JP4351190B2 - Foreign matter discharge path - Google Patents

Foreign matter discharge path Download PDF

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JP4351190B2
JP4351190B2 JP2005197645A JP2005197645A JP4351190B2 JP 4351190 B2 JP4351190 B2 JP 4351190B2 JP 2005197645 A JP2005197645 A JP 2005197645A JP 2005197645 A JP2005197645 A JP 2005197645A JP 4351190 B2 JP4351190 B2 JP 4351190B2
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ball
discharge path
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JP2006130296A (en
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賢二 青木
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Newgin Co Ltd
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Description

本発明は、球通路内に入った異物を排出させる構成とした異物排出路に関する。   The present invention relates to a foreign matter discharge path configured to discharge foreign matter that has entered a ball passage.

パチンコ機が複数設置された島設備内において、各パチンコ機の下方域には排出樋が設けられている。この排出樋は所要の傾斜をなしており、各パチンコ機から排出された遊技球（パチンコ球）を前記傾斜により転動させて、島設備に設置された揚送装置へと移送するためのものである。また、島設備内において、前記排出樋よりも下流位置であり前記揚送装置の直前位置には、排出樋内に流入した硬貨やビス、さらには遊技球に付着した細塵等の異物を排除し揚送装置に流入するのを防ぐための異物排出路が配設されている。この異物排出路としては、例えば特許文献１に記載されるような異物排出路が提案されている。   In an island facility where multiple pachinko machines are installed, there is a discharge basket in the lower area of each pachinko machine. This discharge basket has a required inclination, and is used to roll the game balls (pachinko balls) discharged from each pachinko machine to the lifting device installed on the island facility by rolling on the inclination. It is. Further, in the island facility, the foreign material such as coins and screws that have flowed into the discharge basket and fine dust attached to the game ball is removed at a position downstream of the discharge basket and immediately before the lifting device. A foreign matter discharge path is provided to prevent inflow into the lifter. As this foreign matter discharge path, for example, a foreign substance discharge path as described in Patent Document 1 has been proposed.

特許文献１の異物排出路には、複数の球通路が並設されている。各球通路は、遊技球が転動可能な必要最小幅を有する橋路を底面とし、その橋路の両側に側面視略直角三角形状の仕切壁が立設されて形成されている。前記仕切壁の斜辺となる位置には傾斜部が形成されている。この傾斜部は、前記球通路の遊技球の流下方向に直交する断面視が山形状に形成されている。すなわち、傾斜部は、仕切壁をその厚み方向へ二等分する中心線の両側に、傾斜部の上端縁から仕切壁の両壁面に向かって下り傾斜した斜面を備えている。また、各球通路において、隣り合う橋路の間には間隙が形成され、各球通路を形成する両仕切壁の下部は開放形成されて選別路が形成されている。   A plurality of ball passages are arranged in parallel in the foreign matter discharge path of Patent Document 1. Each ball passage is formed with a bridge having a necessary minimum width over which a game ball can roll as a bottom surface, and partition walls having a substantially right triangle shape in side view standing on both sides of the bridge. An inclined portion is formed at a position that becomes the oblique side of the partition wall. The inclined portion is formed in a mountain shape in cross-sectional view perpendicular to the flow-down direction of the game ball in the ball passage. That is, the inclined portion is provided with inclined surfaces that are inclined downward from the upper edge of the inclined portion toward both wall surfaces of the partition wall on both sides of the center line that bisects the partition wall in the thickness direction. Further, in each ball passage, a gap is formed between adjacent bridges, and the lower portions of both partition walls forming each ball passage are opened to form a sorting passage.

そして、排出樋から異物排出路へ流下してきた多数の遊技球は、複数の仕切壁の傾斜部によって該仕切壁の両側の球通路へと分流され、各球通路内へと導入されるとともに異物排出路内にて整列される。さらに、傾斜部に乗り上げた遊技球は、傾斜部の斜面によって振分けられる。そして、遊技球は、振分けられた斜面を転動して、乗り上げた仕切壁の両側のうちいずれかの球通路内へ落下する。球通路内へ導入された遊技球は、球通路により整列状態を保ちながら揚送装置へ導入される。また、球通路内に硬貨やビス等の異物が混入した場合には、該異物は、橋路と仕切壁の間に形成される遊間から選別路を通過して異物排出路外へ排出されるようになっている。さらに、遊技球に付着した細塵等は、遊技球が仕切壁に摺接する際に遊技球から落下し、選別路から異物排出路外へ排出されるようになっている。
実用新案登録第２５６３５６６号公報 A large number of game balls that have flowed down from the discharge basket to the foreign matter discharge path are diverted to the spherical passages on both sides of the partition walls by the inclined portions of the plurality of partition walls, and are introduced into the respective spherical passages and foreign matter. Aligned in the discharge channel. Furthermore, the game balls riding on the inclined part are distributed by the inclined surface of the inclined part. Then, the game ball rolls on the distributed slope and falls into one of the ball passages on both sides of the boarded partition wall. The game balls introduced into the ball passage are introduced into the lifting device while being kept aligned by the ball passage. Also, when foreign matter such as coins or screws enters the ball passage, the foreign matter passes through the sorting path from the gap formed between the bridge and the partition wall and is discharged out of the foreign matter discharge path. It is like that. Further, fine dust or the like adhering to the game ball falls from the game ball when the game ball slides against the partition wall, and is discharged out of the foreign matter discharge path from the sorting path.
Utility Model Registration No. 2563566

ところで、仕切壁の傾斜部に乗り上げた遊技球が、いずれの斜面を転動して仕切壁両側の球通路のうちのいずれの球通路へ落下するかは、傾斜部上における遊技球のバランスによって決定される。このため、例えば、ある１つの球通路には、その球通路を形成する両仕切壁の傾斜部から遊技球が落下してくる可能性がある。このように、１つの球通路内へその両側から遊技球が落下してくると、落下してきた遊技球同士が接触したり、橋路上を流下する遊技球への接触機会が増加したりしてしまう。その結果、球通路における遊技球の流下速度が低下し、遊技球の移送性能が低下してしまう。   By the way, it depends on the balance of the game ball on the inclined part whether the game ball riding on the inclined part of the partition wall rolls on which slope and falls into which of the ball paths on both sides of the partition wall. It is determined. For this reason, for example, there is a possibility that a game ball may fall into one certain ball passage from the inclined portions of both partition walls forming the ball passage. In this way, when game balls fall into one ball passage from both sides, the falling game balls come in contact with each other, or the chances of contact with game balls flowing down on the bridge increase. End up. As a result, the flow speed of the game ball in the ball passage decreases, and the transfer performance of the game ball decreases.

この発明は、このような従来の技術に存在する問題点に着目してなされたものであり、その目的は、球通路における遊技球の移送性の低下を防止することができる異物排出路を提供することにある。   The present invention has been made paying attention to such problems existing in the prior art, and an object thereof is to provide a foreign matter discharge path capable of preventing a decrease in the transportability of the game ball in the ball path. There is to do.

上記問題点を解決するために、請求項１に記載の発明は、遊技機が設置された島設備内に設けられ、複数の橋路が間隙をおいて並設された底部と該底部に立設された側壁とからなる排出路本体の内側に複数の仕切壁を設け、隣り合う仕切壁の間に前記橋路が位置するとともに仕切壁と橋路の間に空隙が形成されてなる球通路を複数並設し、前記排出路本体内を流下して前記球通路内に入った異物を前記空隙から排出路本体外へ排出させる構成とした異物排出路であって、各仕切壁における前記球通路の遊技球導入口側に前記遊技球の流下方向に沿って前記底部側から上り傾斜する傾斜部を形成し、該各傾斜部の上縁に前記仕切壁の厚み方向に向かって同一方向へ下り傾斜するガイド面を形成するとともに、前記仕切壁において前記球通路の遊技球導入口側の先端から前記遊技球の流下方向に沿って前記底部側から立ち上がる縁部全体は、前記ガイド面に連続して傾斜し、前記傾斜部には、前記底部に対して鉛直に立ち上がる球崩し部が遊技球の流下方向下流側に連設され、各球崩し部に前記仕切壁の厚み方向に向かって同一方向へ傾斜する案内面を前記ガイド面に連続させて形成するとともに前記ガイド面と案内面の傾斜角度を同じにし、前記傾斜部の上縁において、前記厚み方向における非ガイド面側が傾斜することなく平端面状に形成されていることを要旨とする。 In order to solve the above-mentioned problems, the invention according to claim 1 is provided in an island facility where a gaming machine is installed, and a plurality of bridges arranged in parallel with a gap, A spherical passage in which a plurality of partition walls are provided on the inner side of a discharge passage body composed of provided side walls, and the bridge is located between adjacent partition walls and a gap is formed between the partition wall and the bridge. Are arranged in parallel, and the foreign substance discharge path is configured to discharge the foreign substance flowing down in the discharge path main body and entering the spherical path from the gap to the outside of the discharge path main body. An inclined portion that inclines upward from the bottom side along the flow-down direction of the game ball is formed on the game ball inlet side of the passage, and the upper edge of each inclined portion is directed in the same direction toward the thickness direction of the partition wall. In addition to forming a downwardly inclined guide surface, the play of the ball passage in the partition wall The entire edge rising from the bottom side along the flow-down direction of the game ball from the tip of the ball inlet side continuously inclines to the guide surface, and the inclined portion rises perpendicularly to the bottom. The ball breaker is connected to the downstream side of the game ball in the flow down direction, and a guide surface that is inclined in the same direction toward the thickness direction of the partition wall is formed continuously on each ball breaker and the guide surface. The gist is that the inclination angle of the surface and the guide surface is the same , and the non-guide surface side in the thickness direction is formed into a flat end surface at the upper edge of the inclined portion without being inclined .

請求項２に記載の発明は、請求項１に記載の異物排出路において、請求項１に記載の異物排出路において、前記排出路本体の上方を覆蓋する蓋部材を備え、該蓋部材の下面に前記複数の仕切壁を並設し、前記蓋部材の排出路本体に対する着脱とともに前記複数の仕切壁を排出路本体に対し着脱可能にし、前記蓋部材の前記排出路本体に対する組付けを行うことで隣り合う仕切壁の間に前記橋路を位置させて前記排出路本体内に複数の球通路が区画形成されるようにしたことを要旨とする。 According to a second aspect of the present invention, in the foreign matter discharge passage according to the first aspect, the foreign matter discharge passage according to the first aspect further includes a lid member that covers the upper portion of the discharge passage main body, and a lower surface of the lid member. The partition walls are arranged side by side, the lid member is attached to and detached from the discharge path body, and the partition walls are detachable from the discharge path body, and the lid member is assembled to the discharge path body. The gist is that the bridge is positioned between adjacent partition walls so that a plurality of spherical passages are defined in the discharge passage main body .

本発明によれば、球通路における遊技球の移送性の低下を防止することができる。   According to the present invention, it is possible to prevent a decrease in transportability of game balls in a ball passage.

以下、本発明を島設備内に設けられる異物排出路に具体化した一実施形態を図１〜図９にしたがって説明する。
図１に示すように、遊技店（遊技場）に据え付けられた島設備１０には、その設置島台Ｓ上に複数台のパチンコ遊技機（遊技機）Ｐが背面を対向させた状態で列設されている。隣り合うパチンコ遊技機Ｐの間には、硬貨を供することで遊技球を遊技者に貸し出す球貸機Ｎが設置されている。また、島設備１０には、パチンコ遊技機Ｐの列設方向（図１では左右方向）の略中央に、球揚送装置１１が設置されている。この球揚送装置１１は図示しない研磨リフトを介して遊技球を研磨しながら上方へと揚送するものである。さらに、島設備１０には、球揚送装置１１の上方側に、該球揚送装置１１によって揚送された多数の遊技球を貯留可能な島タンク１２が設置されている。また、島設備１０には、前記各パチンコ遊技機Ｐの上方域に、前記島タンク１２内に貯留された遊技球を各パチンコ遊技機Ｐへ分配供給するための球供給樋１４が設けられている。球供給樋１４は、前記球揚送装置１１側を上流端とする斜状態様で球揚送装置１１の左右両側に設けられている。 DESCRIPTION OF EMBODIMENTS Hereinafter, an embodiment in which the present invention is embodied in a foreign matter discharge path provided in an island facility will be described with reference to FIGS.
As shown in FIG. 1, an island facility 10 installed in a game shop (game room) is lined up with a plurality of pachinko gaming machines (game machines) P facing the back on the installed island platform S. It is installed. Between adjacent pachinko gaming machines P, a ball lending machine N that lends game balls to players by providing coins is installed. Further, in the island facility 10, a ball lifting device 11 is installed at the approximate center in the direction in which the pachinko gaming machines P are arranged (left and right in FIG. 1). The ball lifting device 11 lifts the game ball upward while polishing the game ball via a polishing lift (not shown). Further, the island facility 10 is provided with an island tank 12 on the upper side of the ball lifting device 11 that can store a large number of game balls lifted by the ball lifting device 11. In addition, the island facility 10 is provided with a ball supply basket 14 for distributing and supplying the game balls stored in the island tank 12 to the respective pachinko gaming machines P above the respective pachinko gaming machines P. Yes. The ball feeding rods 14 are provided on both the left and right sides of the ball lifting device 11 in an oblique state with the ball lifting device 11 side as an upstream end.

一方、前記島設備１０内における各パチンコ遊技機Ｐの下方域には、各パチンコ遊技機Ｐから排出された遊技球（例えばアウト球等）を受け入れ転動移送させるための排出樋１５が設けられている。この排出樋１５は、前記球揚送装置１１側を下流端とする斜状態様で球揚送装置１１の左右両側に設けられている。また、島設備１０の前記球揚送装置１１の下方側には、排出樋１５により転動移送された遊技球を回収するための球回収タンク１９が設けられている。さらに、島設備１０内において、前記排出樋１５の下流端と前記球回収タンク１９の間には、球回収タンク１９内に異物が入るのを防ぐための異物排出路２０が設けられている。この異物排出路２０の上流端は、排出樋１５の下流端と接続されている一方で、異物排出路２０の下流端は、前記球回収タンク１９と接続されている。この異物排出路２０は、前記球回収タンク１９側を下流端とする斜状態様で球回収タンク１９の左右両側に設けられている。   On the other hand, in the lower area of each pachinko gaming machine P in the island facility 10, there is provided a discharge basket 15 for receiving and rolling and transferring game balls (such as out balls) discharged from each pachinko gaming machine P. ing. The discharge rods 15 are provided on both the left and right sides of the ball lifting device 11 in an oblique state with the ball lifting device 11 side as the downstream end. In addition, a ball collection tank 19 for collecting the game balls rolled and transferred by the discharge rod 15 is provided below the ball lifting device 11 of the island facility 10. Further, in the island facility 10, a foreign matter discharge path 20 is provided between the downstream end of the discharge basket 15 and the ball collection tank 19 to prevent foreign matters from entering the ball collection tank 19. The upstream end of the foreign matter discharge path 20 is connected to the downstream end of the discharge basket 15, while the downstream end of the foreign matter discharge path 20 is connected to the ball collection tank 19. The foreign matter discharge path 20 is provided on both the left and right sides of the sphere collection tank 19 in an oblique state with the sphere collection tank 19 side as a downstream end.

そして、パチンコ遊技機Ｐから排出された遊技球は、排出樋１５及び異物排出路２０を通過して球回収タンク１９内へと放出される。このとき、遊技者の悪戯などにより、前記球貸機Ｎとパチンコ遊技機Ｐの間から、該パチンコ遊技機Ｐの機裏側へ転落し排出樋１５内に入った硬貨や、パチンコ遊技機Ｐから外れて排出樋１５内に入ったビス、さらには、遊技球Ｂに付着した細塵等の異物は、異物排出路２０を流下する間に該異物排出路２０の外側へ排出される。そして、球回収タンク１９内に放出された遊技球Ｂは、球揚送装置１１内に取り込まれて島タンク１２へ揚送される。さらに、島タンク１２へ揚送された遊技球は、各球供給樋１４から複数の球分配シュート（図示略）を介して各パチンコ遊技機Ｐへ分配供給される。   Then, the game balls discharged from the pachinko gaming machine P pass through the discharge basket 15 and the foreign matter discharge path 20 and are discharged into the ball collection tank 19. At this time, due to a player's mischief or the like, from between the ball lending machine N and the pachinko gaming machine P to the back side of the pachinko gaming machine P, coins that have entered the discharge basket 15 or from the pachinko gaming machine P Screws that have come off and enter the discharge bowl 15 and foreign matters such as fine dust adhering to the game ball B are discharged to the outside of the foreign matter discharge passage 20 while flowing down the foreign matter discharge passage 20. Then, the game ball B released into the ball collection tank 19 is taken into the ball lifting device 11 and is transported to the island tank 12. Further, the game balls lifted to the island tank 12 are distributed and supplied from each ball supply basket 14 to each pachinko gaming machine P through a plurality of ball distribution chutes (not shown).

次に、前記異物排出路２０について具体的に説明する。なお、図２及び図３の矢印Ｒに示すように、異物排出路２０の上流側から下流側へと遊技球Ｂが流下する方向を遊技球Ｂの流下方向とする。さて、図２及び図３に示すように、異物排出路２０は、大別すると、その外郭を形成する排出路本体３０と、該排出路本体３０の上方全体を覆蓋するカバー部材Ｃとから構成されている。最初に、排出路本体３０について説明する。図２に示すように、排出路本体３０は外郭が長尺状をなし、排出路本体３０の底部をなす本体底部３６の両側に側壁３２が立設されて形成されている。前記側壁３２は、その上方側が排出路本体３０の内側へ延びるように略直角に折り曲げられ、その折り曲げ部位に前記カバー部材Ｃをビス止めするための複数のビス孔３２ａが穿設されている。   Next, the foreign matter discharge path 20 will be specifically described. 2 and 3, the direction in which the game ball B flows down from the upstream side to the downstream side of the foreign matter discharge path 20 is the flow-down direction of the game ball B. As shown in FIGS. 2 and 3, the foreign matter discharge path 20 is roughly composed of a discharge path main body 30 that forms an outline of the foreign substance discharge path 20 and a cover member C that covers the entire upper portion of the discharge path main body 30. Has been. First, the discharge path main body 30 will be described. As shown in FIG. 2, the discharge path main body 30 has a long outer shape, and side walls 32 are erected on both sides of a main body bottom portion 36 that forms the bottom of the discharge path main body 30. The side wall 32 is bent at a substantially right angle so that its upper side extends to the inside of the discharge passage main body 30, and a plurality of screw holes 32 a for screwing the cover member C are formed in the bent portion.

この構成により異物排出路２０は、島設備１０に設置した状態において、排出樋１５を転動案内された遊技球Ｂを受け入れ、該遊技球Ｂを球回収タンク１９側に転動案内する通路構成を取り得る。なお、異物排出路２０によって形成される通路は、機能毎に分けると２種類の通路に分けられることから、説明をわかり易くするために２種類の通路を「転動路」と「整流路」とし、図２及び図３においては「転動路」に「３３」の符号を付すとともに「整流路」に「３４」の符号を付す。転動路３３は、異物排出路２０の上流側（排出樋１５側）の通路であり、排出樋１５で転動案内された遊技球Ｂを受け入れ、該遊技球Ｂを整流路３４側に流下方向に沿って転動案内する。一方、整流路３４は、転動路３３に連設され、異物排出路２０の下流側（球回収タンク１９側）の通路であり、転動路３３を乱雑（雑然）状態で転動案内された遊技球Ｂを整流（整列）し、該遊技球Ｂを球回収タンク１９側に整列状態で流下方向に沿って転動案内する。本実施形態の異物排出路２０では、整流路３４の通過時に異物が排出される。   With this configuration, the foreign matter discharge path 20 is configured so as to receive the game ball B that is guided to roll the discharge rod 15 in the state where it is installed on the island facility 10 and to roll and guide the game ball B to the ball collection tank 19 side. Can take. In addition, since the passage formed by the foreign matter discharge passage 20 is divided into two types of passages for each function, the two types of passages are referred to as a “rolling passage” and a “rectifying passage” for easy understanding. 2 and FIG. 3, “33” is assigned to the “rolling path” and “34” is assigned to the “rectifier path”. The rolling path 33 is a passage on the upstream side (the discharge basket 15 side) of the foreign matter discharge path 20, receives the game ball B that is guided to roll by the discharge basket 15, and flows down the game ball B to the rectifying path 34 side. Roll along the direction. On the other hand, the rectification path 34 is connected to the rolling path 33 and is a passage on the downstream side of the foreign matter discharge path 20 (on the side of the ball collection tank 19), and the rolling path 33 is rolled and guided in a messy state. The game balls B are straightened (aligned), and the game balls B are guided to roll along the flow-down direction in an aligned state on the ball collection tank 19 side. In the foreign matter discharge path 20 of the present embodiment, foreign matters are discharged when passing through the rectifying path 34.

前記本体底部３６は、転動路３３の底部と整流路３４の底部とから構成されている。前記転動路３３の底部は、側壁３２間に架設された平板状の底板３１によって形成され、該底板３１上にはマットＭが敷設されている。一方、前記整流路３４の底部は、側壁３２間に架設された一対の支持部材３５上に底形成部材３９とマットＭを流下方向に沿って並べて敷設することにより形成されている。一対の支持部材３５のうち、一方の支持部材３５は、前記底板３１の下流側直近に設けられ、他方の支持部材３５は異物排出路２０の下流端側に設けられている。このように支持部材３５を整流路３４の両端側のみに設けることにより、整流路３４における前記底形成部材３９の配設部位（異物排出路２０の下面部位）は、開口した状態とされている。   The main body bottom portion 36 includes a bottom portion of the rolling path 33 and a bottom portion of the rectifying path 34. The bottom of the rolling path 33 is formed by a flat bottom plate 31 that is installed between the side walls 32, and a mat M is laid on the bottom plate 31. On the other hand, the bottom of the rectifying path 34 is formed by laying a bottom forming member 39 and a mat M side by side along the flow-down direction on a pair of support members 35 laid between the side walls 32. Of the pair of support members 35, one support member 35 is provided immediately downstream of the bottom plate 31, and the other support member 35 is provided on the downstream end side of the foreign matter discharge path 20. As described above, by providing the support members 35 only on both ends of the rectifying path 34, the portion where the bottom forming member 39 is disposed in the rectifying path 34 (the lower surface part of the foreign matter discharge path 20) is opened. .

前記底形成部材３９は、図４に示すように、複数の長板状の橋路３７と、それら橋路３７の両側に溶接固定された一対の長板状の位置決め部材３８と、複数の橋路３７の中央に溶接固定された長板状の補強板２９とから簀子状に形成されている。前記一対の位置決め部材３８には、隣り合う前記橋路３７の間に凹部３８ｂが形成されている（本実施形態では七つ）。また、各位置決め部材３８の両側及び中央には、底形成部材３９を前記支持部材３５にねじ止めするためのねじ止め孔３８ｄが穿設されている。   As shown in FIG. 4, the bottom forming member 39 includes a plurality of long plate-like bridges 37, a pair of long plate-like positioning members 38 welded and fixed to both sides of the bridges 37, and a plurality of bridges. A long plate-like reinforcing plate 29 fixed to the center of the path 37 by welding is formed into a lever shape. In the pair of positioning members 38, recesses 38b are formed between the adjacent bridges 37 (seven in this embodiment). Further, on both sides and the center of each positioning member 38, screwing holes 38d for screwing the bottom forming member 39 to the support member 35 are formed.

そして、底形成部材３９には、隣り合う橋路３７の間に間隙Ｋが形成されている。なお、前記間隙Ｋの幅は遊技球Ｂの直径より広く、かつ、一個の遊技球Ｂのみが通過可能な幅に設定されている。そして、底形成部材３９に複数（本実施形態では七つ）の間隙Ｋが形成され、排出路本体３０の底形成部材３９の配設部位は開口した状態とされている。このため、異物排出路２０の本体底部３６において、整流路３４の略全体は橋路３７を除いて上下方向へ貫通することとなり、異物はこの整流路３４の通過時に異物排出路２０外へ排出される。   In the bottom forming member 39, a gap K is formed between the adjacent bridges 37. Note that the width of the gap K is set to be wider than the diameter of the game ball B and through which only one game ball B can pass. A plurality (seven in this embodiment) of gaps K are formed in the bottom forming member 39, and the arrangement site of the bottom forming member 39 of the discharge path main body 30 is open. For this reason, in the main body bottom portion 36 of the foreign matter discharge path 20, substantially the entire rectification path 34 penetrates in the vertical direction except for the bridge 37, and foreign matters are discharged out of the foreign matter discharge path 20 when passing through the rectification path 34. Is done.

次に、前記カバー部材Ｃについて説明する。なお、図２ではカバー部材Ｃのうちの第１の蓋部材４０は図示せず、図３では２点鎖線で第１の蓋部材４０を示す。図２及び図３に示すように、カバー部材Ｃは、第１の蓋部材４０と、第２の蓋部材４１と、第３の蓋部材５１とから構成されている。   Next, the cover member C will be described. In FIG. 2, the first lid member 40 of the cover member C is not shown, and in FIG. 3, the first lid member 40 is indicated by a two-dot chain line. As shown in FIGS. 2 and 3, the cover member C includes a first lid member 40, a second lid member 41, and a third lid member 51.

前記第１の蓋部材４０は、異物排出路２０の転動路３３を覆蓋するものであり、第２の蓋部材４１と第３の蓋部材５１は異物排出路２０の整流路３４を覆蓋するものである。前記第１の蓋部材４０は、平板状に形成されている。前記第２の蓋部材４１は、その全体が、例えば、ナイロン、ポリカーボネート、ポリアセタール等の自己潤滑性を有する合成樹脂材料より形成されている。そして、図５に示すように、第２の蓋部材４１は、蓋板４２と、該蓋板４２の下面に一体成形された四枚の長板状の第１整流壁４３、及び三枚の長板状の第２整流壁４４とから構成されている。すなわち、第２の蓋部材４１には、第１整流壁４３と第２整流壁４４の形状の異なる２種類の整流壁が設けられている。前記第１整流壁４３と第２整流壁４４は、第１整流壁４３が蓋板４２の両側に位置し、さらに、第１整流壁４３と第２整流壁４４とが交互に並ぶように蓋板４２に設けられている。隣り合う第１整流壁４３と第２整流壁４４の間隔は全て同じであり、該間隔は遊技球Ｂの直径より広く、遊技球Ｂが１列状態で通過し得る間隔に設定されている。   The first lid member 40 covers the rolling path 33 of the foreign matter discharge path 20, and the second lid member 41 and the third lid member 51 cover the rectifying path 34 of the foreign substance discharge path 20. Is. The first lid member 40 is formed in a flat plate shape. The entire second lid member 41 is formed of a synthetic resin material having self-lubricating properties such as nylon, polycarbonate, polyacetal, and the like. As shown in FIG. 5, the second lid member 41 includes a lid plate 42, four long plate-like first rectifying walls 43 integrally formed on the lower surface of the lid plate 42, and three sheets A long plate-shaped second rectifying wall 44 is formed. That is, the second lid member 41 is provided with two types of rectifying walls having different shapes of the first rectifying wall 43 and the second rectifying wall 44. The first rectifying wall 43 and the second rectifying wall 44 are covered so that the first rectifying walls 43 are located on both sides of the lid plate 42 and the first rectifying walls 43 and the second rectifying walls 44 are alternately arranged. It is provided on the plate 42. The intervals between the adjacent first rectifying walls 43 and the second rectifying walls 44 are all the same, and the interval is wider than the diameter of the game balls B, and is set to an interval at which the game balls B can pass in a row.

図５及び図６（ｂ）、（ｃ）に示すように、第１整流壁４３の縁部には、蓋板４２の下面から真下へ鉛直に延びる第１球崩し部４３ａが形成されている。さらに、第１整流壁４３の縁部には、前記第１球崩し部４３ａの下端から連続して直線状に下り傾斜した第１傾斜部４３ｂが形成されている。一方、第２整流壁４４の縁部には、蓋板４２の下面から真下へ鉛直に延びる第２球崩し部４４ａが形成されている。さらに、第２整流壁４４の縁部には、前記第２球崩し部４４ａの下端から連続して直線状に下り傾斜した第２傾斜部４４ｂが形成されている。加えて、第２整流壁４４の縁部には、前記第２傾斜部４４ｂに連続して水平状に延びる水平部４４ｃが形成され、さらに、その水平部４４ｃから連続して直線状に下り傾斜した位置に第２傾斜部４４ｂが形成されている。すなわち、第２整流壁４４には、水平部４４ｃの上下両側に第２傾斜部４４ｂが形成され、各第２傾斜部４４ｂの長さは、第１傾斜部４３ｂの長さより短くなっている。   As shown in FIGS. 5, 6 </ b> B, and 6 </ b> C, a first spherical breaker 43 a that extends vertically from the lower surface of the cover plate 42 is formed at the edge of the first rectifying wall 43. . Furthermore, a first inclined portion 43b is formed at the edge of the first rectifying wall 43. The first inclined portion 43b is continuously inclined downward from the lower end of the first spherical breaker portion 43a. On the other hand, at the edge portion of the second rectifying wall 44, a second spherical break portion 44a is formed that extends vertically from the lower surface of the lid plate 42. Further, a second inclined portion 44b is formed at the edge of the second rectifying wall 44. The second inclined portion 44b is continuously inclined downward from the lower end of the second spherical break portion 44a. In addition, a horizontal portion 44c extending horizontally from the second inclined portion 44b is formed at the edge of the second rectifying wall 44, and further downwardly inclined linearly from the horizontal portion 44c. A second inclined portion 44b is formed at the position. That is, the second rectifying wall 44 is formed with second inclined portions 44b on both upper and lower sides of the horizontal portion 44c, and the length of each second inclined portion 44b is shorter than the length of the first inclined portion 43b.

図６（ｃ）に示すように、第１整流壁４３と第２整流壁４４とは、第１球崩し部４３ａと第２球崩し部４４ａとが前後に位置ずれするように蓋板４２に並設されている。また、第１球崩し部４３ａと第２球崩し部４４ａとは、鉛直方向への長さが異なるように形成され、第１球崩し部４３ａの鉛直方向への長さが、第２球崩し部４４ａの鉛直方向への長さよりも長く形成されている。   As shown in FIG. 6C, the first rectifying wall 43 and the second rectifying wall 44 are arranged on the cover plate 42 so that the first spherical breaker 43a and the second spherical breaker 44a are displaced forward and backward. It is installed side by side. In addition, the first ball breaker 43a and the second ball breaker 44a are formed to have different lengths in the vertical direction, and the length in the vertical direction of the first ball breaker 43a is the second ball breaker. The part 44a is formed longer than the length in the vertical direction.

さらに、第１整流壁４３と第２整流壁４４とは、第１傾斜部４３ｂと、第２傾斜部４４ｂの傾斜角度が互いに異なるように形成されている。ここで、図６（ｃ）において、第１整流壁４３及び第２整流壁４４の下端縁に沿って延びる直線を仮想線Ｊとする。そして、前記仮想線Ｊと第１傾斜部４３ｂの延長線との間に形成される角度を第１傾斜部４３ｂの傾斜角度θ１とし、仮想線Ｊと第２傾斜部４４ｂの延長線との間に形成される角度をそれぞれ第２傾斜部４４ｂの傾斜角度θ２とする。傾斜角度θ１と傾斜角度θ２は異なっており、この傾斜角度θ１，θ２の違いから、第１及び第２整流壁４３，４４の並設方向に沿って第１傾斜部４３ｂと第２傾斜部４４ｂとには高低差が形成されている。詳しくは、第１傾斜部４３ｂの先端側と第２傾斜部４４ｂの先端側の高低差は、第１及び第２傾斜部４３ｂ，４４ｂが、それら先端側よりも蓋板４２側に位置する水平部４４ｃへ向かうに従い徐々に小さくなっている。そして、両者の高低差が無くなる位置も存在している。さらに、第２整流壁４４の水平部４４ｃよりも蓋板４２側、すなわち、第１傾斜部４３ｂの基端側と第２傾斜部４４ｂの基端側の高低差は、前記先端側における高低差よりも大きくなっている。なお、第２整流壁４４の上下両第２傾斜部４４ｂの間には水平部４４ｃが形成されているため、第１傾斜部４３ｂと水平部４４ｃとにも高低差が形成されている。   Further, the first rectifying wall 43 and the second rectifying wall 44 are formed so that the inclination angles of the first inclined portion 43b and the second inclined portion 44b are different from each other. Here, in FIG. 6C, a straight line extending along the lower edges of the first rectifying wall 43 and the second rectifying wall 44 is defined as an imaginary line J. The angle formed between the imaginary line J and the extended line of the first inclined part 43b is the inclined angle θ1 of the first inclined part 43b, and between the imaginary line J and the extended line of the second inclined part 44b. Are formed as the inclination angle θ2 of the second inclined portion 44b. The inclination angle θ1 and the inclination angle θ2 are different. Due to the difference between the inclination angles θ1 and θ2, the first inclined portion 43b and the second inclined portion 44b are arranged along the parallel arrangement direction of the first and second rectifying walls 43 and 44. There is a difference in height. Specifically, the difference in height between the front end side of the first inclined portion 43b and the front end side of the second inclined portion 44b is such that the first and second inclined portions 43b and 44b are located on the lid plate 42 side relative to the front end side. It gradually becomes smaller toward the portion 44c. There is also a position where there is no difference in height between the two. Further, the difference in height between the horizontal portion 44c of the second rectifying wall 44 on the side of the cover plate 42, that is, the proximal end side of the first inclined portion 43b and the proximal end side of the second inclined portion 44b is the difference in height on the distal end side. Is bigger than. Since the horizontal portion 44c is formed between the upper and lower second inclined portions 44b of the second rectifying wall 44, a difference in height is also formed between the first inclined portion 43b and the horizontal portion 44c.

図６（ｂ）の７ｂ−７ｂ線断面図（図７（ｂ））に示すように、第１及び第２球崩し部４３ａ，４４ａは、第１及び第２整流壁４３，４４の長さ方向の断面視が先細形状に形成されている。ここで、第１及び第２整流壁４３，４４の厚み方向に対向する一対の壁面を、一方の壁面としての右壁面４３Ａ，４４Ａと、他方の壁面としての左壁面４３Ｂ，４４Ｂとする。第１及び第２球崩し部４３ａ，４４ａは、各球崩し部４３ａ，４４ａの先端から基端側に向かうに従い、前記右壁面４３Ａ，４４Ａ側から左壁面４３Ｂ，４４Ｂ側へ徐々に拡幅するように傾斜形成されている。そして、第１及び第２球崩し部４３ａ，４４ａにおける傾斜した部位に案内面Ａが形成されている。すなわち、案内面Ａは、第１及び第２整流壁４３，４４の厚み方向に向かって傾斜して形成されている。   As shown in a cross-sectional view taken along the line 7b-7b in FIG. 6B (FIG. 7B), the first and second ball breaking portions 43a and 44a are the lengths of the first and second rectifying walls 43 and 44, respectively. The sectional view in the direction is formed in a tapered shape. Here, let a pair of wall surface which opposes the thickness direction of the 1st and 2nd rectifying walls 43 and 44 be the right wall surfaces 43A and 44A as one wall surface, and the left wall surfaces 43B and 44B as the other wall surface. The first and second ball collapse parts 43a, 44a gradually widen from the right wall surface 43A, 44A side to the left wall surface 43B, 44B side from the distal end to the proximal end side of each of the ball collapse parts 43a, 44a. Inclined. And the guide surface A is formed in the site | part which inclined in the 1st and 2nd ball breaking parts 43a and 44a. That is, the guide surface A is formed to be inclined toward the thickness direction of the first and second rectifying walls 43 and 44.

ここで、第１及び第２整流壁４３，４４をその厚み方向へ二等分する直線を二等分線Ｑとする。すると、前記案内面Ａは、前記二等分線Ｑよりも右壁面４３Ａ，４４Ａ寄りの位置から左壁面４３Ｂ，４４Ｂ側へ拡幅するように傾斜している。すなわち、案内面Ａは、第１及び第２球崩し部４３ａ，４４ａ（第１及び第２整流壁４３，４４）の厚みの半分以上を有している。また、案内面Ａ上を通る平面を仮想平面Ｕとし、前記右壁面４３Ａ，４４Ａを通る平面を仮想平面ＵＡとした場合、仮想平面ＵＡと仮想平面Ｕの間に形成される角度のうち鋭角となる角度を角度θＡとする。すると、案内面Ａと右壁面４３Ａ，４４Ａは、前記角度θＡを形成するように仮想平面Ｕ及び仮想平面ＵＡに沿って形成されているため、案内面Ａは右壁面４３Ａ，４４Ａに対して鋭角をなすように第１及び第２球崩し部４３ａ，４４ａに形成されている。そして、全ての第１及び第２整流壁４３，４４において、案内面Ａは同一方向へ同じ角度で傾斜している。   Here, a straight line that bisects the first and second rectifying walls 43 and 44 in the thickness direction is a bisector Q. Then, the guide surface A is inclined so as to widen from the position closer to the right wall surfaces 43A, 44A than the bisector Q toward the left wall surfaces 43B, 44B. That is, the guide surface A has more than half of the thickness of the first and second spherical breakers 43a and 44a (first and second rectifying walls 43 and 44). In addition, when a plane passing on the guide surface A is a virtual plane U and a plane passing through the right wall surfaces 43A and 44A is a virtual plane UA, an acute angle of angles formed between the virtual plane UA and the virtual plane U is Is defined as an angle θA. Then, since the guide surface A and the right wall surfaces 43A and 44A are formed along the virtual plane U and the virtual plane UA so as to form the angle θA, the guide surface A is an acute angle with respect to the right wall surfaces 43A and 44A. Are formed in the first and second ball breaking parts 43a, 44a. And in all the 1st and 2nd rectifying walls 43 and 44, the guide surface A inclines at the same angle to the same direction.

一方、第１及び第２傾斜部４３ｂ，４４ｂは、図６（ｃ）の７ａ−７ａ線断面図（図７（ａ））に示すように、第１及び第２整流壁４３，４４の長さ方向に直交する断面視が先細形状に形成されている。第１及び第２傾斜部４３ｂ，４４ｂは、その上縁から下方へ向かうに従い前記右壁面４３Ａ，４４Ａ側から左壁面４３Ｂ，４４Ｂ側へ下り傾斜するように形成されている。そして、全ての第１及び第２傾斜部４３ｂ，４４ｂの上縁における傾斜した部位にガイド面Ｇが形成されている。すなわち、ガイド面Ｇは、各傾斜部４３ｂ，４４ｂの上縁から下方へ向かうに従い、第１及び第２整流壁４３，４４の厚み方向に向かって下り傾斜して形成されている。   On the other hand, the first and second inclined portions 43b and 44b are formed by the lengths of the first and second rectifying walls 43 and 44, as shown in the sectional view taken along the line 7a-7a in FIG. 6C (FIG. 7A). A cross-sectional view orthogonal to the vertical direction is formed in a tapered shape. The first and second inclined portions 43b and 44b are formed so as to be inclined downward from the right wall surfaces 43A and 44A toward the left wall surfaces 43B and 44B as they go downward from the upper edges thereof. And the guide surface G is formed in the site | part inclined in the upper edge of all the 1st and 2nd inclination parts 43b and 44b. That is, the guide surface G is formed so as to be inclined downward toward the thickness direction of the first and second rectifying walls 43 and 44 as it goes downward from the upper edges of the inclined portions 43b and 44b.

前記ガイド面Ｇは、前記二等分線Ｑよりも右壁面４３Ａ，４４Ａ寄りの位置から左壁面４３Ｂ，４４Ｂへ下り傾斜している。すなわち、ガイド面Ｇは、第１及び第２傾斜部４３ｂ，４４ｂ（第１及び第２整流壁４３，４４）の厚みの半分以上を有している。また、ガイド面Ｇ上を通る平面を仮想平面Ｖとし、前記右壁面４３Ａ，４４Ａを通る平面を仮想平面ＶＡとした場合、仮想平面ＶＡと仮想平面Ｖの間に形成される角度のうち鋭角となる角度を角度θＶとする。すると、ガイド面Ｇと右壁面４３Ａ，４４Ａは、前記角度θＶを形成するように仮想平面Ｖと仮想平面ＶＡに沿って形成されているため、ガイド面Ｇは右壁面４３Ａ，４４Ａに対して鋭角をなすように第１及び第２傾斜部４３ｂ，４４ｂに形成されている。そして、全ての第１及び第２整流壁４３，４４において、全てのガイド面Ｇは同一方向へ同じ角度で傾斜している。なお、前記水平部４４ｃにもその上縁から下方へ向かうに従い前記右壁面４３Ａ，４４Ａ側から左壁面４３Ｂ，４４Ｂ側へ下り傾斜するガイド面Ｇが形成されている。また、図５に示すように、第１及び第２傾斜部４３ｂ，４４ｂには、それぞれ第１及び第２球崩し部４３ａ，４４ａが連設されている。そして、第１及び第２球崩し部４３ａ，４４ａには、案内面Ａがガイド面Ｇに連続して形成されている。   The guide surface G is inclined downward from the position closer to the right wall surfaces 43A and 44A than the bisector Q to the left wall surfaces 43B and 44B. That is, the guide surface G has more than half the thickness of the first and second inclined portions 43b and 44b (first and second rectifying walls 43 and 44). In addition, when a plane passing on the guide surface G is a virtual plane V and a plane passing through the right wall surfaces 43A and 44A is a virtual plane VA, an acute angle of angles formed between the virtual plane VA and the virtual plane V is Is defined as an angle θV. Then, since the guide surface G and the right wall surfaces 43A and 44A are formed along the virtual plane V and the virtual plane VA so as to form the angle θV, the guide surface G is an acute angle with respect to the right wall surfaces 43A and 44A. Are formed in the first and second inclined portions 43b and 44b. And in all the 1st and 2nd rectification walls 43 and 44, all the guide surfaces G incline at the same angle to the same direction. The horizontal portion 44c is also formed with a guide surface G that is inclined downward from the right wall surface 43A, 44A side to the left wall surface 43B, 44B side as it goes downward from its upper edge. Moreover, as shown in FIG. 5, the 1st and 2nd inclined part 43b, 44b is connected with the 1st and 2nd spherical breaker part 43a, 44a, respectively. And the guide surface A is continuously formed in the 1st and 2nd ball breaking parts 43a and 44a by the guide surface G. FIG.

次に、第３の蓋部材５１について説明する。図２及び図３に示すように、第３の蓋部材５１は、その全体が、例えば、ナイロン、ポリカーボネート、ポリアセタール等の自己潤滑性を有する合成樹脂材料より形成されている。そして、図９に示すように、第３の蓋部材５１は、蓋板５２と、該蓋板５２の下面に一体成形された七枚の案内壁５３とから構成されている。隣り合う案内壁５３の間隔は全て同じである。隣り合う案内壁５３の間隔は、前記隣り合う第１整流壁４３と第２整流壁４４の間隔と同じである。また、隣り合う案内壁５３の間隔は遊技球Ｂの直径より広く、１列状態で遊技球Ｂが通過し得る間隔に設定されている。   Next, the third lid member 51 will be described. As shown in FIGS. 2 and 3, the entire third lid member 51 is made of a synthetic resin material having self-lubricating properties such as nylon, polycarbonate, polyacetal, and the like. As shown in FIG. 9, the third lid member 51 includes a lid plate 52 and seven guide walls 53 integrally formed on the lower surface of the lid plate 52. All the intervals between the adjacent guide walls 53 are the same. The interval between the adjacent guide walls 53 is the same as the interval between the adjacent first rectifying walls 43 and the second rectifying walls 44. Further, the interval between the adjacent guide walls 53 is wider than the diameter of the game balls B, and is set to an interval at which the game balls B can pass in one row.

そして、上記構成の排出路本体３０とカバー部材Ｃとから異物排出路２０を形成するには、まず、図３に示すように、前記底板３１上にマットＭを敷設し、該マットＭを底板３１に固定する。続けて、一対の支持部材３５上に底形成部材３９の両位置決め部材３８を支持させ、ねじ止め孔３８ｄによって各位置決め部材３８を支持部材３５にねじ止めする。すると、底形成部材３９を支持部材３５に組付けるという一作業により、複数の橋路３７及び一対の位置決め部材３８の全てが側壁３２間に組付けられる。続けて、底形成部材３９よりも下流側の他方の支持部材３５上にマットＭを敷設し、該マットＭを支持部材３５に固定する。   In order to form the foreign matter discharge path 20 from the discharge path main body 30 and the cover member C having the above configuration, first, as shown in FIG. 3, a mat M is laid on the bottom plate 31, and the mat M is attached to the bottom plate. Fix to 31. Subsequently, both positioning members 38 of the bottom forming member 39 are supported on the pair of support members 35, and each positioning member 38 is screwed to the support member 35 by a screwing hole 38 d. Then, all of the plurality of bridges 37 and the pair of positioning members 38 are assembled between the side walls 32 by one operation of assembling the bottom forming member 39 to the support member 35. Subsequently, the mat M is laid on the other support member 35 on the downstream side of the bottom forming member 39, and the mat M is fixed to the support member 35.

その結果、マットＭを備えた転動路３３と、底形成部材３９及びマットＭを備えた整流路３４が形成されるとともに、転動路３３の底部と整流路３４の底部とから本体底部３６が構成される。この本体底部３６には、位置決め部材３８が備えられることにより、凹部３８ｂが複数箇所に設けられている。そして、本体底部３６と該本体底部３６から立設された側壁３２とから排出路本体３０が構成される。なお、転動路３３のマットＭの上面は、各橋路３７上端よりも上側に位置し、各橋路３７上端は、整流路３４のマットＭの上面より上側に位置している。そして、排出路本体３０内は、上流側から下流側に向かうに従い高低差が形成されている。すなわち、転動路３３のマットＭの上面と各橋路３７の上端との高低差、又は各橋路３７の上端と整流路３４のマットＭの上面との高低差が逆転してしまうことが無いように各部材の高さが設定されている。その結果、転動路３３のマットＭ、橋路３７、又は整流路３４のマットＭの製造誤差や、組付け誤差等により高低差が逆転して遊技球Ｂの球詰まり等が発生することが防止される。   As a result, the rolling path 33 including the mat M, the bottom forming member 39 and the rectifying path 34 including the mat M are formed, and the bottom of the main body 36 is formed from the bottom of the rolling path 33 and the bottom of the rectifying path 34. Is configured. The main body bottom portion 36 is provided with positioning members 38 so that concave portions 38b are provided at a plurality of locations. The discharge path main body 30 is constituted by the main body bottom 36 and the side wall 32 erected from the main body bottom 36. Note that the upper surface of the mat M of the rolling path 33 is positioned above the upper end of each bridge 37, and the upper end of each bridge 37 is positioned above the upper surface of the mat M of the rectifying path 34. And the height difference is formed in the discharge channel main body 30 as it goes from the upstream side to the downstream side. That is, the height difference between the upper surface of the mat M of the rolling path 33 and the upper end of each bridge 37, or the height difference between the upper end of each bridge 37 and the upper surface of the mat M of the rectifying path 34 may be reversed. The height of each member is set so as not to exist. As a result, the height difference is reversed due to the manufacturing error of the mat M of the rolling path 33, the bridge 37, or the mat M of the rectifying path 34, the assembly error, etc., and the game ball B may be clogged. Is prevented.

続けて、第１の蓋部材４０、第２の蓋部材４１、及び第３の蓋部材５１を、それぞれ側壁３２上方の折り曲げ部位に載せる。なお、第２の蓋部材４１を排出路本体３０に組付けるとき、第１及び第２傾斜部４３ｂ，４４ｂが位置決め部材３８の凹部３８ｂに挿入されるようにする。その後、ビス６０を、第１の蓋部材４０、第２の蓋部材４１、及び第３の蓋部材５１を貫通させてビス孔３２ａに固定する。すると、排出路本体３０の上方全てが、第１の蓋部材４０、第２の蓋部材４１、及び第３の蓋部材５１によって覆蓋される。その結果、カバー部材Ｃが排出路本体３０に組付けられ、排出路本体３０とカバー部材Ｃとからなる異物排出路２０が構成される。   Subsequently, the first lid member 40, the second lid member 41, and the third lid member 51 are each placed on the bent portion above the side wall 32. When the second lid member 41 is assembled to the discharge path main body 30, the first and second inclined portions 43 b and 44 b are inserted into the concave portions 38 b of the positioning member 38. Thereafter, the screw 60 is fixed to the screw hole 32a through the first lid member 40, the second lid member 41, and the third lid member 51. Then, the entire upper portion of the discharge path main body 30 is covered with the first lid member 40, the second lid member 41, and the third lid member 51. As a result, the cover member C is assembled to the discharge path main body 30, and the foreign matter discharge path 20 including the discharge path main body 30 and the cover member C is configured.

上記のように構成された異物排出路２０において、図２に示すように、排出路本体３０内には、第１及び第２整流壁４３，４４の流下方向下流側にそれぞれ案内壁５３が連設されている。また、第１及び第２整流壁４３，４４の第１及び第２傾斜部４３ｂ，４４ｂの自由端の一部は、それぞれ位置決め部材３８の凹部３８ｂに挿入され、第１及び第２整流壁４３，４４は横方向への移動が規制されている。さらに、第１及び第２整流壁４３，４４において、第１及び第２傾斜部４３ｂ，４４ｂの自由端の一部は間隙Ｋの内側に入り込み、間隙Ｋの内側に入り込んでいない残りの自由端は間隙Ｋよりも上方に位置している。また、案内壁５３はその自由端の全てが、間隙Ｋよりも上方に位置している。   In the foreign matter discharge path 20 configured as described above, as shown in FIG. 2, guide walls 53 are connected to the downstream side of the first and second rectifying walls 43 and 44 in the discharge path main body 30. It is installed. Further, part of the free ends of the first and second inclined portions 43b, 44b of the first and second rectifying walls 43, 44 are respectively inserted into the recesses 38b of the positioning member 38, and the first and second rectifying walls 43 are inserted. , 44 are restricted from moving in the lateral direction. Further, in the first and second rectifying walls 43 and 44, a part of the free ends of the first and second inclined portions 43b and 44b enter the inside of the gap K, and the remaining free ends that do not enter the inside of the gap K. Is located above the gap K. Further, the guide wall 53 has all of its free ends positioned above the gap K.

そして、排出路本体３０の内側には、仕切壁としての複数の第１及び第２整流壁４３，４４と、仕切壁としての複数の案内壁５３が並設され、第１及び第２整流壁４３，４４と案内壁５３によって排出路本体３０内が区切られている。詳しくは、排出路本体３０の内側は、第１整流壁４３とその下流側の案内壁５３、及び第２整流壁４４とその下流側の案内壁５３によって複数の区画に仕切られている。そして、排出路本体３０の内側には一つの橋路３７を底面とし、第１整流壁４３とその下流側の案内壁５３、及び第２整流壁４４とその下流側の案内壁５３を、橋路３７両側の壁とする球通路５６が複数（本実施形態では六列）並設されている。すなわち、排出路本体３０内には、隣り合う第１整流壁４３と第２整流壁４４の間、及び隣り合う案内壁５３の間に橋路３７が位置している。各球通路５６は、互いに間隙Ｋをおいて並設された複数の橋路３７と、一定間隔をおいて並設された第１及び第２整流壁４３，４４と、案内壁５３とを、交互に位置するように組み合わせることによって形成されている。   A plurality of first and second rectifying walls 43 and 44 serving as partition walls and a plurality of guide walls 53 serving as partition walls are arranged in parallel inside the discharge passage body 30, and the first and second rectifying walls are provided. The inside of the discharge path main body 30 is partitioned by 43 and 44 and the guide wall 53. Specifically, the inside of the discharge passage body 30 is partitioned into a plurality of sections by the first rectifying wall 43 and the downstream guide wall 53, and the second rectifying wall 44 and the downstream guide wall 53. The inside of the discharge passage body 30 has one bridge 37 as a bottom surface, and the first rectifying wall 43 and the downstream guide wall 53 and the second rectifying wall 44 and the downstream guide wall 53 are connected to the bridge. A plurality of ball passages 56 (six rows in the present embodiment) are provided side by side as walls on both sides of the passage 37. That is, in the discharge channel main body 30, the bridge 37 is located between the adjacent first rectifying wall 43 and the second rectifying wall 44 and between the adjacent guide walls 53. Each spherical passage 56 includes a plurality of bridges 37 arranged in parallel with a gap K between each other, first and second rectifying walls 43 and 44 arranged in parallel at a predetermined interval, and a guide wall 53. It is formed by combining so as to be positioned alternately.

そして、整流路３４の上流端となる位置には、遊技球Ｂの流下方向上流側に開口する球通路５６の遊技球導入口５６ａが形成されている。第１及び第２整流壁４３，４４において、前記遊技球導入口５６ａ側には第１及び第２傾斜部４３ｂ，４４ｂが設けられている。また、第１及び第２傾斜部４３ｂ，４４ｂは遊技球Ｂの流下方向に沿って底部としての本体底部３６側から上り傾斜している。   A game ball introduction port 56 a of a ball passage 56 that opens to the upstream side in the flow direction of the game ball B is formed at a position that becomes the upstream end of the rectifying passage 34. In the first and second rectifying walls 43 and 44, first and second inclined portions 43b and 44b are provided on the game ball introduction port 56a side. The first and second inclined portions 43b and 44b are inclined upward from the main body bottom 36 side as the bottom along the flow direction of the game ball B.

また、図８に示すように、第１及び第２傾斜部４３ｂ，４４ｂ上縁の各ガイド面Ｇは、第１及び第２整流壁４３，４４の厚み方向に向かって下り傾斜して形成されている。詳しくは、各ガイド面Ｇは、各第１及び第２傾斜部４３ｂ，４４ｂに隣り合う両側の橋路３７のうち一方（図８では左方）の橋路３７に向かって下り傾斜するように形成されている。すなわち、第１及び第２傾斜部４３ｂ，４４ｂは、その左壁面４３Ｂ，４４Ｂに隣り合う橋路３７に向かうように、第１及び第２傾斜部４３ｂ，４４ｂの上端縁から下り傾斜している。   Further, as shown in FIG. 8, the guide surfaces G at the upper edges of the first and second inclined portions 43 b and 44 b are formed to be inclined downward in the thickness direction of the first and second rectifying walls 43 and 44. ing. Specifically, each guide surface G is inclined downward toward one (left in FIG. 8) of the bridges 37 on both sides adjacent to the first and second inclined portions 43b and 44b. Is formed. That is, the first and second inclined portions 43b and 44b are inclined downward from the upper end edges of the first and second inclined portions 43b and 44b so as to go to the bridge 37 adjacent to the left wall surfaces 43B and 44B. .

さらに、図２に示すように、第１及び第２球崩し部４３ａ，４４ａは、第１及び第２傾斜部４３ｂ，４４ｂの流下方向下流側に連設されている。また、第１及び第２球崩し部４３ａ，４４ａは、底部としての本体底部３６に対して鉛直をなすように立ち上がっている。そして、第１球崩し部４３ａと、第２球崩し部４４ａとは、流下方向に沿って前後交互に位置ずれしている。すなわち、第１球崩し部４３ａは、第２球崩し部４４ａよりも流下方向前側に位置している。また、図８に示すように、第１及び第２球崩し部４３ａ，４４ａの各案内面Ａは、第１及び第２整流壁４３，４４の厚み方向に向かって傾斜して形成されている。詳しくは、各案内面Ａは、各第１及び第２球崩し部４３ａ，４４ａに隣り合う両側の球通路５６のうち一方（図８では左方）の球通路５６に向かって拡幅するように傾斜形成されている。すなわち、第１及び第２球崩し部４３ａ，４４ａは、その左壁面４３Ｂ，４４Ｂが球通路５６内に面し、かつ、前記一方（図８では左方）の橋路３７が底面をなす球通路５６中央に向かうように傾斜している。   Furthermore, as shown in FIG. 2, the first and second ball breaking portions 43 a and 44 a are connected to the downstream side in the flow direction of the first and second inclined portions 43 b and 44 b. Moreover, the 1st and 2nd ball breaking parts 43a and 44a have stood up so that it may make perpendicular | vertical with respect to the main body bottom part 36 as a bottom part. And the 1st ball breaking part 43a and the 2nd ball breaking part 44a are displaced by the front-back alternately along the flow-down direction. That is, the 1st ball breaking part 43a is located in the flow direction front side rather than the 2nd ball breaking part 44a. Further, as shown in FIG. 8, the guide surfaces A of the first and second spherical breakers 43 a and 44 a are formed to be inclined toward the thickness direction of the first and second rectifying walls 43 and 44. . Specifically, each guide surface A is widened toward one (left in FIG. 8) of the spherical passages 56 on both sides adjacent to the first and second spherical breakers 43a and 44a. Inclined. That is, the first and second ball breaking parts 43a, 44a are balls whose left wall surfaces 43B, 44B face the inside of the spherical passage 56, and whose one bridge bridge (the left side in FIG. 8) forms the bottom surface. It inclines so that it may go to the center of the channel | path 56. FIG.

各球通路５６は、複数の遊技球Ｂが前記流下方向に一列に整列された状態で流下することが可能に形成されている。また、図９に示すように、各球通路５６において、各橋路３７と、該橋路３７の側方に位置する第１整流壁４３、第２整流壁４４、及び案内壁５３との間には、それぞれ空隙Ｔが形成されている。さらに、各球通路５６の通路幅は、遊技球Ｂが球通路５６を形成する隣り合う第１整流壁４３と第２整流壁４４、又は隣り合う案内壁５３のうち、いずれか一方の壁面に摺接しながら橋路３７上を流下する場合に、他方の壁面と遊技球Ｂとの間に遊間Ｙが形成されるように設定されている。   Each ball passage 56 is formed such that a plurality of game balls B can flow down in a state of being aligned in a line in the flow-down direction. Further, as shown in FIG. 9, in each ball passage 56, between each bridge 37, the first rectifying wall 43, the second rectifying wall 44, and the guide wall 53 located on the side of the bridge 37. Each has a gap T formed therein. Further, the passage width of each ball passage 56 is such that the game ball B forms a ball passage 56 on the wall surface of one of the adjacent first rectifying wall 43 and the second rectifying wall 44 or the adjacent guide wall 53. It is set so that a gap Y is formed between the other wall surface and the game ball B when flowing down on the bridge 37 while sliding.

一方、上記構成の異物排出路２０において、ビス６０を全ての蓋部材４０，４１，５１から取外し、全ての蓋部材４０，４１，５１を排出路本体３０から組外すことにより、カバー部材Ｃを排出路本体３０から組外すことができる。すなわち、全ての蓋部材４０，４１，５１は、排出路本体３０に対し着脱可能に形成されているため、カバー部材Ｃは排出路本体３０に対し着脱可能に形成されている。さらに、各支持部材３５に対するねじ止めを解除することにより、底形成部材３９を支持部材３５から組外すことができる。そして、底形成部材３９を組外す方向は、全ての蓋部材４０，４１，５１を排出路本体３０から組外す方向と同じになっている。   On the other hand, in the foreign matter discharge path 20 having the above configuration, the screws 60 are removed from all the cover members 40, 41, 51, and all the cover members 40, 41, 51 are assembled from the discharge path main body 30, thereby removing the cover member C. The assembly can be removed from the discharge passage main body 30. That is, since all the lid members 40, 41, 51 are detachable from the discharge path main body 30, the cover member C is formed to be detachable from the discharge path main body 30. Further, the bottom forming member 39 can be detached from the support member 35 by releasing the screwing to each support member 35. The direction in which the bottom forming member 39 is assembled is the same as the direction in which all the lid members 40, 41, 51 are assembled from the discharge path main body 30.

さて、上記構成の異物排出路２０が島設備１０内に設けられていると、排出樋１５から流下してきた多量の遊技球Ｂは異物排出路２０内に入り込む。そして、多量の遊技球Ｂは転動路３３のマットＭ上を転動流下した後、整流路３４へ転動移送され、該整流路３４にて第１及び第２傾斜部４３ｂ，４４ｂに接触する。すると、多量の遊技球Ｂは、第１及び第２傾斜部４３ｂ，４４ｂにより分流、整流され、球通路５６の遊技球導入口５６ａからその内側へ導入される。このとき、第１及び第２整流壁４３，４４は自己潤滑性を有するため、遊技球Ｂは第１及び第２整流壁４３，４４の外面を滑転していく。また、遊技球Ｂが第１及び第２整流壁４３，４４に接触する際に生じる応力は、第１及び第２整流壁４３，４４の基端から蓋板４２に受承されるとともに、自由端側の位置決め部材３８によって受承される。   Now, when the foreign substance discharge path 20 having the above-described configuration is provided in the island facility 10, a large amount of the game balls B flowing down from the discharge basket 15 enter the foreign substance discharge path 20. A large amount of game balls B roll down on the mat M of the rolling path 33, and then roll and transfer to the rectifying path 34. The rectifying path 34 contacts the first and second inclined portions 43b and 44b. To do. Then, a large amount of game balls B are diverted and rectified by the first and second inclined portions 43b and 44b, and are introduced into the inside from the game ball introduction port 56a of the ball passage 56. At this time, since the first and second rectifying walls 43 and 44 have self-lubricating properties, the game ball B slides on the outer surfaces of the first and second rectifying walls 43 and 44. The stress generated when the game ball B comes into contact with the first and second rectifying walls 43 and 44 is received by the lid plate 42 from the base ends of the first and second rectifying walls 43 and 44 and is free. It is received by the end positioning member 38.

また、遊技球Ｂが多段になって流下して来た場合、上段の遊技球Ｂは、第１及び第２傾斜部４３ｂ，４４ｂを上っていく。すると、図８に示すように、遊技球Ｂのほとんどは、各ガイド面Ｇによって、第１及び第２傾斜部４３ｂ，４４ｂ（第１及び第２整流壁４３，４４）に隣り合う両側の橋路３７のうちの左方の橋路３７に向かって傾くようにガイドされる。すなわち、遊技球Ｂのほとんどは、第１及び第２整流壁４３，４４の左壁面４３Ｂ，４４Ｂに隣り合う橋路３７側へ傾くようにガイドされる。その結果、第１及び第２傾斜部４３ｂ，４４ｂに乗り上げてきた遊技球Ｂは、その第１及び第２傾斜部４３ｂ，４４ｂの両側に位置する球通路５６のうち、左壁面４３Ｂ，４４Ｂが球通路５６内に面する球通路５６に向かって落下する。すなわち、第１及び第２傾斜部４３ｂ，４４ｂに乗り上げてきたほとんどの遊技球Ｂは、ガイド面Ｇによって同一方向へ落下するようにガイドされる。   When the game ball B flows down in multiple stages, the upper game ball B goes up the first and second inclined portions 43b and 44b. Then, as shown in FIG. 8, most of the game balls B are bridges on both sides adjacent to the first and second inclined portions 43b and 44b (first and second rectifying walls 43 and 44) by the guide surfaces G. It is guided so as to incline toward the bridge 37 on the left side of the road 37. That is, most of the game balls B are guided so as to incline toward the bridge 37 adjacent to the left wall surfaces 43B, 44B of the first and second rectifying walls 43, 44. As a result, the game ball B riding on the first and second inclined portions 43b and 44b has the left wall surfaces 43B and 44B out of the ball passages 56 located on both sides of the first and second inclined portions 43b and 44b. It falls toward the ball passage 56 facing the ball passage 56. That is, most of the game balls B riding on the first and second inclined portions 43b and 44b are guided by the guide surface G so as to fall in the same direction.

さらに、第１及び第２傾斜部４３ｂ，４４ｂを上り切りった遊技球Ｂは、第１及び第２球崩し部４３ａ，４４ａに接触する。このとき、図６（ｃ）に示すように、隣り合う第１球崩し部４３ａと第２球崩し部４４ａは、前記流下方向に沿って前後に位置ずれしている。このため、両球崩し部４３ａ，４４ａに遊技球Ｂが同時に接触した場合には、両遊技球Ｂが落下する位置を、前記流下方向に沿った前後に位置ずれさせることができる。   Furthermore, the game ball B that has climbed up the first and second inclined portions 43b and 44b contacts the first and second ball breaking portions 43a and 44a. At this time, as shown in FIG.6 (c), the adjacent 1st ball breaking part 43a and the 2nd ball breaking part 44a have shifted position back and forth along the said flow-down direction. For this reason, when the game ball B contacts the both ball breaking parts 43a and 44a at the same time, the position where both the game balls B fall can be displaced forward and backward along the flow-down direction.

また、第１及び第２球崩し部４３ａ，４４ａに接触した遊技球Ｂは、案内面Ａによって第１及び第２整流壁４３，４４に隣り合う球通路５６のうちの左方の球通路５６に向かって傾くようにガイドされる。すなわち、遊技球Ｂのほとんどは、左壁面４３Ｂ，４４Ｂが球通路５６内に面し、かつ、左方の橋路３７が底面をなす球通路５６に向かうようにガイドされ、そのまま該球通路５６に向かって落下する。その結果、第１及び第２整流壁４３，４４を上る遊技球Ｂは、それぞれガイド面Ｇ及び案内面Ａによって、左壁面４３Ｂ，４４Ｂが球通路５６内に面する球通路５６に向かって落下するようにガイドされる。すなわち、第１及び第２球崩し部４３ａ，４４ａに接触したほとんどの遊技球Ｂは、案内面Ａによって同一方向へ落下するようにガイドされる。   The game ball B that has contacted the first and second ball breakers 43a and 44a is located on the left of the ball passages 56 adjacent to the first and second rectifying walls 43 and 44 by the guide surface A. Guided to tilt towards In other words, most of the game balls B are guided such that the left wall surfaces 43B and 44B face the ball passage 56 and the left bridge 37 faces the ball passage 56 forming the bottom surface, and the ball passage 56 is left as it is. Fall towards As a result, the game ball B that climbs the first and second rectifying walls 43 and 44 falls toward the ball passage 56 where the left wall surfaces 43B and 44B face the ball passage 56 by the guide surface G and the guide surface A, respectively. To be guided. That is, most of the game balls B that have contacted the first and second ball breakers 43a and 44a are guided by the guide surface A so as to fall in the same direction.

なお、遊技球Ｂのうち、ガイド面Ｇにより、所望する方向、本実施形態では左壁面４３Ｂ，４４Ｂが球通路５６内に面する球通路５６へ落下するようにガイドされない遊技球Ｂも存在する。この場合、図６（ｃ）に示すように、隣り合う第１傾斜部４３ｂと第２傾斜部４４ｂとは、互いに傾斜角度θ１，θ２が異なり、第１及び第２整流壁４３，４４の並設方向においては高低差が形成された箇所が存在している。この高低差は、第１及び第２整流壁４３，４４において、第２整流壁４４の水平部４４ｃよりも基端側が先端側よりも大きくなっている。そして、この第１傾斜部４３ｂと第２傾斜部４４ｂとの高低差により、第１傾斜部４３ｂからの遊技球Ｂの落下高さと、第２傾斜部４４ｂからの遊技球Ｂの落下高さとが異なるようになる。したがって、万一、一つの球通路５６に対し、その両側の第１及び第２傾斜部４３ｂ，４４ｂから遊技球Ｂが落下したとしても、両遊技球Ｂが球通路５６に向かって落下する高さが同じになりにくくなる。   Among the game balls B, there are game balls B that are not guided by the guide surface G so that the left wall surfaces 43B and 44B fall into the ball passage 56 facing the ball passage 56 in the present embodiment. . In this case, as shown in FIG. 6C, the first inclined portion 43b and the second inclined portion 44b adjacent to each other have different inclination angles θ1 and θ2, and the first and second rectifying walls 43 and 44 are arranged side by side. In the installation direction, there is a portion where a height difference is formed. This height difference is such that the base end side of the first and second rectifying walls 43, 44 is larger than the distal end side of the horizontal portion 44 c of the second rectifying wall 44. Due to the difference in height between the first inclined portion 43b and the second inclined portion 44b, the fall height of the game ball B from the first inclined portion 43b and the fall height of the game ball B from the second inclined portion 44b. To be different. Therefore, even if the game ball B falls from the first and second inclined portions 43b and 44b on both sides of one ball passage 56, the height at which both game balls B fall toward the ball passage 56 is high. Are less likely to be the same.

さらに、遊技球Ｂのうち、案内面Ａにより、所望する方向、本実施形態では左壁面４３Ｂ，４４Ｂが球通路５６内に面する球通路５６へ落下するようにガイドされない遊技球Ｂも存在する。この場合、隣り合う第１球崩し部４３ａと第２球崩し部４４ａとは、流下方向に沿って前後に位置ずれしている。このため、万一、一つの球通路５６に対しその両側の第１及び第２球崩し部４３ａ，４４ａから遊技球Ｂが落下しても、両遊技球Ｂが落下する位置を、前記流下方向に沿って前後に位置ずれさせることができる。   Further, among the game balls B, there is a game ball B which is not guided by the guide surface A so that the left wall surfaces 43B and 44B fall into the ball passage 56 facing the ball passage 56 in the present embodiment. . In this case, the adjacent first and second spherical breakers 43a and 44a are displaced forward and backward along the flow-down direction. For this reason, even if the game ball B falls from the first and second ball breakers 43a and 44a on both sides of one ball passage 56, the position where both the game balls B fall is set in the flow direction. The position can be shifted back and forth along.

そして、図９に示すように、球通路５６内へ導入された遊技球Ｂは、案内壁５３によって整列状態が維持されたまま流下方向下流側へ案内される。各球通路５６内において、遊技球Ｂは、橋路３７の両側の右壁面４３Ａ，４４Ａ、左壁面４３Ｂ，４４Ｂ、及び案内壁５３の壁面に摺接しながら橋路３７上を転動する。このため、遊技球Ｂに付着した細塵は、各壁面との摺接により遊技球Ｂから剥がれ落ちる。そして、その細塵は、空隙Ｔを通過して間隙Ｋから異物排出路２０外へ排出される。その後、遊技球Ｂは、整流路３４のマットＭ上を転動した後、球回収タンク１９内に回収される。   As shown in FIG. 9, the game ball B introduced into the ball passage 56 is guided downstream in the flow-down direction by the guide wall 53 while maintaining the aligned state. Within each ball passage 56, the game ball B rolls on the bridge 37 while sliding on the right wall surfaces 43 A and 44 A, the left wall surfaces 43 B and 44 B on both sides of the bridge 37, and the wall surfaces of the guide wall 53. For this reason, the fine dust adhering to the game ball B is peeled off from the game ball B by sliding contact with each wall surface. The fine dust passes through the gap T and is discharged from the gap K to the outside of the foreign matter discharge path 20. Thereafter, the game ball B rolls on the mat M of the rectifying path 34 and is then collected in the ball collection tank 19.

また、第１整流壁４３、第２整流壁４４、及び案内壁５３には多量の遊技球Ｂが絶え間なく接触、摺接している。このため、第１整流壁４３、第２整流壁４４、及び案内壁５３が、その外面を遊技球Ｂが滑転可能に形成され、発生する応力を各蓋部材４１，５１にて受承可能に形成されていても、第１整流壁４３、第２整流壁４４、及び案内壁５３はその耐用年数の超過等により交換の必要性が生じてくる。ここで、第１及び第２整流壁４３，４４は第２の蓋部材４１に一体成形され、案内壁５３は第３の蓋部材５１に一体成形されている。そして、第２の蓋部材４１及び第３の蓋部材５１は側壁３２に対してビス６０で固定して排出路本体３０に組付けられている。   In addition, a large amount of game balls B are constantly in contact with and sliding on the first rectifying wall 43, the second rectifying wall 44, and the guide wall 53. Therefore, the first rectifying wall 43, the second rectifying wall 44, and the guide wall 53 are formed so that the game ball B can slide on the outer surface, and the generated stress can be received by the lid members 41, 51. Even if formed, the first rectifying wall 43, the second rectifying wall 44, and the guide wall 53 need to be replaced due to their service life being exceeded. Here, the first and second rectifying walls 43 and 44 are integrally formed with the second lid member 41, and the guide wall 53 is integrally molded with the third lid member 51. The second lid member 41 and the third lid member 51 are fixed to the side wall 32 with screws 60 and assembled to the discharge path main body 30.

また、第１整流壁４３、第２整流壁４３、及び案内壁５３は、それぞれ排出路本体３０の本体底部３６に対してビス止め等により固定されておらず、側壁３２に対しても組付けられていない。このため、ビス６０をビス孔３２ａから取外し、第２の蓋部材４１と第３の蓋部材５１を上方へ組外すだけで、第１及び第２整流壁４３，４４と案内壁５３を排出路本体３０から組外すことができる。しかも、第１及び第２整流壁４３，４４は全て第２の蓋部材４１に一体成形され、案内壁５３は全て第３の蓋部材５１に一体成形されている。このため、第２の蓋部材４１と第３の蓋部材５１を、排出路本体３０から組外す一作業のみで第１及び第２整流壁４３，４４と案内壁５３の全てを排出路本体３０から組外すことができる。   Further, the first rectifying wall 43, the second rectifying wall 43, and the guide wall 53 are not fixed to the main body bottom portion 36 of the discharge passage main body 30 by screws or the like, and are also assembled to the side wall 32. It is not done. Therefore, the screw 60 is removed from the screw hole 32a, and the second lid member 41 and the third lid member 51 are simply assembled upward. It can be detached from the main body 30. Moreover, the first and second rectifying walls 43 and 44 are all integrally formed with the second lid member 41, and the guide walls 53 are all integrally formed with the third lid member 51. For this reason, all of the first and second rectifying walls 43, 44 and the guide wall 53 are removed from the discharge path main body 30 by only one operation of disassembling the second lid member 41 and the third cover member 51 from the discharge path main body 30. Can be removed from the group.

そして、新たに別の第２の蓋部材４１と、別の第３の蓋部材５１を排出路本体３０に組付け、各蓋部材４１，５１をビス６０で側壁３２にビス止めするだけで、排出路本体３０内に新しい第１及び第２整流壁４３，４４と新しい案内壁５３を設けることができる。すなわち、排出路本体３０に対して第２の蓋部材４１と第３の蓋部材５１を着脱することにより、排出路本体３０に第１及び第２整流壁４３，４４と案内壁５３を着脱することができるとともに、異物排出路２０を組み立てることができる。   Then, another second lid member 41 and another third lid member 51 are newly assembled to the discharge path main body 30, and each lid member 41, 51 is screwed to the side wall 32 with a screw 60. New first and second rectifying walls 43 and 44 and a new guide wall 53 can be provided in the discharge passage main body 30. That is, the first and second rectifying walls 43 and 44 and the guide wall 53 are attached to and detached from the discharge path main body 30 by attaching and detaching the second lid member 41 and the third lid member 51 to the discharge path main body 30. And the foreign matter discharge path 20 can be assembled.

また、カバー部材Ｃは、３つの蓋部材４０，４１，５１に分割可能であり、第１及び第２整流壁４３，４４と案内壁５３に分割可能である。したがって、第２の蓋部材４１のみを排出路本体３０から組外すことにより、第１及び第２整流壁４３，４４のみを排出路本体３０から組外すことができる。一方、第３の蓋部材５１を排出路本体３０から組外すことで、案内壁５３のみを排出路本体３０から組外すことも当然可能となる。そして、新たに別の第２の蓋部材４１又は第３の蓋部材５１を排出路本体３０に組付け、ビス６０で側壁３２にビス止めするだけで、排出路本体３０内に新しい第１及び第２整流壁４３，４４又は案内壁５３を設けることができる。   Further, the cover member C can be divided into three lid members 40, 41, 51, and can be divided into first and second rectifying walls 43, 44 and a guide wall 53. Accordingly, by disassembling only the second lid member 41 from the discharge path main body 30, only the first and second rectifying walls 43 and 44 can be detached from the discharge path main body 30. On the other hand, it is naturally possible to detach only the guide wall 53 from the discharge path main body 30 by assembling the third lid member 51 from the discharge path main body 30. Then, another second lid member 41 or a third lid member 51 is newly assembled to the discharge passage main body 30 and is screwed to the side wall 32 with a screw 60. The 2nd rectification walls 43 and 44 or the guide wall 53 can be provided.

なお、パチンコ遊技機Ｐの機裏側へ転落し排出樋１５から異物排出路２０内へ入り込んだ硬貨は、その態様がほぼ水平状態のまま第１及び第２傾斜部４３ｂ，４４ｂに乗り上げた場合、該硬貨は第１及び第２球崩し部４３ａ，４４ａに係止した後、第１及び第２傾斜部４３ｂ，４４ｂの高低差によって傾き球通路５６内へ落下する。そして、硬貨は、遊技球Ｂと、第１整流壁４３又は第２整流壁４４との間に形成された遊間Ｙ及び空隙Ｔを介して、間隙Ｋから異物排出路２０外へ排出される。一方、硬貨の態様がほぼ起立状態の場合は、硬貨はそのまま遊技球Ｂと、第１整流壁４３又は第２整流壁４４との間に形成された遊間Ｙ及び空隙Ｔを介して、間隙Ｋから異物排出路２０外へ排出される。   In addition, when the coin that falls to the back side of the pachinko gaming machine P and enters the foreign matter discharge path 20 from the discharge rod 15 rides on the first and second inclined portions 43b and 44b while the state thereof is substantially horizontal, After the coins are locked to the first and second ball breaking portions 43a and 44a, they fall into the inclined ball passage 56 due to the height difference between the first and second inclined portions 43b and 44b. Then, the coins are discharged out of the foreign matter discharge path 20 from the gap K through the gap Y and the gap T formed between the game ball B and the first rectifying wall 43 or the second rectifying wall 44. On the other hand, when the aspect of the coin is almost upright, the coin is left as it is through the gap Y and the gap T formed between the game ball B and the first rectifying wall 43 or the second rectifying wall 44. To the outside of the foreign matter discharge path 20.

上記実施形態の異物排出路２０によれば、以下のような効果を得ることができる。
（１）第１及び第２傾斜部４３ｂ，４４ｂの上縁には、第１及び第２整流壁４３，４４の厚み方向に向かって同一方向へ下り傾斜したガイド面Ｇが形成されている。このため、第１及び第２傾斜部４３ｂ，４４ｂを乗り上げてきた遊技球Ｂは、ガイド面Ｇによって同一方向へ向かって下り転動するようにガイドされる。すなわち、第１及び第２傾斜部４３ｂ，４４ｂに乗り上げてきたほとんどの遊技球Ｂは、該第１及び第２傾斜部４３ｂ，４４ｂに隣り合う橋路３７のうち一方（左方）の橋路３７が底面をなす球通路５６内へと落下する。したがって、各球通路５６には、該球通路５６を形成する第１整流壁４３（仕切壁）と第２整流壁４４（仕切壁）の両方から遊技球Ｂが落下してくることが抑制される。その結果として、球通路５６へと落下してきた遊技球Ｂ同士の接触機会や、橋路３７上を流下する遊技球Ｂと落下してきた遊技球Ｂとの接触回数を減らすことができ、球通路５６の遊技球Ｂの移送性低下を防止することができる。 According to the foreign matter discharge path 20 of the above embodiment, the following effects can be obtained.
(1) A guide surface G inclined downward in the same direction toward the thickness direction of the first and second rectifying walls 43 and 44 is formed on the upper edges of the first and second inclined portions 43b and 44b. Therefore, the game ball B riding on the first and second inclined portions 43b and 44b is guided by the guide surface G so as to roll downward in the same direction. That is, most of the game balls B riding on the first and second inclined portions 43b and 44b are one (left) of the bridges 37 adjacent to the first and second inclined portions 43b and 44b. 37 falls into the ball passage 56 forming the bottom surface. Therefore, the game balls B are prevented from falling from both the first rectifying wall 43 (partition wall) and the second rectifying wall 44 (partition wall) forming the ball passage 56 in each ball passage 56. The As a result, it is possible to reduce the chance of contact between the game balls B that have fallen into the ball passage 56 and the number of contact between the game ball B that flows down on the bridge 37 and the game ball B that has dropped. It is possible to prevent the transportability of the 56 game balls B from being lowered.

（２）ガイド面Ｇは、第１及び第２整流壁（仕切壁）４３，４４の厚みの半分以上を有している。したがって、第１及び第２傾斜部４３ｂ，４４ｂに乗り上げてきた遊技球Ｂを同一方向へ下り転動させるというガイド面Ｇの機能を発揮させやすくすることができる。   (2) The guide surface G has more than half the thickness of the first and second rectifying walls (partition walls) 43 and 44. Therefore, it is possible to easily exhibit the function of the guide surface G that causes the game ball B riding on the first and second inclined portions 43b and 44b to roll down in the same direction.

（３）第１及び第２傾斜部４３ｂ，４４ｂの流下方向下流側には、第１及び第２球崩し部４３ａ，４４ａが連設され、該第１及び第２球崩し部４３ａ，４４ａにはガイド面Ｇに連続させて案内面Ａが形成されている。そして、案内面Ａは、ガイド面Ｇと同様に、第１及び第２整流壁４３，４４の厚み方向に向かって同一方向へ傾斜するように形成されている。このため、第１及び第２球崩し部４３ａ，４４ａに接触した遊技球Ｂは、案内面Ａによって同一方向へ向かって転動するようにガイドされる。すなわち、第１及び第２球崩し部４３ａ，４４ａに接触したほとんどの遊技球Ｂは、第１及び第２球崩し部４３ａ，４４ａに隣り合う球通路５６のうち一方（左方）の球通路５６へ向かって転動する。したがって、各球通路５６には、該球通路５６を形成する第１整流壁４３（仕切壁）と第２整流壁４４（仕切壁）の両方から遊技球Ｂが落下してくることが抑制される。その結果として、球通路５６へと落下してきた遊技球Ｂ同士の接触機会や、橋路３７上を流下する遊技球Ｂと落下してきた遊技球Ｂとの接触回数を減らすことができ、球通路５６の遊技球Ｂの移送性低下を防止することができる。   (3) On the downstream side in the flow direction of the first and second inclined portions 43b, 44b, first and second spherical breakers 43a, 44a are connected, and the first and second spherical breakers 43a, 44a are connected to each other. The guide surface A is formed continuously with the guide surface G. And the guide surface A is formed so that it may incline in the same direction toward the thickness direction of the 1st and 2nd rectifying walls 43 and 44 similarly to the guide surface G. For this reason, the game ball B that has contacted the first and second ball breakers 43a and 44a is guided by the guide surface A so as to roll in the same direction. That is, most of the game balls B that have contacted the first and second ball breakers 43a, 44a are one (left) of the ball passages 56 adjacent to the first and second ball breakers 43a, 44a. Roll toward 56. Therefore, the game balls B are prevented from falling from both the first rectifying wall 43 (partition wall) and the second rectifying wall 44 (partition wall) forming the ball passage 56 in each ball passage 56. The As a result, it is possible to reduce the chance of contact between the game balls B that have fallen into the ball passage 56 and the number of contact between the game ball B that flows down on the bridge 37 and the game ball B that has dropped. It is possible to prevent the transportability of the 56 game balls B from being lowered.

（４）案内面Ａはガイド面Ｇに連設されている。このため、ガイド面Ｇが下り傾斜する方向へガイド仕切れなかった遊技球Ｂを、案内面Ａによって再度ガイドすることができる。したがって、案内面Ａとガイド面Ｇの協働により、隣り合う第１及び第２整流壁（仕切壁）４３，４４からその間の球通路５６に向かって遊技球Ｂが落下することを抑制することができる。   (4) The guide surface A is connected to the guide surface G. For this reason, the game ball B that has not been partitioned in the direction in which the guide surface G is inclined downward can be guided again by the guide surface A. Therefore, by the cooperation of the guide surface A and the guide surface G, the game ball B is prevented from falling from the adjacent first and second rectifying walls (partition walls) 43 and 44 toward the ball passage 56 therebetween. Can do.

（５）複数の第１及び第２整流壁（仕切壁）４３，４４が並設された状態で、隣り合う第１球崩し部４３ａと第２球崩し部４４ａは遊技球Ｂの流下方向に沿って位置ずれして配置されている。このため、第１球崩し部４３ａと第２球崩し部４４ａに接触した両遊技球Ｂの落下位置を流下方向前後に位置ずれさせることができる。したがって、万一、一つの球通路５６へその両側の第１及び第２球崩し部４３ａ，４４ａから遊技球Ｂが落下しても、それら遊技球Ｂが流下方向の同じ位置に集中して落下することを阻止することができる。また、球通路５６へ落下した遊技球Ｂを橋路３７上を流下する遊技球Ｂの間へ一つずつ入り込ませることができ、球通路５６の遊技球Ｂの移送性低下の防止とに寄与することができる。   (5) In the state where the plurality of first and second rectifying walls (partition walls) 43 and 44 are arranged side by side, the adjacent first sphere breaking portion 43a and the second sphere breaking portion 44a are arranged in the flow-down direction of the game ball B. Along the position, they are displaced. For this reason, the fall position of both game balls B which contacted the 1st ball breaking part 43a and the 2nd ball breaking part 44a can be misaligned back and forth. Therefore, even if the game balls B fall into one ball passage 56 from the first and second ball breakers 43a, 44a on both sides of the ball passage 56, the game balls B are concentrated and fall at the same position in the flow-down direction. Can be prevented. In addition, the game balls B that have fallen into the ball passage 56 can be inserted one by one into the game balls B that flow down on the bridge 37, which contributes to the prevention of deterioration in the transportability of the game balls B in the ball passage 56. can do.

（６）複数の第１及び第２整流壁（仕切壁）４３，４４が並設された状態で、隣り合う第１傾斜部４３ｂと第２傾斜部４４ｂはその傾斜角度θ１，θ２が異なっており、第１傾斜部４３ｂと第２傾斜部４４ｂとの間には高低差が形成されている。このため、排出路本体３０内には、遊技球Ｂが上りやすい第１傾斜部４３ｂと、遊技球Ｂが上り難い第２傾斜部４４ｂとが存在することになる。すなわち、第１及び第２傾斜部４３ｂ，４４ｂの傾斜角度θ１，θ２が全て同じ場合と異なり、第１及び第２傾斜部４３ｂ，４４ｂの遊技球Ｂが球通路５６に向かって落下する位置（高さ）が全て同じになりにくくなる。したがって、万一、一つの球通路５６へ、その球通路５６両側の第１及び第２傾斜部４３ｂ，４４ｂ上から遊技球Ｂが同時に落下しても、それら遊技球Ｂが落下時に衝突することを回避することができ、橋路３７上を流下する遊技球Ｂの列に時間差をおいて落下させることができる。その結果、球通路５６へ落下した遊技球Ｂを橋路３７上を流下する遊技球Ｂの間へ一つずつ入り込ませることができ、球通路５６の遊技球Ｂの移送性低下の防止に寄与することができる。   (6) In a state where a plurality of first and second rectifying walls (partition walls) 43 and 44 are arranged side by side, the adjacent first inclined portion 43b and second inclined portion 44b have different inclination angles θ1 and θ2. Thus, a height difference is formed between the first inclined portion 43b and the second inclined portion 44b. For this reason, in the discharge path main body 30, the 1st inclination part 43b in which the game ball B rises easily and the 2nd inclination part 44b in which the game ball B does not rise easily exist. That is, unlike the case where the inclination angles θ1 and θ2 of the first and second inclined portions 43b and 44b are all the same, the position at which the game ball B of the first and second inclined portions 43b and 44b falls toward the ball passage 56 ( It becomes difficult for all the heights to be the same. Therefore, even if the game balls B fall into one ball passage 56 from the first and second inclined portions 43b and 44b on both sides of the ball passage 56 at the same time, the game balls B collide when they fall. Can be avoided, and can be dropped with a time lag in the row of game balls B flowing down on the bridge 37. As a result, the game balls B that have fallen into the ball passage 56 can be entered one by one into the game balls B that flow down on the bridge 37, which contributes to prevention of a decrease in the transportability of the game balls B in the ball passage 56. can do.

（７）第１傾斜部４３ｂの傾斜角度θ１と、第２傾斜部４４ｂの傾斜角度θ２の２種類の傾斜角度が設定されている。このため、第１傾斜部４３ｂと第２傾斜部４４ｂが交互となるように第１整流壁４３と第２整流壁４４を配置することにより、隣り合う第１傾斜部４３ｂと第２傾斜部４４ｂの傾斜角度を異ならせることができる。したがって、傾斜部の傾斜角度が異なる３種類以上の整流壁を形成しなくても、隣り合う傾斜部の傾斜角度を異ならせることができ、整流壁の製造及び配置を容易とすることができる。   (7) Two kinds of inclination angles are set, that is, the inclination angle θ1 of the first inclination portion 43b and the inclination angle θ2 of the second inclination portion 44b. Therefore, by arranging the first rectifying wall 43 and the second rectifying wall 44 so that the first inclined portion 43b and the second inclined portion 44b are alternately arranged, the adjacent first inclined portion 43b and second inclined portion 44b. The inclination angle can be varied. Therefore, even if three or more types of rectifying walls having different inclination angles of the inclined portions are not formed, the inclination angles of the adjacent inclined portions can be made different, and the manufacture and arrangement of the rectifying walls can be facilitated.

（８）第２の蓋部材４１の蓋板４２には、ガイド面Ｇ及び案内面Ａを備えた第１及び第２整流壁４３，４４が一体成形されている。このため、第２の蓋部材４１を排出路本体３０に組付けるだけで、ガイド面Ｇ及び案内面Ａを備えた第１及び第２整流壁４３，４４を排出路本体３０内に設けることができ、異物排出路２０を容易に形成することができる。   (8) On the lid plate 42 of the second lid member 41, first and second rectifying walls 43 and 44 having a guide surface G and a guide surface A are integrally formed. For this reason, the 1st and 2nd rectification walls 43 and 44 provided with the guide surface G and the guide surface A can be provided in the discharge path main body 30 only by assembling the second lid member 41 to the discharge path main body 30. The foreign matter discharge path 20 can be easily formed.

なお、上記実施形態は以下のように変更してもよい。
・ 実施形態において、整流壁を３種類以上設け、傾斜角度の異なる３種類以上の傾斜部を設けてもよい。このとき、隣り合う傾斜部の傾斜角度が異なるように整流壁を配置することが好ましい。 In addition, you may change the said embodiment as follows.
In the embodiment, three or more types of rectifying walls may be provided, and three or more types of inclined portions having different inclination angles may be provided. At this time, it is preferable to arrange the rectifying walls so that the inclination angles of the adjacent inclined portions are different.

・ 実施形態において、位置決め部材３８における凹部３８ｂを削除して、第１及び第２傾斜部４３ｂ，４４ｂの自由端を位置決めしなくてもよい。
・ 実施形態において、底形成部材３９の位置決め部材３８以外となるマットＭに第１及び第２傾斜部４３ｂ，４４ｂの自由端を挿抜可能とする凹部を形成してもよい。 In the embodiment, the concave portion 38b in the positioning member 38 may be deleted and the free ends of the first and second inclined portions 43b and 44b may not be positioned.
-In embodiment, you may form the recessed part which can insert / extract the free end of 1st and 2nd inclination part 43b, 44b in the mat M other than the positioning member 38 of the bottom formation member 39. FIG.

・ 実施形態において、両整流壁４３，４４及び案内壁５３のうち少なくともいずれか一方を底形成部材３９（本体底部３６）に一体成形してもよい。
・ 実施形態では、第２の蓋部材４１に第１及び第２整流壁４３，４４を一体成形し、第３の蓋部材５１に案内壁５３を一体成形したが以下のように変更してもよい。すなわち、第２の蓋部材４１を、蓋板４２に別体の整流壁４３，４４を組付ける構成とし、第３の蓋部材５１を、蓋板５２に別体の案内壁５３を組付ける構成として、蓋板４２，５２の排出路本体３０に対する着脱と同時に、別体の第１及び第２整流壁４３，４４と案内壁５３を排出路本体３０に対し着脱可能な構成としてもよい。 In the embodiment, at least one of the rectifying walls 43 and 44 and the guide wall 53 may be integrally formed with the bottom forming member 39 (main body bottom portion 36).
In the embodiment, the first and second rectifying walls 43 and 44 are integrally formed on the second lid member 41, and the guide wall 53 is integrally molded on the third lid member 51. However, the following changes may be made. Good. That is, the second lid member 41 is configured to assemble separate rectifying walls 43 and 44 to the lid plate 42, and the third lid member 51 is configured to assemble a separate guide wall 53 to the lid plate 52. As an alternative, the separate first and second rectifying walls 43 and 44 and the guide wall 53 may be detachable from the discharge path body 30 simultaneously with the attachment and detachment of the cover plates 42 and 52 to the discharge path body 30.

・ 実施形態において、第２の蓋部材４１と第３の蓋部材５１を一体化して一つの蓋部材とするとともに、第１及び第２整流壁４３，４４と案内壁５３とを一体化して第１及び第２整流壁４３，４４と案内壁５３とよりなる仕切壁を形成してもよい。   In the embodiment, the second lid member 41 and the third lid member 51 are integrated into a single lid member, and the first and second rectifying walls 43 and 44 and the guide wall 53 are integrated into the first lid member. A partition wall composed of the first and second rectifying walls 43 and 44 and the guide wall 53 may be formed.

・ 実施形態において、第１の蓋部材４０と、第２の蓋部材４１と、第３の蓋部材５１とを一体化してカバー部材Ｃを一部材としてもよい。
・ 実施形態において、傾斜角度が同じとなるように第１整流壁４３同士又は第２整流壁４４同士を隣り合うように並設してもよい。 In the embodiment, the first lid member 40, the second lid member 41, and the third lid member 51 may be integrated to form the cover member C as one member.
In the embodiment, the first rectifying walls 43 or the second rectifying walls 44 may be arranged side by side so that the inclination angles are the same.

・ 実施形態において、第１球崩し部４３ａと第２球崩し部４４ａとが流下方向に沿って前後に位置ずれしていなくてもよい。
・ 実施形態において、第１球崩し部４３ａが第２球崩し部４４ａよりも流下方向後側に位置するようにしてもよい。 In the embodiment, the first ball breaker 43a and the second ball breaker 44a may not be displaced forward and backward along the flow direction.
-In embodiment, you may make it the 1st ball breaking part 43a be located in the flow direction rear side rather than the 2nd ball breaking part 44a.

・ 実施形態において、第１球崩し部４３ａを第１傾斜部４３ｂに連設せず、第１傾斜部４３ｂに水平部を連設した後、その水平部に第１球崩し部４３ａを連設し、ガイド面Ｇと案内面Ａとを連設しなくてもよい。   In the embodiment, the first spherical breaker 43a is not connected to the first inclined part 43b, but the horizontal part is connected to the first inclined part 43b, and then the first spherical breaker 43a is connected to the horizontal part. In addition, the guide surface G and the guide surface A may not be provided continuously.

・ 実施形態において、第１及び第２球崩し部４３ａ，４４ａに案内面Ａを形成しなくてもよい。
・ 実施形態において、ガイド面Ｇを、その一端が二等分線Ｑと一致するように形成して、ガイド面Ｇを、第１及び第２傾斜部４３ｂ，４４ｂにおける厚みの半分を有するように形成してもよい。また、案内面Ａを、その一端が二等分線Ｑと一致するように形成して、案内面Ａを、第１及び第２球崩し部４３ａ，４４ａにおける厚みの半分を有するように形成してもよい。 -In embodiment, it is not necessary to form the guide surface A in the 1st and 2nd ball breaking parts 43a and 44a.
In the embodiment, the guide surface G is formed so that one end thereof coincides with the bisector Q, and the guide surface G has half the thickness of the first and second inclined portions 43b and 44b. It may be formed. Further, the guide surface A is formed so that one end thereof coincides with the bisector Q, and the guide surface A is formed so as to have a half of the thickness at the first and second ball breaking portions 43a and 44a. May be.

・ 実施形態において、ガイド面Ｇを、第１及び第２傾斜部４３ｂ，４４ｂに隣り合う橋路３７のうち他方（図８では右方）の橋路３７側へ下り傾斜するように、すなわち、左壁面４３Ｂ，４４Ｂ側から右壁面４３Ａ，４４Ａ側へ下り傾斜するように形成してもよい。言い換えれば、全てのガイド面Ｇの下り傾斜する方向を実施形態とは逆にしてもよい。この場合、案内面Ａの拡幅しながら傾斜する方向も実施形態とは逆になる。   In the embodiment, the guide surface G is inclined downward toward the other side (right side in FIG. 8) of the bridges 37 adjacent to the first and second inclined parts 43b and 44b, that is, You may form so that it may incline and descend from the left wall surface 43B, 44B side to the right wall surface 43A, 44A side. In other words, the direction in which all the guide surfaces G are inclined downward may be reversed from the embodiment. In this case, the direction of inclination while the guide surface A is widened is also opposite to that of the embodiment.

・ 実施形態において、第１の蓋部材４０、第２の蓋部材４１、及び第３の蓋部材５１を、それぞれ排出路本体３０への組付け状態で排出路本体３０内を透視可能とする透明又は半透明な合成樹脂材料により形成し、カバー部材Ｃ全体を透明又は半透明に形成してもよい。なお、このとき、第１〜第３の蓋部材４０，４１，５１を、ナイロン、ポリカーボネート、ポリアセタール等の自己潤滑性を有する合成樹脂材料で形成することが好ましい。このように構成すると、カバー部材Ｃが排出路本体３０に組付けられたままの状態で、カバー部材Ｃを介して排出路本体３０内を透視することができる。したがって、カバー部材Ｃを排出路本体３０から組外すことなく、橋路３７の汚れや第１及び第２整流壁４３，４４の変形、摩耗等を視認、把握することが可能となる。   In the embodiment, the first lid member 40, the second lid member 41, and the third lid member 51 are transparent to allow the inside of the discharge path main body 30 to be seen through in the assembled state to the discharge path main body 30. Alternatively, it may be formed of a semitransparent synthetic resin material, and the entire cover member C may be formed to be transparent or translucent. At this time, the first to third lid members 40, 41, and 51 are preferably formed of a synthetic resin material having self-lubricating properties such as nylon, polycarbonate, and polyacetal. If comprised in this way, the inside of the discharge path main body 30 can be seen through through the cover member C in the state in which the cover member C is still assembled to the discharge path main body 30. Therefore, without removing the cover member C from the discharge passage main body 30, it is possible to visually recognize and grasp the dirt on the bridge 37, the deformation and wear of the first and second rectifying walls 43 and 44, and the like.

・ 実施形態では、排出路本体３０内に複数の球通路５６として六列形成したが、球通路５６の数は六列に限定されず、橋路３７の数、第１及び第２整流壁４３，４４の数、及び案内壁５３の数を変更して球通路５６の数を、例えば、四列、五列、八列、九列、十列等に変更してもよい。   In the embodiment, six rows are formed as the plurality of ball passages 56 in the discharge passage main body 30, but the number of the ball passages 56 is not limited to six rows, the number of bridges 37, the first and second rectifying walls 43. 44 and the number of guide walls 53 may be changed to change the number of ball passages 56 to, for example, four rows, five rows, eight rows, nine rows, ten rows, and the like.

・ 実施形態では、本体底部３６を転動路３３と整流路３４より構成したが、本体底部３６を整流路３４のみで構成してもよい。
次に、上記実施形態及び別例から把握できる技術的思想について以下に追記する。 In the embodiment, the main body bottom 36 is configured by the rolling path 33 and the rectification path 34, but the main body bottom 36 may be configured by only the rectification path 34.
Next, the technical idea that can be grasped from the above embodiment and other examples will be described below.

（イ）遊技機が設置された島設備内に設けられ、複数の橋路が間隙をおいて並設された底部と該底部に立設された側壁とからなる排出路本体の内側に複数の仕切壁を設け、隣り合う仕切壁の間に前記橋路が位置するとともに仕切壁と橋路の間に空隙が形成されてなる球通路を複数並設し、前記排出路本体内を流下して前記球通路内に入った異物を前記空隙から排出路本体外へ排出させる構成とした異物排出路の前記排出路本体の上方を覆蓋する蓋部材であって、該蓋部材の下面に前記複数の仕切壁が一体成形され、前記複数の仕切壁における前記球通路の遊技球導入口側に、前記遊技球の流下方向に沿って前記底部側から上り傾斜する複数の傾斜部を形成し、該各傾斜部の上部に同一方向へ向かって下り傾斜するガイド面を形成した蓋部材。   (A) A plurality of bridges are provided in an island facility where a gaming machine is installed, and a plurality of bridges are formed inside a discharge passage main body including a bottom portion arranged in parallel with a gap and a side wall standing on the bottom portion. A partition wall is provided, and a plurality of spherical passages in which the bridge is located between adjacent partition walls and a gap is formed between the partition wall and the bridge are arranged in parallel, and flow down in the discharge channel body. A lid member that covers the top of the discharge path main body of the foreign substance discharge path configured to discharge the foreign matter that has entered into the spherical passage from the gap to the outside of the discharge path main body, A partition wall is integrally formed, and a plurality of inclined portions that are inclined upward from the bottom side along the flow-down direction of the game ball are formed on the game ball introduction port side of the ball passage in the plurality of partition walls, A lid member in which a guide surface that is inclined downward in the same direction is formed on an upper portion of the inclined portion.

（ロ）前記複数の仕切壁は、前記蓋部材に一体成形されている請求項４に記載の異物排出路。
（ハ）前記仕切壁は、前記傾斜部を備え前記遊技球を前記流下方向に整列させる整流壁と、前記整流壁よりも前記流下方向下流側に位置し前記整流壁によって整列された遊技球を整列状態で前記流下方向下流側へ案内させる案内壁とから構成され、前記整流壁及び案内壁はそれぞれ別の蓋部材の下面に並設されている請求項４又は技術的思想（ロ）に記載の異物排出路。 ( B ) The foreign matter discharge path according to claim 4 , wherein the plurality of partition walls are integrally formed with the lid member.
( C ) The partition wall includes a rectifying wall that includes the inclined portion and aligns the game balls in the flow-down direction, and a game ball that is positioned downstream of the rectification wall in the flow-down direction and is aligned by the flow control walls. It is comprised from the guide wall guided to the said flow direction downstream in the aligned state, The said baffle wall and the guide wall are arranged in parallel by the lower surface of another cover member, respectively, or the technical thought (b ). Foreign matter discharge path.

（ニ）前記傾斜部は、隣り合う仕切壁において傾斜角度が異なるように形成され、前記傾斜部の傾斜角度は、２種類設定されている請求項１〜請求項４、技術的思想（ロ）、及び技術的思想（ハ）のうちいずれか一項に記載の異物排出路。 (D) the inclined portion is formed such that the inclination angle in the adjacent partition walls different inclination angles of the inclined portion, two have been set according to claim 1 to claim 4, the technical idea (b) And the foreign matter discharge passage according to any one of the technical ideas (c) .

（ホ）前記球崩し部は、隣り合う仕切壁において前記流下方向に沿って前後に位置ずれして配置されている請求項２に記載の異物排出路。 ( E ) The foreign matter discharge path according to claim 2 , wherein the ball breaking portion is disposed so as to be displaced forward and backward along the flow-down direction in adjacent partition walls.

島設備全体及び島設備内の一部を示す一部切欠正面図。The partially cutaway front view which shows the whole island facility and a part in island facility. 第１の蓋部材を削除し第３の蓋部材を一部切欠いた異物排出路を示す斜視図。The perspective view which shows the foreign material discharge path which deleted the 1st cover member and partially cut off the 3rd cover member. 図２の３−３線断面図。FIG. 3 is a sectional view taken along line 3-3 in FIG. 2. 底形成部材を示す平面図。The top view which shows a bottom formation member. 第２の蓋部材を示す斜視図。The perspective view which shows a 2nd cover member. （ａ）は第２の蓋部材の下面図、（ｂ）は第２の蓋部材の正面図、（ｃ）は第２の蓋部材の側面図。(A) is a bottom view of the second lid member, (b) is a front view of the second lid member, and (c) is a side view of the second lid member. （ａ）は図６（ｃ）の７ａ−７ａ線断面図、（ｂ）は図６（ｂ）の７ｂ−７ｂ線断面図。7A is a sectional view taken along line 7a-7a in FIG. 6C, and FIG. 7B is a sectional view taken along line 7b-7b in FIG. 6B. 図２の８−８線における概略断面図。FIG. 8 is a schematic cross-sectional view taken along line 8-8 in FIG. 2. 図２の９−９線における概略断面図。FIG. 9 is a schematic cross-sectional view taken along line 9-9 in FIG. 2.

符号の説明Explanation of symbols

Ａ…案内面、Ｂ…遊技球、Ｇ…ガイド面、Ｋ…間隙、Ｐ…パチンコ遊技機（遊技機）、Ｔ…空隙、θ１，θ２…傾斜角度、１０…島設備、２０…異物排出路、３０…排出路本体、３２…側壁、３６…本体底部（底部）、３７…橋路、４３…第１整流壁（仕切壁）、４３ａ…第１球崩し部、４３ｂ…第１傾斜部、４４…第２整流壁（仕切壁）、４４ａ…第２球崩し部、４４ｂ…第２傾斜部、５３…案内壁（仕切壁）、５６…球通路、５６ａ…遊技球導入口。   A ... Guide surface, B ... Game ball, G ... Guide surface, K ... Gap, P ... Pachinko game machine (game machine), T ... Gap, θ1, θ2 ... Inclination angle, 10 ... Island equipment, 20 ... Foreign material discharge path , 30 ... discharge channel main body, 32 ... side wall, 36 ... main body bottom (bottom), 37 ... bridge, 43 ... first rectifying wall (partition wall), 43a ... first ball breaking part, 43b ... first inclined part, 44 ... 2nd rectifying wall (partition wall), 44a ... 2nd ball breaking part, 44b ... 2nd inclination part, 53 ... Guide wall (partition wall), 56 ... Ball passage, 56a ... Game ball introduction port.

Claims (2)

遊技機が設置された島設備内に設けられ、複数の橋路が間隙をおいて並設された底部と該底部に立設された側壁とからなる排出路本体の内側に複数の仕切壁を設け、隣り合う仕切壁の間に前記橋路が位置するとともに仕切壁と橋路の間に空隙が形成されてなる球通路を複数並設し、前記排出路本体内を流下して前記球通路内に入った異物を前記空隙から排出路本体外へ排出させる構成とした異物排出路であって、
各仕切壁における前記球通路の遊技球導入口側に前記遊技球の流下方向に沿って前記底部側から上り傾斜する傾斜部を形成し、該各傾斜部の上縁に前記仕切壁の厚み方向に向かって同一方向へ下り傾斜するガイド面を形成するとともに、前記仕切壁において前記球通路の遊技球導入口側の先端から前記遊技球の流下方向に沿って前記底部側から立ち上がる縁部全体は、前記ガイド面に連続して傾斜し、前記傾斜部には、前記底部に対して鉛直に立ち上がる球崩し部が遊技球の流下方向下流側に連設され、各球崩し部に前記仕切壁の厚み方向に向かって同一方向へ傾斜する案内面を前記ガイド面に連続させて形成するとともに前記ガイド面と案内面の傾斜角度を同じにし、前記傾斜部の上縁において、前記厚み方向における非ガイド面側が傾斜することなく平端面状に形成されている異物排出路。 A plurality of partition walls are provided inside the discharge channel main body, which is provided in an island facility where a gaming machine is installed, and which includes a bottom portion in which a plurality of bridges are arranged in parallel with a gap and a side wall erected on the bottom portion. Providing a plurality of spherical passages in which the bridge is located between adjacent partition walls and a gap is formed between the partition walls and the bridge, and flows down in the discharge passage main body to flow down the spherical passage. A foreign matter discharge path configured to discharge the foreign matter that has entered inside the discharge path main body from the gap,
In each partition wall, an inclined portion that is inclined upward from the bottom side along the flow direction of the game ball is formed on the game ball introduction port side of the ball passage, and the thickness direction of the partition wall is formed on the upper edge of each inclined portion Forming a guide surface that slopes downward in the same direction toward the same direction, and the entire edge that rises from the bottom side along the flow-down direction of the game ball from the tip of the game ball introduction port side of the ball passage in the partition wall is The ball breaker that continuously inclines to the guide surface and rises perpendicularly to the bottom is connected to the downstream side of the game ball in the flow-down direction. A guide surface that is inclined in the same direction toward the thickness direction is formed continuously with the guide surface, and the guide surface and the guide surface have the same inclination angle, and the upper edge of the inclined portion is non-guided in the thickness direction. Face side is inclined Foreign matter discharge passage formed in Rukoto no planar end surface. 前記排出路本体の上方を覆蓋する蓋部材を備え、該蓋部材の下面に前記複数の仕切壁を並設し、前記蓋部材の排出路本体に対する着脱とともに前記複数の仕切壁を排出路本体に対し着脱可能にし、前記蓋部材の前記排出路本体に対する組付けを行うことで隣り合う仕切壁の間に前記橋路を位置させて前記排出路本体内に複数の球通路が区画形成されるようにした請求項１に記載の異物排出路。 A lid member that covers the upper portion of the discharge path body; and the plurality of partition walls are arranged side by side on the lower surface of the lid member, and the plurality of partition walls are attached to and removed from the discharge path body. By attaching the lid member to the discharge path main body, the bridge is positioned between adjacent partition walls so that a plurality of spherical passages are formed in the discharge path main body. foreign matter discharge passage according to claim 1 which is a.
JP2005197645A 2005-07-06 2005-07-06 Foreign matter discharge path Expired - Fee Related JP4351190B2 (en)

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