1311492 (1) 九、發明說明 【發明所屬之技術領域】 本發明係關於具備進行藉由使球等之抽選用移動物體 移動，而該抽選用移動物體是否進入複數抽選用凹袋之任 一的物理抽選之抽選裝置的遊藝機。 【先前技術】 作爲此種硬幣遊藝機係例如，公知有記載於專利文獻 1之硬幣遊藝機。該硬幣遊藝機，係具有個別具備獨立之 遊玩場域的1 〇個遊戲站，在各遊戲站係可有各兩人之遊 藝者來進行推幣遊戲。在各遊戲站，遊藝者一邊調整硬幣 投入器所朝方向，一邊使用其將硬幣投入遊玩場域內，其 硬幣通過遊玩場域內的硬幣卡盤時，則藉由遊戲站控制裝 置（第2抽選裝置）來進行電腦抽選。又，於各遊戲站係 具有6個抽選用凹袋，並設置有進行藉由使球（抽選用移 動物體）移動而該球是否進入任一抽選用凹袋的物理抽選 之遊戲站抽選裝置（第1抽選裝置）。藉由前述前述電腦 而當選球獎勵時，則供給球，該球到達遊戲站到達時，使 用該球而在遊戲站抽選裝置進行物理抽選。 於遊戲站抽選裝置的物理抽選中，球進入6個抽選用 凹袋中任一時，對應球進入抽選用凹袋之量的硬幣係作爲 獎金而支付至遊玩場域內。又，球進入作爲6個抽選用凹 袋中之一的特別凹袋時，該球係被送至在各遊戲站共用之 中央抽選裝置。該中央抽選裝置，係進行接收之球進入3 -6 - (2) 1311492 個抽選口任一之物理抽選，對應球進入抽選口之量的硬幣 係作爲獎金而支付至遊玩場域內。此時被支付之硬幣數量 ^ 係即使在球進入任一之抽選口之狀況，亦遠遠多於在遊戲 ' 站抽選裝置的物理抽選而球進入抽選用凹袋時所支付之硬 幣數量。因此，對於在本硬幣遊藝機遊藝之遊藝者來說， 主要目標爲進行在可一次獲得大量硬幣的中央抽選裝置之 抽選。 φ 〔專利文獻1〕日本專利第3 542 1 1 9號公報 【發明內容】 〔發明所欲解決之課題〕 然而，於前述專利文獻1所記載之硬幣遊藝機中，有 存在許多在遊戲站抽選裝置的物理抽選中球未進入特別凹 袋之時機，停止遊藝之玩家的問題。此爲依據以下之理由 〇 • 即，爲了在遊戲站抽選裝置的物理抽選使球進入特別 凹袋，做爲該前提，必須對該遊戲站抽選裝置供給球。然 後，對遊戲站抽選裝置供給球時，在其物理抽選，球進入 特別凹袋之機率大致設定爲較高之1 / 6。爲此，因依據中 央抽選裝置的抽選結果所支付之硬幣數量與選出率的關係 ，對遊戲站抽選裝置供給球的頻度係無法提高太多。結果 ，以如此低之頻度供給給遊戲站抽選裝置之球係在其物理 抽選不進入特別凹袋時，有較高之遊藝者在該時機是去了 遊藝意欲而停止遊戲的可能性。 1311492 . (3) 如此之問題係在抽選用移動物體進入複數抽選用凹袋 中特別凹袋時所支付之獎金可多於抽選用移動物體進入其 他抽選用凹袋時所支付之獎金量之狀況，亦同樣可能發生 。即，在該狀況，因爲遊藝者主要目標爲使抽選用移動物 體進入特別凹袋，故在抽選用移動物體未進入特別凹袋時 ，有較高之遊藝者時去遊藝意欲而停止遊藝的可能性。 本發明係有鑒於前述問題所發明者，其目的爲提供即 I 使在抽選用移動物體未進入複數抽選用凹袋中特別凹袋時 ，亦可提高遊藝者之遊藝意欲而使其繼續進行遊藝的遊藝 機。 〔用以解決課題之手段〕 爲了達成前述目的，申請專利範圍第1項的發明，係 遊藝機具有以下構件：第1抽選裝置，係具有複數抽選用 凹袋，進行藉由使抽選用移動物體移動而該抽選用移動物 | 體進入任一抽選用凹袋的物理抽選；第2抽選裝置，係進 行決定是否將該抽選用移動物體供給至該第1抽選裝置之 抽選；供給裝置，係藉由該第2抽選裝置的抽選而決定將 該抽選用移動物體供給至該第1抽選裝置時，將該抽選用 移動物體供給至該第1抽選裝置；獎金支付手段，係支付 獎金；及控制手段，係進行在利用該第1抽選裝置所致之 物理抽選而該抽選用移動物體進入該複數抽選用凹袋中的 特別凹袋時，用以使該獎金支付手段支付多於該抽選用移 動物體進入其他抽選用凹袋時所支付之獎金量的獎金之控 -8- 1311492 .. (4) 制，該遊藝機係具有：當選機率變更手段，係在利用前述 第1抽選裝置所致之物理抽選而前述抽選用移動物體進入 特別凹袋以外之其他抽選用凹袋時，判斷是否達成特定當 選機率上升條件，並在判斷達成該特定當選機率上升條件 時，進行利用前述第2抽選裝置所致之抽選而將該抽選用 移動物體供給至該第1抽選裝置之要旨的抽選結果，提升 當選之物體供給當選機率的當選機率上升處理。 | 又，申請專利範圍第2項的發明，係於第1項所記載 之遊藝機中，其特徵爲：前述特定當選機率上升條件，係 包含在前述第1抽選裝置所致之物理抽選而前述抽選用移 動物體進入前述其他抽選用凹袋之次數、進入前述其他抽 選用凹袋中一部份的凹袋之次數、或進入前述其他抽選用 凹袋中相同之抽選用凹袋之次數，到達規定次數之條件。 又，申請專利範圍第3項的發明，係於第1項所記載 之遊藝機中，其特徵爲：具有第3抽選裝置，前述控制手 > 段在前述第1抽選裝置所致之物理抽選而前述抽選用移動 物體進入前述特別凹袋時所進行的前述控制，係使該第3 抽選裝置開始抽選，且因應該第3抽選裝置的抽選結果， 使前述獎金支付手段支付多於在前述第1抽選裝置所致之 物理抽選而前述抽選用移動物體進入前述其他抽選用凹袋 時所支付之獎金量的獎金。 又，申請專利範圍第4項的發明，係於第1項所記載 之遊藝機中，其特徵爲：前述當選機率變更手段，係在進 行前述當選機率上升處理之後，判斷是否達成特定當選機 -9 - 1311492,, (5) 率下降條件，而在判斷達成該特定當選機率下降條件時， 進行降低前述物體供給當選機率之當選機率下降處理，並 判斷達成該特定當選機率下降條件爲止，將前述物體供給 當選機率維持爲藉由該當選機率上升處理上升之機率。 又，申請專利範圍第5項的發明，係於第4項所記載 之遊藝機中，其特徵爲：前述特定當選機率下降條件，係 包含在前述第1抽選裝置所致之物理抽選而前述抽選用移 > 動物體進入前述特別凹袋之條件。 又，申請專利範圍第6項的發明，係於第5項所記載 之遊藝機中，其特徵爲：前述特定當選機率下降條件，係 僅爲在前述第1抽選裝置所致之物理抽選而前述抽選用移 動物體進入前述特別凹袋之條件，前述控制手段，係在該 第1抽選裝置所致之物理抽選而該抽選用移動物體進入前 述其他抽選用凹袋之至少一部份時，進行使前述獎金支付 手段支付獎金的控制，前述供給裝置，係在達成特定物體 > 連續供給條件時，在該第1抽選裝置所致之物理抽選而該 抽選用移動物體進入該特別凹袋爲止，持續供給該抽選用 移動物體至該第1抽選裝置。 又，申請專利範圍第7項的發明，係於第4項或第5 項所記載之遊藝機中，其特徵爲：前述特定當選機率下降 條件，係包含在前述第1抽選裝置所致之物理抽選而前述 抽選用移動物體進入前述其他抽選用凹袋中之一部份的凹 袋之條件。 又，申請專利範圍第8項的發明，係於第1項所記載 -10 - (6) 1311492 之遊藝機中，其特徵爲：具有投入硬幣之硬幣投入口，前 述第2抽選裝置，係在藉由硬幣投入該硬幣投入口而達成 特定抽選開始條件時進行抽選。 又，申請專利範圍第9項的發明，係於第8項所記載 之遊藝機中，其特徵爲：具有：硬幣投入器，係用以將投 入至前述硬幣投入口之硬幣送出至遊玩場域內；硬幣載置 台，係設置於該遊玩場域內，於上面載置多數硬幣；硬幣 落下溝，係用以讓該硬幣載置台上的硬幣落下；台座，係 以朝向硬幣落下溝推進該硬幣載置台上的硬幣之方式，沿 著該硬幣載置台的上面來回移動；及排出手段，係排出落 下該硬幣落下溝的硬幣，前述特定抽選開始條件，係硬幣 通過設置於該遊玩場域內的抽選開始口之條件。 關於本發明之遊藝機中，在第1抽選裝置所致之物理 抽選，抽選用移動物體進入複數抽選用凹袋中特別凹袋時 所支付之獎金可多於抽選用移動物體進入其他抽選用凹袋 時所支付之獎金量。因此，遊藝者係執行主要目標爲使抽 選用移動物體進入特別凹袋的遊藝。然後，在第1抽選裝 置所致之物理抽選而抽選用移動物體進入其他抽選用凹袋 時，則判斷是否達成特定當選機率上升條件，而判斷達成 該條件時則物體供給當選機率會上升。結果，即使在第1 抽選裝置所致之物理抽選而抽選用移動物體不進入特別凹 袋卻進入其他抽選用凹袋之狀況，利用達成特定當選機率 上升條件，抽選用移動物體供給至第1抽選裝置的頻度亦 提高。結果，進行第1抽選裝置所致之物理抽選的機會會 -11 - 1311492 . (7) 增加’藉由抽選用移動物體進入特別凹袋而提高接受獎金 的支付之可能性。因此，即使在第丨抽選裝置所致之物理 ' 抽選而抽選用移動物體不進入特別凹袋之狀況，在之後的 * 物理抽選中抽選用移動物體進入特別凹袋之期待會增高， 而提高遊藝者的遊藝意欲。 〔發明之效果〕 φ 依據本發明，達到即使在抽選用移動物體未進入複數 抽選用凹袋中特別凹袋時，亦可使遊藝者提高遊藝意欲而 繼續進行遊藝的優良效果。 【實施方式】 以下’針對適用於作爲遊藝場的硬幣遊藝機之推幣遊 戲機的一實施形態來說明本發明。 圖2係關於本實施形態之推幣遊戲機1的外觀圖。該 0 推幣遊戲機1，係具有1〇個獨立之遊玩場域2，在各遊玩 場域2係可有各兩人之遊藝者來進行遊戲。因此，最大可 有20人的遊藝者來同時進行遊戲。又，遊藝者遊藝之遊 藝空間係於每兩個遊玩場域2以柱3區隔，柱3之間係以 透明的外蓋4覆蓋。藉此，使遊藝者無法直接接觸遊玩場 域2的內部之機構。又，在各遊玩場域2係藉由進行個別 獨立之推幣遊戲的遊戲站10，執行推幣遊戲。 圖3係揭示前述遊戲站10的構造之立體圖。於遊戲 站10係設置有用以將硬幣送出至遊玩場域2內的兩個硬 -12- (8) 1311492 幣投入器1 1。又，圖中右側的硬幣投入器係爲了說明而省 略圖示。硬幣投入器11係具有露出於推幣遊戲機〗的前 面外側之硬幣投入口 11a。在從該硬幣投入口 lla藉由遊 藝者投入硬幣Μ時’其硬幣M係通過硬幣通路部nb而 從其先端排出。於該硬幣通路部丨i b係設置有檢測硬幣的 通過之投入數量檢測感測器1 1 d，檢測出遊藝者投入硬幣 ’並將其檢測訊號輸出至後述之遊戲站控制部。硬幣通路 部1 1 b的先端係以突出於遊玩場域2內的方式配置，從其 先端排出之硬幣Μ係投入至遊玩場域2內。又，硬幣投入 器11係以遊藝者可適切選擇硬幣Μ的投出方向之方式， 藉由固定於推幣遊戲機1的本體部份之軸部丨丨c而轉動自 由地安裝。藉此’遊藝者係可在特定範圍內使硬幣投入器 11的硬幣通路部lib的先端朝向左右。 於藉由硬幣投入器11投入硬幣Μ的遊玩場域2內係 設置有上段硬幣載置台12、中段硬幣載置台13及下段硬 幣載置台14。下段硬幣載置台14係於其上段載置有多數 硬幣Μ。硬幣Μ落下至形成於下段硬幣載置台14的圖中 跟前側之硬幣落下溝1 5時，其硬幣Μ係從設置於推幣遊 戲機1的本體前面之承受盤5(參考圖2)排出。藉此， 遊藝者係可獲得硬幣Μ。又，下段硬幣載置台14的圖中 跟前側端部係以堆積於其下段硬幣載置台1 4上的硬幣Μ 不易落下硬幣落下溝15之方式，形成擋止器部14a。該擋 止器部14a係下段硬幣載置台14上的硬幣載置面往上方 曲折而形成。 -13- (9) 1311492 中段硬幣載置台13係沿著下段硬幣載置台14之上面 ，藉由未圖示之載置台驅動手段，往圖中箭頭箭頭A所示 方向而以特定衝程（stroke)來回移動。如此來回移動之 中段硬幣載置台13係將存在於來回移動之下段硬幣載置 台14部份上的硬幣Μ推往圖中跟前側。再者，3係揭示 中段硬幣載置台13往圖中最前面位置移動之狀態。又， 該中段硬幣載置台13係於其上面載置有硬幣Μ。中段硬 幣載置台13上的硬幣Μ落下至圖中跟前側時，則載置於 下段硬幣載置台14上。中段硬幣載置台13不位於最前面 位置時，硬幣Μ從中段硬幣載置台13上落下之狀況，其 硬幣Μ係因爲中段硬幣載置台13而被推擠，被推入多數 硬幣Μ堆積之下段硬幣載置台部份。如此，硬幣Μ被推 入時，堆積於下段硬幣載置台14上的硬幣Μ係被推出至 圖中跟前側，其推壓力附加至以擋止器部14a擋止之硬幣 Μ，而硬幣Μ則落下至硬幣落下溝15。 上段硬幣載置台1 2的圖中跟前側部份係沿著中段硬 幣載置台13的上面而配置。中段硬幣載置台13藉由載置 台驅動手段13往圖中箭頭Α所示所示來回移動時，上段 硬幣載置台1 2係將位於中段硬幣載置台1 3上的圖中深側 之部份硬幣推出至圖中跟前側。又，於該上段硬幣載置台 12上，雖然硬幣Μ亦被堆積，但是以達成遊藝中特定條 件，則如圖4所示藉由未圖示之升降手段，上段硬幣載置 台1 2的上面板1 2 a之圖中深側端部被抬高至上方。藉此 ，上段硬幣載置台12上的硬幣Μ係落下至中段硬幣載置 -14- 1311492 . do) 台13上。 又’於遊玩場域2內係設置有硬幣跳台16及硬幣卡 盤1 7。硬幣跳台1 6係具有由以圖中深側成爲較高位置之 方式傾斜而設置之透明丙烯酸板所構成之硬幣移動面16a ’該硬幣移動面10a係藉由側板16b固定於中段硬幣載置 台13。藉此，使中段硬幣載置台13往圖中箭頭A方向來 回移動之載置台驅動手段，係使硬幣跳台1 3相對於硬幣 | 卡盤1 7相對性地移動。因此，硬幣移動面1 6 a係藉由與 中段硬幣載置台13同時來回移動，相對於硬幣卡盤17在 水平方向相對性地來回移動。 圖5係揭示從水平方向側方所視之從硬幣投入器1 1 投入之硬幣Μ到達硬幣卡盤17爲止的路徑之側面圖。從 硬幣投入器11投入之硬幣Ml係掉落在往圖中箭頭Α方向 來回移動之硬幣移動面16a上。然後，如圖示之硬幣M2 ，朝向硬幣卡盤17 —邊滾動其硬幣移動面16a上一邊移 | 動。此時，移動之硬幣1^2係爲了藉由重力，往硬幣移動 面16a的方向傾斜，一邊轉彎而一邊移動，並不直進其硬 幣移動面16a上。如此移動之硬幣m2係到達硬幣移動面 16a的硬幣卡盤側之端部。因爲該端部與硬幣卡盤17之間 係離開，故到達其端部之硬幣M2係跳往其硬幣卡盤1 7。 即，如圖示之硬幣M3，成爲空中狀態而到達硬幣卡盤17 。然後，到達硬幣卡盤17之地點一致於硬幣通過口 17a 時，則如圖示之硬幣M4，可進入其硬幣通過口 17a。 前述硬幣卡盤17係以對應設置於遊戲站10的兩個硬 -15- (11) 1311492 幣投入器11之方式，以水平中央方向爲境界，個別形成7 個硬幣通過口 1 7a。位於圖3中左側之硬幣投入器1 1係對 應位於硬幣卡盤17之圖中左側之7個硬幣通過口 17a。該 硬幣通過口 17a係具有與硬幣Μ的直徑方向之剖面形狀幾 近相同，僅稍微大之尺寸的入口。又，從硬幣跳台16跳 出之硬幣Μ的狀態係因爲硬幣移動面1 6a的傾斜，成爲相 對於垂直面爲傾斜之狀態。因此，硬幣卡盤17的硬幣通 過口 17a係因應其硬幣Μ的狀態，其入口傾斜地形成，硬 幣Μ係可通過硬幣通過口 17a。又，從硬幣跳台.16跳出 之硬幣Μ係因爲在空中狀態時，藉由重力而以拋物線落下 ，故爲了接收其，硬幣通過口 17a的入口開口之平面部 1 7b係朝向垂直方向上側配置。 又，前述硬幣卡盤17係藉由未圖示之卡盤驅動手段 ，而以與硬幣跳台16的移動方向正交之方向的水平方向 來回移動之方式來構成。又，於硬幣卡盤17的背面係設 置有檢測出通過硬幣通過口 17a之硬幣Μ的未圖示之硬幣 檢測感測器。該硬幣檢測感測器係以於硬幣卡盤1 7的水 平方向兩端部個別相對之方式配置的光遮斷器（ photointerrupter ) ，_該等之間的光路徑係因爲通過硬幣通 過口 1 7a的硬幣Μ而被遮斷時，輸出檢測訊號。硬幣檢測 感測器的檢測訊號係傳送至遊戲站內部的遊戲站控制部。 又，於遊玩場域2內係設置有吃角子老虎裝置20。該 吃角子老虎裝置20係爲液晶顯示裝置，於其液晶畫面係 顯示有3個捲軸畫像。吃角子老虎裝置20係藉由遊戲站 -16- (12) 1311492 內部的遊戲站控制部而進行顯示控制。 圖6係揭示設置於各遊戲站10的遊戲站控制部30之 控制區塊圖。各遊戲站控制部3 0係具備：作爲控制手段 之遊戲站控制裝置3 1、在遊戲站控制裝置3 1的控制下進 行吃角子老虎裝置20的顯示控制之顯示控制裝置32、儲 存遊戲站控制裝置3 1所執行之各種程式及各種資料庫的 ROM3 3，及暫時性記錄在遊戲站控制裝置3 1所執行之程 式所使用之各種資料的RAM34。又，遊戲站控制裝置3 1 亦連接檢測通過硬幣卡盤17的硬幣通過口 17 a_之硬幣Μ 的硬幣檢測感測器1 9b、及檢測被硬幣投入器1 1投入之硬 幣Μ的通過之投入數量檢測感測器1 1 d。 藉由遊藝者硬幣Μ投入硬幣投入器11時，則從投入 數量檢測感測器1 1 d輸出檢測訊號至遊戲站控制裝置3 1。 接收該檢測訊號之遊戲站控制裝置3 1係輸出硬幣投入訊 號至後述之主控制部。又，硬幣Μ通過硬幣通過口 17a時 ’則從硬幣檢測感測器1 9b輸出檢測訊號至遊戲站控制裝 置3 1。接收該檢測訊號之遊戲站控制裝置3 1係作爲第2 抽選裝置而作用，執行儲存於ROM3 3之抽選程式。執行 抽選程式之遊戲站控制裝置3 1係產生抽選用亂數，對照 記載個別獎項與該等的發生機率之對應關係的當選機率表 格，依據產生之抽選用亂數來決定當選獎項。於該抽選中 ’亦有未決定當選獎項而決定爲落選之狀況。然後，遊戲 站控制裝置3 1係依據其決定資訊，輸出畫像顯示命令至 顯示控制裝置3 2。 -17- (13) 1311492 接收前述畫像顯示命令之顯示控制裝置3 2係使吃角 子老虎裝置20的畫面顯示面3個捲軸旋轉之畫像，最後 '顯示3個捲軸的停止畫像。此時，藉由遊戲站控制裝置3 1 ' 決定當選獎項時係依據其畫像顯示命令，而最後停止並顯 示關於其當選獎項之圖案的組合。又，藉由遊戲站控制裝 置31決定落選時係依據其畫像顯示命令，而最後停止並 顯示不對應當選獎項之圖案的組合。藉此，遊藝者係觀察 φ 吃角子老虎裝置20的畫面，而可得知硬幣Μ通過硬幣通 過口 17a所致之抽選結果。 於本實施形態中，係準備有通常抽選模式與球獎勵抽 選模式之兩種類的抽選模式。 下記之表1係揭示在本實施形態所使用之通常抽選模 式時的當選獎項與因應各當選獎項之優惠的對照表。 下記之表2係揭示在本實施形態所使用之球獎勵抽選 模式時的當選獎項與因應各當選獎項之優惠的對照表。 【表1】 獎項 圖案的組合 優惠 普通獎項 偶數的相同圖案 支付50個硬幣 機率變動獎項 奇數的相同圖案(除了「7」之外） 支付50個硬幣+機率變動 球獎項 1號球圖案的相同圖案 供給1個球至遊玩場域 3號球圖案的相同圖案 供給3個球至遊玩場域 金球圖案的相同圖案 供給1個金球至遊玩場域 D球圖案的相同圖案 對遊戲站抽選裝置直接供給球 特別獎項 「7」的相同圖案 到球進入特別收容空間爲止 對遊戲站抽選裝置直接供給球 -18 - (14) 1311492 【表2】 獎項 圖案的組合 優惠 球獎項 1號球圖案的相同圖案 供給1個球至遊玩場域 2號球圖案的相同圖案 供給2個球至遊玩場域 D圖案的相同圖案 對遊戲站抽選裝置直接供給球 (通常抽選模式） 首先，針對通常抽選模式加以說明。 遊戲站控制裝置3 1係藉由通常抽選模式用的抽選程 式之執行，決定當選獎項時，而對於遊藝者賦予因應前述 表1所示之當選獎項的優惠。在此，當選關於偶數的相同 圖案（「2」、「4」、「6」、「8」）之普通獎勵之任一 時，則其偶數的相同圖案停止並顯示於吃角子老虎裝置20 的畫面。然後，遊戲站控制裝置3 1係將硬幣支付命令輸 出至作爲獎金支付手段的硬幣支付裝置21。該硬幣支付裝 置2 1係具備·貯留設置於本推幣遊戲機1內部之多數硬 幣的硬幣供給器部、支付貯留於其硬幣供給器部的硬幣之 硬幣支付部、及將以硬幣支付部支付之硬幣引導至遊玩場 域2內的硬幣通路部22。接受硬幣支付命令的硬幣支付裝 置21係控制硬幣支付部，執行因應其硬幣支付命令之數 量的硬幣支付動作。藉由硬幣支付部被支付之硬幣M係如 圖3所示，通過硬幣通路部22而從硬幣支付口 22a排出 。從硬幣支付口 22a排出之硬幣厘係落下至上斷段硬幣載 置台12的上面板12a上，50枚硬幣係被支付至遊玩場域 -19- (15) 1311492 2內。 又，當選關於「7」以外之奇數的相同圖案（「1」、 「3」、「5」、「9」）之機率變動獎勵之任一時，則其 奇數的相同圖案停止並顯示於吃角子老虎裝置20的畫面 。然後，遊戲站控制裝置31係將硬幣支付裝置輸出至硬 幣支付裝置21，與普通獎勵相同，50枚硬幣係被支付至 遊玩場域2內。又，執行通常抽選模式用的抽選程式之遊 戲站控制裝置31係在之後的抽選出現3次當選爲止，使 用各獎勵之當選機率設定爲較高的機率變動用之當選機率 表格。因此，當選該機率變動獎勵時，遊藝者係在遊戲站 控制裝置3 1所致之抽選易於當選。 在本實施形態，即使在前述抽選當選普通獎勵或機率 變動獎勵，並不對遊藝者直接支付硬幣，因應其當選獎項 之數量的硬幣Μ係被供給至遊玩場域2內。因此，對於遊 藝者爲了獲得其硬幣Μ，必須使硬幣落下在下段硬幣載置 台14的圖中跟前側之硬幣落下溝15。再者，在硬幣支付 裝置21被支付之多數硬幣μ堆積於上段硬幣載置台12上 之狀況，因爲達成特定條件而上段硬幣載置台12的上面 板lh之圖中深側端部被抬高至上方，其硬幣Μ係流入中 段硬幣載置台13、下段硬幣載置台14。藉此，推出堆積 於中段硬幣載置台13上及下段硬幣載置台14上之硬幣， 最後則爲支付多數枚硬幣給遊藝者。 又’當選球獎勵之任一時，作爲球狀之抽選用移動物 體的球Β係被供給至遊玩場域2內的下段硬幣載置台14 -20- 1311492 . (16) 上。該球獎勵係準備有3種類，當選顯示有1個球之關於 1號球圖案的相同圖案之球獎勵時，則其1號球圖案的相 同圖案停止並顯示於吃角子老虎裝置20的畫面。然後， 遊戲站控制裝置31係將球供給命令輸出至球供給裝置23 〇 球供給裝置23係如圖3所示，具備：配置於本推幣 遊戲機1內部之未圖示之球貯留部、未圖示之球供給控制 > 部、暫時保持從其球供給控制部通過第1搬送軌道23a而 被供給之球B的球保持部2 3 b、用以將保持於其球保持部 23b之球B搬送至下段硬幣載置台14上的第2搬送軌道 2 3 c、及用以將保持於其球保持部2 3 b之球B搬送至硬幣 落下溝1 5的第3搬送軌道23d。來自於遊戲站控制裝置 3 1之球供給命令被球供給裝置23的球供給控制部接收時 ’其球供給控制部係因應其球供給命令而控制各部。然後 ’虽h關於1號球圖案的相同圖案之球獎勵，接收其球供 > 給命令時’球供給裝置23係使用第2搬送軌道23 c，將1 個球B供給至_下段硬幣載置台1 4上。 又’當選顯示有3個球B之關於3號球圖案的相同圖 案之球獎勵時’則其3號球圖案的相同圖案停止並顯示於 吃角子老虎裝置20的畫面。然後，遊戲站控制裝置31係 將球供給命令輸出至球供給裝置2 3，與關於1號球圖案的 相同圖案之球獎勵相同，將3個球B供給至下段硬幣載置 台I4上。又，當選顯示1個金色球B之關於金球圖案的 相同圖案之球獎勵時’則其金球圖案的相同圖案停止並顯 -21 - (17) 1311492 示於吃角子老虎裝置20的畫面。然後，遊戲站控制 3 1係將球供給命令輸出至球供給裝置2 3，與其他球 相同，將1個金色的球B供給至下段硬幣載置台1 4上 如此被供給之球B係在乘載於堆積於下段硬幣載 1 4上之硬幣Μ的狀態下，存在於遊玩場域內。然後 其硬幣Μ的移動同時朝向硬幣落下溝15移動。在此 設置於下段硬幣載置台14之擋止器部14a的中央部 | 以硬幣Μ易於落下之方式形成有缺口部14b。又，於 硬幣載置台14的上方係設置有兩個球引導板24，爲 下段硬幣載置台14上的球B靠近中央側之構造。因 下段硬幣載置台14上的球B係隨著朝向硬幣落下溝 藉由球引導板24靠近中央側，經由易於落下之擋止 14a的缺口部14b而落下至硬幣落下溝15。 如此球B落下硬幣落下溝15時，藉由設置於其 落下溝15內的將硬幣Μ與球B分類並僅回收球B之 I 收軌道2 5接收，通過作爲後述之搬送手段的球搬送 ，被送至作爲後述之第1抽選裝置的遊戲站抽選裝置 在該遊戲站抽選裝置70的抽選當選時，其球Β係更 至圖2所示之作爲第3抽選裝置的中央抽選裝置40。 ，金色的球Β被送至遊戲站抽選裝置70及中央抽選 40時，則因應遊戲站抽選裝置70及中央抽選裝置4〇 之抽選結果而被支付之硬幣數量將成爲兩倍。 又，當選顯示有「D」圖案之關於D圖案的相同 之球獎勵時，則其D球圖案的相同圖案停止並顯示於 裝置 獎勵 〇 置台 ， 與 ，在 份係 下段 僅使 此， 15， 器部 硬幣 球回 機構 Ί0。 被送 此時 裝置 所致 圖案 吃角 -22- 1311492 . (18) 子老虎裝置20的畫面。然後，遊戲站控制裝置3 1係將D 球供給命令輸出至球供給裝置23。接收D球供給命令之 ' 球供給裝置23係藉由球供給控制部，執行因應其D球供 ' 給命令之球供給動作。具體來說，如圖3所示，通過第3 球通路部，而直接供給1個球B至硬幣落下溝15。因此 ，當選關於該D圖案之相同圖案的球獎勵時係進行之後在 遊戲站抽選裝置70的抽選。 φ 又，當選關於「7」的相同圖案之特別獎勵時，則「7 」的相同圖案停止並顯示於吃角子老虎裝置20的畫面。 然後，遊戲站控制裝置31係將特別球供給命令輸出至球 供給裝置23。接收特別球供給命令之球供給裝置23係藉 由球供給控制部，執行因應其D球供給命令之球供給動作 。具體來說，到球B進入後述之遊戲站抽選裝置70之特 別收容空間K爲止，係從球貯留部依序送出球B。此時， 如圖3所示，通過第3球通路部，而直接供給至硬幣落下 • 溝1 5。因此，當選特別獎勵時，之後係到球B進入特別 收容空間K爲止，連續進行在遊戲站抽選裝置70的抽選 ，並可確實進行在中央抽選裝置40的抽選。 (球獎勵抽選模式） 接著，針對球獎勵抽選模式而加以說明。 遊戲站控制裝置3 1係藉由球獎勵抽選模式用的抽選 程式之執行，決定當選獎項時，而對於遊藝者賦予因應前 述表2所示之當選獎項的優惠。遊戲站控制裝置31係在 -23- (19) 1311492 執行球獎勵抽選模式用之抽選程式時，使用球獎勵抽選模 式用的當選機率表格。再者，該當選機率表格係將球獎勵 的獎項之當選機率設定爲高於通常抽選模式時之球獎勵獎 項的當選機率，其中將關於D圖案的相同圖案之球獎勵設 定爲最高之當選機率。因此，在球獎勵抽選模式時相較於 通常抽選模式時，球B有非常高的機率被供給至遊玩場域 上或硬幣落下溝1 5 ，進行在遊戲站抽選裝置70的抽選 之頻度將提高。 當選關於1號球圖案的相同圖案時，其1號球圖案的 相同圖案係停止並顯示於吃角子老虎裝置2 0，遊戲站控制 裝置3 1係將球供給命令輸出至球供給裝置23。藉此，與 前述之通常抽選模式時相同，1個球B被供給至下段硬幣 載置台14上。又，當選顯示有2個球B之關於2號球圖 案的相同圖案之球獎勵時，則其2號球圖案的相同圖案停 止並顯示於吃角子老虎裝置20的畫面。然後，遊戲站控 制裝置3 1係將球供給命令輸出至球供給裝置23，將2個 球B供給至下段硬幣載置台1 4上。 另一方面，當選關於D圖案的相同圖案之球獎勵時， 則其D球圖案的相同圖案停止並顯示於吃角子老虎裝置 2 0的畫面。然後，遊戲站控制裝置3 1係將D球供給命令 輸出至球供給裝置23。接收D球供給命令之球供給裝置 23係藉由球供給控制部，與前述之通常抽選模式時相同， 執行因應其D球供給命令之球供給動作。 圖7係揭示前述遊戲站抽選裝置70的外觀之立體圖 -24- (20) 1311492 。藉由硬幣落下溝1 5內的球回收軌道2 5接收球B時’則 通過球上升搬送機構69’送至遊戲站抽選裝置70。遊戲 站抽選裝置70係配置於設置在各遊戲站10之吃角子老虎 裝置20的中央抽選裝置4〇側（即’從遊藝者所視之吃角 子老虎裝置20的深側）。 遊戲站抽選裝置70係具備導入軌道71、球承受台72 、及抽選卡盤73。從硬幣落下溝15被搬送至作爲搬送手 段的球上升搬送機構69之上部的球B係被引導至導入軌 道71，通過該導入軌道7 1而被供給至球承受台7 2。球承 受台72係形成爲硏鉢狀，從導入軌道71導入之球B係一 邊沿著球承受台7 2的中心軸I之周圍的內週面旋轉一邊 滾動。然後，到達設置於球承受台1 72之內週面72a上的 中心軸I部份之抽選卡盤73。於該抽選卡盤73係形成有 作爲6個抽選用凹袋之收容空間，其中之—係作爲特別凹 袋的1個特別收容空間K，剩下5個係作爲其他抽選用凹 袋之通常收容空間J。 圖8係揭示前述遊戲站抽選裝置70的內部構造之立 體圖。於抽選卡盤7 3之特別收容空間K的內部係配置有 保持軌道74。該保持軌道74係藉由延伸於垂直方向之四 角柱狀的驅動軸桿75,與抽選卡盤73同時旋轉驅動。該 驅動軸桿7 5係連接設置於在內部具有步進電動機等之驅 動手段的電動機殼體76a上面之旋轉圓板76b，該旋轉圓 板76b係藉由步進電動機而旋轉。抽選卡盤73及保持軌 道74係以一定週期旋轉。 -25- (21) 1311492 在遊戲站抽選裝置，係進行從導入軌道71導入之球 B進入6個收容空間J、K之任一的抽選。然後，球B進 入特別收容空間K時，其球B係在乘載於保持軌道74上 的狀態下，被引導至中心軸I上，藉由未圖示之球檢測裝 置檢測出。藉此，如圖6所示，從球檢測裝置79輸出球 檢測訊號至遊戲站控制裝置3 1。遊戲站控制裝置3 1係接 收來自於球檢測裝置79之球檢測訊號時，則將訊號輸出 & 至統籌本推幣遊戲機1整體之主控制部。接收該訊號之主 控制部係以使中央抽選裝置往特定方向旋轉之方式來控制 。又，接收來自於球檢測裝置79之球檢測訊號的遊戲站 控制裝置31係輸出上升命令至固定於電動機殻體7 6a的 圖8中背面側之升降裝置80。該升降裝置80係具有與設 置於殼體78之內壁的延伸於垂直方向之升降引導軌81連 結之未圖示的滑動構件，利用滑動構件來驅動而移動於升 降引導軌81上。藉此，與電動機殼體76a相同，驅動軸 | 桿75亦移動於上下。接收上升命令之升降裝置80係使電 動機殼體76a上升至圖8所示之狀態爲止。與此連動，保 持驅動軸桿75及球B的保持軌道74亦上升。 藉由升降裝置8 0球B被搬送至上方時，連結保持軌 道74與驅動軸桿75的連結裝置81係以軸92a爲中心， 轉動於中央抽選裝置4 0側。藉此，保持軌道7 4上的球B 係沿著保持軌道7 4滾動後，落下至球搬送通路4 9的先端 49a。然後，球B係滾動於構成搬送手段之球搬送通路49 上，並進入中央抽選裝置40的球導入口 44。 -26- (22) 1311492 如此，從導入軌道7 1導入之球B係進入 間中之特別收容空間K時，則賦予遊藝者進行 裝置40的抽選之權力，其球B係被送至中央彳 〇 另一方面，從導入軌道71導入之球B係 ，進入6個收容空間中之通常收容空間J時， 保持於通常收容空間J之狀態下，藉由抽選卡 轉被旋轉搬送。於球承受台72之內週面72a 於通常收容空間〗之球B的移動路徑上，開口 7 2b。因此，保持於通常收容空間J之球B係 盤73被旋轉搬送至球回收口 72b之位置時， 回收口 .72b，落下至設置於殼體78上面之球民 。該球回收通路7 8 a係延伸至未圖示之球貯留 B至其球貯留部。再者，進入特別收容空間K 爲藉由保持軌道74保持’並不會落下球回收1： # 收容於通常收容空間J之球B通過球回收 則藉由未圖示之光遮斷器等之球檢測手段，檢 檢測訊號被送至遊戲站控制裝置3 1。接收該檢 戲站控制裝置3 1係作爲優惠賦予手段而作用 支付裝置21，進行因應收容球B之通常收容 類之數量的硬幣支付。此時，遊戲站控制裝置 辨識使抽選卡盤73旋轉之步進電動機76的旋 B通過球回收口 72b時之步進電動機76的旋 收容球B之通常收容空間J予以特定。如此，1311492 (1) EMBODIMENT OF THE INVENTION [Technical Field of the Invention] The present invention relates to any one of which is configured to move a moving object by a pumping or the like, and to select whether the moving object enters a plurality of concave pockets. A physical machine for the physical selection of the drawing device. [Prior Art] As such a coin amusement machine, for example, a coin amusement machine disclosed in Patent Document 1 is known. The coin amusement machine has one game station with individual independent play fields, and each game station can have two players who play the game. At each game station, the player adjusts the direction of the coin feeder and uses it to put the coin into the play field. When the coin passes through the coin chuck in the play field, the game station control device (2nd) Draw device) for computer lottery. Further, each game station has six pumping pockets, and is provided with a game station drawing device for performing physical drawing of whether the ball is moved into any of the pumping pockets by moving the ball (picked moving object). The first drawing device). When the ball is awarded by the aforementioned computer, the ball is supplied, and when the ball arrives at the game station, the ball is used to perform physical drawing at the game station drawing device. In the physical drawing of the game station drawing device, when the ball enters any one of the six selected pockets, the coin corresponding to the amount of the ball selected into the concave bag is paid as a bonus to the playing field. Further, when the ball enters a special concave bag which is one of the six drawing concave pockets, the ball is sent to the central drawing device shared by the game stations. The central drawing device is a physical drawing of any one of the 3-6 - (2) 1311492 drawing ports for receiving the ball, and the coin corresponding to the amount of the ball entering the drawing port is paid as a bonus to the playing field. The number of coins to be paid at this time is much higher than the amount of coins paid in the game's physical selection of the station selection device and the ball entering the selection pocket when the ball enters any of the selection slots. Therefore, for the entertainer of the coin amusement machine, the main goal is to perform the lottery of the central drawing device which can obtain a large number of coins at a time. [Patent Document 1] Japanese Patent No. 3 542 1 1 9 [Invention] [Problems to be Solved by the Invention] However, in the coin amusement machine described in Patent Document 1, there are many lottery selections at the game station. The physical draw of the device does not enter the time of the special pocket, and the player of the game is stopped. This is based on the following reasons: that is, in order to allow the ball to enter the special pocket at the physical drawing of the game station drawing device, it is necessary to supply the ball to the game station drawing device. Then, when the ball is supplied to the game station drawing device, the probability of the ball entering the special pocket is set to be substantially higher by 1 / 6 in physical drawing. For this reason, the frequency of the supply of the ball to the game station drawing device cannot be increased too much due to the relationship between the number of coins paid by the lottery result of the central drawing device and the selection rate. As a result, the ball system supplied to the station picking apparatus at such a low frequency does not enter the special pocket when the physical drawing is selected, and the higher entertainer is likely to go to the game and stop the game. 1311492 . (3) The problem is that the bonus paid when pumping a moving object into a special concave bag in a concave bag can be more than the amount of bonus paid when the mobile object is selected into other concave pockets. The same can happen. That is, in this situation, since the main goal of the entertainer is to make the selected moving object enter the special concave bag, when the selected moving object does not enter the special concave bag, there is a possibility that the higher amusement artist will go to the game and stop the game. Sex. The present invention has been made in view of the foregoing problems, and an object thereof is to provide a feature that allows the player to continue to perform the game when the selected moving object does not enter the special concave pocket of the plurality of pockets. Amusement machine. [Means for Solving the Problem] In order to achieve the above object, the invention of claim 1 is an amusement machine having the following members: a first drawing device having a plurality of concave pockets for selecting a moving object by suctioning Moving and selecting the moving object|body into any physical drawing of the selected concave bag; the second drawing means is determining whether to supply the selected moving object to the first drawing device; the feeding device is borrowed When it is determined by the drawing of the second drawing device that the drawing selected moving object is supplied to the first drawing device, the drawing selected moving object is supplied to the first drawing device; the bonus payment means is a payout bonus; and the control means And performing the physical drawing by the first drawing device, and selecting the moving object to enter the special concave bag in the plurality of concave pockets, so that the bonus payment means pays more than the selected moving object The control of the bonus amount of the bonus amount paid when entering the other pockets is selected - 8-11492 . . (4) The amusement machine has a means for changing the probability of selection, and is determined by the physical drawing by the first drawing device and by the drawing of the moving object into a special pocket other than the special pocket. When it is determined that the specific probability of rising the selection rate is reached, and when it is determined that the specific probability of rising the selection rate is reached, the selection result of the selection by the second drawing device is performed, and the drawing result of the pumping of the selected moving object to the first drawing device is performed. Increase the probability of election of the selected object to the election probability. Further, the invention of claim 2 is characterized in that the specific selection probability increase condition is included in the physical drawing by the first drawing device, and the invention is described above. The number of times the moving object is used to enter the other selected pockets, the number of times of entering the pockets of the other selected pockets, or the number of times the other pockets of the selected pockets are selected, The conditions for the specified number of times. Further, the invention of claim 3 is characterized in that, in the amusement machine according to the first aspect, the third drawing device is provided, and the control hand > segment is physically selected by the first drawing device The aforementioned control performed when the moving object enters the special concave bag is such that the third drawing device starts the drawing, and the bonus payment means is paid more than the foregoing according to the drawing result of the third drawing device. 1 The physical drawing by the drawing device, and the aforementioned drawing selects the bonus of the bonus amount paid when the moving object enters the other drawing selection pocket. According to a fourth aspect of the invention, in the amusement machine according to the first aspect of the invention, the method for determining the probability of selection is to determine whether a specific selection machine is reached after performing the above-described probability increase processing. 9 - 1311492,, (5) the rate drop condition, and when it is judged that the specific probability of falling of the election probability is reached, the selection probability reduction process for lowering the object supply selection probability is performed, and the determination of the specific probability of falling of the selection probability is reached, The probability of the object supply being elected is maintained as a probability of rising by the rising probability of the election. According to a fifth aspect of the invention, in the amusement machine of the fourth aspect, the specific selection probability of falling is included in the physical drawing by the first drawing device, and the drawing is performed. Use the Move > animal to enter the conditions of the aforementioned special pocket. Further, the invention of claim 6 is characterized in that, in the amusement machine according to the fifth aspect, the specific selection probability of falling is only the physical drawing by the first drawing device; Selecting a condition that the moving object enters the special concave bag, and the control means performs the physical drawing by the first drawing device and the selected moving object enters at least a part of the other drawing concave pockets. The bonus payment means controls the payment of the bonus, and the supply means continues to select the specific object > the continuous supply condition, and the physical selection by the first drawing means is performed until the selected moving object enters the special pocket, and continues The pumping object is supplied to the first drawing device. Further, the invention of claim 7 is characterized in that, in the amusement machine according to the fourth or fifth aspect, the specific selection probability of falling is included in the physical condition caused by the first drawing device. The selection and the selection of the moving object into the concave bag of one of the other selected concave pockets. Further, the invention of claim 8 is the machine of the present invention, which is characterized in that: the coin input slot having the coin inserted therein, and the second drawing device is The lottery is performed when a coin is input into the coin input port to achieve a specific lottery start condition. Further, the invention of claim 9 is characterized in that, in the amusement machine according to the eighth aspect, the invention provides a coin dispenser for delivering a coin inserted into the coin insertion opening to a play field. The coin loading platform is disposed in the playing field and is provided with a plurality of coins thereon; the coin is dropped into the groove for dropping the coin on the coin mounting table; the pedestal is for pushing the coin toward the coin dropping groove a method of placing a coin on the table, moving back and forth along the upper surface of the coin loading table; and discharging means for discharging a coin that drops the coin dropping groove, the specific drawing start condition, the coin being disposed in the playing field The conditions for the start of the lottery. In the amusement machine of the present invention, in the physical drawing by the first drawing device, the bonus paid by the moving object when entering the special concave bag in the concave drawing bag may be more than the drawing of the moving object into the other drawing concave. The amount of bonus paid for the bag. Therefore, the entertainer performs the primary goal of making the selection of moving objects into special pockets. Then, when the physical drawing by the first drawing device is selected and the moving object is selected to enter the other drawing pocket, it is judged whether or not the specific probability of rising the selection is reached, and when the condition is reached, the probability of the object supply selection is increased. As a result, even in the physical drawing by the first drawing device, the selected moving object does not enter the special concave bag but enters the other selection pocket, and the selected object is raised to the first drawing. The frequency of the device is also increased. As a result, the chance of performing the physical drawing by the first drawing device will be -11 - 1311492 . (7) Increasing the possibility of accepting the payment of the bonus by drawing a moving object into a special pocket. Therefore, even in the physical drawing of the first drawing device, the moving object does not enter the special concave bag, and the expectation of selecting the moving object into the special concave bag in the subsequent * physical drawing is increased, and the entertainment is improved. The desire of the game. [Effects of the Invention] φ According to the present invention, even when the selected moving object does not enter the special concave pocket in the plurality of pockets, the player can also improve the entertainment intention and continue the excellent effect of the game. [Embodiment] Hereinafter, the present invention will be described with respect to an embodiment of a push-pull game machine applied to a coin machine as a casino. Fig. 2 is an external view of the pusher game machine 1 of the present embodiment. The 0 push coin game machine 1 has one independent play field 2, and in each play field 2, there are two players who can play the game. Therefore, a maximum of 20 players can play at the same time. Further, the game space of the entertainer game is divided into columns 3 in every two play fields 2, and the columns 3 are covered with a transparent outer cover 4. Thereby, the player cannot directly access the mechanism inside the play field 2. Further, in each of the play field 2, the game station 10 is operated by the game station 10 which performs the individual push-pull game, and the push-pull game is executed. FIG. 3 is a perspective view showing the configuration of the aforementioned game station 10. The game station 10 is provided with two hard -12-(8) 1311492 coin dispensers 1 1 for feeding coins into the play field 2. Further, the coin dispenser on the right side of the drawing is omitted for the sake of explanation. The coin dispenser 11 has a coin insertion opening 11a which is exposed outside the front side of the pusher game machine. When the coin is inserted from the coin insertion opening 11a by the player, the coin M is discharged from the leading end thereof through the coin passage portion nb. The coin passage portion 丨i b is provided with the input amount detecting sensor 1 1 d for detecting the passage of the coin, detecting that the player inputs the coin ’ and outputting the detection signal to the game station control unit to be described later. The tip end of the coin passage portion 1 1 b is disposed so as to protrude from the play field 2, and the coin discharged from the tip end is put into the play field 2. Further, the coin dispenser 11 is rotatably and detachably attached to the shaft portion 丨丨c of the main body portion of the pusher game machine 1 so that the player can appropriately select the direction in which the coin hopper is ejected. Thereby, the "tourist" can make the tip end of the coin passage portion lib of the coin dispenser 11 to the right and left within a specific range. The upper coin loading table 12, the middle coin loading table 13, and the lower coin loading table 14 are provided in the play field 2 in which the coin dispenser 11 is inserted into the coin cassette. The lower coin loading table 14 is provided with a plurality of coin cassettes in its upper section. When the coin is dropped to the lower side of the coin loading table 14 and the coin dropping groove 15 is formed on the front side, the coin tuck is discharged from the receiving tray 5 (refer to Fig. 2) provided in front of the main body of the push-pull game machine 1. In this way, the entertainer can obtain a coin Μ. Further, in the figure of the lower coin loading table 14, the stopper portion 14a is formed so that the coin 堆积 deposited on the lower coin loading table 14 is not likely to fall down the coin dropping groove 15 in the front end portion. The stopper portion 14a is formed by winding the coin loading surface on the lower coin placing table 14 upward. -13- (9) 1311492 The middle coin loading table 13 is along the upper surface of the lower coin loading table 14, and is driven by a mounting table driving means (not shown) to a specific stroke in the direction indicated by the arrow A in the figure. Move back and forth. The middle coin loading table 13 thus moved back and forth pushes the coins 存在 which are present on the lower portion of the coin loading table 14 to the front side. Further, the 3 series reveals a state in which the middle coin placing table 13 is moved to the foremost position in the drawing. Further, the middle coin loading table 13 is provided with a coin cassette placed thereon. When the coin on the middle coin loading table 13 is dropped to the front side in the drawing, it is placed on the lower coin loading table 14. When the middle coin loading table 13 is not at the foremost position, the coin 落 is dropped from the middle coin loading table 13, and the coin Μ is pushed by the middle coin loading table 13, and is pushed into the most coins and the lower coins are stacked. The stage is placed. As described above, when the coin cassette is pushed in, the coin bundle stacked on the lower coin loading table 14 is pushed out to the front side in the drawing, and the pressing force is applied to the coin 挡 blocked by the stopper portion 14a, and the coin Μ is Drop to the coin drop ditch 15. The front side portion of the upper coin loading table 12 is disposed along the upper surface of the middle coin loading table 13. When the middle coin loading table 13 is moved back and forth by the mounting table driving means 13 as indicated by the arrow Α in the figure, the upper coin loading table 12 is a part of the coin on the deep side of the figure which is located on the middle coin loading table 13 Launched to the front side of the picture. Further, on the upper coin loading table 12, although the coin cassette is also stacked, the upper panel of the upper coin loading table 1 2 is lifted by a lifting means (not shown) as shown in Fig. 4 to achieve a specific condition in the game. The deep side end of the 1 2 a map is raised to the top. Thereby, the coin on the upper coin loading table 12 is dropped to the middle coin loading -14-1311492. Do) on stage 13. Further, a coin jumper 16 and a coin chuck 17 are provided in the play field 2. The coin jumping platform 16 has a coin moving surface 16a formed of a transparent acrylic plate which is inclined so as to have a higher position on the deep side in the drawing. The coin moving surface 10a is fixed to the middle coin loading table 13 by the side plate 16b. . Thereby, the stage driving means for moving the middle coin placing table 13 in the direction of the arrow A in the figure moves the coin jumping table 13 relative to the coin | chuck 17 in a relative manner. Therefore, the coin moving surface 16 6 a relative movement back and forth with respect to the coin chuck 17 in the horizontal direction by moving back and forth with the middle coin loading table 13 at the same time. Fig. 5 is a side view showing a path from the side of the horizontal direction to the coin cassette inserted from the coin dispenser 1 1 and reaching the coin chuck 17. The coin M1 thrown in from the coin dispenser 11 is dropped on the coin moving surface 16a which moves back and forth in the direction of the arrow 图 in the figure. Then, the coin M2 as shown is moved toward the coin chuck 17 while rolling on the coin moving surface 16a. At this time, the moving coin 1^2 moves in the direction of the coin moving surface 16a by gravity, moves while turning, and does not straightly enter the coin moving surface 16a. The coin m2 thus moved reaches the end portion of the coin moving surface 16a on the coin chuck side. Since the end portion is separated from the coin chuck 17, the coin M2 reaching its end is hopped to its coin chuck 17. That is, the coin M3 as shown in the figure reaches the coin chuck 17 in an airborne state. Then, when the place where the coin chuck 17 is reached coincides with the coin passage opening 17a, the coin M4 as shown can enter the coin passage opening 17a. The coin chuck 17 is formed so as to correspond to the two hard -15-(11) 1311492 dispensers 11 provided in the station 10, and the seven coin passages 17a are individually formed in the horizontal center direction. The coin dispenser 1 1 located on the left side in Fig. 3 corresponds to seven coin passage openings 17a on the left side in the figure of the coin chuck 17. The coin passage opening 17a has an entrance which is almost the same as the cross-sectional shape of the coin dam in the diameter direction, and is only slightly larger in size. Further, the state of the coin 跳 which is jumped out from the coin hopping platform 16 is in a state of being inclined with respect to the vertical plane because of the inclination of the coin moving surface 16a. Therefore, the coin passage 17a of the coin chuck 17 is formed in a state in which the coin is twisted, and the inlet thereof is formed obliquely, and the coin can pass through the coin passage 17a. Also, jumping from the coin. The 16-out coin is dropped by a parabola by gravity when it is in an air state. Therefore, in order to receive it, the plane portion 17b of the inlet opening of the coin passage opening 17a is disposed toward the upper side in the vertical direction. Further, the coin chuck 17 is configured to move back and forth in a horizontal direction in a direction orthogonal to the moving direction of the coin jumper 16 by a chuck driving means (not shown). Further, a coin detecting sensor (not shown) for detecting a coin cassette passing through the coin passing opening 17a is provided on the back surface of the coin chuck 17. The coin detecting sensor is a photointerrupter disposed in such a manner that the two ends of the coin chuck 17 are horizontally opposed to each other, and the light path between the two passes through the coin passing port 17a When the coin is blocked, the detection signal is output. Coin Detection The sensor's detection signal is transmitted to the station control unit inside the station. Further, a slot machine device 20 is provided in the play field 2. The slot machine device 20 is a liquid crystal display device, and three reel images are displayed on the liquid crystal screen. The slot machine device 20 performs display control by the game station control unit inside the game station -16-(12) 1311492. Fig. 6 is a view showing a control block of the station control unit 30 provided in each of the stations 10. Each of the station control units 30 includes a game station control unit 31 as a control means, a display control unit 32 that performs display control of the slot machine 20 under the control of the station control unit 31, and a game station control. The ROM 3 3 of various programs and various databases executed by the device 31, and the RAM 34 for temporarily recording various materials used in programs executed by the station control device 31. Further, the station control device 3 1 is also connected to the coin detecting sensor 19b that detects the coin passing through the coin passing port 17a_ of the coin chuck 17, and detects the passage of the coin inserted by the coin dispenser 1 1 The input quantity detection sensor 1 1 d. When the player enters the coin dispenser 11 by the coin, the detection signal is output from the input amount detecting sensor 1 1 d to the station control device 31. The station control device 31 that receives the detection signal outputs a coin input signal to a main control unit, which will be described later. Further, when the coin passes through the coin passage port 17a, the detection signal is output from the coin detecting sensor 19b to the station control device 31. The station control device 31 that receives the detection signal functions as a second drawing device, and executes a lottery program stored in the ROM 3 3 . The game station control device 3 1 that executes the lottery program generates the random number of the selection, and compares the election probability table indicating the correspondence between the individual awards and the probability of occurrence, and determines the elected prize according to the random number generated by the selection. In the selection, there was also a decision not to be elected and the election was decided. Then, the station control device 31 outputs an image display command to the display control unit 32 based on the determination information. -17- (13) 1311492 The display control device 3 2 that receives the image display command described above rotates the image of the three scrolls on the screen display surface of the slot machine 20, and finally displays the stop image of the three scrolls. At this time, the game station control device 3 1 ' decides to select the award based on its portrait display command, and finally stops and displays the combination of the patterns of the elected prizes. Further, the game station control device 31 determines that the selection is based on the portrait display command, and finally stops and displays the combination of the patterns that are not selected. Thereby, the entertainer observes the screen of the φ slot machine 20, and knows the result of the lottery by the coin passing through the port 17a. In the present embodiment, two types of drawing modes, a normal drawing mode and a ball bonus drawing mode, are prepared. Table 1 below is a comparison table showing the prizes for the elections in the normal lottery mode used in the present embodiment and the incentives for each of the selected prizes. Table 2 below is a comparison table showing the prizes for the elections in the ball award lottery mode used in the present embodiment and the incentives for each of the selected prizes. [Table 1] Combination of award pattern offers Ordinary awards Even number of identical patterns Pay 50 coins probability change Awards odd number of identical patterns (except "7") Pay 50 coins + chance change ball award No. 1 ball pattern same pattern Supply the same ball to the same pattern of the 3rd ball pattern of the play field to supply 3 balls to the same pattern of the golden field pattern of the play field to supply 1 golden ball to the same pattern of the ball pattern of the play field D ball directly to the game station drawing device The same pattern of the special prize "7" of the ball is supplied to the ball in the special accommodating space until the ball enters the special accommodating space. - (14) 1311492 [Table 2] The same pattern of the 1st ball pattern of the prize pattern of the award pattern The same pattern in which one ball is supplied to the same pattern of the No. 2 ball pattern of the play field is supplied to the same pattern of the play field D pattern. The ball is directly supplied to the game station drawing device (normal drawing mode) First, the normal drawing mode will be described. The station control device 31 is determined by the execution of the lottery mode for the normal lottery mode, and when the prize is selected, the player is given a discount for the selected prize shown in Table 1 above. Here, when any of the ordinary rewards of the same pattern ("2", "4", "6", "8") of the even number is selected, the even pattern of the same pattern is stopped and displayed on the screen of the slot machine 20 . Then, the station control device 31 outputs a coin payout command to the coin payout means 21 as a bonus payout means. The coin dispensing device 21 includes a coin feeder unit that stores a plurality of coins provided in the coin push machine 1 , a coin payment unit that pays coins stored in the coin feeder unit, and a coin payment unit. The coin is guided to the coin passage portion 22 in the play field 2. The coin payout means 21 that accepts the coin payout command controls the coin payout section to execute the coin payout operation in response to the coin payment order. The coin M which is paid by the coin payout unit is discharged from the coin payout opening 22a via the coin passage portion 22 as shown in Fig. 3 . The coins discharged from the coin payout port 22a are dropped onto the upper panel 12a of the upper segment coin loading table 12, and 50 coins are paid into the play field -19-(15) 1311492 2 . In addition, when any one of the odd-numbered identical patterns ("1", "3", "5", "9") other than "7" is selected, the odd-numbered identical pattern is stopped and displayed in the corner. The screen of the tiger device 20. Then, the station control device 31 outputs the coin payout device to the coin payout device 21, and like the normal bonus, 50 coins are paid into the play field 2. Further, the game station control device 31 that executes the lottery program for the normal lottery mode sets the probability of selection for each of the prizes to a higher probability rate table for the probability change, until the subsequent lottery is elected three times. Therefore, when the probability change bonus is selected, the player's selection by the station control device 31 is easy to be elected. In the present embodiment, even if the ordinary prize or the chance change bonus is selected in the lottery, the player is not paid directly to the player, and the number of coins selected for the prize is supplied to the play field 2. Therefore, in order for the player to obtain the coin Μ, the coin must be dropped on the coin drop groove 15 on the front side in the figure of the lower coin loading table 14. Further, in the case where the majority of the coins μ paid by the coin payout device 21 are stacked on the upper coin loading table 12, the deep end of the upper panel lh of the upper coin loading table 12 is raised to the upper side because the specific condition is reached. The coin tucks into the middle coin loading table 13 and the lower coin loading table 14. Thereby, coins stacked on the middle coin placing table 13 and the lower coin placing table 14 are pushed out, and finally, a plurality of coins are paid to the player. Further, when either one of the ball awards is selected, the ball system selected as the moving object of the spherical shape is supplied to the lower coin placing table 14-20-1311492 in the play field 2. (16) Upper. The ball award system is prepared in three types. When the ball prize of the same pattern with respect to the No. 1 ball pattern of one ball is selected, the same pattern of the No. 1 ball pattern is stopped and displayed on the screen of the slot machine 20. Then, the game station control device 31 outputs a ball supply command to the ball supply device 23. The croquet supply device 23 includes a ball storage unit (not shown) disposed inside the pusher game machine 1 as shown in FIG. The ball supply control unit 3 (not shown) temporarily holds the ball holding portion 2 3 b of the ball B supplied from the ball supply control unit through the first conveyance rail 23a, and holds it in the ball holding portion 23b. The ball B is transported to the second transport rail 2 3 c on the lower coin loading table 14 and the third transport rail 23 d for transporting the ball B held by the ball holding portion 2 3 b to the coin dropping groove 15 . When the ball supply command from the station control device 31 is received by the ball supply control unit of the ball supply device 23, the ball supply control unit controls the respective units in response to the ball supply command. Then, 'the ball is awarded for the same pattern of the No. 1 ball pattern, and the ball is received.> When the command is given, the ball supply device 23 uses the second transfer track 23 c to supply one ball B to the next coin. Set up on 1 4 . Further, when the ball of the same pattern with respect to the No. 3 ball pattern of three balls B is displayed, the same pattern of the No. 3 ball pattern is stopped and displayed on the screen of the slot machine 20. Then, the station control device 31 outputs a ball supply command to the ball supply device 23, and supplies the three balls B to the lower coin placing table I4 in the same manner as the ball award of the same pattern with respect to the first ball pattern. Further, when the ball award of the same pattern of the golden ball pattern 1 is displayed, the same pattern of the golden ball pattern is stopped and displayed -21 - (17) 1311492 is shown on the screen of the slot machine 20. Then, the station control 31 outputs the ball supply command to the ball supply device 2, and, like the other balls, supplies one golden ball B to the lower coin loading table 1 4 so that the supplied ball B is multiplied. It is present in the play field in the state of the coin 堆积 stacked on the lower coin carrier 14 . Then the movement of its coin tweezer moves toward the coin drop groove 15 at the same time. Here, the center portion of the stopper portion 14a of the lower coin placing table 14 is formed with a notch portion 14b so that the coin is easily dropped. Further, two ball guide plates 24 are provided above the coin placing table 14, and the ball B on the lower coin placing table 14 is close to the center side. The ball B on the lower coin loading table 14 is lowered toward the coin dropping groove 15 by the notch portion 14b of the stopper 14a which is easy to fall, as the ball guiding plate 24 approaches the center side toward the coin dropping groove. When the ball B is dropped into the groove 15 by the ball B, it is received by the I-receiving track 25 which sorts the coin Μ and the ball B in the drop groove 15 and collects only the ball B, and the ball is transported as a transport means to be described later. When the game station drawing device which is the first drawing device to be described later is selected, the ball game system is changed to the center drawing device 40 as the third drawing device shown in Fig. 2 . When the golden ball is sent to the game station lottery device 70 and the central lottery 40, the number of coins to be paid in response to the lottery results of the game station lottery device 70 and the central lottery device 4 will be doubled. Moreover, when the same ball reward for the D pattern with the "D" pattern is selected, the same pattern of the D ball pattern is stopped and displayed on the device reward setting table, and only in the lower part of the system, The coin ball back to the mechanism Ί0. Was sent to the pattern caused by the device at this time -22- 1311492 . (18) Screen of the tiger device 20. Then, the station control device 31 outputs a D ball supply command to the ball supply device 23. The ball supply device 23 that receives the D ball supply command is operated by the ball supply control unit to perform a ball supply operation in response to the D ball supply command. Specifically, as shown in FIG. 3, one ball B is directly supplied to the coin dropping groove 15 through the third ball passage portion. Therefore, the selection of the ball for the same pattern of the D pattern is performed after the lottery of the game station drawing device 70. φ Also, when a special award for the same pattern of "7" is selected, the same pattern of "7" is stopped and displayed on the screen of the slot machine 20. Then, the station control device 31 outputs a special ball supply command to the ball supply device 23. The ball supply device 23 that receives the special ball supply command performs a ball supply operation in response to the D ball supply command by the ball supply control unit. Specifically, the ball B is sequentially sent from the ball storage unit until the ball B enters the special accommodating space K of the game station drawing device 70 to be described later. At this time, as shown in FIG. 3, the third ball passage portion is directly supplied to the coin drop groove 15. Therefore, when the special prize is selected, the ball B is drawn into the special accommodating space K, and the drawing of the game station drawing device 70 is continuously performed, and the drawing of the center drawing device 40 can be surely performed. (Ball Award Lottery Mode) Next, the ball award drawing mode will be described. The station control device 3 1 determines the prize for the selected player by the execution of the lottery program for the ball award drawing mode, and the player is given the prize for the selected prize shown in Table 2 above. The station control device 31 uses the winning probability table for the ball award drawing mode when the drawing program for the ball award drawing mode is executed in -23-(19) 1311492. Furthermore, the election probability table sets the probability of winning the award of the ball award to be higher than the election probability of the ball award prize in the normal lottery mode, wherein the ball award of the same pattern with respect to the D pattern is set to the highest probability of being elected. Therefore, in the ball award lottery mode, the ball B has a very high probability of being supplied to the play field or the coin drop groove 15 compared to the normal lottery mode, and the frequency of the lottery at the game station lottery device 70 is increased. . When the same pattern regarding the No. 1 ball pattern is selected, the same pattern of the No. 1 ball pattern is stopped and displayed on the slot machine 20, and the station control device 31 outputs the ball supply command to the ball supply device 23. Thereby, as in the case of the normal drawing mode described above, one ball B is supplied to the lower coin placing table 14. Further, when the ball award of the same pattern with respect to the No. 2 ball pattern of the two balls B is selected, the same pattern of the No. 2 ball pattern is stopped and displayed on the screen of the slot machine 20. Then, the station control device 31 outputs the ball supply command to the ball supply device 23, and supplies the two balls B to the lower coin loading table 14. On the other hand, when a ball award of the same pattern for the D pattern is selected, the same pattern of the D ball pattern is stopped and displayed on the screen of the slot machine 20. Then, the station control device 31 outputs a D ball supply command to the ball supply device 23. The ball supply device 23 that receives the D ball supply command is operated by the ball supply control unit in the same manner as in the normal drawing mode described above, and performs a ball supply operation in response to the D ball supply command. Fig. 7 is a perspective view showing the appearance of the aforementioned game station drawing device 70 - 24-(20) 1311492. When the ball is collected by the ball collecting track 25 in the groove 15 5, the ball B is sent to the game station drawing device 70 by the ball raising and transporting mechanism 69'. The game station drawing device 70 is disposed on the center of the center lottery device 4 of the slot machine device 20 (i.e., 'the deep side of the slot machine 20 as viewed by the entertainer). The game station drawing device 70 includes an introduction rail 71, a ball receiving table 72, and a drawing chuck 73. The ball B that has been transported from the coin drop groove 15 to the upper portion of the ball lift transport mechanism 69 as the transport path is guided to the lead-in rail 71, and is supplied to the ball receiving table 7 2 through the lead-in rail 71. The ball receiving table 72 is formed in a meander shape, and the ball B introduced from the lead-in rail 71 rolls along the inner peripheral surface around the central axis I of the ball receiving base 7 2 while rotating. Then, the drawing chuck 73 of the central axis I portion provided on the inner peripheral surface 72a of the ball receiving table 1 72 is reached. The selection chuck 73 is formed with a receiving space for the six drawing pockets, which is a special receiving space K for the special concave bag, and the remaining five are used as the normal receiving pockets for other drawing pockets. Space J. Fig. 8 is a perspective view showing the internal structure of the aforementioned game station drawing device 70. A holding rail 74 is disposed inside the special accommodating space K of the drawing chuck 73. The holding rail 74 is rotationally driven simultaneously with the drawing chuck 73 by a columnar drive shaft 75 extending in the vertical direction. The drive shaft 75 is connected to a rotating circular plate 76b provided on a motor housing 76a having a driving means such as a stepping motor therein, and the rotating circular plate 76b is rotated by a stepping motor. The drawing chuck 73 and the holding rail 74 are rotated at regular intervals. -25- (21) 1311492 In the game station drawing device, the ball B introduced from the introduction rail 71 is taken into one of the six housing spaces J and K. Then, when the ball B enters the special accommodating space K, the ball B is guided to the center axis I in a state of being carried on the holding rail 74, and is detected by a ball detecting device (not shown). Thereby, as shown in Fig. 6, the ball detecting signal is output from the ball detecting device 79 to the station control device 31. When the game station control device 3 1 receives the ball detection signal from the ball detecting device 79, it outputs the signal & to the main control unit of the entire push coin game machine 1 as a whole. The main control unit that receives the signal is controlled to rotate the central drawing device in a specific direction. Further, the station control device 31 that receives the ball detecting signal from the ball detecting device 79 outputs a rising command to the lifting device 80 fixed to the back side of Fig. 8 of the motor casing 76a. The lifting device 80 has a sliding member (not shown) that is connected to the vertical guide rail 81 extending in the vertical direction of the inner wall of the casing 78, and is driven by the sliding member to move on the ascending guide rail 81. Thereby, similarly to the motor case 76a, the drive shaft | the lever 75 is also moved up and down. The lifting device 80 that receives the ascending command raises the motor casing 76a to the state shown in Fig. 8. In conjunction with this, the holding rail 74 that holds the drive shaft 75 and the ball B also rises. When the lifting device 80 ball B is transported upward, the connecting device 81 that connects the holding rail 74 and the drive shaft 75 is rotated about the center drawing device 40 side around the shaft 92a. Thereby, the ball B on the holding rail 7 is rolled along the holding rail 74, and then dropped to the leading end 49a of the ball conveying path 49. Then, the ball B is rolled over the ball transport path 49 constituting the transport means, and enters the ball introduction port 44 of the center drawing device 40. -26- (22) 1311492 In this way, when the ball B introduced from the introduction rail 71 enters the special accommodating space K in the room, the player is given the right to draw the device 40, and the ball B is sent to the center 彳On the other hand, when the ball B introduced from the introduction rail 71 enters the normal accommodating space J of the six accommodating spaces, it is held in the normal accommodating space J, and is rotated and transported by the drawing card. The inner peripheral surface 72a of the ball receiving base 72 is opened in the path of the ball B of the normal receiving space, and is opened 7 2b. Therefore, when the ball B-system tray 73 held in the normal accommodation space J is rotationally conveyed to the position of the ball recovery port 72b, the port is recovered. 72b, dropped to the golfer set on the casing 78. The ball recovery passage 78 8 a extends to a ball storage B (not shown) to the ball storage portion. In addition, the special accommodating space K is held by the holding rail 74 and does not drop the ball. The first one is: # The ball B accommodated in the normal accommodating space J is recovered by the ball, and is replaced by a photo interrupter (not shown). The ball detecting means sends a detection signal to the station control means 31. The control station control device 31 receives the payment device 21 as a bonus providing means, and performs coin payment in accordance with the number of normal accommodations in which the ball B is accommodated. At this time, the station control device recognizes the normal accommodation space J of the rotary accommodation ball B of the stepping motor 76 when the rotation B of the stepping motor 76 that rotates the drawing chuck 73 passes through the ball recovery port 72b. in this way,
6個收容空 在中央抽選 曲選裝置40 如圖9所示 其球B係在 盤7 3的旋 上係在保持 有球回收口 藉由抽選卡 則進入其球 ]收通路78a 部，引導球 之球B係因 ]7 2b ° 口 72b 時， 測出球，而 測訊號之遊 ，使用硬幣 空間J的種 3 1係因爲 :轉角，從球 :轉角而可將 將收容球B -27- (23) 1311492 之通常收容空間J予以特定之遊戲站控制裝置3 1係將用 以支付預先設定在每一通常收容空間之數量的硬幣之硬幣 支付命令輸出至硬幣支付裝置21，而支付硬幣至遊藝者的 遊玩場域2內。 圖10係揭示前述中央抽選裝置40的週邊外觀之立體 圖。該中央抽選裝置40係由圓形的旋轉抽選裝置41、及 從垂直方向下側支持旋轉抽選裝置41之裝置支持台42所 | 構成。旋轉抽選裝置41之正面側（圖中跟前側）係利用 透明面板覆蓋，爲可見旋轉抽選裝置41之內部的構造。 又，於透明面板43之下方部份係設置有球導入口 44。從 遊藝者的遊玩場域2內通過球搬送機構26而被搬送來的 球B係從該球導入口 44導入至旋轉抽選裝置41的內部。 於旋轉抽選裝置4 1之上部係數致有反圓錐狀之硬幣 支付用的硬幣承受盤27。該硬幣承受盤27係接收來自於 配置於其上方之未圖示之中央抽選裝置用硬幣支付裝置的 • 硬幣Μ。該中央抽選裝置用硬幣支付裝置係將因應本中央 抽選裝置40所致之當選樣態之數量的硬幣Μ供給至硬幣 承受盤27。硬幣承受盤27之下部係形成有聯通沿著旋轉 抽選·裝置4 1之外週側面而設置之硬幣搬送通路2 8'。因此 ，供給至硬幣承受盤27之硬幣Μ係藉由重力直接供給至 硬幣搬送通路28內。硬幣搬送通路28係沿著旋轉抽選裝 置4 1之外週側面而延伸至硬幣支付用翼（wing ) 29，供 給至硬幣搬送通路28之硬幣Μ係藉由重力搬送至硬幣支 付用翼29。然後，被搬送至該硬幣支付用翼29之硬幣Μ -28- (24) 1311492 係通過其硬幣支付用翼29內的硬幣搬送通路29a，而支付 至在本中央抽選裝置40當選之遊藝者的遊玩場域2內。 圖11係揭示旋轉抽選裝置41及裝置支持台42的內 部構造之立體圖。旋轉抽選裝置41係於其內部具有旋轉 搬送從設置於透明面板43之球導入口 44導入的球B之球 旋轉搬送裝置50。該球旋轉搬送裝置50係經由支持環45 以挾持於固定於裝置支持台42之未圖示的正面板與背面 板之間的狀態下配置。又，球旋轉搬送裝置5 0係可自由 旋轉地安裝在固定於正面板與背面板之間的延伸於水平方 向之旋轉軸C。再者，該正面板係以透明丙烯酸板所形成 ’於其正面側（圖中跟前側）的面上係設置有以圖中兩虛 線所示之旋轉軸C爲中心軸的中空圓柱狀的區隔構件4 6 c 〇 前述球旋轉搬送裝置50係具有位於該區隔構件46c 之外側部份的外週搬送部及位於其內側部份的內週搬送部 。該球旋轉搬送裝置50係藉由設置於前述裝置支持台42 之驅動裝置6 0而以旋轉軸C爲中心，旋轉於圖中箭頭E 方向。因此，外週搬送部與內週搬送部係一起旋轉。再者 ，球旋轉搬送裝置50係藉由驅動裝置60，在本推幣遊戲 機1起動電源之後時常以一定週期旋轉。 於球旋轉搬送裝置50的外週搬送部係沿著外週多數 形成有具有約球1個份之空間的保持空間F。各保持空間 F係藉由球旋轉搬送裝置5 0的旋轉，移動於以旋轉軸C 爲中心之圓週軌道上。形成球旋轉搬送裝置50的正面外 -29 - (25) 1311492 壁之正面側中板5 1係於對應各保持空間F之部份個別具 有開口部5 1 a，藉由接近該正面側中板5 1而平行地安裝之 透明的正面板，形成各保持空間F的正面側。保持空間F 係位於垂直方向最下部時，具有使球B往背面側移動之傾 斜，位於垂直方向最上部時，則具有使球B往正面側移動 之傾斜。藉此，從透明面板43之球導入口 44導入之球B 係確實地收容於藉由球旋轉搬送裝置50的旋轉而移動至 垂直方向最下部之保持空間F的內部。如此，收容於保持 空間F的球B係藉由球旋轉搬送裝置5 0的旋轉，沿著其 球旋轉搬送裝置50的外週搬送部而往垂直方向上方搬送 。然後，球B係搬送至垂直方向最上部時，受到重力的作 用，而排出至正面板與透明面板43之間的空間。如此排 出之球B係供給至藉由區隔構件46區隔之內部空間的內 部。c被供給至內部空間之球B係沿著區隔構件4 6 c的內 週面滾動，而暫時以鐘擺之方式移動於其內週面上。然後 ，接受重力的作用而漸漸減速，最後，從區隔構件46c的 內週面之垂直方向最下部，進入球旋轉搬送裝置50的內 週搬送部內。 於球旋轉搬送裝置50的內週搬送部係形成作爲具有 約球1個份之寬度的第2保持空間之3種費的保持溝G! 、G2、G3。各保持溝G2、G3係從區隔構件46c往旋 轉軸C放射狀地延伸，具有相互不同之溝的長度。收容於 保持溝G2、G3的球b係藉由球旋轉搬送裝置50的旋 轉’沿著其球旋轉搬送裝置50的內週搬送部而往垂直方 -30- (26) 1311492 向上方搬送。保持於保持溝G!、G2、G3的球B係被搬送 至垂直方向上部時，受到重力的作用而沿著內壁移動，搬 _ 送至垂直方向最上部時係成爲抵接於旋轉軸C側的內壁之 ' 狀態。此時球B所位於之保持溝的背面側壁面係個別開口 有1個球B可通過之出口。在保持於保持溝G!、G2、G3 之狀態下被搬送至垂直方向最上部之球B係藉由旋轉軸C 側之內壁的傾斜，進入該出口。 φ 圖1 2係旋轉抽選裝置4 1的後視圖。於旋轉抽選裝置 4 1的背面側係設置有背面板47，於該背面板47係在球旋 轉搬送裝置50之內週搬送部的第1保持溝G!位於垂直方 向最上部時，形成配置於對應其出口之位置的抽選口 47a 。又，相同地，亦形成有對應設置於第2保持溝G2之出 口的抽選口 4 7b，及對應設置於第3保持溝G3之出口的抽 選口 4 7c。因此，在內週搬送部被搬送至垂直方向最上部 之球B係進入對應其出口之抽選口 47a、47b、47c。 • 如此，進入抽選口 47a、47b、47c之球B係藉由微動 開關等之檢測手段檢測出後，被球貯留部回收。檢測手段 係個別設置於各抽選口 47a、47b、47c，檢測出球B時， 係輸出抽選檢測訊號至從個別檢測部統籌本推幣遊戲機1 並管理之主控制部。接收該抽選檢測訊號之主控制部係以 中央抽選裝置40的硬幣支付用翼29朝向在本中央抽選裝 置所致之抽選當選之遊藝者（即，使球B落下硬幣落下溝 15之遊藝者）的遊玩場域2之方式，使其旋轉驅動於中央 抽選裝置40的水平方向。然後，硬幣支付用翼29朝向其 -31 - 1311492 . (27) 遊玩場域2時，如圖丨3所示，以其硬幣支付用翼29的先 端位於遊玩場域2的上段硬幣載置台12之上方附近之方 式，降低硬幣支付用翼29的先端般地驅動。之後，主控 制部係將硬幣支付命令輸出至未圖示之中央抽選裝置用硬 幣支付裝置，將對應球B進入之抽選口的數量之硬幣Μ， 供給至設置於中央抽選裝置40之上部的硬幣承受盤27 ( 參考圖1〇)。被供給致硬幣承受盤27之硬幣Μ係藉由重 i 力直接通過硬幣搬送通路28內，經由硬幣支付用翼29而 之複製前述遊藝者的遊玩場域2內。 藉由以上的構造，遊藝者係對準硬幣卡盤17的硬幣 通過口 17a而投入硬幣Μ，使硬幣Μ通過硬幣通過口 17a ，當選球獎勵或特別獎勵時，球B將供給至遊玩場域內或 硬幣落下溝1 5內。如此，被供給之球B通過硬幣落下溝 1 5被搬送致遊戲站抽選裝置70。藉此，於其遊戲站抽選 裝置70中，進行其球B進入6個收容空間J、K中任一之 B 物理抽選。在該物理抽選，球B進入特別收容空間K時， 則賦予進行在中央抽選裝置40的抽選之權利。然後，其 球B被搬送至中央抽選裝置40，於中央抽選裝置40中， 進行進入3個抽選口 47a、4：7b、47c中任一之抽選，遊藝 者係可接收大量硬幣的支付。 接著，針對本發明的特徵部份，遊戲站控制裝置3 1 所進行之電腦抽選的球獎勵抽選模式之開始條件加以說明 〇 圖1係揭示球獎勵抽選模式開始爲止之流程的流程圖 -32- (28) 1311492 於通常抽選模式中，藉由硬幣Μ通過硬幣通過口 i7a 而遊戲站控制裝置31進行電腦抽選，當選球獎勵或特別 獎勵時，球B將供給至遊玩場域內或硬幣落下溝15內。 然後，該球B通過硬幣落下溝15被搬送致遊戲站抽選裝 置70時，則於遊戲站抽選裝置70中進行物理抽選。於該 物理抽選中，其球B進入特別收容空間K時（S 1 )，則 如前述般在中央抽選裝置40進行抽選（S6)，而成爲可 接收大量硬幣的支付。 另一方面，於該物理抽選中，球B進入通常收容空間 J時（S2 )，則因爲其通過球回收口 72b而利用球檢測手 段檢測出球B，檢測訊號被送至遊戲站控制裝置3 1。接收 該檢測訊號之遊戲站控制裝置3 1係因爲辨識使抽選卡盤 73旋轉之步進電動機76的旋轉角，從球B通過球回收口 72b時之步進電動機76的旋轉角而可將收容球B之通常 收容空間J予以特定。將收容球B之通常收容空間J予以 特定之遊戲站控制裝置3 1係如前述般，將用以支付預先 設定在每一通常收容空間之數量的硬幣之硬幣支付命令輸 出至硬幣支付裝置21，而支付硬幣至遊藝者的遊玩場域2 內。 在此，遊戲站控制部30的RAM324係將收容球B之 收容次數，記憶於每一通常收容空間J。然後，將收容球 B之通常收容空間J予以特定之遊戲站控制裝置3 1係將 特定之通常收容空間J的收容次數加算1 ( S3 )。之後’ -33- (29) 1311492 . 遊戲站控制裝置3 1係判斷其通常收容空間〗的收容次數 是否到達規定次數（在本實施形態爲3次）（S 4 )。於此 判斷中，判斷達到規定次數時，遊戲站控制裝置3 1係作 爲當選機率變更手段而作用，進行將抽選模式從通常抽選 模式轉變爲球獎勵抽選模式之處理（當選機率上升處理） (S 5 ) 。^卩，於本實施形態中，利用達成於相同通常收容 空間J3次收容球B之當選機率上升條件，而抽選模式從 通常抽選模式轉變至球獎勵抽選模式。 球獎勵抽選模式係相較於使用機率變動用之當選機率 表格的通常抽選模式，球獎勵的當選機率係高上兩倍。因 此，球B有非常高的機率（物體供給當選機率）被供給至 遊玩場域上或硬幣落下溝15 ，進行在遊戲站抽選裝置70 的物理抽選之頻度將.提高。所以，如轉變至球獎勵抽選模 式，進行在遊戲站抽選裝置70的物理抽選之機會增加， 藉由球B進入特別收容空間K而進行在中央抽選裝置40 的抽選之機率提高。即，接收因應在中央抽選裝置40的 抽選結果所支付之大量獎金的支付之可能性會提高。 然後，在本實施形態，即使在遊戲站抽選裝置70所 致之物理抽選而球B未進入特別收容空間K之狀況，其球 B係進入通常收容空間〗而其通常收容空間；[的收容次數 增加之結果，利用其收容次數達到規定次數，亦可從通常 抽選模式轉變至球獎勵抽選模式。因此，即使球B不進入 特別收容空間K，因接近球獎勵抽選模式的轉變，可進行 在中央抽選裝置40的抽選之期待感會越高。所以，依據 -34- 1311492 .- (30) 本實施形態，即使在遊戲站抽選裝置7 0所致之物理抽選 而球B不進入特別收容空間K，遊藝者的遊藝意欲也不會 降低，反而提高。結果，即使在遊戲站抽選裝置7 0所致 之物理抽選而球B不進入特別收容空間K，亦可使遊藝者 繼續進行遊藝。 再者，在本實施形態，針對球獎勵抽選模式的開始條 件（當選機率上升條件）爲相同通常收容空間J的收容次 • 數到達規定次數之條件之狀況加以說明，但是，亦可採用 球B進入5個通常收容空間Jf之合計次數到達規定次數之 條件’或球B進入5個通常收容空間J中一部份的收容空 間之次數到達規定次數之條件等之其他條件。 接著，針對遊戲站控制裝置31所進行之電腦抽選的 球獎勵抽選模式之結束條件加以說明。 圖14係揭示球獎勵抽選模式結束爲止之流程的流程 圖。 • 如前述般轉變至球獎勵抽選模式之後，藉由硬幣Μ通 過硬幣通過口 17a而遊戲站控制裝置31進行電腦抽選， 當選球獎勵時，球B將供給至遊玩場域內或硬幣落下溝 15內。然後，該球B通過硬幣落下溝15被搬送致遊戲站 抽選裝置70時，則於遊戲站抽選裝置70中進行物埋抽選 。於該物理抽選中，其球B進入特別收容空間K時（S 1 )’則如前述般在中央抽選裝置4〇進行抽選（S6 )，而 成爲可接收大量硬幣的支付。之後，遊戲站控制裝置Η 係作Μ當選機率變更手段而作用，進行將抽選模式從球獎 -35- (31) 13114926 accommodating spaces in the central drawing selection device 40. As shown in Fig. 9, the ball B is attached to the ball recovery port on the plate 7 3, and the ball is taken into the ball receiving passage 78a by the drawing card. The ball B is due to the 7 2b ° port 72b, the ball is measured, and the test signal travels, using the coin space J of the species 3 1 because: the corner, from the ball: the corner can be the containment ball B -27- (23) The normal accommodating space J of 1311492 specifies a coin payment command for paying a coin of a quantity preset in each normal accommodating space to the coin paying device 21, and pays the coin to The gamer's play area is within 2. Fig. 10 is a perspective view showing the appearance of the periphery of the aforementioned central drawing device 40. The central drawing device 40 is composed of a circular rotary drawing device 41 and a device support table 42 that supports the rotary drawing device 41 from the lower side in the vertical direction. The front side (the front side in the drawing) of the rotary drawing device 41 is covered by a transparent panel and is a structure inside the visible rotary drawing device 41. Further, a ball introduction port 44 is provided in a lower portion of the transparent panel 43. The ball B that has been transported by the ball transport mechanism 26 from the player's play field 2 is introduced into the rotary drawing device 41 from the ball introduction port 44. The upper coefficient of the rotary drawing device 4 1 causes a counter-conical coin receiving disk 27 for payment. The coin receiving tray 27 receives a coin cassette from a coin dispensing device for a central drawing device (not shown) disposed above it. The coin drawing device of the central drawing device supplies the number of coins 因 in accordance with the selected state of the central drawing device 40 to the coin receiving tray 27. The lower portion of the coin receiving tray 27 is formed with a coin conveying path 28' which is provided to be continuous along the outer peripheral side of the rotary drawing device 4. Therefore, the coin twist supplied to the coin receiving tray 27 is directly supplied into the coin transport path 28 by gravity. The coin transport path 28 extends along the outer peripheral side of the rotary drawing device 4 1 to the coin paying wing 29, and the coin hopper supplied to the coin transport path 28 is gravity-fed to the coin supporting wing 29. Then, the coin -28-28-(24) 1311492 conveyed to the coin paying blade 29 passes through the coin carrying path 29a in the coin paying blade 29, and is paid to the entertainer who is elected in the center drawing device 40. Play in the field 2. Fig. 11 is a perspective view showing the internal structure of the rotary drawing device 41 and the device support table 42. The rotary drawing device 41 has a ball rotating conveyance device 50 that rotates and conveys the ball B introduced from the ball introduction port 44 provided in the transparent panel 43. The ball rotation conveyance device 50 is placed in a state of being held between the front panel and the back panel (not shown) fixed to the apparatus support base 42 via the support ring 45. Further, the ball rotating conveyance device 50 is rotatably attached to a rotation axis C extending in the horizontal direction between the front panel and the back panel. Further, the front panel is formed of a transparent acrylic plate on the front side (the front side in the drawing), and is provided with a hollow cylindrical region having a rotation axis C indicated by two broken lines in the figure as a central axis. The partitioning member 4 6 c 〇 the ball rotating conveyance device 50 has an outer circumferential conveying portion located outside the partitioning member 46c and an inner circumferential conveying portion located at an inner portion thereof. The ball rotation conveyance device 50 is rotated about the rotation axis C around the rotation axis C in the direction of the arrow E in the figure by the drive device 60 provided on the device support table 42. Therefore, the outer peripheral conveying unit rotates together with the inner peripheral conveying unit. Further, the ball rotating conveyance device 50 is rotated by the driving device 60 at a constant cycle after the power of the pusher game machine 1 is started. In the outer peripheral conveying portion of the ball rotating conveyance device 50, a holding space F having a space of about one ball is formed along the outer circumference. Each of the holding spaces F is moved on a circular orbit around the rotation axis C by the rotation of the ball rotation conveying device 50. Forming the front side of the ball rotating conveyance device 50 -29 - (25) 1311492 The front side center plate 5 1 of the wall is provided with an opening portion 5 1 a corresponding to each of the holding spaces F, by approaching the front side plate The transparent front panels mounted in parallel with each other form the front side of each holding space F. When the holding space F is located at the lowermost portion in the vertical direction, it has a tendency to move the ball B toward the back side, and when it is located at the uppermost portion in the vertical direction, it has an inclination to move the ball B toward the front side. By this, the ball B introduced from the ball introduction port 44 of the transparent panel 43 is surely accommodated in the inside of the holding space F which is moved to the lowermost position in the vertical direction by the rotation of the ball rotation conveyance device 50. In this way, the ball B accommodated in the holding space F is conveyed in the vertical direction along the outer peripheral conveying portion of the ball rotation conveying device 50 by the rotation of the ball rotation conveying device 50. Then, when the ball B is conveyed to the uppermost portion in the vertical direction, it is subjected to the action of gravity and is discharged to the space between the front panel and the transparent panel 43. The ball B thus discharged is supplied to the inside of the internal space partitioned by the partition member 46. The ball B which is supplied to the internal space is rolled along the inner peripheral surface of the partition member 46c, and is temporarily moved to the inner peripheral surface thereof in a pendulum manner. Then, the gravity is gradually decelerated by the action of gravity, and finally, it enters the inner peripheral conveying portion of the ball rotation conveying device 50 from the lowermost portion in the vertical direction of the inner peripheral surface of the partition member 46c. In the inner peripheral conveying portion of the ball rotating conveyance device 50, three types of holding grooves G!, G2, and G3 having a second holding space having a width of about one ball are formed. Each of the holding grooves G2 and G3 radially extends from the partition member 46c to the rotation axis C, and has a length different from each other. The ball b accommodated in the holding grooves G2 and G3 is conveyed upward by the rotation of the ball rotating conveyance device 50 along the inner circumferential conveying portion of the ball rotation conveying device 50 to the vertical -30-(26) 1311492. When the ball B held in the holding grooves G!, G2, and G3 is conveyed to the upper portion in the vertical direction, it is moved along the inner wall by the action of gravity, and is brought into contact with the rotating shaft C when it is sent to the uppermost portion in the vertical direction. The state of the inner wall of the side. At this time, the rear side wall surface of the holding groove where the ball B is located is an individual opening, and one ball B can pass through. The ball B that has been conveyed to the uppermost position in the vertical direction while being held in the holding grooves G!, G2, and G3 enters the outlet by the inclination of the inner wall on the side of the rotating shaft C. φ Figure 1 2 is a rear view of the rotary drawing device 4 1 . The back surface plate 47 is provided on the back side of the rotary drawing device 4 1 , and is disposed on the back surface plate 47 when the first holding groove G of the inner circumferential conveying portion of the ball rotation conveying device 50 is located at the uppermost portion in the vertical direction. A drawing port 47a corresponding to the position of the exit. Further, similarly, a drawing port 47b corresponding to the outlet of the second holding groove G2 and a drawing port 47c corresponding to the outlet of the third holding groove G3 are formed. Therefore, the ball B conveyed to the uppermost portion in the vertical direction in the inner peripheral conveying portion enters the drawing ports 47a, 47b, and 47c corresponding to the outlets. • In this manner, the ball B that has entered the drawing ports 47a, 47b, and 47c is detected by a detecting means such as a micro switch, and is collected by the ball storage unit. The detecting means is provided in each of the drawing ports 47a, 47b, and 47c, and when the ball B is detected, the lottery detecting signal is outputted to the main control unit which manages and manages the pusher game machine 1 from the individual detecting unit. The main control unit that receives the lottery detection signal is directed toward the player selected by the center drawing device by the coin paying blade 29 of the central drawing device 40 (i.e., the player who causes the ball B to drop the coin to drop the ditch 15) The manner of playing the field 2 is such that it is rotationally driven in the horizontal direction of the central drawing device 40. Then, the coin paying wing 29 faces its -31 - 1311492. (27) When the field 2 is played, as shown in FIG. 3, the tip end of the coin paying wing 29 is located at the upper coin stage 12 of the play field 2. In the vicinity of the upper side, the levant-like driving of the coin paying wing 29 is lowered. After that, the main control unit outputs the coin payment command to the coin drawing device for the center drawing device (not shown), and supplies the coin 数量 of the number of the drawing ports corresponding to the ball B to the coin set in the upper portion of the center drawing device 40. Withstand plate 27 (refer to Figure 1〇). The coin which is supplied to the coin receiving tray 27 is directly passed through the coin carrying path 28 by the heavy force, and is copied into the play field 2 of the player via the coin paying blade 29. With the above configuration, the player enters the coin hopper by aligning the coin passage opening 17a of the coin chuck 17 so that the coin dies through the coin passage opening 17a, and when the ball is awarded or special reward, the ball B is supplied to the play field. Inside or the coin falls into the ditch 1 5 . Thus, the supplied ball B is transported to the game station drawing device 70 through the coin drop groove 15. Thereby, in the game station drawing device 70, the ball B is subjected to B physical drawing of any of the six housing spaces J, K. In the physical drawing, when the ball B enters the special accommodating space K, the right to perform the drawing in the central drawing device 40 is given. Then, the ball B is transported to the central drawing device 40, and in the central drawing device 40, the drawing into any of the three drawing ports 47a, 4: 7b, 47c is performed, and the player can receive the payment of a large number of coins. Next, for the characteristic part of the present invention, the start condition of the ball award drawing mode of the computer lottery performed by the station control device 31 is explained. FIG. 1 is a flowchart showing the flow of the start of the ball award drawing mode-32- (28) 1311492 In the normal drawing mode, the game station control device 31 performs computer lottery by the coin Μ passing the coin passage port i7a, and when the ball award or the special prize is selected, the ball B is supplied to the play field or the coin falls into the ditch. 15 inside. Then, when the ball B is transported to the game station drawing device 70 through the coin dropping groove 15, the physical drawing is performed in the station drawing device 70. In the physical drawing, when the ball B enters the special accommodating space K (S 1 ), the central drawing device 40 performs lottery as described above (S6), and becomes a payment for receiving a large number of coins. On the other hand, when the ball B enters the normal accommodating space J (S2) in the physical drawing, the ball B is detected by the ball detecting means through the ball collecting port 72b, and the detection signal is sent to the station control device 3. 1. The game station control device 31 that receives the detection signal can recognize the rotation angle of the stepping motor 76 that rotates the drawing chuck 73, and can accommodate the rotation angle of the stepping motor 76 when the ball B passes through the ball recovery port 72b. The normal accommodation space J of the ball B is specified. The game station control device 3 that specifies the normal accommodation space J in which the ball B is accommodated is outputted to the coin payment device 21 by the coin payment command for paying the coins set in advance in each of the normal accommodation spaces as described above. The coin is paid to the player's play field 2 . Here, the RAM 324 of the station control unit 30 stores the number of times of accommodation of the accommodation ball B in each of the normal accommodation spaces J. Then, the game station control device 3 1 that specifies the normal accommodating space J for accommodating the ball B adds 1 to the number of times the specific normal accommodating space J is accommodated (S3). Then, the game station control device 31 determines whether or not the number of times of the normal accommodation space has reached a predetermined number of times (three times in the present embodiment) (S4). In the above-described determination, when it is determined that the predetermined number of times has elapsed, the station control device 3 1 functions as the selection probability change means, and performs the process of changing the drawing mode from the normal drawing mode to the ball bonus drawing mode (the selection probability increase processing) (S 5). In the present embodiment, the selection probability increase condition of the accommodation ball B in the same normal accommodation space J3 is used, and the drawing mode is changed from the normal drawing mode to the ball bonus drawing mode. The ball award selection mode is twice as high as the ball rewards in the usual lottery mode of the election probability table. Therefore, the ball B has a very high probability (the object supply timing is selected) to be supplied to the play field or the coin drop groove 15, and the frequency of physical drawing of the game station drawing device 70 is increased. Therefore, if the transition to the ball award drawing mode is performed, the chance of physical drawing in the game station drawing device 70 is increased, and the probability of drawing in the center drawing device 40 is increased by the ball B entering the special receiving space K. That is, the possibility of receiving a payment of a large amount of bonus paid in response to the lottery result of the central drawing device 40 is increased. Then, in the present embodiment, even if the ball B does not enter the special accommodating space K due to the physical drawing by the game station drawing device 70, the ball B enters the normal accommodating space and the normal accommodating space; As a result of the increase, the number of times of accommodation can be up to a predetermined number of times, and the mode can be changed from the normal drawing mode to the ball bonus drawing mode. Therefore, even if the ball B does not enter the special accommodating space K, the expectation of the lottery in the central drawing device 40 can be increased due to the transition of the approaching ball bonus drawing mode. Therefore, according to the embodiment of the present invention, even if the physical drawing by the game station drawing device 70 and the ball B does not enter the special accommodating space K, the amusement artist's desire for amusement will not be lowered, but instead improve. As a result, even if the physical drawing by the game station drawing device 70 and the ball B does not enter the special accommodating space K, the player can continue the game. In the present embodiment, the start condition of the ball award lottery mode (the probability of rising the probability of selection) is the same as the condition that the number of times of storage of the normal accommodation space J reaches a predetermined number of times. However, the ball B may be used. The other conditions for the condition that the total number of times of the five normal accommodating spaces Jf has reached a predetermined number of times or that the number of times the ball B has entered a part of the accommodating spaces of the five normal accommodating spaces J has reached a predetermined number of times. Next, the end condition of the ball award drawing mode of the computer lottery performed by the station control device 31 will be described. Fig. 14 is a flow chart showing the flow of the end of the ball award drawing mode. • After transitioning to the ball award lottery mode as described above, the game station control device 31 performs computer lottery by the coin Μ passing through the coin passage port 17a, and when the ball is awarded, the ball B is supplied to the play field or the coin drop groove 15 Inside. Then, when the ball B is transported to the game station drawing device 70 through the coin dropping groove 15, the object-plotting is performed in the game station drawing device 70. In the physical drawing, when the ball B enters the special accommodating space K (S 1 )', the central drawing device 4 抽 performs the drawing (S6) as described above, and becomes a payment for receiving a large number of coins. After that, the game station control device acts as a means for changing the probability of selection, and performs the drawing mode from the ball prize -35- (31) 1311492
勵抽選模式轉變爲通常抽選模式之處理（當選機率下降處 理）（s 1 4 )。即，於本實施形態中，利用達成在遊戲站 抽選裝置70所致之物理抽選而球B進入特別收容空間K 之當選機率下降條件，而抽選模式從球獎勵抽選模式轉變 至通常抽選模式。 在此，於球獎勵抽選模式中球B進入通常收容空間J 時（S 1 2 )，遊戲站控制裝置3 1係將收容球b之通常收容 空間J予以特定，判斷其通常收容空間是否爲5個通常收 容空間J之一部份（在本實施形態爲3個）的模式繼續用 之通常收容空間Π ( S 1 3 )。遊戲站控制裝置3 1係判斷收 容球B之通常收容空間爲模式繼續用之通常收容空間J.1 時，在進行使對應其通常收容空間之數量的硬幣支付硬幣 Μ給遊藝者的遊玩場域2內的控制之後，在繼續球獎勵抽 選模式之狀態下，進行爲了下一電腦抽選之處理。 另一方面，遊戲站控制裝置3 1係判斷收容球Β之之 通常收容空間不爲模式繼續用之通常收容空間Π時，則 爲球Β進入剩下兩個之作爲通常收容空間的模式結束用之 通常收容空間J2。遊戲站控制裝置3 1係作爲當選機率變 更手段而作用，進行將抽選模式從球獎勵抽選模式轉變爲 通常抽選模式之處理（當選機率下降處理）（S14)。即 ’於本實施形態中，利用達成5個通常收容空間J中之兩 個模式結束用之通常收容空間J2之任一的當選機率下降 條件，而抽選模式從球獎勵抽選模式轉變至通常抽選模式 。再者，在球Β進入模式結束用的通常收容空間12時， -36- (32) 1311492 硬幣Μ亦支付至於遊藝者的遊玩場域2內。 再者’在本實施形態，針對球獎勵抽選模式的結束條 件（當選機率下降條件）爲球Β進入特別收容空間κ之條 件’與球Β進入模式結束用的通常收容空間j 2之條件的 兩種條件之狀況加以說明，但是，即使僅爲任一方之條件 亦可，採用與該等條件不同之條件亦可。 接著，針對在通常抽選模式時當選關於「7」之相同 i 圖案之特別獎勵時的特別獎勵處理加以說明。 在通常抽選模式時當選關於「7」之相同圖案之特別 獎勵時’遊戲站控制裝置31係自用將特別球供給命令輸 出至球供給裝置2 3，從球供給裝置2 3連續直接供給球b 至硬幣落下溝15。然後’遊戲站控制裝置3 1係從球檢測 裝置7 9接收通知球B進入特別收容空間κ的球檢測訊號 時’則向球供給裝置2 3輸出球供給停止命令，停止來自 於球供給裝置2 3的球b之供給。 B 於該特別獎勵處理中，球B進入特別收容空間κ爲止 ’係持續供給球B至遊戲站抽選裝置70。所以，在通常 抽選模式時當選關於「7」之相同圖案之特別獎勵時，係 確保在中央抽選裝置40的抽選。然後，於本實施形態中 ’每於球B進入通常收容空間j時，則支付對應球所進入 之通常收容空間的數量之硬幣。所以，在該特別獎勵處理 時’對於遊藝者來說，球B不進入特別收容空間K，可接 受較多的硬幣支付。即，在當選關於「7」之相同圖案之 特別獎勵時以外的處理，係可產生對於遊藝者來說球B進 -37- (33) 1311492 入特別收容空間K在獲得硬幣上較理想，相對於此，在特 別獎勵處理，對於遊藝者來說球Β不進入特別收容空間Κ 在獲得硬幣上較理想，兩種完全不同之處理。 再者，在本實施形態，針對進行遊戲站抽選裝置70 所致之第1段的抽選之後，進行中央抽選裝置4 0所致之 第2段的抽選之構成加以說明，但是，相同地亦可構成進 行3階段以上之抽選。又，在本實施形態，作爲將在遊戲 站抽選裝置70的抽選所使用之球Β，在中央抽選裝置40 亦使用之構造，但是，例如，作爲在遊戲站抽選裝置70， 球Β進入特別收容空間Κ時，其他球被供給至中央抽選裝 置40之構造亦可。又，作爲在該等抽選裝置所使用之抽 選用移動物體，係無使用相同種類者之必要，作爲進行在 個別之抽選裝置使用完全不同之形狀的抽選用移動物體之 構造亦可。 【圖式簡單說明】 〔圖1〕揭示以本實施形態的推幣遊戲機之遊戲站控 制裝置所進行之電腦抽選的球獎勵抽選模式開始爲止之流 程的流程圖。 〔圖2〕揭示同推幣遊戲機的外觀圖。 〔圖3〕揭示同推幣遊戲機的遊戲站之構造的立體圖 〇 〔圖4〕揭示同推幣遊戲機的上段硬幣載置台之上面 板的動態之說明圖。 -38 - (34) 1311492 . 〔圖5〕揭示從水平方向側方所視之從同推幣遊戲機 的硬幣投入器投入之硬幣到達硬幣卡盤爲止的路徑之側面 .圖。 ' 〔圖6〕揭示設置於同遊戲站的遊戲站控制部之控制 區塊圖。 〔圖7〕揭示同推幣遊戲機的遊戲站抽選裝置之外觀 的立體圖。 φ 〔圖8〕揭示同遊戲站抽選裝置的內部構造之立體圖 〇 〔圖9〕揭示同遊戲站抽選裝置的內部構造之其他立 體圖。 〔圖10〕揭示同推幣遊戲機的中央抽選裝置週邊之外 觀的立體圖。 〔圖11〕揭示同中央抽選裝置的旋轉抽選裝置及裝置 支持台之內部構造的立體圖。 # 〔圖1 2〕同旋轉抽選裝置的後視圖。 〔圖13〕揭示藉由同中央抽選裝置的抽選而被支付之 硬幣的之支付動作的說明圖。 〔圖1 4〕揭示同電腦抽選的球獎勵抽選模式結束爲止 之流程的流程圖。 【主要元件符號說明】 1 ··推幣遊戲機 2 :遊玩場域 -39- 1311492. (35) 1 〇 :遊戲站 1 5 :硬幣落下溝 17 :硬幣卡盤 ' 20:吃角子老虎裝置 23 :球供給裝置 3 〇 :遊戲站控制部 40:中央抽選裝置 φ 49 :球搬送通路 70 :遊戲站抽選裝置 80 :升降裝置 Β :球 -40The excitation sampling mode is changed to the processing of the normal sampling mode (the probability of the selection is lowered) (s 1 4 ). That is, in the present embodiment, the selection probability decrease condition in which the ball B enters the special accommodating space K by the physical drawing by the game station drawing device 70 is reached, and the drawing mode is changed from the ball bonus drawing mode to the normal drawing mode. Here, when the ball B enters the normal accommodating space J in the ball award lottery mode (S 1 2 ), the station control device 3 1 specifies the normal accommodating space J of the accommodating ball b, and determines whether or not the normal accommodating space is 5 The normal accommodation space Π (S 1 3 ) continues to be used in one of the normal accommodation spaces J (three in the present embodiment). When the normal accommodating space for accommodating the ball B is the normal accommodating space J.1 for continuation of the mode, the game station control device 3 1 performs a coin payment for the number of coins corresponding to the normal accommodating space to the player's play field. After the control in 2, in the state where the bonus draw mode is continued, the process for the next computer lottery is performed. On the other hand, when the game station control device 31 determines that the normal storage space for accommodating the ball is not the normal storage space for the mode to continue, the game ball enters the remaining two modes for the normal accommodation space. It usually accommodates space J2. The station control device 3 1 functions as a means for selecting the probability of change, and performs a process of changing the drawing mode from the ball bonus drawing mode to the normal drawing mode (the selection probability reduction process) (S14). In other words, in the present embodiment, the selection probability decrease condition of any one of the normal accommodation spaces J2 for ending the two modes of the five normal accommodation spaces J is used, and the drawing mode is changed from the ball bonus drawing mode to the normal drawing mode. . Further, when the ball enters the normal accommodating space 12 for the end of the mode, the -36-(32) 1311492 coin Μ is also paid into the play field 2 of the player. Further, in the present embodiment, the end condition of the ball award drawing mode (the selection probability of descending probability) is the condition of the condition that the ball enters the special accommodation space κ and the condition of the normal accommodation space j 2 for the end of the ball entry mode. The conditions of the conditions are described. However, even if it is only one of the conditions, conditions different from the conditions may be employed. Next, a special bonus process for selecting a special bonus for the same i pattern of "7" in the normal lottery mode will be described. When the special prize for the same pattern of "7" is selected in the normal drawing mode, the "game station control device 31 outputs the special ball supply command to the ball supply device 2 3 for self-use, and continuously supplies the ball b from the ball supply device 23 to The coin fell into the ditch 15. Then, when the game station control device 31 receives the ball detection signal for notifying the ball B to enter the special accommodation space κ from the ball detecting device 719, the ball supply stop command is output to the ball supply device 23, and the ball supply device 2 is stopped. The supply of 3 balls b. B. In the special bonus processing, the ball B enters the special accommodation space κ" to continuously supply the ball B to the game station drawing device 70. Therefore, when a special award for the same pattern of "7" is selected in the usual drawing mode, the drawing of the central drawing device 40 is ensured. Then, in the present embodiment, when the ball B enters the normal accommodating space j, the number of coins corresponding to the normal accommodating space into which the ball enters is paid. Therefore, at the time of the special bonus processing, for the player, the ball B does not enter the special accommodating space K, and can accept more coins to pay. That is, in addition to the special reward for the same pattern of "7", it is possible to produce a ball B-37-(33) 1311492 into the special accommodating space K for the entertainer. Here, in the special reward processing, for the entertainer, the ball does not enter the special containment space. It is ideal to obtain the coin, and two completely different processes. Further, in the present embodiment, the configuration of the second-stage drawing by the central drawing device 40 after the drawing of the first stage by the game station drawing device 70 is described. However, the same can be said. The composition is selected for three or more stages. In the present embodiment, the ball used for the lottery of the game station drawing device 70 is also used in the center drawing device 40. However, for example, in the game station drawing device 70, the ball enters the special housing. When the space is Κ, the other balls are supplied to the configuration of the central drawing device 40. Further, as the selection of the moving object used in the drawing device, it is not necessary to use the same type, and it is also possible to use a structure in which a moving object is selected using a completely different shape in the individual drawing device. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a flow chart showing the flow of the start of the ball award drawing mode of the computer lottery performed by the game station control device of the push button game machine of the present embodiment. [Fig. 2] discloses an appearance of the same push coin game machine. Fig. 3 is a perspective view showing the structure of the game station of the push coin game machine. Fig. 4 is an explanatory view showing the dynamics of the upper plate of the upper coin loading table of the push coin game machine. -38 - (34) 1311492. Fig. 5 is a side view showing the path from the side of the horizontal direction to the coin input from the coin dispenser of the coin pusher to the coin chuck. [Fig. 6] shows a control block diagram of the game station control unit installed in the same game station. Fig. 7 is a perspective view showing the appearance of a game station drawing device of the push coin game machine. φ [Fig. 8] discloses a perspective view of the internal structure of the game station drawing device. Fig. 9 shows another perspective view of the internal structure of the game station drawing device. Fig. 10 is a perspective view showing the appearance of the periphery of the central drawing device of the push-pull game machine. Fig. 11 is a perspective view showing the internal structure of the rotary drawing device and the device supporting table of the central drawing device. # [Fig. 1 2] Rear view of the same rotary drawing device. Fig. 13 is an explanatory view showing a payment operation of a coin paid by the drawing with the central drawing device. [Fig. 14] A flow chart showing the flow up to the end of the ball drawing mode of the computer selection. [Main component symbol description] 1 ··Pushing game machine 2: Play field -39- 1311492. (35) 1 〇: Game station 1 5: Coin drop ditch 17: Coin chuck '20: Slot machine 23 : Ball feeding device 3 游戏: Game station control unit 40: Central drawing device φ 49 : Ball conveying path 70 : Game station drawing device 80 : Lifting device Β : Ball -40