JP4662329B2 - Game parts for ball game machines - Google Patents

Game parts for ball game machines Download PDF

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JP4662329B2
JP4662329B2 JP2004198565A JP2004198565A JP4662329B2 JP 4662329 B2 JP4662329 B2 JP 4662329B2 JP 2004198565 A JP2004198565 A JP 2004198565A JP 2004198565 A JP2004198565 A JP 2004198565A JP 4662329 B2 JP4662329 B2 JP 4662329B2
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game
ball
winning
passage
opening
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JP2006015079A (en
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貴章 木下
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Sammy Corp
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本発明は、弾球遊技機に用いられる遊技部品に関し、なお詳細には、中央に前後開口する窓口を有して枠状に形成され、一般的には遊技盤の中央部に取り付けられる遊技部品に関する。   The present invention relates to a gaming component used in a ball game machine, and more specifically, a gaming component that is formed in a frame shape with a window opening at the front and rear in the center and is generally attached to the central portion of a gaming board. About.

弾球遊技機の代表例とされるパチンコ機では、従来から第１種パチンコ機に分類される弾球遊技機が広く親しまれている。この種の弾球遊技機では、遊技盤の中央奥部に液晶パネル等を利用した図柄表示装置が設けられ、表示画面の外周に中央飾りと称される枠状の遊技部品が取り付けられている。遊技盤面には中央飾りの下側に位置して始動入賞具と呼ばれる固定または可変の入賞口（始動入賞口）を有した入賞具が設けられるとともに、その下側にアタッカー装置と呼ばれる大型の入賞口（大入賞口）およびこの大入賞口を開閉する開閉扉を有した開閉入賞機構が設けられている。そして第１種パチンコ機では、始動入賞具に遊技球が入賞したことにより、図柄表示装置に表示される図柄が所定時間変動表示された後停止され、この停止図柄の組み合わせが特定の図柄の組み合わせに該当する場合に大入賞口が開放されて遊技者に有利な特別遊技状態が生起されるように構成されている。（例えば、特許文献１、特許文献２）。
特開平８−１８２８３１号公報 特開２００１−３４０５７５号公報 In pachinko machines, which are typical examples of ball game machines, hitherto, ball game machines classified as first type pachinko machines have been widely used. In this type of ball game machine, a symbol display device using a liquid crystal panel or the like is provided at the center back of the game board, and a frame-like game part called a center ornament is attached to the outer periphery of the display screen. . The game board surface is provided with a prize-winning tool having a fixed or variable prize-winning opening (starting prize-winning opening) called a starting prize-winning tool located below the central ornament, and a large-scale prize called an attacker device on the lower side thereof. An opening / closing prize winning mechanism having a mouth (large prize winning opening) and an opening / closing door for opening and closing the big winning prize opening is provided. In the first type pachinko machine, when the game ball is won in the start winning tool, the symbol displayed on the symbol display device is displayed after being fluctuated for a predetermined time and then stopped, and this combination of the stopped symbols is a specific symbol combination. The special winning state advantageous to the player is generated when the special winning opening is opened when the above is true. (For example, Patent Document 1 and Patent Document 2).
JP-A-8-182831 JP 2001-340575 A

このようなパチンコ機にあって、近年では表示画面の多様化や視覚的効果の向上を目指して図柄表示装置の大画面化が進展しており、この結果、遊技領域が圧迫されて遊技球の転動領域が減少し、図柄表示装置の下方に配置される始動入賞具やアタッカー装置の配置に苦慮する問題が生じている。特に、始動入賞具として可変入賞具を用いたり、いわゆる振り分けタイプの入賞具を配置しようとした場合には、これらの入賞具の上下方向寸法が比較的大きいことから、この問題が深刻であり、図柄表示装置の大型化と引き替えに使用可能な入賞具が制限されるという問題があった。   In such a pachinko machine, in recent years, the display screen has been enlarged with the aim of diversifying display screens and improving visual effects. As a result, the game area is under pressure and The rolling area is reduced, and there is a problem that it is difficult to arrange the start winning tool and the attacker device arranged below the symbol display device. In particular, when using variable prizes as starting prizes or trying to place so-called sort-type prizes, the vertical dimension of these prizes is relatively large, so this problem is serious. There has been a problem that prizes that can be used in exchange for enlargement of symbol display device are limited.

また、図柄表示装置の大画面化とともに拡大する中央飾りの大型化によって、中央飾りの下側領域に打球を誘導する誘導部材や釘配置に困難性が生じ、狭小化した中央飾りの下側領域に苦心して始動入賞具とアタッカー装置を配置しても、遊技球がこれらの入賞具の側方を落下して十分な球流れが得られず、殆ど始動入賞具に入賞しない、またはせっかく大入賞口が開放されても所定期間内にわずか数球しか入賞しない、あるいは所定期間内にラウンド更新条件が満たされずに特別遊技が終了してしまう、など遊技者にとって不利益な状況が頻発する虞があるという問題があった。   In addition, the enlargement of the central ornament that expands with the increase in the screen size of the symbol display device makes it difficult to place guide members and nails that guide the hit ball in the lower region of the central ornament, and the lower region of the central ornament that is narrowed Even if the start prizes and the attacker device are arranged with difficulty, the game balls will fall off the sides of these prizes and a sufficient flow of balls will not be obtained, and there will be almost no prizes for the start prizes or great prizes. Even if the mouth is opened, only a few balls may be won within a predetermined period, or a special game may be terminated without satisfying the round renewal conditions within the predetermined period, which may cause disadvantageous situations for the player. There was a problem that there was.

本発明は上記のような問題に鑑みてなされたものであり、図柄表示装置の大型化に拘わらず、限られた遊技盤面のスペース内で入賞具の選定や配設位置等のゲージ設定の自由度を確保するとともに、中央飾りの下部領域に配設される入賞具等にも球流れを確保し得る遊技部品を提供することを目的とする。   The present invention has been made in view of the above-described problems. Regardless of the increase in the size of the symbol display device, the selection of prize-winning equipment and the setting of gauges such as the placement position can be freely performed within the limited space on the game board surface. An object of the present invention is to provide a gaming component that can secure a ball flow in a prize-winning tool or the like disposed in a lower region of a central ornament while ensuring the degree.

中央部に前後に開口する遊技盤側開口部を有するとともに複数の入賞口が設けられた遊技領域を有した遊技盤を備え、遊技領域の上部に打ち出されて遊技領域内で落下移動する遊技球を入賞口に入球させ、入賞口に応じた個数の遊技球を払い出す弾球遊技を行うように構成された弾球遊技機用の遊技部品であって、上部に位置する上枠部、下部に位置する下枠部および上枠部と下枠部とを繋いで左右側部に位置する側枠部からなり、中央に前後開口する窓口を有して枠状に形成されて遊技盤側開口部を囲んで遊技盤に取り付けられる枠部材（例えば、実施形態における装飾枠１００）と、上枠部の上面に設けられて、遊技領域に向けて上方に開口し遊技領域を落下移動する遊技球が入球可能な球入り口（例えば、実施形態におけるワープ入球口１４）と、下枠部の上面に設けられ遊技球を窓口において下枠部の上面に沿って転動させて前方に落下させるステージと、球入り口とステージとの間を結んで側枠部のいずれか一方の内部に設けられ球入り口に入球した遊技球をステージに導く案内通路とを有し、球入り口から入球した遊技球が、案内通路およびステージを介して下枠部の下方に位置して設けられた入賞口の１つに入球可能に構成されており、一方の側枠部の外側には、遊技領域に向けて開口して遊技領域を落下移動する遊技球が入球可能に設けられた大入賞口と、大入賞口に繋がって形成されて大入賞口に入球した遊技球を遊技盤の後側に導く導出通路と、導出通路に設けられるとともに大入賞口に入球し導出通路を通過する遊技球を検出する入賞球検出手段と、遊技領域に対して大入賞口を開放することで大入賞口へ遊技球が入球可能な状態および大入賞口を閉止することで大入賞口への遊技球の入球が規制された状態に切り替える開閉入賞機構と、を有して構成される開閉入賞機構ユニットが装着され、弾球遊技機は、入賞球検出手段により遊技球が検出されたことに基づいて所定数の遊技球を払い出すとともに、入賞球検出手段により検出された遊技球を導出通路を介して弾球遊技機の外部に排出するように構成されており、案内通路と開閉入賞機構とが、一方の側枠部において前後方向に重なって設けられている。
なお、導出通路は、開閉入賞機構ユニット内に下方に延びて形成された上側導出通路と、一方の側枠部内に形成されて上側導出通路の下端部と繋がるとともに上側導出通路に対して前後方向にずれて下方に延びる下側導出通路とを備えて形成され、上側導出通路が、案内通路に対して前後方向に重なって設けられ、下側導出通路が、案内通路に対して左右方向に重なって設けられたことが好ましい。
また、上枠部には、遊技領域に向けて上方に開口し遊技領域を落下移動する遊技球が入球可能な入賞口の１つとしての第２の球入り口が形成されており、側枠部のうち他方の側枠部には、第２の球入り口に繋がって形成されて第２の球入り口に入球した遊技球を下方に導く他方側案内通路が設けられ、第２の球入り口に入球した遊技球が、他方側案内通路を介して弾球遊技機の外部に排出されるように構成されたことが好ましい。
 A game ball having a game board having a game board side opening opening in the center part and having a plurality of winning holes, and being launched at the upper part of the game area and falling and moving in the game area was ball entrance to the winning port, a configured game components for pinball game machine to perform the ball-shooting game for paying out game balls number corresponding to the winning holes, upper frame section positioned above, It consists of a lower frame part located in the lower part and a side frame part located on the left and right side parts by connecting the upper frame part and the lower frame part, and has a window opening at the center and is formed in a frame shape and is on the game board side A frame member that surrounds the opening and is attached to the game board (for example, the decorative frame 100 in the embodiment), and a game that is provided on the upper surface of the upper frame and opens upward toward the game area and moves down the game area. sphere ball entrance capable sphere inlet (e.g., warp in the embodiments ball entrance And 14), a stage for dropping forward is rolled along the upper surface of the lower frame portion in window game balls provided on the upper surface of the lower frame portion, the side frame portions by connecting between the sphere inlet and the stage A guide passage that is provided inside one of the balls and guides the game ball that has entered the ball entrance to the stage, and the game ball that has entered from the ball entrance passes through the guide passage and the stage below the lower frame portion. It is configured to be able to enter one of the prize holes provided at the position, and a game ball that opens toward the game area and moves to fall in the game area enters the outside of one side frame portion. A prize opening provided in a possible manner, a lead-out path that leads to the rear side of the game board, and a lead-out path that leads to a game ball that is connected to the big prize-winning slot and is inserted into the prize-winning slot. A winning ball detecting means for detecting a game ball that enters and passes through the lead-out path, and a game area Opening the grand prize opening for opening a game ball into the grand prize opening and closing the grand prize opening to open and close the game ball entering the grand prize opening is restricted An open / close winning mechanism unit configured to include a winning mechanism, and the ball game machine pays out a predetermined number of gaming balls based on the detection of the gaming balls by the winning ball detection means, The game ball detected by the winning ball detection means is configured to be discharged to the outside of the ball game machine through the lead-out passage, and the guide passage and the open / close winning mechanism are arranged in the front-rear direction in one side frame portion. Overlapping is provided.
The lead-out passage is connected to the upper lead-out passage that extends downward in the open / close prize winning mechanism unit and the lower end portion of the upper lead-out passage that is formed in one side frame portion, and in the front-rear direction with respect to the upper lead-out passage A lower derivation passage that extends downward and is provided with an upper derivation passage overlapping the guide passage in the front-rear direction, and the lower derivation passage overlapping the guide passage in the left-right direction. It is preferable to be provided.
In addition, the upper frame portion is formed with a second ball entrance as one of the winning holes through which a game ball that opens upward toward the game area and moves down the game area can enter. The other side frame portion is provided with the other side guide passage that is formed to be connected to the second ball entrance and guides the game ball that has entered the second ball entrance downward. It is preferable that the game ball entered into the ball is discharged to the outside of the ball game machine through the other side guide passage .

本発明に係る遊技部品では、大入賞口を開閉可能な開閉入賞機構（背景技術におけるアタッカー装置に相当する入賞装置）が、中央に前後開口する窓口が形成されて画像表示装置の表示画面等を臨ませる枠部材の側枠部に設けられている。このため、図柄表示装置の大型化による中央飾り下側領域の上下方向寸法の圧迫を軽減することができ、これにより中央飾りの下側領域に配設する遊技部品、例えば始動入賞具や振り分け機構等の選択や配置の自由度が向上し、図柄表示装置の大型化と遊技部品の択一的選択を迫られるようなことがない。   In the game component according to the present invention, an open / close prize winning mechanism (a prize winning device corresponding to an attacker device in the background art) capable of opening and closing a grand prize opening is formed with a window opening in the front and rear to display the display screen of the image display device, etc. It is provided in the side frame part of the frame member to face. For this reason, it is possible to reduce the pressure in the vertical direction of the lower area of the central ornament due to the increase in the size of the symbol display device, thereby allowing game parts to be arranged in the lower area of the central ornament, such as start prizes and distribution mechanisms. The degree of freedom of selection and placement of the game is improved, and there is no need to increase the size of the symbol display device and to select an alternative game component.

また枠部材の上枠部に球入り口が設けられ、ここに入球した遊技球が側枠部に形成された案内通路を通って下枠部のステージに案内され、このステージを左右転動して窓口から前方すなわち枠部材の下側領域に落下する。このため、図柄表示装置および中央飾りが大型化しても、窓口から中央飾りの下側領域に遊技球を落下させて流下させることができ、また球入り口が枠部材の上枠部に設けられているため、遊技者が発射ハンドルを調整して球入り口に入球するように狙って遊技球を打ち出すことで、遊技者が自らの意思に応じて中央飾りの下側領域に流下させる遊技球の比率を高め、例えば当該領域に配置した始動入賞具の周辺に球流れを確保することが可能となる。一方、開閉入賞機構を側枠部に設けることで始動入賞具の配設位置のみならず始動入賞口周辺の釘配置の自由度も向上するため、球流れを確保しつつ始動入賞具への入賞率を調整することも容易化できる。   In addition, a ball entrance is provided in the upper frame part of the frame member, and the game ball that has entered here is guided to the stage of the lower frame part through the guide passage formed in the side frame part, and this stage rolls left and right. Then, it falls from the window to the front, that is, the lower area of the frame member. For this reason, even if the symbol display device and the central decoration are enlarged, the game ball can be dropped from the window to the lower area of the central decoration, and the ball entrance is provided in the upper frame portion of the frame member. Therefore, the player adjusts the launch handle and launches the game ball aiming to enter the ball entrance, so that the player can flow down to the lower area of the central ornament according to his / her intention. The ratio can be increased, and for example, it is possible to secure a ball flow around the start winning tool arranged in the region. On the other hand, by providing an open / close winning mechanism in the side frame, not only the position of the starting prize-winning device but also the degree of freedom of the nail arrangement around the starting prize-winning port is improved, so that the winning prize to the starting prize-winning tool is ensured while ensuring the ball flow It is also easy to adjust the rate.

また、枠部材の左右の側方領域は、遊技盤に打ち出された遊技球が転動落下する領域にあっても左右方向の幅が比較的狭く、多数の遊技球が左右何れかの側方領域を通って転動落下する。このため、大入賞口を有する開閉入賞機構を少なくとも左右何れか一方の側枠部に設けることで、大入賞口が開放されたときに確実に入賞させることができ、さらに遊技者が発射ハンドルを調整することで左右何れの側方領域を落下するようにも打ち出すことができるため、例えば特別遊技が開始され大入賞口が開放されたときに、遊技者が発射ハンドルを調整することで高確率で入賞させることが可能となる。   In addition, the left and right side areas of the frame member are relatively narrow in the left and right direction even in the area where the game balls launched on the game board roll and fall, and a large number of game balls are located on either the left or right side. Roll and fall through the area. For this reason, by providing at least one of the left and right side frame portions with an open / close prize mechanism having a big prize opening, it is possible to reliably win when the big prize opening is opened, and the player holds the launch handle. By adjusting, it can be launched to fall on either the left or right side area, so for example, when a special game is started and the big prize opening is opened, the player adjusts the launch handle with high probability It is possible to win a prize.

さらに、本構成の遊技部品では、上記開閉入賞機構と案内通路とを枠部材の側枠部に前後方向に重ねて配設している。このため画像表示装置の大型化に伴って左右方向の幅が狭くなり、さらに側枠部に開閉入賞機構および案内通路を配設することにより狭小化しがちな枠部材側方領域の幅の減少を抑制することができる。   Further, in the gaming component of this configuration, the opening / closing prize winning mechanism and the guide passage are disposed so as to overlap the side frame portion of the frame member in the front-rear direction. For this reason, the width in the left-right direction becomes narrower as the size of the image display device increases, and the width of the side area of the frame member, which tends to be narrowed, is further reduced by providing an open / close prize winning mechanism and a guide passage in the side frame. Can be suppressed.

従って、本発明によれば、図柄表示装置の大型化に拘わらず、限られた遊技盤面のスペース内で入賞具の選定や配設位置等のゲージ設定の自由度を確保するとともに、中央飾りの下部領域に配設される入賞具や開閉入賞機構に十分な球流れを確保し得る遊技部品を提供することができる。   Therefore, according to the present invention, in spite of the increase in the size of the symbol display device, it is possible to ensure the freedom of selection of prize-winning equipment and the setting of the gauge such as the arrangement position within the limited space on the game board surface, and It is possible to provide a gaming component that can secure a sufficient ball flow for a prize-winning tool and an open / close prize-winning mechanism disposed in the lower region.

以下、本発明を実施するための形態について添付図面を参照しながら説明する。本発明を適用した構成例として、パチンコ機の遊技盤に各種遊技部品を装着して複合入賞装置を構成した状態の遊技盤の正面図を図１に示し、この遊技盤の背面図を図２に示しており、まずこれらの図面を参照して、遊技盤全体の構成について要約説明する。なお遊技盤が装着されるパチンコ機本体の構成は、公知のパチンコ機と同様であり当業者であればその構成および適用を容易に理解できるため説明を省略する。   Hereinafter, embodiments for carrying out the present invention will be described with reference to the accompanying drawings. As a configuration example to which the present invention is applied, FIG. 1 shows a front view of a game board in a state in which various game parts are mounted on a game board of a pachinko machine to constitute a composite winning device, and a rear view of this game board is shown in FIG. First, with reference to these drawings, the overall configuration of the game board will be briefly described. The configuration of the main body of the pachinko machine to which the game board is mounted is the same as that of a known pachinko machine, and a person skilled in the art can easily understand the configuration and application thereof, and thus the description thereof is omitted.

遊技盤１は、所定板厚の積層合板の表面にセルを貼り付けてルーター加工した化粧板２を基板とし、前面側には上下のレール飾りに囲まれて略円形の遊技領域ＰＡが区画形成される。遊技領域ＰＡの中央部には中央飾り１０が取り付けられ、この中央飾り１０を囲む遊技領域ＰＡの各部に、多数本の遊技釘、風車、下部一般入賞口３，３、ゲート５、LEDを用いた遊技効果ランプ６などの遊技構成部品が取り付けられるとともに、中央飾り１０の下側に複合入賞装置２０、中央飾り１０の左枠部に開閉入賞機構６０が設けられている。   The game board 1 uses a decorative board 2 which is a router processed by attaching cells to the surface of a laminated plywood having a predetermined thickness, and a substantially circular game area PA is defined on the front side surrounded by upper and lower rail decorations. Is done. A central ornament 10 is attached to the center of the game area PA, and a large number of game nails, windmills, lower general winning entrances 3 and 3, gates 5 and LEDs are used for each part of the game area PA surrounding the central ornament 10. A game component such as the game effect lamp 6 is attached, and a composite winning device 20 is provided below the central ornament 10, and an open / close winning mechanism 60 is provided on the left frame portion of the central ornament 10.

下部一般入賞口３は、遊技球が入球可能な入賞口を有する落入形態の固定入賞具であり、入賞口に落入した遊技球が内部に設けられた入賞検出器により検出されたのち化粧板２の裏面側に排出されるようになっている。ゲート５は遊技球が通過可能な門型の固定入賞具であり、このゲート５を上下に通過した遊技球が内蔵されたゲート通過検出器５ｓにより検出されるようになっている。入賞検出器およびゲート通過検出器の信号は、パチンコ遊技の作動を制御する遊技制御装置（７００、図１６を参照）に入力されている。   The lower general winning opening 3 is a fixed winning tool having a winning shape that has a winning opening into which a game ball can enter, and after the game ball that has dropped into the winning hole is detected by a winning detector provided therein. It is discharged to the back side of the decorative board 2. The gate 5 is a gate-type fixed winning tool through which a game ball can pass, and the game ball that has passed through the gate 5 up and down is detected by a gate passage detector 5s. The signals of the winning detector and the gate passage detector are input to a game control device (700, see FIG. 16) that controls the operation of the pachinko game.

本発明に係る遊技部品としての中央飾り１０は、中央に前後開口する窓口１１を有して枠状に形成され、化粧板２の後面側に取り付けられた図柄表示装置１２の表示パネルが窓口１１を通して遊技者に視認可能に配設されるようになっている。中央飾り１０における上枠部の中央には上部一般入賞口１３，１３および球入り口としてのワープ入球口１４が設けられている。上部一般入賞口１３は、下部一般入賞口３と同様に落入形態の固定入賞具であり、入賞口に入賞検出器が設けられるとともに、右枠部には上部一般入賞口１３に落入した遊技球を図柄表示装置１２の右側方を通して化粧板２の裏面側に排出する入賞球排出通路が形成されている。なおワープ入球口１４を含む中央飾り１０の詳細構成については後に詳述する。   The central ornament 10 as a gaming component according to the present invention is formed in a frame shape with a window 11 opening in the front and rear in the center, and the display panel of the symbol display device 12 attached to the rear side of the decorative board 2 is the window 11. It is arranged to be visible to the player through. In the center of the upper frame portion of the central ornament 10, there are provided upper general winning openings 13, 13 and a warp entrance 14 as a entrance of the ball. The upper general winning opening 13 is a fixed winning tool in the same manner as the lower general winning opening 3, and a winning detector is provided at the winning opening, and the upper general winning opening 13 is inserted into the right frame portion. A winning ball discharge passage for discharging the game ball to the back side of the decorative board 2 through the right side of the symbol display device 12 is formed. The detailed configuration of the central ornament 10 including the warp entrance 14 will be described in detail later.

遊技領域ＰＡの下端部には、上部一般入賞口１３，１３、下部一般入賞口３，３、複合入賞装置２０、開閉入賞機構６０の何れにも入賞することなく遊技領域ＰＡの下端まで落下した遊技球を、遊技盤１の裏面側に排出するアウト口８が化粧板２を前後に貫通して開口形成され、化粧板２の裏面には、上記各入賞装置等に落入した遊技球を化粧板２の背面に沿って下方に導く球寄せカバー１９が取り付けられている。遊技盤１の後方に配設される裏セット盤には、アウト口８から排出された遊技球および球寄せカバー１９により導かれた遊技球（これらを合わせて「遊技済み球」という）を集合させてパチンコ機の下部に導く遊技済み球排出経路が形成されており、遊技盤１から排出された遊技済み球が遊技済み球排出経路を通って遊技島の回収装置に排出されるようになっている。   At the lower end of the gaming area PA, the upper general winning opening 13, 13, the lower general winning opening 3, 3, the composite winning device 20, and the open / close winning mechanism 60 fell to the lower end of the gaming area PA without winning. An out port 8 for discharging the game ball to the back side of the game board 1 is formed through the decorative plate 2 in the front-rear direction, and the game ball dropped into each of the winning devices etc. is formed on the back surface of the decorative plate 2. A ball gathering cover 19 that leads downward along the back surface of the decorative plate 2 is attached. The back set board disposed behind the game board 1 collects the game balls discharged from the outlet 8 and the game balls guided by the ball cover 19 (collectively referred to as “game-completed balls”). A game-completed ball discharge path that leads to the lower part of the pachinko machine is formed, and the game-completed ball discharged from the game board 1 is discharged to the collection device on the game island through the game-completed ball discharge path. ing.

そして、遊技盤１がパチンコ機に組付けられ遊技に供された遊技状態において、遊技球発射装置から遊技領域ＰＡに打ち出された遊技球が一般入賞口３，１３やゲート５、複合入賞装置２０、開閉入賞機構６０などの入賞機器に入賞すると、各入賞機器に設けられた入賞検出器、ゲート通過検出器等により入賞が検出され、これらの検出信号を受けた遊技制御装置が当該入賞機器の種別等に基づく入賞条件に応じた指令信号を出力してパチンコ機の各部の作動を制御する。例えば入賞検出器からの入賞検出信号に基づいて球払出装置の作動を制御して褒賞としての遊技球（賞球）の払い出しを行わせ、ゲート通過検出器からのゲート通過検出信号に基づいて複合入賞装置２０の入賞具の開閉作動を制御し、また各検出信号に基づいて効果ランプの点滅や効果音の発生等を行わせる。   In the gaming state in which the game board 1 is assembled to the pachinko machine and used for the game, the game balls launched from the game ball launching device into the game area PA are the general winning ports 3 and 13, the gate 5, and the composite winning device 20. When a winning device such as the open / close winning mechanism 60 wins, a winning is detected by a winning detector, a gate passing detector, etc. provided in each winning device, and the game control device that receives these detection signals receives the winning control of the winning device. A command signal corresponding to a winning condition based on the type or the like is output to control the operation of each part of the pachinko machine. For example, based on the winning detection signal from the winning detector, the operation of the ball paying device is controlled to pay out the game ball (prize ball) as a reward, and based on the gate passing detection signal from the gate passing detector The opening / closing operation of the winning device of the winning device 20 is controlled, and the blinking of the effect lamp and the generation of the sound effect are performed based on each detection signal.

さて、このように概要構成される遊技盤１にあって、中央飾り１０にワープ入球口、ワープ案内通路、ステージ等が形成され、左枠部に開閉入賞機構６０が設けられている。以下図３から図９の各図を参照しつつ中央飾りおよび開閉入賞機構の構成について説明する。ここで、図３は中央飾り１０および複合入賞装置２０の構成を説明するために分解状態で左斜め前方から見た斜視図、図４は中央飾り１０および複合入賞装置２０の構成を説明するために分解状態で左斜め後方から見た斜視図、図５および図６は中央飾り１０から開閉入賞機構ユニットを取り外した状態で開閉入賞機構ユニット６００を主として示す正面図および背面図、図７は開閉入賞機構の動作変位を示す正面図（部分断面図）、図８は図７中のVIII−VIII矢視の平断面図、図９は左枠部およびステージの球流れ状態を主として示す側断面図である。   Now, in the gaming board 1 configured as described above, a warp entrance, a warp guide passage, a stage, and the like are formed in the central ornament 10, and an open / close prize winning mechanism 60 is provided in the left frame portion. The configuration of the central ornament and the open / close prize winning mechanism will be described below with reference to FIGS. 3 to 9. Here, FIG. 3 is a perspective view of the center ornament 10 and the composite winning device 20 as seen from the left front in an exploded state in order to explain the configuration of the central ornament 10 and the composite winning device 20, and FIG. FIG. 5 and FIG. 6 are a front view and a rear view mainly showing the opening / closing prize winning mechanism unit 600 with the opening / closing prize winning mechanism unit removed from the central ornament 10, and FIG. FIG. 8 is a plan sectional view taken along arrow VIII-VIII in FIG. 7, and FIG. 9 is a side sectional view mainly showing the sphere flow state of the left frame part and the stage. It is.

中央飾り１０は、前後を仕切る装飾面の前面側に種々の意匠が施され後面側に遊技球を案内する球通路が形成されたベース枠１０１、ベース枠の後方にネジ固定されて側方の球通路を形成する中間枠１０２、および中間枠の後方にネジ固定されてステージの後方壁を形成する後方枠１０３、の前後３層からなる装飾枠１００を主体として構成される。   The central ornament 10 has a base frame 101 in which various designs are applied on the front side of the decorative surface that partitions the front and rear sides, and a ball passage that guides a game ball is formed on the rear side, and is fixed to the side of the base frame by screws. The decorative frame 100 is composed mainly of a front and rear three layers of an intermediate frame 102 that forms a spherical passage and a rear frame 103 that is screwed to the rear of the intermediate frame to form a rear wall of the stage.

装飾枠１００の中央部には、図柄表示装置１２の表示パネルの大きさに合わせた開口サイズの窓口１１が各層の枠体に位置整合して形成され、この窓口を囲む上側に上枠部１１１、左側に左枠部１１２、右側に右枠部１１３、下側に下枠部１１４が形成されて、前後に奥行きのある額縁状に構成される。上枠部１１１および右枠部１１３には、ベース枠の装飾面から前方に突出してリブ状の庇部１１５が形成され遊技領域に発射された打球が直接窓口１１に飛び込むことなく庇部の傾斜に従って左右側方に流下するようになっている。上枠部１１１の上部中央には所定意匠を施した中央障壁部１１６が設けられ、この中央障壁部１１６の背後右側に上部一般入賞口１３，１３、左側にワープ入球口１４が上向きに開口形成されている。   In the central portion of the decorative frame 100, a window 11 having an opening size matching the size of the display panel of the symbol display device 12 is formed in alignment with the frame of each layer, and an upper frame section 111 is formed on the upper side surrounding the window. The left frame portion 112 is formed on the left side, the right frame portion 113 is formed on the right side, and the lower frame portion 114 is formed on the lower side. In the upper frame portion 111 and the right frame portion 113, a rib-like flange portion 115 is formed so as to protrude forward from the decorative surface of the base frame. It flows down to the left and right sides. A central barrier 116 having a predetermined design is provided at the upper center of the upper frame 111. The upper general winning openings 13, 13 are opened on the right side behind the central barrier 116, and the warp entrance 14 is opened upward on the left. Is formed.

上部一般入賞口１３，１３は、上述したように下部一般入賞口３と同様の固定入賞具であり、ベース枠１０１の装飾面の後方には、入賞口に落入した遊技球を上枠部１１１〜右枠部１１３を通して装飾枠１００の下方に導く入賞球排出通路１３０が形成されている。入賞球排出通路１３０は、上枠部１１１に形成された上部排出通路１３１と右枠部１１３に形成された側部排出通路１３２とからなり、側部排出通路１３２には遊技球を後方および右側方に折り返して遊技球の落下速度を緩和する屈曲部１３３が形成されている。入賞球排出通路１３０は下端の開口部で球寄せカバー１９側の排出通路１９ｂと繋がり、裏セット盤の遊技済み球排出経路を介して遊技島の回収装置に排出される。上部一般入賞口１３には、入賞口に落入した遊技球を検出する入賞検出器１３ｓがそれぞれ設けられ、各信号が遊技制御装置に入力されている。   The upper general winning opening 13, 13 is a fixed winning tool similar to the lower general winning opening 3, as described above, and a game ball dropped into the winning opening is placed on the upper frame portion behind the decorative surface of the base frame 101. A winning ball discharge passage 130 that leads to the lower part of the decorative frame 100 through the right frame portion 113 is formed. The winning ball discharge passage 130 is composed of an upper discharge passage 131 formed in the upper frame portion 111 and a side discharge passage 132 formed in the right frame portion 113. A bent portion 133 is formed that is bent back to ease the falling speed of the game ball. The winning ball discharge passage 130 is connected to the discharge passage 19b on the ball gathering cover 19 side at the opening at the lower end, and is discharged to the game island collection device through the game-completed ball discharge path of the back set board. The upper general winning opening 13 is provided with a winning detector 13s for detecting a game ball dropped into the winning opening, and each signal is input to the game control device.

ワープ入球口１４は、遊技球を下枠部１１４に形成されたステージに導くための導入口であり、ベース枠１０１の後面側には、ワープ入球口１４に落入した遊技球を上枠部１１１〜左枠部１１２を通してステージ１４０に導くワープ案内通路１２０が形成されている。ワープ案内通路１２０は、上枠部１１１に形成された上部案内通路１２１と左枠部１１２に形成された側部案内通路１２２とからなり、ベース枠１０１に形成された上部案内通路１２１の終端に後方に開口する連通開口が設けられて中間枠１０２に形成された側部案内通路１２２に繋がっている。側方案内通路１２２は窓口１１に沿って下方に延び、この通路下端の窓口１１内周面に開口形成されたワープ出口１２４で下枠部１１４のステージ１４０（上段ステージ１４２）に繋がっている。   The warp entrance 14 is an introduction port for guiding the game ball to the stage formed in the lower frame portion 114, and the game ball dropped into the warp entrance 14 is placed on the rear surface side of the base frame 101. A warp guide passage 120 that leads to the stage 140 through the frame part 111 to the left frame part 112 is formed. The warp guide passage 120 includes an upper guide passage 121 formed in the upper frame portion 111 and a side guide passage 122 formed in the left frame portion 112, and at the end of the upper guide passage 121 formed in the base frame 101. A communication opening that opens rearward is provided and is connected to a side guide passage 122 formed in the intermediate frame 102. The side guide passage 122 extends downward along the window 11, and is connected to the stage 140 (upper stage 142) of the lower frame portion 114 through a warp outlet 124 formed in the inner peripheral surface of the window 11 at the lower end of the path.

ステージ１４０は、窓口の手前側に形成された下段ステージ１４１と、窓口１１の奥側に形成された上段ステージ１４２とからなり、下段ステージ１４１はベース枠１０１に、上段ステージ１４２は中間枠１０２に形成されている。   The stage 140 includes a lower stage 141 formed on the front side of the window and an upper stage 142 formed on the back side of the window 11, the lower stage 141 being the base frame 101 and the upper stage 142 being the intermediate frame 102. Is formed.

下段ステージ１４１は、前後方向に遊技球１．２〜１．５球程度の通路幅を有し、正面視において中央が低く左右枠部に向けて高くなるＶ字状に形成されている。下段ステージ１４１の中央部には、遊技球２球程度の左右方向幅で前方に下傾し遊技球を前方に誘導する誘導部１４１ｇが形成される一方、誘導部１４１ｇを除く左右ステージ面の前方には、上段ステージ１４２から下段ステージ１４１に落下した遊技球がそのまま前方に転落しないように規制する転落防止壁１４１ｗが設けられている（図４を参照）。   The lower stage 141 has a passage width of about 1.2 to 1.5 game balls in the front-rear direction, and is formed in a V-shape that is lower in the center and higher toward the left and right frame portions in front view. At the center of the lower stage 141, there is formed a guide part 141g that tilts forward with a lateral width of about two game balls and guides the game ball forward, while the front of the left and right stage surfaces excluding the guide part 141g Is provided with a fall-preventing wall 141w that restricts a game ball that has dropped from the upper stage 142 to the lower stage 141 so that it does not fall forward (see FIG. 4).

上段ステージ１４２は、前後方向に遊技球２〜３球程度の通路幅を有し、正面視において中央左右に２箇所の緩やかな凹部を有し左右枠部に向けて高くなるＷ字状に形成されている。上述したワープ出口１２４は、上段ステージ１４２の左端の高さ位置に合わせて左枠部の窓口内周面に開口形成され（図７および図９を参照）、ワープ案内通路１２０を転動落下した遊技球がワープ出口１２４から上段ステージ１４２の左上端部に導かれ、まず上段ステージ１４２を左右に転動するようになっている。   The upper stage 142 has a passage width of about 2 to 3 game balls in the front-rear direction, and is formed in a W shape that has two gentle recesses in the center left and right in the front view and increases toward the left and right frame portions. Has been. The above-described warp outlet 124 is formed in the window inner peripheral surface of the left frame portion in accordance with the height position of the left end of the upper stage 142 (see FIGS. 7 and 9), and rolls down the warp guide passage 120. The game ball is guided from the warp outlet 124 to the upper left end portion of the upper stage 142, and first rolls the upper stage 142 left and right.

上段ステージ１４２に形成された左右２箇所の凹部は、窓口奥部が浅く前端側に向けて深くかつ広くなる円錐溝状で前方に下傾して形成されており、この領域に収斂した遊技球が前方に誘導されて下段ステージ１４１に落下するようになっている。これらの左右の凹部に挟まれた上段ステージ１４２の中央部には、凹部と滑らかに繋がって円弧状に盛り上がる丘陵部が形成され、この丘陵部を中心として上段ステージ１４２と下段ステージ１４１の高さの差が遊技球の直径よりも大きい高段差領域１４３が形成される。   The two left and right recesses formed in the upper stage 142 are formed in a conical groove shape that is shallow and deep toward the front end with a shallow back part of the window, and is tilted forward and formed in this area. Is guided forward and falls to the lower stage 141. At the center of the upper stage 142 sandwiched between the left and right recesses, a hill is formed that is smoothly connected to the recess and rises in an arc shape. The height of the upper stage 142 and the lower stage 141 is centered on this hill. A high step region 143 in which the difference is larger than the diameter of the game ball is formed.

そして高段差領域１４３の中央部では、上段ステージ１４２における丘陵部の頂部に、前方に向けて緩やかにＶ字状に開く係合誘導溝および係合誘導溝と繋がって大きくＵ字状に開く付勢誘導溝からなる誘導溝１４２ｇが形成されるとともに、この誘導溝１４２ｇの前方の立設壁に下段ステージの誘導部１４１ｇの上方を跨いで前方に突出する舌片状のガイド突片１４５が取り付けられており、このガイド突片１４５の上面に遊技球の球径に合わせた凹状円筒面の特別流下通路１４５ｇが形成されている。   At the center of the high step region 143, the top of the hill portion of the upper stage 142 is connected to the engagement guide groove that gently opens in a V shape toward the front and the engagement guide groove opens to a large U shape. A guide groove 142g made of a force guide groove is formed, and a tongue-like guide protrusion 145 that protrudes forward across the upper portion of the guide part 141g of the lower stage is attached to the standing wall in front of the guide groove 142g. A special downflow passage 145g having a concave cylindrical surface matching the diameter of the game ball is formed on the upper surface of the guide protrusion 145.

すなわち、高段差領域１４３の中央部では、特別流下通路１４５ｇと誘導部１４１ｇとが遊技球の直径よりも大きな高低差をもって上下に立体交差し、上方の特別流下通路１４５ｇを遊技球が前後方向に転動し、その下方の誘導部１４１ｇを遊技球が係合突片１４５に衝突することなく転動し得るようになっている。またこれらの左右方向の関係では、下段ステージの誘導部１４１ｇの左右方向幅が遊技球２球程度の幅を有して比較的広く形成される一方、その上方の特別流下通路１４５ｇは、誘導部１４１ｇの左右方向の中心に位置し遊技球の球径に合わせた凹状円筒面で狭く形成されている。   That is, in the central portion of the high step region 143, the special downflow passage 145g and the guide portion 141g are three-dimensionally crossed vertically with a height difference larger than the diameter of the game ball, and the game ball passes through the upper special downflow passage 145g in the front-rear direction. It rolls, and it can roll without the game ball colliding with the engagement protrusion piece 145 in the guide part 141g below it. Further, in these lateral relations, the lateral width of the lower stage guide portion 141g is formed to be relatively wide with a width of about two game balls, while the special downflow passage 145g above the guide portion 141g It is located at the center in the left-right direction of 141 g and is narrowly formed by a concave cylindrical surface that matches the diameter of the game ball.

このため、ワープ出口１２４から上段ステージ１４２に導入された遊技球は、まず上段ステージ１４２を左右に転動し、多くの遊技球は前傾する左右何れかの凹部から下段ステージ１４１に落下して下段ステージ１４１を左右に転動し、中央の誘導部１４１ｇから装飾枠１００の下方、すなわち中央飾り１０の下部領域に落下する。また一部の遊技球は上段ステージを左右転動するうちに上段ステージの誘導溝１４２ｇに係合して前方に誘導され、付勢誘導溝に落ち込むことで前方に付勢されて特別流下通路１４５ｇを転動し、この通路の前端部から中央飾り１０の下方に落下する。ガイド突片１４５の突出量は、下段ステージ１４１の前後方向の通路幅と略同一寸法に形成されており（図９を参照）、特別流下通路１４５ｇを転動した遊技球が下段ステージ１４１に当接することなく化粧板２に沿って落下する（より具体的には後述する複合入賞装置２０の入賞口２１２に向けて落下する）。   For this reason, the game balls introduced from the warp outlet 124 to the upper stage 142 first roll the upper stage 142 to the left and right, and many game balls fall to the lower stage 141 from either of the left and right concave portions. The lower stage 141 rolls to the left and right, and falls from the central guiding portion 141g below the decorative frame 100, that is, to the lower region of the central ornament 10. In addition, some game balls are guided forward by engaging with the guide groove 142g of the upper stage while rolling left and right on the upper stage, and are urged forward by falling into the urging guide groove, and the special downflow passage 145g. , And falls below the central ornament 10 from the front end of this passage. The amount of protrusion of the guide protrusion 145 is substantially the same as the width of the lower stage 141 in the front-rear direction (see FIG. 9), and the game ball rolling on the special flow path 145g hits the lower stage 141. It falls along the decorative board 2 without touching (more specifically, it falls toward a winning opening 212 of the composite winning device 20 described later).

このように、本構成の装飾枠１００ではワープ入球口１４が装飾枠の上枠部１１１に設けられ、ワープ入球口１４に入球した遊技球がステージ１４０に導かれる構成のため、遊技者が発射ハンドルを調整してワープ入球口１４に入球するように遊技球を打ち出すことで、遊技者が自らの意思に応じて中央飾りの下側領域に流下させる遊技球の比率を高め、入賞具２１０やゲート５の周辺に球流れを確保することが可能になっている。   Thus, in the decorative frame 100 of this configuration, the warp entrance 14 is provided in the upper frame portion 111 of the decorative frame, and the game ball that has entered the warp entrance 14 is guided to the stage 140. The player adjusts the launch handle and launches the game ball so that it enters the warp entrance 14, thereby increasing the proportion of game balls that the player can flow down to the lower area of the central ornament according to his / her own intention. The ball flow can be secured around the winning device 210 and the gate 5.

なお、装飾枠１００を構成するベース枠１０１、中間枠１０２、後方枠１０３のうち、少なくとも中間枠１０２は透視可能な樹脂材料（有色透明や半透明の樹脂材料など、光を透過する特性を有する材料）を用いて成形されており、上段ステージ１４２の下側に配設される複合入賞装置の回転入賞機構５００が下段ステージ１４２を通してパチンコ機の前面側から視認できる構成になっている。また後方枠１０３には上段ステージ１４２を転動する遊技球が図柄表示装置１２の表示パネルに当接しないように、上段ステージの転動面よりも高い当接規制壁が形成されている。   Of the base frame 101, the intermediate frame 102, and the rear frame 103 constituting the decorative frame 100, at least the intermediate frame 102 has a characteristic of transmitting light, such as a transparent resin material (colored transparent or translucent resin material). The rotary winning mechanism 500 of the composite winning device disposed on the lower side of the upper stage 142 can be viewed from the front side of the pachinko machine through the lower stage 142. The rear frame 103 is formed with a contact restriction wall higher than the rolling surface of the upper stage so that the game ball rolling on the upper stage 142 does not contact the display panel of the symbol display device 12.

装飾枠１００における左枠部の上部に、開閉入賞機構６０が設けられている。開閉入賞機構６０はユニット化されており、図５および図６に示すように装飾枠１００と別体に形成された開閉入賞機構ユニット６００が、左枠部に形成されたユニット装着部１６０に一体的に装着され、開閉入賞機構６０を形成するように構成されている。   An open / close prize winning mechanism 60 is provided above the left frame portion of the decorative frame 100. The open / close winning mechanism 60 is unitized, and as shown in FIGS. 5 and 6, an open / close winning mechanism unit 600 formed separately from the decorative frame 100 is integrated with a unit mounting portion 160 formed in the left frame portion. And an open / close prize winning mechanism 60 is formed.

開閉入賞機構ユニット６００は、遊技球が入球し得る大入賞口を有しユニットの基体となるユニットベース６１０、ユニットベースに大入賞口を開閉可能に取り付けられた開閉扉６２０、開閉扉を開閉駆動する開閉駆動構造６３０、大入賞口に落入した遊技球を検出する大入賞口入賞検出器６５０、およびユニットベースの前面を覆う化粧蓋６６０などから構成される。   The open / close winning mechanism unit 600 includes a unit base 610 which has a large winning opening through which a game ball can enter and serves as a base of the unit, an open / close door 620 attached to the unit base so that the large winning opening can be opened and closed, and an open / close door. An opening / closing drive structure 630 for driving, a big winning opening winning detector 650 for detecting a game ball dropped into the big winning opening, a decorative lid 660 covering the front surface of the unit base, and the like.

ユニットベース６１０は、各構成部材の支持基盤となるベース面６１１と、ベース面の前面側にその周囲を取り囲むように立設された囲壁とを有し、全体として装飾枠１００の左肩部の形状に合わせた前面開放の箱状に形成されている。   The unit base 610 has a base surface 611 that serves as a support base for each component member, and a surrounding wall that stands up to surround the periphery of the base surface on the front side of the base surface, and the shape of the left shoulder portion of the decorative frame 100 as a whole. It is formed in a box shape with an open front that matches the above.

ベース面６１１の前面側は、遊技球の処理領域とされ、正面左側の囲壁の上部が切り欠かれて縦長方形の大入賞口６１２が形成されるとともに、囲壁の内側には大入賞口に入球した遊技球を流下させる導出通路６１３が形成され、その下端部にベース面６１１を前後に貫通して遊技球を後方に排出する導出口６１４が形成されている。大入賞口６１２および導出通路６１３の前後方向の幅は、遊技球の直径よりも幾分大きい程度の寸法に設定されており、ベース面６１１の前面側に薄型コンパクトな球処理領域が形成される。導出通路６１３の途中には大入賞口６１２に入球して導出通路６１３を流下する遊技球を検出する大入賞口入賞検出器６５０が装着され、この検出器の信号が遊技制御装置に入力されている。   The front side of the base surface 611 is a processing area for game balls, and the upper part of the left wall is cut out to form a vertical rectangular big prize opening 612 and the inside of the enclosure is entered into the big prize opening. A lead-out passage 613 for allowing the game ball to flow down is formed, and a lead-out port 614 for penetrating the base surface 611 back and forth and discharging the game ball rearward is formed at the lower end thereof. The width in the front-rear direction of the special winning opening 612 and the lead-out passage 613 is set to a size somewhat larger than the diameter of the game ball, and a thin and compact ball processing region is formed on the front side of the base surface 611. . In the middle of the lead-out passage 613, a big-winning-port winning detector 650 that detects a game ball that enters the big winning opening 612 and flows down the lead-out passage 613 is mounted, and a signal of this detector is input to the game control device. ing.

一方、ベース面６１１の後面側は、開閉扉６２０を開閉する開閉駆動構造６３０の配設領域とされる。大入賞口６１２の下端近傍には開閉扉６２０の揺動軸６２５を回動可能に枢支する軸受部６１５が形成され、この軸受部６１５を軸心とする同心円上に、揺動軸６２５に連結されたリンクアーム６３５先端のリンクピン６３６をガイドする円弧状のガイド溝６１６が形成されている。またベース面６１１の上部には開閉扉６２０を開閉駆動する大入賞口開閉駆動ソレノイド６３１をネジ固定するソレノイド装着部が形成されている。   On the other hand, the rear surface side of the base surface 611 is an arrangement region of the opening / closing drive structure 630 that opens and closes the opening / closing door 620. A bearing portion 615 that pivotally supports the swing shaft 625 of the open / close door 620 is formed in the vicinity of the lower end of the big prize winning opening 612, and is formed on a concentric circle having the bearing portion 615 as an axis as the swing shaft 625. An arcuate guide groove 616 that guides the link pin 636 at the tip of the linked link arm 635 is formed. In addition, a solenoid mounting portion for fixing a special prize opening opening / closing drive solenoid 631 for opening / closing the opening / closing door 620 is formed on the upper portion of the base surface 611.

開閉扉６２０は、大入賞口６１２の開口寸法に合わせた縦長方形に形成され、基端側には揺動軸６２５が圧入固定される円筒状の軸装着部６２４が前後に延びて形成されている。開閉扉６２０の扉面は先端側で屈曲されて「く」の字状に形成されるとともに、この屈曲部から軸装着部６２４にかけて補強兼用のリブ６２７が形成される一方、ユニットベース６１１には開閉扉６２０の開放角度位置でリブ６２７の端面を係合支持する支持部６１７が形成されており（図７を参照）、上方から多数の遊技球が落下してきても、これらの遊技球を確実に受け止めて大入賞口６１２の内方に誘導し得るようになっている。   The open / close door 620 is formed in a vertical rectangular shape corresponding to the opening size of the grand prize winning opening 612, and a cylindrical shaft mounting portion 624 to which the swing shaft 625 is press-fitted and fixed is formed on the base end side so as to extend forward and backward. Yes. The door surface of the opening / closing door 620 is bent at the distal end side to form a “<” shape, and a rib 627 serving as a reinforcement is formed from the bent portion to the shaft mounting portion 624, while the unit base 611 has a A support portion 617 that engages and supports the end surface of the rib 627 at the opening angle position of the opening / closing door 620 is formed (see FIG. 7), and even if a large number of game balls fall from above, these game balls can be reliably secured. And can be guided to the inside of the grand prize winning opening 612.

揺動軸６２５の外周面には、開閉扉６２０の軸装着部およびリンクアーム６３５の軸固定ボスと係合する位置に綾目ローレットが形成されており、開閉扉の軸装着部６２４に揺動軸６２５を圧入固定することで開閉扉６２０に一体に組付けられる。開閉扉６２０は、揺動軸６２５をユニットベースの軸受部６１５に嵌挿して挿通させ、ベース面６１１の後面側に突出した揺動軸６２５の後端部にリンクアーム６３５の軸固定ボスを圧入固定することで揺動軸６２５を介してリンクアーム６３５と連結され、ベース面６１１を挟む前後で揺動軸６２５の軸回りに一体的に揺動可能に支持される。   On the outer circumferential surface of the swing shaft 625, a twill knurl is formed at a position where the shaft mounting portion of the opening / closing door 620 and the shaft fixing boss of the link arm 635 are engaged, and the shaft mounting portion 624 of the opening / closing door swings. The shaft 625 is press-fitted and fixed to be integrated with the opening / closing door 620. The open / close door 620 inserts and inserts the swing shaft 625 into the bearing portion 615 of the unit base, and presses the shaft fixing boss of the link arm 635 into the rear end portion of the swing shaft 625 protruding to the rear surface side of the base surface 611. By being fixed, it is connected to the link arm 635 via the swing shaft 625, and is supported so as to be swingable integrally around the swing shaft 625 before and after sandwiching the base surface 611.

開閉駆動構造６３０は、駆動源となる大入賞口開閉駆動ソレノイド６３１、大入賞口開閉駆動ソレノイドのプランジャの先端に固定された駆動伝達具６３４、一端が揺動軸６２５に固定され他端が駆動伝達具６３４にリンクピン６３６を介して連結されるリンクアーム６３５などからなり、大入賞口開閉駆動ソレノイド６３１の駆動力を揺動軸６２５に伝達して開閉扉６２０を開閉するように構成される。   The opening / closing drive structure 630 includes a large winning opening opening / closing driving solenoid 631 serving as a driving source, a drive transmission tool 634 fixed to the tip of the plunger of the large winning opening opening / closing driving solenoid, and one end fixed to the swing shaft 625 and the other end driven. A link arm 635 connected to the transmission tool 634 via a link pin 636 is configured to transmit the driving force of the special prize opening / closing driving solenoid 631 to the swing shaft 625 to open / close the opening / closing door 620. .

大入賞口開閉駆動ソレノイド６３１は、プランジャの外周部にリターンスプリング（コイルスプリング）が装着されたスプリングリターンタイプの直動型ソレノイドであり、駆動信号がONされた時にプランジャが引き込まれて縮長し、駆動信号をOFFしたときにリターンスプリングのバネ力でプランジャが押し出されて元の伸長状態に復帰する。プランジャの先端部には駆動伝達具６３４の板厚に合わせたスリ割りと、駆動伝達具６３４を固定するためのネジ孔とが形成されている。   The prize winning opening / closing drive solenoid 631 is a spring return type direct acting solenoid in which a return spring (coil spring) is mounted on the outer periphery of the plunger, and when the drive signal is turned on, the plunger is retracted and contracted. When the drive signal is turned off, the plunger is pushed out by the spring force of the return spring and returns to the original extended state. A slit according to the plate thickness of the drive transmission tool 634 and a screw hole for fixing the drive transmission tool 634 are formed at the tip of the plunger.

駆動伝達具６３４は薄板プレート状をなし、大入賞口開閉駆動ソレノイド６３１のプランジャに固定される基端側にねじを挿通させる円孔が形成され、先端側にはリンクピン６３６と係合するピン係合孔が形成されている。ピン係合孔はリンクピン６３６のピン径に合わせた幅で、リンクピンの揺動軌跡に応じた長さを有する長孔状に形成されている。駆動伝達具６３４は、プランジャ先端部のスリ割りに嵌挿して位置合わせし後方からネジを挿通して締め込むことでプランジャの先端部にネジ固定される。   The drive transmission tool 634 has a thin plate shape, and a circular hole through which a screw is inserted is formed on the base end side fixed to the plunger of the prize winning opening / closing drive solenoid 631, and a pin that engages with the link pin 636 is formed on the distal end side. An engagement hole is formed. The pin engagement hole has a width corresponding to the pin diameter of the link pin 636 and is formed in a long hole shape having a length corresponding to the swing locus of the link pin. The drive transmission tool 634 is screwed to the distal end portion of the plunger by being inserted into the slot at the distal end portion of the plunger, aligned, and inserted and tightened from behind.

リンクアーム６３５は、一端に揺動軸６２５が圧入される軸固定ボス、他端にリンクピン６３６が圧入されるピン固定ボスが形成されて短いアーム状に形成されており、上述したように揺動軸６２５の後端部に圧入固定されてベース面６１１の後面側に揺動可能に支持される。   The link arm 635 is formed in a short arm shape with a shaft fixing boss into which the swing shaft 625 is press-fitted at one end and a pin fixing boss into which the link pin 636 is press-fitted into the other end. It is press-fitted and fixed to the rear end portion of the moving shaft 625 and is supported on the rear surface side of the base surface 611 so as to be swingable.

そこで、駆動伝達具６３４が組付けられた大入賞口開閉駆動ソレノイド６３１をユニットベース６１０のソレノイド装着部にネジ固定し、開閉扉６２０を揺動させてリンクアーム６３５のピン固定ボスと駆動伝達具６３４のピン係合孔とを位置合わせし、駆動伝達具６３４の後方からピン係合孔を通してリンクアーム６３５のピン固定ボスにリンクピン６３６を圧入する。このとき、リンクピン６３６の先端がベース面６１１に形成されたガイド溝６１６内に嵌入して揺動変位可能に支持される。   Therefore, the big prize opening opening / closing drive solenoid 631 with the drive transmission tool 634 assembled thereto is screwed to the solenoid mounting portion of the unit base 610, and the opening / closing door 620 is swung to drive the pin fixing boss of the link arm 635 and the drive transmission tool. The pin engaging hole 634 is aligned, and the link pin 636 is press-fitted into the pin fixing boss of the link arm 635 through the pin engaging hole from the rear of the drive transmission tool 634. At this time, the distal end of the link pin 636 is fitted into a guide groove 616 formed in the base surface 611 and supported so as to be swingable and displaceable.

こうして駆動伝達具６３４とリンクアーム６３５とがリンクピン６３６により連結されると、大入賞口開閉駆動ソレノイド６３１のON／OFFによる駆動伝達具６３４の上下方向変位が、リンクピン６３６を介してリンクアーム６３５の揺動角度変位に変換されて伝達され、揺動軸６２５により連結された開閉扉６２０が反時計廻り／時計廻りに揺動可能な駆動機構が形成される。そしてこれによりユニットベース６１０の前面側に開閉扉６２０、後面側に開閉駆動構造６３０が配設され、大入賞口開閉駆動ソレノイド６３１をON／OFF制御することで開閉扉６２０を揺動させ大入賞口６１２を開閉可能な開閉入賞機構ユニット６００が形成される。   When the drive transmission tool 634 and the link arm 635 are connected by the link pin 636 in this way, the vertical displacement of the drive transmission tool 634 due to the ON / OFF of the prize winning opening / closing drive solenoid 631 is caused via the link pin 636. A drive mechanism is formed in which the opening / closing door 620 connected to the swing shaft 625 can be swung counterclockwise / clockwise by being converted into a swing angle displacement of 635 and transmitted. As a result, the opening / closing door 620 is provided on the front side of the unit base 610 and the opening / closing drive structure 630 is provided on the rear side, and the opening / closing door 620 is swung by ON / OFF control of the prize opening opening / closing drive solenoid 631. An open / close winning mechanism unit 600 capable of opening and closing the mouth 612 is formed.

一方、装飾枠１００の左枠部１１２に、開閉入賞機構ユニット６００を装着するユニット装着部１６０が設けられている。ユニット装着部１６０は、ユニットベース６１０の後面周縁を支持するベース支持部１６０ａと、ユニットベース６１０の後面側に設けられた開閉駆動構造６３０を収容する駆動構造収容部１６０ｂとからなり、ベース支持部１６０ａはベース枠１０１の装飾面を利用して形成され、駆動構造収容部１６０ｂは装飾面を貫通して装飾面の後方に形成されている。   On the other hand, a unit mounting portion 160 for mounting the opening / closing prize winning mechanism unit 600 is provided on the left frame portion 112 of the decorative frame 100. The unit mounting portion 160 includes a base support portion 160a that supports the peripheral edge of the rear surface of the unit base 610, and a drive structure storage portion 160b that stores the opening / closing drive structure 630 provided on the rear surface side of the unit base 610. 160a is formed using the decorative surface of the base frame 101, and the drive structure housing portion 160b is formed behind the decorative surface through the decorative surface.

ベース支持部１６０ａには、ユニットベース６１０に形成されたネジ挿通孔６１８と位置整合してネジを受容する円筒状のネジボス１６８が装飾面の裏面側に複数形成され、開閉入賞機構ユニット６００を装飾面の前面側から固定可能になっている。   A plurality of cylindrical screw bosses 168 that are aligned with the screw insertion holes 618 formed in the unit base 610 and receive screws are formed on the base support portion 160a on the back side of the decorative surface, and the open / close prize winning mechanism unit 600 is decorated. It can be fixed from the front side of the surface.

駆動構造収容部１６０ｂは、ベース枠１０１の装飾面の後面側に開閉駆動構造６３０の周囲を取り囲むように立設された収容壁１６２と、この収容壁１６２に囲まれた開口の後方を覆ってネジ固定される後方壁１６３とによって形成され、後方壁１６３にはユニットベースのベース面６１１に開口形成された導出口６１４と位置整合して、導出口６１４から排出された遊技球を球寄せカバー１９側の排出流路１９ａに導く連絡流路１６４が形成されている。また後方壁１６２には、開閉入賞機構ユニット６００の大入賞口開閉駆動ソレノイド６３１および大入賞口入賞検出器６５０の信号線を前後に挿通させる切り欠き部が形成されている。   The drive structure housing portion 160 b covers the housing wall 162 erected so as to surround the periphery of the opening / closing drive structure 630 on the rear surface side of the decorative surface of the base frame 101, and covers the rear of the opening surrounded by the housing wall 162. The rear wall 163 is screwed to the rear wall 163. The rear wall 163 is aligned with the outlet port 614 formed in the base surface 611 of the unit base, so that the game balls discharged from the outlet port 614 are covered by the ball cover. A communication channel 164 leading to the 19th discharge channel 19a is formed. Further, the rear wall 162 is formed with a notch portion through which the signal lines of the big prize opening opening / closing drive solenoid 631 of the opening / closing prize winning mechanism unit 600 and the big prize opening prize detector 650 are inserted back and forth.

そこで、上記信号線を切り欠き部を通して挿通させるとともに、ユニットアッセンブリされた開閉入賞機構ユニット６００を装飾枠１００の左肩部に位置合わせして装着すると、開閉駆動構造６３０が駆動構造収容部１６０ｂに収容され、ユニットベース６１０の後面周縁がベース支持部１６０ａに支持されて前後に位置決めされる。そしてユニットベース６１０の前面側からネジ挿通孔６１８を通してネジボス１６８に固定ネジを螺合締結し、ユニットベース６１０の前面に化粧蓋６６０を嵌着することで、開閉入賞機構ユニット６００がユニット装着部１６０に一体的に装着される。化粧蓋６６０の後面側には揺動軸６２５の先端部を枢支する軸受部６６５が形成されており、開閉扉６２０が前後の軸受部６６５，６１５に支持されて安定的に開閉可能に配設される。そして大入賞口開閉駆動ソレノイド６３１および大入賞口入賞検出器６５０の信号線を遊技制御装置に接続することで開閉入賞機構６０が形成され、その作動が遊技制御装置により制御される。   Therefore, when the signal line is inserted through the cutout portion and the opening / closing prize winning mechanism unit 600 assembled as a unit is aligned with the left shoulder of the decorative frame 100 and mounted, the opening / closing drive structure 630 is accommodated in the drive structure accommodating portion 160b. Then, the rear peripheral edge of the unit base 610 is supported by the base support part 160a and positioned front and rear. Then, a fixing screw is screwed and fastened to the screw boss 168 through the screw insertion hole 618 from the front side of the unit base 610, and the decorative lid 660 is fitted to the front surface of the unit base 610, so that the opening / closing prize winning mechanism unit 600 is unit mounted portion 160. It is attached to the unit. A bearing portion 665 that pivotally supports the tip of the swing shaft 625 is formed on the rear surface side of the decorative lid 660, and the opening / closing door 620 is supported by the front and rear bearing portions 665, 615 so as to be stably opened and closed. Established. The open / close prize winning mechanism 60 is formed by connecting the signal lines of the big prize opening opening / closing drive solenoid 631 and the big prize opening prize detector 650 to the game control device, and its operation is controlled by the game control device.

このように、開閉入賞機構６０では、開閉入賞機構ユニット６００の開閉駆動構造６３０が駆動構造収容部１６０ｂに収容されて装飾面の後方に配設され、装飾面の前方には遊技球の球径よりも幾分大きい程度の薄型に構成された遊技球の処理領域が配設される。このため、大型の入賞口を開閉する開閉入賞機構でありながら化粧板の前面側への突出量を最小限に抑制したコンパクトな構成になっている。また、ユニット装着部１６０と前述したワープ案内通路１２０とは、各図に明示するように、前後方向に重なるように形成されており、左枠部１１２の枠幅寸法を開閉入賞機構ユニット６００のユニット幅と略同一寸法まで抑制して中央飾り側方の転動領域を確保可能な構成になっている。さらに、開閉入賞機構ユニット６００が一体的に着脱可能に構成されているため、開閉駆動構造６３０の構成部品が損耗等した場合であっても容易に着脱交換することができる。   Thus, in the open / close prize winning mechanism 60, the open / close drive structure 630 of the open / close prize winning mechanism unit 600 is accommodated in the drive structure accommodating portion 160b and disposed behind the decorative surface, and the ball diameter of the game ball is positioned in front of the decorative surface. A processing area of a game ball configured to be thin to a degree somewhat larger than that is disposed. For this reason, although it is an opening / closing prize winning mechanism that opens and closes a large prize opening, it has a compact configuration in which the amount of protrusion of the decorative board to the front side is minimized. Further, as clearly shown in each drawing, the unit mounting portion 160 and the warp guide passage 120 described above are formed so as to overlap in the front-rear direction, and the frame width dimension of the left frame portion 112 is set to the opening / closing prize winning mechanism unit 600. It is configured to be able to secure a rolling area on the side of the central decoration while suppressing to approximately the same dimension as the unit width. Further, since the open / close winning mechanism unit 600 is configured to be detachable integrally, even if the components of the open / close drive structure 630 are worn out, they can be easily attached and detached.

さて、以上説明してきた中央飾り１０の下側に、複合入賞装置２０が設けられている。以下、図１０〜図１６の各図を参照しながら、複合入賞装置２０の構成について説明する。複合入賞装置２０は、化粧板２の前方から取り付けられる前方機構部と、化粧板２の後方から取り付けられる後方機構部とからなり、図１０は貯留通路が充満される以前の様子を主として示す前方機構部の正面図、図１１は貯留通路が充満されて以降の様子を主として示す前方機構部の正面図、図１２は前方機構部の背面図、図１３は前方機構部の平面図、図１４は後方機構部の平面図、図１５は化粧板２の背面側の球流れを主として示す後方機構部の正面図（図１４中のXV−XV矢視の正面図）、図１６は複合入賞装置２０の制御形態を概要的に示すブロック図である。   Now, the composite winning device 20 is provided below the central ornament 10 described above. Hereinafter, the configuration of the composite winning device 20 will be described with reference to FIGS. 10 to 16. The composite winning device 20 includes a front mechanism portion attached from the front of the decorative board 2 and a rear mechanism portion attached from the rear of the decorative board 2, and FIG. 10 mainly shows a state before the storage passage is filled. FIG. 11 is a front view of the front mechanism part mainly showing the state after the storage passage is filled, FIG. 12 is a rear view of the front mechanism part, FIG. 13 is a plan view of the front mechanism part, and FIG. 15 is a plan view of the rear mechanism portion, FIG. 15 is a front view of the rear mechanism portion mainly showing the sphere flow on the back side of the decorative board 2 (front view as viewed in the direction of arrows XV-XV in FIG. 14), and FIG. It is a block diagram which shows the control form of 20 roughly.

複合入賞装置（役物(遊技部品)）２０は、その複合機能を機構的に大別すると、Ａ：遊技球を貯留する貯留通路および装置外部に排出させる排出通路を有し入賞口に落入した遊技球の流下経路を切り替えて流下させる球貯留機構２００、Ｂ：遊技球を受容可能な球受け部を正逆両方向に回動可能な第１回転体を備え貯留通路を介して導かれた遊技球を第１回転体の回動により第１導出口または第２導出口に移動させて排出させる振り分け機構３００、Ｃ：第１導出口に排出された遊技球を入賞口よりも上方に搬送する揚送機構４００、Ｄ：遊技球が転入可能な入賞領域を複数有し通過した入賞領域に応じた遊技を実行する回転入賞機構５００、およびこれら各機構の作動を制御する遊技制御装置７００などからなり、このうちＡ〜Ｃの各機構がハウジング５１に組み込まれて一体の前方機構部を形成し、Ｄ：回転入賞機構がリアフレーム５５に組付けられて後方機構部を形成し、前後の機構部が遊技制御装置７００の各制御手段により制御されて複合入賞装置２０が形成される。   The composite winning device (combined goods (game parts)) 20 can be broadly classified into its combined functions. A: A storage passage for storing game balls and a discharge passage for discharging the game ball to the outside of the device are dropped into the winning opening. The ball storage mechanism 200 for switching the flow path of the game ball to flow down, B: a ball receiving portion capable of receiving the game ball including a first rotating body capable of rotating in both forward and reverse directions, and guided through the storage passage A distribution mechanism 300 that moves the game balls to the first outlet or the second outlet by the rotation of the first rotating body and discharges them. C: transports the game balls discharged to the first outlet to a position higher than the winning opening. Lifting mechanism 400, D: a plurality of winning areas into which game balls can be transferred, a rotary winning mechanism 500 that executes a game according to the winning area that has passed, a game control device 700 that controls the operation of each of these mechanisms, and the like Each of these mechanisms A to C It is incorporated in the housing 51 to form an integrated front mechanism part, D: a rotary winning mechanism is assembled to the rear frame 55 to form a rear mechanism part, and the front and rear mechanism parts are controlled by each control means of the game control device 700. The composite winning device 20 is formed by being controlled.

Ａ：貯留機構２００は、遊技盤面を転動落下する遊技球が落入可能な入賞口を有する入賞具２１０、入賞口に落入した遊技球を順次貯留し得る貯留通路２２０、入賞口に落入した遊技球を排出させる排出通路２３０、入賞口に落入した遊技球の流下経路を貯留通路または排出通路に切り替えて流下させる流路切り替え構造２４０、貯留通路が貯留された遊技球で充満されたことを検出する充満検出手段２５０、および遊技制御装置７００に内蔵された役物（遊技部品）制御手段７１０などからなり、役物制御手段７１０が、充満検出手段２５０において貯留通路の充満状態が検出されていないときに遊技球の流下経路を貯留通路側に設定して入賞口に落入した遊技球を貯留通路２２０に導き、充満検出手段２５０において貯留通路の充満状態が検出されているときには遊技球の流下経路を排出通路側に切り替えて入賞口に落入した遊技球を排出通路２３０に導くように構成される。   A: The storage mechanism 200 has a winning tool 210 having a winning opening into which a game ball rolling and falling on the game board surface can be dropped, a storage passage 220 that can sequentially store the gaming balls dropped into the winning opening, and a drop into the winning opening. A discharge passage 230 that discharges the game ball that has entered, a flow path switching structure 240 that switches the flow path of the game ball that has fallen into the winning opening to the storage passage or the discharge passage, and the game passage in which the storage passage is stored is filled. A fullness detecting means 250 for detecting the fact that the game control device 700 is equipped, and an accessory (game part) control means 710 incorporated in the game control device 700. When the game ball has not been detected, the flow path of the game ball is set to the storage passage side, and the game ball dropped into the winning opening is guided to the storage passage 220, and the full state of the storage passage is filled in the filling detection means 250. It is configured to guide the game balls that 落入 the winning openings switch the falling path of the game ball to the discharge passage side to the discharge passage 230 while being detected.

入賞具２１０は、いわゆる電動チューリップ型の可動入賞具であり、左右に揺動可能なチューリップ羽根２１１，２１１を有し、その後方にチューリップ羽根２１１，２１１を開閉させて入賞口１１２を拡大・縮小変化させる入球部拡大装置駆動ソレノイド２１３が装着されるとともに、入賞口１１２の内部に遊技球の通過を検出する役物入球検出器２１４が設けられている。入賞具２１０は、上段ステージ４１２における特別流下通路１４５ｇと位置整合して直下に配設され、チューリップ羽根の上方には斜めに落下してくる遊技球の入球を規制する一方、特別流下通路１４５ｇから鉛直に落下してくる遊技球をガイドするガイド筒が設けられている。入球部拡大装置駆動ソレノイド２１３は役物制御手段７１０における入球部拡大装置駆動制御手段７１１によりON・OFFされて開閉作動が制御され、役物入球検出器２１４の信号は役物入球判定手段７１２に入力されて入賞判定が行われる。   The prize-winning tool 210 is a so-called electric tulip-type movable prize-winning tool. The prize-winning tool 210 has tulip blades 211 and 211 that can swing left and right. A changing ball entry device driving solenoid 213 to be changed is mounted, and an accessory entry detector 214 for detecting the passage of a game ball is provided inside the winning opening 112. The prize-winning tool 210 is disposed directly below the special flow passage 145g in the upper stage 412, and regulates the entry of game balls falling obliquely above the tulip blades, while the special flow passage 145g. A guide cylinder is provided for guiding the game ball falling vertically from the top. The entrance part enlarging device drive solenoid 213 is turned on / off by the entrance part enlarging device drive control means 711 in the accessory control means 710 to control the opening / closing operation. It is input to the determination means 712 and a winning determination is performed.

入賞口１１２の下側では、入賞具２１０に落入した遊技球をハウジング５１の内部に導くとともに正面右側の貯留通路方向に案内する導入通路２１５が形成されている。一方、導入通路２１５の後方には、貯留機構２００のフレームとなるシャッターベース２０１が組付けられ、このシャッターベース２０１に貯留通路２２０、排出通路２３０が形成されている。   Below the winning opening 112, an introduction passage 215 that guides the game ball dropped into the winning device 210 into the housing 51 and guides it toward the storage passage on the right side of the front is formed. On the other hand, a shutter base 201 serving as a frame of the storage mechanism 200 is assembled behind the introduction passage 215, and a storage passage 220 and a discharge passage 230 are formed in the shutter base 201.

貯留通路２２０は、シャッターベース２０１の本体部から右斜め下方に突出して設けられている。貯留通路２２０の通路幅および高さは遊技球の球形よりも幾分大きめに設定され、通路長さはこの通路内に貯留すべき遊技球の数量（ゲーム構成に応じて設定された最大貯留球数）に合わせて形成される。貯留通路２２０の下流端部には後方に傾斜する通路面が形成されており、次述する振り分け機構３００の導入口３４０に繋がっている。これにより貯留通路に流入した遊技球を振り分け機構３００に向けて滑らかに流下させるとともに、所定数量の遊技球を流入した順に通路内に貯留し得るようになっている。   The storage passage 220 is provided so as to protrude obliquely downward to the right from the main body of the shutter base 201. The passage width and height of the storage passage 220 are set somewhat larger than the spherical shape of the game ball, and the passage length is the number of game balls to be stored in this passage (the maximum storage ball set according to the game configuration). Number). A passage surface inclined rearward is formed at the downstream end portion of the storage passage 220 and is connected to an introduction port 340 of the distribution mechanism 300 described below. As a result, the game balls that have flowed into the storage passage can smoothly flow down toward the sorting mechanism 300, and a predetermined number of game balls can be stored in the passage in the order of flow.

本実施形態では、基準位置にある第１回転体の球受け部３２２に受容された遊技球を含めて５個の遊技球を貯留可能に構成した例を示す。なお貯留通路２２０の前方の通路壁は、ハウジング５１の前面を覆って取り付けられるカバー部材５２によって形成される。カバー部材５２は透視可能な樹脂材料（有色透明や半透明の樹脂材料等）を用いて成形されており、貯留通路２２０を流下する遊技球および通路内に貯留された遊技球がパチンコ機の前面側から視認できる構成になっている。   In the present embodiment, an example is shown in which five game balls including a game ball received by the ball receiver 322 of the first rotating body at the reference position can be stored. A passage wall in front of the storage passage 220 is formed by a cover member 52 attached to cover the front surface of the housing 51. The cover member 52 is formed using a transparent resin material (colored transparent or translucent resin material or the like), and the game balls flowing down the storage passage 220 and the game balls stored in the passage are in front of the pachinko machine. The structure is visible from the side.

排出通路２３０は、貯留通路２２０と隣接してシャッターベース２０１の本体部に形成されており、上下に延びる球通路の上端部において貯留通路２２０の上流部と合流している。排出通路２３０の下流側は後方に屈曲されたうえ化粧板２の裏面側で下向きに開口されており、アウト口８を通って化粧板の裏面側に導かれた遊技済み球とともに遊技済み球排出通路を介して遊技島の回収装置に排出されるようになっている。   The discharge passage 230 is formed in the main body portion of the shutter base 201 adjacent to the storage passage 220 and merges with the upstream portion of the storage passage 220 at the upper end portion of the spherical passage extending vertically. The downstream side of the discharge passage 230 is bent rearward and opened downward on the back side of the decorative board 2, and the game-completed ball is discharged together with the played balls guided to the back side of the decorative board through the out port 8. It is discharged to a collection device on the amusement island through a passage.

流路切り替え構造２４０は、シャッターベース２０１にスライド変位可能に支持されて排出通路２３０の上端開口部を開閉するシャッター２４２、シャッター２４２を開閉駆動するシャッター駆動ソレノイド２４３、シャッター駆動ソレノイドのプランジャに嵌着されたスライドアングル２４４、一端がシャッターベース２０１にピン係合され他端がシャッター２４２にピン結合されるとともにアーム中間部でスライドアングル２４４に係合されたスウィングアーム２４５、およびシャッター駆動ソレノイド２４３の作動を制御するシャッター駆動制御手段７１４などから構成される。   The flow path switching structure 240 is slidably supported by the shutter base 201 and is fitted to a shutter 242 that opens and closes the upper end opening of the discharge passage 230, a shutter drive solenoid 243 that opens and closes the shutter 242, and a plunger of the shutter drive solenoid. The sliding angle 244, one end of which is pin-engaged with the shutter base 201 and the other end of which is pin-coupled to the shutter 242, and the middle of the arm is engaged with the sliding angle 244, and the operation of the shutter drive solenoid 243 For example, a shutter drive control means 714 for controlling.

シャッターベース２０１には、シャッター２４２を左右方向にスライド変位可能に支持するガイドレール２０２、シャッター駆動ソレノイド２４３を支持するソレノイド装着部２０３、ソレノイド装着部を上下に貫通して形成されたスライドアングル挿通孔、およびソレノイド装着部２０３の下面側に突出成型された支ピン２０５などが形成されている。   The shutter base 201 has a guide rail 202 that supports the shutter 242 so as to be slidable in the left-right direction, a solenoid mounting portion 203 that supports the shutter drive solenoid 243, and a slide angle insertion hole formed through the solenoid mounting portion vertically. In addition, a support pin 205 and the like are formed on the lower surface side of the solenoid mounting portion 203.

シャッター２４２は、下向き凸の断面形状を有してシャッターベースのガイドレール部２０２にスライド変位可能に支持され、下面にはスウィングアーム２４５のピン受容孔と嵌合する連結ピン２４２ｐが形成されている。シャッター駆動ソレノイド２４３は、プランジャの外周部にリターンスプリングが装着されたスプリングリターンタイプの直動型ソレノイドであり、駆動信号がONされた時にプランジャが引き込まれて縮長し、駆動信号をOFFしたときにリターンスプリングのバネ力でプランジャが押し出されて元の伸長状態に復帰する。   The shutter 242 has a downward convex cross-sectional shape and is supported by the guide rail portion 202 of the shutter base so as to be slidable. A connecting pin 242p that fits into a pin receiving hole of the swing arm 245 is formed on the lower surface. . The shutter drive solenoid 243 is a spring return type direct acting solenoid in which a return spring is mounted on the outer peripheral portion of the plunger. When the drive signal is turned ON, the plunger is drawn and contracted, and the drive signal is turned OFF. The plunger is pushed out by the spring force of the return spring to return to the original extended state.

スライドアングル２４４は、上下に延びる立設辺と左右に延びる底辺とを有して背面視Ｌ字状のアングル形態をなし、立設辺に形成された受容スリットでシャッター駆動ソレノイド２４３のプランジャ先端部に嵌着され、底辺がスライドアングル挿通孔を通してシャッター駆動ソレノイド２４３の下側で左右方向に変位可能に配設される。スライドアングル２４４の底辺にはスウィングアーム２４５のアーム中間部を左右から挟み込むように係合して駆動力を伝達する駆動伝達突起２４４ａ，２４４ｂが形成されている。   The slide angle 244 has an upright side extending in the vertical direction and a bottom side extending in the left-right direction, and has an L-shaped angle when viewed from the back, and is a receiving slit formed on the vertical side and a plunger tip of the shutter drive solenoid 243. The bottom side is arranged to be displaceable in the left-right direction below the shutter drive solenoid 243 through the slide angle insertion hole. Drive transmission protrusions 244a and 244b are formed on the bottom side of the slide angle 244 so as to engage the middle part of the swing arm 245 from the left and right to transmit the driving force.

スウィングアーム２４５は、平板状のアーム部の両端に円筒状のボス部を有し、一端のボスにはシャッターベース２０１に形成された支ピン２０５に枢結される支ピン孔が形成され、他端のボス部にはシャッター２４２の下面に突出成型された連結ピン２４２ｐを受容して係合する連結ピン受容穴が形成されている。このうち連結ピン受容孔は、溝幅が連結ピン２４２ｐの外径よりもわずかに大きめで、溝の長さがアームの延びる方向に長い長孔状に形成されている。   The swing arm 245 has cylindrical boss portions at both ends of a flat arm portion, and a support pin hole pivotally connected to a support pin 205 formed on the shutter base 201 is formed at one end of the boss. A connecting pin receiving hole that receives and engages a connecting pin 242p that is projected and formed on the lower surface of the shutter 242 is formed in the end boss portion. Among these, the connecting pin receiving hole is formed in a long hole shape having a groove width slightly larger than the outer diameter of the connecting pin 242p and a groove length extending in the direction in which the arm extends.

このため支ピン孔を支ピン２０５に嵌挿してピン先端に固定カラーを圧入または接着等により固定することで、スウィングアーム２４５が支ピン２０５を中心として揺動可能に枢結され、連結ピン受容穴に連結ピン２４２ｐを係合させてガイドレール２０２にシャッター２４２を支持させることで、スウィングアーム２４５の揺動に応じてシャッター２４２が左右にスライド変位される。このときスウィングアームの中間部がスライドアングル下面の駆動伝達突起２４４ａ，２４４ｂの間を通り左右の突起と摺接するように取り付けることで、スライドアングル２４４の左右方向の変位がスウィングアーム２４５の揺動変位に変換され、スウィングアーム２４５を介してシャッター２４２が左右方向にスライド変位される。   For this reason, by inserting the support pin hole into the support pin 205 and fixing the fixed collar to the tip of the pin by press-fitting or bonding, the swing arm 245 is pivotably pivoted about the support pin 205 and receives the connection pin. By engaging the connecting pin 242p in the hole and supporting the shutter 242 on the guide rail 202, the shutter 242 is slid to the left and right according to the swing of the swing arm 245. At this time, by attaching the middle part of the swing arm so as to pass between the drive transmission protrusions 244a and 244b on the lower surface of the slide angle and slidably contact with the left and right protrusions, the lateral displacement of the slide angle 244 causes the swing displacement of the swing arm 245. The shutter 242 is slid in the left-right direction via the swing arm 245.

シャッター２４２は、駆動信号がOFFの状態において、図１０に示すように排出通路２３０の上端部を覆う閉鎖位置に配設され、入賞口２１２から導入通路２１５を通って入球した遊技球は、閉鎖位置にあるシャッター２４２の上面を転動して貯留通路２２０に導かれる。一方シャッター駆動制御手段７１４から駆動信号が出力されシャッター駆動ソレノイド２４３がONされると、ケース内に引き込み作動されるプランジャとともにスライドアングル２４４が左動され、右側の駆動伝達突起２４４ｂに押圧されて揺動されるスウィングアーム２４５を介してシャッター２４２が左方にスライド変位されて、排出通路２３０の上端部が開口される。このため入賞口２１２から導入通路２１５を通って入球した遊技球は、開放された開口部から排出通路２３０に転落し、遊技済み球排出通路を介して遊技島の回収装置に排出される。   When the drive signal is OFF, the shutter 242 is disposed at a closed position that covers the upper end portion of the discharge passage 230 as shown in FIG. 10, and the game ball that has entered the winning passage 212 through the introduction passage 215 is: The upper surface of the shutter 242 in the closed position rolls and is guided to the storage passage 220. On the other hand, when a drive signal is output from the shutter drive control means 714 and the shutter drive solenoid 243 is turned on, the slide angle 244 is moved to the left together with the plunger that is pulled into the case, and is pressed by the right drive transmission protrusion 244b to swing. The shutter 242 is slid to the left via the moved swing arm 245, and the upper end of the discharge passage 230 is opened. For this reason, the game ball that has entered the winning passage 212 through the introduction passage 215 falls from the opened opening to the discharge passage 230 and is discharged to the game island collection device through the game-completed ball discharge passage.

ここで、本構成の流路切り替え機構では、駆動伝達突起をスウィングアーム２４５の中間部（支点となる支ピン孔と作用点となる連結ピン受容孔との中間部）に係合させてアームを揺動させる構成にしている。このため、排出通路２３０を開閉するのに必要なシャッター２４２のスライド変位量に対して、このシャッターを駆動するシャッター駆動ソレノイド２４３の伸縮ストロークを約１／２倍に抑制することができ、比較的小型のソレノイドを用いた小型低廉な装置構成で流路切り替え機構２４０を構成することができる。   Here, in the flow path switching mechanism of this configuration, the drive transmission protrusion is engaged with the intermediate portion of the swing arm 245 (intermediate portion between the support pin hole serving as the fulcrum and the connection pin receiving hole serving as the action point) to move the arm. It is configured to swing. For this reason, the expansion / contraction stroke of the shutter drive solenoid 243 for driving the shutter can be suppressed to about ½ times the slide displacement amount of the shutter 242 necessary for opening and closing the discharge passage 230. The flow path switching mechanism 240 can be configured with a small and inexpensive apparatus configuration using a small solenoid.

なおスウィングアーム２４５を左右から挟み込んで摺接する駆動伝達突起２４４ａ，２４４ｂに代えて、ピンと長孔との係合形態を用いて同様に構成することができるほか、シャッター２４２を水平面内あるいは鉛直面内で揺動させて排出通路２３０の上端開口部を開閉するように構成しても良く、また導入通路２１５に左右揺動可能な弁部材を配設してこの弁部材を揺動させて流下経路を切り替えるように構成しても良い。   In addition, instead of the drive transmission protrusions 244a and 244b that slidably come into contact with the swing arm 245 sandwiched from the left and right, it can be similarly configured by using an engagement form of a pin and a long hole, and the shutter 242 is in a horizontal plane or a vertical plane. The upper end opening of the discharge passage 230 may be opened and closed by swinging the valve, and a valve member capable of swinging left and right is provided in the introduction passage 215, and the valve member is swung to flow down the flow path. You may comprise so that it may switch.

充満検出手段２５０は、貯留通路２２０の上端部に設けられた貯留部満杯検出器２５１と、役物制御手段７１０に設けられた貯留部満杯判定手段７１３とを主体として構成される。貯留部満杯検出器２５１は、入賞検出器や役物入球検出器などと同様の通過型の検出器（貫通型近接スイッチ）であり、この検出器を貫通して形成された検出孔内を遊技球が通過したときにパルス状の遊技球検出信号を出力し、図１１に示すように検出孔内に遊技球が停留しているときに連続した遊技球検出信号を出力する。貯留部満杯判定手段７１３は貯留部満杯検出器２５１から入力される信号に基づいて貯留通路２２０が満杯状態であるか否かを判断する。具体的には入力された検出信号が所定時間以上連続した遊技球検出信号であるときに貯留通路２２０が満杯であると判定する。役物制御手段７１０は、貯留部満杯判定手段７１３により貯留通路が満杯状態であると判定されたときに、シャッター駆動制御手段７１４からシャッター駆動ソレノイド２４３に駆動信号を出力し、シャッター２４２を開放状態に切り替えさせる。   The fullness detection unit 250 is mainly configured by a storage unit fullness detector 251 provided at the upper end portion of the storage passage 220 and a storage unit fullness determination unit 713 provided in the accessory control unit 710. The storage unit full detector 251 is a passage-type detector (penetration type proximity switch) similar to a prize detector or an accessory ball detector, and the inside of a detection hole formed through this detector. When the game ball passes, a pulse-like game ball detection signal is output, and when the game ball is stopped in the detection hole as shown in FIG. 11, a continuous game ball detection signal is output. The storage unit full determination means 713 determines whether or not the storage passage 220 is full based on a signal input from the storage unit full detector 251. Specifically, it is determined that the storage passage 220 is full when the input detection signal is a game ball detection signal that continues for a predetermined time or more. The accessory control means 710 outputs a drive signal from the shutter drive control means 714 to the shutter drive solenoid 243 and opens the shutter 242 when the storage section full determination means 713 determines that the storage passage is full. Switch to.

このため、貯留機構２００では、貯留通路２２０が遊技球で充満される以前においては、入賞口２１２に落入した遊技球が導入通路２１５、シャッター２４２の上面を通って貯留通路２２０に導かれ、この貯留通路２２０に導入された順に整列状態で貯留される。一方貯留通路２２０が満杯状態になり貯留部満杯判定手段７１３により貯留通路が満杯状態であると判定されると、役物制御手段７１０はシャッター駆動制御手段７１４からシャッター駆動ソレノイド２４３に駆動信号を出力させてシャッター２４２を開放状態に切り替えさせる。このため、入賞口２１２に落入し導入通路２１５を通って導かれた遊技球が、開放された開口部から排出通路２３０に転落し、遊技済み球排出通路を介して遊技島の回収装置に排出される。このように構成される貯留機構２００の下流側に、Ｂ：振り分け機構３００が設けられている。   For this reason, in the storage mechanism 200, before the storage passage 220 is filled with game balls, the game balls dropped into the winning opening 212 are guided to the storage passage 220 through the upper surfaces of the introduction passage 215 and the shutter 242, They are stored in an aligned state in the order of introduction into the storage passage 220. On the other hand, when the storage passage 220 becomes full and the storage portion full determination means 713 determines that the storage passage is full, the accessory control means 710 outputs a drive signal from the shutter drive control means 714 to the shutter drive solenoid 243. Thus, the shutter 242 is switched to the open state. For this reason, the game ball that has fallen into the winning opening 212 and led through the introduction passage 215 falls from the opened opening to the discharge passage 230 and passes through the game ball discharge passage to the game island collection device. Discharged. The B: distribution mechanism 300 is provided on the downstream side of the storage mechanism 200 configured as described above.

Ｂ：振り分け機構３００は、貯留通路２２０の下流側に設けられた回転盤収容部３１０、外周側に遊技球を受容可能な球受け部３２２を有して回転盤収容部３１０に回動可能に設けられた第１回転体３２０、第１回転体３２０を時計廻りおよび反時計廻りに回動させる第１回転体駆動モータ３３０、貯留通路２２０の下流端部に位置整合して設けられ入賞口２１２から導かれた遊技球を基準位置にある第１回転体の球受け部に導く導入口３４０、導入口を挟んで回転盤収容部に設けられ第１回転体の回動により移動された遊技球を導出する第１導出口３５０ならびに第２導出口３６０、および第１回転体駆動モータの作動を制御する役物制御手段７１０などからなり、役物制御手段７１０が入賞条件（例えば後述する図柄制御手段７２０により決定された停止図柄の組み合わせ）に基づいて第１回転体３２０を時計廻りまたは反時計廻りに回動させ、基準位置で球受け部３２２に受容された遊技球を第１導出口３５０または第２導出口３６０に排出させるように構成される。   B: The distribution mechanism 300 has a turntable accommodating portion 310 provided on the downstream side of the storage passage 220 and a ball receiving portion 322 capable of receiving a game ball on the outer peripheral side, and is rotatable to the turntable accommodating portion 310. The first rotary body 320 provided, the first rotary body drive motor 330 that rotates the first rotary body 320 clockwise and counterclockwise, and the downstream end of the storage passage 220 are provided in alignment with the prize-winning port 212. An introduction port 340 for guiding the game ball guided from the ball to the ball receiving portion of the first rotating body at the reference position, and a game ball provided by the rotation of the first rotating body provided in the rotating disk housing portion across the introduction port The first outlet 350 and the second outlet 360 for deriving the game, and the accessory control means 710 for controlling the operation of the first rotating body drive motor, etc., and the accessory control means 710 receives the winning condition (for example, symbol control described later) By means 720 The first rotating body 320 is rotated clockwise or counterclockwise on the basis of the determined combination of stop symbols), and the game ball received by the ball receiving portion 322 at the reference position is the first outlet 350 or the second The outlet 360 is configured to be discharged.

回転盤収容部３１０は、振り分け機構３００のベースとなりハウジング５１に固定された回転盤ベース３１１と、第１回転体３２０の前面および周縁を囲んで回転盤ベース３１１にねじ止めされた回転体ケース３１２により形成される。回転盤ベース３１１の仕切壁には、前後貫通して第１回転体３２０のボスを挿通させるボス挿通孔が形成され、その後方のモータ取付部に第１回転体駆動モータ３３０がネジ固定されている。なお第１回転体駆動モータ３３０の固定はネジ以外の固定手段、例えばモータフランジ部を回転盤ベース３１１に嵌着するなど他の固定手段を用いても良い。またボス挿通孔の右側方に仕切壁を貫通して第２導出口３６０が形成され、その後方に第２導出口３６０から導出された遊技球を遊技済み球排出通路に向けて排出する第２条件流路３６１が形成されるとともに、この第２条件流路を通て排出された遊技球を検出する第２条件流路通過検出器３６２が装着されている。第２条件流路通過検出器３６２は既述した貯留部満杯検出器２５１と同様の通過型の検出器であり、その信号が役物制御手段７１０における遊技球排出監視手段７１７に入力されて貯留球の処理状況が監視されている。   The turntable housing portion 310 is a turntable base 311 that is a base of the sorting mechanism 300 and is fixed to the housing 51, and a rotating body case 312 that is screwed to the turntable base 311 so as to surround the front surface and the periphery of the first rotating body 320. It is formed by. A boss insertion hole is formed in the partition wall of the turntable base 311 so as to penetrate the boss of the first rotating body 320 through the front and rear, and the first rotating body drive motor 330 is screwed to the motor mounting portion at the rear thereof. Yes. The first rotating body drive motor 330 may be fixed by a fixing means other than a screw, for example, other fixing means such as fitting a motor flange portion to the rotating disk base 311. A second outlet 360 is formed through the partition wall on the right side of the boss insertion hole, and a second outlet for discharging the game ball led out from the second outlet 360 toward the game-completed ball discharge passage. A condition channel 361 is formed, and a second condition channel passage detector 362 for detecting a game ball discharged through the second condition channel is mounted. The second condition passage passage detector 362 is a passage type detector similar to the reservoir full detector 251 described above, and its signal is input to the game ball discharge monitoring means 717 in the accessory control means 710 and stored. The processing status of the sphere is monitored.

回転体ケース３１２は、第１回転体３２０の外径よりも幾分大きめの内径および厚さの収容凹部を有してキャップ状に形成され、その前面には第１回転体３２０の回転軸の鉛直下方に位置して導入口３４０、回転軸の左斜め上方（導入口３４０から時計廻りに約１５０度の角度位置）に第１導出口３５０が形成されている。第１導出口３５０の前方には第１導出口３５０から導出された遊技球を揚送機構４００に導く第１条件流路３５１が設けられている。   The rotating body case 312 has a housing recess having an inner diameter and a thickness slightly larger than the outer diameter of the first rotating body 320, and is formed in a cap shape. The first outlet 350 is formed vertically below the inlet 340 and obliquely above and to the left of the rotation axis (at an angular position of about 150 degrees clockwise from the inlet 340). A first condition channel 351 that guides the game ball led out from the first lead-out port 350 to the lifting mechanism 400 is provided in front of the first lead-out port 350.

第１回転体３２０は、遊技球の球形よりも大きめの厚さを有して正面視円形の回転円盤形態をなし、その中心部には後方に突出して第１回転体駆動モータ３３０のスピンドルに連結されるボスが形成され、外周部には外径方向に開くＵ字溝状の球受け部３２２が第１回転体３２０の回転軸を中心として全周を２等分した１８０度の角度ピッチで２箇所形成されている。   The first rotator 320 has a thickness larger than the sphere of the game ball and has a circular disc shape when viewed from the front. The first rotator 320 protrudes rearward from the central portion of the first rotator 320 and serves as a spindle of the first rotator drive motor 330. A boss to be connected is formed, and a U-shaped groove-shaped ball receiving portion 322 that opens in the outer diameter direction on the outer peripheral portion is an angular pitch of 180 degrees that bisects the entire circumference around the rotation axis of the first rotating body 320 In two places.

各球受け部３２２，３２２は、正面視における全体的な投影形状が遊技球の球形よりも幾分大きめの幅および深さを有するＵ字溝状に形成される一方、Ｕ字溝を形成する左右の溝壁面はＵ字状底面の中央を境にして前後逆方向に開く傾斜面で形成される。すなわち、Ｕ字溝が上方に開く角度姿勢において左壁面が前方に開く傾斜面、右壁面が後方に開く傾斜面で構成されている。このため球受け部３２２に受容された遊技球は、球受け部３２２が中心よりも右半分の領域にあるときには右壁面の傾斜に従って後方に誘導され、球受け部３２２が中心よりも左半分の領域にあるときには左壁面の傾斜に従って前方に誘導されるようになっている。   Each of the ball receiving portions 322 and 322 is formed into a U-shaped groove whose overall projection shape in front view has a slightly larger width and depth than the spherical shape of the game ball, while forming a U-shaped groove. The left and right groove wall surfaces are formed with inclined surfaces that open in the reverse direction from the center of the U-shaped bottom surface. In other words, the left wall surface is an inclined surface that opens forward and the right wall surface is an inclined surface that opens backward in an angular posture in which the U-shaped groove opens upward. For this reason, the game ball received by the ball receiving portion 322 is guided backwards according to the inclination of the right wall surface when the ball receiving portion 322 is in the right half region from the center, and the ball receiving portion 322 is in the left half from the center. When in the area, it is guided forward according to the inclination of the left wall surface.

第１回転体駆動モータ３３０は、所定減速比の減速機構を内蔵したギヤモータであり、第１回転体駆動制御手段７１５からの駆動信号に応じてスピンドルを時計廻りまたは反時計廻りに所定角度回動させる。スピンドルの先端部は外周面の一部が平坦に面取りされて断面視Ｄ字状に形成されており、このスピンドル先端部に同一の穴形状を有する第１回転体３２０のボスを嵌入して連結することで、モータ側の基準角度位置と第１回転体側の球受け部の角度位置とを合致させるとともに、第１回転体駆動モータ３３０回転トルクを第１回転体３２０に確実に伝達可能になっている。   The first rotating body drive motor 330 is a gear motor with a built-in reduction mechanism with a predetermined reduction ratio, and the spindle rotates clockwise or counterclockwise by a predetermined angle according to a drive signal from the first rotating body drive control means 715. Let The tip of the spindle has a part of the outer peripheral surface which is chamfered flat and formed in a D-shape in cross section. The boss of the first rotating body 320 having the same hole shape is fitted into the tip of the spindle and connected. By doing so, the reference angular position on the motor side and the angular position of the ball receiving part on the first rotating body are matched, and the rotational torque of the first rotating body drive motor 330 can be reliably transmitted to the first rotating body 320. ing.

第１回転体駆動モータ３３０が組付けられた回転盤ベース３１１の背面側には、第１回転体３２０が基準位置（球受け部３２２，３２２が回転軸の鉛直上下に位置して導入口３４０と整合する回転角度位置）にあるか否かを検出する第１回転体モータセンサ（基準位置検出器）３３５が設けられ、その信号が役物制御手段７１０に入力されている。第１回転体モータセンサ３３５の検出信号は電源投入時における第１回転体３２０の角度位置の初期設定や、第１回転体による振り分け作動後に第１回転体３２０を基準位置に復帰させるときの基準とされ、この制御により第１回転体３２０は、球受け部３２２が導入口３４０と位置整合した基準位置に確実に停止されるようになっている。   On the back side of the turntable base 311 to which the first rotating body drive motor 330 is assembled, the first rotating body 320 is at the reference position (the ball receiving portions 322 and 322 are positioned vertically above and below the rotation axis, and the inlet 340 The first rotating body motor sensor (reference position detector) 335 is provided for detecting whether or not the rotation angle position matches the rotation angle position), and the signal is input to the accessory control means 710. The detection signal of the first rotating body motor sensor 335 is an initial setting of the angular position of the first rotating body 320 when the power is turned on or a reference for returning the first rotating body 320 to the reference position after the sorting operation by the first rotating body. By this control, the first rotating body 320 is surely stopped at the reference position where the ball receiving portion 322 is aligned with the introduction port 340.

振り分け機構３００は、第１回転体駆動モータ３３０を回転盤ベース３１１のモータ取付部にネジ固定して、仕切壁の前方から第１回転体３２０のボスをスピンドルの前端部に嵌入し、その前方に回転体ケース３１２を装着して回転盤ベース３１１にネジ固定することで部分組立され、この部分組立体を後方からハウジング５１に組付けることで、前述した流路切り替え機構２００の貯留通路２２０、次述する揚送機構４００に繋がる第１条件流路３５１と位置整合して配設される。   The distribution mechanism 300 screws the first rotating body drive motor 330 to the motor mounting portion of the rotating base 311 and inserts the boss of the first rotating body 320 into the front end of the spindle from the front of the partition wall. The rotating body case 312 is attached to the rotating disk base 311 and fixed to the rotating disk base 311, and the partial assembly is assembled to the housing 51 from the rear, whereby the storage passage 220 of the flow path switching mechanism 200 described above, The first condition flow path 351 connected to the lifting mechanism 400 described below is disposed in alignment.

役物制御手段７１０は、この制御手段内部の条件達成判定手段７１８によって判定された入賞条件に基づいて第１回転体駆動制御手段７１５から第１回転駆動モータ３３０に駆動信号を出力させ、第１回転体３２０を時計廻りまたは反時計廻りに回動させて、導入口３４０から球受け部３２２に導かれた遊技球を第１導出口３５０または第２導出口３６０に排出させるように制御する。なお条件達成判定手段７１８は、第１条件達成判定手段７１８ａと第２条件達成判定手段７１８ｂとを有し、後述する図柄制御手段７２０によって抽選され決定された停止図柄の組み合わせが、第１条件（例えば、図１の図柄表示装置１２の上段に付記したような(７７７)、いわゆるぞろ目の当たり条件）を達成しているか、あるいは第２条件（同様に、図柄表示装置１２の下段に付記したような(３７８)、はずれの条件）を達成しているかを判定する判定手段である。   The accessory control means 710 outputs a drive signal from the first rotary body drive control means 715 to the first rotation drive motor 330 based on the winning condition determined by the condition achievement determination means 718 inside the control means, and the first The rotating body 320 is rotated clockwise or counterclockwise so that the game ball guided from the introduction port 340 to the ball receiving portion 322 is discharged to the first outlet port 350 or the second outlet port 360. The condition achievement determination means 718 includes a first condition achievement determination means 718a and a second condition achievement determination means 718b, and a combination of stop symbols determined by lottery and determination by the symbol control means 720 described later is the first condition ( For example, as shown in the upper part of the symbol display device 12 of FIG. 1 (777), the so-called hitting condition of the eyelet is achieved, or the second condition (similarly, the lower part of the symbol display device 12 is appended) (378) is a determination means for determining whether or not the condition of deviation is achieved.

そして例えば、条件達成判定手段７１８によって判定された入賞条件が第１条件（当たり）である場合には、第１回転体駆動制御手段７１５が第１回転駆動モータ３３０を時計廻りに約１５０度回動させる駆動信号を出力して第１回転体３２０を回動させ、遊技球を受容した球受け部３２２を第１導出口３５０に整合させた角度位置に一時停止させる。また条件達成判定手段７１８によって判定された入賞条件が第２条件（はずれ）である場合には、第１回転駆動モータ３３０を反時計廻りに約９０度回動させる駆動信号を出力して第１回転体３２０を回動させ、遊技球が受容された球受け部３２２を第２導出口３６０に整合させた角度位置に一時停止させる。   For example, when the winning condition determined by the condition achievement determining means 718 is the first condition (winning), the first rotating body drive control means 715 rotates the first rotating drive motor 330 about 150 degrees clockwise. A driving signal to be moved is output to rotate the first rotating body 320, and the ball receiving portion 322 that has received the game ball is temporarily stopped at an angular position aligned with the first outlet 350. If the winning condition determined by the condition achievement determining means 718 is the second condition (displacement), a driving signal for rotating the first rotation driving motor 330 by about 90 degrees counterclockwise is output to the first condition. The rotating body 320 is rotated to temporarily stop the ball receiving portion 322 in which the game ball is received at an angular position aligned with the second outlet 360.

前述したように、球受け部３２２は、Ｕ字溝を形成する左右の溝壁面が底面中央を境に前後逆方向に開く傾斜面で形成されており、Ｕ字溝が上方に開く角度姿勢において左壁面が前方に開く傾斜面、右壁面が後方に開く傾斜面で構成されている。このため球受け部３２２に受容されて第１導出口３５０と整合する角度位置に配設された遊技球は、左壁面の傾斜に従って前方に誘導され、第１導出口３５０から第１条件流路３５１に排出されて揚送機構４００に導かれる。一方球受け部３２２に受容されて第２導出口３６０と整合する角度位置に配設された遊技球は、右壁面の傾斜に従って後方に誘導され、第２導出口３６０から第２条件流路３６１に排出され、第２条件流路通過検出器３６２により通過が検出されたうえ遊技済み排出通路を介して遊技島の回収装置に排出される。   As described above, the ball receiving portion 322 is formed with an inclined surface in which the left and right groove wall surfaces forming the U-shaped groove open in the reverse direction from the center of the bottom surface, and the U-shaped groove opens in an angular posture in which the U-shaped groove opens upward. The left wall surface is an inclined surface that opens forward, and the right wall surface is an inclined surface that opens backward. For this reason, the game ball received at the ball receiving portion 322 and disposed at an angular position aligned with the first outlet port 350 is guided forward according to the inclination of the left wall surface, and the first condition channel from the first outlet port 350 is guided. It is discharged to 351 and guided to the lifting mechanism 400. On the other hand, the game ball received at the ball receiving portion 322 and disposed at an angular position aligned with the second outlet 360 is guided rearwardly according to the inclination of the right wall surface, and the second condition channel 361 from the second outlet 360. Then, the passage is detected by the second condition passage passage detector 362 and discharged to the game island collection device through the game-completed discharge passage.

役物制御手段７１０は、上記第１導出口３５０または第２導出口３６０への振り分け作動によって導出された遊技球の排出処理が確認されたのち、具体的には第２条件流路通過検出器３６２により遊技球が検出されこの検出器からの信号を監視する遊技球排出監視手段７１７により遊技球の排出が確認されたとき、あるいは後述する回転入賞機構５００において遊技球が検出され遊技球排出監視手段７１７により遊技球の排出が確認されたときに、第１回転体駆動制御手段７１５から第１回転駆動モータ３３０に駆動信号を出力させ、第１回転体３２０を再び時計廻りまたは反時計廻りに回動させて、第１回転体３２０を基準位置に復帰させる。   The accessory control means 710, after confirming the discharge processing of the game ball derived by the sorting operation to the first outlet 350 or the second outlet 360, specifically, the second condition passage passage detector When the game ball is detected by 362 and the discharge of the game ball is confirmed by the game ball discharge monitoring means 717 that monitors the signal from this detector, or the game ball is detected by the rotary prize winning mechanism 500 described later and the game ball discharge is monitored. When the discharge of the game ball is confirmed by the means 717, a driving signal is output from the first rotating body drive control means 715 to the first rotating drive motor 330, and the first rotating body 320 is rotated clockwise or counterclockwise again. The first rotating body 320 is returned to the reference position by rotating.

例えば、球受け部３２２が第１導出口３５０と整合した角度位置で第１回転体３２０を一時停止させた状態のときは、第１回転駆動モータ３３０を再び時計廻りに約３０度回動させる駆動信号を出力して第１回転体３２０を基準位置近傍まで回動させ、第１回転体モータセンサ３３５から入力される検出信号により第１回転体３２０が基準位置に到達したと判定されたときに第１回転駆動モータ３３０の回動を停止させる。同様に、球受け部３２２が第２導出口３６０と整合した角度位置で第１回転体３２０を一時停止させた状態のときは、第１回転駆動モータ３３０を再び反時計廻りに約９０度回動させる駆動信号を出力して第１回転体３２０を基準位置近傍まで回動させ、第１回転体モータセンサ３３５から入力される検出信号により第１回転体３２０が基準位置に到達したと判定されたときに第１回転駆動モータ３３０の回動を停止させる。   For example, when the ball receiving portion 322 is in a state where the first rotating body 320 is temporarily stopped at an angular position aligned with the first outlet port 350, the first rotation driving motor 330 is again rotated about 30 degrees clockwise. When the drive signal is output to rotate the first rotating body 320 to the vicinity of the reference position, and it is determined by the detection signal input from the first rotating body motor sensor 335 that the first rotating body 320 has reached the reference position. The rotation of the first rotation drive motor 330 is stopped. Similarly, when the first rotary body 320 is temporarily stopped at the angular position where the ball receiving portion 322 is aligned with the second outlet 360, the first rotary drive motor 330 is rotated about 90 degrees counterclockwise again. A drive signal to be moved is output to rotate the first rotating body 320 to the vicinity of the reference position, and it is determined that the first rotating body 320 has reached the reference position by a detection signal input from the first rotating body motor sensor 335. The rotation of the first rotation drive motor 330 is stopped.

このため、条件達成判定手段７１８によって判定された入賞条件が第１条件である場合には、基準位置で球受け部３２２に受容された遊技球が第１導出口３５０から第１条件流路３５１に排出されて次段の揚送機構４００に導かれ、入賞条件が第２条件である場合には、基準位置で球受け部３２２に受容された遊技球が第２導出口３６０から第２条件流路３６１および遊技済み球排出通路を介して遊技島の回収装置に排出され、その後第１回転体３２０が基準位置まで回動して新たな遊技球を球受け部３２２に受容可能な状態で待機される。なお条件達成判定手段７１８による入賞条件の判定を含む複合入賞装置の総合的な作動制御については、回転入賞機構５００の構成についての説明の後に詳述する。   For this reason, when the winning condition determined by the condition achievement determining means 718 is the first condition, the game ball received by the ball receiving portion 322 at the reference position is transferred from the first outlet 350 to the first condition channel 351. When the winning condition is the second condition, the game ball received by the ball receiving portion 322 at the reference position is transferred from the second outlet 360 to the second condition. It is discharged to the game island collection device via the flow path 361 and the game-completed ball discharge passage, and then the first rotating body 320 is rotated to the reference position so that a new game ball can be received in the ball receiving portion 322. Wait. The overall operation control of the composite winning device including determination of winning conditions by the condition achievement determining means 718 will be described in detail after the description of the configuration of the rotary winning mechanism 500.

Ｃ：揚送機構４００は、振り分け機構３００の第１導出口３５０に排出され第１条件流路３５１を通って導かれた遊技球を入賞口２１２よりも上方に搬送するように構成される。   C: The lifting mechanism 400 is configured to convey the gaming ball discharged to the first outlet 350 of the distribution mechanism 300 and guided through the first condition channel 351 above the winning port 212.

揚送機構４００は、回転軸の外周に螺旋状の球送りプレートを有する揚送スクリュー４１０、揚送スクリュー４１０を回転駆動する揚送装置駆動モータ４２０、揚送装置駆動モータ４２０の回転駆動力を揚送スクリュー４１０に伝達する駆動力伝達構造４３０、および揚送装置駆動モータの作動を制御する役物制御手段７１０などからなり、役物制御手段７１０が所定入賞条件のもとに揚送装置駆動モータ４３０を回転作動させて遊技球を入賞口２１２よりも上方に搬送する   The lifting mechanism 400 includes a lifting screw 410 having a spiral ball feeding plate on the outer periphery of the rotating shaft, a lifting device driving motor 420 that rotationally drives the lifting screw 410, and a rotational driving force of the lifting device driving motor 420. The driving force transmission structure 430 for transmitting to the lifting screw 410 and the accessory control means 710 for controlling the operation of the lifting apparatus drive motor. The accessory control means 710 drives the lifting apparatus under predetermined winning conditions. The motor 430 is rotated to convey the game ball above the winning prize opening 212.

揚送スクリュー４１０は、上下に延びる回転軸４１１と、この回転軸４１１から外周方向に突出し上下方向に螺旋状に延びる球送りプレート４１２とからなり、例えば所定線径の金属シャフトの外周に、薄板金属性の球送りプレートを遊技球の球形よりも幾分大きめのピッチて螺旋状に巻き付け、これを溶着等の固定手段により固定して一体に形成される。揚送スクリュー４１０の下部には、駆動力伝達構造４３０の従動ギヤが設けられており、例えば金属シャフトの下端部に樹脂製の従動ギヤを圧入固定することで一体的に結合される。   The lifting screw 410 is composed of a rotating shaft 411 extending vertically and a ball feeding plate 412 protruding from the rotating shaft 411 in the outer peripheral direction and extending spirally in the vertical direction. For example, a thin plate is formed on the outer periphery of a metal shaft having a predetermined wire diameter. A metallic ball feeding plate is wound spirally at a pitch slightly larger than the spherical shape of the game ball, and is fixed integrally by a fixing means such as welding. A driven gear of the driving force transmission structure 430 is provided at the lower portion of the lifting screw 410, and is integrally coupled by, for example, press fitting and fixing a resin driven gear to the lower end portion of the metal shaft.

揚送スクリュー４１０が収容されるガイドカバー４０１は、平面視において後方に開く矩形樋状をなし、前後方向の樋の深さが遊技球の直径よりも幾分大きめに形成されている。樋内側の下部には、上下を仕切る仕切壁が形成されており、遊技球が揚送される揚送部と従動ギヤが収容されるギヤ収容部とが区画形成される。仕切壁には、回転軸４１１を上下に挿通させる後端開放の長孔状の支持溝が形成され、ガイドカバー４０１の上部には回転軸４１１の上端部を枢支する軸受穴が形成されている。   The guide cover 401 in which the lifting screw 410 is accommodated has a rectangular hook shape that opens rearward in a plan view, and the depth of the hook in the front-rear direction is somewhat larger than the diameter of the game ball. A partition wall that divides the upper and lower sides is formed in the lower part of the inner side of the basket, and a lifting portion for lifting the game ball and a gear receiving portion for storing the driven gear are partitioned. The partition wall is formed with a long-hole-like support groove with an open rear end through which the rotary shaft 411 is inserted vertically, and a bearing hole that pivotally supports the upper end portion of the rotary shaft 411 is formed on the guide cover 401. Yes.

従動ギヤが結合された揚送スクリュー４１０は、ガイドカバー上部に形成された軸受孔に回転軸を挿入して軸上端部を枢支させるとともに、仕切壁に形成された支持溝に回転軸４１１を係合させて軸外周部を支持させることで、ガイドカバー４０１の内側に回転自在に取り付けられる。そして、これをハウジング５１の前方から装着して固定することでハウジング５１の前面側に取り付けられ、仕切壁直上の揚送部が第１条件流路２５１の下流側開口部と位置整合して配設される。   The lifting screw 410 coupled with the driven gear inserts a rotating shaft into a bearing hole formed in the upper portion of the guide cover to pivotally support the upper end portion of the shaft, and the rotating shaft 411 is inserted into a support groove formed in the partition wall. By engaging and supporting the outer periphery of the shaft, it is rotatably attached to the inside of the guide cover 401. Then, it is attached to the front side of the housing 51 by mounting and fixing it from the front of the housing 51, and the feeding part directly above the partition wall is aligned with the downstream side opening of the first condition channel 251. Established.

一方、揚送スクリュー４１０を回転駆動する揚送駆動モータ４２０は、所定減速比の減速機構を内蔵したギヤモータであり、スピンドルの先端部に駆動力伝達構造の駆動ギヤが圧入固定されている。また駆動伝達機構４３０は揚送駆動モータ４２０に固定された駆動ギヤと、揚送スクリュー４１０に固定された従動ギヤと、駆動ギヤおよび従動ギヤと相互に噛合して駆動ギヤの駆動力を従動ギヤに伝達する伝達ギヤとからなり、伝達ギヤが枢支されたモータベース４０２に揺動駆動モータ４２０をねじ止めすることで駆動ギヤと伝達ギヤとが噛合して回転駆動力を伝達可能な状態に配設される。そしてこのモータベース４０２をハウジング５１の後方から装着することで、伝達ギヤと従動ギヤとが噛合して配設され、詳細図示省略する固定手段によりモータベースを固定することでハウジング５１に取り付けられる。   On the other hand, a lifting drive motor 420 that rotationally drives the lifting screw 410 is a gear motor with a built-in reduction mechanism with a predetermined reduction ratio, and a driving gear having a driving force transmission structure is press-fitted and fixed to the tip of the spindle. In addition, the drive transmission mechanism 430 meshes with the drive gear fixed to the lift drive motor 420, the driven gear fixed to the lift screw 410, and the drive gear and the driven gear so that the drive force of the drive gear is driven gear. The swinging drive motor 420 is screwed to the motor base 402 on which the transmission gear is pivotally supported so that the drive gear and the transmission gear mesh with each other so that the rotational driving force can be transmitted. Arranged. The motor base 402 is mounted from the rear of the housing 51 so that the transmission gear and the driven gear are engaged with each other. The motor base is fixed to the housing 51 by fixing means not shown in detail.

これにより揚送駆動モータ４２０の回転駆動力が駆動ギヤ，伝達ギヤ，従動ギヤからなる駆動力伝達構造４３０を介して揚送スクリュー４１０に伝達され、揚送駆動モータ４２０を回転作動させることで、駆動力伝達機構４３０の減速比に応じた回転速度で揚送スクリュー４１０を同一方向に回転させることができる。駆動力伝達機構４３０の減速比は揚送駆動モータ４２０の定格回転速度と揚送スクリュー４１０により揚送しようとする遊技球の搬送速度とを基本に設定することができ、例えば、駆動ギヤと従動ギヤの歯数を同一にすることで、揚送駆動モータ４２０のスピンドル１回転に対して揚送スクリュー４１０が１回転する減速比に設定することができる。なお駆動力伝達機構として、ベルトとプーリ、チエーンとスプロケット等を利用することも可能である。   As a result, the rotational driving force of the lifting drive motor 420 is transmitted to the lifting screw 410 via the driving force transmission structure 430 including the driving gear, the transmission gear, and the driven gear, and the lifting drive motor 420 is rotated. The lifting screw 410 can be rotated in the same direction at a rotational speed corresponding to the reduction ratio of the driving force transmission mechanism 430. The reduction ratio of the driving force transmission mechanism 430 can be set based on the rated rotational speed of the lift drive motor 420 and the transport speed of the game ball to be lifted by the lift screw 410. For example, the drive gear and the driven gear By making the number of gear teeth the same, it is possible to set the reduction ratio so that the lifting screw 410 rotates once for one rotation of the spindle of the lifting drive motor 420. It is also possible to use a belt and pulley, a chain and sprocket, etc. as the driving force transmission mechanism.

揚送駆動モータ４２０の作動は役物制御手段７１０における揚送装置駆動制御手段７１６によって制御され、揚送装置駆動制御手段７１６は所定入賞条件のもと揚送駆動モータ４２０に駆動信号を出力してスピンドルを平面視における反時計廻りに回転させ、揚送スクリュー４１０を同一方向に回転させる。これにより、第１条件流路３５１から揚送部に導入された遊技球が、回転する球送りプレート４１２の螺旋傾斜面に持ち上げられ入賞口２１２よりも上方に搬送される。なお、揚送駆動モータ４２０を常時回転させる形態としても良い。   The operation of the lifting drive motor 420 is controlled by the lifting device drive control means 716 in the accessory control means 710, and the lifting device drive control means 716 outputs a drive signal to the lifting drive motor 420 under predetermined winning conditions. Thus, the spindle is rotated counterclockwise in plan view, and the lifting screw 410 is rotated in the same direction. As a result, the game ball introduced from the first condition channel 351 to the lifting unit is lifted to the spiral inclined surface of the rotating ball feeding plate 412 and conveyed above the winning port 212. The lifting drive motor 420 may be always rotated.

ここで、ガイドカバー４０１の前後方向の樋深さは、遊技球の直径よりも幾分大きい程度に設定されている。このため、第１条件流路３５１から揚送部に導入された遊技球がガイドカバーの前方内面に当接支持されて球送りプレート４１２の螺旋傾斜面を転動流下するようなことがなく、揚送スクリュー４１０の回転とともに鉛直上方に揚送される。ガイドカバー４０１は、透明な樹脂材料や半透明の樹脂材料を用いて成型されており、揚送スクリュー４１０により揚送される遊技球をパチンコ機の前面側から視認可能になっている。   Here, the depth of the guide cover 401 in the front-rear direction is set to be somewhat larger than the diameter of the game ball. For this reason, the game ball introduced from the first condition channel 351 to the lifting portion is not supported by the front inner surface of the guide cover and does not roll down the spiral inclined surface of the ball feeding plate 412. With the rotation of the lifting screw 410, it is lifted vertically upward. The guide cover 401 is molded using a transparent resin material or a translucent resin material, and a game ball lifted by the lifting screw 410 is visible from the front side of the pachinko machine.

揚送部の上端近傍では、揚送部の後方に位置する化粧板２が切り欠かれて後方に開く上端開口４５０が形成され、その後方に上端開口から排出された遊技球を回転入賞機構５００に導く案内流路５０５が設けられる。揚送部の上端近傍では、揚送部の上壁面を構成するガイドカバーの下向き面が、後方に向けて斜めに開いて形成されており、揚送部の上端まで揚送された遊技球が、この傾斜面に当接して後方に押し出され、後方に下傾して形成された上端開口４５０から案内流路５０５に排出されるようになっている。   In the vicinity of the upper end of the lifting unit, the decorative board 2 positioned behind the lifting unit is cut out to form an upper end opening 450 that opens rearward, and the game ball discharged from the upper end opening is rotated behind the rotary winning mechanism 500. A guide channel 505 is provided that leads to In the vicinity of the upper end of the lifting part, the downward surface of the guide cover that constitutes the upper wall surface of the lifting part is formed to be inclined obliquely toward the rear, and the game ball lifted to the upper end of the lifting part is Then, it comes into contact with this inclined surface and is pushed out rearward, and is discharged to the guide channel 505 from an upper end opening 450 formed to incline backward.

従って、揚送機構４００を設けることで入賞口２１２に落入した遊技球を入賞口２１２よりも上方に設けた回転入賞機構５００に導くことができ、遊技盤１の限られた盤面サイズを有効に活用したレイアウト設定が可能になっている。なお、揚送スクリュー４１０は、回転軸の外周面に遊技球の球径に合わせた半円形の溝を螺旋状に一体的に形成して構成してもよい。また揚送スクリュー４１０に代えて、高分子材料製ないし金属製の無端ベルトの外周面に遊技球を持ち上げ支持可能なタブ状の支持片を所定間隔で複数形成した揚送ベルトを用いて、揚送部の上下に設けられたプーリ間に掛け渡して回転させ、あるいは同様の支持片を有するチェーンを上下のスプロケット間に掛け渡して回転させ、または遊技球を吸着して移送するマグネットを利用して遊技球を上方に搬送するような機構構成としても良い。   Accordingly, by providing the lifting mechanism 400, the game ball dropped into the winning opening 212 can be guided to the rotary winning mechanism 500 provided above the winning opening 212, and the limited board size of the game board 1 is effective. The layout setting utilized in In addition, the lifting screw 410 may be configured by integrally forming a semicircular groove in a spiral shape on the outer peripheral surface of the rotating shaft in accordance with the ball diameter of the game ball. Instead of the lifting screw 410, a lifting belt is used in which a plurality of tab-like support pieces capable of lifting and supporting a game ball are formed on the outer peripheral surface of a polymer material or metal endless belt at a predetermined interval. Use a magnet that rotates between pulleys installed on the top and bottom of the feeding unit, or rotates a chain with a similar support piece between the upper and lower sprockets, or attracts and transports game balls. The mechanism configuration may be such that the game ball is conveyed upward.

Ｄ：回転入賞機構５００は、揚送機構４００により上方に搬送され上端開口４５０から排出された遊技球を導入する案内流路５０５、入賞具２１０の後方に位置して設けられ皿面上を遊技球が転動可能なテーパーコーン状の転動皿５１０、この転動皿５１０の中心部に回転可能に設けられた第２回転体５２０、第２回転体５２０を回転駆動する第２回転体駆動モータ５３０、および回転入賞機構５００における入賞状態に応じて遊技機の作動を制御する遊技制御装置７００などから構成される。   D: Rotation winning mechanism 500 is provided behind guide path 505 for introducing game balls transported upward by lift mechanism 400 and discharged from upper end opening 450, winning tool 210, and is played on a plate surface. A tapered cone-shaped rolling dish 510 in which a ball can roll, a second rotating body 520 rotatably provided at the center of the rolling dish 510, and a second rotating body drive that rotationally drives the second rotating body 520. The motor 530 and the game control device 700 that controls the operation of the gaming machine according to the winning state in the rotary winning mechanism 500 are configured.

案内流路５０５は、上端開口４５０と転動皿５１０との間を結んで化粧板２の裏面側に設けられている。案内流路５０５は、上端開口４５０から転動皿５１０に向けて下傾する傾斜樋状に形成されるとともに、平面視において円環状をなす転動皿５１０の円環に接するように形成されており、案内流路４５０を流下した遊技球が転動皿５１０の外周に沿って転動するようになっている。   The guide channel 505 is provided on the back side of the decorative plate 2 connecting the upper end opening 450 and the rolling plate 510. The guide channel 505 is formed in the shape of an inclined bowl inclined downward from the upper end opening 450 toward the rolling dish 510, and is formed so as to be in contact with the annular ring of the rolling dish 510 that forms an annular shape in plan view. The game ball that has flowed down the guide channel 450 rolls along the outer periphery of the rolling plate 510.

一方、転動皿５１０の中心部に設けられ、第２回転体駆動モータ５３０により回転駆動される第２回転体５２０には、平面視においてＵ字状に開口する球受容孔５２５が４箇所形成されており、転動皿５１０の外周に沿って転動した遊技球が第２回転体５２０の回転角度位置との関係で、これら４箇所の球受容孔５２５の何れかに転入する。４箇所の球受容孔は、入賞領域を形成し、このうち１箇所が特別領域、他の３箇所が非特別領域とされる。第２回転体駆動モータ５３０の作動は遊技制御装置７００における第２回転体駆動制御手段７３０によって制御される。   On the other hand, the second rotating body 520 provided at the center of the rolling dish 510 and rotated by the second rotating body drive motor 530 is formed with four ball receiving holes 525 that open in a U shape in plan view. Thus, the game ball that has rolled along the outer periphery of the rolling plate 510 is transferred into one of these four ball receiving holes 525 in relation to the rotation angle position of the second rotating body 520. The four ball receiving holes form a winning area, one of which is a special area and the other three are non-special areas. The operation of the second rotary body drive motor 530 is controlled by the second rotary body drive control means 730 in the game control device 700.

第２回転体５２０の下側には、特別領域および非特別領域に転入した遊技球を遊技済み球排出通路に導く遊技球排出通路が形成されるとともに、特別領域に転入した遊技球を検出する特別領域通過検出器５２１、および遊技領域排出通路を通って回転入賞機構５００から排出される遊技球を検出する遊技球排出検出器５２２が設けられている。特別領域通過検出器５２１の信号は遊技制御装置７００の特別遊技判定実行手段７４０に入力され、遊技球排出検出器５２２の信号は遊技球排出監視手段７１７に入力されている。   Below the second rotating body 520, a game ball discharge passage for guiding the game balls transferred into the special area and the non-special area to the game-completed ball discharge path is formed, and the game balls transferred into the special area are detected. A special area passage detector 521 and a game ball discharge detector 522 that detects a game ball discharged from the rotary winning mechanism 500 through the game area discharge passage are provided. The signal of the special area passage detector 521 is input to the special game determination execution means 740 of the game control device 700, and the signal of the game ball discharge detector 522 is input to the game ball discharge monitoring means 717.

特別遊技判定実行手段７４０には、特別領域通過判定手段７４１ａを有する特別遊技移行判定手段７４１と、大入賞口開閉駆動制御手段７４２ａを有する特別遊技実行手段７４２とが設けられており、上記信号から特別領域通過判定手段７４１ａにより特別領域の通過判定がなされ、特別遊技移行判定手段７４１において特別遊技への移行判定がなされたときに、特別遊技実行手段７４２で特別遊技の実行プログラムが起動され、前述した開閉入賞機構６０による特別遊技が実行される。   The special game determination execution means 740 is provided with a special game transition determination means 741 having a special area passage determination means 741a and a special game execution means 742 having a special prize opening / closing drive control means 742a. When the special region passage determination unit 741a determines passage of the special region, and when the special game transition determination unit 741 determines transition to the special game, the special game execution unit 742 activates the special game execution program. The special game by the open / close prize winning mechanism 60 is executed.

開閉入賞機構６０の大入賞口開閉駆動ソレノイド６３１は、特別遊技実行手段の大入賞口開閉駆動制御手段７４２ａによって作動が制御され、特別遊技実行手段７４２で起動した特別遊技の実行プログラムにおいて開閉扉６２０を開放する開放処理ステップになったときに、大入賞口開閉駆動制御手段７４２ａから大入賞口開閉駆動ソレノイド６３１に開放指令信号（具体的には、大入賞口開閉駆動ソレノイド６３１をONする駆動信号）が出力される。   The operation of the special winning opening opening / closing drive solenoid 631 of the open / close winning mechanism 60 is controlled by the special winning opening opening / closing drive control means 742a of the special game executing means, and the open / close door 620 in the special game execution program started by the special game executing means 742. When the opening process step is to open, the opening command signal (specifically, the drive signal for turning on the winning port opening / closing drive solenoid 631) from the winning port opening / closing drive control means 742a to the winning port opening / closing drive solenoid 631. ) Is output.

すると、大入賞口開閉駆動ソレノイド６３１のプランジャが吸引されて駆動伝達具６３４が上動し、リンクピン６３６を介して連結されたリンクアーム６３５が正面視反時計廻りに回動され、リンクアーム６３５と揺動軸６２５で連結された開閉扉６２０が略６０度反時計廻りに傾倒されて、大入賞口６１２が開放される（図７を参照）。ここで、開閉扉６２０は上部がくの字上に屈曲して形成されるとともに、開放姿勢において開閉扉のリブ６２７がユニットベースの支持部６１７に当接して支持される。このため、上方から多数の遊技球が落下してきても、これらの遊技球を確実に受け止めて大入賞口６１２の内方に誘導することができる。   Then, the plunger of the prize winning opening / closing drive solenoid 631 is sucked and the drive transmission tool 634 moves upward, and the link arm 635 connected via the link pin 636 is rotated counterclockwise as viewed from the front, and the link arm 635 is moved. The open / close door 620 connected by the swing shaft 625 is tilted approximately 60 degrees counterclockwise, and the special winning opening 612 is opened (see FIG. 7). Here, the opening / closing door 620 is formed with the upper portion bent in a dogleg shape, and the rib 627 of the opening / closing door is in contact with and supported by the support portion 617 of the unit base in the open posture. For this reason, even if a large number of game balls fall from above, these game balls can be reliably received and guided to the inside of the big winning opening 612.

大入賞口６１２に入球した遊技球は、開閉入賞機構ユニット６００の導出通路６１３を通って導出口６１４に導かれ、導出口６１４から装飾枠側の連絡流路１６４、球寄せカバー１９に形成された排出流路１９ａ、および裏セット盤に形成された遊技済み球排出通路を転動流下して遊技施設側の回収装置に排出される。導出通路６１３に設けられた大入賞口入賞検出器６５０の信号は遊技制御装置７００に入力されており、遊技制御装置７００は入力される信号から大入賞口６１２に落入した遊技球の数量をカウントして、所定数量に達したときにいる。大入賞口開閉駆動ソレノイド６３１に出力していた開放指令信号（駆動信号）をOFFにする。   The game ball that has entered the grand prize winning opening 612 is guided to the outlet opening 614 through the outlet passage 613 of the open / close winning prize mechanism unit 600, and is formed from the outlet opening 614 to the communication channel 164 on the decorative frame side and the ball gathering cover 19. The discharged flow passage 19a and the game-completed ball discharge passage formed in the back set board are tumbled down and discharged to the collection device on the game facility side. The signal of the big prize opening prize detector 650 provided in the lead-out passage 613 is inputted to the game control apparatus 700, and the game control apparatus 700 calculates the number of game balls dropped into the big prize opening 612 from the inputted signal. It is time to count and reach a certain quantity. The opening command signal (drive signal) output to the big prize opening / closing drive solenoid 631 is turned OFF.

すると、大入賞口開閉駆動ソレノイド６３１のプランジャがリターンスプリングのバネ力により押し出されて駆動伝達具６３４が下動し、リンクピン６３６を介して連結されたリンクアーム６３５が正面視時計廻りに回動され、揺動軸６２５で連結された開閉扉６２０が時計廻りに傾倒されて、大入賞口６１２が閉止される。   Then, the plunger of the special prize opening / closing drive solenoid 631 is pushed out by the spring force of the return spring, the drive transmission tool 634 is moved down, and the link arm 635 connected via the link pin 636 is rotated clockwise in front view. Then, the open / close door 620 connected by the swing shaft 625 is tilted clockwise, and the special winning opening 612 is closed.

従って、揚送機構４００により搬送された遊技球を回転入賞機構５００に導く構成により、振り分け機構３００で振り分けられた遊技球をさらに振り分けて新たなゲームを展開する複雑な遊技構成にすることができ、遊技者を飽きさせない趣向に富んだ遊技機を提供することができる。なお遊技制御装置７００には、図柄変動記憶手段７２１および停止図柄決定手段７２２を有する図柄制御手段７２０が設けられており、後述する所定条件のもと図柄表示装置１２の作動が制御される。   Therefore, the configuration in which the game ball conveyed by the lifting mechanism 400 is guided to the rotary prize winning mechanism 500 can be a complicated game configuration in which the game balls distributed by the distribution mechanism 300 are further distributed to develop a new game. It is possible to provide a gaming machine rich in taste that does not bore the player. The game control device 700 is provided with a symbol control means 720 having a symbol variation storage means 721 and a stop symbol determination means 722, and the operation of the symbol display device 12 is controlled under a predetermined condition described later.

さて、以上のように構成される複合入賞装置２０の作用について、図柄表示装置１２の作動制御を含めて、図１７を併せて参照しながら説明する。なお図１７は複合入賞装置２０の各部の作動タイミングを例示するタイミングチャートである。   Now, the operation of the composite winning device 20 configured as described above will be described with reference to FIG. 17 including the operation control of the symbol display device 12. FIG. 17 is a timing chart illustrating the operation timing of each part of the composite winning device 20.

図１に示した遊技盤１がパチンコ機に装着され、ガラス扉が閉鎖された遊技状態で遊技球発射装置から遊技領域ＰＡに遊技球が発射されると、遊技球は多数本の遊技釘や風車等に弾かれながら下方に落下する。特別遊技が実行されていない通常の遊技状態にあっては中央飾り１０に設けられた開閉入賞機構の開閉扉６２０が閉止状態にあり、中央飾り上部の上部一般入賞口１３またはワープ入球口１４に落入しなかった遊技球は、前方に張り出された装飾枠１００の枠部側方を通って遊技領域ＰＡを落下する。   When the game board 1 shown in FIG. 1 is mounted on the pachinko machine and the game ball is launched from the game ball launching device to the game area PA in a game state in which the glass door is closed, the game ball has a large number of game nails and It falls downward while being played by a windmill. In a normal game state in which no special game is being executed, the open / close door 620 of the open / close winning mechanism provided in the central ornament 10 is in a closed state, and the upper general winning opening 13 or the warp entrance 14 on the upper center ornament. The game ball that has not fallen into the game falls through the side of the frame portion of the decorative frame 100 projecting forward and falls in the game area PA.

そして順次落下する多数の遊技球のうち、一部の遊技球は下部一般入賞口３に落入して化粧板２の背面側に導かれ、また一部の遊技球はゲート５を通って遊技領域の下端に落下するほか、殆どの遊技球は遊技領域ＰＡの下端まで落下してアウト口８から化粧板２の背面に導かれ、一般入賞口３，１３に落入した遊技球とともに遊技済み球排出通路を介して遊技島の回収装置に回収される。   Of the many game balls that fall sequentially, some of the game balls fall into the lower general prize opening 3 and are guided to the back side of the decorative board 2, and some of the game balls pass through the gate 5 to play the game. In addition to falling to the lower end of the area, most of the game balls fall to the lower end of the game area PA and are led from the out port 8 to the back of the decorative board 2 and played with the game balls that have dropped into the general winning ports 3 and 13 It is collected by the collection device on the game island through the ball discharge passage.

遊技制御装置７００は、遊技球が上部一般入賞口１３や下部一般入賞口３に落入して各入賞具に設けられた入賞検出器から入賞検出信号が入力されたときに、球払出装置に払出指令信号を出力して払い出し作動させ、褒賞としての遊技球を機体前方の球皿に払い出させる。   The game control device 700 enters the ball payout device when a game ball enters the upper general winning opening 13 or the lower general winning opening 3 and a winning detection signal is input from a winning detector provided in each winning tool. A payout command signal is output and the payout operation is performed, so that a game ball as a reward is paid out to a ball tray in front of the aircraft.

また、ワープ入球口１４に落入した遊技球は、装飾枠１００に形成された上部案内通路１２１および側部案内通路１２２を通ってワープ出口１２４に導かれ、まず上段ステージ１４２を左右に転動する。そして、多くの遊技球は前傾する左右何れかの凹部から下段ステージ１４１に落下して下段ステージ１４１を左右に転動し、中央の誘導部１４１ｇから中央飾り１０の下部領域に流下する。ここで下段ステージの誘導部１４１ｇは遊技球２球程度の幅を有して形成されているため、誘導部１４１ｇから落下する遊技球の落下経路は一定ではない。このため、入賞口２１２が拡大されていない状態では、多くの遊技球がチューリップ羽根上方のガイド筒に弾かれて入賞具の左右を落下し、誘導部１４１ｇの中心に収斂して鉛直落下する一部の遊技球のみがガイド筒を通って入賞口２１２に落入する。   The game ball dropped into the warp entrance 14 is guided to the warp outlet 124 through the upper guide passage 121 and the side guide passage 122 formed in the decorative frame 100, and the upper stage 142 is first turned right and left. Move. Many game balls fall from the left or right concave part tilted forward to the lower stage 141, roll the lower stage 141 to the left and right, and flow down from the central guiding part 141g to the lower region of the central ornament 10. Here, since the guide part 141g of the lower stage is formed to have a width of about two game balls, the fall path of the game ball falling from the guide part 141g is not constant. For this reason, in a state where the winning opening 212 is not enlarged, a lot of game balls are bounced by the guide tube above the tulip blades and fall to the left and right of the winning device, converge at the center of the guiding portion 141g and fall vertically. Only part of the game balls pass through the guide tube and drop into the winning opening 212.

一方、上段ステージ１４２を左右転動するうちに上段ステージの誘導溝１４２ｇに係合した遊技球は、前方開くＶ字状の係合誘導溝により溝に沿って前方に誘導され、付勢誘導溝に落ち込むことで付勢されて特別流下通路１４５ｇを転動し、特別流下通路１４５ｇの前端部から中央飾り１０の下方に落下する。前述したように入賞具２１０は特別流下通路１４５ｇと位置整合して直下に配設されるとともに、チューリップ羽根の上方に設けられたガイド筒は特別流下通路１４５ｇから鉛直に落下してくる遊技球をガイドするように構成されている。このため、特別流下通路１４５ｇを通って前端部から落下する遊技球の多くは入賞口２１２に落入する。   On the other hand, the game ball that is engaged with the guide groove 142g of the upper stage while rolling left and right of the upper stage 142 is guided forward along the groove by the V-shaped engagement guide groove that opens forward, and the bias guide groove The special downflow passage 145g is urged by falling and falls to the lower side of the central ornament 10 from the front end of the special downflow passage 145g. As described above, the prize-winning tool 210 is positioned directly below the special flow-down passage 145g, and the guide tube provided above the tulip blades holds a game ball falling vertically from the special flow-down passage 145g. It is configured to guide. For this reason, most of the game balls that fall from the front end through the special flow passage 145g fall into the winning opening 212.

他方、中央飾り側方の遊技領域を落下した遊技球や下段ステージの誘導部から入賞具２１０の側方に転落した遊技球がゲート５を通過し、ゲート５に内蔵されたゲート通過検出器５ｓから遊技制御装置７００にゲート通過検出信号が入力されると、遊技制御装置７００はゲート通過検出信号に基づく制御フローを呼び出し、複合入賞装置２０における入賞具２１０の作動を制御する。例えば役物制御手段７１０の入球部拡大装置駆動制御手段７１１から入賞具２１０の入球部拡大装置駆動ソレノイド２１３に駆動信号を出力させ、左右のチューリップ羽根を0.5秒〜１秒程度の所定時間開放させて入賞口２１２を拡大させる。入賞口２１２が拡大されると遊技球が入賞しやすくなり、入賞具２１０の周囲を落下する遊技球が左右のチューリップ羽根２１１，２１１に受け止められて連続的に入賞口２１２に落入する。   On the other hand, a game ball that has fallen in the game area on the side of the central decoration or a game ball that has fallen to the side of the winning device 210 from the guide part of the lower stage passes through the gate 5, and the gate passage detector 5 s built in the gate 5. When a gate passage detection signal is input to the game control device 700, the game control device 700 calls a control flow based on the gate passage detection signal and controls the operation of the winning tool 210 in the composite winning device 20. For example, a driving signal is output from the ball entrance unit expansion device drive control unit 711 of the accessory control unit 710 to the ball entrance unit enlargement device drive solenoid 213 of the winning tool 210, and the left and right tulip blades are set to a predetermined time of about 0.5 seconds to 1 second. The winning opening 212 is expanded by opening. When the winning opening 212 is enlarged, it becomes easier for the game ball to win, and the gaming balls falling around the winning tool 210 are received by the left and right tulip blades 211 and 211 and continuously drop into the winning opening 212.

そして、これらのようにして入賞口２１２に落入した遊技球は、役物入球検出器２１４により通過が検出されたのち導入通路２１５を流下し、図１０に示すように常には閉止状態にあるシャッタ２４２の上面を転動して球貯留通路２２０に流入する。   Then, the game balls that have fallen into the winning opening 212 as described above flow down the introduction passage 215 after the passage is detected by the accessory entry detector 214, and are always closed as shown in FIG. The upper surface of a certain shutter 242 rolls and flows into the ball storage passage 220.

役物入球検出器２１４の信号は入球判定手段７１２に入力されており、入球判定手段７１２は入力される信号から遊技球が入球したか否かを判定する。そして遊技制御装置７００では、入球判定手段７１２における判定が入球判定である場合には、貯留通路に貯留された遊技球の数量を一時記憶する貯留球メモリのメモリ値を参照し、この値が所定の最大貯留球数（例えば５個）未満であるときに、メモリ値を加算（カウントアップ）して貯留球メモリに一時記憶する。   The signal from the accessory entry detector 214 is input to the entrance determination means 712, and the entrance determination means 712 determines whether or not a game ball has entered from the input signal. Then, in the game control device 700, when the determination in the entrance determination unit 712 is the entrance determination, the memory control unit 700 refers to the memory value of the storage ball memory that temporarily stores the number of game balls stored in the storage passage. Is less than a predetermined maximum number of stored balls (for example, 5), the memory value is added (counted up) and temporarily stored in the stored ball memory.

また遊技制御装置７００は、貯留球メモリのメモリ値が１以上であるときに、所定条件のもと図柄制御手段７２０に図柄変動制御の開始指令信号を出力して図柄の変動を開始させる。図柄制御手段７２０では、停止図柄決定手段７２２により停止図柄の組み合わせが抽選されて決定され、図柄変動記憶手段７２１が決定された停止図柄に基づいて停止図柄に至る図柄の変動パターンを呼び出して、図柄表示装置１２の表示作動を制御する。   In addition, when the memory value of the stored ball memory is 1 or more, the game control device 700 outputs a symbol variation control start command signal to the symbol control means 720 under a predetermined condition to start symbol variation. In the symbol control means 720, a combination of stop symbols is determined by lottery by the stop symbol determination means 722, and the symbol variation storage means 721 calls a symbol variation pattern that reaches the stop symbol based on the determined stop symbol. The display operation of the display device 12 is controlled.

例えば、入賞口２１２に５個の遊技球が落入すると、図１７における(ａ)に示すように、役物入球検出器２１４から５つのパルス状の入球検出信号が出力され、これを受けた役物入球判定手段７１２でそれぞれの入球判定が行われるとともに、貯留球メモリのメモリ値が入球判定ごとに１ずつ加算されて１，２…５まで増加する。そして図柄制御手段７２０により図柄の変動制御が開始されたときに、貯留球メモリのメモリ値が１つ減算され、残る図柄変動回数４が記憶され、その回数が例えば遊技盤に設けられた記憶表示LED（各種遊技効果ランプ）６に表示される。これにより遊技者は透明なカバー部材５２を通して貯留通路２２０に整列待機された遊技球をパチンコ機前面側から直接視認できるとともに、残る図柄変動回数を記憶表示LEDにより確認することができる。   For example, when five game balls fall into the winning opening 212, as shown in FIG. 17 (a), five pulsed ball detection signals are output from the accessory ball detection detector 214. Each received ball determination is performed by the received accessory ball determining means 712, and the memory value of the stored ball memory is incremented by 1 for each ball determination and increased to 1, 2,... When the symbol variation control is started by the symbol control means 720, the memory value of the stored ball memory is decremented by one, the remaining symbol variation count 4 is stored, and the number of times is stored, for example, on the game board. It is displayed on LED (various game effect lamps) 6. As a result, the player can directly view the game balls aligned and waiting in the storage passage 220 through the transparent cover member 52 from the front side of the pachinko machine, and can check the remaining number of symbol fluctuations by the memory display LED.

また上記のように５個の遊技球が貯留通路２２０に流入すると、流入した遊技球は第１個目の遊技球が導入口３４０から最初に基準位置にある球受け部（以下、説明の便宜上「第１球受け部」という）３２２に受容され、第２〜第５個目の遊技球が貯留通路２２０に位置して停留され、入賞口２１２に落入した遊技球が流入した順に整列状態で貯留待機される。   Further, when five game balls flow into the storage passage 220 as described above, the first game ball that has flowed into the storage passage 220 is a ball receiving portion (hereinafter, for convenience of explanation) in which the first game ball is initially at the reference position. The second to fifth game balls are received and stopped in the storage passage 220 and are arranged in the order in which the game balls dropped into the winning port 212 flow in. It is stored and waited at.

このとき、第５個目の遊技球は貯留通路入り口の貯留部満杯検出器２５１の検出孔内に位置して停留される。このため貯留部満杯検出器２５１の検出信号は、図１７(ｃ)に示すように第５個目の遊技球の検出信号が連続した検出状態となり、これを受けた貯留部満杯判定手段７１３は、入力された検出信号が所定時間以上連続した遊技球検出信号であることから貯留通路２２０が満杯状態であると判定する。役物制御手段７１０は、貯留部満杯判定手段７１３により貯留通路２２０が満杯状態であると判定されたときに、シャッター駆動制御手段７１４からシャッター駆動ソレノイド２４３に駆動信号を出力し図１１および図１７(ｄ)に示すようにシャッター２４２を開放状態に切り替えさせる。   At this time, the fifth game ball is stopped in the detection hole of the storage portion full detector 251 at the entrance of the storage passage. For this reason, the detection signal of the storage unit full detector 251 is in a detection state in which the detection signal of the fifth game ball is continuous as shown in FIG. Since the input detection signal is a game ball detection signal that is continuous for a predetermined time or more, it is determined that the storage passage 220 is full. The accessory control unit 710 outputs a drive signal from the shutter drive control unit 714 to the shutter drive solenoid 243 when the storage unit full determination unit 713 determines that the storage passage 220 is full. As shown in (d), the shutter 242 is switched to the open state.

このため、貯留通路２２０が満杯状態になると、満杯状態が解除されるまで貯留機構２００のシャッター２４２が排出通路２３０の上部を開く開放状態になり、導入通路２１５を通って導かれた遊技球が排出通路２３０に転落して、遊技済み球排出通路を介して遊技島の回収装置に排出される。   For this reason, when the storage passage 220 is full, the shutter 242 of the storage mechanism 200 is opened to open the upper portion of the discharge passage 230 until the full state is released, and the game ball guided through the introduction passage 215 is released. It falls to the discharge passage 230 and is discharged to the game island collection device via the game-completed ball discharge passage.

このように、貯留機構２００では、貯留通路２２０が遊技球で充満される以前の非充満状態において、入賞口２１２に落入した遊技球が確実に貯留通路２２０に導かれて入賞した順に整列状態で貯留されるとともに、貯留通路２２０が充満状態になって以降は、充満状態が解除されるまで排出通路２３０に導かれて排出される。このため、入賞口２１２最大貯留球数を超える数量の遊技球が落入しても、貯留通路２２０に既に整列貯留された遊技球に何ら影響を与えることがなく、また貯留通路２２０に貯留された第１〜第５の各遊技球に対応したゲームを次段の振り分け機構３００で的確に実行することができる。   Thus, in the storage mechanism 200, in an unfilled state before the storage passage 220 is filled with game balls, the game balls dropped into the winning opening 212 are reliably guided to the storage passage 220 and arranged in order of winning. In addition, after the storage passage 220 becomes full, it is guided to the discharge passage 230 and discharged until the full state is released. For this reason, even if a number of game balls exceeding the maximum number of stored balls in the winning opening 212 are dropped, the game balls already aligned and stored in the storage passage 220 are not affected at all, and are stored in the storage passage 220. The game corresponding to each of the first to fifth game balls can be accurately executed by the distribution mechanism 300 at the next stage.

一方、図柄制御手段７２０において図柄変動が停止し、図柄表示装置１２に停止図柄の組み合わせが表示されると、役物制御手段７１０は、条件達成判定手段７１８によって判定された入賞条件に基づいた駆動信号を第１回転体駆動制御手段７１５から第１回転駆動モータ３３０に出力させ、振り分け機構３００の第１回転体３２０を時計廻りまたは反時計廻りに回動させる。例えば、条件達成判定手段７１８によって判定された入賞条件が第２条件（はずれ）である場合には、図１７(ｅ)に示すように第１回転駆動モータ３３０を反時計廻りに約９０度回動させる駆動信号を出力して第１回転体３２０を左回転させ、図１０および図１２に示すように遊技球が受容された第１球受け部３２２を第２導出口３６０に整合させた角度位置、すなわち第２導出位置に一時停止させる。   On the other hand, when the symbol variation is stopped in the symbol control means 720 and the combination of the stopped symbols is displayed on the symbol display device 12, the accessory control means 710 drives based on the winning condition determined by the condition achievement determination means 718. A signal is output from the first rotary body drive control means 715 to the first rotary drive motor 330, and the first rotary body 320 of the sorting mechanism 300 is rotated clockwise or counterclockwise. For example, when the winning condition determined by the condition achievement determining means 718 is the second condition (displacement), as shown in FIG. 17E, the first rotary drive motor 330 is rotated about 90 degrees counterclockwise. An angle at which the first rotator 320 is rotated counterclockwise by outputting a driving signal to be moved, and the first ball receiving portion 322 in which a game ball is received is aligned with the second outlet 360 as shown in FIGS. The position is temporarily stopped at the second lead-out position.

前述したように、球受け部３２２，３２２は、Ｕ字溝を形成する左右の溝壁面が底面中央を境に前後逆方向に開く傾斜面で形成されており、Ｕ字溝が上方に開く角度姿勢において左壁面が前方に開く傾斜面、右壁面が後方に開く傾斜面で構成されている。このため第１球受け部３２２に受容されて第２導出位置に配設された遊技球は、Ｕ字溝の右壁面の傾斜に従って後方に誘導され、第２導出口３６０から第２条件流路３６１に排出され、第２条件流路通過検出器３６２により通過が検出されたうえ遊技済み排出通路を介して遊技島の回収装置に排出される。   As described above, the left and right groove wall surfaces forming the U-shaped groove are formed with inclined surfaces that open in the reverse direction from the bottom center, and the angle at which the U-shaped groove opens upward as described above. In the posture, the left wall surface is an inclined surface that opens forward, and the right wall surface is an inclined surface that opens backward. For this reason, the game ball received by the first ball receiving portion 322 and disposed at the second lead-out position is guided rearward according to the inclination of the right wall surface of the U-shaped groove, and the second conditional flow path from the second lead-out port 360. It is discharged to 361, detected by the second condition passage passage detector 362, and discharged to the game island collection device through the game-completed discharge passage.

そして第２条件流路通過検出器３６２により遊技球が検出され、この信号を監視する遊技球排出監視手段７１７において遊技球の排出が確認されたとき、すなわち第２導出口３６０への振り分け作動によって導出された遊技球の排出処理が確認されたのち、第１回転駆動モータ３３０を再び反時計廻りに約９０度回動させる駆動信号を出力し、第２導出位置で一時停止していた第１回転体３２０を基準位置近傍まで回動させ、第１回転体モータセンサ３３５から入力される検出信号により第１回転体３２０が基準位置に到達したと判定されたときに第１回転駆動モータ３３０の回動を停止させる。   When the game ball is detected by the second condition flow passage detector 362 and the game ball discharge monitoring means 717 for monitoring this signal confirms the discharge of the game ball, that is, by the distribution operation to the second outlet 360. After the discharged game ball is discharged, the first rotation drive motor 330 is again rotated by about 90 degrees counterclockwise, and a drive signal is output, and the first signal that has been temporarily stopped at the second release position is output. The rotating body 320 is rotated to the vicinity of the reference position, and when it is determined that the first rotating body 320 has reached the reference position based on the detection signal input from the first rotating body motor sensor 335, the first rotating drive motor 330 Stop turning.

これにより貯留通路２２０に貯留された第１球目の遊技球の振り分け処理が完了するとともに、基準位置に配設された第１回転体３２０の下側の球受け部（以下、「第２球受け部」という）３２２が導入口３４０と位置整合して配設され、第２球目の遊技球が第２球受け部３２２に受容されて、次の振り分け作動に向けて待機保持される。   As a result, the distribution process of the first game balls stored in the storage passage 220 is completed, and the lower ball receiving portion (hereinafter referred to as “second ball”) disposed at the reference position. 322) (referred to as a “receiving portion”) is disposed in alignment with the introduction port 340, and the second game ball is received by the second ball receiving portion 322 and is held on standby for the next sorting operation.

球貯留通路２２０では、第２球目の遊技球が第２球受け部３２２に導入されることで、通路内に貯留された遊技球がそれぞれ１個分づつ導入口側に移動し、貯留部満杯検出器２５１の信号が連続した検出状態から非検出状態に変位する。このため貯留部満杯判定手段７１３による判定が充満状態から非充満状態に変化し、シャッター駆動制御手段７１４からシャッター駆動ソレノイド２４３に出力されていた駆動信号がOFFになって、シャッター駆動ソレノイド２４３のリターンスプリングのバネ力によりシャッター２４２が閉止状態に復帰される。   In the ball storage passage 220, the second game ball is introduced into the second ball receiving portion 322, so that each of the game balls stored in the passage moves to the inlet side one by one, and the storage portion The signal of the full detector 251 shifts from the continuous detection state to the non-detection state. For this reason, the determination by the storage unit full determination unit 713 changes from the full state to the non-full state, the drive signal output from the shutter drive control unit 714 to the shutter drive solenoid 243 is turned OFF, and the return of the shutter drive solenoid 243 is performed. The shutter 242 is returned to the closed state by the spring force of the spring.

また第１球目の振り分け処理の完了とともに、図柄制御手段７２０により第２球目の遊技球に対する図柄の抽選および変動制御が開始され、貯留球メモリのメモリ値が４→３に減算されて記憶される一方、図１７(ａ)(ｂ)に示すように図柄の変動中に入賞口２１２に新たに遊技球が落入すると、貯留球メモリのメモリ値が３→４に加算されて記憶される。またこれにより貯留通路２２０が再び満杯状態となり、貯留部満杯判定手段７１３による満杯判定に基づいてシャッター２４２が開放される（図１７(ｃ)および(ｄ)）。   When the first ball distribution process is completed, the symbol control means 720 starts symbol lottery and variation control for the second game ball, and the memory value of the stored ball memory is subtracted from 4 to 3 and stored. On the other hand, as shown in FIGS. 17 (a) and 17 (b), when a new game ball falls into the winning opening 212 during the change of the symbol, the memory value of the stored ball memory is added to 3 → 4 and stored. The As a result, the storage passage 220 becomes full again, and the shutter 242 is opened based on the full determination by the storage unit full determination means 713 (FIGS. 17C and 17D).

図柄制御手段７２０において図柄変動が停止し、図柄表示装置１２に図柄の組み合わせが表示されると、役物制御手段７１０は、条件達成判定手段７１８によって判定された入賞条件に基づいた駆動信号を第１回転体駆動制御手段７１５から第１回転駆動モータ３３０に出力させて、第１回転体３２０を時計廻りまたは反時計廻りに回動させる。図１７ではこの第２球目の遊技球に対して条件達成判定手段７１８で判定された入賞条件が第１条件（当たり）である場合を示しており、第１回転体駆動制御手段７１５は第１回転駆動モータ３３０を時計廻りに約１５０度回動させる駆動信号を出力して図１７(ｅ)に示すように第１回転体３２０を右回転させ、図１１に示すように遊技球が受容された第２球受け部３２２を第１導出口３５０に整合させた角度位置、すなわち第１導出位置に一時停止させる。   When the symbol variation is stopped in the symbol control means 720 and the symbol combination is displayed on the symbol display device 12, the accessory control means 710 outputs a drive signal based on the winning condition determined by the condition achievement determination means 718. The first rotary body drive control means 715 outputs the first rotary body motor 330 to rotate the first rotary body 320 clockwise or counterclockwise. FIG. 17 shows a case where the winning condition determined by the condition achievement determining means 718 for the second game ball is the first condition (winning), and the first rotating body drive control means 715 A driving signal for rotating the one-rotation driving motor 330 clockwise by about 150 degrees is output to rotate the first rotating body 320 clockwise as shown in FIG. 17 (e), and the game ball is received as shown in FIG. The second ball receiving portion 322 thus made is temporarily stopped at an angular position aligned with the first outlet 350, that is, the first outlet position.

この角度位置では、第２球受け部３２２に受容された遊技球はＵ字溝を形成する左右の溝壁面における左側の壁面に支持されており、第１導出口３５０と整合して前方が開放された遊技球がＵ字溝の左壁面の傾斜に従って前方に誘導され、第１導出口３５０から第１条件流路３５１に排出され、第１条件流路３５１を転動流下して次段の揚送機構４００に導かれる。   At this angular position, the game ball received by the second ball receiving portion 322 is supported on the left wall surface of the left and right groove wall surfaces forming the U-shaped groove, and is aligned with the first outlet 350 and opened forward. The played game ball is guided forward according to the inclination of the left wall surface of the U-shaped groove, is discharged from the first outlet 350 to the first condition channel 351, and rolls down the first condition channel 351 to move to the next stage. Guided to the lift mechanism 400.

また条件達成判定手段７１８で判定された入賞条件が第１条件である場合には、遊技制御装置７００は、役物制御手段７１０の揚送装置駆動制御手段７１６および第２回転体駆動制御手段７３０に指令信号を出力し、それぞれ揚送装置駆動モータ４２０および第２回転体駆動モータ５３０の駆動信号を出力させて、揚送機構４００の揚送スクリュー４１０および回転入賞機構５００の第２回転体５２０を回転駆動させる（図１７(ｇ)および(h)）。   When the winning condition determined by the condition achievement determining means 718 is the first condition, the game control device 700 uses the lifting device drive control means 716 and the second rotating body drive control means 730 of the accessory control means 710. Command signals, and drive signals for the lifting device drive motor 420 and the second rotating body drive motor 530, respectively, so that the lifting screw 410 of the lifting mechanism 400 and the second rotating body 520 of the rotary prize winning mechanism 500 are output. Are driven to rotate (FIGS. 17 (g) and (h)).

これにより、第１条件流路３５１を転動流下して揚送機構４００に導かれ、第１条件流路３５１から揚送部に導入された遊技球は、揚送装置駆動モータ４２０により回転駆動される揚送スクリュー４１０の螺旋状の球送りプレート４１２に持ち上げられ、ガイドカバーに案内されながら鉛直上方に揚送される。揚送部の上端部まで揚送された遊技球は、ガイドカバーの下向き面に形成された傾斜面に当接して後方に押し出され、上端開口４５０から案内流路５０５に排出される。そして転動皿５１０に向けて下傾する案内流路５０５を転動流下し、回転入賞機構５００に導かれる。   As a result, the game balls introduced by rolling down the first condition channel 351 to the lifting mechanism 400 and introduced from the first condition channel 351 to the lifting unit are driven to rotate by the lifting device drive motor 420. The lifted screw 410 is lifted by the spiral ball feed plate 412 and is lifted vertically upward while being guided by the guide cover. The game ball that has been lifted up to the upper end portion of the lift portion is pushed backward while coming into contact with the inclined surface formed on the downward surface of the guide cover, and is discharged from the upper end opening 450 to the guide channel 505. Then, it rolls down the guide channel 505 inclined downward toward the rolling dish 510 and is guided to the rotary prize winning mechanism 500.

回転入賞機構５００に導入された遊技球は、テーパーコーン状の転動皿５１０に受け止められて第２回転体５２０の周囲を転動し、第２回転体駆動モータ５３０により回転駆動されている第２回転体５２０の４箇所の球受容孔５２５の何れか、すなわち１箇所の特別領域または３箇所の非特別領域のうち何れかに転入する。そして特別領域に転入した遊技球は特別領域通過検出器５２１および遊技球排出検出器５２２に検出され、非特別領域に転入した遊技球は遊技球排出検出器５２２にのみ検出された後、遊技済み球排出通路を介して遊技島の回収装置に排出される。特別領域通過検出器５２１および遊技球排出検出器５２２の信号は遊技制御装置７００に入力されている。   The game ball introduced into the rotation winning mechanism 500 is received by the tapered cone-shaped rolling tray 510 and rolls around the second rotating body 520, and is rotated by the second rotating body drive motor 530. It moves into any one of the four ball receiving holes 525 of the two-rotating body 520, that is, one of the special areas or three of the non-special areas. Then, the game ball transferred into the special area is detected by the special area passage detector 521 and the game ball discharge detector 522, and the game ball transferred into the non-special area is detected only by the game ball discharge detector 522 and then played. It is discharged to the collection device on the game island through the ball discharge passage. Signals from the special area passage detector 521 and the game ball discharge detector 522 are input to the game control device 700.

図１７では回転入賞機構５００に導入された遊技球が特別領域に転入した例を示しており、図１７(ｉ)(ｊ)に示すように、特別領域に転入した遊技球が特別領域通過検出器５２１および遊技球排出検出器５２２に検出され、遊技済み球排出通路を介して遊技島の回収装置に排出される。遊技制御装置７００における特別遊技判定実行手段７４０では、特別領域通過検出器５２１の検出信号から特別領域通過判定手段７４１ａにおいて特別領域の通過判定がなされ、この通過判定および遊技機の作動状況に基づいて特別遊技移行判定手段７４１で特別遊技への移行判定がなされる。特別遊技実行手段７４２では特別遊技への移行判定を受けて特別遊技の実行プログラムが起動され、開閉入賞機構６００による特別遊技が実行される（図１７(ｋ)）。   FIG. 17 shows an example in which the game ball introduced into the rotation winning mechanism 500 is transferred into the special area, and as shown in FIGS. 17 (i) and 17 (j), the game ball transferred into the special area is detected as passing through the special area. Is detected by the game machine 521 and the game ball discharge detector 522 and discharged to the game island collection device via the game ball discharge passage. In the special game determination execution means 740 in the game control device 700, the special area passage determination means 741a determines the passage of the special area from the detection signal of the special area passage detector 521, and based on the passage determination and the operating state of the gaming machine. The special game transition judging means 741 judges whether to transition to a special game. The special game execution means 742 receives the determination to shift to the special game, starts the special game execution program, and executes the special game by the open / close prize winning mechanism 600 (FIG. 17 (k)).

具体的には、特別遊技実行手段７４２における大入賞口開閉駆動制御手段７４２ａから大入賞口開閉駆動ソレノイド６３１に開放指令信号が出力され、開閉扉６２０のが所定期間（例えば30秒程度の所定時間、あるいは遊技球が10個入賞するまでの期間）左方に略６０度傾倒されて大入賞口６１２が開放される。大入賞口６１２に落入した遊技球は大入賞口入賞検出器６５０に検出され、開閉入賞機構ユニット６００の導出通路６１３を通って導出口６１４に導かれ、導出口６１４から装飾枠側の連絡流路１６４、球寄せカバー１９に形成された排出流路１９ａ、および裏セット盤に形成された遊技済み球排出通路を転動流下して遊技施設側の回収装置に排出される。大入賞口入賞検出器６５０から入賞検出信号を受けた遊技制御装置７００は、入賞球数に応じた指令信号を球払出装置に出力して褒賞としての遊技球を球皿に払い出させる。   Specifically, an open command signal is output from the special prize opening / closing drive control means 742a in the special game execution means 742 to the special prize opening / closing drive solenoid 631, and the opening / closing door 620 is operated for a predetermined period (for example, a predetermined time of about 30 seconds). (Or the period until 10 game balls are won) and tilted approximately 60 degrees to the left to open the big winning opening 612. The game ball dropped into the grand prize winning opening 612 is detected by the big winning prize winning prize detector 650, guided to the outlet outlet 614 through the outlet passage 613 of the opening / closing prize winning mechanism unit 600, and communicated from the outlet outlet 614 to the decoration frame side. It rolls down the flow path 164, the discharge flow path 19a formed in the ball gathering cover 19, and the game-completed ball discharge passage formed in the back set board, and is discharged to the collection device on the game facility side. The game control device 700 that has received the winning detection signal from the big winning mouth winning detector 650 outputs a command signal corresponding to the number of winning balls to the ball paying device to pay out the game ball as a reward to the ball tray.

また遊技制御装置７００は、遊技球排出検出器５２２からの信号を監視する遊技球排出監視手段７１７において遊技球の排出が確認されたとき、すなわち第１導出口３５０への振り分け作動によって導出された遊技球の排出処理が確認されたのち、第１回転駆動モータ３３０を再び時計廻りに約３０度回動させる駆動信号を出力し、第１導出位置で一時停止していた第１回転体３２０を基準位置近傍まで回動させ、第１回転体モータセンサ３３５から入力される検出信号により第１回転体３２０が基準位置に到達したと判定されたときに第１回転駆動モータ３３０の回動を停止させる。   Further, the game control device 700 is derived when the game ball discharge monitoring means 717 that monitors the signal from the game ball discharge detector 522 confirms the discharge of the game ball, that is, by the distribution operation to the first outlet 350. After the game ball discharge process is confirmed, a driving signal for rotating the first rotation driving motor 330 again by about 30 degrees clockwise is output, and the first rotating body 320 that has been temporarily stopped at the first lead-out position is output. The first rotation drive motor 330 is rotated to the vicinity of the reference position, and the rotation of the first rotation drive motor 330 is stopped when it is determined by the detection signal input from the first rotation body motor sensor 335 that the first rotation body 320 has reached the reference position. Let

これにより貯留通路２２０に貯留された第２球目の遊技球の振り分け処理が完了するとともに、基準位置に配設された第１回転体３２０の第１球受け部３２２が導入口３４０と位置整合して配設され、第３球目の遊技球が第１球受け部３２２に受容されて、次の振り分け作動に向けて待機保持される。   Thereby, the distribution process of the second game ball stored in the storage passage 220 is completed, and the first ball receiving portion 322 of the first rotating body 320 disposed at the reference position is aligned with the introduction port 340. The third game ball is received by the first ball receiving portion 322 and is held on standby for the next sorting operation.

ここで、振り分け機構３００では、球受け部３２２が第１回転体３２０の回転軸を中心として全周を２等分した角度ピッチθ＝１８０度で２箇所形成され、導入口３４０に対する第１導出口３５０の角度位置θ1＝１５０度、および導入口３４０に対する第２導出口３６０の角度位置θ2＝９０度が、いずれも球受け部３２２，３２２の形成角度ピッチθよりも小さく形成されている。このため、基準位置にある第１球受け部に受容した遊技球を第１導出口３５０（または第２導出口３６０）に向けて移動させている間に軸対称位置にある第２球受け部が導入口３４０に接近し、第１球受け部の遊技球を第１導出口３５０（第２導出口３６０）に排出したのち第１回転体３２０をわずか３０度程度（９０度程度）回動させることで、第２球受け部が導入口３４０に配設される。すなわち、振り分け機構３００では第１球受け部を元の角度位置まで戻す必要がなく、第１球受け部の回動による振り分け作動とともに第２球受け部が導入口３４０に移動して基準位置に配設される。このため、従来振り分け時間と同程度の時間、あるいは振り分け作動以上の時間を要していた復帰作動の時間を大幅に削減することができ、基準位置への復帰を待って行われる次の遊技を、わずかなインターバルで開始することができる。 Here, in the distribution mechanism 300, the ball receiving portions 322 are formed at two positions with an angular pitch θ = 180 degrees that divides the entire circumference into two equal parts around the rotation axis of the first rotating body 320, and the first guide to the inlet 340 is formed. The angular position θ 1 = 150 degrees of the outlet 350 and the angular position θ 2 = 90 degrees of the second outlet 360 with respect to the inlet 340 are both formed smaller than the formation angle pitch θ of the ball receiving portions 322 and 322. Yes. For this reason, the second ball receiving portion in the axially symmetric position while the game ball received in the first ball receiving portion in the reference position is moved toward the first outlet port 350 (or the second outlet port 360). Approaches the inlet 340, and after the game ball in the first ball receiving portion is discharged to the first outlet 350 (second outlet 360), the first rotating body 320 is rotated only about 30 degrees (about 90 degrees). By doing so, the second ball receiving portion is disposed in the introduction port 340. That is, in the sorting mechanism 300, it is not necessary to return the first ball receiving portion to the original angular position, and the second ball receiving portion moves to the introduction port 340 and moves to the reference position along with the sorting operation by the rotation of the first ball receiving portion. Arranged. For this reason, it is possible to greatly reduce the time for the return operation, which has required the same time as the conventional distribution time, or the time required for the distribution operation, and the next game to be performed after returning to the reference position. , Can start in a few intervals.

また、球受け部が第１回転体３２０の全周を２等分した角度ピッチで形成されていることから、第１回転体３２０の回動方向が時計廻りまたは反時計廻りに連続する場合、あるいは時計廻り・反時計廻りに反転を繰り返す場合のいずれであっても、第１回転体３２０の回動開始〜第２球受け部が基準位置に配設されるまでの作動時間を、第１回転体３２０が１／２回転する一定時間にすることができる（図１７(ｅ)を参照）。   In addition, since the ball receiving portion is formed at an angular pitch obtained by dividing the entire circumference of the first rotating body 320 into two equal parts, when the rotation direction of the first rotating body 320 continues clockwise or counterclockwise, Alternatively, in any case where the reversal is repeated clockwise or counterclockwise, the operation time from the start of rotation of the first rotating body 320 until the second ball receiving portion is disposed at the reference position is set to the first time. It can be set to a certain time during which the rotator 320 makes 1/2 rotation (see FIG. 17E).

従って、以上説明した複合入賞装置２０によれば、個々の入賞球に固有の意義を持たせて１：１対応のゲーム展開を実現できることに加えて、振り分け機構に導かれた遊技球を連続して振り分け案内する遊技形態であっても振り分け処理を迅速且つ均等に行うことができ、ゲーム展開の抑揚を明確化するとともに稼働の低下を防止した入賞装置を提供することができる。さらに、限られた遊技盤面を有効に活用した自由なレイアウト設計のもとで趣向に富んだ斬新なゲーム構成の遊技機を提供することができる。   Therefore, according to the composite winning device 20 described above, it is possible to realize a 1: 1 game development by giving each winning ball a unique meaning, and in addition, the game balls guided to the distribution mechanism are continuously displayed. Even in the game form in which the game is guided to be distributed, it is possible to perform the distribution process quickly and evenly, and it is possible to provide a winning device that clarifies the expansion of the game development and prevents the operation from being lowered. Furthermore, it is possible to provide a gaming machine having a novel game configuration that is rich in taste under a free layout design that effectively utilizes a limited gaming board surface.

パチンコ機の遊技盤に各種遊技部品を装着して複合入賞装置を構成した状態の遊技盤の正面図である。1 is a front view of a game board in a state in which various game parts are mounted on a game board of a pachinko machine to constitute a composite winning device. FIG. 上記遊技盤の背面図である。It is a rear view of the game board. 中央飾りおよび複合入賞装置の構成を説明するために分解状態で左斜め前方から見た斜視図である。It is the perspective view seen from the diagonally left front in a disassembled state in order to explain the configuration of the central ornament and the composite winning device. 中央飾りおよび複合入賞装置の構成を説明するために分解状態で左斜め後方から見た斜視図である。It is the perspective view seen from the diagonally left rear in a disassembled state in order to explain the configuration of the central ornament and the composite winning device. 中央飾りから開閉入賞機構ユニットを取り外した状態で、開閉入賞機構ユニットを主としてを示す正面図である。It is a front view which mainly shows an opening / closing prize winning mechanism unit in the state which removed the opening / closing prize winning mechanism unit from the center decoration. 中央飾りから開閉入賞機構ユニットを取り外した状態で、開閉入賞機構ユニットを主として示す背面図である。It is a rear view which mainly shows an opening-and-closing prize-winning mechanism unit in the state which removed the opening-and-closing prize-winning mechanism unit from the center decoration. 開閉入賞機構の動作変位を示す正面図（部分断面図）である。It is a front view (partial sectional view) showing the operation displacement of the open / close prize winning mechanism. 図７中のVIII−VIII矢視の平断面図である。It is a plane sectional view of the VIII-VIII arrow in FIG. 左枠部およびステージの球流れ状態を主として示す側断面図である。It is a sectional side view mainly showing a sphere flow state of the left frame part and the stage. 貯留通路が充満される以前の様子を主として示す複合入賞装置の前方機構部の正面図である。It is a front view of the front mechanism part of the compound prize-winning device mainly showing a state before the storage passage is filled. 貯留通路が充満されて以降の様子を主として示す複合入賞装置の前方機構部の正面図である。It is a front view of the front mechanism part of the compound prize-winning device mainly showing the state after the storage passage is filled. 複合入賞装置における前方機構部の背面図である。It is a rear view of the front mechanism part in a composite winning device. 複合入賞装置における前方機構部の平面図である。It is a top view of the front mechanism part in a compound prize-winning apparatus. 複合入賞装置における後方機構部の平面図である。It is a top view of the back mechanism part in a compound prize-winning apparatus. 化粧板の背面側の球流れを主として示す上記後方機構部の正面図（図１４中のXV−XV矢視の正面図）である。It is a front view (front view of the XV-XV arrow in FIG. 14) of the said back mechanism part which mainly shows the ball | bowl flow of the back side of a decorative board. 複合入賞装置の制御形態を概要的に示すブロック図である。It is a block diagram which shows schematically the control form of a composite winning device. 複合入賞装置の各部の作動タイミングを例示するタイミングチャートである。It is a timing chart which illustrates the operation timing of each part of a compound prize-winning device.

符号の説明Explanation of symbols

ＰＡ 遊技領域
１ 遊技盤
２ 化粧板
３ 下部一般入賞口
５ ゲート（５ｓ ゲート通過検出器）
６ 記憶表示LED
８ アウト口
１０ 中央飾り
１１ 窓口
１２ 図柄表示装置
１３ 上部一般入賞口（１３ｓ 入賞検出器）
１４ ワープ入球口
１９ 球寄せカバー（１９ａ 排出流路、１９ｂ 排出通路）
２０ 複合入賞装置
５１ ハウジング
５２ カバー部材
５５ リアフレーム
６０ 開閉入賞機構
１００ 装飾枠
１０１ ベース枠
１０２ 中間枠
１０３ 後方枠
１１１ 上枠部
１１２ 左枠部
１１３ 右枠部
１１４ 下枠部
１１５ 庇部
１１６ 中央障壁部
１２０ ワープ案内通路
１２１ 上部案内通路
１２２ 側部案内通路
１２４ ワープ出口
１３０ 入賞球排出通路
１３１ 上部排出通路
１３２ 側部排出通路
１３３ 屈曲部
１４０ ステージ
１４１ 下段ステージ（１４１ｇ 誘導部、１４１ｗ 転落防止壁）
１４２ 上段ステージ（１４２ｇ 誘導溝）
１４３ 高段差領域
１４５ ガイド突片（１４５ｇ 特別流下通路）
１６０ ユニット装着部（１６０ａ ベース支持部、１６０ｂ 駆動構造収容部）
１６２ 収容壁
１６３ 後方壁
１６４ 連絡流路
１６８ ネジボス
２００ 貯留機構
２０１ シャッターベース
２０２ ガイドレール
２０３ ソレノイド装着部
２０５ 支ピン
２１０ 入賞具
２１１ チューリップ羽根
２１２ 入賞口
２１３ 入球部拡大装置駆動ソレノイド
２１４ 役物入球検出器
２１５ 導入通路
２２０ 貯留通路
２３０ 排出通路
２４０ 流路切り替え構造
２４２ シャッター（２４２ｐ 連結ピン）
２４３ シャッター駆動ソレノイド
２４４ スライドアングル（２４４ａ，２４４ｂ 駆動伝達突起）
２４５ スウィングアーム
２５０ 充満検出手段
２５１ 貯留部満杯検出器
３００ 振り分け機構
３１０ 回転盤収容部
３１１ 回転盤ベース
３１２ 回転体ケース
３２０ 第１回転体
３２２ 球受け部
３３０ 第１回転体駆動モータ
３３５ 第１回転体モータセンサ
３４０ 導入口
３５０ 第１導出口
３５１ 第１条件流路
３６０ 第２導出口
３６１ 第２条件流路
３６２ 第２条件流路通過検出器
４００ 揚送機構
４０１ ガイドカバー
４０２ モータベース
４１０ 揚送スクリュー
４１１ 回転軸
４１２ 球送りプレート
４２０ 揚送装置駆動モータ
４３０ 駆動力伝達構造
４５０ 上端開口
４６１ 後方案内流路部
４６２ 中央案内流路部
５００ 回転入賞機構
５０５ 案内流路
５１０ 転動皿
５２０ 第２回転体
５２１ 特別領域通過検出器
５２２ 遊技球排出検出器
５２５ 球受容孔
５３０ 第２回転体駆動モータ
６００ 開閉入賞機構ユニット
６１０ ユニットベース
６１１ ベース面
６１２ 大入賞口
６１３ 導出通路
６１４ 導出口
６１５ 軸受部
６１６ ガイド溝
６１７ 支持部
６１８ ネジ挿通孔
６２０ 開閉扉
６２４ 軸装着部
６２５ 揺動軸
６２７ リブ
６３０ 開閉駆動構造
６３１ 大入賞口開閉駆動ソレノイド
６３４ 駆動伝達具
６３５ リンクアーム
６３６ リンクピン
６５０ 大入賞口入賞検出器
６６０ 化粧蓋
６６５ 軸受部
７００ 遊技制御装置
７１０ 役物制御手段
７１１ 入球部拡大装置駆動制御手段
７１２ 役物入球判定手段
７１３ 貯留部満杯判定手段
７１４ シャッター駆動制御手段
７１５ 第１回転体駆動制御手段
７１６ 揚送装置駆動制御手段
７１７ 遊技球排出監視手段
７１８ 条件達成判定手段
（７１８ａ 第１条件達成判定手段、７１８ｂ 第２条件達成判定手段）
７２０ 図柄制御手段
７２１ 図柄変動記憶手段
７２２ 停止図柄決定手段
７３０ 第２回転体駆動制御手段
７４０ 特別遊技判定実行手段
７４１ 特別遊技移行判定手段（７４１ａ 特別領域通過判定手段）
７４２ 特別遊技実行手段（７４２ａ 大入賞口開閉駆動制御手段） PA game area 1 game board 2 decorative panel 3 lower general prize opening 5 gate (5s gate passage detector)
6 Memory display LED
8 Out mouth 10 Central decoration 11 Window 12 Symbol display device 13 Upper general winning opening (13s winning detector)
14 Warp entrance 19 Ball cover (19a discharge channel, 19b discharge channel)
20 Composite winning device 51 Housing 52 Cover member 55 Rear frame 60 Opening / closing prize winning mechanism 100 Decoration frame 101 Base frame 102 Intermediate frame 103 Rear frame 111 Upper frame portion 112 Left frame portion 113 Right frame portion 114 Lower frame portion 115 Gutter portion 116 Central barrier Portion 120 Warp guide passage 121 Upper guide passage 122 Side guide passage 124 Warp outlet 130 Winning ball discharge passage 131 Upper discharge passage 132 Side discharge passage 133 Bending portion 140 Stage 141 Lower stage (141g guide portion, 141w fall prevention wall)
142 Upper stage (142g guide groove)
143 High step area 145 Guide protrusion (145g special downflow passage)
160 unit mounting part (160a base support part, 160b drive structure housing part)
162 Housing wall 163 Rear wall 164 Connection channel 168 Screw boss 200 Reserving mechanism 201 Shutter base 202 Guide rail 203 Solenoid mounting part 205 Support pin 210 Winning tool 211 Tulip blade 212 Winning port 213 Driving part expansion device drive solenoid 214 Detector 215 Introduction passage 220 Storage passage 230 Discharge passage 240 Flow path switching structure 242 Shutter (242p connecting pin)
243 Shutter drive solenoid 244 Slide angle (244a, 244b drive transmission protrusion)
245 Swing arm 250 Full detection means 251 Reservoir full detector 300 Distributing mechanism 310 Rotating disk housing 311 Rotating disk base 312 Rotating body case 320 First rotating body 322 Ball receiving section 330 First rotating body drive motor 335 First rotating body Motor sensor 340 Inlet 350 First outlet 351 First condition passage 360 Second outlet 361 Second condition passage 362 Second condition passage detector 400 Lifting mechanism 401 Guide cover 402 Motor base 410 Lifting screw 411 Rotating shaft 412 Ball feed plate 420 Lifting device drive motor 430 Driving force transmission structure 450 Upper end opening 461 Rear guide flow path part 462 Central guide flow path part 500 Rotation winning mechanism 505 Guide flow path 510 Rolling dish 520 Second rotating body 521 Special area passage detector 522 Game ball discharge detector 525 Hole 530 Second rotator drive motor 600 Opening / closing winning mechanism unit 610 Unit base 611 Base surface 612 Large winning port 613 Deriving passage 614 Deriving port 615 Bearing portion 616 Guide groove 617 Support portion 618 Screw insertion hole 620 Opening / closing door 624 Shaft mounting portion 625 Oscillating shaft 627 Rib 630 Opening / closing drive structure 631 Large winning opening opening / closing driving solenoid 634 Drive transmission tool 635 Link arm 636 Link winning pin winning detector 660 Cosmetic cover 665 Bearing unit 700 Game control device 710 Accessory control means 711 Input Sphere expansion device drive control means 712 Included ball determination means 713 Reservoir full determination means 714 Shutter drive control means 715 First rotating body drive control means 716 Lifting device drive control means 717 Game ball discharge monitoring means 718 Condition achievement determination Means (718a First condition achieved Constant means, 718b second condition achieved determination means)
720 Symbol control means 721 Symbol variation storage means 722 Stop symbol determination means 730 Second rotating body drive control means 740 Special game determination execution means 741 Special game transition determination means (741a Special area passage determination means)
742 Special game execution means (742a big prize opening opening / closing drive control means)

Claims (3)

中央部に前後に開口する遊技盤側開口部を有するとともに複数の入賞口が設けられた遊技領域を有した遊技盤を備え、前記遊技領域の上部に打ち出されて前記遊技領域内で落下移動する遊技球を前記入賞口に入球させ、前記入賞口に応じた個数の遊技球を払い出す弾球遊技を行うように構成された弾球遊技機用の遊技部品であって、
上部に位置する上枠部、下部に位置する下枠部および前記上枠部と前記下枠部とを繋いで左右側部に位置する側枠部からなり、中央に前後開口する窓口を有して枠状に形成されて前記遊技盤側開口部を囲んで前記遊技盤に取り付けられる枠部材と、
前記上枠部の上面に設けられて、前記遊技領域に向けて上方に開口し前記遊技領域を落下移動する遊技球が入球可能な球入り口と、
前記下枠部の上面に設けられ遊技球を前記窓口において前記下枠部の上面に沿って転動させて前方に落下させるステージと、
前記球入り口と前記ステージとの間を結んで前記側枠部のいずれか一方の内部に設けられ前記球入り口に入球した遊技球を前記ステージに導く案内通路とを有し、
前記球入り口から入球した遊技球が、前記案内通路および前記ステージを介して前記下枠部の下方に位置して設けられた前記入賞口の１つに入球可能に構成されており、
前記一方の側枠部の外側には、
前記遊技領域に向けて開口して前記遊技領域を落下移動する遊技球が入球可能に設けられた大入賞口と、
前記大入賞口に繋がって形成されて前記大入賞口に入球した遊技球を前記遊技盤の後側に導く導出通路と、
前記導出通路に設けられるとともに前記大入賞口に入球し前記導出通路を通過する遊技球を検出する入賞球検出手段と、
前記遊技領域に対して前記大入賞口を開放することで前記大入賞口へ遊技球が入球可能な状態および前記大入賞口を閉止することで前記大入賞口への遊技球の入球が規制された状態に切り替える開閉入賞機構と、
を有して構成される開閉入賞機構ユニットが装着され、
前記弾球遊技機は、前記入賞球検出手段により遊技球が検出されたことに基づいて所定数の遊技球を払い出すとともに、前記入賞球検出手段により検出された遊技球を前記導出通路を介して前記弾球遊技機の外部に排出するように構成されており、
前記案内通路と前記開閉入賞機構とが、前記一方の側枠部において前後方向に重なって設けられたことを特徴とする弾球遊技機用の遊技部品。 A game board having a game area having a game board side opening that opens in the front and rear in the center and a plurality of winning holes is provided. The game board is struck at the top of the game area and falls and moves in the game area A game component for a ball game machine configured to perform a ball game in which a game ball is inserted into the winning port and a number of game balls corresponding to the winning port is paid out,
The upper frame part located in the upper part, the lower frame part located in the lower part, and the side frame part located on the left and right side parts connecting the upper frame part and the lower frame part, and having a window opening at the front and rear A frame member that is formed in a frame shape and is attached to the game board surrounding the game board side opening,
A ball entrance that is provided on the upper surface of the upper frame portion and that is open upward toward the game area and into which a game ball that falls and moves in the game area can enter ;
A stage that is provided on the upper surface of the lower frame portion and causes a game ball to roll along the upper surface of the lower frame portion at the window and drop forward;
And a guide path for guiding the game ball that ball entrance to the sphere inlet provided in the one of the side frame portion connects between the ball inlet and the stage on the stage,
The game ball entered from the ball entrance is configured to be able to enter one of the winning holes provided below the lower frame portion through the guide passage and the stage,
On the outside of the one side frame,
A large winning opening provided to enter a game ball that opens toward the game area and drops and moves in the game area;
A lead-out path that leads to the rear side of the game board a game ball that is connected to the grand prize opening and that has entered the grand prize opening;
A winning ball detection means for detecting a game ball that is provided in the lead-out passage and enters the grand prize opening and passes through the lead-out passage;
A state in which a game ball can enter the grand prize opening by opening the grand prize opening with respect to the game area and a game ball entering the grand prize opening by closing the grand prize opening An open / close prize winning mechanism for switching to a regulated state;
An open / close prize winning mechanism unit configured with
The ball game machine pays out a predetermined number of game balls based on the detection of the game balls by the winning ball detection means, and passes the gaming balls detected by the winning ball detection means through the lead-out passage. Is configured to be discharged outside the ball game machine,
A game component for a ball game machine, wherein the guide passage and the open / close winning mechanism are provided to overlap in the front-rear direction in the one side frame portion. 前記導出通路は、前記開閉入賞機構ユニット内に下方に延びて形成された上側導出通路と、前記一方の側枠部内に形成されて前記上側導出通路の下端部と繋がるとともに前記上側導出通路に対して前後方向にずれて下方に延びる下側導出通路とを備えて形成され、
前記上側導出通路が、前記案内通路に対して前後方向に重なって設けられ、
前記下側導出通路が、前記案内通路に対して左右方向に重なって設けられたことを特徴とする請求項１に記載の弾球遊技機用の遊技部品。 The lead-out passage is connected to the upper lead-out passage that is formed to extend downward in the opening / closing prize winning mechanism unit and the lower end portion of the upper lead-out passage that is formed in the one side frame portion, and to the upper lead-out passage. And a lower lead-out passage extending downward and deviating in the front-rear direction,
The upper outlet passage is provided to overlap the guide passage in the front-rear direction;
The game component for a ball game machine according to claim 1, wherein the lower lead-out passage is provided so as to overlap in the left-right direction with respect to the guide passage. 前記上枠部には、前記遊技領域に向けて上方に開口し前記遊技領域を落下移動する遊技球が入球可能な前記入賞口の１つとしての第２の球入り口が形成されており、
前記側枠部のうち他方の側枠部には、前記第２の球入り口に繋がって形成されて前記第２の球入り口に入球した遊技球を下方に導く他方側案内通路が設けられ、
前記第２の球入り口に入球した遊技球が、前記他方側案内通路を介して前記弾球遊技機の外部に排出されるように構成されたことを特徴とする請求項１または２に記載の弾球遊技機用の遊技部品。 The upper frame portion is formed with a second ball entrance as one of the winning holes through which a game ball that opens upward toward the game region and moves down the game region can enter.
The other side frame portion of the side frame portions is provided with the other side guide passage that is connected to the second ball entrance and guides a game ball that has entered the second ball entrance downward .
The game ball that has entered the second ball entrance is configured to be discharged to the outside of the bullet game machine through the other side guide passage. Parts for Japanese ball game machines.
JP2004198565A 2004-07-05 2004-07-05 Game parts for ball game machines Expired - Fee Related JP4662329B2 (en)

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JP2008086532A (en) * 2006-09-30 2008-04-17 Daiichi Shokai Co Ltd Game machine
JP4767911B2 (en) * 2007-06-11 2011-09-07 株式会社ソフイア Game machine
JP4717090B2 (en) * 2008-02-19 2011-07-06 京楽産業．株式会社 Game ball splash prevention device, game board, and pachinko machine
JP5689748B2 (en) * 2011-06-03 2015-03-25 株式会社ニューギン Game machine
JP5689749B2 (en) * 2011-06-03 2015-03-25 株式会社ニューギン Game machine

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Publication number Priority date Publication date Assignee Title
JP2004000511A (en) * 2002-04-19 2004-01-08 Adachi Light Co Ltd Central accessory of game machine

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004000511A (en) * 2002-04-19 2004-01-08 Adachi Light Co Ltd Central accessory of game machine

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