JP4761619B2

JP4761619B2 - Back mechanism of pachinko machine

Info

Publication number: JP4761619B2
Application number: JP2000394412A
Authority: JP
Inventors: 昭夫野原
Original assignee: Heiwa Corp
Current assignee: Heiwa Corp
Priority date: 2000-12-26
Filing date: 2000-12-26
Publication date: 2011-08-31
Anticipated expiration: 2020-12-26
Also published as: JP2002191813A

Description

【０００１】
【発明の属する技術分野】
本発明は、パチンコ機における制御装置と電源中継装置とからなる裏機構に関する。
【０００２】
【従来の技術】
特開平６−４７１５６号公報で開示されたパチンコ機の裏機構は、パチンコ店における島トランスと呼ばれる島側電源装置から受電したＡＣ２４ボルトのような交流電源を直流電源に変換する機能を有する電源装置が役物制御装置や発射制御装置等の複数の制御装置とは別に配置され、この単独の電源装置から各制御装置に対し必要な直流電源を供給するものである。
【０００３】
【発明が解決しようとする課題】
前記従来のパチンコ機の裏機構において、電源装置から制御装置に供給される電源を中継する電源中継装置を設けることにより、パチンコ機の異なる機種に共通に使用し得る電源装置を得ることはできるが、電源中継装置が配置される場所によっては、電源装置と電源中継装置とを接続する配線、電源中継装置と制御装置とを接続する配線等が複雑に交差した形態となってしまう。
【０００４】
そこで、本発明は、配線の形態簡素化が図れるパチンコ機の裏機構を提供するものである。
【０００５】
【課題を解決するための手段】
本発明にあっては、直流電源を出力する電源装置がパチンコ機の枠体に設けられ、遊技全般を電気的に制御する主制御装置と、主制御装置から出力された制御信号を受ける従制御装置と、一表面に上下に隔てて設けられた複数のコネクタを有し、主制御装置及び従制御装置に電源装置から出力される直流電源を中継する電源中継基板とが遊技機の裏側に設けられ、電源中継基板が、電源装置よりも上方、かつ、従制御装置よりも下方において遊技盤の裏面に固定される部品取付体の前側に、複数のコネクタを裏側に向けた状態で設けられ、主制御装置が部品取付体の裏側に設けられ、電源装置から延長する配線が、電源中継基板の下側のコネクタに下方から接続され、主制御装置及び従制御装置から個別に延長する配線が電源中継基板の上側のコネクタに上方から個別に接続されたことを特徴としている。よって、本発明によれば、例えば、制御装置が遊技全般を電気的に制御する主制御装置と主制御装置から一方向に出力されるコマンドにより遊技作動部品を電気的に制御する従制御装置とから構成された形態であっても、電源中継基板が制御装置の近傍に配置されているので、電源装置と電源中継基板とを接続する配線、電源中継基板と制御装置とを接続する配線等が系統毎に整然とまとめられ、配線形態の簡素化を図ることができる。又、本発明にあっては、電源中継基板が、一表面に上下に隔てて設けられた複数のコネクタを有し、電源装置から延長する配線を下側のコネクタに接続し、主制御装置及び従制御装置から延長する配線を上側のコネクタに接続すれば、電源装置から電源中継基板を経由して主制御装置や主制御装置から一方向に出力されるコマンドにより遊技作動部品を電気的に制御する従制御装置に直流電源を供給する形態であっても、電源中継基板と主制御装置とを接続する配線、電源中継基板と従制御装置とを接続する配線、主制御装置と従制御装置とを接続する配線等が各制御系毎にまとめられる。又、本発明にあっては、部品取付体で覆われる遊技盤に固定された入賞球誘導部材と部品取付体との間に電源中継基板を配置し、入賞球誘導部材と部品取付体との間を覆う庇を部品取付体に設ければ、電源中継基板が入賞球誘導部材で被覆されるので、電源中継基板が入賞球と干渉せず入賞球を介する電源中継基板の電気的な短絡事故（ショート）を防止することができる。又、庇が部品取付体と入賞球誘導部材との隙間への球の侵入を防止して球と電源中継基板との衝突を防止することができる。又、本発明にあっては、部品取付体に接続する配線を部品取付体に設けた庇と入賞球誘導部材との間の隙間より引出すことにより、入賞球と配線との球噛みを防止することができる。又、本発明にあっては、庇を部品取付体の横方向に延長すれば、庇が部品取付体の骨格となり、部品取付体の強度が高くなり、主制御装置の取付姿勢が安定する。
【０００６】
【発明の実施の形態】
図１〜図５は本発明の一実施形態であって、図１は遊技盤１に取付けられた電源中継基板２周りを断面して示し、図２は電源中継基板２と部品取付体４及び主制御装置３を分解した外観を示し、図３は電源中継基板２の平面を示し、図４は遊技盤１の裏面を示し、図５はパチンコ機の裏面を示す。
【０００７】
図１を参照し、遊技盤１と電源中継基板２と主制御装置３との組立構造について説明する。電源中継基板２は図５に示す電源装置４９から出力された直流電源を主制御装置３と主制御装置３に対する従制御装置である図５に示す表示灯制御装置５２と特別図柄表示制御装置５３及び音制御装置５４等の各種の制御装置に中継すると共に、主制御装置３から出力されたコマンドなる制御信号を表示灯制御装置５２と特別図柄表示制御装置５３及び音制御装置５４等に中継するものであって、主制御装置３を遊技盤１に取付ける部品取付体４より遊技盤１の側に突出した支柱５に止ねじ６で取付けられて主制御装置３の近傍に配置される。電源中継基板２を備えた部品取付体４が遊技盤１の裏側に取付けられたセット板７や集合樋８等の入賞球誘導部材を覆う形態で遊技盤１の裏側に図外の止ねじで固定されることで、電源中継基板２が部品取付体４と集合樋８との間の隙間９に配置されると共に、電源中継基板２の下部が部品取付体４の下部に形成された開口部１０より下方に突出する。
【０００８】
電源中継基板２に実装された下段の複数のコネクタ２１；２２には図５に示す電源装置４９からの配線Ａに取付けられた図外の複数のコネクタが下方より個別に嵌め込まれる。電源中継基板２に実装された上段の複数のコネクタ２３〜２７には主制御装置３と図５に示す表示灯制御装置５２と特別図柄表示制御装置５３及び音制御装置５４それぞれからの配線Ｂに取付けられた図外の複数のコネクタが上方より個別に嵌め込まれ、当該配線Ｂは部品取付体４より集合樋８の上方に離隔するように突出した庇１１と集合樋８との間の隙間１２より上方に引出される。庇１１は部品取付体４の横方向に長く延びた骨格を形成するものであって、庇１１の裏側には主制御装置３のケースより突出したガイド突起１３を挿入するガイド溝１４が形成される。
【０００９】
このように庇１１が部品取付体４と集合樋８との隙間９を覆うことにより、例えば、部品取付体４とセット板７との間の隙間１５に遊技盤１に取付けられた図外の図柄始動入賞口装置から排出された入賞球を集合樋８に落下させる場合であっても、当該落下球は庇１１で集合樋８へと導かれ上記隙間９への侵入は防止され、入賞球を介する電源中継基板２のショートを防止することができ、落下球と電源中継基板２との衝突を防止することができる。又、電源中継基板２に接続された配線Ｂが庇１１と集合樋８との間の隙間１２より引出されることにより、当該配線の電源中継基板２との接続部分に上記落下球が衝突したり球噛みすることは防止することができる。
【００１０】
又、部品取付体４より突出した環状の位置決定部１６が集合樋８より突出した支柱１７に嵌め込まれたことで、部品取付体４が遊技盤１に対する取付位置を適切に決められた後、皿ねじ１８が裏側より部品取付体４を経由して支柱１７に締結されることで、部品取付体４の横幅方向中間部が集合樋８に結合された後、主制御装置３が部品取付体４に嵌め込みにて取付けられる。又、電源中継基板２は配線Ｂが接続された状態で部品取付体４に取付けられることで、電源中継基板２の配置された隙間９や上方の隙間１２が作業者の手の入らない程度に狭くても、当該配線Ｂの電源中継基板２への接続は適切に行える。
【００１１】
図２を参照し、電源中継基板２と部品取付体４及び主制御装置３について説明する。電源中継基板２はプリント基板のような基板の一表面に複数のコネクタ２１；２２；２３；２４；２５；２６；２７を上下に備え、四隅に取付孔２８を備える。そして、コネクタ２１〜２７が部品取付体４に向けられ、電源中継基板２の四隅が部品取付体４の支柱５に重ね合され、止ねじ６が取付孔２８より支柱５に締結されることで、電源中継基板２が部品取付体４に固定される。
【００１２】
主制御装置３を部品取付体４に取付けるには、主制御装置３のケースより突出したガイド突起１３を部品取付体４に形成されたガイド溝１４に嵌め込んだまま、主制御装置３を左側より右側に横移動すると、主制御装置３のケースより突出したスライド係合部３１が部品取付体４より突出したフック部３２に嵌合した後、主制御装置３のケースより突出した係合突起３３が部品取付体４に片支持状に設けられた係合レバー３４の係合孔３５に嵌合する一方、主制御装置３のケースの左下隅部が部品取付体４より突出した係合突起３６に抱え持たれるように嵌合する。これによって、主制御装置３が部品取付体４に取付けられる。
【００１３】
図３を参照し、電源中継基板２について説明する。電源中継基板２に実装された下段に配置された２つのコネクタ２１；２２において、左側のコネクタ２１はケースが白色で電源装置４９の図外の配線のコネクタが下方より嵌め込まれる形態であり、右側のコネクタ２２はケースが黄色で電源装置４９の図外の配線のコネクタが下方より嵌め込まれる形態である。電源中継基板２に実装された上段に配置された５つのコネクタ２３〜２７において、左側の２つのコネクタ２３；２４はケースが紫色で主制御装置３の図外の配線のコネクタが上方より個別に嵌め込まれる形態であり、その右隣の１つのコネクタ２５はケースが桃色で表示灯制御装置５２の図外の配線のコネクタが上方より嵌め込まれる形態であり、その右隣の１つのコネクタ２６はケースが灰色で特別図柄表示制御装置５３の図外の配線のコネクタが上方より嵌め込まれる形態であり、最も右側のコネクタ２７はコネクタはケースが緑色で音制御装置５４の図外の配線のコネクタが上方より嵌め込まれる形態である。
【００１４】
白色のコネクタ２１と紫色のコネクタ２４と桃色のコネクタ２５と灰色のコネクタ２６及び緑色のコネクタ２７は互いに電源中継基板２に設けられたプリント配線のような点線で示す配線で接続されており、電源装置４９から出力された直流電源を受ける。黄色のコネクタ２２と紫色のコネクタ２３と桃色のコネクタ２５と灰色のコネクタ２６及び緑色のコネクタ２７は互いに電源中継基板２に設けられたプリント配線のような実線で示す配線で接続されており、主制御装置３から出力された制御信号を受ける。
【００１５】
この制御信号としてはリセットや電源断及びＲＡＭクリア等の各種の信号であるが、リセット信号のみが黄色のコネクタ２２から紫色のコネクタ２３と桃色のコネクタ２５と灰色のコネクタ２６及び緑色のコネクタ２７に分配され（リセット信号のみが電源装置４９から主制御装置３、表示灯制御装置５２、特別図柄制御装置５３及び音制御装置５４に供給され）、電源断信号及びＲＡＭクリア信号は黄色のコネクタ２２から紫色のコネクタ２３のみに送信される（電源断信号及びＲＡＭクリア信号が電源装置４９から主制御装置３のみに供給される）。
【００１６】
このような信号の送信系統は黄色のコネクタ２２と紫色のコネクタ２３と桃色のコネクタ２５と灰色のコネクタ２６及び緑色のコネクタ２７相互間を接続する実線で示す配線の本数やパターンにより実現される。点線で示す配線が電源中継基板２の表側、実線で示す配線が電源中継基板２の裏側というように、点線で示す配線と実線で示す配線とは互いに同一面内で接続しないようになっている。点線で示す配線と実線で示す配線とは例えば電源中継基板２に両面タイプのプリント基板を使用すれば容易に達成できる。
【００１７】
図４を参照し、遊技盤の裏側について説明する。遊技盤１は裏側に入賞球誘導部材としてセット板７や集合樋８等を固定的に備える。セット板７の下部に設けられた球排出口部３７は集合樋８で覆われ、球排出口部３７より落下した球が集合樋８に受取られる。集合樋８は下部に球排出口部３８を有する。
【００１８】
図５を参照し、パチンコ機の裏側について説明する。遊技機枠体の前枠４２は裏側に設けられたリアプレート４３に枠側中継基板４４、上タンク４５、下タンク４６、球払出機構４７、球誘導ユニット４８、電源装置４９及び球払出制御装置５０を備える。前枠４２とリアプレート４３とで形成された遊技盤収納室に装着された遊技盤１は裏面に、セット板７、集合樋８、部品取付体４、電源中継基板２、盤側中継基板５１、主制御装置３、表示灯制御装置５２、特別図柄表示制御装置５３及び音制御装置５４を備える。そして、遊技盤１が前枠４２とリアプレート４３とで形成された遊技盤収納室に装着されることにより、盤側中継基板５１がリアプレート４３の上部開口部５５より裏側に突出し、セット板７と集合樋８と部品取付体４と電源中継基板２と主制御装置３と表示灯制御装置５２と特別図柄表示制御装置５３及び音制御装置５４がリアプレート４３の中央開口部５６より裏側に突出する。球払出制御装置５０には電源装置４９から直流電源及びリセット、電源断、ＲＡＭクリア及びバックアップ等の信号が電源中継基板２を経由せずに供給される。
【図面の簡単な説明】
【図１】実施形態遊技盤の電源中継基板周りを示す縦断面図。
【図２】同実施形態の電源中継装置周り示す分解斜視図。
【図３】同実施形態の電源中継基板を示す正面図。
【図４】同実施形態の遊技盤を示す裏面図。
【図５】同実施形態のパチンコ機を示す裏面図。
【符号の説明】
１遊技盤
２電源中継基板
３主制御装置
４部品取付体[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a back mechanism including a control device and a power relay device in a pachinko machine.
[0002]
[Prior art]
The back mechanism of the pachinko machine disclosed in Japanese Patent Application Laid-Open No. 6-47156 is a power supply device having a function of converting an AC power supply such as AC 24 volts received from an island-side power supply device called an island transformer in a pachinko store into a DC power supply. Is arranged separately from a plurality of control devices such as an accessory control device and a launch control device, and the necessary DC power is supplied to each control device from this single power supply device.
[0003]
[Problems to be solved by the invention]
In the back mechanism of the conventional pachinko machine, by providing a power relay device that relays the power supplied from the power device to the control device, it is possible to obtain a power device that can be used in common for different models of pachinko machines. Depending on the location where the power supply relay device is arranged, the wiring connecting the power supply device and the power supply relay device, the wiring connecting the power supply relay device and the control device, and the like are intricately intersected.
[0004]
Therefore, the present invention provides a back mechanism of a pachinko machine that can simplify the form of wiring.
[0005]
[Means for Solving the Problems]
In the present invention, a power supply device that outputs a DC power supply is provided in the frame of the pachinko machine, and a master control device that electrically controls the entire game and a slave control that receives a control signal output from the master control device a device having a plurality of connectors provided spaced vertically on one surface, on the back side of the main controller and the slave control unit relays the DC power outputted from the power supply in the power relay substrate and the Yu technique machine The power supply relay board is provided above the power supply device and below the slave control device , with the plurality of connectors facing the back side on the front side of the component mounting body fixed to the back surface of the game board. The main control device is provided on the back side of the component mounting body, and the wiring extending from the power supply device is connected to the lower connector of the power supply relay board from below, and the wiring extending individually from the main control device and the sub control device is provided. Upper side of power relay board It is characterized in that the individually connected from above to the connector. Therefore, according to the present invention, for example, a main control device in which the control device electrically controls the entire game, and a slave control device in which the game operation parts are electrically controlled by a command output in one direction from the main control device, Even if the power relay board is arranged in the vicinity of the control device, the wiring connecting the power supply device and the power relay board, the wiring connecting the power relay board and the control device, etc. The system is neatly organized for each system, and the wiring form can be simplified. Further, in the present invention, the power relay board has a plurality of connectors provided on one surface so as to be spaced apart from each other, and the wiring extending from the power device is connected to the lower connector, and the main controller and If the wiring extending from the slave control device is connected to the upper connector, the game operation parts are electrically controlled by the command output from the main control device or the main control device in one direction via the power relay board from the power supply device. Even if the DC power is supplied to the slave control device, the wiring connecting the power relay board and the master control device, the wiring connecting the power relay board and the slave control device, the master control device and the slave control device, Wiring and the like for connecting are grouped for each control system. In the present invention, a power relay board is arranged between the winning ball guiding member fixed to the game board covered with the component mounting body and the component mounting body, and the winning ball guiding member and the component mounting body are arranged. If a saddle covering the space is provided on the component mounting body, the power relay board is covered with the winning ball guiding member, so the power relay board does not interfere with the winning ball and the power relay board is electrically short-circuited through the winning ball. (Short circuit) can be prevented. In addition, it is possible to prevent the ball from entering the gap between the component mounting body and the winning ball guiding member and prevent the ball from colliding with the power relay board. Further, in the present invention, the wiring connected to the component mounting body is pulled out from the gap between the basket provided on the component mounting body and the winning ball guiding member, thereby preventing the ball engagement between the winning ball and the wiring. be able to. Further, in the present invention, if the heel is extended in the lateral direction of the component mounting body, the heel becomes a skeleton of the component mounting body, the strength of the component mounting body is increased, and the mounting posture of the main controller is stabilized.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
1 to 5 show an embodiment of the present invention. FIG. 1 shows a cross section around a power relay board 2 attached to a game board 1, and FIG. 2 shows a power relay board 2, a component mounting body 4, and the like. FIG. 3 shows a plan view of the power supply relay board 2, FIG. 4 shows the back surface of the game board 1, and FIG. 5 shows the back surface of the pachinko machine.
[0007]
With reference to FIG. 1, the assembly structure of the game board 1, the power relay board 2, and the main controller 3 will be described. The power supply relay board 2 receives the direct-current power output from the power supply device 49 shown in FIG. 5 as the main control device 3 and the slave lamp control device 52 shown in FIG. 5 and the special symbol display control device 53 shown in FIG. And a control signal that is a command output from the main control device 3 is relayed to the indicator light control device 52, the special symbol display control device 53, the sound control device 54, and the like. In this case, the main controller 3 is attached to a column 5 that protrudes toward the game board 1 from the component mounting body 4 for attaching the main controller 3 to the game board 1 with a set screw 6 and is arranged in the vicinity of the main controller 3. A component mounting body 4 having a power supply relay board 2 covers a winning ball guiding member such as a set board 7 or a set bowl 8 attached to the back side of the game board 1 with a set screw (not shown) on the back side of the game board 1. By fixing, the power supply relay board 2 is disposed in the gap 9 between the component mounting body 4 and the assembly rod 8, and the lower portion of the power supply relay board 2 is formed in the lower part of the component mounting body 4. 10 protrudes downward.
[0008]
A plurality of connectors (not shown) attached to the wiring A from the power supply device 49 shown in FIG. 5 are individually fitted into the plurality of lower connectors 21; 22 mounted on the power supply relay board 2 from below. A plurality of upper connectors 23 to 27 mounted on the power supply relay board 2 are connected to wires B from the main control device 3, the indicator light control device 52, the special symbol display control device 53, and the sound control device 54 shown in FIG. A plurality of attached non-illustrated connectors are individually fitted from above, and the wiring B is spaced from the component mounting body 4 so as to be separated above the collective rod 8 and the gap 12 between the collective rod 8 and the collective rod 8. It is drawn upwards. The flange 11 forms a skeleton extending in the lateral direction of the component mounting body 4, and a guide groove 14 for inserting a guide protrusion 13 protruding from the case of the main controller 3 is formed on the back side of the flange 11. The
[0009]
In this way, the cage 11 covers the gap 9 between the component mounting body 4 and the collective cage 8, so that, for example, a gap 15 between the component mounting body 4 and the set plate 7 is attached to the game board 1 (not shown). Even when a winning ball discharged from the symbol start winning opening device is dropped onto the collective cage 8, the falling ball is guided to the collective kite 8 by the kite 11, and the entry into the gap 9 is prevented. It is possible to prevent the power relay board 2 from being short-circuited, and to prevent the falling ball and the power relay board 2 from colliding with each other. Further, when the wiring B connected to the power relay board 2 is pulled out from the gap 12 between the flange 11 and the collective cage 8, the falling ball collides with the connection portion of the wiring with the power relay board 2. Or biting a ball can be prevented.
[0010]
In addition, after the annular position determining portion 16 protruding from the component mounting body 4 is fitted into the support column 17 protruding from the assembly rod 8, the component mounting body 4 can appropriately determine the mounting position with respect to the game board 1, After the countersunk screw 18 is fastened to the support column 17 via the component mounting body 4 from the back side, the main controller 3 connects the component mounting body after the intermediate portion in the width direction of the component mounting body 4 is coupled to the assembly rod 8. 4 is attached by fitting. Further, the power supply relay board 2 is attached to the component mounting body 4 with the wiring B connected thereto, so that the gap 9 where the power supply relay board 2 is arranged and the upper gap 12 do not reach the operator's hands. Even if it is narrow, the wiring B can be properly connected to the power supply relay board 2.
[0011]
With reference to FIG. 2, the power supply relay board 2, the component mounting body 4, and the main controller 3 will be described. The power supply relay board 2 is provided with a plurality of connectors 21; 22; 23; 24; 25; 26; 27 on one surface of a board such as a printed board, and mounting holes 28 at four corners. Then, the connectors 21 to 27 are directed to the component mounting body 4, the four corners of the power supply relay board 2 are superimposed on the column 5 of the component mounting unit 4, and the set screw 6 is fastened to the column 5 through the mounting hole 28. The power supply relay board 2 is fixed to the component mounting body 4.
[0012]
To attach the main control device 3 to the component mounting body 4, the main control device 3 is placed on the left side while the guide protrusion 13 protruding from the case of the main control device 3 is fitted in the guide groove 14 formed in the component mounting body 4. When the slide engagement portion 31 protruding from the case of the main control device 3 is fitted to the hook portion 32 protruding from the component mounting body 4 and then moved to the right side, the engagement protrusion protruding from the case of the main control device 3 33 is engaged with an engagement hole 35 of an engagement lever 34 provided in a single-supported manner on the component mounting body 4, while the lower left corner of the case of the main controller 3 is an engagement protrusion protruding from the component mounting body 4. 36 so that it is held by 36. Thus, the main control device 3 is attached to the component attachment body 4.
[0013]
The power supply relay board 2 will be described with reference to FIG. In the two connectors 21; 22 arranged on the lower stage mounted on the power supply relay board 2, the left connector 21 has a white case, and a connector of a wiring outside the figure of the power supply device 49 is fitted from the lower side. The connector 22 has a yellow case, and the connector of the power supply 49 not shown in FIG. Of the five connectors 23 to 27 arranged on the upper stage mounted on the power supply relay board 2, the left two connectors 23; 24 are purple in the case, and the connectors of the main controller 3 outside the figure are individually connected from above. One connector 25 on the right side of the connector 25 is in a pink color, and the connector of the unillustrated wiring of the indicator light control device 52 is fitted from above, and the one connector 26 on the right side is a case. Is a form in which the connector of the special symbol display control device 53 outside the drawing is fitted from above, and the rightmost connector 27 has a green case and the wiring connector outside the drawing of the sound control device 54 is upward. It is a form to be fitted more.
[0014]
The white connector 21, the purple connector 24, the pink connector 25, the gray connector 26, and the green connector 27 are connected to each other by wiring indicated by dotted lines such as printed wiring provided on the power supply relay board 2. DC power output from the device 49 is received. The yellow connector 22, the purple connector 23, the pink connector 25, the gray connector 26, and the green connector 27 are connected to each other by wiring indicated by solid lines such as printed wiring provided on the power supply relay board 2. The control signal output from the control device 3 is received.
[0015]
This control signal includes various signals such as reset, power-off, and RAM clear. Only the reset signal is transferred from the yellow connector 22 to the purple connector 23, the pink connector 25, the gray connector 26, and the green connector 27. (Only the reset signal is supplied from the power supply device 49 to the main control device 3, the indicator light control device 52, the special symbol control device 53, and the sound control device 54), and the power-off signal and the RAM clear signal are supplied from the yellow connector 22. It is transmitted only to the purple connector 23 (the power-off signal and the RAM clear signal are supplied from the power supply device 49 only to the main control device 3).
[0016]
Such a signal transmission system is realized by the number and pattern of wirings indicated by solid lines connecting the yellow connector 22, the purple connector 23, the pink connector 25, the gray connector 26, and the green connector 27. The wiring indicated by the dotted line and the wiring indicated by the solid line are not connected in the same plane, such that the wiring indicated by the dotted line is the front side of the power supply relay board 2 and the wiring indicated by the solid line is the back side of the power supply relay board 2. . Wiring indicated by a dotted line and wiring indicated by a solid line can be easily achieved by using, for example, a double-sided type printed circuit board for the power relay board 2.
[0017]
The back side of the game board will be described with reference to FIG. The game board 1 is fixedly provided with a set board 7 and a collective bowl 8 as a winning ball guiding member on the back side. The ball discharge port portion 37 provided at the lower portion of the set plate 7 is covered with the collective basket 8, and the balls that have fallen from the ball discharge port portion 37 are received by the collective kit 8. The collecting rod 8 has a ball discharge port portion 38 at the bottom.
[0018]
The back side of the pachinko machine will be described with reference to FIG. The front frame 42 of the gaming machine frame has a frame side relay board 44, an upper tank 45, a lower tank 46, a ball payout mechanism 47, a ball guide unit 48, a power supply device 49, and a ball payout control device on a rear plate 43 provided on the back side. 50. The game board 1 mounted in the game board storage room formed by the front frame 42 and the rear plate 43 has a set board 7, an assembly box 8, a component mounting body 4, a power supply relay board 2, and a board side relay board 51 on the back surface. The main control device 3, the indicator light control device 52, the special symbol display control device 53, and the sound control device 54 are provided. When the game board 1 is mounted in the game board storage chamber formed by the front frame 42 and the rear plate 43, the board-side relay board 51 protrudes from the upper opening 55 of the rear plate 43 to the back side, and the set board 7, the assembly rod 8, the component mounting body 4, the power relay board 2, the main control device 3, the indicator light control device 52, the special symbol display control device 53, and the sound control device 54 on the back side from the central opening 56 of the rear plate 43. Protruding. The ball payout control device 50 is supplied with signals such as DC power, reset, power off, RAM clear, and backup from the power supply 49 without going through the power supply relay board 2.
[Brief description of the drawings]
FIG. 1 is a longitudinal sectional view showing a periphery of a power supply relay board of a game board according to an embodiment.
FIG. 2 is an exploded perspective view showing the periphery of the power relay device of the embodiment.
FIG. 3 is a front view showing the power relay board of the embodiment.
FIG. 4 is a back view showing the game board of the embodiment.
FIG. 5 is a back view showing the pachinko machine according to the embodiment.
[Explanation of symbols]
1 Game board 2 Power relay board 3 Main controller 4 Component mounting body

Claims

直流電源を出力する電源装置がパチンコ機の枠体に設けられ、
遊技全般を電気的に制御する主制御装置と、
前記主制御装置から出力された制御信号を受ける従制御装置と、
一表面に上下に隔てて設けられた複数のコネクタを有し、前記主制御装置及び前記従制御装置に前記電源装置から出力される前記直流電源を中継する電源中継基板とが遊技機の裏側に設けられ、
前記電源中継基板が、前記電源装置よりも上方、かつ、前記従制御装置よりも下方において遊技盤の裏面に固定される部品取付体の前側に、前記複数のコネクタを裏側に向けた状態で設けられ、
前記主制御装置が前記部品取付体の裏側に設けられ、
前記電源装置から延長する配線が、電源中継基板の下側のコネクタに下方から接続され、
前記主制御装置及び従制御装置から個別に延長する配線が電源中継基板の上側のコネクタに上方から個別に接続されたことを特徴とするパチンコ機の裏機構。 A power supply device that outputs DC power is provided in the frame of the pachinko machine,
A main controller that electrically controls the entire game;
A slave control device that receives a control signal output from the master control device;
A plurality of connectors provided spaced vertically on one surface, on the back side of the main control unit and the slave control unit to the power source relay board and the gaming machine to relay the DC power output from the power supply unit Provided,
The power supply relay board is provided above the power supply device and below the slave control device, on the front side of the component mounting body fixed to the back surface of the game board, with the plurality of connectors facing the back side. And
The main control device is provided on the back side of the component mounting body,
The wiring extending from the power supply device is connected from below to the lower connector of the power relay board,
A back mechanism of a pachinko machine characterized in that wires individually extending from the main control device and the sub control device are individually connected from above to a connector on the upper side of the power relay board .

前記部品取付体で覆われる遊技盤に固定された入賞球誘導部材と前記部品取付体との間に前記電源中継基板を配置し、前記入賞球誘導部材と前記部品取付体との間を覆う庇を前記部品取付体に設けることを特徴とする請求項１記載のパチンコ機の裏機構。The power relay board is disposed between the winning ball guiding member fixed to the game board covered with the component mounting body and the component mounting body, and covers between the winning ball guiding member and the component mounting body. The back mechanism of the pachinko machine according to claim 1 , wherein: