M378022 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種彈珠式遊戲機，尤指一種該遊戲機 中的電控遊戲機構構造設計。 【先前技術】 現有之彈珠式遊戲機組成’其主要係於一遊戲機台裝 設有一控制主機以及一遊戲機構，並於該遊戲機台後端頂 面設有一計分顯示座，其中該遊戲機構主要係於機台前端 設且投幣器以及啟動按鈕，於機台頂部之面板前端落珠區 處裝設一機械式彈珠推送裝置，並於機台左右兩側各設一 按紐，該二按紅分別以機械式連動組件連接面板落珠區左 右二擊珠桿，於機台右側規劃有一自前端朝後端延伸的滑 道’該滑道前端為擊珠啟始區，機台前端右側設有一結合 彈簧的打擊桿’用以擊發擊珠啟始區處的彈珠，於面板上 分佈更設有複數組計分裝置’電連接該控制主機等，機台 後端頂部立設的基座上設有分數顯示器的基座。 則述彈珠遊戲機尚於其面板的預定的標示區處設置燈 殼’於每一燈殼下設有燈泡座，用以裝設燈泡，並利用該 些燈泡座外接電線連接控制主機，用以受控點亮或關閉。 前述彈珠遊戲機於使用時，使用者將代幣投入投幣器 中’由控制主機令該機械式彈珠推送裝置將彈珠推送至擊 珠啟始區，再由使用者利用打擊桿將擊珠啟始區處的彈珠 擊向面板後端，藉由面板由後朝前傾斜之設計，使彈珠於 面板上朝前滾動，彈珠於面板上滾動過程，可能接觸計分 3 M378022 裝置而得分，並由控制主機將得分於顯示器上顯示，當彈 珠接近面板前端的落珠區時’使用者可按壓機台左右兩側 的按钮’用以將彈珠擊回’直至彈珠通過落珠區至預備區 ’再重新第一顆彈珠的遊戲’並於預定彈珠數使用完後， 結束該彈珠遊戲。 惟刖述彈珠式遊戲機雖可提供使用者進行打彈珠之遊 .戲，然而，該彈珠式遊戲機中之遊戲機構，如彈珠推送裝 ，置以及用以驅動落珠區左右二擊珠桿之連動組件皆利用機 •械的驅動或傳動構造，其組成使用的構件偏多，構造較為 複雜，而長時間使用後，易因構件磨耗而致動作不確實等 0 此外，前述彈珠式遊戲機中，係於面板下裝設燈泡式 發光裝置，故有耗電之缺陷，且有電線佈設連接之 便等問題。 、 【新型内容】 機構本=:主要目的’在於提供一種遊戲機之電控遊戲 機構’希#此設計改善現㈣珠式遊戲紅 台構件多及作動不確實等缺點。 避戲機 為達成别揭目的，太名^ & 作所5又汁的遊戲機之電控游齣 機構係用以設於該遊戲機的 ^ 戲 主機；該電控遊戲機構係包含一面板、一 ：制 裝置及二電控式擊珠桿驅動裝置;其中：W 隹送 該面板設於機台頂部，該面板前段定義有 一位於落珠區前端的預備區； 洛珠£及 該電控式彈珠推送罗番 裝置包含一彈珠輸送坡道、二側擋 4 M378022 板、一彈珠推送組件及一計數組件’其中·· 所述彈珠輸送坡道設置於面板的預備區處且伸向機台 之擊珠啟始區；所述二側擋板分設於彈珠輸送坡道前後兩 側’該二側摺板於鄰近洛珠區處形成一進珠口，於鄰近擊 珠啟始區處形成一出珠口； 所述的彈珠推送組件設於前側擋板前側，其包含一擊 -珠件、一電磁驅動器以及一彈簧，擊珠件一端以一樞柱樞 設於面板上’電磁驅動器以其作動端連接擊珠件中段，彈 # 簧連接於作動端與框柱之間’用以受控將彈珠輸送坡道中 的彈珠推送擊珠啟始區； 所述的計數組件包含一計數器及設於計數器上的觸動 件’计數益於面板底面鄰近進珠口處，觸動件穿過面板至 彈珠輸送坡道之鄰近進珠口處； 該一電控式擊珠杯驅動裝置各包含一擊珠桿驅動組件 以及一操控組件，該二電控式擊珠桿驅動裝置以其擊珠桿 •驅動、、且件为6免於面板之落珠區左右兩側，另以操控組件分 • 別設機台左右兩側，所述擊珠桿驅動組件包含一擊珠桿、 一旋動件、一電磁作動器以及一第一開關，擊珠桿可旋擺 的設置於面板頂面之落珠區側邊，旋動件設於面板底面， 相料擊珠桿下方，旋動件以一樞柱穿過面板組接擊珠桿 端，電磁作動器設於面板底面，並以其帶動端結合彈簧 連接旋動件一端，第一開關設於面板底面且位於旋動件側 邊用以在旋動件旋擺一預定角度時，經由第一開關令電 磁作動器停止動作及復位； 所述操控組件包含一按鈕以及一第二開關，按鈕設於 5 M378022 機台側板上’第二開關設於機台側板内側面之鄰近按鈕處 ’用以在按紐被按壓時，經由第二開關啟動電磁作動器帶 動擊珠桿旋擺。 本創作以前述電控遊戲機構設計，相對於現有機械式 遊戲機構’本創作所具有的功效為： 本創作所設計的電控遊戲機係令其彈珠推送裝置以及 •擊珠桿驅動裝置等皆使用電磁驅動式構件作為驅動組件， •並搭配少數旋動機構來達成’使其整體組成構造得以有效 • 精簡化，並於操作過程可以達到作動確實之效果，進而可 可降低遊戲機的製造及維修成本。 本創作之次要目的’係令該面板所規劃顯示區的燈殼 下分別裝設LED式發光裝置，所述LED式發光裝置包含一 電路板以及設於該電路板上之至少一 LED，所述LED之發光 端朝向燈殼。藉此，利用LED低耗電及使用壽命長等特性 ，卽約用電，而且利用電路板以便於LED式發光裝置連接 . 電源之組裝及維修。 •【實施方式】 如第一圖所示，係揭示本創作遊戲機之電控遊戲機構 之—較佳實施例設於遊戲機之機台上的俯視平面示意圖， 由圖中可以見及，該電控遊戲機構係設於該遊戲機之機台 (1)中，於其上設置多數組計分裝置（2)，所述機台（1)中設 有控制主機電連接該電控遊戲機構，於機台（1)右側規劃有 —自前端朝後端延伸的滑道（3)，該滑道（3)前端為擊珠啟 始區⑹’機台（1)前端右側設有—結合彈簧（5)的打擊桿⑷ ’用以擊發擊珠啟始區（6)處的彈珠，該機台⑴後端頂部 6 M378022 立 制 等 设有-分數顯示器的基座，所述分數顯示器電連接控 主機’所述的機台⑴前端尚可裝設投幣器以及啟動按紐 ，投幣器及啟動按鈕電連接控制主機。 如第圖所不’關於本創作所設計之電控遊戲機構是 包含-面板（1 Q)、一電控式彈珠推送裝置（2〇)以及二组電 控式擊珠桿驅動裝置（30)，或進一步包含複數組啦式發 光裝置，其中： • 如第一圖所示，該面板（10)係設於機台（1)頂部，面板 _ (1Q)後端略θ於前端而呈傾斜狀，用以提供該多數組計分 裝置（2)設置其_L，以及讓彈珠可於面板（1〇)上滾動以接觸 所述什分裝置（2)，所述計分裝置（2)連接機台（”内之控制 主機，該面板（10)前段定義有一落珠區（11)，以及一位於 落珠區（11)前端的預備區（12)，所述預備區（12)中設有一貫 穿狀的長孔（13)，自落珠區（1”前端朝擊珠啟始區方向 延伸。 如第一圖所示’該電控式彈珠推送裝置（20)包含一彈 _珠輸送坡道（21 )、二側擋板（22)、一彈珠推送組件（23)以及 一計數組件（24)，其中： 如第一、二圖所示，所述彈珠輸送坡道（2彳）中形成一 長形孔（211)，且彈珠輸送坡道（21)是設置於面板（1〇)的預 備區（12)處且伸向擊珠啟始區（6)，該彈珠輸送坡道（21)為 中段較高、兩端較低之形態，且彈珠輸送坡道（21)中的長 形孔（211)對應面板（1〇)之長孔（13)。 如第一、二圖所示，所述二側擋板（22)分設該彈珠輸 送坡道（21)之前後兩側，該二側擋板（22)鄰近落珠區（11)的 7 M378022 一端具有彎折部以形成一進珠口（221)，該二側擋板（22)鄰 近擊珠啟始區（6)的一端形成一出珠口（222)，前側撐板（22) 鄰近進珠口（221)之彎折部設有開槽（223)。 如第一 '二圖所示，所述的彈珠推送組件（23)係設於 前側檔板（22)前側，其包含一擊珠件（231)、一電磁驅動器 (232)以及一彈簧（233)，該擊珠件（231)一端為樞接部，另 一端為推珠部，該擊珠件（231)以樞接部藉由一樞柱（234) 樞設於面板（1〇)上，該電磁驅動器（232)設於擊珠件（231) φ 側邊，並電性連接該控制主機，該電磁驅動器（232)具有一 作動端，作動端連接擊珠件（231)中段，該彈簧（233)連接 於該作動端與樞柱（234)之間，如第四圖所示，藉此，使電 磁驅動器（232)可受控以電磁驅動手段推伸其作動端直線運 動’進而帶動擊珠件（231)旋擺’而以其推珠部通過前側擋 板（22)之開槽（223)撞擊該彈珠輸送坡道（21)中的彈珠，將 彈珠推送至擊珠啟始區（6)，並可藉由彈簧（233)提供彈力 帶動擊珠件（231)復位。 鲁 如第二、三圖所示，所述的計數組件（24)包含一計數 器（241)及一設於計數器（241)上的觸動件（242)，該計數器 (241)於面板（1〇)面鄰近進珠口（221)處，並電性連接控制 主機，該觸動件（242)伸過面板（10)之長孔（13)以及彈珠輸 送坡道（21)的長形孔（211)之鄰近進珠口（221)的一端，用 以在擊珠件（231)旋擺將該彈珠輸送坡道（21)中的彈珠推送 至擊珠啟始區（6)時，可令彈珠碰觸觸動件（242)，並由計 數器（241)對控制主機發出一推出彈珠之信號。 如第一圖所示’所述的電控式擊珠桿驅動裝置（3〇)係 8 L含擊珠才干驅動組件（31)以及—操控組件（32)，該二電 控式擊珠桿驅動裝置（3咖擊珠桿㈣組件（31)分設於面 ()之落珠區（11)左右兩側，另以操控組件（32)分別設機 台（1)左右兩側。 一如第一、五圖所示，所述的擊珠桿驅動組件（31)包含 擊珠才干（311)、-旋動件（312)、—電磁作動器以及 —第-開關（314)，所述擊珠桿（311)係可旋擺的設置於面 板（1〇)頂面之落珠區⑴）側邊，所述旋動件（312)設於面板 (1〇)底面相對於擊珠桿（311)下方，所述旋動件（312)中具 有一樞柱（315)，所述樞柱（315)穿過面板（1〇)組接擊珠桿 (311) —端，所述旋動件（312)具有一連接端以及一端部分 位於該樞柱（315〉不同的兩側，所述電磁作動器（313)設於 面板（10)底面且位於旋動件（312)側邊，電磁作動器（313) 具有一帶動端，並以該帶動端結合一彈簧（316)連接旋動件 (312) 之連接端，該第一開關（314)可為接觸式或感測式開 關，係設於面蜱（10)底面且位於旋動件（3彳2〉之端部側邊， 如第五、六圖所示，用以在旋動件（312)旋擺一預定角度， 第一開關（314)接觸或感測該旋動件（312〉之端部時，即令 電磁作動器（313)停止動作，並藉由彈簧（316)提供彈力帶 動旋動件（312)及擊珠桿（311)反向旋擺復位。 如第七圖所示，所述的操控組件（32)包含一按鈕（32 ” 以及一第二開關（322)，所述按鈕（321)係設於機台（1)側板 上，並顯露於外，所述第二開關（322)可為接觸式或感測式 開關，並設於機台（1)側板内側面之鄰近按鈕（32彳）處，操 控組件（32)以其第二開關（322)直接或間接電性連接相對應 M378022 的電磁作動器（313)，如第七、八圖所示，用以在按鈕 (321)被按壓時，可令第二開關（322)切換至開啟狀態，而 令電磁作動器（313)作動。 如第一圖及第九圖所示，所述的面板（10)規劃有複數 個顯示區（14)，每一顯示區（14)中形成一貫穿孔（15)，並於 貫穿孔（15)中裝設可透光的燈殼（16);如第九圖及第十圖所 . 示，所述的複數LED式發光裝置（40)係分佈設於面板（1〇) 底面相對於各燈殼（16)下方處，所述LED式發光裝置（40) φ 包含一電路板（41)以及設於該電路板（41)上之至少一 LED(42)，所述LED(42)之光發光端朝向燈殼（16)，該複數 LED式發光裝置（40)尚可分別於其電路板（41)上設置電連 接插座，使其可利用具有電連接插頭的電線連接機台（1)内 的控制主機，使該LED式發光裝置（40)之LED(42)可受控 點亮、閃爍或關閉等。 本創作以前揭電控式遊戲機構設計應用於遊戲機，於 使用時，使用者將代幣投入投幣器後，控制主機接受到信 • 號’如第一、四圖所示，即令該電控式彈珠推送裝置（20) 中之電磁驅動器（232)帶動擊珠件（231)旋擺，以撞擊位於 彈珠輸送坡道（21)進珠口（221)處的彈珠（7)，使彈珠（7)越 過彈珠輸送坡道（21)較高的中段而滾向擊珠啟始區（6)處， 前述中，彈珠（7)自彈珠輸送坡道（21)進珠口（221)滾向擊珠 啟始區（6)同時’即會觸動計數組件（24)的觸動件（242)，而 由6十數器（241)對控制主機發出一推出彈珠之信號，作為彈 珠使用數之計數之用。 之後，如第一、四圖所示’使用者利用打擊桿（4)將擊 mj tmn 珠啟始區（6)處的彈珠擊向面板（1Q)後端，利用由後朝前傾 斜的面板(10)使彈珠於面板(1〇)上朝前滾動彈珠於面 板（10)上滾動過程，可碰觸計分裝置（2)而得分，並由控制 主機計數以及將得分於顯示器上顯示，如卜、六圖所示 當彈珠接近面板（10)前端的落珠區⑴）時，使用者可按壓 機台（1)左右兩側的按赵（321)，令第二開關（322)啟動電磁 作動盗（31 3)纟錢動件（312)帶動擊珠桿（31彳）旋制以將彈 珠（7)擊回’藉此操作方式持續進行，直至彈珠通過落珠區 ⑴）落至預備區的彈珠輸送坡道（Μ)的進珠叫⑵）處，並 觸動計數組件（24)的觸動件（242)，而對控制主機發出—信 號，再由控制器令彈珠推送組件（23)再重新推送出第二顆 彈珠’如此進行遊戲’直至預定彈珠數使用完後，結束該 彈珠遊戲。 削述遊戲機於使用時，控制主機可於適當時機或得分 時，令LED發光裝置點亮或閃爍等，以增進遊戲機的娛樂 政果。 【圖式簡單說明】 第一圖係本創作電控遊戲機構之一較佳實施例應用於 遊戲機之機台中的俯視平面示意圖。 第二圖係第一圖所示電控遊戲機構較佳實施例中之電 控式彈珠推送裝置俯視平面示意圖。 第二圖係第一、二圖所示電控遊戲機構較佳實施例中 之電控式彈珠推送裝置設於面板上的局部側視剖面示意圖 〇 第四圖係第一、二圖所示電控遊戲機構較佳實施例中 11 之電控式彈珠推送裝置將彈珠推送至擊珠啟始區之作動示 恩·圖。 笛 X θ 〆 圖係第一圖所示電控遊戲機構較佳實施例中之電 控式擊珠桿驅動裝置之擊珠驅動組件的平面示意圖。 第’、圖係第五圖所示擊珠驅動組件的動作示意圖。 第七圖係第一圖所示電控遊戲機構較佳實施例中之電 控式擊珠桿驅動裝置之操控組件的平面示意圖。 第八圖係第七圖所示電控遊戲機構較佳實施例中之電 控式擊珠桿驅動裝置之操控組件的動作示意圖。 第九圖係第一圖所示電控遊戲機構較佳實施例於面板 底面設置LED式發光裝置的側視剖面示意圖。 一第十圖係揭示第九圖所示LED式發光裝置的俯視平面 示意圖。 【主要元件符號說明】 (2)計分裝置 (4)打擊桿 (6)擊珠啟始區 (11)落珠區 (13)長孔 (15)貫穿孔 ⑴機台 (3)滑道 (5)彈簧 (7)彈珠 (1〇)面板 (12)預備區 (14)顯示區 (16)燈殼 (2〇)電控式彈珠推送裝置 (21) 彈珠輸送坡道 （21 1)長形孔 (22) 側擋板 （221)進珠口 12 (222)出珠口 (223)開槽 (23)彈珠推送組件 (231)擊珠件 (232)電磁驅動器 (234)樞柱 (233)彈簧 (24)計數組件 (241)計數器 M378022 (242)觸動件 (30)電控式擊珠桿驅動裝置 (31)擊珠桿驅動組件 (311)擊珠桿 (312)旋動件 (313)電磁作動器 (314)第一開關 (315)枢柱 (316)彈簧 (32)操控組件 (322)第二開關 (321)按鈕 (40) LED式發光裝置 (42) LED (41)電路板 13M378022 V. New description: [New technology field] This creation is about a marble ball game machine, especially a structure design of an electronic game mechanism in the game machine. [Prior Art] The existing marble ball game machine is composed mainly of a control machine equipped with a control host and a game mechanism, and a score display stand is arranged on the top surface of the rear end of the game machine. The game mechanism is mainly equipped with a coin acceptor and a start button at the front end of the machine. A mechanical marble pusher is installed at the front end of the panel at the top of the machine, and a button is arranged on the left and right sides of the machine. The two pressing reds respectively connect the left and right beating rods of the panel falling area with the mechanical linkage component, and a slideway extending from the front end toward the rear end is planned on the right side of the machine table. The front end of the slide is the bead starting area, the machine The right side of the front end of the table is provided with a spring-impacting striking rod 'for firing the marbles at the starting area of the beading ball, and distributed on the panel with a multi-array scoring device' electrically connected to the control host, etc. A base for the score display is provided on the base. The marble game machine is further provided with a lamp housing at a predetermined marking area of the panel. A light bulb holder is disposed under each of the lamp housings for mounting the light bulbs, and the light bulbs are connected to the control panel by external wires. Lighted or turned off in a controlled manner. When the aforementioned marble game machine is in use, the user puts the token into the coin acceptor. 'The control host makes the mechanical marble push device push the marbles to the hitting start zone, and then the user uses the striker to The marbles at the starting area of the bead hit the rear end of the panel. The design of the panel is tilted from the back to the front, so that the marbles roll forward on the panel, and the marbles roll on the panel, which may contact the scoring 3 M378022 The device scores and the score is displayed on the display by the control panel. When the marbles approach the falling area of the front end of the panel, the user can press the buttons on the left and right sides of the machine to hit the marbles back until the marbles are pressed. After the bead passes through the drop zone to the reserve area, the game of the first marble is repeated, and after the predetermined number of marbles is used, the marble game is ended. However, the marble ball game machine can provide users with a play of marbles. However, the game mechanism in the pinball game machine, such as the marble push-pull device, is used to drive the drop zone. The interlocking components of the two bead levers are driven by the mechanical or mechanical drive or transmission structure, and the components used in the composition are relatively large, and the structure is complicated, and after a long time of use, the movement is not caused by the wear of the components, etc. In the pinball type game machine, a bulb type light-emitting device is installed under the panel, so that there is a problem of power consumption, and there is a problem that the wire is laid and connected. [New content] Institutional version =: The main purpose is to provide an electronically controlled game organization for game consoles. This design improves the shortcomings of the current (four) bead-type game red table components and the inaction. In order to achieve the purpose of the other, the electronically controlled swimming mechanism of the game machine of the 5th and the juice machine is used for the game console of the game machine; the electronic game mechanism includes a panel. First, the device and the second electronically controlled beading rod driving device; wherein: the W panel is provided on the top of the machine table, and the front section of the panel defines a preparation area at the front end of the falling bead area; the Luozhu and the electronic control The ball-propelled Luofan device comprises a marble conveying ramp, a two-side gear 4 M378022 plate, a marble ball pushing assembly and a counting assembly. wherein the marble conveying ramp is arranged at the preparation area of the panel and Stretching to the starting area of the bead of the machine; the two side baffles are arranged on the front and rear sides of the marble conveying ramp. The two side flaps form a bead opening adjacent to the Luozhu area, adjacent to the beading A beading opening is formed at the starting zone; the ball pushing component is disposed on the front side of the front side baffle, and comprises a striking-bead member, an electromagnetic driver and a spring, and the ball striking member is pivoted at one end by a pivot column On the panel, the electromagnetic drive is connected to the middle part of the beading piece with its actuation end. Between the actuating end and the frame column 'for controlling the ball in the ball transport ramp to push the bead start zone; the counting component comprises a counter and the trigger on the counter' The bottom surface of the panel is adjacent to the bead opening, and the touch member passes through the panel to the adjacent bead opening of the marble conveying ramp; the electrically controlled bead cup driving device comprises a beading rod driving component and a steering component, respectively The two electronically controlled bead lever driving device is driven by the beading lever, and the member is 6 free from the left and right sides of the falling bead area of the panel, and the control component is divided into two parts, the left and right sides of the machine are arranged. The bead driving assembly comprises a beading rod, a rotating member, an electromagnetic actuator and a first switch. The beading rod is swingably disposed on a side of the bead area of the top surface of the panel, and the rotating member is disposed on the panel The bottom surface is below the phase beading rod, the rotating member is connected to the bead rod end through a panel group through a pivot column, the electromagnetic actuator is arranged on the bottom surface of the panel, and the driving end is coupled with the spring to connect one end of the rotating member, the first switch Provided on the bottom surface of the panel and located on the side of the rotating member for rotating the member When the predetermined angle is set, the electromagnetic actuator stops and resets through the first switch; the control component includes a button and a second switch, and the button is disposed on the side plate of the 5 M378022 machine. The second switch is disposed on the side plate of the machine. The adjacent button at the inner side is used to activate the electromagnetic actuator to drive the bead swing by the second switch when the button is pressed. This creation is designed with the aforementioned electronically controlled game mechanism. Compared with the existing mechanical game organization, the effect of this creation is: The electronically controlled game machine designed by this creation is the bead push device and the bead lever drive device. Electromagnetically driven components are used as the drive components, and with a small number of rotating mechanisms to achieve 'enable the overall composition of the structure to be effective. · Simplify, and in the operation process can achieve the effect of the action, and thus can reduce the manufacture of the game machine and Maintenance costs. The secondary purpose of the present invention is to install an LED-type illuminating device under the lamp housing of the planned display area of the panel, the LED-type illuminating device comprising a circuit board and at least one LED disposed on the circuit board. The light emitting end of the LED faces the lamp housing. In this way, the use of LED low power consumption and long service life, the use of electricity, and the use of circuit boards to facilitate the connection of LED-type lighting devices. Power supply assembly and maintenance. • [Embodiment] As shown in the first figure, a schematic plan view of a preferred embodiment of the electronically controlled game machine of the present game machine is provided on a machine platform of the game machine, as can be seen from the figure. The electronically controlled game mechanism is disposed in the machine (1) of the game machine, and is provided with a multi-array scoring device (2), wherein the machine (1) is provided with a control host electrically connected to the electronically controlled game mechanism. On the right side of the machine (1), there is planned a slideway (3) extending from the front end to the rear end. The front end of the slideway (3) is a bead start zone (6) 'the front end of the machine (1) is provided with a combination The striking rod (4) of the spring (5) is used to fire the marble at the starting area of the bead (6), the rear end of the machine (1) is 6 M378022, and the base of the fractional display is provided, the fractional display The front end of the machine (1) of the electric connection control host can be equipped with a coin acceptor and a start button, and the coin acceptor and the start button are electrically connected to the control host. As shown in the figure, the electronic control game mechanism designed for this creation is an in-panel (1 Q), an electronically controlled marble ball pushing device (2〇), and two sets of electronically controlled bead bar driving devices (30). Or, further comprising a complex array of illuminating devices, wherein: • as shown in the first figure, the panel (10) is attached to the top of the machine (1), and the rear end of the panel _ (1Q) is slightly θ at the front end. Tilted to provide the multi-array scoring device (2) to set its_L, and to allow the marbles to roll on the panel (1〇) to contact the shing device (2), the scoring device ( 2) Connect the control unit in the machine (the front section of the panel (10) defines a drop zone (11), and a preparation zone (12) located at the front end of the drop zone (11), the reserve zone (12) There is a long hole (13) penetrating in the direction of the bead area (1" from the falling end of the falling bead area. As shown in the first figure, the electronically controlled pinball pushing device (20) includes a a bead transport ramp (21), two side baffles (22), a marble pusher assembly (23), and a counting assembly (24), wherein: as shown in the first and second figures, An elongated hole (211) is formed in the marble conveying ramp (2彳), and the marble conveying ramp (21) is disposed at the preparation area (12) of the panel (1〇) and extends toward the bead In the starting area (6), the marble conveying ramp (21) has a higher middle section and a lower end, and the elongated hole (211) in the marble conveying ramp (21) corresponds to the panel (1). Long hole (13). As shown in the first and second figures, the two side baffles (22) are divided into two sides before and after the marble conveying ramp (21), and the two side baffles (22) The 7 M378022 adjacent to the falling bead area (11) has a bent portion to form a bead opening (221), and the two side baffles (22) form a bead opening adjacent to one end of the bead initiation region (6) ( 222), the front side strut (22) is provided with a slot (223) adjacent to the bent portion of the bead opening (221). As shown in the first 'second view, the marble pusher assembly (23) is The front side of the front side panel (22) includes a beading member (231), an electromagnetic driver (232), and a spring (233). The ballast member (231) has a pivoting portion at one end and a pushing bead portion at the other end. The bead member (231) is pivoted by a pivot post (234) The electromagnetic driver (232) is disposed on the side of the beading member (231) φ and electrically connected to the control host. The electromagnetic driver (232) has an actuating end, and the actuating end is connected. In the middle of the bead member (231), the spring (233) is connected between the actuating end and the pivot post (234), as shown in the fourth figure, whereby the electromagnetic drive (232) can be controlled to be driven by electromagnetic driving means. Stretching the linear motion of the actuating end, and then driving the beading member (231) to swing, and hitting the bead through the slot (223) of the front side baffle (22) to hit the bullet in the marble transport ramp (21) The bead pushes the marble to the hitting start zone (6), and the elastic force of the spring (233) can be used to drive the bead member (231) to reset. As shown in the second and third figures, the counting component (24) includes a counter (241) and a trigger member (242) disposed on the counter (241). The counter (241) is on the panel (1). The surface is adjacent to the bead opening (221) and electrically connected to the control unit. The trigger member (242) extends through the elongated hole (13) of the panel (10) and the elongated hole of the marble conveying ramp (21) ( 211) an end adjacent to the bead opening (221) for pushing the marble in the marble conveying ramp (21) to the bead starting region (6) when the beading member (231) is swung. The marble can be touched by the trigger (242), and a counter (241) sends a signal to the control panel to push out the marble. As shown in the first figure, the electronically controlled beading lever driving device (3〇) is a 8 L containing a beading driving drive assembly (31) and a control assembly (32), and the two electrically controlled bead levers The driving device (3 coffee beading rod (4) assembly (31) is arranged on the left and right sides of the falling bead area (11) of the surface (), and the left and right sides of the machine table (1) are separately set by the operating component (32). As shown in the first and fifth figures, the bead lever driving assembly (31) includes a beading stem (311), a rotating member (312), an electromagnetic actuator, and a -th switch (314). The beading rod (311) is rotatably disposed at a side of the beading area (1) of the top surface of the panel (1), and the rotating member (312) is disposed on the bottom surface of the panel (1〇) relative to the beading rod (311) below, the rotating member (312) has a pivot post (315), and the pivot post (315) is connected to the end of the bead bar (311) through the panel (1), the rotation The moving member (312) has a connecting end and one end portion is located on different sides of the pivot post (315>, and the electromagnetic actuator (313) is disposed on the bottom surface of the panel (10) and located on the side of the rotating member (312). Electromagnetic actuator (313) has a driving And the connecting end of the rotating member (312) is coupled to the driving end by a spring (316), and the first switch (314) can be a contact or sensing switch, and is disposed on the bottom surface of the top surface (10) And located at the end of the end of the rotating member (3彳2>, as shown in the fifth and sixth figures, for swinging the rotating member (312) by a predetermined angle, the first switch (314) contacts or senses When the end of the rotating member (312>, the electromagnetic actuator (313) stops, and the spring (316) provides the elastic force to drive the rotating member (312) and the beading rod (311) to reverse the swing reset. As shown in the seventh figure, the control component (32) includes a button (32) and a second switch (322), and the button (321) is disposed on the side panel of the machine (1) and is exposed. In addition, the second switch (322) may be a contact or sensing switch, and is disposed at an adjacent button (32彳) on the inner side of the side plate of the machine (1), and the control component (32) is second. The switch (322) is directly or indirectly electrically connected to the electromagnetic actuator (313) corresponding to the M378022, as shown in the seventh and eighth figures, for when the button (321) is pressed, the The switch (322) is switched to the on state, and the electromagnetic actuator (313) is actuated. As shown in the first and ninth figures, the panel (10) is planned with a plurality of display areas (14), each display a uniform perforation (15) is formed in the region (14), and a light-transmissive lamp envelope (16) is disposed in the through-hole (15); as shown in the ninth and tenth views, the plurality of LEDs are The light-emitting device (40) is distributed on the bottom surface of the panel (1) opposite to each of the lamp housings (16), and the LED-type lighting device (40) φ includes a circuit board (41) and is disposed on the circuit board ( 41) at least one LED (42), the light emitting end of the LED (42) faces the lamp housing (16), and the plurality of LED type lighting devices (40) can respectively be set on the circuit board (41) The socket is connected so that the control host in the machine (1) can be connected by a wire having an electrical connection plug, so that the LED (42) of the LED light-emitting device (40) can be controlled to light, blink or turn off, and the like. In the previous creation, the electronically controlled game organization was designed to be applied to the game machine. When the user puts the token into the coin acceptor, the control host accepts the letter number as shown in the first and fourth figures. The electromagnetic actuator (232) in the controlled pinion pushing device (20) drives the beading member (231) to swing to hit the marble (7) located at the bead opening (221) of the marble conveying ramp (21). , so that the marble (7) passes over the upper middle section of the marble conveying ramp (21) and rolls toward the starting area (6) of the beading. In the foregoing, the marble (7) self-ballistic conveying ramp (21) The inlet bead (221) rolls toward the bead start zone (6) and simultaneously triggers the triggering member (242) of the counting assembly (24), and the six tenth (241) sends a push pin to the control host. The signal is used as a count of the number of marbles used. After that, as shown in the first and fourth figures, 'the user uses the striking rod (4) to hit the marble at the start of the mj tmn bead (6) toward the rear end of the panel (1Q), using the rearward tilting The panel (10) causes the marbles to roll forward on the panel (1〇) toward the front panel (10), can be scored by the scoring device (2), and is counted by the control panel and will score on the display. The above shows that when the marbles are close to the falling bead area (1) at the front end of the panel (10), the user can press the Zhao (321) on the left and right sides of the machine (1) to make the second. The switch (322) activates the electromagnetic pirate (31 3), and the squirrel (312) drives the bead lever (31 彳) to rotate to return the marble (7) to the 'operation mode, and continues until the marble passes The drop zone (1) falls to the bead transport ramp (Μ) of the reserve zone (2), and touches the trigger (242) of the counting component (24), and sends a signal to the control host, and then The controller causes the marble pusher assembly (23) to re-push the second marble 'to do the game' until the predetermined number of marbles is used, and the marble tour ends. . When the game machine is being used, the control panel can light or flash the LED lighting device at an appropriate timing or score to enhance the entertainment of the gaming machine. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic plan view of a preferred embodiment of the present electronically controlled game mechanism applied to a machine of a game machine. The second figure is a top plan view of the electronically controlled marble pusher device in the preferred embodiment of the electronically controlled game mechanism shown in the first figure. The second figure is a partial side cross-sectional view of the electronically controlled ball-pushing device in the preferred embodiment of the electronically controlled game mechanism shown in the first and second figures. The fourth figure is shown in the first and second figures. In the preferred embodiment of the electronically controlled game mechanism, the electronically controlled marble ball pushing device pushes the marbles to the actuating map of the starting area of the beading. The flute X θ 〆 is a plan view of the bead drive assembly of the electronically controlled bead lever drive device in the preferred embodiment of the electronically controlled game mechanism shown in the first figure. Fig. 5 is a schematic view showing the operation of the bead drive assembly shown in Fig. 5. Fig. 7 is a plan view showing the control unit of the electronically controlled bead lever driving device in the preferred embodiment of the electronically controlled game mechanism shown in Fig. 1. Figure 8 is a schematic view showing the operation of the control unit of the electronically controlled bead lever driving device in the preferred embodiment of the electronically controlled game mechanism shown in Figure 7. Fig. 9 is a side cross-sectional view showing the preferred embodiment of the electronically controlled game mechanism shown in Fig. 1 in which the LED type lighting device is disposed on the bottom surface of the panel. A tenth diagram is a plan view showing a plan view of the LED type light-emitting device shown in the ninth figure. [Explanation of main component symbols] (2) Scoring device (4) Strike rod (6) Bead start area (11) Falling bead area (13) Long hole (15) Through hole (1) Machine (3) Slide ( 5) Spring (7) marble (1〇) panel (12) Preparation area (14) Display area (16) Lamp housing (2〇) Electronically controlled marble ball pushing device (21) Marble conveying ramp (21 1 ) elongated hole (22) side baffle (221) bead port 12 (222) bead port (223) slot (23) marble pusher assembly (231) beading member (232) electromagnetic drive (234) pivot Column (233) spring (24) counting assembly (241) counter M378022 (242) actuator (30) electronically controlled bead lever drive (31) bead lever drive assembly (311) bead lever (312) Piece (313) Electromagnetic Actuator (314) First Switch (315) Pivot (316) Spring (32) Control Unit (322) Second Switch (321) Button (40) LED Illumination (42) LED (41 ) circuit board 13