JP2640244B2 - Pachinko machine sorting device - Google Patents

Description

【発明の詳細な説明】 〈産業上の利用分野〉 この発明は、パチンコ機の振分装置に関し、特に特定
入賞口及び一般入賞口を有する大入賞口と、該大入賞口
に連通する凹室とに打球を振分けるパチンコ機の振分装
置に関する。DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a sorting device for a pachinko machine, and particularly to a special winning opening having a specific winning opening and a general winning opening, and a concave room communicating with the special winning opening. The present invention relates to a sorting device for a pachinko machine that sorts a hit ball.

〈従来の技術〉 周知のように、パチンコ機の振分装置は数多く提案さ
れているが、基本的には、ソレノイドやモータを駆動源
とする駆動機構により作動する可動部材を大入賞口内に
設け、この可動部材を上下、左右、前後に移動させ、あ
るいは回転させることにより、大入賞口に飛入した球を
特定入賞口と一般入賞口とに振分けている。<Conventional technology> As is well known, a number of pachinko machine sorting devices have been proposed, but basically, a movable member operated by a drive mechanism using a solenoid or a motor as a drive source is provided in a large winning opening. By moving or rotating this movable member up and down, left and right, front and back, or rotating, the ball that has flown into the special winning opening is distributed to a specific winning opening and a general winning opening.

〈発明が解決しようとする問題点〉 従って、従来のパチンコ機の振分装置は何れも似たよ
うな構成であって、球の動的変化が乏しく、また球の経
路変化の予備が容易であったりして興趣を殺ぎ、パチン
コ遊技に新鮮味がなくなっているのが現状である。<Problems to be Solved by the Invention> Accordingly, all the conventional sorting devices of pachinko machines have a similar configuration, and the dynamic change of the sphere is poor. At present, there is no interest in pachinko games and the freshness of pachinko games has disappeared.

〈問題点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、開口部を有す
る本体ベースに、前面が開放する箱枠状の後枠を止着し
て大入賞口を形成し、この大入賞口に特定入賞口と一般
入賞口とを設け、上記本体ベースには当該大入賞口に向
って緩い上り傾斜を有する球通路を有する凹室を連設す
ると共に、該凹室と上記大入賞口とを球通過口により連
通させ、上記凹室には球排出口を開設すると共に、この
球排出口を閉止可能な可動部材を収設し、該可動部材を
作動機構により作動させたときに、凹室内に球を貯留可
能とすると共に、凹室内の球を大入賞口の特定入賞口へ
誘導可能としたものである。<Means for Solving the Problems> The present invention has been proposed in view of the above, and forms a large winning opening by fastening a box frame-shaped rear frame having an open front surface to a main body base having an opening. The special winning opening and the general winning opening are provided in the special winning opening, and a concave chamber having a ball passage having a gentle upward slope toward the special winning opening is continuously provided on the main body base. And the special winning opening are communicated by a ball passage opening, a ball outlet is opened in the concave chamber, and a movable member capable of closing the ball outlet is provided, and the movable member is operated by an operating mechanism. When this is done, the ball can be stored in the concave room, and the ball in the concave room can be guided to the specific winning opening of the large winning opening.

〈作 用〉 大入賞口に飛入した球を、該大入賞口と連通する凹室
へほぼ水平方向に移動させることができ、上記凹室には
球排出口を設けると共に、作動機構の作動によりほぼ水
平方向に摺動する可動部材を収設してあるので、凹室内
に球を貯留できると共に、球に水平方向の動きを与える
ことができる。<Operation> The ball that has flown into the special winning opening can be moved in a substantially horizontal direction to a concave chamber communicating with the special winning opening, and the concave chamber is provided with a ball discharge port and the operating mechanism is operated. As a result, the movable member that slides in a substantially horizontal direction is accommodated, so that the sphere can be stored in the concave chamber and the sphere can be given a horizontal movement.

〈実 施 例〉 以下、本発明を図面の実施例について説明すると、第
１図は本発明に係る振分装置を有する変動入賞装置１を
配設した遊技盤２の正面図で、ガイドレール３に囲まれ
る遊技部４のほぼ中央に変動入賞装置１が位置し、この
変動入賞装置１の下方に始動口５が配設してある。<Embodiment> Hereinafter, the present invention will be described with reference to the embodiment of the drawings. FIG. 1 is a front view of a game board 2 provided with a variable winning device 1 having a sorting device according to the present invention, The variable winning device 1 is located substantially at the center of the game section 4 surrounded by the symbols, and a starting port 5 is provided below the variable winning device 1.

上記変動入賞装置１は、概略、遊技盤２に取付けるた
めの本体ベース６と、大入賞口７を構成する箱枠状の後
枠８と、本体ベース６の前面側に止着する前枠部材９と
からなる。The variable winning device 1 generally includes a main body base 6 to be attached to the game board 2, a box frame-shaped rear frame 8 constituting a large winning opening 7, and a front frame member fixed to the front side of the main body base 6. 9

本体ベース６には大入賞口７への球入口となる開口部
10を開設し、該開口部10の上方には天入賞口11を設ける
と共に、該天入賞口11に飛入する球を遊技盤２の後方に
排出する天入賞球樋12を後向きに延設する。An opening in the main body base 6 that serves as a ball entrance to the special winning opening 7
10 and a natural prize hole 11 is provided above the opening 10 and a natural prize ball gutter 12 for discharging a ball flying into the natural prize hole 11 to the rear of the game board 2 is extended rearward. I do.

上記開口部10の左右側縁には一対の球受部材13を回動
可能に臨ませ、該球受部材13の後面に回動軸14を一体に
設ける。この回動軸14は上記本体ベース６に突設した軸
受ボス15の軸孔16を回動自在に貫通し、回動軸14の後端
には後述する駆動機構17のクランク部材18が嵌着してあ
る。尚、図示の実施例では、回動軸14と軸受ボス15の軸
孔16との間に軸受カラー19を介在させて摩擦抵抗の低減
及び芯出しを図っている。A pair of ball receiving members 13 are rotatably facing the left and right side edges of the opening 10, and a rotating shaft 14 is integrally provided on the rear surface of the ball receiving members 13. The rotating shaft 14 rotatably penetrates a shaft hole 16 of a bearing boss 15 protruding from the main body base 6, and a crank member 18 of a driving mechanism 17 to be described later is fitted to a rear end of the rotating shaft 14. I have. In the illustrated embodiment, a bearing collar 19 is interposed between the rotating shaft 14 and the shaft hole 16 of the bearing boss 15 to reduce frictional resistance and to center the bearing.

大入賞口７、即ち後枠８の側方には、繰く上り傾斜を
有する球通路20を設けた凹室21を連設する。この凹室21
は前面が開放して断面がほぼコ字状をなし、開放面には
内部を透視可能なように透明な窓部材22を止着する。
尚、図示の実施例では凹室21の上方に入賞口23が突設し
てあり、この入賞口23に飛入する球を遊技盤２の後方へ
排出する入賞球樋24が後向きに延設してある。On the side of the special winning opening 7, that is, on the side of the rear frame 8, a concave chamber 21 provided with a ball path 20 having a repeating upward slope is continuously provided. This concave room 21
Has a substantially U-shaped cross section with an open front surface, and a transparent window member 22 is fixed to the open surface so that the inside can be seen through.
In the illustrated embodiment, a prize hole 23 protrudes above the recessed chamber 21, and a prize ball gutter 24 for discharging a ball flying into the prize hole 23 to the rear of the game board 2 extends rearward. I have.

大入賞口７の下方部分の前面には前枠部材９を設けて
特定入賞口25と一般入賞口26とを形成し、特定入賞口25
には継続スイッチ27を臨ませる。この前枠部材９はほぼ
Ｕ字状の前枠部28と大入賞口７を横方向に仕切ると共に
後方に緩く下り傾斜する傾斜板部29とからなる。上記前
枠部28は前枠部材９を本体ベース６に止着した場合に、
本体ベース６の前面側へ突出すると共に、前枠部28に設
けた仕切部30により中央の特定入賞口25と左右の一般入
賞口26とが形成されるようになっており、両入賞口25、
26へ嵌入した球は本体ベース６の底部31を通って遊技盤
２の後方へ排出される。また、傾斜板部29の後縁29′と
後枠８の後壁32との間には球が落下可能な落下路33が形
成され、この落下路33には10カウントスイッチ34が臨
む。尚、図示の実施例では左右から落下する球を個別に
検出可能なように２個の10カウントスイッチ34、34を横
方向に並設している。A front frame member 9 is provided in front of the lower portion of the special winning opening 7 to form a specific winning opening 25 and a general winning opening 26, and the specific winning opening 25 is formed.
The continuation switch 27. The front frame member 9 includes a substantially U-shaped front frame portion 28 and an inclined plate portion 29 which horizontally partitions the special winning opening 7 and which is gently inclined backward and downward. When the front frame member 28 is fixed to the main body base 6,
In addition to projecting toward the front side of the main body base 6, a central specific winning opening 25 and left and right general winning openings 26 are formed by a partition portion 30 provided in the front frame portion 28. ,
The ball fitted into 26 is discharged to the rear of the game board 2 through the bottom 31 of the main body base 6. A fall path 33 is formed between the rear edge 29 'of the inclined plate portion 29 and the rear wall 32 of the rear frame 8, and a 10-count switch 34 faces the fall path 33. In the illustrated embodiment, two 10-count switches 34, 34 are arranged side by side so that the balls falling from the left and right can be individually detected.

一方、本体ベース６の背面側に止着する後枠８は、ほ
ぼ箱枠状の部材であって、大入賞口７の下方部分に中段
傾斜底35を有し、該中段傾斜底35の前縁から立面部36が
垂下し、該立面部36の下縁から受底部37が前方に緩い下
り傾斜を伴なって延出し、受底部37の左右側縁には起立
側部38が設けてある。上記中段傾斜底35は前枠部材９を
本体ベース６に止着した場合に前枠部材９の傾斜板部29
の下方に位置するようになっており、緩い前下りの傾斜
を有している。この中段傾斜底35の上面中央には山型に
突出する山型凸部39を傾斜方向に沿って設け、落下路33
から中段傾斜底35に落下した球が中央部を流下しないよ
うになっている。尚、後枠８の外面には平行カット部ａ
やダイヤルカット部ｂを設けて光を乱反射させて装飾効
果向上させるとよい。On the other hand, the rear frame 8 fixed to the rear side of the main body base 6 is a substantially box frame-shaped member, and has a middle inclined bottom 35 at a lower portion of the special winning opening 7, and is provided in front of the middle inclined bottom 35. An upright portion 36 hangs down from the edge, and a receiving bottom 37 extends forward with a gentle downward slope from the lower edge of the upright portion 36, and upright side portions 38 are provided on the left and right side edges of the receiving bottom 37. It is. When the front frame member 9 is fixed to the main body base 6, the middle stepped bottom 35 is provided with the inclined plate 29
And has a gentle downward slope. At the center of the upper surface of the middle inclined bottom 35, a mountain-shaped convex portion 39 projecting in a mountain shape is provided along the inclination direction, and the falling path 33
The ball that has fallen to the middle inclined bottom 35 from below does not flow down the center. The outer surface of the rear frame 8 has a parallel cut portion a
Or, a dial cut portion b may be provided to irregularly reflect light to improve the decorative effect.

そして、上記立面部36と受底部37と起立側部38とで囲
まれる領域を入賞振分領域40とし、この入賞振分領域40
において、大入賞口７へ飛入した球を受底部37の前縁に
臨む特定入賞口25と一般入賞口26とへ振分ける。そのた
め、図示の実施例では、上記立面部36に回動可能な一対
の振分羽根41を軸着すると共に、上記振分羽根41の間に
上面が緩く下り傾斜する誘導障害部材42を突設する。上
記振分羽根41は後述する回動機構43により開閉可能であ
って、中段傾斜底35を流下する球を受止めて上記誘導障
害部材42の上面42′に載せることができ、この誘導障害
部材42の上面42′に載った球は特定入賞口25へ嵌入する
ようになっている。A region surrounded by the upright surface portion 36, the receiving bottom portion 37, and the upright side portion 38 is referred to as a winning distribution region 40, and the winning distribution region 40
In, the ball that has flown into the special winning opening 7 is distributed to the specific winning opening 25 facing the front edge of the receiving bottom portion 37 and the general winning opening 26. Therefore, in the illustrated embodiment, a pair of rotatable distribution blades 41 are pivotally mounted on the upright surface 36, and a guiding obstacle member 42 whose upper surface is gently inclined downward between the distribution blades 41 protrudes. Set up. The distribution blade 41 can be opened and closed by a rotation mechanism 43 described later, and can receive a ball flowing down the middle inclined bottom 35 and place it on the upper surface 42 ′ of the guidance obstacle member 42. The ball placed on the upper surface 42 'of the 42 fits into the specific winning opening 25.

一方、前記した凹室21においては、大入賞口７に飛入
した球が球通過口44を通って凹室21へ流入するように、
球通路20の傾斜上端20′を大入賞口７内に設けた中段傾
斜底35の前縁とほぼ同じ高さとなるように球の直径より
もやや広く延出させ、左右の球通路20の傾斜上端20′の
間には球が入賞振分領域40へ落下可能な落下空隙45を設
ける。また、凹室21の前面を覆う窓部材22の内端を上記
傾斜上端20′まで延出して停止部46を設け、停止部46の
内縁に球を凹室21方向へ誘導可能な傾斜面を有する爪部
46′を設ける。また、左右の窓部材22の下縁を幅狭なス
トッパー部47で結び、入賞振分領域40の上方部分を覆っ
て上記した振分羽根41に載った球を保持可能とする。従
って、球が大入賞口７の中段傾斜底35を後枠８の側壁48
に沿って流下する場合は、球は球通路20の上端に乗り移
ると共に、停止部46により入賞振分領域40への落下を阻
止され、流下方向を変換されて球通過口44を通って凹室
21へ流入する。一方、中段傾斜底35の中央よりを流下す
る球は落下空隙45から入賞振分領域40へ落下する。On the other hand, in the above-mentioned concave room 21, such that the ball that has flown into the special winning opening 7 flows into the concave room 21 through the ball passage opening 44,
The inclined upper end 20 ′ of the ball passage 20 is extended slightly wider than the diameter of the ball so that the front end of the middle inclined bottom 35 provided in the special winning opening 7 is approximately the same height as the ball passage 20. A drop gap 45 is provided between the upper ends 20 'so that the ball can drop into the winning distribution area 40. Further, the inner end of the window member 22 that covers the front surface of the concave chamber 21 extends to the inclined upper end 20 ′ to provide a stop part 46, and the inner edge of the stop part 46 has an inclined surface that can guide a ball toward the concave chamber 21. Claws
46 'is provided. Further, the lower edges of the left and right window members 22 are connected by a narrow stopper portion 47 so as to cover the upper part of the winning distribution area 40 and hold the ball placed on the distribution blade 41 described above. Accordingly, the ball is placed on the middle inclined bottom 35 of the big winning opening 7 at the side wall 48 of the rear frame 8.
When the ball flows down, the ball moves onto the upper end of the ball passage 20 and is stopped from falling into the winning distribution area 40 by the stopping portion 46, the flowing direction is changed, and the ball passes through the ball passage opening 44 and the concave chamber
Flow into 21. On the other hand, the ball flowing down from the center of the middle inclined bottom 35 falls from the falling gap 45 to the winning distribution area 40.

そして、凹室21の後壁部49には凹室21へ流入した球を
遊技盤２の後方へ排出可能とする球排出口50を設けると
共に、該球排出口50を閉鎖可能な可動部材51を上記凹室
21に収設して、球排出口50が閉鎖中に凹室21に流入する
球を当該凹室21内に貯留可能とする。この可動部材51は
例えばマジックハンド52により凹室21内を球通路20に沿
って摺動する。The rear wall 49 of the concave chamber 21 is provided with a ball discharge port 50 for discharging the ball flowing into the concave chamber 21 to the rear of the game board 2, and a movable member 51 capable of closing the ball discharge port 50. The above concave chamber
The sphere that flows into the concave chamber 21 while the ball discharge port 50 is closed is stored in the concave chamber 21. The movable member 51 is slid along the ball passage 20 in the concave chamber 21 by, for example, a magic hand 52.

上記可動部材51を作動させる作動機構53は例えば上記
マジックハンド52を伸縮させるスライダー54と該スライ
ダー54を駆動するソレノイド55等からなる。即ち、凹室
21の背面側にスライダーブラケット56を設け、このスラ
イダーブラケット56にスライダー54を装着し、該スライ
ダー54を２分割したスライダー押え部材57で脱落しない
ようにする。上記スライダー54の前面側には駆動軸孔58
を有する筒状部59を突設し、この筒状部59を凹室21の後
壁部49に開設したスライダー用長孔60から凹室21内へ臨
ませる。また、凹室21の後壁部49には凹室21内に突出す
る軸受ボス61を設けておく。そして、複数の連接杆62を
可動軸63を支点に平行四辺形に軸着した所謂マジックハ
ンド52の一端に設けたスライダー駆動ピン64をスライダ
ー54の駆動軸孔58に通して抜け止めしてスライダー54と
マジックハンド52とを軸着し、上記軸受ボス61にマジッ
クハンド52の固定軸65を軸着し、上記マジックハンド52
の他端に可動部材51を止着する。The operating mechanism 53 for operating the movable member 51 includes, for example, a slider 54 for expanding and contracting the magic hand 52, a solenoid 55 for driving the slider 54, and the like. That is, the concave chamber
A slider bracket 56 is provided on the back side of 21, and a slider 54 is attached to the slider bracket 56 so that the slider 54 is not dropped by a slider pressing member 57 divided into two parts. A drive shaft hole 58 is provided on the front side of the slider 54.
A cylindrical portion 59 having a protrusion is provided, and this cylindrical portion 59 faces the interior of the concave chamber 21 from the elongated hole for slider 60 formed in the rear wall 49 of the concave chamber 21. Further, a bearing boss 61 protruding into the concave chamber 21 is provided on the rear wall 49 of the concave chamber 21. Then, a slider driving pin 64 provided at one end of a so-called magic hand 52 in which a plurality of connecting rods 62 are pivotally mounted on a movable shaft 63 as a fulcrum through a driving shaft hole 58 of the slider 54 to prevent the slider 54 from coming off. The magic hand 52 and the magic hand 52 are mounted on the bearing boss 61, and the fixed shaft 65 of the magic hand 52 is mounted on the bearing boss 61.
The movable member 51 is fixed to the other end of.

一方、スライダー54の背面側には筒状凸部66を設け
て、この筒状凸部66を、支軸67を支点にして回動自在な
レバー68の一端に設けた遊嵌孔69に遊嵌する。また、上
記レバー68の他端にはピン孔70を設け、該ピン孔70にソ
レノイド55のプランジャ71に設けたピン72を遊嵌する。
従って、ソレノイド55を励磁すると、第７図に示すよう
にレバー68が回動してスライダー54を摺動させてマジッ
クハンド52が収縮する。このとき、レバー68の回動スト
ロークが僅かであってもマジックハンド52の各連接杆62
の移動量が増幅され可動部材51のストロークが大きくな
る。そして、マジックハンド52が伸長した状態では、可
動部材51が球排出口50のよりも大入賞口７側、即ち内側
に位置するので、大入賞口７から凹室21へ流出する球を
可動部材51で受け止めて凹室21内に貯留することができ
る。一方、マジックハンド52が収縮した状態では、可動
部材51が球排出口50の外側に位置するので、凹室21へ流
入する球が遊技盤２の後方へ排出される。On the other hand, a cylindrical convex portion 66 is provided on the back side of the slider 54, and the cylindrical convex portion 66 is loosely fitted in a loose fitting hole 69 provided at one end of a lever 68 which is rotatable about a support shaft 67 as a fulcrum. Fit. A pin hole 70 is provided at the other end of the lever 68, and a pin 72 provided on the plunger 71 of the solenoid 55 is loosely fitted in the pin hole 70.
Accordingly, when the solenoid 55 is excited, the lever 68 rotates and the slider 54 slides as shown in FIG. 7, and the magic hand 52 contracts. At this time, even if the rotation stroke of the lever 68 is slight, each connecting rod 62 of the magic hand 52
Is increased, and the stroke of the movable member 51 is increased. In the state where the magic hand 52 is extended, the movable member 51 is located on the side of the special winning opening 7, that is, on the inner side of the ball discharge opening 50, so that the ball flowing out of the special winning opening 7 into the concave chamber 21 is moved by the movable member 51. It can be received at 51 and stored in the concave chamber 21. On the other hand, when the magic hand 52 is contracted, since the movable member 51 is located outside the ball discharge port 50, the ball flowing into the concave chamber 21 is discharged to the rear of the game board 2.

尚、図示の実施例における変動入賞装置１の大入賞口
７の左右側縁に臨む前記球受部材13は次のような構成の
駆動機構17により二段階に開閉することができる。図示
の変動入賞装置１はソレノイド取付板73を有し、該ソレ
ノイド取付板73に切り起し状に設けた取付部74にネジ等
を挿着して後枠８に取り付けてある。また、球受部材13
の後面に一体的に設けた回動軸14は、本体ベース６を回
転自在に貫通し、該回動軸14の後端にクランク部材18を
嵌着する。該クランク部材18には上記回動軸14から偏心
する位置に連動ピン75を設ける。In addition, the ball receiving member 13 facing the left and right side edges of the special winning opening 7 of the variable winning device 1 in the illustrated embodiment can be opened and closed in two stages by a driving mechanism 17 having the following configuration. The illustrated variable winning device 1 has a solenoid mounting plate 73, and is attached to the rear frame 8 by inserting a screw or the like into a mounting portion 74 cut and raised on the solenoid mounting plate 73. In addition, ball receiving member 13
A rotating shaft 14 integrally provided on the rear surface of the rotating shaft 14 rotatably penetrates the main body base 6, and a crank member 18 is fitted to a rear end of the rotating shaft 14. The crank member 18 is provided with an interlocking pin 75 at a position eccentric from the rotation shaft 14.

上記ソレノイド取付板73には、戻りスプリング76によ
り常態で下方に突出するプランジャ77を有する大開放用
ソレノイド78をビス等でソレノイド取付板73の前面側に
取り付ける。上記プランジャ77の下端には球受部材13に
連絡する第１駆動部材79を設ける。この第１駆動部材79
は図示の実施例によれば、基板部80の左右両端に前面側
に突出する屈曲部81を介して立ち上り状の腕部82を有
し、腕部82の上端に横方向に延出する延出部83を設け、
この延出部83に横方向に伸びる長孔84を開設し、該長孔
84に前記したクランク部材18の連動ピン75を遊嵌して構
成してある。また、上記第１駆動部材79とプランジャ77
とは、プランジャ77に設けた縦溝85へ基板部80を挿入
し、該基板部80の中央部に開設した連繋孔86と、プラン
ジャ77に設けたピン孔87とを連通させて連繋ピン88を挿
入して軸着してある。A large-open solenoid 78 having a plunger 77 projecting downward in a normal state by a return spring 76 is attached to the front surface of the solenoid mounting plate 73 by screws or the like. At the lower end of the plunger 77, a first driving member 79 communicating with the ball receiving member 13 is provided. This first drive member 79
According to the illustrated embodiment, the left and right ends of the substrate portion 80 have rising arm portions 82 via bent portions 81 protruding to the front side, and extend laterally to the upper end of the arm portion 82. Provision 83 is provided,
A long hole 84 extending in the lateral direction is opened in the extension portion 83,
An interlocking pin 75 of the crank member 18 described above is loosely fitted to 84. Further, the first driving member 79 and the plunger 77
This means that the board portion 80 is inserted into the vertical groove 85 provided in the plunger 77, and the connecting hole 86 opened in the center of the Is inserted and attached to the shaft.

また、上記ソレノイド取付板73には小開放用ソレノイ
ド89を設ける。この小開放用ソレノイド89も常態では戻
りスプリング90により下方に突出するプランジャ91を有
している。この小開放用ソレノイド89のプランジャ91の
下端には第２駆動部材92を連絡する。この第２駆動部材
92は図示の実施例によれば、先端が二股に分岐して脚部
93を有するクランクアーム94と、該クランクアーム94の
脚部93の間に長さの途中を軸着したクランクバー95等と
からなる。The solenoid mounting plate 73 is provided with a small opening solenoid 89. This small opening solenoid 89 also has a plunger 91 which protrudes downward by a return spring 90 in a normal state. A second drive member 92 is connected to the lower end of the plunger 91 of the small opening solenoid 89. This second drive member
92 is a bifurcated tip at the leg according to the illustrated embodiment.
The crank arm 94 includes a crank arm 94, and a crank bar 95, etc., which is axially mounted between legs 93 of the crank arm 94.

上記クランクバー95は、基端96をソレノイド取付板73
に軸着して揺動自在な片持ち状とするが、図示の実施例
ではソレノイド取付板73に挿通口97を開設し、この挿通
口97に上記クランクバー95を通すと共に、ソレノイド取
付板73の裏側に軸受枠98を添設し、この軸受枠98の軸受
凹部99に支点軸100を架設し、該支点軸100を軸押え板10
1で支承して、上記クランクバー95を支点軸100により軸
着している。The crank bar 95 has a base end 96 connected to the solenoid mounting plate 73.
In the illustrated embodiment, an insertion hole 97 is opened in the solenoid mounting plate 73, and the crank bar 95 is passed through the insertion hole 97, and the solenoid mounting plate 73 is A bearing frame 98 is attached to the back of the bearing frame 98, a fulcrum shaft 100 is installed in a bearing recess 99 of the bearing frame 98, and the fulcrum shaft 100 is
The crank bar 95 is supported by a fulcrum shaft 100 while being supported at 1.

そして、上記第２駆動部材92の移動軌跡上に前記した
第１駆動部材79を位置させる。即ち、上記したクランク
バー95の自由端側の先端部102を前記した第１駆動部材7
9の腕部82の基端部103に臨ませると共に、基端部103に
係止口104を開設し、この係止口104の上縁にはひさし状
の係合部105を突設するのである。このようにすれば、
上記係止口104はクランクバー95が支点軸100を中心に回
動する移動軌跡上に位置し、係合部105は移動軌跡の内
側に位置する。従って、クランクバー95が回動すると、
該クランクバー95の先端部102が係止口104内に陥入する
と共に、係合部105の下面にクランクバー95の先端部102
が下側から当接する。Then, the first drive member 79 is positioned on the movement locus of the second drive member 92. That is, the distal end portion 102 on the free end side of the crank bar 95 is connected to the first driving member 7.
Since the lock portion 104 is opened at the base portion 103 while facing the base portion 103 of the ninth arm portion 82, an eave-shaped engagement portion 105 is projected from the upper edge of the lock portion 104. is there. If you do this,
The locking opening 104 is located on a movement locus around which the crank bar 95 rotates about the fulcrum shaft 100, and the engaging portion 105 is located inside the movement locus. Therefore, when the crank bar 95 rotates,
The tip 102 of the crank bar 95 is recessed into the locking opening 104 and the tip 102 of the crank bar 95 is
Abuts from below.

上記のような変動入賞装置１の開閉機構において、大
開放用ソレノイド78を励磁すると、プランジャ77が吸引
され、該プランジャ77が戻りスプリング76に抗して直ち
に上昇して第１駆動部材79が上方へ牽引される。第１駆
動部材79が上昇すると、延出部83の長孔84に連動ピン75
が遊嵌しているので、クランク部材18が回動軸14を支点
に回動し、該回動軸14と一体の球受部材13が回動して大
入賞口７を大きく開放する。このように大開放用ソレノ
イド78を作動させる場合は該大開放用ソレノイド78の全
ストロークで球受部材13を開放するので、開放角度が大
きな大開放となる（第２図実線の状態）。尚、クランク
バー95の先端部102は第１駆動部材79の係合部105から外
れているので、クランクバー95が第１駆動部材79の上昇
の障害となることはない。In the opening and closing mechanism of the variable winning device 1 as described above, when the large opening solenoid 78 is excited, the plunger 77 is attracted, the plunger 77 immediately rises against the return spring 76, and the first driving member 79 moves upward. To be towed. When the first drive member 79 is raised, the interlocking pin 75 is inserted into the elongated hole 84 of the extension 83.
Is loosely fitted, so that the crank member 18 rotates about the rotation shaft 14 as a fulcrum, and the ball receiving member 13 integrated with the rotation shaft 14 rotates to open the large winning opening 7 greatly. When the large opening solenoid 78 is operated in this manner, the ball receiving member 13 is opened with the entire stroke of the large opening solenoid 78, so that the opening angle becomes large and large (the state shown by the solid line in FIG. 2). Since the distal end portion 102 of the crank bar 95 is disengaged from the engaging portion 105 of the first drive member 79, the crank bar 95 does not hinder the first drive member 79 from rising.

一方、小開放用ソレノイド89を励磁すると、プランジ
ャ91が吸引され、該プランジャ91が戻りスプリング90に
抗して上昇するので、クランクアーム94が上方へ牽引さ
れ、支点軸100を中心にして上方へ回動する。この場
合、小開放用ソレノイド89の励磁の初期段階では、第２
駆動部材92であるクランクバー95の先端部102が、第１
駆動部材79の係合部105に当接していないので、第１駆
動部材79には影響がなく、球受部材13も回動しない。そ
して、次の段階ではクランクバー95の先端部102が係止
口104に陥入すると共に、係合部105に下面側から当接
し、更に励磁を続けると、クランクバー95が第１駆動部
材79を上方に押し上げる。このとき、延出部83の長孔84
に遊合する連動ピン75によりクランク部材18が回動軸14
を支点にして回動するので、該回動軸14と一体の球受部
材13が回動して大入賞口７を開放する。従って、この小
開放用ソレノイド89においては、励磁の初期段階でクラ
ンクバー95が遊んでいるので、球受部材13が直ちに回動
を開始せず、小開放用ソレノイド89のストロークに対し
て球受部材13の回動角の少ない小開放となる（第２図鎖
線の状態）。On the other hand, when the small opening solenoid 89 is excited, the plunger 91 is attracted, and the plunger 91 rises against the return spring 90, so that the crank arm 94 is pulled upward, and the crank arm 94 is moved upward about the fulcrum shaft 100. Rotate. In this case, in the initial stage of the excitation of the small opening solenoid 89, the second
The distal end portion 102 of the crank bar 95 as the driving member 92 is
Since it does not contact the engaging portion 105 of the driving member 79, the first driving member 79 is not affected and the ball receiving member 13 does not rotate. Then, in the next stage, the distal end portion 102 of the crank bar 95 enters into the locking opening 104 and abuts on the engaging portion 105 from the lower surface side. Push up. At this time, the elongated hole 84 of the extension 83
The crank member 18 is rotated by the interlocking pin 75
, So that the ball receiving member 13 integrated with the rotation shaft 14 rotates to open the special winning opening 7. Therefore, in the small opening solenoid 89, since the crank bar 95 is idle at the initial stage of the excitation, the ball receiving member 13 does not immediately start rotating, and the ball receiving member 13 does not respond to the stroke of the small opening solenoid 89. The opening of the member 13 is small with a small rotation angle (the state shown by the chain line in FIG. 2).

そしてこのとき、クランクバー95の先端部102が第１
駆動部材79の係止口104に陥入しているので、第１駆動
部材79がロックされる。従って、打球が球受部材13に衝
突したり、振動が加わっても破損することがなく故障も
少ない。At this time, the tip 102 of the crank bar 95
The first driving member 79 is locked because it is recessed in the locking opening 104 of the driving member 79. Therefore, even if the hit ball collides with the ball receiving member 13 or vibration is applied, the ball is not damaged, and there is little failure.

また、この小開放用ソレノイド89はプランジャ91を全
ストロークに亙って吸引しているので、小開放用ソレノ
イド89が完全に機能し、熱や異音を発生することがな
い。Further, since the small opening solenoid 89 sucks the plunger 91 over the entire stroke, the small opening solenoid 89 fully functions, and does not generate heat or abnormal noise.

上記のような構成の開閉機構によれば、球受部材13を
異なる開度で開閉することができ、小開放の回数を多く
して、例えば通常のパチンコ遊技の場合18回開閉すると
ころを36回開閉させたり、大開放と小開放とを組み合せ
たりして多様な遊技が可能になる。また、大開放と小開
放のために別個のソレノイドを設けてあるので、個々の
ソレノイドを励磁することにより夫々の開度に応じた開
閉を迅速に行なうことができる。According to the opening and closing mechanism configured as described above, the ball receiving member 13 can be opened and closed at different degrees of opening, and the number of small openings is increased, for example, in the case of a normal pachinko game, the opening and closing of 18 times is reduced. A variety of games are made possible by opening and closing or by combining large opening and small opening. In addition, since separate solenoids are provided for large opening and small opening, opening and closing according to each opening can be quickly performed by exciting the individual solenoids.

一方、中段傾斜底35と特定入賞口25及び一般入賞口26
との間に形成した入賞振分領域40内に設けた振分羽根41
は、モータ106を駆動源として常時作動している。この
振分羽根41の回動機構43は、例えば第４図、第５図に見
られるに、振分羽根41の後面に回動軸107を植設し、該
回動軸107の後端にクランクピン108を有するクランク部
材109を嵌着し、上記クランクピン108を摺動板110に開
設したクランクピン用長孔111に遊嵌し、後枠８の後面
に設けた取付ボスに止着した摺動押え板112により、上
記摺動板110を上下方向にのみ摺動可能に止着してあ
る。上記摺動板110はまた横方向に開設したカムピン用
長孔113を有し、このカムピン用長孔113にモータ106の
出力軸114に連結した駆動カム115に偏心させて設けたカ
ムピン116を遊嵌する。従って、モータ106が回転すると
駆動カム115が回転してカムピン116がカムピン用の長孔
113内で移動し、横方向の移動が摺動押え板112により規
制された摺動板110が上下方向に摺動する。このとき、
クランクピン用長孔111にクランクピン108が遊嵌してい
るので、該クランクピン108を介してクランク部材109が
回動し、クランク部材109と一体状の振分羽根41が回動
軸107を支点に回動する。On the other hand, the middle inclined bottom 35, the special winning opening 25 and the general winning opening 26
Distribution blades 41 provided in the winning distribution region 40 formed between
Always operates with the motor 106 as a drive source. For example, as shown in FIGS. 4 and 5, the rotation mechanism 43 of the distribution blade 41 has a rotation shaft 107 planted on the rear surface of the distribution blade 41 and a rear end of the rotation shaft 107. A crank member 109 having a crankpin 108 was fitted, the crankpin 108 was loosely fitted in a crankpin slot 111 formed in a sliding plate 110, and was fixed to a mounting boss provided on the rear surface of the rear frame 8. The sliding plate 110 is fastened by a sliding holding plate 112 so as to be slidable only in the vertical direction. The slide plate 110 also has a cam pin elongated hole 113 formed in the lateral direction, and a cam pin 116 provided eccentrically to a drive cam 115 connected to an output shaft 114 of a motor 106 in the cam pin elongated hole 113. Fit. Therefore, when the motor 106 rotates, the driving cam 115 rotates, and the cam pin 116
The sliding plate 110, which moves in the direction 113 and whose horizontal movement is regulated by the sliding holding plate 112, slides in the vertical direction. At this time,
Since the crankpin 108 is loosely fitted in the crankpin elongated hole 111, the crank member 109 rotates through the crankpin 108, and the distribution blade 41 integrated with the crank member 109 rotates the rotation shaft 107. Rotate to a fulcrum.

このとき、振分羽根41の先端の描く軌跡は円弧形とな
るが、振分羽根41が閉じる方向へ回動中であって羽根41
の先端と誘導障害部材42との間隔が球の直径よりも狭い
状態のときに、中段傾斜底35から流下してくる球は、ス
トッパー部47で受け止められ、振分羽根41に誘導されて
誘導障害部材42の上面42′に載り、上面42′を転動して
ストッパー部材47を越えて中央の特定入賞口25へ嵌入す
る。一方、振分羽根41が開く方向へ回動中の場合には球
が外方向へ誘導されるので左右の一般入賞口26へ入賞し
易くなる。At this time, the trajectory drawn by the tip of the distribution blade 41 has an arc shape, but the distribution blade 41 is rotating in the closing direction and
When the distance between the tip of the ball and the guide obstacle member 42 is smaller than the diameter of the ball, the ball flowing down from the middle inclined bottom 35 is received by the stopper portion 47 and guided by the distribution blade 41. The player rides on the upper surface 42 ′ of the obstacle member 42, rolls over the upper surface 42 ′, fits over the stopper member 47, and fits into the central special winning opening 25. On the other hand, when the distribution blade 41 is rotating in the opening direction, the ball is guided outward, so that it is easy to win the left and right general winning openings 26.

尚、特定入賞口25や一般入賞口26、天入賞口11、ある
いは球排出口50から遊技盤２の後方へ排出された球は遊
技盤２の背面に止着されたセット板117に設けた球集合
樋118によって集められる。また、前記した作動機構53
のソレノイド55もこのセット板118に止着してある。The balls ejected from the specific winning opening 25, the general winning opening 26, the natural winning opening 11, or the ball outlet 50 to the rear of the game board 2 are provided on a set plate 117 fixed to the back of the game board 2. Collected by ball collecting gutter 118. Further, the above-described operation mechanism 53
The solenoid 55 is also fixed to the set plate 118.

次に、上記のような構成の変動変動入賞装置１を配設
したパチンコ機の遊技を簡単に説明すると、パチンコ機
は電源の投入により振分羽根41が回動を開始すると共
に、大入賞口７の側縁に臨む球受部材13は起立して第１
状態を維持し、凹室21のマジックハンド52は収縮して可
動部材51が球排出口50より外側に位置して球排出口50が
開放された初期状態となる。Next, the game of the pachinko machine provided with the variable fluctuation winning device 1 having the above-described configuration will be briefly described. When the pachinko machine is turned on, the sorting blades 41 start rotating and the big win port. The ball receiving member 13 facing the side edge of 7 stands up and the first
The state is maintained, and the magic hand 52 in the concave chamber 21 contracts, and the movable member 51 is positioned outside the ball discharge port 50, and the ball discharge port 50 is in an initial state.

遊技者が発射した打球が第１始動口5aに飛入すると、
検出器119aがこの球を検出して電気的制御装置が駆動機
構17の大開放用ソレノイド78を励磁して球受部材13を約
0.8秒間２回大きく開閉すると共に、作動機構53のソレ
ノイド55を励磁してマジックハンド52を伸長させて可動
部材51を球排出口50よりも内側に位置させる。また、左
右の第２始動口5bに飛入し、検出器119bが球を検出した
場合に電気的制御装置が小開放用のソレノイド89を励磁
して球受部材13を約0.5秒１回小さく開くと共に、作動
機構53のソレノイド55を励磁して可動部材51を約0.5秒
球排出口50の内側に位置させる。When the hit ball fired by the player jumps into the first starting port 5a,
The detector 119a detects this ball, and the electric control unit excites the large opening solenoid 78 of the drive mechanism 17 to move the ball receiving member 13 to about
It opens and closes twice for 0.8 seconds, excites the solenoid 55 of the operating mechanism 53, extends the magic hand 52, and positions the movable member 51 inside the ball discharge port 50. Also, when the ball jumps into the left and right second starting ports 5b and the detector 119b detects a ball, the electric control unit excites the small opening solenoid 89 and makes the ball receiving member 13 smaller by about 0.5 seconds once. Upon opening, the solenoid 55 of the operating mechanism 53 is excited to position the movable member 51 inside the ball outlet 50 for about 0.5 seconds.

球受部材13が回動して大入賞口７が開放中に球が大入
賞口７に飛入すると、傾斜板部29を後方へ転動して左右
何れかの10カウントスイッチ34を通って、中段傾斜底35
に落下する。中段傾斜底35に落下した球は該中段傾斜底
35を傾斜に従って前方へ転動することになるが、中段傾
斜底35の中央に山型凸部39が設けてあるので中央部を転
動することができずに、山型凸部39の何れかの側を転動
する。そして、大入賞口７の側壁48に沿って転動する場
合は凹室21の球通路20の先端部に乗り移って球通過口44
から凹室21内へ流入する。このとき可動部材51が球排出
口50の外側に位置していれば、凹室21に流入した球は球
排出口50から遊技盤２の後方へ排出される。一方、可動
部材51が球排出口50の内側に位置する場合には、球排出
口50が可動部材51により閉止されているので、球が凹室
21内に一時保留される。If the ball jumps into the special winning opening 7 while the ball receiving member 13 rotates and the special winning opening 7 is opened, the inclined plate portion 29 rolls backward and passes through the 10 count switch 34 on either the left or right. , Middle slope bottom 35
To fall. The ball that fell on the middle slope bottom 35 is the middle slope bottom
Although the roller 35 rolls forward according to the inclination, since the mountain-shaped convex portion 39 is provided at the center of the middle inclined bottom 35, the central portion cannot be rolled, and any of the mountain-shaped convex portions 39 Roll on that side. Then, when rolling along the side wall 48 of the special winning opening 7, the player rides on the tip of the ball passage 20 of the concave chamber 21 and moves to the ball passing opening 44.
Flows into the recessed chamber 21 from the inside. At this time, if the movable member 51 is located outside the ball outlet 50, the ball that has flowed into the concave chamber 21 is discharged from the ball outlet 50 to the rear of the game board 2. On the other hand, when the movable member 51 is located inside the ball discharge port 50, the ball discharge port 50 is closed by the movable member 51, so that the ball is in the concave chamber.
It is temporarily held in 21.

また、中段傾斜底35の山型凸部39付近を転動する球
は、球通路20に乗り移ることなく球落下間隔から入賞振
分領域40へ落下する。Further, the ball rolling around the mountain-shaped convex portion 39 of the middle inclined bottom 35 falls into the winning distribution area 40 from the ball falling interval without moving on the ball path 20.

一方、上記凹室21に保留された球も可動部材51の作動
により球排出口50から遊技盤２の後方へ排出されるか、
または可動部材51に弾かれて再び大入賞口７へ戻り、球
落下間隔から入賞振分領域40へ飛入する。On the other hand, the ball retained in the concave chamber 21 is also discharged from the ball discharge port 50 to the rear of the game board 2 by the operation of the movable member 51,
Alternatively, the ball is flipped by the movable member 51 and returns to the special winning opening 7 again, and jumps into the winning distribution area 40 from the ball drop interval.

入賞振分領域40へ飛入する球は何れの経路を経由して
も常時回動している振分羽根41により特定入賞口25と一
般入賞口26とに振分けられる。即ち、振分羽根41が閉じ
る方向へ回動し、且つ水平位置より上方へ位置している
ときに入賞振分領域40に飛入する球は、振分羽根41と窓
部材22のストッパー部47と誘導障害部材42とで支えら
れ、振分羽根41の回動により上方へ移動され誘導障害部
材42の上面42′に載る。誘導障害部材42の上面42′には
特定入賞口25へ向かう下り傾斜が設けてあるので、球は
この上面42′を転動してストッパー部47を越えて特定入
賞口25へ落下する。また誘導障害部材42と振分羽根41と
の距離が球の直径よりも狭いときに入賞振分領域40に流
下する球は振分羽根41の先端部又は誘導障害部材42の上
面42′からストッパー部47を越えて特定入賞口25または
左右の一般入賞口26へ落下する。更に、振分羽根41が開
く方向に回動し、且つ誘導障害部材42と振分羽根41との
間隔が球の直径よりも広い場合に、入賞振分領域40に流
下する球は、振分羽根41の内面を横方向へ転動してスト
ッパー部47の下側を通って一般入賞口26へ流入する。The ball flying into the prize distribution area 40 is distributed to the specific prize port 25 and the general prize port 26 by the always-distributing distribution blade 41 regardless of the route. That is, when the distribution blade 41 is rotated in the closing direction and jumps into the winning distribution region 40 when the distribution blade 41 is located above the horizontal position, the stopper blade 47 of the distribution blade 41 and the window member 22 forms a ball. , And is moved upward by the rotation of the distribution blade 41, and is placed on the upper surface 42 ′ of the guidance obstacle member 42. Since the upper surface 42 'of the guiding obstacle member 42 is provided with a downward slope toward the specific winning opening 25, the ball rolls on the upper surface 42' and drops to the specific winning opening 25 over the stopper portion 47. Further, when the distance between the guiding obstacle member 42 and the distribution blade 41 is smaller than the diameter of the ball, the ball flowing down to the winning distribution area 40 stops from the tip of the distribution blade 41 or the upper surface 42 'of the guidance obstacle member 42. It falls to the specific winning opening 25 or the right and left general winning opening 26 over the part 47. Furthermore, when the distribution blade 41 rotates in the opening direction and the distance between the guiding obstacle member 42 and the distribution blade 41 is wider than the diameter of the ball, the ball flowing down to the winning distribution region 40 is not distributed. The inner surface of the blade 41 rolls in the lateral direction and flows into the general winning opening 26 through the lower side of the stopper portion 47.

尚、ストッパー部47に代えて第５図に２点鎖線で示す
ように振分羽根41に球を係止可能なリブ41′を設けて、
入賞振分領域40に流入する球を一時保留可能としてもよ
い。Instead of the stopper portion 47, a rib 41 'capable of locking a ball is provided on the distribution blade 41 as shown by a two-dot chain line in FIG.
The ball flowing into the winning distribution area 40 may be temporarily held.

上記のようにして運良く特定入賞口25へ球が流入する
と、この球を継続スイッチ27が検出して特別遊技に移行
する。When the ball flows into the specific winning opening 25 luckily as described above, the continuation switch 27 detects this ball and shifts to a special game.

特別遊技が開始すると、球受部材13が起立して大入賞
口７を約３秒間閉止後、新たに18回の開閉動作を開始
し、約20秒間又は大入賞口７へ10個の球が飛入する迄開
閉する。尚、上記３秒間の閉止中に凹室21内の可動部材
51が２回摺動し、球排出口50の内側で停止し、凹室21内
に球を保留可能とする。そして、球受部材13が回動して
球が大入賞口７へ飛入すると、この球を10カウントスイ
ッチ34が計数し、球を５個計数した後、又は球受部材13
が10回開閉した後は、10カウントスイッチ34が球を検出
する毎に可動部材51が約0.3秒外側へ摺動し、その後内
側に戻る。従って、保留された球が球排出口50へ排出さ
れてしまったり、球排出口50に排出されかけた球が大入
賞口７へ押し戻されたり、特定入賞口25へ飛ばされたり
して、球の動きに変化が加わる。そして、球受部材13の
18回の開閉又は10個の球が大入賞口７へ飛入すると開閉
動作が終了するが、上記開閉動作中に特定入賞口25へ球
が入球すると、上記動作を１サイクルとして次のサイク
ルに移行し、サイクルは最高８回まで更新が可能であ
る。When the special game starts, the ball receiving member 13 stands up and closes the special winning opening 7 for about 3 seconds, and then starts a new 18 opening / closing operation, and for about 20 seconds or 10 balls enter the special winning opening 7 Open and close until it jumps in. During the closing for 3 seconds, the movable member in the concave chamber 21 is closed.
51 slides twice and stops inside the ball discharge port 50, so that the ball can be retained in the concave chamber 21. When the ball receiving member 13 rotates and the ball jumps into the special winning opening 7, the 10-count switch 34 counts the ball, and after counting five balls, the ball receiving member 13
After opening and closing 10 times, each time the 10 count switch 34 detects a ball, the movable member 51 slides outward for about 0.3 seconds and then returns inside. Therefore, the retained ball is discharged to the ball discharge port 50, the ball discharged to the ball discharge port 50 is pushed back to the special winning opening 7, or the ball is skipped to the specific winning opening 25, Changes are added to the movement of And the ball receiving member 13
The opening / closing operation ends when 18 open / close operations or 10 balls enter the special winning opening 7, but when a ball enters the specific winning opening 25 during the opening / closing operation, the above operation is regarded as one cycle and the next cycle is performed. And the cycle can be updated up to eight times.

上記のようなパチンコ機は、大入賞口７へ飛入した球
を横方向へ移動させ又は貯留することにより球の動きに
従来にない変化を与えているので、従来見られない新鮮
なパチンコ遊技を提供する。The above-mentioned pachinko machine gives an unprecedented change to the movement of the ball by moving or storing the ball that has flown into the special winning opening 7 in the lateral direction, so that a fresh pachinko game that has not been seen before can be provided. I will provide a.

尚、図示の変動入賞装置１によれば、球受部材13の２
段階に開閉可能であるので、サイクルの途中で球受部材
13の開閉角度を変えたり、開閉回数を変更したりするこ
とができ、多種多様な遊技対応することができる。ま
た、図示の実施例は入賞振分領域40に振分羽根41を設け
ているので、特定入賞口25と一般入賞口26との振分けに
おいても球の動きに多様な変化を与えることができ、球
の経路や入賞の予測が困難な興趣あるパチンコ遊技が可
能になる。According to the illustrated variable winning device 1, the ball receiving member 13-2
It can be opened and closed in stages, so the ball receiving member
13 opening and closing angles can be changed and the number of times of opening and closing can be changed, so that a wide variety of games can be supported. In the illustrated embodiment, since the distribution blades 41 are provided in the winning distribution area 40, various changes can be given to the movement of the ball even in the distribution between the specific winning opening 25 and the general winning opening 26, An interesting pachinko game in which it is difficult to predict the path of the ball and the winning is possible.

以上、本発明を図面の実施例について説明したが、本
発明は上記した実施例に限定されるものではなく、特許
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。As described above, the present invention has been described with reference to the embodiment in the drawings. However, the present invention is not limited to the above-described embodiment, and can be appropriately implemented unless the configuration described in the claims is changed.

〈発明の効果〉 以上要するに本発明は、開口部を有する本体ベース
に、前面が開放する箱枠状の後枠を止着して大入賞口を
形成し、この大入賞口に特定入賞口と一般入賞口とを設
け、上記本体ベースには当該大入賞口に向って緩い上り
傾斜を有する球通路を有する凹室を連設すると共に、該
凹室と上記大入賞口とを球通過口により連通させ、上記
凹室には球排出口を開設すると共に、この球排出口を閉
止可能な可動部材を収設し、該可動部材を作動機構によ
り作動させたときに、凹室内に球を貯留可能とすると共
に、凹室内の球を大入賞口の特定入賞口へ誘導可能とし
たので、球に従来では見られないほぼ水平方向の動きを
与えることができ、球の経路に予測が困難になって、従
来にない新鮮なパチンコ遊技が可能になると共に、球の
動きを遊技者がよく確認でき、入賞の期待感を増大せて
パチンコ遊技の興趣を向上させることができる。<Effects of the Invention> In summary, the present invention forms a special winning opening by fastening a box frame-shaped rear frame having an open front to a main body base having an opening, and forming the special winning opening with the special winning opening. A general winning opening is provided, and a concave room having a ball passage having a gentle upward slope is provided continuously with the main body base, and the concave room and the large winning opening are connected by a ball passing opening. The sphere outlet is opened in the concave chamber, and a movable member capable of closing the sphere outlet is housed in the concave chamber. When the movable member is operated by the operating mechanism, the sphere is stored in the concave chamber. In addition to making it possible to guide the ball in the concave room to the special winning opening of the big winning opening, it is possible to give the ball a nearly horizontal movement that can not be seen conventionally, making it difficult to predict the path of the ball. As a result, a new and unprecedented pachinko game becomes possible, and the movement of the ball The player can confirm the game well, and can increase the expectation of winning, thereby improving the interest of the pachinko game.

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

図面は本発明の実施例を示し、第１図は遊技盤の正面
図、第２図は変動入賞装置の一部欠截正面図、第３図は
同上の背面図、第４図は同上の縦断面図、第５図は分解
斜視図、第６図は駆動機構の分解斜視図、第７図は作動
機構の説明図、第８図は駆動機構の背面図、第９図は第
８図のIX−IX線断面図、第10図は第８図のＸ−Ｘ線断面
図、第11図は遊技盤の背面図、第12図は第１始動口のタ
イムチャート、第13図は第２始動口のタイムチャート、
第14図は特別遊技の１サイクルのタイムチャート、第15
図はサイクル更新時のタイムチャートである。 ６……本体ベース、７……大入賞口、８……後枠、20…
…球通路、21……凹室、25……特定入賞口、26……一般
入賞口、44……球通過口、50……球排出口、51……可動
部材、53……作動機構。1 is a front view of a game board, FIG. 2 is a partially cutaway front view of a variable winning device, FIG. 3 is a rear view of the same, and FIG. FIG. 5 is an exploded perspective view, FIG. 6 is an exploded perspective view of a drive mechanism, FIG. 7 is an explanatory view of an operation mechanism, FIG. 8 is a rear view of the drive mechanism, and FIG. 9 is FIG. FIG. 10 is a sectional view taken along line IX-IX of FIG. 10, FIG. 10 is a sectional view taken along line XX of FIG. 8, FIG. 11 is a rear view of the game board, FIG. 2 Start time chart,
FIG. 14 is a time chart of one cycle of a special game, and FIG.
The figure is a time chart at the time of cycle update. 6 ... body base, 7 ... big winning opening, 8 ... rear frame, 20 ...
... ball passage, 21 ... recessed room, 25 ... specific winning port, 26 ... general winning port, 44 ... ball passing port, 50 ... ball discharging port, 51 ... movable member, 53 ... operating mechanism.

Claims (1)

(57)【特許請求の範囲】(57) [Claims] 【請求項１】開口部を有する本体ベースに、前面が開放
する箱枠状の後枠を止着して大入賞口を形成し、この大
入賞口に特定入賞口と一般入賞口とを設け、上記本体ベ
ースには当該大入賞口に向って緩い上り傾斜を有する球
通路を有する凹室を連設すると共に、該凹室と上記大入
賞口とを球通過口により連通させ、上記凹室には球排出
口を開設すると共に、この球排出口を閉止可能な可動部
材を収設し、該可動部材を作動機構により作動させたと
きに、凹室内に球を貯留可能とすると共に、凹室内の球
を大入賞口の特定入賞口へ誘導可能としたことを特徴と
するパチンコ機の振分装置。A large winning opening is formed by fastening a box frame-shaped rear frame having an open front to a main body base having an opening, and a special winning opening and a general winning opening are provided in the large winning opening. A concave chamber having a ball passage having a gentle upward slope toward the special winning opening is connected to the main body base, and the concave chamber and the special winning opening are communicated with each other through a ball passing opening; In addition to opening a ball discharge port, a movable member capable of closing the ball discharge port is provided, and when the movable member is operated by an operating mechanism, the ball can be stored in the concave chamber, A sorting device for a pachinko machine, wherein an indoor ball can be guided to a specific winning opening of a large winning opening.