下し、底面７２の下り傾斜により開口部６３
に向って転動し、第１．第２一般人賞ｐ７６．７８又は
特別入賞ロア７の何れかに入る。この様に、各可動片６
６は、第２状態においては、球を凹室７１内に導入する
球導入手段として機能する。そして、各第１ソレノイド
８６が消磁すると、スプリング８８の付勢によりプラン
ジャか下降して支軸６７を戻り回動するので、可動片６
６が戻り回動して球を受は入れ易い横倒し状の第２状態
から球を受は入れない直立状の第１状態に復帰する。On the other hand, when each first solenoid 86 is energized, the spring 8
The plunger rises by -L against the bias of 89.
The support shaft 67 and the movable piece 66 are rotated approximately 90 degrees. When each movable piece 66 rotates in the direction in which the upper end is tilted outward in this manner, the ball flowing down inside the gaming section 3 is stopped on the movable piece 66 and guided to the ball game inner board 84, that is, the ball Uke converts it into a second state that is easier to enter. Each movable piece 6 in the second state
The ball that has been stopped by 6 passes through the concave chamber 7 on the inner board 84.
After rolling toward the back of the fifth ball guide plate 84 and the front wall of the concave chamber 71, it falls onto the bottom surface 72 of the concave chamber 71, and due to the downward slope of the bottom surface 72. Opening 63
1. Enter either the 2nd general prize p76.78 or the special prize Roa 7. In this way, each movable piece 6
6 functions as a ball introducing means for introducing the ball into the recessed chamber 71 in the second state. When each first solenoid 86 is demagnetized, the plunger descends due to the bias of the spring 88 and returns to rotate the support shaft 67, so that the movable piece 6
6 returns and rotates, returning from the second horizontal state in which the ball can be easily received to the upright first state in which the ball cannot be received.
第１２．１３図に示す区画部材駆動機構は、第１区画部
材７３と第２区画部材７４を駆動するだけでなく基板６
２の左右に設けた装飾部材３４．３４をも駆動するもの
て、凹室７１の裏側に設けたベース板９２に電気的駆動
源として減速機付モータ９３を取付けるとともに該モー
タ９３の出力軸９４にカム９５を取付け、第１区画部材
７３及び第２区画部材７４の後端に各々突設した駆動ビ
ン９６．９６を上記カム９５の略楕円形の溝９７内に出
力軸９４を中心として約１８０度位相を変えた位置に遊
嵌してなる。また、上記したカム９５の近傍には第１．
第２検出手段として第１フオトセンサ９８と第２フオト
センセ９９をほぼ９０度位相を変えて臨設し、カム９５
の外周面に突設した突片 １００が上記第１フオトセン
サ９８、第２フオトセンサに作用するようにしである。The partitioning member driving mechanism shown in FIG. 12.13 not only drives the first partitioning member 73 and the second partitioning member 74, but also drives the substrate 6.
A motor 93 with a speed reducer is attached as an electric drive source to the base plate 92 provided on the back side of the recessed chamber 71, and the output shaft 94 of the motor 93 also drives the decorative members 34 and 34 provided on the left and right sides of the recessed chamber 71. A cam 95 is attached to the cam 95, and drive bins 96 and 96 protruding from the rear ends of the first partition member 73 and the second partition member 74 are inserted into the substantially oval groove 97 of the cam 95, with the output shaft 94 as the center. They are loosely fitted in positions that are 180 degrees out of phase. Further, in the vicinity of the above-mentioned cam 95, a first cam 95 is provided.
As a second detection means, a first photo sensor 98 and a second photo sensor 99 are provided with a phase difference of approximately 90 degrees, and a cam 95
A protrusion 100 protruding from the outer peripheral surface of the photo sensor 100 acts on the first photo sensor 98 and the second photo sensor.
上記した略楕円形のカム９５は、第１３図点線で示すよ
うに、常には溝９７の短径部分を縦方向に、長径部分を
横方向に向けて停止し、突片ＩＱＯが第１フオトセンサ
に作用する。この第１状態では、第１区画部材７３と第
２区画部材７４の各駆動ピン９６か溝９７の長径部分に
嵌合しているので、第１区画部材７３の先端部分と第２
区画部材７４の岑端部分とか最も近付き、このため特別
入賞ロア７の鴨が最小となるとともに、第１−般入賞ロ
アロと第２一般入賞ロ７日の幅が最大となる。なお、特
別入賞ロア７は、幅が最小であっても球径よりも僅かに
幅広であり、球を充分に入賞し得る。そして、遊技制御
装！ｉ６０からの信号によりモータ９３が作動して、カ
ム９５が第１３図時計方向にほぼ９０度回動すると、第
１区画部材７３の駆動ビン９６と第２区画部材７４の駆
動ビン９６が嵌合する溝９７が移動し５両駆動ビン９６
．９６が溝９７の短径部分に相対的に移行しながら嵌合
し、突片１００が第２フオトセンサ９９に作用して遊技
制御装置６０に信号を送ると、この信号にもとづいて遊
技制御装置１６０がモータ９３の作動を停止してカム９
５の回動を停止する。したがって、両駆動ビン９８．９
６の間隔が縮小され、これにより第１区画部材７３と第
２区画部材７４が軸７５．７５を中心にして夫々異なる
方向に回動し、第１区画部材７３の先端部分と第２区画
部材７４の先端部分との間隔が次第に拡大され、カム９
５がほぼ９０度回動じたときに上記間隔、即ち特別入賞
ロア７の幅が最大になり、これに伴なって第１一般入賞
口７６と第２−般入賞口７８の幅が縮小されて最小とな
る。この様にしてカム９５がほぼ９０度回動すると、特
別入賞ロア７の幅が最大となるとともに第１一般入賞口
７６と第２一般入賞口７８の暢が最小となる第２状態に
変換する。したがって、第２入賞口への球の入賞確率が
高ぐなり、第１入賞口や第３入賞口への球の入賞確率が
低くなる。As shown by the dotted line in FIG. 13, the above-mentioned substantially elliptical cam 95 is always stopped with the short diameter portion of the groove 97 facing the vertical direction and the long diameter portion facing the horizontal direction, and the protrusion IQO is connected to the first photo sensor. It acts on In this first state, each drive pin 96 of the first partition member 73 and the second partition member 74 is fitted into the long diameter portion of the groove 97, so that the tip portion of the first partition member 73 and the second
The lower end of the partitioning member 74 is the closest, and therefore, the number of special winning lowers 7 becomes the smallest, and the width between the first general winning lower 7 and the second general winning lower 7 becomes the largest. In addition, even if the width of the special winning lower 7 is the minimum, it is slightly wider than the diameter of the ball, and can sufficiently win the ball. And the game controller! When the motor 93 is actuated by the signal from i60 and the cam 95 is rotated approximately 90 degrees clockwise in FIG. The groove 97 moves and the five-wheel drive bin 96
．． When the protruding piece 100 acts on the second photo sensor 99 and sends a signal to the game control device 60, the game control device 160 is activated based on this signal. stops the operation of the motor 93 and the cam 9
Stop rotation of 5. Therefore, both drive bins 98.9
6 is reduced, and as a result, the first partition member 73 and the second partition member 74 rotate in different directions about the shafts 75 and 75, and the distal end portion of the first partition member 73 and the second partition member The distance between the tip of the cam 74 and the tip of the cam 9 is gradually expanded.
5 is rotated approximately 90 degrees, the above-mentioned interval, that is, the width of the special prize winning lower 7 becomes maximum, and accordingly, the widths of the first general prize opening 76 and the second general prize winning opening 78 are reduced. Minimum. When the cam 95 rotates approximately 90 degrees in this manner, the width of the special winning lower 7 becomes the maximum and the width of the first general winning opening 76 and the second general winning opening 78 becomes the minimum. . Therefore, the winning probability of the ball to the second winning hole increases, and the winning probability of the ball to the first winning hole and the third winning hole decreases.
また、遊技制御装置ｉ６０からの信号によりモータ９３
を逆回転することによりカム９５を逆転すると、第１区
画部材７３と第２区画部材７４との間の特別入賞ロア７
の幅が次第に狭くなる。そして、突片１００が第１フオ
トセンサ９８に作用して遊技制御装置６０に信号を送る
と、この信号にもとづいて遊技制御装置６０がモータ９
３の作動を停止し、特別入賞ロア７の幅が最小となる第
１状態に復帰する。In addition, the motor 93 is activated by a signal from the game control device i60.
When the cam 95 is reversed by rotating the cam 95 in the opposite direction, the special winning lower 7 between the first partition member 73 and the second partition member 74
width becomes gradually narrower. Then, when the protruding piece 100 acts on the first photo sensor 98 and sends a signal to the game control device 60, the game control device 60 operates the motor 9 based on this signal.
3 is stopped, and the width of the special prize winning lower 7 is returned to the first state where it becomes the minimum.
上記の様に１区画部材駆動機構のモータ９３の作動によ
りカム９５か回動すると、第１、第２区画部材７３．７
４が移動して特別入賞ロア７の輻を変化させる。As described above, when the cam 95 rotates due to the operation of the motor 93 of the one section member drive mechanism, the first and second section members 73.7
4 moves to change the convergence of the special winning lower 7.
なお、区画部材駆動機構は、特別入賞ロア７を構成する
第１区画部材７３と第２区画部材７４を移動して特別入
賞ロア７の有効幅を変更することができればカム９５の
駆動に限らずどのような構成でもよく、例えばリンク機
構を介してソレノイドで駆動するようにしてもよい。Note that the partitioning member drive mechanism is not limited to driving the cam 95 as long as it is possible to change the effective width of the special winning lower 7 by moving the first partitioning member 73 and the second partitioning member 74 that constitute the special winning lower 7. Any configuration may be used, for example, it may be driven by a solenoid via a link mechanism.
人形駆動機構は、第１２図に示すように、ベース板９２
の裏側に電気的駆動源として第２ソレノイド１０１を設
けるとともに、ベース板９２に貫通させた状態で長さの
途中を軸１０２により揺動杆１０３を揺動可能に軸着し
、該揺動杆１０３の一端を上記第２ソレノイド１０１の
プランジャに臨ませ。The doll drive mechanism includes a base plate 92 as shown in FIG.
A second solenoid 101 is provided as an electric drive source on the back side of the base plate 92, and a swinging rod 103 is swingably attached to a shaft 102 midway along its length while penetrating the base plate 92. Place one end of 103 facing the plunger of the second solenoid 101.
人形８３から後向きに突出した支軸８２の先端な揺動杆
１０３の他端二叉部に係合してなる。したがって、第２
ソレノイド１０１を間歇的に励磁すると、プランジャが
上下に往復運動して揺動杆ＩＱ３を往復揺動し、この揺
動杆１０３の揺動により人形８３が上下動する。この様
に、第２ソレノイド１０１の駆動により人形８３を上下
動可能にすると、遊技において遊技状態か変換されたと
きに人形８３を上下動させることによって遊技者にその
旨を可視表示することができるばかりでなく、袋筒効果
も高めることができる。It is engaged with two prongs at the other end of a swinging rod 103 at the tip of a support shaft 82 that projects backward from the doll 83. Therefore, the second
When the solenoid 101 is energized intermittently, the plunger reciprocates up and down, swinging the swinging rod IQ3 back and forth, and the swinging of the swinging rod 103 causes the doll 83 to move up and down. In this way, by driving the second solenoid 101 to enable the doll 83 to move up and down, when the game state is changed during a game, by moving the doll 83 up and down, it is possible to visually display this to the player. Not only that, but the bag tube effect can also be enhanced.
また、図面の実施例では、凹室７１内に変動表示部材と
しての垂幕１０４を垂らすことによっても遊技者に遊技
状態の変換を知らせることができるようにしである。こ
の垂幕１０４を駆動する機構は、凹室７１の上面に長尺
な下板１０５と該下板１０５よりも短尺な上板１０６と
を有し、上板１０６から外れた下板１０５上にガイド溝
を形成したガイド部材を前後方向に設け、上記ガイド溝
内にスライド板１０７を前後方向に移動可能に設けると
ともに、該スライド板１０７の先端に垂幕１０４の一端
を接続し、モータ１０８の出力軸にピニオンギア１０９
を取付け、該ビニオンギア１０９を上記スライド板１０
７の上面のラックギア１１０に噛合する。そして、スラ
イド板１０７の位置を検出するためのフォトセンサ１１
１ 、１１２を上板１０５の後端と下板１０５の後端に
設けるとともに、遮光片１１３゜１１４をスライド板１
０７の途中と後端に設ける。したがって、モータ１０８
を正転・逆転することによりスライド板１０７を前後動
させることにより垂幕１０４を下降させたり、上昇させ
たりすることができる。Further, in the embodiment shown in the drawings, a banner 104 as a variable display member is hung within the recessed chamber 71 to notify the player of the change in the gaming state. The mechanism for driving the banner 104 has a long lower plate 105 on the upper surface of the recessed chamber 71 and an upper plate 106 shorter than the lower plate 105, and guides the lower plate 105 that has come off the upper plate 106. A guide member having a groove formed therein is provided in the front-rear direction, and a slide plate 107 is provided in the guide groove so as to be movable in the front-rear direction.One end of the banner 104 is connected to the tip of the slide plate 107, and the output shaft of the motor 108 pinion gear 109
and attach the binion gear 109 to the slide plate 10.
7 meshes with the rack gear 110 on the top surface of the gear. A photosensor 11 for detecting the position of the slide plate 107
1 and 112 are provided at the rear end of the upper plate 105 and the lower plate 105, and light shielding pieces 113 and 114 are provided on the slide plate 1.
Provided in the middle and rear end of 07. Therefore, motor 108
By rotating the slide plate 107 forward and backward, the banner 104 can be lowered or raised.
次に、上記した構成からなる変動入賞装置５を制御する
遊技制御装Ｗ６０について説明する。Next, the game control device W60 that controls the variable prize winning device 5 having the above-described configuration will be explained.
遊技制御装置６０は、第９図に示すように、マイクロコ
ンピュータ等の電気的制御装置から構成されており、前
記した選択スイッチ受付判定手段６１の他に１発射装置
１４の発射数毎分８０個に応じた通常遊技を実行すると
ともに、該通常遊技において特別遊技の権利が発生した
ときに特別遊技を実行する第１遊技実行手段１１５、発
射数毎分１００個に応じた通常遊技を実行するとともに
、該通常遊技において特別遊技の権利が発生したときに
特別遊技を実行する第２１技実行手段１１６１発射数毎
分１２０個に応じた通常遊技を実行するとともに、該通
常遊技において特別遊技の権利が発生したときに特別遊
技を実行する第３遊技実行手段１１７ 、遊技者が選択
した発射数に応じて上記第１乃至第３遊技実行手段１１
５ 、１１６ 、１１７を選択する遊技設定手段１１Ｂ
、タイマ１１９等を備えており１選択スイッチ受付判定
手段６１が第１乃至第３遊技実行手段１１５ 、１１６
、 １１７や遊技設定手段１１８を常時監視して、遊
技の進行状況に照らして発射数の変更を規制している。As shown in FIG. 9, the game control device 60 is composed of an electrical control device such as a microcomputer, and in addition to the selection switch reception determining means 61 described above, the game control device 60 is configured to control the number of shots fired per minute by the firing device 14 at 80 pieces per minute. A first game execution means 115 executes a normal game according to the number of shots per minute, and also executes a special game when a right to a special game occurs in the normal game; , the 21st technique execution means 1161 executes a special game when the right to a special game occurs in the normal game, executes the normal game according to the number of shots of 120 pieces per minute, and the right to the special game in the normal game is executed. a third game execution means 117 that executes a special game when a special game occurs; and the first to third game execution means 11 according to the number of shots selected by the player.
Game setting means 11B for selecting 5, 116, 117
, a timer 119, etc., and the 1 selection switch acceptance determination means 61 operates the first to third game execution means 115, 116.
, 117 and the game setting means 118 are constantly monitored, and changes in the number of shots are regulated in light of the progress of the game.
次に、上記した構成からなる変動入賞装置５を設けたパ
チンコ機ｌに３ける遊技について説明する。なお、常態
において、変動入賞装置５の両回動片６６．６８は直立
状に停止して球を受は入れない第１状態であり、また特
別遊技の権利発生用及び継続用入賞口（所謂Ｖ穴）とし
て機能する特別入賞ロア７は最も幅か狭い第１状態にあ
るものとする。Next, a game played on a pachinko machine 1 equipped with the variable prize winning device 5 having the above-described configuration will be explained. In addition, in the normal state, both rotating pieces 66 and 68 of the variable winning device 5 are in the first state where they are stopped in an upright position and do not accept balls, and the winning opening for generating and continuing the special game (so-called It is assumed that the special prize winning lower 7, which functions as a V hole), is in the first state where it is at its widest or narrowest.
最初に１発射数を毎分８０個に設定した場合について説
明する。First, a case where the number of shots per minute is set to 80 will be explained.
遊技者が発射数操作部を操作することにより発射数を毎
分８０個に設定すると、第１選択スイッチ５０ａからの
信号により遊技設定手段１１８が第１遊技実行手段１１
５を設定する。毎分８０個の割合で発射装置１４により
発射された球が遊技部３内を流下し、この球が運良く第
１始動ロアに入ると、第１始動検出器１２０がこの球を
検出して遊技制御装置６０に信号を送る。遊技制御装置
６０は、第１始動検出器１２０からの信号を受けると、
変動入賞装ｆｉ５のモータ９３を正転方向に回転させる
。モータ９３が正転方向に回転すると、カム９５が回動
して突片が第１フオトセンサ９８から外れるので、該第
１フすトセンサ９８がオフになり、カム９５が更に回動
して突片が第２フオトセンサ９９に作用すると、該第２
フオトセンサ９９がオンになり遊技制御装置６０に信号
を送る。なお５モータ９３が回転し始めてから第２フオ
トセンサ９９の作用により停止するまでに要する時間を
予め０．７５秒間になるようにモータ９３の速度等を設
定しである。この様にしてカム９５がほぼ９０度回動す
ると、第１区画部材７３と第２区画部材７４が揺動して
特別入賞ロア７を球の入賞確率が低い第１状態から幅が
広くて球の入賞確率が高い第２状態に変換する。なお、
モータ９３が回転し始めてから第２フオトセンサ９９の
作用により停止するまでに要する時間を予め０．７５秒
間になるようにモータ９３の速度等を設定しである。そ
して、カム９５が停止すると、即ち、第２フオトセンサ
９９から信号が送られると、遊技制御装置６０が変動入
賞装置５の各第１ソレノイド８６を所定の短時間（例え
ば、０．８秒間）宛１回だけ励磁し、可動片６６゜６６
が遊技者にとって不利な第１状態から遊技者にとって有
利な第２状態に変換する。この様にして変動入賞装置５
の可動片６６．６６が第１状態から第２状態に変換して
も遊技部４内を流下してきた球が可動片６６．６６上に
流下しなかった場合、或は遊技部４内を流下してきた球
か可動片６６．６６上に流下して、この球が球宴内板８
４上を転動した後に凹室７１の底面７２上を開口部６３
に向って転動し、第１．第２一般入賞口７６．７８？い
ずれかに入ってしまい特別入賞ロア７には入らなかった
場合１可動片６６．６６は第１ソレノイド８６の消磁に
より戻り回動して球を受は入れ易い第２状態から球を受
は入れない第１状態に復帰する。また、変動入賞装置５
のモータ９３が遊技制御装置６０からの信号により所定
時間経過後作動して特別入賞ロア７を幅広な第２状態か
ら幅狭な第１状態に復帰させる。図面に示す実施例では
、第１ソレノイド８６が消磁してから所定時間経過後（
例えば遊技制御装置６０のタイマ１１９に予め設定しで
ある２、８秒間経過後）にモータ９３を逆回転させてカ
ム９５を戻り回動させ、カム９５か十分に回動して特別
入賞ロア７が幅狭な第１状態に復帰するとともに、突片
１００か第１フオトセンサ９８に作用して該第１フオト
センサ９８がオンになると停止するように構成しである
。この様に、可動片６６゜６６が第１状態から第２状態
に変換している間のみならず、可動片６６．６６か第１
状態に復帰した後まで特別入賞ロア７を暫くの間幅広な
第２状憇にしておくのは、可動片６６．６６か受は入れ
た球が凹室７１内を流下して特別入賞ロア７又は一般入
賞口７８．７８に入賞するまでの時間を加算して、遊技
者に不利益とならないようにしたからである。また、特
別入賞ロア７に球が入賞し易い第２状態の途中て発射数
を変更されると不都合を生じることがあるので、第１．
第２区画部材７３．７４の間隔が広い状態では選択スイ
ッチ受付判定手段６１か発射数の変更を阻止するように
しである０図面の実施例では、この発射数を変更し得る
選択スイッチ有効時間を始動口６，７との関係において
は、第１４図タイミングチャートで示すように、第１フ
オトセンサ９８の信号か立ち下がったときから立ち上が
るまでの時間以外の時間として制御している。したがっ
て、球か始動口６．７に入って特別入賞ロア７の幅か広
かった状態においては、発射数選択操作部１ｏを操作し
ても発射装置１４の発射数の変更はできない。When the player sets the number of shots per minute to 80 by operating the number of shots operation section, the game setting means 118 changes to the first game execution means 11 in response to a signal from the first selection switch 50a.
Set 5. Balls fired by the firing device 14 at a rate of 80 balls per minute flow down inside the gaming section 3, and when this ball luckily enters the first starting lower, the first starting detector 120 detects this ball. A signal is sent to the gaming control device 60. When the game control device 60 receives the signal from the first start detector 120,
The motor 93 of the variable prize winning device fi5 is rotated in the normal rotation direction. When the motor 93 rotates in the normal rotation direction, the cam 95 rotates and the protruding piece is removed from the first photo sensor 98, so the first foot sensor 98 is turned off, and the cam 95 rotates further to remove the protruding piece. acts on the second photo sensor 99, the second
The photo sensor 99 is turned on and sends a signal to the game control device 60. Note that the speed of the motor 93 is set in advance so that the time required from when the motor 93 starts rotating until it stops due to the action of the second photo sensor 99 is 0.75 seconds. When the cam 95 rotates approximately 90 degrees in this manner, the first partition member 73 and the second partition member 74 swing to move the special winning lower 7 from the first state where the winning probability of a ball is low to a wide ball. is converted to the second state where the winning probability is high. In addition,
The speed of the motor 93 is set in advance so that the time required from when the motor 93 starts rotating until it stops due to the action of the second photo sensor 99 is 0.75 seconds. Then, when the cam 95 stops, that is, when a signal is sent from the second photo sensor 99, the game control device 60 controls each first solenoid 86 of the variable prize winning device 5 for a predetermined short period of time (for example, 0.8 seconds). Excited only once, movable piece 66°66
is converted from a first state disadvantageous to the player to a second state advantageous to the player. In this way, the variable prize winning device 5
Even if the movable piece 66.66 changes from the first state to the second state, if the ball that has flowed down inside the gaming section 4 does not flow down onto the movable piece 66.66, or when the ball that has flown down inside the gaming section 4 The ball falls onto the movable piece 66.66, and this ball falls onto the inner board 8.
4 and then rolls over the bottom surface 72 of the concave chamber 71 into the opening 63.
1. 2nd general prize opening 76.78? If the ball enters either of the two and does not enter the special prize winning lower 7, the first movable piece 66.66 rotates back due to the demagnetization of the first solenoid 86, and the ball is placed in the receiving position from the second state where it is easy to receive the ball. The state returns to the first state where there is no state. In addition, variable prize winning device 5
The motor 93 is activated after a predetermined time has elapsed by a signal from the game control device 60 to return the special prize winning lower 7 from the wide second state to the narrow first state. In the embodiment shown in the drawings, after a predetermined period of time has passed since the first solenoid 86 is demagnetized (
For example, after the elapse of 2.8 seconds (preset in the timer 119 of the game control device 60), the motor 93 is rotated in the reverse direction to rotate the cam 95 back, and the cam 95 rotates sufficiently and the special winning lower 7 When the protrusion 100 returns to the narrow first state and the protruding piece 100 acts on the first photo sensor 98 and the first photo sensor 98 is turned on, it stops. In this way, not only while the movable piece 66.66 is converting from the first state to the second state, but also when the movable piece 66.
The reason why the special winning lower 7 is kept in the wide second state for a while until it returns to the normal state is because the balls inserted into the movable pieces 66 and 66 flow down inside the concave chamber 71 and the special winning lower 7 Alternatively, the time required to win a prize in the general winning slot 78.78 is added to prevent the player from being disadvantaged. In addition, if the number of shots is changed during the second state in which balls are likely to enter the special winning lower 7, inconveniences may occur.
In the state in which the second partition members 73 and 74 are wide apart, the selection switch reception determining means 61 prevents the number of shots from being changed. In relation to the starting ports 6 and 7, as shown in the timing chart of FIG. 14, the control is performed as a time other than the time from when the signal of the first photo sensor 98 falls to when it rises. Therefore, when the ball enters the starting port 6.7 and the width of the special prize winning lower 7 is wide, the number of shots fired by the firing device 14 cannot be changed even if the number of shots selection operation section 1o is operated.
また、遊技部４内を流下してきた球か運良く第２始動ロ
アに入ると、第２始動検出器１２１かこの球を検出して
遊技制御装置６ｏに信号を送る。Further, if the ball flowing down inside the gaming section 4 luckily enters the second starting lower, the second starting detector 121 detects this ball and sends a signal to the game control device 6o.
遊技制御装置６０は、第２始動検出器１２１からの信号
を受けると、変動入賞装置５のモータ９３を正転方向に
回転させて、前記と同様に、特別入賞ロア７を球の入賞
確率か低い第１状態から幅が広くて球の入賞確率が高い
第２状態に変換する。なお、モータ９３が回転し始めて
から第２フオトセンサ９９の作用により停止するまでに
要する時間を予め０．７５秒間になるようにモータ９３
の速度等を設定しである。そして、カム９５か停止する
と、即ち、第２フオトセンサ９９から信号か送られると
、遊技制御装置６０か変動入賞装置５５の各第１ソレノ
イド８６を所定の短時間（例えば、０．８秒間）宛２回
たけ励磁し、これにより可動片６６．６６が遊技者にと
って不利な第１状態から遊技者にとって有利な第２状態
に２回たけ変換する。この様にして変動入賞装置５の可
動片６６゜６６か第１状態から第２状態に変換しても遊
技部４内を流下してきた球が可動片６６．６６上に流下
しなかった場合、或は遊技部４内を流下してきた球が可
動片６６．６６上に流下して凹室７１内に導入されて一
般入賞ロ７６．７８に入賞してしまい特別入賞ロア７に
は入らなかりた場合、可動片６８．６６は第１ソレノイ
ド８６の消磁により戻り回動して球を受は入れ易い第２
状態から球を受は入れない第１状態に復帰する。また、
変動入賞装ＭＳのモータ９３が遊技制御装置６０からの
信号により所定時間経過後作動して特別入賞ロア７を幅
広な第セ状態から幅狭な第１状態に復帰させる０図面に
示す実施例では、前記と同様に第１ソレノイド８６が消
磁してから所定の２．８秒間経過後にモータ９３を逆回
転させてカム９５を戻り回動させる。そして、カム９５
が十分に回動して特別入賞ロア７が幅狭な第１状Ｉｇに
復帰するとともに、突片１００が第１フオトセンサ９８
に作用して該第１フオトセンサ９８がオンになると停止
する。また、特別入賞ロア７に球か入賞し易い第２状態
の途中で発射数を変更されると不都合を生じることがあ
るので、特別入賞ロア７に球が入り易い状態では選択ス
イッチ受付判定手段６１が発射数の変来を阻止するよう
にしである０図面の実施例では、この発射数を変更し得
る選択スイッチ有効時間を第２始動ロアとの関係におい
ては、第１４図タイミングチャートで示すように、第１
フオトセンサ９８の信号が立ち下がったときから立ち上
がるまでの時間以外の時間として制御している。したが
って、球か第２始動ロアに入って特別入賞ロア７の幅が
広がった状態においては、発射数選択操作部１０を操作
しても発射装置１４の発射数の変更はできない。When the game control device 60 receives the signal from the second start detector 121, it rotates the motor 93 of the variable winning device 5 in the normal rotation direction, and similarly to the above, the special winning lower 7 is adjusted to match the winning probability of the ball. The first state, which is low, is converted into the second state, which is wide and has a high probability of winning a ball. Note that the motor 93 is set so that the time required from when the motor 93 starts rotating until it stops due to the action of the second photo sensor 99 is 0.75 seconds.
Set the speed etc. Then, when the cam 95 stops, that is, when a signal is sent from the second photo sensor 99, each first solenoid 86 of the game control device 60 or variable winning device 55 is activated for a predetermined short period of time (for example, 0.8 seconds). The movable pieces 66, 66 are energized twice, thereby converting the movable pieces 66, 66 twice from the first state, which is disadvantageous to the player, to the second state, which is advantageous to the player. Even if the movable piece 66.66 of the variable winning device 5 is changed from the first state to the second state in this way, if the balls flowing down inside the gaming section 4 do not fall onto the movable piece 66.66, Alternatively, the ball flowing down inside the gaming section 4 flows down onto the movable piece 66.66 and is introduced into the concave chamber 71, winning the general prize winning row 76.78 and not entering the special prize winning lower 7. In this case, the movable pieces 68, 66 are rotated back by demagnetization of the first solenoid 86, and the movable pieces 68, 66 are rotated back to the second position where the ball can be easily received.
The state returns to the first state in which the ball is not received. Also,
In the embodiment shown in the drawings, the motor 93 of the variable winning system MS operates after a predetermined period of time according to a signal from the game control device 60 to return the special winning lower 7 from the wide first state to the narrow first state. Similarly to the above, after a predetermined 2.8 seconds have elapsed after the first solenoid 86 is demagnetized, the motor 93 is reversely rotated to return the cam 95. And cam 95
is sufficiently rotated to return the special prize winning lower 7 to the narrow first shape Ig, and the protrusion 100 moves to the first photo sensor 98.
When the first photo sensor 98 is turned on by the action, the photo sensor 98 stops. In addition, if the number of shots is changed in the middle of the second state where it is easy for balls to enter the special winning lower 7, inconveniences may occur. In the embodiment of the drawing in which the number of shots is prevented from changing, the effective time of the selection switch that can change the number of shots is set as shown in the timing chart of FIG. 14 in relation to the second starting lower. In, the first
This is controlled as a time other than the time from when the signal of the photo sensor 98 falls to when it rises. Therefore, in a state where the ball enters the second starting lower and the width of the special prize winning lower 7 is expanded, the number of shots fired by the firing device 14 cannot be changed even if the number of shots selection operation unit 10 is operated.
一方、変動入賞装Ｒ５の可動片６６．６６が第１状態か
ら第２状態に変換したときに遊技部４内を流下してきた
球か可動片６６．６６上に流下し、この球が法案内板８
４上を転動した後に凹室７１の底面７２上を開口部６３
に向って転動し、運良く特別入賞ロア７に入ると、特別
入賞検出器７９かこの球を検出して遊技制御装置６０に
特別遊技の権利か発生した旨の信号を送る。On the other hand, when the movable piece 66.66 of the variable prize winning device R5 converts from the first state to the second state, the ball that has flowed down inside the gaming section 4 flows down onto the movable piece 66.66, and this ball falls within the bill. Board 8
4 and then rolls over the bottom surface 72 of the concave chamber 71 into the opening 63.
When the ball rolls toward the ball and luckily enters the special winning prize lower 7, the special winning prize detector 79 detects this ball and sends a signal to the game control device 60 that the right to the special game has been generated.
遊技制御装置６０が特別入賞検出器７９からの信号を受
けると、第２ソレノイド１０１を間歇的に励磁して人形
８３を上下動させるとともに、ギャードモータ１０８を
作動して垂幕１０４を凹室７１内に垂らし、これにより
遊技者に特別遊技の開始を可視表示する。なお、人形８
３は特別璽技か行われている間中上下動し続けるが、垂
幕１０４は凹室７１内に垂れ下がった後に直ちに引き上
げられる。When the game control device 60 receives a signal from the special prize detector 79, it intermittently energizes the second solenoid 101 to move the doll 83 up and down, and operates the guard motor 108 to move the banner 104 into the recessed chamber 71. This visually indicates to the player the start of the special game. In addition, doll 8
3 continues to move up and down while the special seal technique is being performed, but the banner 104 is immediately pulled up after hanging down into the recessed chamber 71.
本実施例における発射数毎分８０個での特別遊技は、発
射数か最も少ないので特別入賞ロア７に球か最も入り易
い状態で進行するように設定されており、変動入賞装置
５の可動片６６．８６か所定時間宛所定回数（例えば、
０．８秒間宛１８回）たけ第１状態から第２状態に変
換することを１サイクルとし、このサイクル中に球か特
別入賞ロア７に入ることを条件としてサイクルの更新が
行われ最高８回まてサイクルの更新か回部てあり、５該
サイクルにおいて可動片６６．６６が第１状態から第２
状態に１８回目まで変換しても球が特別入賞ロア７に入
らなかった場合には残りサイクル数に拘らず当該サイク
ルで特別遊技が終了するように設定しである。なお、球
か特別入賞ロア７に入賞した時点では特別入賞ロア７は
球が入り易い幅広な第２状態となっているので５第１７
図のタイミングチャートで示すように、遊技制御＃装置
６０からの信号によりモータ９３を逆転させることによ
り特別入賞ロア７を幅広な第２状態から幅狭な第１状態
に一旦復帰させ、タイマ１１９に設定した所定のウェイ
トタイム（例えば）が経過した後に再度モータ９３を正
転させて特別入賞ロア７を報狭な第１状態から幅広な第
２状態に変換して球か入り易い状態とし、カム９５か十
分に回動して第２フオトセンサ９９かオンになると同時
に第１ソレノイド８６の間歇励磁による可動片６６．６
６の開閉動作を開始する。また、球か特別入賞ロア７に
入った時点でも特別入賞ロア７は球か入り易い幅広な第
２状慝となっているので、上記と同様に、−旦幅狭な第
１状態に復帰させてから改めて第２状態に変換し、次の
サイクルに移行して特別遊技を継続する。In this embodiment, the special game with a firing rate of 80 balls per minute is set to proceed in a state where the balls can most easily enter the special prize winning lower 7 because the number of shots is the smallest, and the movable part of the variable prize winning device 5 is 66.86 or a predetermined number of times for a predetermined time (for example,
(18 times for 0.8 seconds) Converting from the first state to the second state is one cycle, and the cycle is updated on the condition that the ball enters the special winning Roar 7 during this cycle, up to 8 times. There is also a cycle update section, and in the 5th cycle, the movable pieces 66 and 66 change from the first state to the second state.
If the ball does not enter the special prize winning lower 7 even after changing the state up to the 18th time, the special game is set to end in that cycle regardless of the number of remaining cycles. In addition, at the time the ball enters the special winning lower 7, the special winning lower 7 is in the wide second state where it is easy for the ball to enter, so the 5th 17th
As shown in the timing chart in the figure, by reversing the motor 93 in response to a signal from the game control # device 60, the special winning lower 7 is temporarily returned from the wide second state to the narrow first state, and the timer 119 is activated. After the set predetermined wait time (for example) has elapsed, the motor 93 is rotated in the normal direction again to convert the special winning lower 7 from the narrow first state to the wide second state, making it easier for balls to enter the cam. 95 rotates enough to turn on the second photo sensor 99, and at the same time, the movable piece 66.6 is activated by intermittent excitation of the first solenoid 86.
6 starts the opening/closing operation. Also, even when the ball enters the special winning lower 7, the special winning lower 7 is in the wide second state where the ball can easily enter, so in the same way as above, the special winning lower 7 is returned to the narrow first state. After that, it is converted to the second state again, and the special game is continued by moving to the next cycle.
上記の様に発射数毎分８０個における特別遊技では、特
別入賞ロア７に球が入り易い第２状態で行われるので、
この特別遊技が進行している間に遊技者か発射数選択操
作部１０を操作しても、選択スイッチ有９ｈ時間から外
れているものとして選択スイッチ受付判定手段６１か判
定し、発射歌の変更は許容しない、したがって、発射装
置１４は、それまでと同しく毎分８０個の割合て作動す
ることを継続する。As mentioned above, in the special game where the number of shots is 80 per minute, the ball is played in the second state where it is easy for the ball to enter the special winning lower 7, so
Even if the player operates the firing number selection operation unit 10 while this special game is in progress, the selection switch acceptance determination means 61 determines that the selection switch is out of the 9-hour time period, and changes the firing song. does not permit, so the firing device 14 continues to operate at the same rate of 80 per minute.
また、特別遊技においては、あるサイクルにおいて第１
．第２一般人πロア８．７８に所定数（例えば、１０個
）の珠が入賞しても未だ特別入賞ロア７に球か入らなか
った場合に１よ、即ち計数検出器８０からの信号を計数
してその数値か所定値に達すると、残りサイクル数に拘
らずその時点で特別遊技か終了するように設定しである
。したかって、入賞球数が所定数に達するか、可動片６
６．６６か所定回数開閉動作を行うか何れか一方の終了
条件か満たされ、それまてに特別入賞ロア７に球か入ら
なかった場合、あるいは所定の継続回数（８サイクル）
を実行して最終サイクルでの終了条件か満たされた場合
には特別遊技か終了する。この場合、タイマ１１９に予
め設定しである継続検知有効時間か経過すると、遊技制
御装置６０からの信号により変動入賞装置５のモータ９
Ｊが逆転してカム９５を戻り回動させ、特別入賞１７７
を幅広な第２状態から帽狭な第１状態に復帰する。この
様にして、特別遊技を全て終了すると２１１択スイッチ
有効時間となり、遊技者が発射数選択操作部ｌＯを操作
することにより発射数を毎分１００個に設定しても１選
択スイッチ受付判定手段６１がこれを許容する。したが
って、発射装置１４は毎分１００個の割合て球を発射す
る。In addition, in special games, the first
．． If a predetermined number (for example, 10) of beads enter the second public π Roa 8.78, but no ball enters the special winning Roa 7, the signal from the counting detector 80 is counted. When the numerical value reaches a predetermined value, the special game is set to end at that point regardless of the number of remaining cycles. Therefore, whether the number of winning balls reaches a predetermined number or the movable piece 6
6. If either the opening/closing operation is performed a predetermined number of times or one of the termination conditions is met, and no ball enters the special prize winning lower 7 by then, or the predetermined number of continuations (8 cycles)
is executed, and if the termination conditions in the final cycle are met, the special game ends. In this case, when the continuous detection valid time preset in the timer 119 has elapsed, the motor 9 of the variable prize winning device 5 is activated by a signal from the game control device 60.
J reverses and rotates the cam 95 back, winning a special prize of 177
Returns from the wide second state to the narrow first state. In this way, when all the special games are finished, the 211 selection switch valid time is reached, and even if the player sets the number of shots to 100 per minute by operating the number of shots selection operation section 1O, the 1 selection switch acceptance determination means 61 allows this. Therefore, the firing device 14 fires balls at a rate of 100 balls per minute.
次に、発射数を毎分１００個に設定した場合について説
明する。Next, a case will be described in which the number of shots is set to 100 shots per minute.
遊技者が発射数操作部を操作することにより発射数を毎
分１００個に設定すると、第２選択スイッチ５０ｂから
の信号により遊技設定手段！＋８が第２遊技実行手段１
１６を設定する。毎分１００個の割合で発射装Ｗ１４に
より発射された球が遊技部４内を流下し、この球が運良
く第１始動口６に入ると、第１始動検出器１２０かこの
球を検出して遊技制御装置６０に信号を送り１球が第２
始動ロアに入ると、第２始動検出器１２１が遊技制御装
置６０に信号を送る。遊技制御装置６０は、第１始動検
出器１２０からの信号を受けると、毎分８０個の場合と
同様に、モータ９３を正転方向に回転させて特別入賞ロ
ア７を幅狭な第１状態から幅広な第２状悪に変換し、第
１始動検出器１２０からの信号を受けた場合には第１ソ
レノイド８６を０．５秒間の１回だけ励磁して可動片６
６．６６を１回だけ第１状態から第２状悪に変換し、第
２始動検出器１２１からの信号を受けた場合には第１ソ
レノイド８６を０．８秒間宛２回励磁し、可動片６６゜
６６を２回開く。When the player sets the number of shots per minute to 100 by operating the number of shots operation section, a signal from the second selection switch 50b causes the game setting means! +8 is the second game execution means 1
Set 16. Balls fired by the launcher W14 at a rate of 100 balls per minute flow down inside the gaming section 4, and when this ball luckily enters the first starting port 6, the first starting detector 120 detects this ball. and sends a signal to the game control device 60 to indicate that one ball is the second ball.
When entering the starting lower, the second starting detector 121 sends a signal to the gaming control device 60. Upon receiving the signal from the first start detector 120, the game control device 60 rotates the motor 93 in the forward rotation direction and returns the special winning lower 7 to the narrow first state, as in the case of 80 pieces per minute. When the signal from the first start detector 120 is received, the first solenoid 86 is energized only once for 0.5 seconds, and the movable piece 6
6.66 is converted from the first state to the second bad state only once, and when a signal is received from the second start detector 121, the first solenoid 86 is energized twice for 0.8 seconds, and it is activated. Open the piece 66°66 twice.
この様にして変動入賞袋Ｍ５の可動片６６゜６６が第１
状態から第２状態に変換しても遊技部４内を流下してき
た球が可動片６６．６６上に流下しなかった場合、或は
遊技部４内を流下してきた球が可動片６６．６６上に流
下して、この球が法案内板８４上を転動した後に凹室７
１の底面７２上を開５口部６３に向って転動し、第１゜
第２一般入賞口７６．７８のいずれかに入ってしまい特
別入賞ロア７には入らなかった場合、可動片６６．６６
は第１ソレノイド８６の消磁により戻り回動じて球を受
は入れ易い第２状態から球を受は入れない第１状態に復
帰する。また、変動入賞袋！１５のモータ９３が遊技制
御装Ｗ１６０からの信号により所定時間経過後作動して
特別入賞ロア７を幅広な第２状態から幅狭な第１状態に
復帰させる。図面に示す実施例では１第１ソレノイド８
６が消磁してから所定時間経過後（例えば２．８秒間経
過後）にモータ９３を逆回転させてカム９５を戻り回動
させ、カム９５が十分に回動して特別入賞ロア７が暢狭
な第１状態に復帰するとともに、突片１００が第１フオ
トセンサ９８に作用して該第１フオトセンサ９８がオン
になると停止するように構成しである。また、特別入賞
ロア７に球が入賞し易い第２状態の途中で発射数を変更
されると不都合を生じることがあるので、前記と同様に
１選択スイッチ有効時間を、第１フオトセンサ９８の信
号が立ち下がったときから立ち上がるまでの時間以外の
時間として制御する。したがって、球が始動口６，７に
入って特別入賞ロア７の幅が広がった状態においては、
発射数選択操作部１０を操作しても発射装置１４の発射
数の変更はできない。In this way, the movable piece 66°66 of the variable prize bag M5 moves to the first position.
If the ball flowing down inside the gaming section 4 does not fall onto the movable piece 66.66 even after changing from the state to the second state, or the ball flowing down inside the gaming section 4 does not fall onto the movable piece 66.66. After flowing upward and rolling on the bill inner plate 84, the ball enters the concave chamber 7.
If the movable piece 66 rolls on the bottom surface 72 of 1 towards the 5 opening 63 and enters either the 1st or 2nd general winning opening 76 or 78 but does not enter the special winning lower 7, the movable piece 66 .66
is rotated back by demagnetization of the first solenoid 86, returning from the second state in which it is easy to receive a ball to the first state in which it is not possible to receive a ball. Also, a variable prize bag! 15 motor 93 is activated after a predetermined time has elapsed by a signal from the game control device W160 to return the special prize winning lower 7 from the wide second state to the narrow first state. In the embodiment shown in the drawings, 1 first solenoid 8
After a predetermined period of time has elapsed (for example, after 2.8 seconds) after 6 has been demagnetized, the motor 93 is rotated in the opposite direction to return the cam 95, and the cam 95 rotates sufficiently so that the special winning lower 7 is smoothly operated. The projection piece 100 is configured to return to the narrow first state and stop when the protruding piece 100 acts on the first photo sensor 98 and the first photo sensor 98 is turned on. In addition, if the number of shots is changed in the middle of the second state in which balls are likely to enter the special winning lower 7, inconveniences may occur. It is controlled as a time other than the time from when it falls to when it rises. Therefore, when the ball enters the starting ports 6 and 7 and the width of the special winning lower 7 widens,
Even if the number of shots selection operation section 10 is operated, the number of shots fired by the firing device 14 cannot be changed.
一方、変動入賞袋Ｎ５の可動片６６．６６が第１状態か
ら第２状態に変換したときに遊技部４内を流下してきた
球か可動片６８．６６上に流下し、この球が法案内板８
４上を転動した後に凹室７１の底面７２上を開口部６３
に向って転動し、運良く特別入賞ロア７に入ると、特別
入賞検出器７９がこの球を検出して遊技制御装置６０に
特別遊技の権利が発生した旨の信号を送る。On the other hand, when the movable piece 66.66 of the variable winning bag N5 changes from the first state to the second state, the ball that has flowed down inside the gaming section 4 flows down onto the movable piece 68.66, and this ball falls within the bill. Board 8
4 and then rolls over the bottom surface 72 of the concave chamber 71 into the opening 63.
When the ball rolls toward the ball and luckily enters the special winning prize lower 7, the special winning prize detector 79 detects this ball and sends a signal to the game control device 60 that the right to the special game has been generated.
本実施例における発射数毎分１０口個での特別遊技は、
変動入賞装置５の可動片６６．６６か所定時間宛所定回
数（例えば、０．８秒間宛１８回）だけ第１状態から第
２状態に変換することを１サイクルとし、このサイクル
中に球が特別入賞ロア７に入ることを条件としてサイク
ルの更新が行われ。In this example, the special game with a firing rate of 10 pieces per minute is as follows:
Converting the movable piece 66 of the variable prize winning device 5 from the first state to the second state a predetermined number of times (for example, 18 times for 0.8 seconds) for a predetermined period of time is one cycle, and during this cycle, the ball is The cycle will be updated on the condition that you enter Special Prize Loa 7.
最高８回まマサイクルの更新が可能であり、当該サイク
ルにおいて可動片６６．６６か第１状態から第２状態に
１８回目まで変換しても球が特別入賞ロア７に入らなか
った場合には残りサイクル数に拘らず当該サイクルで特
別遊技が終了するように設定しであること、及び変動入
賞装置５への入賞球数が所定数（例えば１０個）に達し
ても特別入賞ロア７に球が入らなかったり、可動片６６
゜６６か所定回数（例えば１８回）だけ開閉動作しても
球が特別入賞ロア７に入らなかった場合には当該サイク
ルの終了を以って特別遊技を終了することは、発射数が
毎分８０個の場合と同様であるが、途中で特別入賞ロア
７への球の入り易さを変更するように設定されている０
図面で示す本実施例では、第１８図タイミングチャート
で示すように、球が特別入賞ロア７に入賞した時点では
特別入賞ロア７は球が入り易い幅広な第２状態となって
いるので、遊技制御装置６０からの信号によりモータ９
３を逆転させることにより特別入賞ロア７を幅広な第２
状態から幅狭な第１状態に一旦復帰させる。そして、変
動入賞装置５への入賞球数が所定数（例えば４個）に達
するか、或いは可動片６６．６６の開閉動作の回数が所
定回数（例えば９回）に達するなど何れか早く成立した
変更条件によりモータ９３を正転させ、特別入賞ロア７
を幅狭な第１状態から幅広な第２状態に変更する。It is possible to update the macycle up to 8 times, and if the ball does not enter the special winning lower 7 even if the movable piece 66.66 changes from the 1st state to the 2nd state up to the 18th time in the relevant cycle, the remaining The special game is set to end in the cycle regardless of the number of cycles, and even if the number of winning balls to the variable winning device 5 reaches a predetermined number (for example, 10), no balls will be placed in the special winning lower 7. It doesn't fit or the movable piece 66
゜If the ball does not enter the special prize winning lower 7 even after opening and closing a predetermined number of times (for example, 18 times), the special game ends at the end of the cycle. It is the same as the case of 80 pieces, but it is set to change the ease with which the ball enters the special prize winning lower 7 on the way.
In this embodiment shown in the drawings, as shown in the timing chart of FIG. 18, when the ball enters the special winning lower 7, the special winning lower 7 is in the wide second state where it is easy for the ball to enter, so the game The motor 9 is controlled by a signal from the control device 60.
By reversing 3, the special winning lower 7 can be made into a wide 2nd
The state is temporarily returned to the narrow first state. Then, the number of winning balls to the variable winning device 5 reaches a predetermined number (for example, 4), or the number of opening and closing operations of the movable piece 66, 66 reaches a predetermined number (for example, 9 times), whichever comes first. The motor 93 is rotated in the normal direction according to the change conditions, and the special winning lower 7
is changed from a narrow first state to a wide second state.
第１８図タイミングチャートでは、入賞球数が所定の４
偏に達すると、モータ９３が正転して特別入賞ロア７の
幅が広くなる状態を実線で示し、可動片６６．６６の開
閉回数が９回に達してモータ９３が制定して特別入賞ロ
ア７の幅が広くなる状態を点線で示す、この様に１発射
数が毎分１００個の場合における特別遊技においては、
ｌサイクルの前半では球が特別入賞ロア７に入り難く、
後半で入り易くなるように設定しである。In the timing chart in Figure 18, the number of winning pitches is 4.
When the deviation is reached, the motor 93 rotates forward and the width of the special winning lower 7 becomes wider, as shown by the solid line, and when the number of opening and closing of the movable pieces 66 and 66 reaches 9 times, the motor 93 establishes the special winning lower In the special game where the number of shots is 100 per minute, the dotted line shows the state where the width of 7 becomes wider.
In the first half of the l cycle, it is difficult for the ball to enter the special winning lower 7,
It is set so that it is easier to enter in the second half.
上記の様に発射数毎分１００個における特別遊技では、
変更条件が成立するまでの前半では特別入賞ロア７への
入賞確率が低い第１状態で、変更条件が成立した後の後
半では特別入賞ロア７への入賞確率が高い第２状態で行
われるので、この特別遊技が進行している間に発射数が
変更されると不都合が生じることもあるので、遊技者が
発射数選択操作部ｌＯを操作しても１選択スイッチ有効
時間から外れているものとして選択スイッチ受付判定手
段６１が判定し１発射数の変更は許容しない、したがっ
て、発射装置１４は、それまでと同じく毎分１００個の
割合で作動することを継続する。As mentioned above, in the special game where the number of shots is 100 per minute,
In the first half until the change conditions are met, the winning probability is low in the first state, and in the second half after the change conditions are met, the winning probability is high in the second state. , Since inconveniences may occur if the number of shots is changed while this special game is in progress, even if the player operates the number of shots selection operation section 1O, it may be outside the valid time of the 1 selection switch. The selection switch acceptance determining means 61 determines that the number of shots per minute cannot be changed, and therefore the firing device 14 continues to operate at a rate of 100 shots per minute as before.
そして、変動入賞装置５への入賞球数が所定数の１０個
に達するか、可動片６６．６６が所定回数１８回の開閉
動作を行うか何れか一方の終了条件が満たされ、それま
でに特別入賞ロア７に球が入らなかった場合、あるいは
所定の継続回数（８サイクル）を実行して最終サイクル
での終了条件が満たされた場合には特別遊技が終了する
。この場合、タイマ１１９に予め設定しである継続検知
有効時間（例えば２．８秒間）が経過すると、遊技制御
装置６０からの信号により変動入賞装置１５のモータ９
３が逆転してカム９５を戻り回動させ、特別入賞ロア７
を幅広な第２状態から輔狭な第１状態に復帰する。この
様にして、特別遊技を全て終了すると２選択スイッチ有
効時間となり、遊技者が発射数選択操作部１０を操作す
ることにより発射数を毎分１２０個に設定しても１選択
スイッチ受付判定手段６１かこれを許容する。したがっ
て、発射装置１４は毎分１２０個の割合で球を発射する
。Then, either the number of winning balls to the variable winning device 5 reaches a predetermined number of 10, or the movable pieces 66 and 66 perform opening/closing operations a predetermined number of times, 18 times, either of which is the end condition, and by then. The special game ends when no ball enters the special winning lower 7, or when the end condition is satisfied in the final cycle after a predetermined number of consecutive cycles (8 cycles). In this case, when the continuous detection effective time (for example, 2.8 seconds) that is preset in the timer 119 has elapsed, a signal from the game control device 60 causes the motor 9 of the variable prize winning device 15 to be activated.
3 reverses and rotates the cam 95 back, special winning lower 7
from the wide second state to the narrow first state. In this way, when all the special games are finished, the 2 selection switch valid time is reached, and even if the player sets the number of shots to 120 per minute by operating the number of shots selection operation section 10, the 1 selection switch acceptance determination means 61 or this is allowed. Thus, the firing device 14 fires balls at a rate of 120 balls per minute.
次に、発射数を毎分１２０個に設定した場合について説
明する。Next, a case will be explained in which the number of shots is set to 120 shots per minute.
遊技者が発射数選択操作部ｌＯを操作することにより発
射数を毎分１２０個に設定すると、第３選択°スイッチ
５０ｃからの信号により遊技設定手段１１８が第３ｖＬ
技実行手段１１７を設定する。毎分１２０個の割合で発
射装置１４により発射された球か遊技部４内を流下し、
この球が運良く第１始動口６に入ると、第１始動検出器
１２０がこの球を検出して遊技制御装置６０に信号を送
り、球が第２始動ロアに入ると、第２始動検出器１２１
が遊技制御装置６０に信号を送る。遊技制御装置６０は
、第１始動検出器１２０からの信号を受けると、モータ
９３を作動させることなく、０．７５秒間のウェイトタ
イムが経過した後に第１ソレノイド８６を０．５秒間の
１回だけ励磁して可動片６６゜６６を１回だけ第１状思
から第２状態に変換し。When the player sets the number of shots per minute to 120 by operating the number of shots selection operation section IO, the game setting means 118 is set to the third vL by a signal from the third selection switch 50c.
The technique execution means 117 is set. Balls fired by the firing device 14 flow down inside the gaming section 4 at a rate of 120 balls per minute,
If this ball luckily enters the first starting port 6, the first starting detector 120 detects this ball and sends a signal to the game control device 60, and if the ball enters the second starting lower, the second starting detector 120 detects the ball and sends a signal to the game control device 60. vessel 121
sends a signal to the gaming control device 60. Upon receiving the signal from the first start detector 120, the game control device 60 activates the first solenoid 86 once for 0.5 seconds after a wait time of 0.75 seconds has elapsed without operating the motor 93. The movable piece 66°66 is energized only once to convert from the first state to the second state.
第２始鵜検出５１２１からの信号を受けた場合には第１
ソレノイド８６を０．７秒間宛２回励磁し、可動片６６
．６６を２回開く、シたがって、変動入賞装置５の特別
入賞ロア７は、幅狭で球の入賞確率が低い第１状態を維
持したままである。If a signal is received from the second first cormorant detection 5121, the first
The solenoid 86 is energized twice for 0.7 seconds, and the movable piece 66
．． 66 is opened twice. Therefore, the special winning lower 7 of the variable winning device 5 remains in the first state where the width is narrow and the probability of winning a ball is low.
この様にして変動入賞装置５の可動片６６゜６６がｗＩ
Ｉｌ状態から第２状態に変換しても遊技部４内を流下し
てきた球が可動片６６．６６上に流下しなかった場合、
或は遊技部４内を流下してきた球が可動片６６．６６上
に流下して、この球が法案内板８４上を転勤した後に凹
室７１の底面７２上を開口部６３に向って転動し、第１
゜第２一般入賞口７６．７８のいずれかに入ってしまい
特別入賞ロア７には入らなかった場合、可動片８６．６
６は第１ソレノイド８６の消磁により戻り回動じて球を
受は入れ易い第２状態から球を受は入れない第１状態に
復帰する。また、図面に示す実施例では、遊技制御゛装
置６０が第１始動検出器１２０又は第２始動検出器１２
１からの信号を受けた時点から選択スイッチ有効時開か
ら外し、第１ソレノイド８６が消磁してから所定時間緩
過後（例えばタイマ１１９に予め設定した２、８秒間が
経過した後）に選択スイッチ有効時間に戻す、したがっ
て、１球が第１始動口６または第２始動ロアに入った時
から第１ソレノイド８６の励磁が終了してから２．８秒
間が経過するまでの間は、発射数選択操作部ｌＯを操作
しても発射袋ｆｉ１４の発射数の変更はできない。In this way, the movable piece 66°66 of the variable prize winning device 5 is
If the ball flowing down inside the gaming section 4 does not flow down onto the movable piece 66, 66 even after changing from the Il state to the second state,
Alternatively, the ball that has flowed down inside the gaming section 4 flows down onto the movable piece 66, 66, and after moving on the bill inner plate 84, the ball rolls on the bottom surface 72 of the concave chamber 71 toward the opening 63. move, first
゜If it enters either of the second general winning openings 76.78 and does not enter the special winning lower 7, the movable piece 86.6
6 is rotated back by demagnetization of the first solenoid 86, returning from the second state in which it is easy to receive a ball to the first state in which it is not possible to receive a ball. Further, in the embodiment shown in the drawings, the game control device 60 is configured to detect the first start detector 120 or the second start detector 12.
1, the selection switch is removed from the active state, and after a predetermined period of time has elapsed after the first solenoid 86 is demagnetized (for example, after 2.8 seconds preset in the timer 119 have elapsed), the selection switch is opened. Therefore, from the time one ball enters the first starting port 6 or second starting lower until 2.8 seconds have elapsed after the excitation of the first solenoid 86 ends, the number of shots is returned to the effective time. Even if the selection operation section 10 is operated, the number of shots fired in the firing bag fi14 cannot be changed.
一方、変動入賞装置５の可動片６６．６６が第１状態か
ら第２状態に変換したときに遊技部４内を流下してきた
球か可動片６６．８８上に波下し、この球が法案内板８
４上を転動した後に凹室７１の底面７２上を開口部６３
に向って転動し、連良く特別入賞ロア７に入ると、特別
入賞検出器７９かこの球を検出して遊技制御装Ｗ６０に
特別遊技の権利が発生した旨の信号を送る。On the other hand, when the movable piece 66.66 of the variable prize winning device 5 changes from the first state to the second state, the ball that has flowed down inside the gaming section 4 waves down onto the movable piece 66.88, and this ball is Information board 8
4 and then rolls over the bottom surface 72 of the concave chamber 71 into the opening 63.
When the ball rolls toward the ball and enters the special winning lower 7 in succession, the special winning detector 79 detects this ball and sends a signal to the game control device W60 that the right for the special game has been generated.
本実施例における発射数毎分１２０個での特別遊技は、
変動入賞装Ｎ５の可動片６６．８８か所定時間宛所定回
数（例えば、 ０．８秒間宛１８回）だけ第１状態から
第２状態に変換することを１サイクルとし、このサイク
ル中に球が特別入賞ロア７に入ることを条件としてサイ
クルの更新が行われ、最高８回までサイクルの更新が可
能であり、当該サイクルにおいて可動片６６．６６が第
１状態から第２状態に１８回目まで変換しても球が特別
入賞ロア７に入らなかった場合には残りサイクル数に拘
らず当該サイクルで特別遊技が終了するように設定しで
あること、及び変動入賞装置５への入賞球数が所定数（
例えば１０個）に達しても特別入賞ロア７に球が入らな
かったり、可動片６６゜６６が所定回数（例えば１８回
）だけ開閉動作しても球が特別入賞ロア７に入らなかっ
た場合には当該サイクルの終了を以って特別遊技を終了
することは、発射数が毎分８０ｇ４まはた１００個の場
合と同様である。そして、本実施例では、第１５図フロ
ーチャートで示すように１球が特別入賞ロア７に入賞し
た時点では特別入賞ロア７は球が入り易い幅広な第２状
態となっているので、ａ技制御装置６０からの信号によ
りモータ９３を逆転させることにより特別入賞ロア７を
幅広な第２状態から幅狭な第１状態に１［帰させ、特別
遊技中はこの状態を維持する。したがって、単位時間当
りの球の発射数が多くても特別入賞ロア７への入賞確率
か不当に高まることがない。In this example, the special game with the number of shots per minute is 120,
Converting the movable piece 66.88 of the variable prize winning device N5 from the first state to the second state a predetermined number of times for a predetermined time (for example, 18 times for 0.8 seconds) is one cycle, and during this cycle, the ball is The cycle is updated on the condition that it enters the special winning lower 7, and the cycle can be updated up to 8 times, and in the cycle, the movable piece 66.66 can change from the first state to the second state up to the 18th time. However, if the ball does not enter the special prize winning lower 7, the special game is set to end in that cycle regardless of the number of remaining cycles, and the number of winning balls to the variable winning device 5 is set to a predetermined number. number(
For example, if the ball does not enter the special winning lower 7 even if the number of balls reaches 10, or if the ball does not enter the special winning lower 7 even if the movable piece 66° 66 opens and closes a predetermined number of times (for example, 18 times). The fact that the special game ends at the end of the cycle is the same as when the number of shots is 80g4 or 100 shots per minute. In this embodiment, as shown in the flowchart of FIG. 15, when one ball enters the special winning lower 7, the special winning lower 7 is in the wide second state where it is easy for the ball to enter, so the a-technique control is performed. By reversing the motor 93 in response to a signal from the device 60, the special prize winning lower 7 is returned from the wide second state to the narrow first state, and this state is maintained during the special game. Therefore, even if the number of balls fired per unit time is large, the probability of winning the special winning prize lower 7 does not increase unduly.
上記の様に発射数毎分１２０個における特別遊技ては特
別入賞ロア７への入賞確率が低い第１状態で行われるの
て、この特別遊技が進行している間に発射数が変更され
ると不都合が生じることもあるのて、遊技者か特別遊技
中に発射数選択操作部１０を操作しても１選択スイッチ
有効時間から外れているものとして選択スイッチ受付判
定手段が判定し１発射数の変更は許容しない、したがっ
て、発射装置１４は、当該サイクルを終了するまでは毎
分１２０個の割合で作動することを継続する。As mentioned above, the special game with a firing rate of 120 pieces per minute is played in the first state where the probability of winning the special prize lower 7 is low, so the firing rate is changed while this special game is in progress. Therefore, even if the player operates the number of shots selection operation unit 10 during the special game, the selection switch reception determining means determines that the number of shots per shot is outside the valid time of the one selection switch, and the number of shots per shot is does not allow for a change in , so the firing device 14 continues to fire at a rate of 120 shots per minute until the end of the cycle.
そして、変動入賞装置５への入賞球数か所定数の１０個
に達するか、可動片６６．６６が所定回数１８回の開閉
動作を行うか何れか一方の終了条件が満たされ、それま
でに特別入賞ロア７に球が入らなかった場合、あるいは
所定の継続回数（８サイクル）を実行して最終サイクル
での終了条件が満たされた場合には特別遊技が終了する
。この場合、タイマ１１９に予め設定しである継続検知
有効時間（例えば２．８秒間）が経過すると１選択スイ
ッチ有効時間となり、遊技者が発射数選択操作部１０を
操作することにより発射数を毎分８０個又は１００個に
設定した場合には１選択スイッチ受付判定手段６１がこ
れを許容する。したがって１発射装置１４は毎分８０個
又は１００個の割合て球を発射する。Then, either the number of winning balls into the variable winning device 5 reaches the predetermined number of 10, or the movable piece 66, 66 performs the opening/closing operation a predetermined number of times, 18 times, either one of the end conditions is satisfied, and by then. The special game ends when no ball enters the special winning lower 7, or when the end condition is satisfied in the final cycle after a predetermined number of consecutive cycles (8 cycles). In this case, when the continuous detection valid time preset in the timer 119 (for example, 2.8 seconds) has elapsed, the 1 selection switch valid time is reached, and the player can change the number of shots every time by operating the number of shots selection operation section 10. If the number is set to 80 or 100, the 1 selection switch acceptance determination means 61 allows this. Therefore, one firing device 14 fires balls at a rate of 80 or 100 balls per minute.
一ヒ記した様に、単位時間当りの発射数に応して特別入
賞ロア７の幅を適宜に変更して特別入賞ロア７への入賞
確率、即ち特別遊技の権利が発生する確率及び特別遊技
の継続条件か成立する確率を適宜に調整するので、どの
発射数を選択しても公平な遊技を行うことができる。As mentioned above, the width of the special prize lower 7 is changed appropriately according to the number of shots per unit time, and the probability of winning the special prize lower 7, that is, the probability that the right to the special game will occur, and the special game. Since the probability of the continuation condition being met is adjusted as appropriate, a fair game can be played no matter which number of shots is selected.
なお、上記した実施例は、前後方向に長尺な第１区画部
材７３と第２区画部材７４を揺動して特別入賞ロア７の
幅を変更して特別入賞ロア７への入賞確率を調整したが
１本発明における入賞装置はこれに限定されるものでは
なく、選択した発射数に応じて入賞確率が変更すること
がてきるものであれば、どの様な構成でもよい０例えば
、前記した変動入賞装！１５においては、特別入賞ロア
７の幅を固定したままで、可動片６６．６６の開放角度
を調整するように構成してもよい、可動片８６．６６の
開放角度を調整する機構としては、ストッパによりソレ
ノイドのストローク長さを規制したり、或は、可動片６
６．６６の回動角度を規制したりすることにより成し得
る。また。In addition, in the above-mentioned embodiment, the winning probability in the special winning lower 7 is adjusted by changing the width of the special winning lower 7 by swinging the first partition member 73 and the second partitioning member 74, which are elongated in the front-rear direction. However, the winning device according to the present invention is not limited to this, and may have any configuration as long as the winning probability can be changed according to the selected number of shots. Variable prize outfit! 15, the mechanism for adjusting the opening angle of the movable piece 86.66 may be configured to adjust the opening angle of the movable piece 66.66 while keeping the width of the special winning lower 7 fixed. The stroke length of the solenoid can be regulated by a stopper, or the movable piece 6 can be
This can be achieved by regulating the rotation angle of 6.66. Also.
球が始動口６．７に入って変動入賞装Ｎ５の可動片６６
．６６を開放する時間や回数を適宜に変えたり、特別遊
技におけるｌサイクル当りの可動片６６．６６の開放時
間や開閉動作回数を変えるように構成してもよいし５変
動入賞装置ｔ５に球の流下方向を変える球誘導部材（図
示せず）を設けておき、この球誘導部材の作用により特
別入賞ロア７への入賞確率を調整するように構成しても
よい。When the ball enters the starting port 6.7, the movable piece 66 of the variable prize winning device N5
．． The time and number of openings of the movable piece 66 may be changed as appropriate, or the opening time and number of opening/closing operations of the movable piece 66 and 66 per cycle in a special game may be changed. A ball guiding member (not shown) that changes the direction of flow may be provided, and the probability of winning a prize in the special winning prize lower 7 may be adjusted by the action of this ball guiding member.
また、球か始動口６．７に入ることを条件として数字や
記号等を識別不能な速度で高゛速変換表示し、停止した
ときの表示態様が予め設定しである賞態様に該当した時
に、所謂アタッカ等の変動入賞装置５を球が入り易い状
態に変換するパチンコ機においては１発射数に応じてア
タッカ等の開放時間を変化させるようにしそもよいし、
また継続入賞口の幅を変更するなどして継続入賞口への
入賞確率を変えるようにしてもよい。In addition, if the ball enters the starting port 6.7, numbers and symbols are displayed in high-speed conversion at an indistinguishable speed, and when the display mode when the ball stops corresponds to a preset award mode. In a pachinko machine that converts a variable prize winning device 5 such as a so-called attacker into a state where balls can easily enter, the open time of the attacker etc. may be changed depending on the number of shots per shot,
Furthermore, the probability of winning a prize in the continuous winning hole may be changed by changing the width of the continuous winning hole.
また、発射装置１４の単位時間当りの発射数は上記した
ものに限定されるものではないし、無段階に設定できる
ように構成してもよい、この場合、特別入賞ロア７の幅
を無段階に変化させるなどして、入賞装置への入賞確率
も無段階に変えるようにすることが望ましい。In addition, the number of shots per unit time of the firing device 14 is not limited to the above-mentioned number, and may be configured to be set steplessly. In this case, the width of the special winning lower 7 may be set steplessly. It is desirable to change the winning probability of the winning device steplessly by, for example, changing the winning probability.
〈発明の効果〉
以上説明したように本発明によれば、選択した発射数に
応じて入賞ｖｃ置の球入賞確率を調整したので、どの発
射数を選択しても特別遊技の発生や特別遊技の継続に不
公平がなくなる。また、遊技者は自分の技量や好みに合
せて発射数を適宜に選択することかでき、マイベースで
遊技を楽しむことかできる。<Effects of the Invention> As explained above, according to the present invention, the probability of winning a ball in the winning vc position is adjusted according to the selected number of shots, so no matter which number of shots is selected, a special game will not occur or a special game will not be played. There will be no unfairness in the continuation of this. Moreover, the player can select the number of shots as appropriate according to his or her skill level and preference, and can enjoy the game based on his or her own base.
図面は本発明の一実施例を示すもので、第１図はパチン
コ機の正面図、第２図は遊技盤の正面図、第３図は発射
装置の斜視図、第４図は発射操作部の断面図、第５図は
発射操作部から発射装置ｉての伝達機構の斜視図、第６
図は第５図に示す第３プーリの正面図、第７図及び第８
図は発射制御装置の概略ブロック図、第９図は遊技制御
装置の概略ブロック図、第１０図は変動入賞装置の正面
図、第１１図は変動入賞装置の斜視図、第１２図は変動
入賞装置の断面図、第１３図は特別入賞口の斜視図、第
１４図から第１９図はタイミングチャートである。
図中、ｌはパチンコ機、２は前面枠、３は遊技盤、４は
遊技部、５は変動入賞装置、６は第１始動口、７は筒２
始動口、９は発射操作部、１０は発射数選択操作部、１
１はパネル、１３は発射数選択表示器、１４は発射装置
、１８は発射杆。
２４はステッピングモータ、４７はタッチスイッチ回路
、４９は発射制御装置、５０は発射数選択スイッチ、５
１は発振券、５２は分周器、５９はモータ駆動回路、６
０は遊技制御装置、６１は選択スイッチ受付判定手段、
７６は第１一般入賞口、７７は特別入賞口、７８は第２
一般入賞口、７９は特別入賞検出器、８０は球計数用検
出器８６は第１ソレノイド、９３はモータ、９８は第１
フオトセンサ、９９は第２７オトセンサ。
１２０は第１始動検出器、１２１は第２始動検出器であ
る。
特許出願人 株式会社 ソ フ ィ ア第１図
手続補正書
（方式）
１、事件の表示
特願平１−５
２０号
２、発明の名称
４、代
理
人
〒１０５
東京都港区西新橋１丁目６番１３号粕屋ビル平成１年
５月３０日
（発進口）
第２図を別紙の通り訂正する。The drawings show one embodiment of the present invention, and FIG. 1 is a front view of a pachinko machine, FIG. 2 is a front view of a game board, FIG. 3 is a perspective view of a firing device, and FIG. 4 is a firing operation section. FIG. 5 is a sectional view of the transmission mechanism from the firing operation section to the firing device i, and FIG.
The figures are a front view of the third pulley shown in Fig. 5, Figs. 7 and 8.
The figure is a schematic block diagram of the firing control device, FIG. 9 is a schematic block diagram of the gaming control device, FIG. 10 is a front view of the variable winning device, FIG. 11 is a perspective view of the variable winning device, and FIG. 12 is a variable winning device. A sectional view of the device, FIG. 13 is a perspective view of the special winning opening, and FIGS. 14 to 19 are timing charts. In the figure, l is a pachinko machine, 2 is a front frame, 3 is a game board, 4 is a game section, 5 is a variable winning device, 6 is a first starting port, 7 is a tube 2
Starting port, 9 is a firing operation section, 10 is a firing number selection operation section, 1
1 is a panel, 13 is a firing number selection display, 14 is a firing device, and 18 is a firing rod. 24 is a stepping motor, 47 is a touch switch circuit, 49 is a firing control device, 50 is a firing number selection switch, 5
1 is an oscillation ticket, 52 is a frequency divider, 59 is a motor drive circuit, 6
0 is a game control device, 61 is a selection switch acceptance determination means,
76 is the first general prize opening, 77 is the special prize opening, 78 is the second prize opening.
General prize opening, 79 is a special prize detector, 80 is a ball counting detector 86 is the first solenoid, 93 is a motor, 98 is the first
Photo sensor, 99 is the 27th photo sensor. 120 is a first start detector, and 121 is a second start detector. Patent applicant Sofia Co., Ltd. Figure 1 Procedural amendment (method) 1. Indication of the case Patent application No. 1-5 20 2. Name of the invention 4. Agent address: 1-chome Nishi-Shinbashi, Minato-ku, Tokyo 105 No. 6-13 Kasuya Building May 30, 1999 (Start Gate) Figure 2 will be corrected as shown in the attached sheet.
Claims (1)
と、 該発射装置の電気的駆動源を制御して単位時間当りの球
発射数を制御可能な発射制御装置と、遊技者が操作可能
な部位に設けられ、発射数を選択する発射数選択スイッ
チと、 遊技部内に配設され、電気的駆動源の駆動により入賞確
率変動部材を作動して入賞確率を変動可能な入賞装置と
、 該入賞装置の電気的駆動源を制御する遊技制御装置と、 を備え、上記発射数選択スイッチ、発射制御装置、発射
装置、入賞装置、遊技制御装置を電気的に連係し、発射
数選択スイッチからの信号にもとづいて発射制御装置に
より発射装置を制御して単位時間当りの発射数を制御す
るとともに、発射数選択スイッチからの信号に応じて遊
技制御装置により入賞装置の入賞確率を変動させるよう
にしたことを特徴とするパチンコ機。[Claims] A firing device that fires one ball by driving an electric drive source, and a firing control device that can control the number of balls fired per unit time by controlling the electric drive source of the firing device. a firing number selection switch that is provided in a part that can be operated by the player and selects the number of shots; and a winning probability changing member that is arranged in the gaming section and is driven by an electric drive source to vary the winning probability. a winning device capable of winning, and a game control device that controls an electrical drive source of the winning device, and electrically linking the firing number selection switch, the firing control device, the firing device, the winning device, and the game control device. Based on the signal from the number of shots selection switch, the firing control device controls the firing device to control the number of shots per unit time, and the gaming control device controls the winning device to win a prize in response to the signal from the number of shots selection switch. A pachinko machine characterized by varying the probability.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5002089A JP2841206B2 (en) | 1989-03-03 | 1989-03-03 | Gaming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5002089A JP2841206B2 (en) | 1989-03-03 | 1989-03-03 | Gaming machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH02228990A true JPH02228990A (en) | 1990-09-11 |
| JP2841206B2 JP2841206B2 (en) | 1998-12-24 |
Family
ID=12847314
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5002089A Expired - Lifetime JP2841206B2 (en) | 1989-03-03 | 1989-03-03 | Gaming machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2841206B2 (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007068898A (en) * | 2005-09-09 | 2007-03-22 | Samii Kk | Game machine |
| JP2008055045A (en) * | 2006-09-01 | 2008-03-13 | Takao:Kk | Pinball game machine |
| JP2010264154A (en) * | 2009-05-18 | 2010-11-25 | Takao Co Ltd | Pinball game machine |
-
1989
- 1989-03-03 JP JP5002089A patent/JP2841206B2/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007068898A (en) * | 2005-09-09 | 2007-03-22 | Samii Kk | Game machine |
| JP2008055045A (en) * | 2006-09-01 | 2008-03-13 | Takao:Kk | Pinball game machine |
| JP2010264154A (en) * | 2009-05-18 | 2010-11-25 | Takao Co Ltd | Pinball game machine |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2841206B2 (en) | 1998-12-24 |
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