図1乃至図8は、発明を実施するための最良の形態である。図1は、入賞部品111を分解して示す。図2は、入賞部品111A乃至111Dを示す。図3は、入賞部品111の作用を示す。図4は、入賞部品201を分解して示す。図5は、入賞部品201A;201Bを示す。図6は、入賞部品201の作用を示す。図7は、パチンコ遊技機を示す。図8は、第1乃至第11入賞部品21乃至31における第1乃至第22入賞口32乃至53の構成を示す。図9は、第1乃至第11入賞部品21乃至31と第1乃至第22入賞口32乃至53と払出と連動との相互関係を示す。図10は、球が入賞した場合における第1入賞口32、第2入賞口33、第5乃至第22入賞口36乃至53の相互関係を示す。本明細書において、「前」、「表」、「後」、「裏」、「左」、「右」、「上」、「下」の方向は、図10の状態に遊技機枠1および遊技盤2を置いて図7の紙面の前側から見た場合に特定される方向である。「前」および「表」は、同じ方向である。「後」および「裏」は、同じ方向である。
1 to 8 show the best mode for carrying out the invention. FIG. 1 is an exploded view of the winning component 111. FIG. 2 shows the winning components 111A to 111D. FIG. 3 shows the operation of the winning component 111. FIG. 4 is an exploded view of the winning component 201. FIG. 5 shows winning components 201A; 201B. FIG. 6 shows the operation of the winning component 201. FIG. 7 shows a pachinko gaming machine. FIG. 8 shows the configuration of the first to twenty-second winning holes 32 to 53 in the first to eleventh winning components 21 to 31. FIG. 9 shows the interrelationship between the first to eleventh winning components 21 to 31, the first to twenty-second winning ports 32 to 53, and the payout and interlocking. FIG. 10 shows the interrelationship between the first winning port 32, the second winning port 33, and the fifth to twenty-second winning ports 36 to 53 when a ball is won. In this specification, the directions of “front”, “front”, “rear”, “back”, “left”, “right”, “upper”, “lower” are the same as in the state of FIG. This is the direction specified when the game board 2 is placed and viewed from the front side of the sheet of FIG. “Previous” and “Table” are in the same direction. “Rear” and “back” are in the same direction.
図1を参照し、前側の意匠が類似する4種類に成り得る入賞部品111の構造について説明する。入賞部品111は、共通部品として、部品基盤112、前化粧盤113、開閉体114;115、開閉軸116;117、保持体118、作動軸119、止輪120、止ねじ121を備え、非共通部品として、作動体122;123;124;125を備える。そして、入賞部品111が組み立てられる場合、部品基盤112、前化粧盤113、開閉体114;115、開閉軸116;117、保持体118、作動軸119、止輪120、止ねじ121が共通部品として用いられ、これらの共通部品に対し、入賞部品111の種類によって、作動体122乃至125が1つずつ非共通部品として用いられることによって、前側の意匠が類似する4種類の入賞部品111が作り出される。このため、入賞部品111を構成する部品の大半を別々の形に構成した場合に比べ、前側の意匠が類似する複数種類の入賞部品111の構造が簡単になり、複数種類の入賞部品111を安価に提供することができるという利点がある。例えば、機械的なチューリップタイプの種類に成り得る入賞部品111が遊技基盤に取り付けられる位置によって、作動体122乃至125から球を落下させる方向を左側または右側にしなければ成らない場合でも、作動体122乃至125を交換するだけでよい。
With reference to FIG. 1, the structure of the winning component 111 that can be of four types with similar front designs will be described. The winning component 111 includes a component base 112, a front decorative board 113, an opening / closing body 114; 115, an opening / closing shaft 116; 117, a holding body 118, an operating shaft 119, a retaining ring 120, and a set screw 121 as non-common. Actuators 122; 123; 124; 125 are provided as parts. When the winning component 111 is assembled, the component base 112, the front decorative board 113, the opening / closing body 114; 115, the opening / closing shaft 116; 117, the holding body 118, the operating shaft 119, the retaining ring 120, and the set screw 121 are common components. With respect to these common parts, the operating bodies 122 to 125 are used as non-common parts one by one depending on the type of the winning part 111, so that four types of winning parts 111 with similar front designs are created. . For this reason, compared with the case where most of the components constituting the winning component 111 are configured in different shapes, the structure of the plurality of types of winning components 111 having similar designs on the front side is simplified, and the plurality of types of winning components 111 are inexpensive. There is an advantage that can be provided. For example, even if the direction in which the ball is dropped from the actuating bodies 122 to 125 must be the left side or the right side depending on the position where the winning component 111, which can be a mechanical tulip type, is attached to the game base, the actuating body 122 It is only necessary to replace 125.
入賞部品111が組み立てられる場合、作動体122乃至125のどれが使用されるかが異なるだけで、組立手順は同じであるので、作動体122が使用される1種類の入賞部品111を例として、説明する。作動体122が、部品基盤112の裏部における作動収容部131の内部に収容される。保持体118が、部品基盤112の止取付孔136;137に装着される。作動軸119が、作動体122の軸受孔171および部品基盤112の軸受孔134;135の双方に装着される。開閉体114;115が部品基盤112の前部に配置され、開閉軸116;117が開閉体114;115の軸受孔152;155と部品基盤112の軸受部127;128とに装着される。前化粧盤113が開閉体114;115を前側から被覆して部品基盤112の前部に配置され、止ねじ121が部品基盤112の裏側から化粧取付孔部129を経由して前化粧盤113の取付孔部149に締結される。
When the winning component 111 is assembled, the assembly procedure is the same except for which one of the operating bodies 122 to 125 is used, and therefore one type of winning component 111 in which the operating body 122 is used is taken as an example. explain. The operating body 122 is accommodated inside the operation accommodating portion 131 in the back of the component base 112. The holding body 118 is mounted in the stop mounting holes 136; 137 of the component base 112. The operating shaft 119 is mounted on both the bearing hole 171 of the operating body 122 and the bearing holes 134 and 135 of the component base 112. The opening / closing body 114; 115 is disposed at the front portion of the component base 112, and the opening / closing shaft 116; 117 is mounted on the bearing hole 152; 155 of the opening / closing body 114; 115 and the bearing portion 127; 128 of the component base 112. A front dressing board 113 covers the opening / closing bodies 114; 115 from the front side and is arranged at the front part of the component base 112, and a set screw 121 passes through the makeup mounting hole 129 from the back side of the part base 112 and Fastened to the mounting hole 149.
作動体122を使用した入賞部品111は、図2のa図の入賞部品111Aとして構成される。入賞部品111Aは、図8の第8入賞部品28に相当する。作動体123を使用した入賞部品111は、図2のb図の入賞部品111Bとして構成される。入賞部品111Bは、図8の第9入賞部品29に相当する。作動体124を使用した入賞部品111は、図2のc図の入賞部品111Cとして構成される。入賞部品111Cは、図8の第6入賞部品26に相当する。作動体125を使用した入賞部品111が、図2のd図の入賞部品111Dとして構成される。入賞部品111Dは、図8の第7入賞部品27、第10入賞部品30、第11入賞部品31に相当する。
The winning component 111 using the operating body 122 is configured as a winning component 111A shown in FIG. The winning component 111A corresponds to the eighth winning component 28 in FIG. The winning component 111 using the operating body 123 is configured as the winning component 111B in FIG. The winning component 111B corresponds to the ninth winning component 29 in FIG. The winning component 111 using the operating body 124 is configured as the winning component 111C in FIG. The winning component 111C corresponds to the sixth winning component 26 in FIG. The winning component 111 using the operating body 125 is configured as a winning component 111D in FIG. The winning component 111D corresponds to the seventh winning component 27, the tenth winning component 30, and the eleventh winning component 31 in FIG.
図1に戻り、入賞部品111の共通部品および非共通部品の構造を詳述する。部品基盤112は、板状であって、球入口126、軸受部127;128、化粧取付孔部129、盤取付孔部130、作動収容部131を備える。球入口126は、部品基盤112に前後方向への貫通孔として形成される。軸受部127;128は、開閉軸116;117を個別に取り付けるものであって、部品基盤112の前面から内部に窪む軸受孔を備え、部品基盤112に設けられる。化粧取付孔部129は、前化粧盤113を取り付けるものであって、前後方向への貫通孔として、部品基盤112に設けられる。部品基盤112の右下部にも化粧取付孔部129が設けられるが、該化粧取付孔部129の図示は省略されている。
Returning to FIG. 1, the structure of the common component and the non-common component of the winning component 111 will be described in detail. The component base 112 is plate-shaped and includes a ball inlet 126, a bearing portion 127; 128, a decorative mounting hole portion 129, a panel mounting hole portion 130, and an operation accommodating portion 131. The ball inlet 126 is formed in the component base 112 as a through hole in the front-rear direction. The bearing portions 127; 128 are used to individually attach the opening / closing shafts 116; 117. The bearing portions 127; 128 include bearing holes that are recessed inward from the front surface of the component base 112, and are provided in the component base 112. The makeup attaching hole portion 129 attaches the front decorative board 113 and is provided in the component base 112 as a through hole in the front-rear direction. A makeup attachment hole 129 is also provided in the lower right portion of the component base 112, but the illustration of the makeup attachment hole 129 is omitted.
盤取付孔部130は、入賞部品111を図6のd図の遊技基盤2Aに取り付けるものであって、前後方向への貫通孔として、部品基盤112に設けられる。作動収容部131は、作動体122乃至125を収容するものであって、球入口126を縁取るように、部品基盤112の裏面から裏側に突出した筒状である。作動収容部131における左右一対の壁には、軸受孔134;135、止取付孔136;137、球逃避部138;139が設けられる。球逃避部138;139の上部を囲む左右一対の壁の後部は、保護壁140で互いに繋がれる。作動収容部131における底壁は、球排出部141を構成する。球排出部141は、球入口126から作動体122乃至125の下球排出部167を経由して裏側に排出された球を裏側に排出する斜面として構成される。
The board attachment hole 130 is used to attach the winning component 111 to the game base 2A shown in FIG. 6d, and is provided in the part base 112 as a through hole in the front-rear direction. The operation accommodating portion 131 accommodates the operating bodies 122 to 125 and has a cylindrical shape that protrudes from the back surface of the component base 112 to the back side so as to border the ball inlet 126. The pair of left and right walls in the working housing portion 131 are provided with bearing holes 134; 135, stop mounting holes 136; 137, and ball escape portions 138; 139. The rear portions of a pair of left and right walls surrounding the upper part of the ball escape portion 138; 139 are connected to each other by a protective wall 140. The bottom wall of the operation housing part 131 constitutes a ball discharge part 141. The ball discharge unit 141 is configured as a slope that discharges the balls discharged from the ball inlet 126 to the back side via the lower ball discharge unit 167 of the operating bodies 122 to 125 to the back side.
前化粧盤113は、板状であって、傘部143、軸受孔部144;145、球導入部146、受止部147;148、取付孔部149を備える。傘部143は、開閉体114;115が閉じた場合において、球が開閉体114;115の間から球入口126の側に取り込まれることがないように、球入口126への球の入賞を阻止するものであって、前化粧盤113の上部に位置し、前化粧盤113の裏面から裏側に突出する。軸受孔部144;145は、開閉軸116;117を個別に取り付けるものであって、裏側から内部に窪む軸受孔を備え、前化粧盤113の裏面から裏側に突出するように、前化粧盤113の裏面に設けられる。
The front decorative board 113 is plate-shaped and includes an umbrella part 143, a bearing hole part 144; 145, a ball introduction part 146, a receiving part 147; 148, and a mounting hole part 149. The umbrella portion 143 prevents the ball from winning the ball inlet 126 so that the ball is not taken into the ball inlet 126 side between the opening and closing members 114; 115 when the opening / closing member 114; 115 is closed. It is located on the upper part of the front decorative board 113 and protrudes from the back surface of the front decorative board 113 to the back side. The bearing hole portions 144 and 145 are for individually attaching the opening and closing shafts 116 and 117, have bearing holes that are recessed inward from the back side, and protrude from the back surface of the front decorative plate 113 to the back side. 113 is provided on the back surface.
球導入部146は、開いた開閉体114;115の間から開閉体114;115を閉じて球入口126の側に落下した球を、球入口126に誘導するものであって、前化粧盤113の下部に位置し、左右一対の壁と底壁とによって囲まれた形態である。球導入部146における左右一対の壁は、前化粧盤113の裏面から裏側に突出する。球導入部146の底壁は、左右一対の壁の下部に繋がるように前化粧盤113の裏面から裏側に突出する。底壁における球と接触する上面は、球を前化粧盤113から裏側に誘導する斜面を形成する。
The sphere introduction unit 146 guides a sphere that has been closed to the sphere inlet 126 from between the opened opening / closing bodies 114; 115 and dropped to the sphere inlet 126 side. It is the form located in the lower part of this, and was surrounded by a pair of right and left walls, and a bottom wall. The pair of left and right walls in the ball introduction portion 146 protrudes from the back surface of the front decorative board 113 to the back side. The bottom wall of the ball introduction part 146 protrudes from the back surface of the front decorative board 113 to the back side so as to be connected to the lower part of the pair of left and right walls. The upper surface in contact with the sphere on the bottom wall forms a slope that guides the sphere from the front decorative board 113 to the back side.
受止部147は、左の開閉体114が閉じる場合において、開閉体114の被受止部153を受け止めることによって、開閉体114の閉じ過ぎを防止するものであって、球導入部146における左の壁から上部に突出するように、前化粧盤113の裏面から裏側に突出する。受止部148は、右の開閉体115が閉じる場合において、開閉体115の被受止部156を受け止めることによって、開閉体115の閉じ過ぎを防止するものであって、球導入部146における右の壁から上部に突出するように、前化粧盤113の裏面から裏側に突出する。取付孔部149は、前化粧盤113を部品基盤112に取り付ける止ねじ121を締結する筒状であって、前化粧盤113の裏面から裏側に突出する。
The receiving part 147 prevents the opening / closing body 114 from being over-closed by receiving the received part 153 of the opening / closing body 114 when the left opening / closing body 114 is closed. It protrudes from the back surface of the front decorative panel 113 to the back side so as to protrude upward from the wall. The receiving part 148 prevents the opening / closing body 115 from being over-closed by receiving the received part 156 of the opening / closing body 115 when the right opening / closing body 115 is closed. It protrudes from the back surface of the front decorative panel 113 to the back side so as to protrude upward from the wall. The attachment hole portion 149 is a cylindrical shape for fastening a set screw 121 for attaching the front decorative board 113 to the component base 112, and protrudes from the back surface of the front decorative board 113 to the back side.
前化粧盤113が部品基盤112に取り付けられる場合、前化粧盤113の裏面が、部品基盤112の側に向けられる。傘部143が、開閉体114;115の前側から開閉体114;115における上部の間に挿入される。開閉体114;115が、球導入部146よりも上部に配置されるように、前化粧盤113と部品基盤112との間に取り込まれる。軸受孔部144;145が、開閉軸116;117における開閉体114;115よりも前側に突出した部分に個別に嵌め込まれる。その後、止ねじ121が部品基盤112の裏側から盤取付孔部130を経由して取付孔部149に締結される。これによって、前化粧盤113が部品基盤112に取り付けられる。
When the front veneer 113 is attached to the component base 112, the back surface of the front veneer 113 is directed toward the component base 112. The umbrella part 143 is inserted between the upper part in the opening-and-closing body 114; 115 from the front side of the opening-and-closing body 114; 115. The opening / closing body 114; 115 is taken in between the front decorative board 113 and the component base 112 so as to be disposed above the ball introduction part 146. The bearing hole portions 144; 145 are individually fitted into the portions of the opening / closing shafts 116; 117 protruding forward from the opening / closing bodies 114; 115. Thereafter, the set screw 121 is fastened to the mounting hole 149 from the back side of the component base 112 via the panel mounting hole 130. Thereby, the front decorative board 113 is attached to the component base 112.
開閉体114;115は、図8の開閉体b;cに相当するものであって、互いに左右で対を成す。開閉体114の下部には、軸受孔152、被受止部153、錘154が設けられる。軸受孔152は、前後方向への貫通孔として形成される。被受止部153は、開閉体114の下部から下方に突出する突起として形成される。錘154は、開閉体114の裏面から内部に埋め込まれる。開閉体114が部品基盤112に取り付けられる場合、開閉体114が左に位置するように部品基盤112の前側に配置され、開閉軸116が開閉体114の前側から軸受孔152を経由して軸受部127に嵌め込まれる。開閉体114では、錘154が開閉体114の上部を右から左に回転する重さを備えて配置されているので、開閉体114が部品基盤112に取り付けられた場合、開閉体114は開閉軸116を中心として部品基盤112の前面に沿って左右方向に回転可能であるが、開閉体114に回転を阻止する力が作用しない状態では、開閉体114が開閉軸116を中心として左に回転して開いた状態になる。
The open / close bodies 114; 115 correspond to the open / close bodies b; c in FIG. A bearing hole 152, a receiving part 153, and a weight 154 are provided in the lower part of the opening / closing body 114. The bearing hole 152 is formed as a through hole in the front-rear direction. The receiving portion 153 is formed as a protrusion protruding downward from the lower portion of the opening / closing body 114. The weight 154 is embedded from the back surface of the opening / closing body 114. When the opening / closing body 114 is attached to the component base 112, the opening / closing body 114 is disposed on the front side of the component base 112 so that the opening / closing body 114 is located on the left side, and the opening / closing shaft 116 passes through the bearing hole 152 from the front side of the opening / closing body 114. 127 is fitted. In the opening / closing body 114, the weight 154 is disposed with a weight that rotates the upper part of the opening / closing body 114 from right to left, and therefore, when the opening / closing body 114 is attached to the component base 112, the opening / closing body 114 has the opening / closing axis. The opening / closing body 114 rotates to the left around the opening / closing shaft 116 in a state where the opening / closing body 114 does not have a force to prevent the rotation. Open.
開閉体115の下部には、軸受孔155、被受止部156、錘157が設けられる。軸受孔155は、前後方向への貫通孔として形成される。被受止部156は、開閉体115の下部から下方に突出する突起として形成される。錘157は、開閉体115の裏面から内部に埋め込まれる。開閉体115が部品基盤112に取り付けられる場合、開閉体115が右に位置するように部品基盤112の前側に配置され、開閉軸117が開閉体115の前側から軸受孔155を経由して軸受部128に嵌め込まれる。開閉体115では、錘157が開閉体115の上部を左から右に回転する重さを備えて配置されているので、開閉体115が部品基盤112に取り付けられた場合、開閉体115は開閉軸117を中心として部品基盤112の前面に沿って左右方向に回転可能であるが、開閉体115に回転を阻止する力が作用しない状態では、開閉体115が開閉軸117を中心として右に回転して開いた状態になる。開閉軸116;117は、開閉体114;115の前後方向の寸法よりも前後方向に長い丸棒として構成される。
A bearing hole 155, a receiving part 156, and a weight 157 are provided in the lower part of the opening / closing body 115. The bearing hole 155 is formed as a through hole in the front-rear direction. The receiving portion 156 is formed as a protrusion that protrudes downward from the lower portion of the opening / closing body 115. The weight 157 is embedded from the back surface of the opening / closing body 115 inside. When the opening / closing body 115 is attached to the component base 112, the opening / closing body 115 is disposed on the front side of the component base 112 so that the opening / closing body 115 is positioned on the right, and the opening / closing shaft 117 is connected to the bearing portion via the bearing hole 155 from the front side of the opening / closing body 115. 128. In the opening / closing body 115, the weight 157 is arranged with a weight that rotates the upper part of the opening / closing body 115 from the left to the right. Therefore, when the opening / closing body 115 is attached to the component base 112, the opening / closing body 115 has an opening / closing axis. It can be rotated in the left-right direction along the front surface of the component base 112 around the component base 112, but when the force that prevents the rotation is not applied to the opening / closing body 115, the opening / closing body 115 rotates to the right around the opening / closing shaft 117. Open. The open / close shaft 116; 117 is configured as a round bar that is longer in the front-rear direction than the front-rear dimension of the open / close body 114; 115.
保持体118は、作動体122乃至125の後部が球の重さで前部よりも下方に位置するように、作動体122乃至125が傾斜した場合に、それ以上、作動体122乃至125が傾斜しないように、受け止めるとともに、作動体122乃至125の永久磁石173が吸着されることによって、作動体122乃至125を傾斜した状態に保つ強磁性体により構成される。保持体118の中央部には、くびれ部159が設けられる。保持体118の両端部には、挿入部160;161が設けられる。くびれ部159および挿入部160;161の外径は、保持体118の両端部の外径よりも細い。
When the actuating bodies 122 to 125 are inclined such that the rear portions of the actuating bodies 122 to 125 are positioned below the front part by the weight of the sphere, the actuating bodies 122 to 125 are further inclined. The permanent magnet 173 of the actuating bodies 122 to 125 is attracted, and the actuating bodies 122 to 125 are made of a ferromagnetic material that keeps the tilted state. A constricted portion 159 is provided at the center of the holding body 118. Inserting portions 160; 161 are provided at both ends of the holding body 118. The outer diameters of the constricted part 159 and the insertion part 160; 161 are thinner than the outer diameters of both end parts of the holding body 118.
保持体118が部品基盤112に取り付けられる場合、保持体118が作動体122乃至125よりも下部に配置されて部品基盤112に取り付けられる。それには、挿入部160が作動収容部131の内側から止取付孔136に嵌め込まれ、挿入部161が作動収容部131の内側から止取付孔137に嵌め込まれる。挿入部160;161が止取付孔136;137に嵌め込まれる場合、作動収容部131の左壁および右壁における止取付孔136;137の周囲の部分が外側に撓んだ後に内側に復元する。保持体118におけるくびれ部159と挿入部160;161との間の両端部が復元した作動収容部131の左壁および右壁を受け止める。よって、保持体118が作動収容部131の左壁および右壁から脱落しないように作動収容部131に取り付けられ、くびれ部159が作動収容部131の内部に配置される。
When the holding body 118 is attached to the component base 112, the holding body 118 is disposed below the operating bodies 122 to 125 and attached to the part base 112. For this purpose, the insertion portion 160 is fitted into the stop mounting hole 136 from the inside of the operation housing portion 131, and the insertion portion 161 is fitted into the stop mounting hole 137 from the inside of the operation housing portion 131. When the insertion portion 160; 161 is fitted in the stop mounting hole 136; 137, the portions around the stop mounting holes 136; 137 in the left wall and the right wall of the operation housing portion 131 are bent outward and then restored to the inside. The left wall and the right wall of the operation accommodating part 131 which the both ends between the constriction part 159 and the insertion part 160; 161 in the holding body 118 restored are received. Therefore, the holding body 118 is attached to the operation accommodating portion 131 so that it does not fall off from the left wall and the right wall of the operation accommodating portion 131, and the constricted portion 159 is disposed inside the operation accommodating portion 131.
作動軸119は、作動体122乃至125の左右方向の寸法よりも左右方向に長い丸棒として構成される。作動軸119の一端部には、頭部163が設けられる。頭部163は、作動軸119の直径および軸受孔171の直径よりも大きな外径を有する。作動軸119の他端部には、溝164が設けられる。溝164は、止輪120を取り付けるものであって、作動軸119の外周面から内部に窪む形状である。止輪120は、環状の一部が除去された形状である。作動軸119が部品基盤112に取り付けられる場合、作動軸119の他端部が作動収容部131の外側から軸受孔134と作動体122乃至125の軸受孔171および軸受孔135を順に経由して作動収容部131に嵌め込まれ、作動収容部131から外側に突出した溝164に止輪120が装着され、作動軸119が止輪120および頭部163で作動収容部131に脱落しないように取り付けられて作動体122乃至125を部品基盤112に上下方向に回転可能に支持する。
The operating shaft 119 is configured as a round bar that is longer in the left-right direction than the horizontal dimension of the operating bodies 122 to 125. A head 163 is provided at one end of the operating shaft 119. The head 163 has an outer diameter larger than the diameter of the operating shaft 119 and the diameter of the bearing hole 171. A groove 164 is provided at the other end of the operating shaft 119. The groove 164 attaches the retaining ring 120 and has a shape that is recessed from the outer peripheral surface of the operating shaft 119 to the inside. The retaining ring 120 has a shape in which a part of the annular shape is removed. When the operating shaft 119 is attached to the component base 112, the other end of the operating shaft 119 operates from the outside of the operating housing 131 through the bearing hole 134, the bearing holes 171 and the bearing holes 135 of the operating bodies 122 to 125 in order. A retaining ring 120 is fitted into a groove 164 that is fitted in the accommodating portion 131 and protrudes outward from the operating accommodating portion 131, and the operating shaft 119 is attached to the operating accommodating portion 131 by the retaining ring 120 and the head 163 so as not to fall off. The operating bodies 122 to 125 are supported on the component base 112 so as to be rotatable in the vertical direction.
作動体122は、作動収容部131に収容され、開閉体114;115を開閉するための部材を構成するものであって、上球排出部166、下球排出部167、球誘導突起168、受止部169;170、軸受孔171、被押下部172、永久磁石173を備える。上球排出部166は、上球排出部166の上方から落下した球を受け止めて左右の一側方に排出するような斜面として、作動体122の後上部に形成される。下球排出部167は、開いた開閉体114;115の間から開閉体114;115を閉じて球入口126の側に落下した球を、球入口126から裏側に誘導するものであって、作動体122の下部に形成される。球誘導突起168は、球を作動体122の上面から上球排出部166に誘導するものであって、作動体122の左縁部から上方に突出するように作動体122の左縁部に設けられる。
The actuating body 122 is housed in the actuating accommodating portion 131 and constitutes a member for opening and closing the open / close bodies 114; 115. The actuating body 122 includes an upper sphere discharging portion 166, a lower sphere discharging portion 167, a ball guiding projection 168, a receiving member. A stop portion 169; 170, a bearing hole 171, a pressed portion 172, and a permanent magnet 173 are provided. The upper ball discharge portion 166 is formed on the rear upper portion of the operating body 122 as a slope that receives the ball dropped from above the upper ball discharge portion 166 and discharges it to the left and right sides. The lower sphere discharge section 167 guides a sphere that has been closed to the sphere inlet 126 from between the opened opening and closing bodies 114; 115 and dropped to the sphere inlet 126 side from the sphere inlet 126, and operates. Formed below the body 122. The ball guiding protrusion 168 guides the ball from the upper surface of the working body 122 to the upper ball discharging section 166 and is provided on the left edge of the working body 122 so as to protrude upward from the left edge of the working body 122. It is done.
受止部169は、開閉体114の被受止部153を上方から下方に押し下げて開閉体114を閉じるものであって、作動体122乃至125の前上左部に設けられる。受止部170は、開閉体115の被受止部156を上方から下方に押し下げて開閉体115を閉じるものであって、作動体122乃至125の前上右部に設けられる。軸受孔171は、上球排出部166と受止部169;170との間に位置し、作動体122乃至125に左右方向への貫通孔として形成される。被押下部172は、上球排出部166よりも下部に位置し、作動体122乃至125の後部から側方に突出する。永久磁石173は、球が上球排出部166の上に落下することによって、作動体122乃至125の後部が前部よりも下がるように、作動体122乃至125が傾斜した場合、保持体118を磁力で吸着し、該作動体122乃至125の傾斜した姿勢を保持するものであって、作動体122乃至125の後下部に埋め込まれて設けられる。
The receiving part 169 closes the opening / closing body 114 by pushing down the receiving part 153 of the opening / closing body 114 downward from above, and is provided on the front upper left part of the operating bodies 122 to 125. The receiving part 170 closes the opening / closing body 115 by pressing the receiving part 156 of the opening / closing body 115 downward from above, and is provided at the front upper right part of the operating bodies 122 to 125. The bearing hole 171 is located between the upper ball discharge part 166 and the receiving part 169; 170, and is formed as a through-hole in the left-right direction in the operating bodies 122 to 125. The pressed part 172 is located below the upper ball discharge part 166 and protrudes laterally from the rear part of the operating bodies 122 to 125. The permanent magnet 173 causes the holding body 118 to move when the actuating bodies 122 to 125 are inclined such that the rear part of the actuating bodies 122 to 125 is lower than the front part due to the sphere falling onto the upper sphere discharge section 166. It is attracted by a magnetic force and maintains the inclined posture of the operating bodies 122 to 125, and is embedded in the lower rear part of the operating bodies 122 to 125.
作動体123は、上球排出部166、下球排出部167、球誘導突起168、受止部169;170、軸受孔171、永久磁石173を備える点において作動体122と同じであるが、被押下部172を備えていない点で作動体122と異なる。
The operating body 123 is the same as the operating body 122 in that it includes an upper ball discharge portion 166, a lower ball discharge portion 167, a ball guide protrusion 168, a receiving portion 169; 170, a bearing hole 171, and a permanent magnet 173. The operating body 122 is different from the operating body 122 in that the pressing portion 172 is not provided.
作動体124は、上球排出部166、下球排出部167、球誘導突起168、受止部169;170、軸受孔171、永久磁石173、被押下部172を備える点において作動体122と同じであるが、上球排出部166の球を排出する方向、球誘導突起168が設けられる位置、被押下部172の突出する方向が、作動体122と異なる。具体的には、作動体122の上球排出部166が球を左から右に排出する斜面として構成されるのに対し、作動体124の上球排出部166が球を右から左に排出する斜面として構成される。作動体122では球誘導突起168が作動体122の左縁部に設けられるのに対し、作動体124では球誘導突起168が作動体124の右縁部から上方に突出するように作動体124の右縁部に設けられる。作動体122では被押下部172が作動体122から左に突出するのに対し、作動体124では被押下部172が作動体124から右に突出する。
The actuating body 124 is the same as the actuating body 122 in that it includes an upper ball discharge portion 166, a lower ball discharge portion 167, a ball guide projection 168, a receiving portion 169; 170, a bearing hole 171, a permanent magnet 173, and a pressed portion 172. However, the direction of discharging the sphere of the upper sphere discharge portion 166, the position where the sphere guide protrusion 168 is provided, and the direction in which the pressed portion 172 protrudes are different from those of the operating body 122. Specifically, the upper sphere discharger 166 of the operating body 122 is configured as a slope that discharges the sphere from left to right, whereas the upper sphere discharger 166 of the operating body 124 discharges the sphere from right to left. Configured as a slope. In the operating body 122, the ball guiding protrusion 168 is provided on the left edge of the operating body 122, whereas in the operating body 124, the ball guiding protrusion 168 protrudes upward from the right edge of the operating body 124. Provided on the right edge. In the operating body 122, the pressed portion 172 protrudes to the left from the operating body 122, whereas in the operating body 124, the pressed portion 172 protrudes from the operating body 124 to the right.
作動体125は、上球排出部166、下球排出部167、球誘導突起168、受止部169;170、軸受孔171、永久磁石173を備え、被押下部172を備えていない点において作動体123と同じであるが、上球排出部166の球を排出する方向、球誘導突起168が設けられる位置が、作動体123と異なる。つまり、作動体123の上球排出部166が球を左から右に排出する斜面として構成されるのに対し、作動体125の上球排出部166が球を右から左に排出する斜面として構成される。
The actuating body 125 includes an upper ball discharge portion 166, a lower ball discharge portion 167, a ball guide protrusion 168, a receiving portion 169; 170, a bearing hole 171 and a permanent magnet 173, and operates in a point where the pressed portion 172 is not provided. Although it is the same as the body 123, the direction which discharges | releases the ball | bowl of the upper sphere discharge | emission part 166 and the position where the ball | bowl guide protrusion 168 is provided differ from the action body 123. That is, the upper sphere discharge portion 166 of the operating body 123 is configured as a slope that discharges the sphere from left to right, whereas the upper sphere discharge portion 166 of the operating body 125 is configured as a slope that discharges the sphere from right to left. Is done.
作動体122乃至125のいずれかが部品基盤112に取り付けられる場合、上球排出部166が上になり、下球排出部167および永久磁石173が下になり、受止部169;170が前になり、被押下部172が後側になるように、作動体122乃至125のいずれかが作動収容部131の内部に収容される。被押下部172が存在する場合、被押下部172は、球逃避部138;139を経由して作動収容部131から左外側または右外側に突出する。その後、作動軸119が軸受孔134;135と軸受孔171との双方に嵌め込まれ、作動体122乃至125のいずれかが部品基盤112に取り付けられる。作動体122乃至125は、軸受孔171を境とする前部が後部よりも重い重量配分のもと構成されている。よって、作動体122乃至125が部品基盤112に取り付けられた場合、作動体122乃至125の前部が作動軸119を中心として下方に回転し、下球排出部167の前部が球入口126の下縁部に上方から受け止められる。
When any one of the operating bodies 122 to 125 is attached to the component base 112, the upper ball discharge portion 166 is on the upper side, the lower ball discharge portion 167 and the permanent magnet 173 are on the lower side, and the receiving portions 169; Thus, any of the operating bodies 122 to 125 is accommodated in the operation accommodating portion 131 so that the pressed portion 172 is on the rear side. When the pressed part 172 exists, the pressed part 172 protrudes from the working accommodating part 131 to the left outer side or the right outer side via the ball escape parts 138 and 139. Thereafter, the operating shaft 119 is fitted into both the bearing holes 134; 135 and the bearing hole 171, and any of the operating bodies 122 to 125 is attached to the component base 112. The operating bodies 122 to 125 are configured such that the front part with the bearing hole 171 as a boundary is heavier than the rear part. Therefore, when the operating bodies 122 to 125 are attached to the component base 112, the front parts of the operating bodies 122 to 125 rotate downward about the operating shaft 119, and the front part of the lower sphere discharge part 167 is the sphere inlet 126. The lower edge is received from above.
図3を参照し、入賞部品111;111A乃至111Dの作用について、作動体122を用いた入賞部品111Aの作用を例として説明する。図3のb図において、開閉体114;115が開いた状態では、作動体122の前部が作動軸119を中心として下方に回転するのに伴い、受止部169;170が開閉体114;115における後側の被受止部153;156を押し下げる。これによって、図3のa図に示すように、開閉体114が開閉軸116を中心として左から右に回転して閉じられ、開閉体115が開閉軸117を中心として右から左に回転して閉じられ、下球排出部167の前部が球入口126の下縁部に上方から受け止められる。開閉体114;115が閉じられた場合、受止部169;170と被受止部153;156とが互いに左右方向で対向して掛け止められ、開閉体114;115が開放されない。また、開閉体114;115の上部が傘部143と左右方向で対向し、球が開閉体114;115の間から球入口126の側に取り込まれない。
With reference to FIG. 3, the operation of the winning component 111; 111A to 111D will be described by taking the operation of the winning component 111A using the operating body 122 as an example. In FIG. 3b, in a state where the opening / closing body 114; 115 is opened, the receiving portion 169; 170 is opened / closed body 114; as the front portion of the operating body 122 rotates downward about the operating shaft 119. 115, the rear receiving portion 153; 156 is pushed down. As a result, as shown in FIG. 3a, the opening / closing body 114 is closed by rotating from the left to the right around the opening / closing axis 116, and the opening / closing body 115 is rotated from the right to the left around the opening / closing axis 117. The front part of the lower ball discharge part 167 is closed and is received by the lower edge part of the ball inlet 126 from above. When the opening / closing body 114; 115 is closed, the receiving portions 169; 170 and the receiving portions 153; 156 are hooked opposite to each other in the left-right direction, and the opening / closing bodies 114; 115 are not opened. Further, the upper part of the opening / closing body 114; 115 faces the umbrella part 143 in the left-right direction, and the sphere is not taken into the sphere inlet 126 side from between the opening / closing body 114; 115.
前記のように開閉体114;115が閉じられた状態において、図3のc図に示すように、球が矢印X31で示すように作動体122の後部に落下すると、作動体122の前部が作動軸119を中心として矢印X32で示す上方に回転し、作動体122の永久磁石173が図3のd図に示すように保持体118に吸着される。上記作動体122の前部の上方への回転に伴い、図3のa図に示す受止部169;170と被受止部153;156との左右方向での対向が解除される。すると、図3のb図に示すように、開閉体114;115が錘154;157の重さによって開閉軸116;117を中心として左右に開き、その開いた形態が錘154;157の重さによって保持される。開閉体114;115が開放されると、開閉体114;115における被受止部153;156の側の下部が互いに近づく。この近づいた開閉体114;115の下部間の間隔H1は、1個の球Pの直径D1よりも小さい(H1<D1)。
When the opening / closing body 114; 115 is closed as described above, as shown in FIG. 3c, when the sphere falls to the rear part of the operating body 122 as indicated by the arrow X31, the front part of the operating body 122 is moved. Rotating upward about the operating shaft 119 as indicated by the arrow X32, the permanent magnet 173 of the operating body 122 is attracted to the holding body 118 as shown in FIG. With the upward rotation of the front portion of the operating body 122, the opposing in the left-right direction of the receiving portions 169; 170 and the received portions 153; 156 shown in FIG. Then, as shown in FIG. 3b, the opening / closing body 114; 115 opens to the left and right around the opening / closing shaft 116; 117 by the weight of the weight 154; 157, and the opened form is the weight of the weight 154; 157. Held by. When the opening / closing body 114; 115 is opened, the lower parts of the opening / closing bodies 114; The distance H1 between the lower portions of the close opening / closing bodies 114; 115 is smaller than the diameter D1 of one sphere P (H1 <D1).
開閉体114;115が開いた状態において、球が開閉体114;115の間に入って開閉体114;115の下部に到達すると、球が開閉体114;115の下部を押し下げ、開閉体114;115が開閉軸116;117を中心として閉じる。これに伴い、図3のa図に示すように、開閉体114;115の下部が互いに離れる。この離れた開閉体114;115の下部間の間隔が、1個の球P(図3のb図参照)の直径よりも大きくなる。したがって、図3のd図に示すように、球Pが開閉体114;115の下部の間を落下して下球排出部167の前部に受け止められる。すると、下球排出部167に受け止められた球の重さによって、保持体118と永久磁石173との吸着が解除され、作動体122の前部が作動軸119を中心として矢印X33で示す下方に回転する。
In a state where the opening / closing body 114; 115 is opened, when the ball enters between the opening / closing body 114; 115 and reaches the lower part of the opening / closing body 114; 115, the ball pushes down the lower part of the opening / closing body 114; 115 closes around the opening and closing shaft 116; 117. Accordingly, as shown in FIG. 3A, the lower parts of the opening and closing bodies 114; 115 are separated from each other. The distance between the lower portions of the separated opening / closing bodies 114; 115 is larger than the diameter of one sphere P (see FIG. 3b). Therefore, as shown in FIG. 3 d, the sphere P falls between the lower parts of the opening / closing bodies 114; 115 and is received by the front part of the lower sphere discharge part 167. Then, due to the weight of the sphere received by the lower sphere discharge portion 167, the adsorption of the holding body 118 and the permanent magnet 173 is released, and the front portion of the operating body 122 is located below the operating shaft 119 as indicated by the arrow X33. Rotate.
これによって、受止部169;170が図3のb図に示す位置から図3のa図に示す位置へと下降するのに伴い、図3のa図に示すように、受止部169;170が被受止部153;156と対向し、開閉体114;115が閉じられた形態に保持され、図3のc図に示すように、下球排出部167が球入口126の下縁部に上方から受け止められ、作動体122の下方への回転が停止する。その後、下球排出部167に受け止められた球は、下球排出部167から遊技基盤2Aの裏側の第11球通路93に排出される。
Accordingly, as the receiving portion 169; 170 descends from the position shown in FIG. 3b to the position shown in FIG. 3a, as shown in FIG. 3a, the receiving portion 169; 170 is opposed to the receiving portion 153; 156, and the opening / closing body 114; 115 is held in a closed form, and the lower sphere discharge portion 167 has a lower edge portion of the sphere inlet 126, as shown in FIG. Therefore, the downward rotation of the operating body 122 is stopped. Thereafter, the ball received by the lower ball discharge portion 167 is discharged from the lower ball discharge portion 167 to the eleventh ball passage 93 on the back side of the game base 2A.
図4を参照し、前側の意匠が類似する2種類に成り得る入賞部品201の構造について説明する。入賞部品201は、共通部品として、部品基盤202、前化粧盤203、開閉体204;205、開閉軸206;207、保持体208、作動軸209、止輪210、止ねじ211を備え、非共通部品として、作動体212;213を備える。そして、入賞部品201が組み立てられる場合、入賞部品201の種類によって、作動体212;213が1つずつ使い分けられることによって、2種類の入賞部品201が作り出される。このため、入賞部品201を構成する部品の大半を別々の形に構成した場合に比べ、前側の意匠が類似する複数種類の入賞部品201の構造が簡単になり、複数種類の入賞部品201を安価に提供することができるという利点がある。例えば、機械的なチューリップタイプの種類に成り得る入賞部品201が遊技基盤に取り付けられる位置によって、作動体212;213から球を落下させる方向を左側または右側にしなければ成らない場合でも、作動体212;213を交換するだけでよい。
With reference to FIG. 4, the structure of the winning component 201 that can be of two types with similar front designs will be described. The winning component 201 includes a component base 202, a front decorative board 203, an opening / closing body 204; 205, an opening / closing shaft 206; 207, a holding body 208, an operating shaft 209, a retaining ring 210, and a set screw 211 as common components. Actuators 212 and 213 are provided as parts. When the winning component 201 is assembled, two types of winning components 201 are created by using the operating bodies 212; 213 one by one depending on the type of the winning component 201. For this reason, compared with the case where most of the components constituting the winning component 201 are configured in different shapes, the structure of the plurality of types of winning components 201 having similar designs on the front side is simplified, and the plurality of types of winning components 201 are inexpensive. There is an advantage that can be provided. For example, even if the direction in which the ball is dropped from the actuating body 212; 213 must be the left side or the right side depending on the position where the winning component 201 that can be of a mechanical tulip type is attached to the game base, the actuating body 212 Only 213 needs to be replaced.
入賞部品201の組立方については、作動体212;213のどちらかを使用するかが異なるだけで、組立方の基本的な手順は同じであるので、作動体212を使用する1つの種類の入賞部品201を例として、説明する。作動体212が、部品基盤202の裏部における作動収容部224の内部に収容される。保持体208が、部品基盤202の止取付孔230;231に装着される。作動軸209が、作動体212の軸受孔287および部品基盤202の軸受孔228;229の双方に装着される。開閉体204;205が部品基盤202の前部に配置され、開閉軸206;207が開閉体204;205の軸受孔268;271と部品基盤202の軸受部220;221とに装着される。前化粧盤203が開閉体204;205を前側から被覆して部品基盤202の前部に配置され、止ねじ211が部品基盤202の裏側から化粧取付孔部222を経由して前化粧盤203の取付孔部245に締結される。
As for the method of assembling the winning component 201, only one of the operating bodies 212 and 213 is used, and the basic procedure of the assembling method is the same. Therefore, one type of winning using the operating body 212 is performed. The component 201 will be described as an example. The operating body 212 is accommodated inside the operation accommodating portion 224 in the back portion of the component base 202. The holding body 208 is mounted in the stop mounting holes 230; 231 of the component base 202. The operating shaft 209 is mounted on both the bearing hole 287 of the operating body 212 and the bearing holes 228; 229 of the component base 202. The opening / closing body 204; 205 is disposed at the front portion of the component base 202, and the opening / closing shafts 206; 207 are mounted on the bearing holes 268; 271 of the opening / closing body 204; 205 and the bearing portions 220; 221 of the component base 202. The front decorative board 203 covers the opening / closing body 204; 205 from the front side and is arranged at the front part of the component base 202, and a set screw 211 passes from the back side of the part base 202 through the makeup attachment hole 222 to the front decorative board 203. Fastened to the mounting hole 245.
作動体212を使用した入賞部品201は、図5のa図の入賞部品201Aとして構成される。入賞部品201Aは、図8における第5入賞部品25に相当する。作動体213を使用した入賞部品201が、図5のb図の入賞部品201Bとして構成される。入賞部品201Bは、図8における第4入賞部品24に相当する。
The winning component 201 using the operating body 212 is configured as a winning component 201A shown in FIG. The winning component 201A corresponds to the fifth winning component 25 in FIG. A winning component 201 using the operating body 213 is configured as a winning component 201B in FIG. The winning component 201B corresponds to the fourth winning component 24 in FIG.
図4に戻り、入賞部品201の共通部品および非共通部品の構造を詳述する。部品基盤202は、板状であって、上球入口214、検出挿入孔215、検出掛止部216、上球導入部217、上球導出部218、下球入口219、軸受部220;221、化粧取付孔部222、盤取付孔部223、作動収容部224を備える。上球入口214は、部品基盤202に前後方向への貫通孔として形成される。検出挿入孔215は、上球入口214の上部に位置し、部品基盤202に前後方向への貫通孔として形成される。検出掛止部216は、検出挿入孔215の一側部に位置し、部品基盤202の裏面に設けられる。検出掛止部216は、部品基盤202の裏面から裏側に突出した弾性片と、弾性片の後部に設けられた鉤227とを備える。
Returning to FIG. 4, the structure of the common component and the non-common component of the winning component 201 will be described in detail. The component base 202 is plate-shaped and includes an upper sphere inlet 214, a detection insertion hole 215, a detection latching portion 216, an upper sphere introduction portion 217, an upper sphere lead-out portion 218, a lower sphere inlet 219, a bearing portion 220; A decorative attachment hole 222, a panel attachment hole 223, and an operation accommodating part 224 are provided. The upper sphere inlet 214 is formed in the component base 202 as a through hole in the front-rear direction. The detection insertion hole 215 is located above the upper sphere inlet 214 and is formed in the component base 202 as a through hole in the front-rear direction. The detection latching portion 216 is located on one side of the detection insertion hole 215 and is provided on the back surface of the component base 202. The detection latching portion 216 includes an elastic piece protruding from the back surface of the component base 202 to the back side, and a flange 227 provided at the rear portion of the elastic piece.
上球導入部217は、上球入口214の下縁部に位置し、部品基盤202の前面から前側に突出する突起として、部品基盤202に設けられる。上球導出部218、上球入口214の下縁部に位置し、部品基盤202の裏面から裏側に突出する突起として、部品基盤202に設けられる。上球導入部217の上面および上球導出部218の上面には、上球導入部217から上球導出部218の側に球を誘導する斜面が設けられる。下球入口219は、上球入口214よりも下部に位置し、部品基盤202に前後方向への貫通孔として形成される。軸受部220;221は、開閉軸206;207を個別に取り付けるものであって、部品基盤202の前面から内部に窪む軸受孔を備え、部品基盤202に設けられる。化粧取付孔部222は、前化粧盤203を取り付けるものであって、前後方向への貫通孔として、部品基盤202に設けられる。部品基盤202の右下部にも化粧取付孔部222が設けられるが、該化粧取付孔部222の図示は省略されている。
The upper sphere introducing portion 217 is located on the lower edge portion of the upper sphere inlet 214 and is provided on the component base 202 as a protrusion protruding forward from the front surface of the component base 202. Located on the lower edge of the upper sphere lead-out portion 218 and the upper sphere inlet 214, the protrusion is provided on the component base 202 as a protrusion that protrudes from the back surface of the component base 202 to the back side. On the upper surface of the upper sphere introducing unit 217 and the upper surface of the upper sphere deriving unit 218, slopes for guiding the sphere from the upper sphere introducing unit 217 to the upper sphere deriving unit 218 are provided. The lower sphere inlet 219 is located below the upper sphere inlet 214 and is formed in the component base 202 as a through hole in the front-rear direction. The bearing portions 220 and 221 are individually attached to the opening and closing shafts 206 and 207, and include bearing holes that are recessed inward from the front surface of the component base 202, and are provided in the component base 202. The decorative attachment hole 222 is for attaching the front decorative board 203 and is provided in the component base 202 as a through hole in the front-rear direction. A decorative attachment hole 222 is also provided in the lower right portion of the component base 202, but the decorative attachment hole 222 is not shown.
盤取付孔部223は、入賞部品201を図6の遊技基盤2Aに取り付けるものであって、前後方向への貫通孔として、部品基盤202に設けられる。作動収容部224は、作動体212を収容するものであって、上球入口214を縁取るように、部品基盤202の裏面から裏側に突出した筒状である。作動収容部224における左右一対の壁には、軸受孔228;229、止取付孔230;231、球逃避部232;233が設けられる。球逃避部232;233の上部を囲む左右一対の壁の後部は、保護壁234で互いに繋がれる。作動収容部224における底壁は、球排出部235を構成する。球排出部235は、上球入口214から作動体212;213の下球排出部283を経由して裏側に排出された球を裏側に排出する斜面として構成される。
The board attachment hole 223 attaches the winning component 201 to the game base 2A of FIG. 6 and is provided in the part base 202 as a through hole in the front-rear direction. The operation accommodating portion 224 accommodates the operation body 212 and has a cylindrical shape protruding from the back surface of the component base 202 to the back side so as to border the upper ball inlet 214. Bearing holes 228; 229, stop mounting holes 230; 231, and ball escape parts 232; The rear portions of a pair of left and right walls surrounding the upper part of the ball escape portion 232; 233 are connected to each other by a protective wall 234. The bottom wall of the operation accommodating portion 224 constitutes a ball discharge portion 235. The ball discharge portion 235 is configured as a slope that discharges the ball discharged from the upper ball inlet 214 to the back side via the lower ball discharge portion 283 of the operating body 212;
前化粧盤203は、板状であって、上球入口237、入口突起238;239、軸受孔部240;241、球導入部242、受止部243;244、取付孔部245を備える。上球入口237は、球を上から下に取り入れる部分である。入口突起238;239は、1個の球が上から下に通過可能であるものの2個の球が横に並んで通過不可能な寸法に、上球入口237の左右方向の横幅を仕切る突起であって、前化粧盤203の上部に位置し、前化粧盤203の裏面から裏側に突出する。軸受孔部240;241は、開閉軸206;207を個別に取り付けるものであって、裏側から内部に窪む軸受孔を備え、前化粧盤203の裏面から裏側に突出するように、前化粧盤203の裏面に設けられる。
The front decorative board 203 is plate-shaped and includes an upper sphere inlet 237, an inlet protrusion 238; 239, a bearing hole part 240; 241, a ball introduction part 242, a receiving part 243; The upper sphere entrance 237 is a part for taking in the sphere from the top to the bottom. The inlet protrusions 238 and 239 are protrusions that partition the lateral width of the upper sphere inlet 237 so that one sphere can pass from the top to the bottom, but two spheres cannot pass side by side. It is located at the upper part of the front decorative board 203 and protrudes from the back surface of the front decorative board 203 to the back side. The bearing hole portions 240; 241 are individually attached to the opening / closing shafts 206; 207. The bearing hole portions 240; 241 include bearing holes that are recessed from the back side to the inside, and protrude from the back surface of the front decorative board 203 to the back side. It is provided on the back surface of 203.
球導入部242は、開いた開閉体204;205の間から開閉体204;205を閉じて下球入口219の側に落下した球を、下球入口219に誘導するものであって、前化粧盤203の下部に位置し、左右一対の壁と底壁とによって囲まれた形態である。球導入部242における左右一対の壁は、前化粧盤203の裏面から裏側に突出する。球導入部242の底壁は、左右一対の壁の下部に繋がるように前化粧盤203の裏面から裏側に突出する。底壁における球と接触する上面は、球を前化粧盤203から裏側に誘導する斜面を形成する。受止部243は、左の開閉体204が閉じる場合において、開閉体204の被受止部269を受け止めることによって、開閉体204の閉じ過ぎを防止するものであって、球導入部242における左の壁から上部に突出するように、前化粧盤203の裏面から裏側に突出する。受止部244は、右の開閉体205が閉じる場合において、開閉体205の被受止部272を受け止めることによって、開閉体205の閉じ過ぎを防止するものであって、球導入部242における右の壁から上部に突出するように、前化粧盤203の裏面から裏側に突出する。取付孔部245は、前化粧盤203を部品基盤202に取り付ける止ねじ211を締結する筒状であって、前化粧盤203の裏面から裏側に突出する。
The sphere introduction part 242 guides a sphere that has been closed to the lower sphere inlet 219 by closing the open / close body 204; 205 from between the opened opening / closing bodies 204; 205 to the lower sphere inlet 219. It is located at the lower part of the board 203 and is surrounded by a pair of left and right walls and a bottom wall. The pair of left and right walls in the sphere introducing portion 242 protrudes from the back surface of the front decorative board 203 to the back side. The bottom wall of the ball introduction part 242 protrudes from the back surface of the front decorative board 203 to the back side so as to be connected to the lower part of the pair of left and right walls. The upper surface in contact with the sphere on the bottom wall forms a slope that guides the sphere from the front decorative board 203 to the back side. The receiving part 243 prevents the opening / closing body 204 from being over-closed by receiving the received part 269 of the opening / closing body 204 when the left opening / closing body 204 is closed. It protrudes from the back surface of the front decorative panel 203 to the back side so as to protrude upward from the wall. The receiving part 244 prevents the opening / closing body 205 from being over-closed by receiving the received part 272 of the opening / closing body 205 when the right opening / closing body 205 is closed. It protrudes from the back surface of the front decorative panel 203 to the back side so as to protrude upward from the wall. The mounting hole 245 is a cylindrical shape for fastening a set screw 211 for mounting the front decorative board 203 to the component base 202, and protrudes from the back surface of the front decorative board 203 to the back side.
前化粧盤203が部品基盤202に取り付けられる場合、前化粧盤203の裏面が、部品基盤202の側に向けられる。入口突起238;239が、検出挿入孔215よりも上部に配置される。開閉体204;205が、球導入部242よりも上部に配置されるように、前化粧盤203と部品基盤202との間に取り込まれる。軸受孔部240;241が、開閉軸206;207における開閉体204;205よりも前側に突出した部分に個別に嵌め込まれる。その後、止ねじ211が部品基盤202の裏側から盤取付孔部223を経由して取付孔部245に締結される。これによって、前化粧盤203が部品基盤202に取り付けられる。
When the front veneer 203 is attached to the component base 202, the back surface of the front veneer 203 is directed toward the component base 202. The inlet protrusions 238 and 239 are disposed above the detection insertion hole 215. The opening / closing body 204; 205 is taken in between the front decorative board 203 and the component base 202 so that the opening / closing body 204; 205 is disposed above the ball introduction part 242. The bearing hole portions 240; 241 are individually fitted in the portions of the opening / closing shafts 206; 207 that protrude forward from the opening / closing bodies 204; 205. Thereafter, the set screw 211 is fastened to the mounting hole 245 from the back side of the component base 202 via the panel mounting hole 223. As a result, the front decorative board 203 is attached to the component base 202.
開閉体204;205は、図8の開閉体b;cに相当するものであって、互いに左右で対を成す。開閉体204の下部には、軸受孔268、被受止部269、錘270が設けられる。軸受孔268は、前後方向への貫通孔として形成される。被受止部269は、開閉体204の下部から下方に突出する突起として形成される。錘270は、開閉体204の裏面から内部に埋め込まれる。開閉体205の下部には、軸受孔271、被受止部272、錘273が設けられる。軸受孔271は、前後方向への貫通孔として形成される。被受止部272は、開閉体205の下部から下方に突出する突起として形成される。錘273は、開閉体205の裏面から内部に埋め込まれる。開閉体204が部品基盤202に取り付けられる場合、開閉体204が左に位置するように部品基盤202の前側に配置され、開閉軸206が開閉体204の前側から軸受孔268を経由して軸受部220に嵌め込まれる。開閉体204では、錘270が開閉体204の上部を右から左に回転する重さを備えて配置されているので、開閉体204が部品基盤202に取り付けられた場合、開閉体204は開閉軸206を中心として部品基盤202の前面に沿って左右方向に回転可能であるが、開閉体204に回転を阻止する力が作用しない状態では、開閉体204が開閉軸206を中心として左に回転して開いた状態になる。
The open / close bodies 204; 205 correspond to the open / close bodies b; c in FIG. A bearing hole 268, a receiving portion 269, and a weight 270 are provided in the lower part of the opening / closing body 204. The bearing hole 268 is formed as a through hole in the front-rear direction. The receiving portion 269 is formed as a protrusion protruding downward from the lower portion of the opening / closing body 204. The weight 270 is embedded inside the opening / closing body 204 from the back surface. A bearing hole 271, a receiving portion 272, and a weight 273 are provided below the opening / closing body 205. The bearing hole 271 is formed as a through hole in the front-rear direction. The receiving portion 272 is formed as a protrusion that protrudes downward from the lower portion of the opening / closing body 205. The weight 273 is embedded from the back surface of the opening / closing body 205 to the inside. When the opening / closing body 204 is attached to the component base 202, the opening / closing body 204 is disposed on the front side of the component base 202 so that the opening / closing body 204 is located on the left side, and the opening / closing shaft 206 is connected to the bearing portion via the bearing hole 268 from the front side of the opening / closing body 204. 220. In the opening / closing body 204, the weight 270 is arranged with a weight that rotates the upper part of the opening / closing body 204 from right to left, and therefore, when the opening / closing body 204 is attached to the component base 202, the opening / closing body 204 has an opening / closing axis. Although it is possible to rotate in the left-right direction along the front surface of the component base 202 around 206, in a state where the force that prevents the rotation is not applied to the opening / closing body 204, the opening / closing body 204 rotates to the left around the opening / closing shaft 206. Open.
開閉体205の下部には、軸受孔271、被受止部272、錘273が設けられる。軸受孔271は、前後方向への貫通孔として形成される。被受止部272は、開閉体205の下部から下方に突出する突起として形成される。錘273は、開閉体205の裏面から内部に埋め込まれる。開閉体205が部品基盤202に取り付けられる場合、開閉体205が右に位置するように部品基盤202の前側に配置され、開閉軸207が開閉体205の前側から軸受孔271を経由して軸受部221に嵌め込まれる。開閉体205では、錘273が開閉体205の上部を左から右に回転する重さを備えて配置されているので、開閉体205が部品基盤202に取り付けられた場合、開閉体205は開閉軸207を中心として部品基盤202の前面に沿って左右方向に回転可能であるが、開閉体205に回転を阻止する力が作用しない状態では、開閉体205が開閉軸207を中心として右に回転して開いた状態になる。開閉軸206;207は、開閉体204;205の前後方向の寸法よりも前後方向に長い丸棒として構成される。
A bearing hole 271, a receiving portion 272, and a weight 273 are provided below the opening / closing body 205. The bearing hole 271 is formed as a through hole in the front-rear direction. The receiving portion 272 is formed as a protrusion that protrudes downward from the lower portion of the opening / closing body 205. The weight 273 is embedded from the back surface of the opening / closing body 205 to the inside. When the opening / closing body 205 is attached to the component base 202, the opening / closing body 205 is disposed on the front side of the component base 202 so that the opening / closing body 205 is positioned on the right, and the opening / closing shaft 207 is connected to the bearing portion via the bearing hole 271 from the front side of the opening / closing body 205. 221 is fitted. In the opening / closing body 205, the weight 273 is arranged with a weight that rotates the upper part of the opening / closing body 205 from the left to the right. Therefore, when the opening / closing body 205 is attached to the component base 202, the opening / closing body 205 has an opening / closing axis. 207 can be rotated in the left-right direction along the front surface of the component base 202, but the opening / closing body 205 rotates to the right about the opening / closing shaft 207 in a state where the rotation preventing force is not applied to the opening / closing body 205. Open. The opening / closing shafts 206; 207 are configured as round bars longer in the front-rear direction than the dimensions of the opening / closing bodies 204; 205 in the front-rear direction.
保持体208は、球の重さで作動体212;213の後部が前部よりも下方に位置するように、作動体212;213が傾斜した場合に、それ以上、作動体212;213が傾斜しないように、受け止めるとともに、作動体212;213の永久磁石288に吸着されることによって、作動体212;213を傾斜した状態に保つ強磁性体により構成される。保持体208の中央部には、くびれ部275が設けられる。保持体208の両端部には、挿入部276;277が設けられる。くびれ部275および挿入部276;277の外径は、保持体208の両端部の外径よりも細い。
When the actuating body 212; 213 is tilted such that the rear portion of the actuating body 212; 213 is positioned below the front part by the weight of the sphere, the actuating body 212; 213 is further tilted. In order to prevent this, it is configured by a ferromagnetic body that receives and is attracted to the permanent magnet 288 of the operating body 212; 213 to keep the operating body 212; 213 in an inclined state. A constricted portion 275 is provided at the center of the holding body 208. Insert portions 276 and 277 are provided at both ends of the holding body 208. The outer diameters of the constricted portion 275 and the insertion portions 276; 277 are thinner than the outer diameters of both end portions of the holding body 208.
保持体208が部品基盤202に取り付けられる場合、保持体208が作動体212;213よりも下部に配置されて部品基盤202に取り付けられる。それには、挿入部276が作動収容部224の内側から止取付孔230に嵌め込まれ、挿入部277が作動収容部224の内側から止取付孔231に嵌め込まれる。挿入部276;277が止取付孔230;231に嵌め込まれる場合、作動収容部224の左壁および右壁における止取付孔230;231の周囲の部分が外側に撓んだ後に内側に復元する。保持体208におけるくびれ部275と挿入部276;277との間の両端部が復元した作動収容部224の左壁および右壁を受け止める。よって、保持体208が作動収容部224の左壁および右壁から脱落しないように作動収容部224に取り付けられ、くびれ部275が作動収容部224の内部に配置される。
When the holding body 208 is attached to the component base 202, the holding body 208 is disposed below the operating body 212; 213 and attached to the part base 202. For this purpose, the insertion portion 276 is fitted into the stop attachment hole 230 from the inside of the operation accommodating portion 224, and the insertion portion 277 is fitted into the stop attachment hole 231 from the inside of the operation accommodation portion 224. When the insertion portion 276; 277 is fitted into the stop mounting hole 230; 231, the portion around the stop mounting hole 230; 231 on the left wall and the right wall of the operation accommodating portion 224 is bent outward and then restored to the inside. The left and right walls of the working accommodating portion 224 restored at both ends between the constricted portion 275 and the insertion portion 276; 277 in the holding body 208 are received. Therefore, the holding body 208 is attached to the operation accommodating portion 224 so that it does not fall off from the left wall and the right wall of the operation accommodating portion 224, and the constricted portion 275 is disposed inside the operation accommodating portion 224.
作動軸209は、作動体212の左右方向の寸法よりも左右方向に長い丸棒として構成される。作動軸209の一端部には、頭部279が設けられる。頭部279は、作動軸209の直径および軸受孔287の直径よりも大きな外径を有する。作動軸209の他端部には、溝280が設けられる。溝280は、止輪210を取り付けるものであって、作動軸209の外周面から内部に窪む形状である。止輪210は、環状の一部が除去された形状である。作動軸209が部品基盤202に取り付けられる場合、作動軸209の他端部が作動収容部224の外側から軸受孔228と作動体212;213の軸受孔287および軸受孔229を順に経由して作動収容部224に嵌め込まれ、作動収容部224から外側に突出した溝280に止輪210が装着され、作動軸209が止輪210および頭部279で作動収容部224に脱落しないように取り付けられて作動体212;213を部品基盤202に上下方向に回転可能に支持する。
The operating shaft 209 is configured as a round bar that is longer in the left-right direction than the horizontal dimension of the operating body 212. A head 279 is provided at one end of the operating shaft 209. The head 279 has an outer diameter larger than the diameter of the operating shaft 209 and the diameter of the bearing hole 287. A groove 280 is provided at the other end of the operating shaft 209. The groove 280 is for attaching the retaining ring 210 and is recessed from the outer peripheral surface of the operating shaft 209 to the inside. The retaining ring 210 has a shape in which a part of the annular shape is removed. When the operation shaft 209 is attached to the component base 202, the other end of the operation shaft 209 operates from the outside of the operation housing portion 224 through the bearing hole 228 and the operation body 212; 213 through the bearing hole 287 and the bearing hole 229 in order. A retaining ring 210 is fitted into a groove 280 that is fitted into the accommodating portion 224 and protrudes outward from the operating accommodating portion 224, and the operating shaft 209 is attached to the operating accommodating portion 224 by the retaining ring 210 and the head 279 so as not to fall off. Actuators 212; 213 are supported on the component base 202 so as to be rotatable in the vertical direction.
作動体212は、作動収容部224に収容され、開閉体204;205を開閉するための部材を構成するものであって、上球排出部282、下球排出部283、球誘導突起284、受止部285;286、軸受孔287、永久磁石288を備える。上球排出部282は、上球排出部282の上方から落下した球を受け止めて左右の一側方に排出するような斜面として、作動体212の後上部に形成される。下球排出部283は、開いた開閉体204;205の間から開閉体204;205を閉じて下球入口219の側に落下した球を、下球入口219から裏側に誘導するものであって、作動体212の下部に形成される。
球誘導突起284は、球を作動体212の上面から上球排出部282に誘導するものであって、作動体212の左縁部から上方に突出するように作動体212の左縁部に設けられる。
The actuating body 212 is accommodated in the actuating accommodating portion 224 and constitutes a member for opening and closing the open / close bodies 204; 205. The actuating body 212 includes an upper ball discharge portion 282, a lower ball discharge portion 283, a ball guide protrusion 284, a receiving portion. Stop portions 285; 286, bearing holes 287, and permanent magnets 288 are provided. The upper ball discharge portion 282 is formed on the rear upper portion of the operating body 212 as a slope that receives a ball dropped from above the upper ball discharge portion 282 and discharges it to the left and right sides. The lower sphere discharge unit 283 guides a sphere, which has been closed to the lower sphere inlet 219 from the opened opening / closing body 204; 205, to the lower sphere inlet 219, to the back side. , Formed below the operating body 212.
The ball guiding projection 284 guides the ball from the upper surface of the operating body 212 to the upper ball discharging section 282, and is provided on the left edge of the operating body 212 so as to protrude upward from the left edge of the operating body 212. It is done.
受止部285は、開閉体204の被受止部269を上方から下方に押し下げて開閉体204を閉じるものであって、作動体212の前上左部に設けられる。受止部286は、開閉体205の被受止部272を上方から下方に押し下げて開閉体205を閉じるものであって、作動体212の前上右部に設けられる。軸受孔287は、上球排出部282と受止部285;286との間に位置し、作動体212に左右方向への貫通孔として形成される。永久磁石288は、球が上球排出部282の上に落下することによって、作動体212の後部が前部よりも下がるように、作動体212が傾斜した場合、保持体208を磁力で吸着し、該作動体212の傾斜した姿勢を保持するものであって、作動体212の後下部に埋め込まれて設けられる。
The receiving part 285 closes the opening / closing body 204 by pressing the receiving part 269 of the opening / closing body 204 downward from above, and is provided at the front upper left portion of the operating body 212. The receiving portion 286 closes the opening / closing body 205 by pressing the receiving portion 272 of the opening / closing body 205 downward from above, and is provided on the front upper right portion of the operating body 212. The bearing hole 287 is located between the upper ball discharge part 282 and the receiving part 285; 286 and is formed in the operating body 212 as a through hole in the left-right direction. The permanent magnet 288 attracts the holding body 208 with a magnetic force when the operating body 212 is tilted so that the rear part of the operating body 212 is lower than the front part when the sphere falls on the upper sphere discharge section 282. The actuating body 212 is held in an inclined posture, and is provided embedded in the lower rear portion of the actuating body 212.
作動体213は、上球排出部282、下球排出部283、球誘導突起284、受止部285;286、軸受孔287、永久磁石288を備える点において作動体212と同じであるが、上球排出部282の球を排出する方向、球誘導突起284が設けられる位置が、作動体212と異なる。つまり、作動体212の上球排出部282が球を左から右に排出する斜面として構成されるのに対し、作動体213の上球排出部282が球を右から左に排出する斜面として構成される。
The actuating body 213 is the same as the actuating body 212 in that it includes an upper ball discharge portion 282, a lower ball discharge portion 283, a ball guide projection 284, a receiving portion 285; 286, a bearing hole 287, and a permanent magnet 288. The direction of discharging the sphere of the sphere discharge portion 282 and the position where the sphere guide protrusion 284 is provided are different from the operating body 212. That is, the upper sphere discharge portion 282 of the operating body 212 is configured as a slope that discharges the sphere from left to right, whereas the upper sphere discharge portion 282 of the operating body 213 is configured as a slope that discharges the sphere from right to left. Is done.
作動体212;213のいずれかが部品基盤202に取り付けられる場合、上球排出部282が上になり、下球排出部283および永久磁石288が下になり、受止部285;286が前になるように、作動体212;213のいずれかが作動収容部224の内部に収容される。その後、作動軸209が軸受孔228;229と軸受孔287との双方に嵌め込まれ、作動体212;213のいずれかが部品基盤202に取り付けられる。作動体212;213は、軸受孔287を境とする前部が後部よりも重い重量配分のもと構成されている。よって、作動体212;213が部品基盤202に取り付けられた場合、作動体212;213の前部が作動軸209を中心として下方に回転し、下球排出部283の前部が下球入口219の下縁部に上方から受け止められる。
When any one of the operating bodies 212; 213 is attached to the component base 202, the upper ball discharge portion 282 is on the upper side, the lower ball discharge portion 283 and the permanent magnet 288 are on the lower side, and the receiving portion 285; 286 is on the front side. As described above, any one of the operating bodies 212 and 213 is accommodated in the operation accommodating portion 224. Thereafter, the operating shaft 209 is fitted into both the bearing holes 228; 229 and the bearing holes 287, and any of the operating bodies 212; 213 is attached to the component base 202. The actuating bodies 212; 213 are configured such that the front part with the bearing hole 287 as a boundary is heavier than the rear part. Therefore, when the operating body 212; 213 is attached to the component base 202, the front part of the operating body 212; 213 rotates downward about the operating shaft 209, and the front part of the lower sphere discharge part 283 is the lower sphere inlet 219. It is received from above on the lower edge of the.
図6を参照し、入賞部品201;201A乃至201Bの作用について、作動体212を用いた入賞部品201Aの作用を例として説明する。図6のb図において、開閉体204;205が開いた状態において、作動体212の前部が作動軸209を中心として下方に回転するのに伴い、受止部285;286が開閉体204;205における後側の被受止部269;272を押し下げる。これによって、図6のa図に示すように、開閉体204が開閉軸206を中心として左から右に回転して閉じられ、開閉体205が開閉軸207を中心として右から左に回転して閉じられ、下球排出部283の前部が下球入口219の下縁部に上方から受け止められる。開閉体204;205が閉じられた場合、受止部285;286と被受止部269;272とが互いに左右方向で対向して掛け止められ、開閉体204;205が開放されない。また、開閉体204;205の上部が上球導入部217と左右方向で対向し、球が開閉体204;205の間から下球入口219の側に取り込まれない。
With reference to FIG. 6, the operation of the winning component 201; 201A to 201B will be described by taking the operation of the winning component 201A using the operating body 212 as an example. In FIG. 6b, in a state where the opening / closing body 204; 205 is open, the receiving portion 285; 286 is opened / closed body 204; as the front portion of the operating body 212 rotates downward about the operation shaft 209. The rear receiving portion 269; 272 in 205 is pushed down. As a result, as shown in FIG. 6a, the opening / closing body 204 is closed by rotating from the left to the right around the opening / closing axis 206, and the opening / closing body 205 is rotated from the right to the left around the opening / closing axis 207. It is closed and the front part of the lower sphere discharge part 283 is received by the lower edge part of the lower sphere inlet 219 from above. When the opening / closing body 204; 205 is closed, the receiving portions 285; 286 and the received portions 269; 272 are hooked opposite to each other in the left-right direction, and the opening / closing bodies 204; 205 are not opened. Further, the upper part of the opening / closing body 204; 205 faces the upper sphere introduction part 217 in the left-right direction, and the sphere is not taken into the lower sphere inlet 219 side between the opening / closing body 204;
前記のように開閉体204;205が閉じられた状態において、図6のc図に示すように、球が矢印X41で示すように作動体212の後部に落下すると、作動体212の前部が作動軸209を中心として矢印X42で示す上方に回転し、作動体212の永久磁石288が図6のd図に示すように保持体208に吸着される。上記作動体212の前部の上方への回転に伴い、図6のa図に示す受止部285;286と被受止部269;272との左右方向での対向が解除される。すると、図6のb図に示すように、開閉体204;205が錘270;273の重さによって開閉軸206;207を中心として左右に開き、その開いた形態が錘270;273の重さによって保持される。開閉体204;205が開放されると、開閉体204;205における被受止部269;272の側の下部が互いに近づく。この近づいた開閉体204;205の下部間の間隔H2は、1個の球Pの直径D1よりも小さい(H2<D1)。
When the opening / closing body 204; 205 is closed as described above, as shown in FIG. 6c, when the sphere falls to the rear portion of the operating body 212 as indicated by the arrow X41, the front portion of the operating body 212 is moved. The permanent magnet 288 of the actuating body 212 is attracted to the holding body 208 as shown in FIG. With the upward rotation of the front portion of the actuating body 212, the opposing portions of the receiving portions 285; 286 and the received portions 269; 272 shown in FIG. Then, as shown in FIG. 6b, the opening / closing body 204; 205 opens to the left and right around the opening / closing shaft 206; 207 by the weight of the weight 270; 273, and the opened form is the weight of the weight 270; 273. Held by. When the opening / closing body 204; 205 is opened, the lower portions of the opening / closing bodies 204; 205 on the side of the receiving portions 269; 272 approach each other. The distance H2 between the lower parts of the approaching open / close bodies 204; 205 is smaller than the diameter D1 of one sphere P (H2 <D1).
開閉体204;205が開いた状態において、球が開閉体204;205の間に入って開閉体204;205の下部に到達すると、球が開閉体204;205の下部を押し下げ、開閉体204;205が開閉軸206;207を中心として閉じる。これに伴い、図6のa図に示すように、開閉体204;205の下部が互いに離れる。この離れた開閉体204;205の下部間の間隔が、1個の球P(図6のb図参照)の直径よりも大きくなる。したがって、図6のd図に仮想線で示すように、球Pが開閉体204;205の下部の間を落下して下球排出部283の前部に受け止められる。すると、下球排出部283に受け止められた球の重さによって、保持体208と永久磁石288との吸着が解除され、作動体212の前部が作動軸209を中心として矢印X43で示す下方に回転する。
In a state where the opening / closing body 204; 205 is opened, when the ball enters the opening / closing body 204; 205 and reaches the lower part of the opening / closing body 204; 205, the ball pushes down the lower part of the opening / closing body 204; 205 closes around the opening and closing shafts 206 and 207. Accordingly, as shown in FIG. 6a, the lower parts of the opening / closing bodies 204; 205 are separated from each other. The distance between the lower parts of the separated opening / closing bodies 204; 205 becomes larger than the diameter of one sphere P (see FIG. 6b). Accordingly, as indicated by phantom lines in FIG. 6 d, the sphere P falls between the lower parts of the opening / closing bodies 204; 205 and is received by the front part of the lower sphere discharge part 283. Then, due to the weight of the sphere received by the lower sphere discharge portion 283, the adsorption of the holding body 208 and the permanent magnet 288 is released, and the front portion of the operating body 212 is located below the operating shaft 209 as indicated by the arrow X43. Rotate.
これによって、受止部285;286が図6のb図に示す位置から図6のa図に示す位置へと下降するのに伴い、図6のa図に示すように、受止部285;286が被受止部269;272と対向し、開閉体204;205が閉じられた形態に保持され、図6のc図に示すように、下球排出部283が下球入口219の下縁部に上方から受け止められ、作動体212の下方への回転が停止する。その後、下球排出部283に受け止められた球は、下球排出部283から遊技基盤2Aの裏側の第16球通路98に排出される。
Accordingly, as the receiving portion 285; 286 descends from the position shown in FIG. 6b to the position shown in FIG. 6a, as shown in FIG. 6a, the receiving portion 285; 286 is opposed to the receiving portions 269 and 272, and the opening and closing bodies 204 and 205 are held in a closed form. As shown in FIG. 6c, the lower sphere discharge portion 283 has a lower edge of the lower sphere inlet 219. The actuator 212 is received from above, and the downward rotation of the operating body 212 is stopped. Thereafter, the ball received by the lower ball discharge portion 283 is discharged from the lower ball discharge portion 283 to the sixteenth ball passage 98 on the back side of the game base 2A.
図7を参照し、パチンコ遊技機の構造について説明する。パチンコ遊技機は、大まかには、遊技機枠1の内部に遊技盤2を交換可能に格納した形態である。遊技機枠1は、固定枠3の前側に可動枠4を開閉可能に備え、可動枠4の前側に前扉5および皿構造体6を開閉可能に備える。固定枠3は、遊技機設置構造体に取り付けるための外枠とも呼ばれる。遊技機設置構造体は、遊技店のパチンコ遊技機を設置する島とも呼ばれる設備である。可動枠4は、遊技盤2、球発射機構7、図外の球払出機構など遊技に必要な部品を取り付ける前枠とも呼ばれる。球払出機構は、可動枠4の裏部に設けられる。前扉5は、パネル枠とも呼ばれ、前後方向に貫通する窓9を備える。窓9は、前面パネル10で塞がれる。前面パネル10は、前扉5の裏面に設けられた光透過性の有る無色なガラスのような板状の部材により構成される。皿構造体6の前面には、球受皿部11および球発射操作機構12が設けられる。
The structure of the pachinko gaming machine will be described with reference to FIG. The pachinko gaming machine generally has a form in which a gaming board 2 is stored in the gaming machine frame 1 in an exchangeable manner. The gaming machine frame 1 includes a movable frame 4 that can be opened and closed on the front side of the fixed frame 3, and a front door 5 and a dish structure 6 that can be opened and closed on the front side of the movable frame 4. The fixed frame 3 is also called an outer frame for attaching to the gaming machine installation structure. The gaming machine installation structure is a facility called an island where pachinko gaming machines of a gaming store are installed. The movable frame 4 is also referred to as a front frame to which parts necessary for the game, such as the game board 2, the ball launching mechanism 7, and a ball payout mechanism (not shown) are attached. The ball payout mechanism is provided on the back of the movable frame 4. The front door 5 is also called a panel frame and includes a window 9 that penetrates in the front-rear direction. The window 9 is closed by the front panel 10. The front panel 10 is configured by a plate-like member such as colorless glass having light transmissivity provided on the back surface of the front door 5. A ball tray 11 and a ball launching operation mechanism 12 are provided on the front surface of the dish structure 6.
遊技盤2は、遊技基盤2Aに、多種多様な遊技部品を備える。遊技基盤2Aの前面には、遊技領域13が設けられる。遊技盤2が遊技機枠1に格納された場合、遊技領域13は、遊技機枠1の前側から窓9および前面パネル10を経由して視認される。遊技領域13は、遊技盤2の前面の内ガイドレール14および外ガイドレール15で囲まれた内側の部分である。遊技領域13の左側には、球発射通路16が接続される。球発射通路16は、内ガイドレール14の左側部と外ガイドレール15の左側部との間の隙間によって形成される。遊技領域13には、アウト口17、球戻り防止弁18、球反発体19、遊技釘20、第1入賞部品21、第2入賞部品22、第3入賞部品23、第4入賞部品24、第5入賞部品25、第6入賞部品26、第7入賞部品27、第8入賞部品28、第9入賞部品29、第10入賞部品30、第11入賞部品31が設けられる。内ガイドレール14、外ガイドレール15、アウト口17、球戻り防止弁18、球反発体19、遊技釘20、第1乃至第11入賞部品21乃至31は、遊技基盤2Aの前側に設けられる多種多様な遊技部品を構成する。
The game board 2 includes a variety of game parts on the game base 2A. A game area 13 is provided in front of the game base 2A. When the gaming board 2 is stored in the gaming machine frame 1, the gaming area 13 is visually recognized from the front side of the gaming machine frame 1 through the window 9 and the front panel 10. The game area 13 is an inner portion surrounded by the inner guide rail 14 and the outer guide rail 15 on the front surface of the game board 2. A ball launching passage 16 is connected to the left side of the game area 13. The ball launching passage 16 is formed by a gap between the left side portion of the inner guide rail 14 and the left side portion of the outer guide rail 15. The game area 13 includes an out port 17, a ball return prevention valve 18, a ball repelling body 19, a game nail 20, a first winning component 21, a second winning component 22, a third winning component 23, a fourth winning component 24, A 5-winning component 25, a sixth winning component 26, a seventh winning component 27, an eighth winning component 28, a ninth winning component 29, a tenth winning component 30, and an eleventh winning component 31 are provided. The inner guide rail 14, the outer guide rail 15, the out port 17, the ball return prevention valve 18, the ball repelling body 19, the game nail 20, and the first to eleventh winning components 21 to 31 are variously provided on the front side of the game base 2A. Configure various gaming parts.
遊技者が球受皿部11にパチンコ球と呼ばれる球を入れ、遊技者が球発射操作機構12を右回りに操作すると、球発射機構7が球発射操作機構12の操作量に応じた発射力で駆動し、球発射機構7が球受皿部11から遊技機枠1の内部に取り込まれた球を1個ずつ球発射通路16に向けて発射する。球発射通路16に発射された球は、球戻り防止弁18を押し開けて遊技領域13に到達する。遊技領域13に到達した球は、遊技領域13を流下する過程において、遊技部品に衝突して、流れる方向を変えながら、第1乃至第11入賞部品31のいずれかに入って遊技盤2の裏側に排出される。第1乃至第11入賞部品31のいずれにも入らないで、遊技領域13の最下部に到達した球は、アウト口17から遊技盤2の裏側に排出される。
When a player inserts a ball called a pachinko ball into the ball tray 11 and the player operates the ball launching operation mechanism 12 clockwise, the ball launching mechanism 7 has a firing force corresponding to the operation amount of the ball launching operation mechanism 12. When driven, the ball launching mechanism 7 launches the balls taken into the inside of the gaming machine frame 1 from the ball tray 11 toward the ball launching passage 16 one by one. The ball launched into the ball launch passage 16 pushes the ball return prevention valve 18 open and reaches the game area 13. In the process of flowing down the game area 13, the ball that has reached the game area 13 collides with the game parts and changes the flowing direction, and enters any of the first to eleventh prize-winning parts 31, and is behind the game board 2. To be discharged. The ball that has not entered any of the first to eleventh winning components 31 and has reached the bottom of the game area 13 is discharged from the out port 17 to the back side of the game board 2.
図8を参照し、第1乃至第11入賞部品21乃至31における入賞口の構成について説明する。第1入賞部品21は、第1入賞口32を備える。第2入賞部品22は、第2入賞口33を備える。第3入賞部品23は、第3入賞口34、第4入賞口35、第5入賞口36、第6入賞口37、第7入賞口38、第8入賞口39、第9入賞口40、第10入賞口41、第11入賞口42、第12入賞口43からなる10個の入賞口を備える。第4入賞部品24は、第13入賞口44、第14入賞口45を備える。第5入賞部品25は、第15入賞口46、第16入賞口47を備える。第6入賞部品26は、第17入賞口48を備える。第7入賞部品27は、第18入賞口49を備える。第8入賞部品28は、第19入賞口50を備える。第9入賞部品29は、第20入賞口51を備える。第10入賞部品30は、第21入賞口52を備える。第11入賞部品31は、第22入賞口53を備える。
With reference to FIG. 8, the structure of the winning opening in the first to eleventh winning components 21 to 31 will be described. The first winning component 21 includes a first winning port 32. The second winning component 22 includes a second winning port 33. The third winning component 23 includes a third winning port 34, a fourth winning port 35, a fifth winning port 36, a sixth winning port 37, a seventh winning port 38, an eighth winning port 39, a ninth winning port 40, There are 10 winning ports including a 10 winning port 41, an 11th winning port 42, and a twelfth winning port 43. The fourth winning component 24 includes a thirteenth winning port 44 and a fourteenth winning port 45. The fifth winning component 25 includes a fifteenth winning port 46 and a sixteenth winning port 47. The sixth winning component 26 includes a seventeenth winning opening 48. The seventh winning component 27 includes an eighteenth winning port 49. The eighth winning component 28 includes a nineteenth winning opening 50. The ninth winning component 29 includes a twentieth winning port 51. The tenth winning component 30 includes a twenty-first winning opening 52. The eleventh winning component 31 includes a twenty-second winning port 53.
第1乃至第7入賞口32乃至38、第12入賞口43、第14入賞口45、第16入賞口47は、球を取り入れるための球入口の大きさが不変な入賞口として構成される。第8乃至第11入賞口39乃至42は、遊技領域13から球を取り入れるための球入口の大きさが可変な入賞口として、球入口の前部に一体の開閉体aを個別に備え、開閉体aが垂直姿勢から下部を中心として前側に開放されて前傾姿勢になることによって、球入口に球を入れることが可能になり、開閉体aが前傾姿勢から下部を中心として後側に閉鎖され垂直姿勢になることによって、球入口に球を入れることが不可能になるように、構成される。
The 1st to 7th winning ports 32 to 38, the 12th winning port 43, the 14th winning port 45, and the 16th winning port 47 are configured as winning ports in which the size of the ball entrance for taking in the ball is unchanged. The eighth to eleventh winning holes 39 to 42 are individually provided with an integrated opening / closing body a at the front part of the ball entrance as a winning opening with a variable size of the ball entrance for taking the ball from the game area 13, and can be opened and closed. When the body a is opened from the vertical posture to the front side with the lower part as the center and becomes the forward leaning posture, it becomes possible to put a sphere into the ball entrance, and the opening / closing body a is moved from the forward leaning posture to the rear side with the lower part as the center. By being closed and in a vertical position, it is configured such that it is impossible to enter the ball at the ball entrance.
第13入賞口44、第15入賞口46、第17乃至第22入賞口48乃至53は、遊技領域13から球を取り入れるための球入口の大きさが可変な入賞口として、球入口の前部両側に左右一対の開閉体b;cを備え、左の開閉体bが垂直姿勢から下部を中心として左側に開放されて左斜め姿勢になり、右の開閉体cが垂直姿勢から下部を中心として右側に開放されて右斜め姿勢になることによって、球入口に球を入れることが可能になり、左の開閉体bが左斜め姿勢から下部を中心として右側に閉鎖されて垂直姿勢になり、右の開閉体cが右斜め姿勢から下部を中心として左側に閉鎖されて垂直姿勢になることによって、球入口に球を入れることが不可能になるように、構成される。
The thirteenth winning port 44, the fifteenth winning port 46, and the seventeenth to twenty-second paying ports 48 to 53 are used as winning ports having a variable size of the ball entrance for taking the ball from the game area 13, and the front part of the ball entrance. A pair of left and right opening / closing bodies b; c are provided on both sides, and the left opening / closing body b is opened leftward from the vertical position with the lower part as the center, and the left opening / closing body c is inclined leftward. By opening to the right side and taking the right slanted posture, it becomes possible to insert a sphere into the ball entrance, and the left opening / closing body b is closed from the left slanted posture to the right side centering on the lower part to assume a vertical posture, The opening / closing body c is configured to be incapable of putting a sphere into the sphere entrance by being closed to the left from the obliquely right position to the left with the lower portion as the center.
第1入賞口32、第2入賞口33、第5乃至第22入賞口36乃至53は、入賞した球を遊技盤2の裏側に排出する。第3入賞口34、第4入賞口35は、入賞した球を、第5乃至第7入賞口36乃至38のいずれかに必ず入賞するように、第3入賞部品23の前部に形成された部屋で下方に落下する。第1乃至第4入賞口32乃至35、第8乃至第22入賞口39乃至53に球が入賞すると、図外の球払出機構が賞球を払い出す。第5乃至第7入賞口36乃至38に球が入賞しても、球払出機構が賞球を払い出さない。
The first winning port 32, the second winning port 33, and the fifth to twenty-second winning ports 36 to 53 discharge the winning balls to the back side of the game board 2. The third winning opening 34 and the fourth winning opening 35 are formed in the front part of the third winning component 23 so that the winning ball is surely won in any of the fifth to seventh winning openings 36 to 38. Fall down in the room. When a ball enters the first to fourth winning ports 32 to 35 and the eighth to 22nd winning ports 39 to 53, a ball payout mechanism (not shown) pays out the winning ball. Even if a ball wins the fifth to seventh winning openings 36 to 38, the ball payout mechanism does not pay out the winning ball.
第5入賞口36または遊技領域13から第14入賞口45に入賞した球は、遊技盤2の裏側に排出され、第13入賞口44の開閉体b;cを開放する。第8入賞口39の開閉体aまたは第9入賞口40の開閉体aが開放中において、遊技領域13から第8入賞口39または第9入賞口40に入賞した球は、球の入賞した入賞口に該当する開閉体aを閉鎖し、遊技盤2の裏側に排出され、第13入賞口44の開閉体b;cを開放する。第6入賞口37に入賞した球は、遊技盤2の裏側に排出され、第8乃至第11入賞口39乃至42の開閉体aと第17乃至第19入賞口48乃至50および第21入賞口52の開閉体b;cを開放する。
The ball that has won from the fifth winning slot 36 or the gaming area 13 to the fourteenth winning slot 45 is discharged to the back side of the game board 2 and opens the opening / closing bodies b; c of the thirteenth winning slot 44. While the opening / closing body a of the eighth winning opening 39 or the opening / closing body a of the ninth winning opening 40 is open, the ball that has won the eighth winning opening 39 or the ninth winning opening 40 from the game area 13 The opening / closing body a corresponding to the mouth is closed, discharged to the back side of the game board 2, and the opening / closing body b; c of the thirteenth winning opening 44 is opened. The ball that won the sixth winning opening 37 is discharged to the back side of the game board 2, and the opening and closing body a of the eighth to eleventh winning openings 39 to 42, the seventeenth to nineteenth winning openings 48 to 50, and the twenty-first winning opening. 52 open / close bodies b; c are opened.
第7入賞口38または遊技領域13から第16入賞口47に入賞した球は、遊技盤2の裏側に排出され、第15入賞口46の開閉体b;cを開放する。第10入賞口41の開閉体aまたは第11入賞口42の開閉体aが開放中において、遊技領域13から第10入賞口41または第11入賞口42に入賞した球は、球の入賞した入賞口に該当する開閉体aを閉鎖し、遊技盤2の裏側に排出され、第15入賞口46の開閉体b;cを開放する。第13入賞口44の開閉体b;cが開放中において、遊技領域13から第13入賞口44に入賞した球は、第13入賞口44の開閉体b;cを閉鎖し、遊技盤2の裏側に排出される。第15入賞口46の開閉体b;cが開放中において、遊技領域13から第15入賞口46に入賞した球は、第15入賞口46の開閉体b;cを閉鎖し、遊技盤2の裏側に排出される。
The ball that has won from the seventh winning hole 38 or the gaming area 13 to the sixteenth winning hole 47 is discharged to the back side of the game board 2 and opens the open / close bodies b; c of the fifteenth winning hole 46. While the opening / closing body a of the tenth winning opening 41 or the opening / closing body a of the eleventh winning opening 42 is open, the ball that has won the tenth winning opening 41 or the eleventh winning opening 42 from the game area 13 The opening / closing body a corresponding to the mouth is closed, discharged to the back side of the game board 2, and the opening / closing body b; c of the 15th winning opening 46 is opened. While the opening / closing body b; c of the thirteenth winning opening 44 is open, the ball that has won the thirteenth winning opening 44 from the game area 13 closes the opening / closing body b; c of the thirteenth winning opening 44 and It is discharged to the back side. While the opening / closing body b; c of the fifteenth winning port 46 is open, the ball that has won the fifteenth winning port 46 from the game area 13 closes the opening / closing member b; c of the fifteenth winning port 46 and It is discharged to the back side.
第17入賞口48の開閉体b;cが開放中において、遊技領域13から第17入賞口48に入賞した球は、第17入賞口48の開閉体b;cを閉鎖し、遊技盤2の裏側に排出され、第20入賞口51の開閉体b;cを開放する。第18入賞口49の開閉体b;cが開放中において、遊技領域13から第18入賞口49に入賞した球は、第18入賞口49の開閉体b;cを閉鎖し、遊技盤2の裏側に排出され、第21入賞口52の開閉体b;cを開放する。第19入賞口50の開閉体b;cが開放中において、遊技領域13から第19入賞口50に入賞した球は、第19入賞口50の開閉体b;cを閉鎖し、遊技盤2の裏側に排出され、第22入賞口53の開閉体b;cを開放する。
While the opening / closing body b; c of the 17th winning opening 48 is open, the ball that has won the 17th winning opening 48 from the game area 13 closes the opening / closing body b; c of the 17th winning opening 48 and It is discharged to the back side, and the open / close body b; c of the 20th winning opening 51 is opened. While the opening / closing body b; c of the 18th winning port 49 is open, the ball that has won the 18th winning port 49 from the game area 13 closes the opening / closing body b; c of the 18th winning port 49, and It is discharged to the back side, and the open / close body b; c of the 21st winning opening 52 is opened. While the opening / closing body b; c of the 19th winning opening 50 is open, the ball that has won the 19th winning opening 50 from the game area 13 closes the opening / closing body b; c of the 19th winning opening 50 and It is discharged to the back side, and the open / close body b; c of the 22nd winning opening 53 is opened.
第20入賞口51の開閉体b;cが開放中において、遊技領域13から第20入賞口51に入賞した球は、第20入賞口51の開閉体b;cを閉鎖し、遊技盤2の裏側に排出される。第21入賞口52の開閉体b;cが開放中において、遊技領域13から第21入賞口52に入賞した球は、第21入賞口52の開閉体b;cを閉鎖し、遊技盤2の裏側に排出される。第22入賞口53の開閉体b;cが開放中において、遊技領域13から第22入賞口53に入賞した球は、第22入賞口53の開閉体b;cを閉鎖し、遊技盤2の裏側に排出される。
While the opening / closing body b; c of the 20th winning opening 51 is open, the ball that has won the 20th winning opening 51 from the game area 13 closes the opening / closing body b; c of the 20th winning opening 51 and It is discharged to the back side. While the opening / closing body b; c of the 21st winning opening 52 is open, the ball that has won the 21st winning opening 52 from the game area 13 closes the opening / closing body b; c of the 21st winning opening 52 and It is discharged to the back side. While the opening / closing body b; c of the 22nd winning opening 53 is open, the ball that has won the 22nd winning opening 53 from the game area 13 closes the opening / closing body b; c of the 22nd winning opening 53 and It is discharged to the back side.
よって、第5入賞口36に球が入賞した場合、賞球が払い出されず、第13入賞口44の開閉体b;cが開放する。第6入賞口37に球が入賞した場合、賞球が払い出されず、第8乃至第11入賞口39乃至42の開閉体aと第17乃至第19入賞口48乃至50および第21入賞口52の開閉体b;cとが開放する。第7入賞口38に球が入賞した場合、賞球が払い出されず、第15入賞口46の開閉体b;cが開放する。第8入賞口39または第9入賞口40または第14入賞口45に球が入賞した場合、賞球が払い出され、第13入賞口44の開閉体b;cが開放する。第10入賞口41または第11入賞口42または第16入賞口47に球が入賞した場合、賞球が払い出され、第15入賞口46の開閉体b;cが開放する。第17入賞口48に球が入賞した場合、賞球が払い出され、第20入賞口51の開閉体b;cが開放する。第18入賞口49に球が入賞した場合、賞球が払い出され、第21入賞口52の開閉体b;cが開放する。第19入賞口50に球が入賞した場合、賞球が払い出され、第22入賞口53の開閉体b;cが開放する(図3参照)。
Therefore, when a ball wins the fifth winning opening 36, the winning ball is not paid out, and the opening / closing body b; c of the thirteenth winning opening 44 is opened. When a ball wins the sixth winning opening 37, the winning ball is not paid out, and the opening / closing body a of the eighth to eleventh winning openings 39 to 42 and the seventeenth to nineteenth winning openings 48 to 50 and the twenty-first winning opening 52 The opening / closing body b; c is opened. When a ball wins the seventh winning opening 38, the winning ball is not paid out, and the opening / closing body b; c of the fifteenth winning opening 46 is opened. When a ball wins the eighth winning port 39, the ninth winning port 40, or the fourteenth winning port 45, the winning ball is paid out, and the opening / closing body b; c of the thirteenth winning port 44 is opened. When a ball wins the tenth winning port 41, the eleventh winning port 42 or the sixteenth winning port 47, the winning ball is paid out, and the open / close bodies b; c of the fifteenth winning port 46 are opened. When a ball wins the 17th winning port 48, the winning ball is paid out, and the opening / closing body b; c of the 20th winning port 51 is opened. When a ball wins the 18th winning port 49, the winning ball is paid out, and the opening / closing body b; c of the 21st winning port 52 is opened. When a ball wins the 19th winning port 50, the winning ball is paid out, and the opening / closing body b; c of the 22nd winning port 53 is opened (see FIG. 3).
第18入賞口49の開閉体b;cおよび第21入賞口52の開閉体b;cが開放中においては、球が第18入賞口49に入賞するよりも先の時点で第21入賞口52に入賞した方が、球が第21入賞口52に入賞するよりも先の時点で第18入賞口49に入賞するよりも、有利である。その理由は、球が第18入賞口49に入賞するよりも先の時点で第21入賞口52に入賞すれば、第21入賞口52への入賞に伴い第21入賞口52の開閉体b;cが閉鎖した後に、第18入賞口49への入賞に伴い第21入賞口52の開閉体b;cが再び開放するからである。換言すると、球が第18入賞口49に入賞するよりも先の時点で第21入賞口52に入賞した場合に賞球として払い出される球の個数は、球が第21入賞口52に入賞するよりも先の時点で第18入賞口49に入賞した場合に賞球として払い出される球の個数よりも多くなるからである。
When the opening / closing body b; c of the 18th winning opening 49 and the opening / closing body b; c of the 21st winning opening 52 are open, the 21st winning opening 52 is located before the ball wins the 18th winning opening 49. It is more advantageous to win the ball than to win the 18th winning slot 49 at a time before the ball wins the 21st winning slot 52. The reason is that if the ball wins the 21st winning opening 52 at a time earlier than the 18th winning opening 49, the opening / closing body b of the 21st winning opening 52 along with the winning of the 21st winning opening 52; This is because, after c is closed, the open / close body b; c of the 21st winning opening 52 is opened again in accordance with winning in the 18th winning opening 49. In other words, the number of balls to be paid out as a winning ball when the ball wins the 21st winning slot 52 at a time earlier than the 18th winning slot 49 wins. This is because, when the 18th winning opening 49 is won at the previous time, the number is more than the number of balls to be paid out as winning balls.
第6入賞口37に入賞した1個の球が、第8乃至第11入賞口39乃至42の開閉体aと第17乃至第19入賞口48乃至50および第21入賞口52の開閉体b;cとを開放するので、第6入賞口37は、第8乃至第11入賞口39乃至42と第17乃至第19入賞口48乃至50および第21入賞口52からなる8個の可変入賞口を球の入賞可能な形態に開放する、特定入賞口を構成する。また、第8乃至第11入賞口39乃至42と第17入賞口48および第19入賞口50が入賞可能な形態に開放した場合において、第8入賞口39または第9入賞口40に入賞した球が第13入賞口44の開閉体b;cを開放し、第10入賞口41または第11入賞口42に入賞した球が第15入賞口46の開閉体b;cを開放し、第17入賞口48に入賞した球が第20入賞口51の開閉体b;cを開閉し、第19入賞口50に入賞した球が第22入賞口53の開閉体b;cを開閉するので、第6入賞口37は、第13入賞口44と第15入賞口46と第20入賞口51および第22入賞口53からなる4個の可変入賞口を球の入賞可能な形態に開放するきっかけを作る、特定入賞口としても機能する。
One ball that has won the sixth prize opening 37 is an opening / closing body a of the eighth to eleventh prize opening 39 to 42, an opening / closing body b of the seventeenth to nineteenth prize opening 48 to 50, and a twenty-first prize opening 52; c, so that the sixth winning port 37 has eight variable winning ports including the eighth to eleventh winning ports 39 to 42, the seventeenth to nineteenth winning ports 48 to 50, and the twenty-first winning port 52. A specific winning opening that opens to a form that allows winning of a ball is formed. In addition, when the eighth to eleventh winning mouths 39 to 42, the seventeenth winning mouth 48, and the nineteenth winning mouth 50 are opened in a form capable of winning a prize, the balls won in the eighth winning mouth 39 or the ninth winning mouth 40 Opens the opening / closing body b; c of the thirteenth winning opening 44, and the ball that wins the tenth winning opening 41 or the eleventh winning opening 42 opens the opening / closing body b; c of the fifteenth winning opening 46, and wins the seventeenth prize. The ball that won the opening 48 opens and closes the opening / closing body b; c of the 20th winning opening 51, and the ball that won the 19th winning opening 50 opens and closes the opening / closing body b; c of the 22nd winning opening 53. The winning opening 37 creates a chance to open four variable winning openings including the thirteenth winning opening 44, the fifteenth winning opening 46, the twentieth winning opening 51, and the twenty-second winning opening 53 into a form in which a ball can be won. It also functions as a specific prize opening.
図9において、入賞部品欄の第1乃至第11は、図8の第1乃至第11入賞部品21乃至31を表す。入賞口欄の第1乃至第22は、図8の第1乃至第22入賞口32乃至53を表す。払出欄の○印は、当該欄の左側に位置する入賞口への入賞に対し、賞球が払い出されることを表す。払出欄の×印は、当該欄の左側に位置する入賞口への入賞に対し、賞球が払い出されないことを表す。連動欄の○印は、当該欄の左側に位置する入賞口への入賞に対し、連動する入賞口が有ることを表す。連動欄の○印の右側には、連動する入賞口の該当する番号を表す。連動する入賞口の該当する番号は、図6の第8乃至第11入賞口39乃至42と第13入賞口44と第15入賞口46と第17乃至第22入賞口48乃至53を表す。
In FIG. 9, the first to eleventh items in the winning component column represent the first to eleventh winning components 21 to 31 in FIG. The 1st to 22nd in the winning prize column represent the 1st to 22nd winning prize ports 32 to 53 in FIG. A circle in the payout column indicates that a prize ball is paid out for winning in a winning slot located on the left side of the column. The x mark in the payout column indicates that no prize ball is paid out for winning in the winning slot located on the left side of the column. A circle in the interlocking column indicates that there is an interlocking winning port for winning in the winning port located on the left side of the column. On the right side of the circle in the interlocking column, the number corresponding to the winning prize port to be interlocked is shown. Corresponding numbers of the linked winning ports represent the eighth to eleventh winning ports 39 to 42, the thirteenth winning port 44, the fifteenth winning port 46, and the seventeenth to twenty-second winning ports 48 to 53 of FIG.
図10を参照し、球が入賞した場合における第1入賞口32、第2入賞口33、第5乃至第22入賞口36乃至53の相互関係について説明する。遊技盤2の裏面には、球通路が次のように構成される。第1球通路83は、第1入賞口32から遊技盤2の裏側に排出された球を、矢印X1で示す経路で、下方に誘導する。第1球通路83を通過する球は、第1球通路83に設けられた第1入賞球検出器62で検出される。第2球通路84は、第2入賞口33、第12入賞口43のいずれかから遊技盤2の裏側に排出された球を、矢印X2;X3のいずれかで示す経路で、下方に誘導する。第2球通路84を通過する球は、第2球通路84に設けられた第2入賞球検出器63で検出される。第1入賞球検出器62または第2入賞球検出器63は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第1入賞口32、第2入賞口33、第12入賞口43のいずれかに入賞した球は、賞球の払い出しを伴い、他の入賞口の開閉体を開放することなく、遊技盤2の下部から下方に排出される。
With reference to FIG. 10, the interrelation between the first winning port 32, the second winning port 33, and the fifth to twenty-second winning ports 36 to 53 when a ball is won will be described. On the back surface of the game board 2, a ball passage is configured as follows. The first ball passage 83 guides the ball discharged from the first winning opening 32 to the back side of the game board 2 along the path indicated by the arrow X1. A ball passing through the first ball passage 83 is detected by a first winning ball detector 62 provided in the first ball passage 83. The second ball passage 84 guides the ball discharged from either the second winning port 33 or the twelfth winning port 43 to the back side of the game board 2 along a route indicated by one of the arrows X2 and X3. . A sphere passing through the second ball passage 84 is detected by a second winning ball detector 63 provided in the second ball passage 84. The first winning ball detector 62 or the second winning ball detector 63 outputs a signal detecting the ball as a winning signal to a control device (not shown), and the control device has a number of winning balls corresponding to the winning signal. The ball dispensing mechanism (not shown) is driven so as to dispense the ball. In other words, a ball that has won any of the first winning port 32, the second winning port 33, and the twelfth winning port 43 is accompanied by paying out the winning ball, and without opening the opening / closing bodies of the other winning ports. 2 is discharged downward from the bottom.
第3球通路85は、第5入賞口36、第8入賞口39、第9入賞口40のいずれかから遊技盤2の裏側に排出された球を、矢印X4;X5;X6のいずれかで示す経路で、第13入賞口44の作動体213の上に誘導する。第4球通路86は、第14入賞口45から遊技盤2の裏側に排出された球を、矢印X7で示す経路で、真下の作動体213の上に誘導する。作動体213の後部は、その上に乗った球の重さで下方に動き、作動体213の前部が第13入賞口44の図8の開閉体b;cを開放する。作動体213の後部が下方に動くと、その上に乗った球は、作動体213から第13入賞口44を迂回して左斜め下方の第5球通路87に排出される。第5球通路87は、作動体213から排出された球を、矢印X8で示す経路で、第1球通路83の下部に集合するように誘導する。第5入賞口36に入賞した球は、第5入賞口36に設けられた第5入賞球検出器66で検出される。第8入賞口39に入賞した球は、第8入賞口39から第3球通路85に球を誘導する球通路85Aに設けられた第8入賞球検出器69で検出される。第9入賞口40に入賞した球は、第9入賞口40から第3球通路85に球を誘導する球通路85Bに設けられた第9入賞球検出器70で検出される。第14入賞口45に入賞した球は、第14入賞口45に設けられた第13入賞球検出器74で検出される。第8入賞球検出器69または第9入賞球検出器70または第13入賞球検出器74は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第5入賞口36に入賞した球は、賞球の払い出しを伴うことなく、第13入賞口44における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。第8入賞口39、第9入賞口40、第14入賞口45のいずれかに入賞した球は、賞球の払い出しを伴い、第13入賞口44における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。
The third ball passage 85 is a ball discharged from the fifth winning port 36, the eighth winning port 39, or the ninth winning port 40 to the back side of the game board 2 by any of the arrows X4, X5, and X6. It guides on the action body 213 of the 13th winning opening 44 in the route shown. The fourth ball passage 86 guides the ball discharged from the fourteenth winning opening 45 to the back side of the game board 2 on the working body 213 directly below by a route indicated by an arrow X7. The rear part of the actuating body 213 moves downward by the weight of the ball riding on the actuating body 213, and the front part of the actuating body 213 opens the open / close bodies b; c of FIG. When the rear portion of the actuating body 213 moves downward, the ball on the actuating body 213 is discharged from the actuating body 213 to the fifth ball passage 87 diagonally to the left and bypassing the thirteenth winning port 44. The fifth ball passage 87 guides the balls discharged from the operating body 213 so as to gather at the lower part of the first ball passage 83 along the route indicated by the arrow X8. The ball that has won the fifth winning opening 36 is detected by a fifth winning ball detector 66 provided in the fifth winning opening 36. The ball that has won the eighth winning opening 39 is detected by the eighth winning ball detector 69 provided in the ball passage 85A that guides the ball from the eighth winning opening 39 to the third ball passage 85. The ball that has won the ninth winning port 40 is detected by the ninth winning ball detector 70 provided in the ball passage 85B that guides the ball from the ninth winning port 40 to the third ball passage 85. The sphere that won the 14th winning opening 45 is detected by the 13th winning ball detector 74 provided at the 14th winning opening 45. The eighth winning ball detector 69, the ninth winning ball detector 70, or the thirteenth winning ball detector 74 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device responds to the winning signal. A ball payout mechanism (not shown) is driven so as to pay out as many balls as award balls. In other words, the ball that has won the fifth winning opening 36 opens the opening / closing body b; c in FIG. 8 at the thirteenth winning opening 44 without being paid out, and is discharged downward from the lower part of the game board 2. The The ball that has won any of the eighth winning port 39, the ninth winning port 40, and the fourteenth winning port 45 is accompanied by paying out the winning ball, and opens the opening / closing body b; c in FIG. 8 at the thirteenth winning port 44. The game board 2 is discharged downward from the bottom.
第6球通路88は、第7入賞口38、第10入賞口41、第11入賞口42のいずれかから遊技盤2の裏側に排出された球を、矢印X9;X10;X11のいずれかで示す経路で、第15入賞口46の作動体212の上に誘導する。第7球通路89は、第16入賞口47から遊技盤2の裏側に排出された球を、矢印X12で示す経路で、真下の作動体212の上に誘導する。作動体212の後部は、その上に乗った球の重さで下方に動き、作動体212の前部が第15入賞口46における図8の開閉体b;cを開放する。作動体212の後部が下方に動くと、その上に乗った球は、作動体212から第15入賞口46を迂回して右斜め下方の第8球通路90に排出される。第8球通路90は、作動体212から排出された球を、矢印X13で示す経路で、第2球通路84の下部に集合するように誘導する。第7入賞口38に入賞した球は、第7入賞口38に設けられた第7入賞球検出器68で検出される。第10入賞口41に入賞した球は、第7入賞口38から第6球通路88に球を誘導する球通路88Aに設けられた第10入賞球検出器71で検出される。第11入賞口42に入賞した球は、第7入賞口38から第6球通路88に球を誘導する球通路88Bに設けられた第11入賞球検出器72で検出される。第16入賞口47に入賞した球は、第16入賞口47に設けられた第15入賞球検出器76で検出される。第10入賞球検出器71または第11入賞球検出器72または第15入賞球検出器76は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第7入賞口38に入賞した球は、賞球の払い出しを伴うことなく、第15入賞口46における図8の開閉体b;c開閉体を開放し、遊技盤2の下部から下方に排出される。第10入賞口41、第11入賞口42のいずれかに入賞した球は、賞球の払い出しを伴い、第15入賞口46における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。
The sixth ball passage 88 is a ball discharged from the seventh winning port 38, the tenth winning port 41, or the eleventh winning port 42 to the back side of the game board 2 by any of the arrows X9, X10, and X11. It guides on the action body 212 of the 15th prize winning opening 46 by the path | route shown. The seventh ball passage 89 guides the ball discharged from the sixteenth winning opening 47 to the back side of the game board 2 on the working body 212 directly below by a route indicated by an arrow X12. The rear part of the actuating body 212 moves downward by the weight of the ball on the actuating body 212, and the front part of the actuating body 212 opens the opening / closing bodies b; c in FIG. When the rear portion of the operating body 212 moves downward, the ball riding on the operating body 212 is discharged from the operating body 212 to the eighth ball passage 90 obliquely downward to the right, bypassing the fifteenth winning opening 46. The eighth ball passage 90 guides the sphere discharged from the operating body 212 to gather at the lower part of the second ball passage 84 along the route indicated by the arrow X13. A ball that has won the seventh winning opening 38 is detected by a seventh winning ball detector 68 provided in the seventh winning opening 38. The ball that has won the tenth winning port 41 is detected by the tenth winning ball detector 71 provided in the ball passage 88A for guiding the ball from the seventh winning port 38 to the sixth ball passage 88. The sphere that has won the eleventh winning opening 42 is detected by the eleventh winning ball detector 72 provided in the ball passage 88B that guides the sphere from the seventh winning opening 38 to the sixth ball passage 88. The ball that has won the 16th prize opening 47 is detected by the 15th prize ball detector 76 provided in the 16th prize opening 47. The tenth winning ball detector 71, the eleventh winning ball detector 72, or the fifteenth winning ball detector 76 outputs a signal detecting the ball as a winning signal to a control device (not shown), and the control device responds to the winning signal. A ball payout mechanism (not shown) is driven so as to pay out the number of balls as prize balls. That is, the ball that won the seventh winning opening 38 opens the opening / closing body b; c opening / closing body of FIG. 8 at the fifteenth winning opening 46 without paying out the winning ball, and moves downward from the bottom of the game board 2. Discharged. A ball that has won a prize in either the tenth winning opening 41 or the eleventh winning opening 42 is accompanied by payout of the winning ball, and opens the opening / closing body b; c in FIG. It is discharged downward from.
第9球通路91は、第6入賞口37から遊技盤2の裏側に排出された球を、矢印X14で示す経路で、第18入賞口49の作動体125の後部を下方に動かす。第6入賞口37に入賞した球は、第6入賞口37に設けられた第6入賞球検出器67で検出される。第9球通路91を落下する球は、その途中で、図外の複数のレバーを動かす。複数のレバーが、第8乃至第11入賞口39乃至42における図8の開閉体a、第17入賞口48および第19入賞口50における図8の開閉体b;cを開放するための作動体122;124の後部における被押下部172(図1参照)を下方に動かす。複数のレバーを動かした後の第9球通路91を落下する球は、第18入賞口49の作動体125の上に誘導される。これによって、第18入賞口49の作動体125の後部がその上に乗った球の重さで下方に動き、第18入賞口49の作動体125の前部が第18入賞口49における図8の開閉体b;cを開放する。第18入賞口49の作動体125の後部が下方に動くと、その上に乗った球は、第18入賞口49の作動体125から第18入賞口49を迂回して左斜め下方の第10球通路92に排出される。
The ninth ball passage 91 moves the rear part of the actuating body 125 of the eighteenth winning port 49 downward along the path indicated by the arrow X14 through the ball discharged from the sixth winning port 37 to the back side of the game board 2. The ball that has won the sixth winning port 37 is detected by a sixth winning ball detector 67 provided in the sixth winning port 37. The sphere falling through the ninth ball passage 91 moves a plurality of levers (not shown) along the way. A plurality of levers actuate to open the opening / closing body a in FIG. 8 at the eighth to eleventh winning ports 39 to 42, the opening / closing member b; c in FIG. 8 at the seventeenth winning port 48 and the nineteenth winning port 50. 122; The pressed part 172 (see FIG. 1) at the rear part of 124 is moved downward. The sphere that falls through the ninth ball passage 91 after moving the plurality of levers is guided onto the operating body 125 of the eighteenth prize winning port 49. As a result, the rear part of the actuating body 125 of the 18th winning port 49 moves downward by the weight of the ball on the 18th winning port 49, and the front part of the actuating body 125 of the 18th winning port 49 is shown in FIG. The opening / closing body b; c is opened. When the rear part of the actuating body 125 of the 18th winning opening 49 moves downward, the ball riding on it moves from the actuating body 125 of the 18th winning opening 49 to the 18th winning opening 49 and is tilted 10 It is discharged to the ball passage 92.
第10球通路92は、第18入賞口49の作動体125から排出された球を、矢印X15で示す経路で、第11球通路93の下部に集合するように誘導する。第11球通路93の下部に誘導された球は、矢印X16で示す経路で、第11球通路93を下方に落下して第21入賞口52の作動体125の上に誘導される。第21入賞口52の作動体125の後部がその上に乗った球の重さで下方に動き、第21入賞口52の作動体125の前部が第21入賞口52における図8の開閉体b;cを開放する。第21入賞口52の作動体125の後部が下方に動くと、その上に乗った球は、第21入賞口52の作動体125から第21入賞口52を迂回して左斜め下方の第12球通路94に排出される。第12球通路94は、第21入賞口52の作動体125から排出された球を、矢印X17で示す経路で、下方に排出する。つまり、第6入賞口37に入賞した球は、賞球の払い出しを伴うことなく、第8乃至第11入賞口39乃至42の開閉体aを開放し、第17乃至第19入賞口48乃至50の開閉体b;cを開放し、第21入賞口52の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。
The tenth ball passage 92 guides the balls discharged from the actuating body 125 of the eighteenth winning opening 49 to gather at the lower part of the eleventh ball passage 93 along the route indicated by the arrow X15. The sphere guided to the lower part of the eleventh ball passage 93 is guided onto the operating body 125 of the twenty-first winning opening 52 by dropping down the eleventh ball passage 93 along the path indicated by the arrow X16. The rear part of the actuating body 125 of the 21st winning opening 52 moves downward by the weight of the ball on it, and the front part of the actuating body 125 of the 21st winning opening 52 is the opening / closing body of FIG. b; c is opened. When the rear part of the actuating body 125 of the 21st winning opening 52 moves downward, the ball riding on the actuating body 125 bypasses the 21st winning opening 52 from the actuating body 125 of the 21st winning opening 52 and moves to the 12th diagonally lower left. It is discharged to the ball passage 94. The twelfth ball passage 94 discharges the sphere discharged from the operating body 125 of the twenty-first winning opening 52 downward along a route indicated by an arrow X17. In other words, the ball that has won the sixth winning opening 37 opens the opening / closing body a of the eighth to eleventh winning openings 39 to 42 without paying out the winning ball, and the 17th to 19th winning openings 48 to 50. The opening / closing body b; c is opened, the opening / closing body b; c of the 21st winning opening 52 is opened, and the game board 2 is discharged downward.
第18入賞口49から遊技盤2の裏側に排出された球は、矢印X16で示す経路で、第11球通路93を経由して第21入賞口52の作動体125の上に落下した後、矢印X17で示す経路で第12球通路94に排出される。第18入賞口49に入賞した球は、第11球通路93における第10球通路92の合流する部分よりも上部に設けられた第17入賞球検出器78で検出される。第17入賞球検出器78は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第18入賞口49に入賞した球は、賞球の払い出しを伴い、第21入賞口52における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。第21入賞口52から遊技盤2の裏側に排出された球は、矢印X18で示す経路で、第13球通路95に排出される。第21入賞口52に入賞した球は、第13球通路95に設けられた第20入賞球検出器81で検出される。第20入賞球検出器81は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第21入賞口52に入賞した球は、賞球の払い出しを伴い、他の入賞口における図8の開閉体b;cを開放することなく、遊技盤2の下部から下方に排出される。
After the ball discharged from the 18th winning port 49 to the back side of the game board 2 falls on the working body 125 of the 21st winning port 52 via the 11th ball passage 93 in the path indicated by the arrow X16, It is discharged to the twelfth ball passage 94 through a route indicated by an arrow X17. The ball that has won the 18th winning hole 49 is detected by a 17th winning ball detector 78 provided above the portion of the eleventh ball passage 93 where the tenth ball passage 92 joins. The seventeenth winning ball detector 78 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the 18th winning hole 49 is paid out, and the opening / closing body b; c in FIG. 8 at the 21st winning hole 52 is opened and discharged from the lower part of the game board 2 downward. The balls discharged from the 21st winning opening 52 to the back side of the game board 2 are discharged to the thirteenth ball passage 95 along the route indicated by the arrow X18. The sphere that has won the 21st winning opening 52 is detected by the 20th winning ball detector 81 provided in the 13th ball passage 95. The twentieth winning ball detector 81 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the 21st winning opening 52 is paid out from the lower part of the game board 2 without releasing the opening / closing body b; c in FIG. .
第13入賞口44から遊技盤2の裏側に排出された球は、矢印X19で示す経路で、第14球通路96から第15球通路97に排出される。第13入賞口44に入賞した球は、第14球通路96に設けられた第12入賞球検出器73で検出される。第12入賞球検出器73は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第13入賞口44に入賞した球は、賞球の払い出しを伴い、他の入賞口における図8の開閉体b;cを開放することなく、遊技盤2の下部から下方に排出される。第15入賞口46から遊技盤2の裏側に排出された球は、矢印X20で示す経路で、第16球通路98から第17球通路99に排出される。第15入賞口46に入賞した球は、第16球通路98に設けられた第14入賞球検出器75で検出される。第14入賞球検出器75は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第15入賞口46に入賞した球は、賞球の払い出しを伴い、他の入賞口における図8の開閉体b;cを開放することなく、遊技盤2の下部から下方に排出される。
The balls discharged from the thirteenth winning opening 44 to the back side of the game board 2 are discharged from the fourteenth ball passage 96 to the fifteenth ball passage 97 along the route indicated by the arrow X19. The sphere that has won the thirteenth winning opening 44 is detected by the twelfth winning ball detector 73 provided in the fourteenth ball passage 96. The twelfth winning ball detector 73 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. In other words, the ball that has won the thirteenth winning opening 44 is paid out from the lower part of the game board 2 without releasing the opening / closing body b; c in FIG. . The balls discharged from the fifteenth winning opening 46 to the back side of the game board 2 are discharged from the sixteenth ball passage 98 to the seventeenth ball passage 99 along the route indicated by the arrow X20. The sphere that won the 15th winning opening 46 is detected by the 14th winning ball detector 75 provided in the 16th ball passage 98. The fourteenth winning ball detector 75 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the fifteenth winning opening 46 is paid out from the lower part of the game board 2 without releasing the opening / closing body b; c in FIG. .
第17入賞口48から遊技盤2の裏側に排出された球は、矢印X21で示す経路で、第18球通路100を経由して第20入賞口51の作動体123の後部の上に誘導される。作動体123の後部がその上に乗った球の重さで下方に動き、作動体123の前部が第20入賞口51における図8の開閉体b;cを開放する。作動体123の後部が下方に動くと、その上に乗った球は、矢印X22で示す経路で、作動体123から第20入賞口51を迂回して右斜め下方の第19球通路101に排出される。第17入賞口48に入賞した球は、第18球通路100に設けられた第16入賞球検出器77で検出される。第16入賞球検出器77は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第17入賞口48に入賞した球は、賞球の払い出しを伴い、第20入賞口51における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。第20入賞口51から遊技盤2の裏側に排出された球は、矢印X23で示す経路で、第20球通路102に排出される。第20入賞口51に入賞した球は、第20球通路102に設けられた第19入賞球検出器80で検出される。第19入賞球検出器80は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第20入賞口51に入賞した球は、賞球の払い出しを伴い、他の入賞口における図8の開閉体b;cを開放することなく、遊技盤2の下部から下方に排出される。
The ball discharged from the 17th winning port 48 to the back side of the game board 2 is guided on the rear portion of the operating body 123 of the 20th winning port 51 through the 18th ball passage 100 in the path indicated by the arrow X21. The The rear part of the operating body 123 moves downward by the weight of the ball on it, and the front part of the operating body 123 opens the opening / closing body b; c of FIG. When the rear part of the actuating body 123 moves downward, the ball on it is discharged from the actuating body 123 to the 19th ball passage 101 diagonally downward to the right, bypassing the 20th winning hole 51 along the path indicated by the arrow X22. Is done. The sphere that won the 17th winning opening 48 is detected by the 16th winning ball detector 77 provided in the 18th ball passage 100. The sixteenth winning ball detector 77 outputs a signal detecting the ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the 17th winning slot 48 is accompanied by payout of the winning ball, and the opening / closing body b; c in FIG. 8 in the 20th winning slot 51 is opened and discharged downward from the lower part of the game board 2. The balls discharged from the twentieth winning opening 51 to the back side of the game board 2 are discharged to the twentieth ball passage 102 through a route indicated by an arrow X23. The ball that has won the 20th winning hole 51 is detected by a 19th winning ball detector 80 provided in the 20th ball passage 102. The nineteenth winning ball detector 80 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the 20th winning slot 51 is paid out from the lower part of the game board 2 without releasing the opening / closing body b; c in FIG. .
第19入賞口50から遊技盤2の裏側に排出された球は、矢印X24で示す経路で、第21球通路103を経由して第22入賞口53の作動体125の上に誘導される。第22入賞口53の作動体125の後部がその上に乗った球の重さで下方に動き、第22入賞口53の作動体125の前部が第22入賞口53における図8の開閉体b;cを開放する。第22入賞口53の作動体125の後部が下方に動くと、その上に乗った球は、矢印X25で示す経路で、第22球通路104に排出される。第19入賞口50に入賞した球は、第21球通路103に設けられた第18入賞球検出器79で検出される。第18入賞球検出器79は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第19入賞口50に入賞した球は、賞球の払い出しを伴い、第22入賞口53における図8の開閉体b;cを開放し、遊技盤2の下部から下方に排出される。第22入賞口53から遊技盤2の裏側に排出された球は、矢印X26で示す経路で、第23球通路105に排出される。第22入賞口53に入賞した球は、第23球通路105に設けられた第21入賞球検出器82で検出される。第21入賞球検出器82は、球を検出した信号を入賞信号として図外の制御装置に出力し、制御装置が入賞信号に対応する個数の賞球としての球を払い出すように図外の球払出機構を駆動する。つまり、第22入賞口53に入賞した球は、賞球の払い出しを伴い、他の入賞口における図8の開閉体b;cを開放することなく、遊技盤2の下部から下方に排出される。
The ball discharged from the 19th winning opening 50 to the back side of the game board 2 is guided on the working body 125 of the 22nd winning opening 53 through the 21st ball passage 103 along the path indicated by the arrow X24. The rear part of the actuating body 125 of the 22nd winning port 53 moves downward by the weight of the ball riding on it, and the front part of the actuating body 125 of the 22nd winning port 53 is the opening / closing body of FIG. b; c is opened. When the rear portion of the actuating body 125 of the 22nd winning prize opening 53 moves downward, the ball riding on the actuating body 125 is discharged into the 22nd ball passage 104 along the path indicated by the arrow X25. The ball that has won the 19th winning opening 50 is detected by an 18th winning ball detector 79 provided in the 21st ball passage 103. The eighteenth winning ball detector 79 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. That is, the ball that has won the 19th winning opening 50 is accompanied by paying out the winning ball, and the opening / closing body b; c in FIG. 8 at the 22nd winning opening 53 is opened, and is discharged downward from the lower part of the game board 2. The balls discharged from the 22nd winning opening 53 to the back side of the game board 2 are discharged to the 23rd ball passage 105 along the route indicated by the arrow X26. The ball that has won the 22nd winning opening 53 is detected by the 21st winning ball detector 82 provided in the 23rd ball passage 105. The twenty-first winning ball detector 82 outputs a signal for detecting a ball as a winning signal to a control device (not shown), and the control device pays out a number of winning balls corresponding to the winning signal. Drives the ball dispensing mechanism. In other words, the ball that has won the 22nd prize opening 53 is discharged from the lower part of the game board 2 without releasing the opening / closing body b; c in FIG. .