JPH0717352Y2 - Pachinko machine winning device - Google Patents

Description

【考案の詳細な説明】 〈産業上の利用分野〉 この考案は、遊技者にとって有利に遊技を進めることの
できる利益状態に変換可能なパチンコ機の入賞装置に関
する。DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a winning device for a pachinko machine, which can be converted into a profit state in which a player can advantageously proceed with a game.

〈従来の技術〉 周知のように、遊技者にとって有利に遊技を進めること
のできる利益状態に変換可能なパチンコ機の入賞装置
は、従来から数多く提案されており、この種の入賞装置
は、通常、開閉可能な球受部材によって遊技部と区画さ
れる凹室を有し、該凹室には特別の利益状態を創出可能
な特別入賞口と普通入賞となる一般入賞口とが設けてあ
る。また、上記凹室には球受部材が開放中に凹室に流入
した球を特別入賞口または普通入賞口へ振り分けるため
に各種の振分手段が収設されている。例えば、特開昭63
-229082号公報では、傾斜底板を前後方向に揺動させた
り、中央の仕切板を上下或いは左右方向に回転させたり
して、ストッパー片と共に球を貯留している。また、実
開昭61-63278号公報では、傾斜底板に駆動源により可動
する球誘導片を設けて、球が特別入賞口へ入賞し易くな
るように誘導可能としている。更に、実開昭63-77087号
公報では、凹室の中段に設けた仕切板を前後方向に回転
させて特別入賞口の入賞確率を変化させている。<Prior Art> As is well known, a number of winning devices for pachinko machines that can be converted into a profit state in which a player can proceed with a game advantageously have been proposed in the past, and this type of winning device is usually It has a recessed chamber that is partitioned from the game part by a ball receiving member that can be opened and closed, and the recessed chamber is provided with a special winning opening that can create a special profit state and a general winning opening that is a normal winning. In addition, various sorting means are housed in the recessed chamber in order to sort the balls that have flowed into the recessed chamber while the ball receiving member is open to the special winning opening or the normal winning opening. For example, JP-A-63
According to Japanese Patent Laid-Open No. 229082, the inclined bottom plate is swung in the front-rear direction, and the central partition plate is rotated in the up-down direction or the left-right direction to store the ball together with the stopper piece. In Japanese Utility Model Laid-Open No. 61-63278, a ball guide piece movable by a drive source is provided on the inclined bottom plate so that the ball can be guided so as to easily enter a special winning opening. Further, in Japanese Utility Model Laid-Open No. 63-77087, a partition plate provided in the middle stage of the concave chamber is rotated in the front-rear direction to change the winning probability of the special winning opening.

〈考案が解決しようとする課題〉 しかしながら、従来の入賞装置、例えば特開昭63-22908
2号公報に記載された入賞装置のように、中央の仕切板
が大きく回転するものは動作がダイナミックである。し
かし、仕切板の回転のために大きな回転空間が必要とな
るので、入賞装置自体も大型化し易い。そのため、傾斜
底板の動作方向が前後方向の揺動運動に限定されてい
る。また、実開昭61-63278号公報のものは、球誘導片が
常に遊技者に目視されているので、球の誘導方向を予測
でき意外性に欠け、パチンコ遊技の興趣が低い。<Problems to be Solved by the Invention> However, a conventional winning device, for example, JP-A-63-22908.
Like the prize winning device described in Japanese Patent Publication No. 2), the one in which the central partition plate largely rotates has a dynamic operation. However, since the rotation space of the partition plate requires a large rotation space, the prize winning device itself tends to be large. Therefore, the operation direction of the inclined bottom plate is limited to the swinging motion in the front-back direction. Further, in the Japanese Utility Model Laid-Open No. 61-63278 publication, since the ball guiding piece is always seen by the player, the guiding direction of the ball can be predicted and lacks in unexpectedness, so that the pachinko game is less interesting.

〈課題を解決するための手段〉 本考案は上記の鑑み提案されたもので、遊技者にとって
有利に遊技を進めることのできる利益状態を創出可能な
特別入賞口と普通入賞になる一般入賞口とを設けた凹室
を有する入賞装置において、上記凹室を構成する面部材
の少なくとも一部を、他の対向する面部材に対して回動
自在に軸着した複数の可動板で構成し、上記各可動板の
軸と駆動源とを動力伝達手段を介して連絡したことを特
徴とする。<Means for Solving the Problems> The present invention has been proposed in view of the above, and includes a special winning opening that can create a profit state in which a player can proceed with a game favorably and a general winning opening that becomes a normal winning. In a winning device having a recessed chamber provided with, at least a part of the surface member forming the recessed chamber is composed of a plurality of movable plates pivotally attached to other facing surface members, It is characterized in that the shaft of each movable plate and the drive source are connected to each other via a power transmission means.

〈作用〉 特別入賞口と一般入賞口とを設けた凹室を構成する面部
材の少なくとも一部を、他の対向する面部材に対して回
動自在に軸着した複数の可動板で構成したので、上記可
動板を駆動源の駆動により回動させることができ、凹室
に流入した球の流下経路に変化を与えると共に、遊技者
に視覚的変化を与える。<Operation> At least a part of the surface member constituting the concave chamber provided with the special winning opening and the general winning opening is composed of a plurality of movable plates pivotally attached to other facing surface members. Therefore, the movable plate can be rotated by the drive of the drive source, and the flow path of the sphere that has flowed into the concave chamber is changed, and the player is visually changed.

〈実施例〉 以下、本考案を図面の実施例について説明する。<Embodiment> Hereinafter, the present invention will be described with reference to embodiments of the drawings.

第１図は本考案に係る入賞装置１を配設したパチンコ機
２の正面図で、パチンコ機２の概略は、外枠３の一側に
内枠４をヒンジ５により開閉可能に蝶着すると共に、上
記内枠４に開設した窓部に金枠６を設け、窓部の上方部
分には遊技盤７を後方から臨ませ、窓部の下方部分には
球を貯留する上受皿８を有する上受皿セットを設け、ま
た内枠４の下方部分には発射杆（図示せず）を回転駆動
して球を遊技盤７の表面のガイドレール９で囲まれる遊
技部10内へ打ち込むためのグリップ11と上受皿８から溢
れた球を貯留する下受皿12等が配設された下受皿セット
を設けてなる。FIG. 1 is a front view of a pachinko machine 2 provided with a winning device 1 according to the present invention. The outline of the pachinko machine 2 is that an inner frame 4 is hinged to a side of an outer frame 3 by a hinge 5 so as to be openable and closable. Together with the metal frame 6 provided in the window opened in the inner frame 4, the game board 7 is exposed from the rear in the upper part of the window, and the upper tray 8 for storing balls is provided in the lower part of the window. An upper tray set is provided, and a grip for driving a ball into the game section 10 surrounded by the guide rails 9 on the surface of the game board 7 by rotationally driving a launching rod (not shown) in the lower portion of the inner frame 4. 11 and a lower tray plate 12 for storing balls overflowing from the upper tray 8 and the like are provided.

また、上記遊技盤７のガイドレール９で囲まれた遊技部
10には入賞装置１と基板13に設けた複数の始動口14…と
アウト口15等が配設され、上記入賞装置１の側方位置に
は肩入賞口16が配設され、更に図示していない多数の障
害釘が配設されている。一方、ガイドレール９の外側に
は、賞球排出表示灯17や打止め表示灯18など各種の表示
装置が設けてある。Also, a game section surrounded by the guide rails 9 of the game board 7
The winning device 1 and a plurality of starting ports 14 provided on the substrate 13 and the out port 15 are provided at 10, and a shoulder winning port 16 is provided at a side position of the winning device 1, and is further illustrated. Not many obstacle nails are arranged. On the other hand, on the outside of the guide rail 9, various display devices such as a prize ball discharge indicator light 17 and a stop indicator light 18 are provided.

そして、遊技者が発射した球が入賞装置１や肩入賞口16
等に入賞したときには賞球排出装置（図示せず）によっ
て所定数の賞球が上受皿８へ排出され、いずれにも入賞
しなかった球はアウト口15に回収されるように構成され
ている。And the ball shot by the player is the winning device 1 or the shoulder winning opening 16
When winning a prize, etc., a predetermined number of prize balls are discharged to the upper tray 8 by a prize ball discharging device (not shown), and balls not winning any prize are collected in the outlet 15. .

入賞装置１の概略は、遊技盤７の表面に取付ける取付基
板19のほぼ中央に開口部20を開設し、取付基板19の表面
の上部には複数の天入賞口21を有する鎧部22を開口部20
の上縁全幅に亘って突設し、取付基板19の表面の下部に
は区画部材23で区画したポケット状の左右の一般入賞口
24及び特別入賞口25のための受枠26を突設する。また、
上記一般入賞口24の左右に流入阻止壁27を突設し、開口
部20の左右の取付基板19表面には一対の球受部材28を回
動軸29により回動自在に軸着する。尚、第２図では、鎧
部22に添設する上飾板30と、特別入賞口25及び一般入賞
口24並びに流入阻止壁27に添設する下飾板31を省略して
いる。また、上記上飾板30には表示窓を設け、この表示
窓に後述する接続回数表示灯32となるいわゆるデジタル
表示器を臨ませる。更に、上記取付基板19には複数の発
光ダイオード等を設けて後述する10カウント表示灯33を
形成する。The outline of the winning device 1 is to open an opening 20 at substantially the center of a mounting board 19 to be mounted on the surface of the game board 7, and to open an armor 22 having a plurality of winning holes 21 on the upper surface of the mounting board 19. Part 20
The right and left pocket-shaped general winning openings that project over the entire upper edge of the mounting board 19 and are partitioned by the partitioning member 23 on the lower part of the surface of the mounting substrate 19.
A receiving frame 26 for 24 and a special winning opening 25 is projected. Also,
Inflow blocking walls 27 are provided on the right and left sides of the general winning opening 24, and a pair of ball receiving members 28 are rotatably attached to the surfaces of the mounting substrates 19 on the left and right of the opening 20 by a rotating shaft 29. In FIG. 2, the upper decorative plate 30 attached to the armor portion 22, the special prize opening 25, the general prize opening 24, and the lower decorative plate 31 attached to the inflow prevention wall 27 are omitted. Further, a display window is provided on the above-mentioned decorative plate 30, and a so-called digital display serving as a connection number indicating lamp 32 described later is exposed to this display window. Further, the mounting board 19 is provided with a plurality of light emitting diodes or the like to form a 10-count indicator light 33 described later.

ところで、図示の実施例では、左右の一般入賞口24の間
に回転部材34を設け、この回転部材34の中央孔34′を特
別入賞口25としている。即ち、上記回転部材34は回転部
材駆動用モータ35により歯車輪列36を介して回転可能な
筒体であって、中央孔34′の下方には継続入賞スイッチ
37となる球検出器を臨ませ、該球検出器の球検出口37a
と中央孔34′に連通させる。また、この筒体の上縁に
は、扇形に展開する仕切板38を上方に向けて突出させあ
り、この仕切板38の展開角度は60〜90度弱である。従っ
て、球が横から回り込んで特別入賞口25である中央孔3
4′に流入可能となっている。尚、上記筒体の外周面に
は歯車部39が設けてあり、この歯車部39を歯車輪列36に
噛合させ、モータ取付板40に設けた回転部材駆動用モー
タ35の出力歯車に噛合させる。By the way, in the illustrated embodiment, the rotary member 34 is provided between the right and left general winning openings 24, and the central hole 34 ′ of the rotating member 34 is used as the special winning opening 25. That is, the rotating member 34 is a cylinder that can be rotated by the rotating member driving motor 35 through the gear train 36, and the continuous winning switch is provided below the central hole 34 '.
Face the sphere detector to be 37, and the sphere detector 37a of the sphere detector
To the central hole 34 '. A partition plate 38 that expands in a fan shape is projected upward on the upper edge of the cylindrical body, and the expansion angle of the partition plate 38 is less than 60 to 90 degrees. Therefore, the ball wraps around from the side and the center hole 3 which is the special winning opening 25
It is possible to flow into 4 '. A gear portion 39 is provided on the outer peripheral surface of the cylindrical body, and the gear portion 39 is meshed with the gear wheel train 36 and meshed with the output gear of the rotary member drive motor 35 provided on the motor mounting plate 40. .

また、上記取付基板19の裏側には、前面が開口したリヤ
ケース41を取付けることにより開口部20に連通した凹室
42を形成し、上記リヤケース41の裏面には、電気的制御
装置に電気的に接続した駆動源としての開閉用ソレノイ
ド43を設け、球受部材28の回動軸29の端部に嵌着したク
ランク部材44のピンを作動板45の長孔46内に遊嵌する。
従って、開閉用ソレノイド43が消磁した状態において
は、第２図に実線で示すように、左右の球受部材28が戻
りスプリング46の付勢力により各々ほぼ直立状に起立し
て打球を受け止めない第１状態を維持し、電気的制御装
置からの給電により開閉用ソレノイド43を励磁すると作
動板45が上昇して球受部材28が第２図において外向きに
約90度回動して、第２図に鎖線で示すように、左右の球
受部材28が外側端部を僅かに高く、対向する内側端部を
僅かに低くして停止する第２状態に変換する。そして、
開閉用ソレノイド43を消磁すると、戻りスプリング46の
付勢により球受部材28が内向きに戻り回動して第１状態
に復帰する。Further, on the back side of the mounting board 19, a recessed chamber communicating with the opening 20 is provided by attaching a rear case 41 having an open front surface.
42 is formed, and an opening / closing solenoid 43 as a drive source electrically connected to an electric control device is provided on the rear surface of the rear case 41, and is fitted to the end of the rotating shaft 29 of the ball receiving member 28. The pin of the crank member 44 is loosely fitted in the long hole 46 of the operating plate 45.
Therefore, when the opening / closing solenoid 43 is demagnetized, as shown by the solid line in FIG. When the 1-state is maintained and the opening / closing solenoid 43 is excited by the power supplied from the electric control device, the operating plate 45 is raised and the ball receiving member 28 is rotated outward by about 90 degrees in FIG. As shown by the chain line in the figure, the left and right ball receiving members 28 are converted to a second state in which they are stopped by slightly raising the outer ends and slightly lowering the opposing inner ends. And
When the opening / closing solenoid 43 is demagnetized, the return spring 46 urges the ball receiving member 28 back inward and rotates to return to the first state.

一方、上記凹室42の内部中段、即ち、球受部材28の回動
軸29のやや下方位置には、後方に向いた緩い下り傾斜を
有する中仕切棚板47を設け、凹室42を上凹室42aと下凹
室42bとに分割する。上記中仕切棚板47の後縁とリヤケ
ース41の後壁との間には球が落下する落下部48を設け
て、上凹室42aと下凹室42bとを連通させる。On the other hand, the inner middle stage of the recessed chamber 42, that is, a position slightly lower than the rotation shaft 29 of the ball receiving member 28, is provided with an intermediate partition shelf plate 47 having a gentle downward slope facing the rear side, and the recessed chamber 42 is set upward. It is divided into a recessed chamber 42a and a lower recessed chamber 42b. Between the rear edge of the intermediate partition shelf plate 47 and the rear wall of the rear case 41, there is provided a drop portion 48 for dropping a ball so that the upper concave chamber 42a and the lower concave chamber 42b communicate with each other.

そして、凹室42の下方部分には傾斜した底板部49を設け
る。この底板部49は図示の実施例においては、回動自在
な３枚の底部可動板50からなる。即ち、横長な底部可動
板50を凹室42の対向する側壁に回動自在に軸着してな
る。尚、図示の実施例においては、上記底部可動板50の
下方にリヤケース41と一体のケース底板51が設けてあ
る。An inclined bottom plate portion 49 is provided below the recessed chamber 42. The bottom plate portion 49 is composed of three rotatable bottom movable plates 50 in the illustrated embodiment. That is, the horizontally long bottom movable plate 50 is rotatably attached to the opposing side walls of the concave chamber 42. In the illustrated embodiment, a case bottom plate 51 integral with the rear case 41 is provided below the bottom movable plate 50.

上記各底部可動板50の軸52と回転駆動源53の駆動軸54と
を動力伝達手段55によって連絡して当該底部可動板50を
回動させる。動力伝達手段55は、各底部可動板50の軸52
に設けた従動ギヤ56と、この従動ギヤ56に噛合するアイ
ドルギヤ57とからなり、回転駆動源53はリヤケース41の
背面壁に設けた可動板駆動用モータからなり、上記アイ
ドルギヤ57は可動板駆動用モータの駆動軸54に設けた原
動ギヤ58に噛合する。従って、上記可動板駆動用モータ
が回転すると、各底部可動板50が同角度で回転し、各底
部動板が180度回転した位置で可動板駆動用モータを停
止するように設定すれば、凹室42に流入した球が流下す
る底板部49を構成する底部可動板50を反転させることが
できる。The shaft 52 of each bottom movable plate 50 and the drive shaft 54 of the rotary drive source 53 are connected by power transmission means 55 to rotate the bottom movable plate 50. The power transmission means 55 is the shaft 52 of each bottom movable plate 50.
Driven gear 56 and an idle gear 57 meshing with the driven gear 56, the rotary drive source 53 is a movable plate drive motor provided on the rear wall of the rear case 41, and the idle gear 57 is a movable plate. It meshes with a drive gear 58 provided on the drive shaft 54 of the drive motor. Therefore, when the movable plate drive motor is rotated, each bottom movable plate 50 is rotated at the same angle, and if the bottom plate is set to stop the movable plate drive motor at a position rotated by 180 degrees, the concave plate is recessed. It is possible to reverse the bottom movable plate 50 that constitutes the bottom plate portion 49 through which the balls that have flowed into the chamber 42 flow down.

そして、上記各底部可動板50の上下面には、誘導方向の
異なる誘導リブ59…を設ける。即ち、例えば、各底部可
動板50の表側には、球を左右の一般入賞口24へ誘導する
第１誘導リブ59aを設け、裏面側には球を特別入賞口25
へ誘導する第２誘導リブ59bを設けるのである。第１誘
導リブ59aは後方側に位置する底部可動板50における間
隔が狭く、前方側に位置する底部可動板50における間隔
が広くなるように配置してあり、各底部可動板50の上を
転動する球がこれらの誘導リブ59…によって、一般入賞
口24または特別入賞口25に誘導される。Then, on the upper and lower surfaces of each of the bottom movable plates 50, guide ribs 59 ... Having different guide directions are provided. That is, for example, a first guide rib 59a that guides the ball to the right and left general winning openings 24 is provided on the front side of each bottom movable plate 50, and the ball is on the back side of the special winning opening 25.
The second guide rib 59b for guiding to is provided. The first guide ribs 59a are arranged so that the space between the bottom movable plates 50 located on the rear side is narrow and the space between the bottom movable plates 50 located on the front side is wide, and the first guide ribs 59a roll over the bottom movable plates 50. The moving balls are guided to the general winning opening 24 or the special winning opening 25 by these guiding ribs 59 ....

尚、第９図、第10図に示すように、底部可動板50を三角
柱状或いは四角柱状、更に多角柱状に形成し、各面に形
状の異なる誘導リブ59…を設けたり、誘導リブ59…の配
置を異ならせば、球を更に他方向に誘導することが可能
になり、パチンコ遊技をより一側興趣あるものとするこ
とができる。As shown in FIG. 9 and FIG. 10, the bottom movable plate 50 is formed in a triangular prism shape, a quadrangular prism shape, or a polygonal prism shape, and each surface is provided with guide ribs 59 ... If the arrangement is different, it becomes possible to guide the ball in another direction, and the pachinko game can be made more interesting.

更に、図示の実施例においては、凹室42の後壁部60も、
回動自在な立面可動板61から構成している。即ち、後壁
部60の上半部分を、横長な３枚の立面可動板61を凹室42
の対向する側壁に回転自在に軸着することにより構成
し、各立面可動板61の軸62に設けた従動ギヤ56と前記し
た回転駆動源53であるの可動板駆動用モータとを動力伝
達手段55であるアイドルギヤ57で連絡する。従って、可
動板駆動用モータが回転すると、後壁の立面可動板61も
底部の各底部可動板50と同期して回動する。Further, in the illustrated embodiment, the rear wall portion 60 of the recessed chamber 42 also
It is composed of a rotatable vertical surface plate 61. That is, the upper half portion of the rear wall portion 60 is provided with three horizontally long upright movable plates 61.
Of the vertical movable plate 61, the driven gear 56 provided on the shaft 62 of each upright movable plate 61 and the movable plate driving motor, which is the rotational drive source 53, are transmitted. Contact by idle gear 57, which is means 55. Therefore, when the movable plate driving motor rotates, the upright movable plate 61 on the rear wall also rotates in synchronization with the bottom movable plates 50 on the bottom.

上記した動力伝達手段55は、第11図に示すように、ラッ
ク63とピニオン64で構成してもよい。この場合も適宜位
置に位置センサーを設けて、回転駆動源53としての可動
板駆動用モータの停止及び反転を制御する。The power transmission means 55 may be composed of a rack 63 and a pinion 64, as shown in FIG. Also in this case, a position sensor is provided at an appropriate position to control the stop and reversal of the movable plate driving motor as the rotary drive source 53.

尚、凹室42の後壁の後方に装飾壁を設け、該装飾壁の後
方からランプで照明し、後壁を形成する立面可動板61が
回転するときに生じる隙間から装飾壁に描いた図柄が見
えるようにして装飾効果を向上させることもできるし、
後壁の立面可動板61の両面に異なる図柄を描いて、立面
可動板61の回転によって図柄が変換するようにしてもよ
い。A decorative wall is provided behind the rear wall of the recessed chamber 42, and a lamp is illuminated from the rear of the decorative wall to draw on the decorative wall through a gap generated when the upright movable plate 61 forming the rear wall rotates. You can improve the decorative effect by making the pattern visible.
Different patterns may be drawn on both surfaces of the elevation movable plate 61 of the rear wall, and the symbols may be converted by the rotation of the elevation movable plate 61.

次に、第12図は他の実施例を示す縦断面図であって、こ
の実施例においては、底部可動板50に球貯留部材として
の機能を与えている。即ち、底部可動板50が凹室42の底
板部49に対してほゞ直立する位置において、底部可動板
50の下端と凹室42のケース底板51との間隔を球の直径以
下に設定し、中仕切棚板47から落下する球を底部可動板
50で貯留するのである。Next, FIG. 12 is a vertical sectional view showing another embodiment, in which the bottom movable plate 50 is provided with a function as a sphere storage member. That is, at the position where the bottom movable plate 50 is almost upright with respect to the bottom plate 49 of the recessed chamber 42, the bottom movable plate 50 is
The distance between the lower end of 50 and the case bottom plate 51 of the concave chamber 42 is set to be equal to or less than the diameter of the ball, and the ball falling from the middle partition shelf plate 47 is moved to the bottom movable plate.
Store at 50.

この実施例によれば、別個に球貯留手段を設けることな
く球の貯留が可能になる。また、球の流下に変化を与え
ると共に、球の誘導が可能になるので、パチンコ遊技の
興趣が一層向上する。According to this embodiment, spheres can be stored without separately providing sphere storage means. In addition, since the flow of the ball can be changed and the ball can be guided, the interest in the pachinko game is further improved.

尚、前記した実施例では各底部可動板50を同期させて回
動させているが、各底部可動板50に対して個別に駆動源
を設け、或いは個別に制御可能な駆動源を設けて、各可
動板50を順次回動させると、更に変化に富んだ球の貯留
ないし誘導が可能になり、遊技に著しい変化を与えるこ
とができる。In addition, in the above-mentioned embodiment, each bottom movable plate 50 is rotated in synchronization, but a drive source is individually provided for each bottom movable plate 50, or a controllable drive source is provided, When each movable plate 50 is sequentially rotated, it is possible to store or guide the balls which are more varied, and it is possible to give a remarkable change to the game.

また、第13図は更に他の実施例を示し、この実施例で
は、各底部可動板50の間に中間部材65を設けると共に、
中間部材65と底部可動板50との間隔を球が落下しない間
隔としている。従って、この実施例によれば、中仕切棚
板47から落下する球P₀は、底部可動板50の回動位置によ
って当該底部可動板50の上を転動したり、底部可動板50
と中間部材65との間に停止したりする。即ち、底部可動
板50と中間部材65との間に一旦停止した球P₁は底部可動
板50の回動によって中間部材65の上に押し上げられ
（P₂）、中間部材65を乗り越えて次の底部可動板50に係
止する（P₃）。従って、球の動きが間欠的になる。この
とき、中間部材65或いは底部可動板50の左右方向に、例
えば第14図に示すようにテーパー部66を設けておけば、
球を左右方向へも誘導することができ、振分効果を更に
増大させることができる。Further, FIG. 13 shows still another embodiment. In this embodiment, an intermediate member 65 is provided between each bottom movable plate 50,
The distance between the intermediate member 65 and the bottom movable plate 50 is set so that the balls do not fall. Therefore, according to this embodiment, the ball P ₀ that falls from the partition shelf plate 47 rolls on the bottom movable plate 50 or the bottom movable plate 50 depending on the rotation position of the bottom movable plate 50.
And the intermediate member 65 is stopped. That is, the sphere P _{1 which} is once stopped between the bottom movable plate 50 and the intermediate member 65 is pushed up by the rotation of the bottom movable plate 50 onto the intermediate member 65 (P ₂ ). Lock the bottom movable plate 50 (P ₃ ). Therefore, the movement of the sphere becomes intermittent. At this time, if a taper portion 66 is provided in the lateral direction of the intermediate member 65 or the bottom movable plate 50, for example, as shown in FIG. 14,
The sphere can also be guided in the left-right direction, and the distribution effect can be further increased.

第15図は凹室42の底板部49及び中仕切棚板47に回動可能
な可動板50、67を適用した実施例である。この実施例に
よれば、底板部49ばかりではなく、中仕切棚板47を流下
する際に球を適宜に誘導することができる。尚、中仕切
棚板47にのみ可動板67を適用したり、凹室42の他の壁面
に可動板を合せて適用することもできる。FIG. 15 shows an embodiment in which rotatable plates 50 and 67 are applied to the bottom plate portion 49 of the recessed chamber 42 and the intermediate partition shelf plate 47. According to this embodiment, not only the bottom plate portion 49 but also the sphere can be appropriately guided when the intermediate partition shelf plate 47 flows down. The movable plate 67 may be applied only to the intermediate partition shelf plate 47, or the movable plate may be applied to the other wall surface of the recessed chamber 42.

尚、上記した各実施例において説明していない符号は前
記した第１実施例の同一符号と同一構成なので説明を省
略する。The reference numerals not described in each of the above-described embodiments are the same as the same reference numerals in the above-described first embodiment, and thus the description thereof will be omitted.

次に、上記のような構成の入賞装置１を配設したパチン
コ機２の具体的な遊技及び各部の動作を説明する。Next, a specific game and operation of each part of the pachinko machine 2 provided with the winning device 1 having the above-described configuration will be described.

第16図において、68はデータの演算等に使用されるRAM
等からなる中央演算処理装置（以下CPUという）、69はC
PU68に所定のパルスを供給するクロック回路、70はCPU6
8をリセットするリセット回路、71は電源投入時にCPU68
等を初期状態とする電源リセット回路、72は上記リセッ
ト回路70に所望のパルスを供給するための分周回路、73
は上記CPU68を作動させるためのプログラム及びデータ
が格納されているメモリー（以下PROMという）、74は入
出力制御装置、75は継続入賞球検出回路、76は始動入賞
球検出回路、77は10カウント検出回路、78は開閉用ソレ
ノイド駆動回路、79は回転部材を回転駆動する第１モー
タ駆動回路、80は可動板を回転させる駆動源を駆動する
第２モータ駆動回路、81はランプ駆動回路、82は電子音
回路、83は各種表示灯を点灯するLED駆動回路である。In FIG. 16, 68 is a RAM used for data calculation, etc.
Central processing unit (hereafter CPU) consisting of etc., 69 is C
Clock circuit that supplies a predetermined pulse to PU68, 70 is CPU6
Reset circuit for resetting 8 and 71 for CPU68 when power is turned on
A reset circuit 70 for supplying a desired pulse to the reset circuit 70, 73
Is a memory (hereinafter referred to as PROM) in which programs and data for operating the CPU 68 are stored, 74 is an input / output control device, 75 is a continuous winning ball detection circuit, 76 is a starting winning ball detection circuit, and 77 is 10 counts. A detection circuit, 78 is an opening / closing solenoid drive circuit, 79 is a first motor drive circuit that rotationally drives a rotating member, 80 is a second motor drive circuit that drives a drive source that rotates a movable plate, 81 is a lamp drive circuit, and 82 is a lamp drive circuit. Is an electronic sound circuit, and 83 is an LED drive circuit for lighting various indicator lights.

電源の投入によりCPU68はRAMのクリヤーや各部のチェッ
ク等のステップ１の初期設定を行ない、異常がなければ
ステップ２で回転部材34の間欠回転を開始する。即ち、
第５図に示すように、仕切板38を手前にして約1.5秒停
止し、約３秒かけて１回転する１周期約4.5秒の間欠回
転を開始するのである（第18図参照）。When the power is turned on, the CPU 68 performs the initial setting in step 1 such as clearing RAM and checking each part. If there is no abnormality, the rotating member 34 starts intermittent rotation in step 2. That is,
As shown in FIG. 5, the partition plate 38 is stopped before this for about 1.5 seconds, and one cycle of about 4.5 seconds, which is one rotation for about 3 seconds, is started intermittently (see FIG. 18).

遊技者が発射した打球が、アウト口15の上方の遊技部10
に形成した第１始動口14aまたは第２始動口14bに流入す
ると、当該第１始動口14aに臨ませた第１始動口スイッ
チ84a（第17図においては始動SWと略記する）または第
２始動口14bに臨ませた第２始動口スイッチ84b（第17図
においては始動SWと略記する）が流入した球を検出する
と、CPU68はステップ３において始動口スイッチ84a,84b
のオン・オフを判別し、始動口スイッチ84…がオンなら
ばステップ４に進み、オフならばステップ３において待
機する。The ball shot by the player is the game unit 10 above the outlet 15.
When it flows into the first starting port 14a or the second starting port 14b formed on the first starting port 14a, the first starting port switch 84a (abbreviated as the starting SW in FIG. 17) or the second starting port facing the first starting port 14a. When the second starting opening switch 84b (abbreviated as starting SW in FIG. 17) facing the opening 14b detects the inflowing ball, the CPU 68 determines in step 3 that the starting opening switches 84a, 84b.
Is turned on and off. If the starting port switches 84 ... Are on, the process proceeds to step 4, and if the starting port switches 84 are off, the process waits at step 3.

ステップ４においてCPU68は、第１始動口スイッチ84aま
たは第２始動口スイッチ84bがオンしてから約１秒経過
後、開閉用ソレノイド駆動回路78に駆動信号を送出して
開閉用ソレノイド43を所定間隔、所定回数励磁して球受
部材28を所定時間開放する共に、RAM内の10カウントカ
ウンタ及び継続カウントカウンタをクリヤーする。尚、
第１始動口スイッチ84aの場合は0.7秒２回、第２始動口
スイッチ84bの場合は0.4秒１回、球受部材28を開放する
ように設定してある。尚、このとき可動板50が一瞬回動
する（第19図及び第20図参照）。In step 4, the CPU 68 sends a drive signal to the opening / closing solenoid drive circuit 78 to set the opening / closing solenoid 43 at a predetermined interval after about 1 second has elapsed after the first starting opening switch 84a or the second starting opening switch 84b is turned on. , The ball receiving member 28 is opened for a predetermined time by exciting a predetermined number of times, and the 10 count counter and the continuous count counter in the RAM are cleared. still,
In the case of the first starting port switch 84a, 0.7 seconds twice, and in the case of the second starting port switch 84b, the ball receiving member 28 is set to open once 0.4 seconds. At this time, the movable plate 50 momentarily rotates (see FIGS. 19 and 20).

球受部材28が外向きに回動して凹室42が遊技部10と連通
している開放中に遊技部10を流下する球が球受部材28に
よって上凹室42内に取り込まれると、この球は中仕切棚
板47の上面を落下部48に向けて転動し、落下部48から下
凹室42に入り、球は底板部49上を転動して特別入賞口25
である回転部材34の中央孔34′に入球するか、または左
右の一般入賞口24に入球する。When the ball receiving member 28 is rotated outward and the concave chamber 42 is in communication with the game unit 10 and the ball flowing down the game unit 10 is taken into the upper concave chamber 42 by the ball receiving member 28, This ball rolls the upper surface of the middle partition shelf plate 47 toward the falling part 48, enters the lower concave chamber 42 from the falling part 48, and the ball rolls on the bottom plate part 49 to receive the special winning opening 25.
The ball enters the central hole 34 'of the rotating member 34, or the right and left general winning openings 24.

上記のようにして凹室42へ流入した球が運良く特別入賞
口25である中央孔34′に入球すると継続入賞スイッチ37
（第17図においては継続SWと略記する）がオンする。こ
のとき、CPU68はステップ５において継続入賞スイッチ3
7のオン・オフを判別しており、継続入賞スイッチ37が
オンならば、遊技者にとって利益状態となる特別遊技に
移行するため、ステップ６において球受部材28を直ちに
起立させ、ステップ７において各始動口14の始動口スイ
ッチ84を無効化する。As described above, if the ball that has flowed into the recessed chamber 42 is lucky enough to enter the central hole 34 'that is the special winning opening 25, the continuous winning switch 37
(In FIG. 17, it is abbreviated as continuous SW) turns on. At this time, the CPU 68 determines in step 5 that the continuous winning switch 3
If 7 is turned on / off and the continuous winning switch 37 is turned on, the ball receiving member 28 is immediately raised in step 6 in order to shift to a special game in which the player is in a profitable state, and in step 7, The starting opening switch 84 of the starting opening 14 is invalidated.

特別遊技が開始すると、CPU68はステップ８において回
転部材34の仕切板38を手前にして停止させ、ステップ９
で可動板50を回転させて裏面を見せて停止する。また、
CPU68はステップ10で継続カウントカウンタを＋１す
る。尚、このときのカウント値、即ち継続回数はLED駆
動回路83を介して継続回数表示灯32により遊技者に可視
表示される。When the special game starts, the CPU 68 stops the partition plate 38 of the rotating member 34 in front of it in step 8, and then stops in step 9
Then, the movable plate 50 is rotated to show the back side and stop. Also,
The CPU 68 increments the continuous count counter by 1 in step 10. The count value at this time, that is, the number of continuations is visually displayed to the player by the continuation number indicator lamp 32 via the LED drive circuit 83.

そして、ステップ11において10カウントカウンタをクリ
アし、ステップ12において球受部材28を起立させて凹室
42を約６秒間閉止させた後、球受部材28を約28.5秒間に
18回開閉させることを１サイクルとする18回開閉動作処
理を開始する。Then, in step 11, the 10-count counter is cleared, and in step 12, the ball receiving member 28 is erected to form the concave chamber.
After closing 42 for about 6 seconds, hold the ball receiving member 28 for about 28.5 seconds.
Opening / closing operation 18 times is started with one cycle as opening / closing.

そして、CPU68はステップ13において球受部材28の開閉
回数を判別し、10回開閉したことを判別すると、ステッ
プ14において回転部材駆動用モータ35を駆動して１周期
3.5秒の間欠回転を開始し、回動板駆動用モータを駆動
して可動板50を反転させて表面を見せて停止する。尚、
第21図に示すタイムチャートによれば、球受部材28は10
回目の開放と11回目の開放の間隔を長く設定して変化を
与えている。Then, in step 13, the CPU 68 determines the number of times the ball receiving member 28 is opened and closed, and when it determines that the ball receiving member 28 has been opened and closed 10 times, in step 14, the rotating member drive motor 35 is driven to complete one cycle.
The intermittent rotation is started for 3.5 seconds, the rotating plate driving motor is driven to reverse the movable plate 50, show the surface, and stop. still,
According to the time chart shown in FIG. 21, the ball receiving member 28 has 10
The interval between the 11th opening and the 11th opening is set long to give a change.

一方、球受部材28の開閉回数が９回以下ならば、ステッ
プ15に分岐し、球が再び特別入賞口25に流入したかどう
か継続入賞スイッチ37のオン・オフを判定する。継続入
賞スイッチ37がオフの場合はステップ13へ戻り、オンの
場合はステップ16で可動板50を往復回転させて裏面で停
止し、次のステップ17へ進む。一方、球受部材28が10回
開閉した後では、ステップ18で継続入賞ステップ37のオ
ン・オフを判定し、オンならばステップ19へ進んで、回
転部材34を仕切板38が手前になるように停止させると共
に、可動板50を反転させて裏面で停止させ、ステップ17
へ進む。このステップ17では継続カウントカウンタのカ
ウント値を判別し、『７』以下の場合はステップ10へ戻
る。従って、特別遊技の１サイクルを７回繰り返す。一
方、上記カウント値、即ち継続回数が８回の場合は、ス
テップ20に進んで継続入賞スイッチ37を無効化し、ステ
ップ21で回転部材駆動用モータ35を駆動して１周期3.5
秒の間欠回転を開始する。また、可動板駆動用モータを
回転させて可動板50を表側で停止する。On the other hand, if the number of times the ball receiving member 28 is opened and closed is 9 times or less, the process branches to step 15 to determine whether the continuous winning switch 37 is turned on or off whether or not the ball has flown into the special winning opening 25 again. If the continuous winning switch 37 is off, the process returns to step 13, and if it is on, the movable plate 50 is reciprocally rotated in step 16 to stop on the back surface, and the process proceeds to step 17. On the other hand, after the ball receiving member 28 has been opened and closed 10 times, it is determined in step 18 whether the continuous winning step 37 is on or off, and if it is on, the process proceeds to step 19 so that the rotating member 34 is in front of the partition plate 38. Stop, and then move the movable plate 50 upside down to stop on the back side.
Go to. In this step 17, the count value of the continuous count counter is determined, and if it is "7" or less, the process returns to step 10. Therefore, one cycle of the special game is repeated 7 times. On the other hand, if the count value, that is, the number of continuations is 8, proceed to step 20 to invalidate the continuation winning switch 37, and in step 21, drive the rotating member drive motor 35 to generate 3.5 cycles per cycle.
Start intermittent rotation for seconds. Further, the movable plate driving motor is rotated to stop the movable plate 50 on the front side.

そして、ステップ23及びステップ24においては、特別遊
技の終了条件を判別する。即ち、ステップ18において継
続入賞スイッチ37がオフの場合は、ステップ23で凹室42
に流入した球数を10カウントスイッチ85によりカウント
し、カウント値が『９』以下ならばステップ24に進んで
球受部材28の開閉回数を判別し、カウント値が『10』な
らばステップ25に進んで18回開閉動作処理を終了する。
そして、ステップ26では無効にした各始動口スイッチ84
…を有効にし、新たに始動口14…への入球を待つステッ
プ３に戻る。尚、上記カウント値は入賞装置１の取付基
板19に設けた10カウント表示灯33をLED駆動回路83を介
して点灯させることにより遊技者に可視表示する。Then, in steps 23 and 24, the ending condition of the special game is determined. That is, when the continuous winning switch 37 is turned off in step 18, the concave chamber 42 is set in step 23.
The number of balls that have flowed into the ball is counted by the 10-count switch 85. If the count value is "9" or less, proceed to step 24 to determine the number of times the ball receiving member 28 is opened and closed. If the count value is "10", proceed to step 25. Proceed to end the 18 times opening / closing operation processing.
Then, in step 26, each starting port switch 84
... is validated and the process returns to step 3 where the player newly waits for a ball to enter the starting opening 14. The count value is visually displayed to the player by turning on the 10-count display lamp 33 provided on the mounting substrate 19 of the winning device 1 through the LED drive circuit 83.

一方、球受部材28の始動口スイッチ84…による１回また
は２回の開放中に特別入賞口25への入球がない場合、即
ち、ステップ５において継続入賞スイッチ37をオフの場
合には、ステップ27に分岐して球受部材28の開放終了を
待ち、ステップ28において特別入賞口25即ち継続入賞ス
イッチ37の有効タイマをスタートさせる。この有効時間
は例えば球受部材28の閉止後約３秒間である。そして、
ステップ29においては、この有効時間内に再び始動口14
…への入球があるかどうかを判別し、入球があっても始
動口スイッチ84…がオンしたならばステップ４に復帰
し、始動スイッチ84…がオフならば次のステップ30で継
続入賞スイッチ37のオン・オフを判別し、オンならばス
テップ６に復帰し、オフならば次のステップ31に進む。
ステップ31では継続入賞スイッチ37の有効タイマの終了
を判別し、終了前ならばステップ29との間にループし、
有効時間が終了したならばステップ３に復帰する。On the other hand, when there is no ball into the special winning opening 25 during opening once or twice by the starting opening switch 84 of the ball receiving member 28, that is, when the continuous winning switch 37 is turned off in step 5, It branches to step 27 and waits for the end of opening of the ball receiving member 28, and in step 28, the special winning opening 25, that is, the valid timer of the continuous winning switch 37 is started. This effective time is, for example, about 3 seconds after the ball receiving member 28 is closed. And
In step 29, the start port 14 is again activated within this effective time.
It is determined whether or not there is a ball to enter, and even if there is a ball to enter, if the start opening switch 84 ... Is turned on, the process returns to step 4, and if the start switch 84 ... Is turned off, the continuous prize is won in the next step 30. It is determined whether the switch 37 is on or off. If the switch 37 is on, the process returns to step 6, and if it is off, the process proceeds to the next step 31.
In step 31, it is determined whether or not the valid timer of the continuous winning switch 37 has ended, and if it has not ended, loop between step 29 and
When the effective time is over, the process returns to step 3.

尚、CPU68は、他に電子音回路82を作動させて各始動口1
4…への入球を知らせる効果音を発生させると共に、ラ
ンプ駆動回路81を作動させて、ランプ群からなる表示灯
を点灯ないし点滅させて、始動口14への入球を視覚的に
表示すると共に、聴覚的にも表示する。また、凹室42に
設けた特別入賞口25に球が入賞すると、このときにも、
ランプ駆動回路81や電子音回路82を駆動してランプ群か
らなる表示灯を点灯、点滅させて可視表示すると共に、
上記始動口14…への入球とは異なる効果音を発生させ、
遊技の雰囲気を盛り上げる。In addition, the CPU 68 activates the electronic sound circuit 82 in addition to each start port 1
While generating a sound effect that notifies the ball entering 4 ..., the lamp drive circuit 81 is operated to turn on or blink the indicator lamps of the lamp group to visually display the ball entering the starting opening 14. At the same time, it is displayed auditorily. Also, when the ball wins the special winning opening 25 provided in the recessed chamber 42, at this time,
The lamp drive circuit 81 and the electronic sound circuit 82 are driven to turn on and blink a display lamp made up of a lamp group for visual display,
Generates a sound effect different from the ball entering the starting port 14 ...
Enliven the atmosphere of the game.

以上、本考案を図面の実施例について説明したが本考案
は上記した実施例に限定されるものではなく、実用新案
登録請求の範囲に記載の構成を変更しない限り適宜に実
施できる。例えば、入賞装置は所謂アタッカー形式のも
のでもよい。また、この考案の入賞装置を、権利口に球
が入賞して権利状態にあるときに、更に特別入賞口に入
賞すると利益状態になるような遊技に適用することもで
きる。The present invention has been described above with reference to the embodiments of the drawings, but the present invention is not limited to the above-mentioned embodiments, and can be appropriately implemented unless the configuration described in the scope of claims for utility model is changed. For example, the winning device may be of a so-called attacker type. Further, the winning device of the present invention can be applied to a game in which when a ball wins the right mouth and is in the right state, if the player further wins the special prize hole, it becomes a profit state.

〈考案の効果〉 以上要するに本考案は、特別入賞口と一般入賞口とを設
けた凹室を構成する面部材の少なくとも一部を、他の対
向する面部材に対して回動自在に軸着した複数の可動板
で構成し、この可動板を駆動源の駆動により回動可能と
したので、球の動きに変化を与えることができる。特別
入賞の入賞率を変動させることが可能になる。また、凹
室を構成する面部分が変化するので遊技者は視覚的な変
化を享受することができる。<Advantages of the Invention> In summary, the present invention is such that at least a part of the surface member forming the recessed chamber having the special winning opening and the general winning opening is rotatably attached to other facing surface members. Since the movable plate is composed of a plurality of movable plates which are rotatable by the drive of the drive source, the movement of the sphere can be changed. It is possible to change the winning rate of the special prize. Further, since the surface portion forming the recessed chamber changes, the player can enjoy a visual change.

【図面の簡単な説明】[Brief description of drawings]

図面は本考案の実施例を示し、第１図はパチンコ機の正
面図、第２図は入賞装置の正面図、第３図は同上の背面
図、第４図は同上の縦断面図、第５図は可動板の表側を
示す横断面図、第６図は可動板の裏側を示す横断面図、
第７図は回転部材の斜視図、第８図ないし第10図は可動
板の一例の斜視図、第11図は動力伝達手段の他の例の斜
視図、第12図は入賞装置の他の実施例の縦断面図、第13
図は入賞装置の更に他の実施例の縦断面図、第14図は可
動板の他の例の斜視図、第15図は入賞装置の更に他の実
施例の縦断面図、第16図はブロック図、第17図はフロー
チャート、第18図ないし第22図は始動口スイッチ、継続
入賞スイッチ、回転部材、可動板の関係を示すタイムチ
ャートである。 １……入賞装置、24……一般入賞口、25……特別入賞
口、42……凹室、47……中仕切棚板、50,61,67……可動
板、53……駆動源、55……動力伝達手段。The drawings show an embodiment of the present invention. Fig. 1 is a front view of a pachinko machine, Fig. 2 is a front view of a winning device, Fig. 3 is a rear view of the same, Fig. 4 is a vertical sectional view of the same. 5 is a cross-sectional view showing the front side of the movable plate, FIG. 6 is a cross-sectional view showing the back side of the movable plate,
FIG. 7 is a perspective view of a rotating member, FIGS. 8 to 10 are perspective views of an example of a movable plate, FIG. 11 is a perspective view of another example of power transmission means, and FIG. Vertical cross-sectional view of Example, No. 13
Figure is a vertical cross-sectional view of yet another embodiment of the winning device, FIG. 14 is a perspective view of another example of the movable plate, FIG. 15 is a vertical cross-sectional view of yet another embodiment of the winning device, FIG. FIG. 17 is a block diagram, FIG. 17 is a flow chart, and FIGS. 18 to 22 are time charts showing the relationship among the starting port switch, the continuous winning switch, the rotating member, and the movable plate. 1 ... Winning device, 24 ... General winning opening, 25 ... Special winning opening, 42 ... Recessed chamber, 47 ... Partitioning shelves, 50, 61, 67 ... Movable plate, 53 ... Drive source, 55 …… Power transmission means.

Claims (3)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項１】遊技者にとって有利に遊技を進めることの
できる利益状態を創出可能な特別入賞口と普通入賞にな
る一般入賞口とを設けた凹室を有する入賞装置におい
て、 上記凹室を構成する面部材の少なくとも一部を、他の対
向する面部材に対して回動自在に軸着した複数の可動板
で構成し、上記各可動板の軸と駆動源とを動力伝達手段
を介して連絡したことを特徴とするパチンコ機の入賞装
置。1. A winning device having a concave chamber provided with a special winning opening capable of creating a profit state in which a game can be advantageously played for a player and a general winning opening becoming a normal winning, wherein the concave chamber is configured. At least a part of the surface member to be formed is composed of a plurality of movable plates pivotally attached to other opposed surface members, and the shaft of each of the movable plates and the drive source are provided via a power transmission means. A winning device for a pachinko machine that is characterized by being in contact. 【請求項２】凹室内に設ける中仕切棚板を、対向する面
部材に対して回動自在に軸着した複数の可動板で構成
し、上記各可動板の軸と駆動源とを動力伝達手段を介し
て連絡したことを特徴とする請求項（１）記載のパチン
コ機の入賞装置。2. A partition shelf plate provided in a recessed chamber is composed of a plurality of movable plates pivotally attached to opposing surface members, and power is transmitted between the shafts of the movable plates and a drive source. The prize winning device for a pachinko machine according to claim 1, wherein the prizes are communicated via means. 【請求項３】遊技者にとって有利に遊技を進めることの
できる利益状態を創出可能な特別入賞口と普通入賞にな
る一般入賞口とを設けた凹室を有する入賞装置におい
て、 上記凹室内に設ける中仕切棚板を、対向する面部材に対
して回動自在に軸着した複数の可動板で構成し、上記各
可動板の軸と駆動源とを動力伝達手段を介して連絡した
ことを特徴とするパチンコ機の入賞装置。3. A winning device having a concave chamber provided with a special winning opening capable of creating a profit state in which a player can proceed with a game favorably and a general winning opening becoming a normal winning, provided in the concave chamber. The middle partition shelf plate is composed of a plurality of movable plates pivotally attached to opposing surface members, and the shafts of the movable plates and the drive source are connected via power transmission means. The winning device for the pachinko machine.