1330542 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種代幣遊戲機，其可藉由移動於代瞥載 置面上之移動體圓滑且確實地推出該代幣載置體之代幣載 置面上之代幣群。 【先前技術】 如圖18所示，眾所周知有一種代幣遊戲機，其於作為代 幣載置體之載置面01上，作為移動體之代幣推桿〇2藉由驅 動機構03於前後（同圖中為左右）方向摺動，將載置面〇1上之 代幣04推出至代幣取出部（曰本專利特開平8_19661號公 報）。 s亥遊戲機中’以避免代幣推桿〇2之下面自載置面〇1之上 面上浮之方式，於自蓋板05垂下之垂下片06安裝有按壓扣 件07，按壓扣件〇7自上方按壓代幣推桿〇2。 如圖18所不之代幣遊戲機中，當長時間地連續將代幣推 桿02於載置面01上摺動時，代幣推桿们之上下面受到磨 耗並且載置面01之上面亦受磨耗，於代幣推桿〇2之前段 下面與載置面01之上面會產生間隙，若代幣〇4挾入該間 隙’則推桿02會無法前後摺動。 發明所欲解決之問題 本發明係鐾於上述問題開發而成者，其目的在於提供一 種代幣遊戲機，其可防止代幣挾於代幣載置體等固定構件 與移動體之間。 【發明内容】 95264-990312.doc 1330542 根據本發明提供之一種代幣遊戲機，其係具有代幣投入 口，其用以玩家投入代幣，代幣載置體，其具有載置投入 之代幣之代幣載置面，移動體，其於上述代幣載置體之代 幣載置面上，推動包含自上述代幣投入口投入之代帶之上 述代幣載置面上之代幣群，以及驅動機構，其使上述移動 體運動者；其特徵在於上述移動體包含可動手段，其以抵 接上述代幣載置面之代幣之方式設置於移動體之移動方向 之前面部分，以及彈推機構，其推壓該可動片於上述代幣 載置面。 本發明中，於移動於代幣載置體之代幣載置面上之移動 體之前面，因於推動該代幣載置面上之代幣之部分設置有 可動片，並且設置有推壓該可動片於上述代幣載置面之彈 推機構，故而即使上述移動體於上述代幣載置面上長時間 地移動，而顯著地磨耗該移動體與上述代幣載置面，上述 移動體之可動片亦可藉由上述彈推機構經常地推壓於代幣 載置面，且該可動部保持無縫隙地接觸於代幣載置面之狀 態，其，结S ’可事先防止代幣挾入上述移動體之可動片與 代幣載置體，而不會有停止上述移動體之問題。 本發明中，較好的是，上述可動片包含並列設置於上述 移動體之前面之複數個可動片，且分別對於複數個可動片 設置有彈推機構’其於上述代幣載置面於推壓方向施加力。 藉由如此之構成，即使上述代幣載置面已彎曲，或因長 時間之操作而局部性地磨損’對於該曲面，上述複數個可 動片亦可分職間隙地緊密相接，其結果是，可域實防止 95264-9903 L2.doc ^30542 代幣挾於代幣載置體與移動體之可動部。 長時間使用代幣遊戲機之狀態中，代幣載置體為板之情 況時，會產生如因代幣載置板上之代幣之自重或下落衝^ 等而使該载置板產生多處不規則之凹陷，或代幣挟於移動 體與載置體之間之問題，但藉由採用上述之構成，可填埋 於分割可動片之下端與代幣载置面之間隙。 、 本發明之較好的實施形態中’上述可動片包含複數個可 動片，其以遮蔽上述移動體與上述代幣載置面之間之間隙 之方式並列設置。又，上述彈推機構典型性地包含彈性構 件。藉由如此之處理，可更確實地防止代幣挾於代幣载置 體與移動體之可動部。 本發明之較好的實施形態中，上述驅動機構係使上述移 動體做包含前進及後退之往復運動的機構者，其設置有壁 部，其於上述移動體之後退時限制置於上述移動體之上面 之代幣群之後退移動，藉由該壁部將於上述移動體之上面 之代幣自上述移動體之上面下落至上述代幣載置面。 上述壁部包含可動片，其以抵接於上述移動體之上面之 代幣之方式設置，以及彈推機構，其朝向移動體之上面彈 推該可動片。 又’上述壁部之可動片包含複數個並列設置之可動片， 朝向上述移動體上面而彈推之彈推機構可分別對於複數個 壁部可動片而設置。 藉由上述構成，並非僅限於代幣載置體之代幣載置面上 之代幣’亦可推出移動體之上面之代幣群，使其下落於上 95264-990312.doc 1330542 述代幣載置面上，而且，1 藉由上述彈推機構將限制代幣之 移動之可動片推壓於上述移動 „. . k秒動體上面’從而可事先防止代 幣挾於上述可動片與該移動體上面。 述可動片於上下方向為可動，較好的是設置保持機 構二其以導引可動片之上下移動之方式保持可動片。 猎由如此設置保持可動片之保持機構可確實地導引用 以推壓可動片之移動。1330542 IX. Description of the Invention: [Technical Field] The present invention relates to a token game machine that can smoothly and reliably push out the token carrier by moving the moving body on the loading surface The token group on the token placement surface. [Prior Art] As shown in Fig. 18, there is known a token game machine on a loading surface 01 as a token carrier, as a token pusher 2 of a moving body before and after the drive mechanism 03 (In the same figure, the left and right sides) are folded, and the token 04 on the loading surface 1 is pushed out to the token take-out section (Japanese Patent Laid-Open No. Hei 8_19661). In the s-Hai game machine, the method of "following the surface of the coin pusher 〇2 from the surface of the top surface of the 〇1 is suspended. The hanging piece 06 is suspended from the hanging piece 06 suspended from the cover 05, and the pressing member 按压7 is pressed. Press the token putter 〇2 from above. In the token game machine shown in Fig. 18, when the token pusher 02 is continuously folded on the mounting surface 01 for a long time, the upper and lower sides of the token pusher are worn and placed on the top surface 01. Also worn, there will be a gap between the lower part of the token pusher 〇2 and the mounting surface 01. If the token 〇4 breaks into the gap, the pusher 02 will not be able to fold back and forth. DISCLOSURE OF THE INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION The present invention has been made in view of the above problems, and an object thereof is to provide a token game machine which can prevent a token from being interposed between a fixing member such as a token carrier and a moving body. SUMMARY OF THE INVENTION 95264-990312.doc 1330542 A token game machine according to the present invention is provided with a token input port for a player to put in a token, a token carrier, which has a generation of placed inputs. The token placement surface of the currency, the mobile body, which is on the token loading surface of the token carrier, and pushes the token on the token loading surface including the token input from the token insertion port a group, and a driving mechanism that causes the moving body to move; wherein the moving body includes a movable means that is disposed in front of a moving direction of the moving body in a manner of abutting the token of the token loading surface, And a pushing mechanism that pushes the movable piece on the token loading surface. In the present invention, in front of the moving body that moves on the token loading surface of the token carrier, a movable piece is provided for pushing a portion of the token on the token loading surface, and a push is provided The movable piece is on the ejecting mechanism of the token loading surface. Therefore, even if the moving body moves over the token loading surface for a long period of time, the moving body and the token loading surface are remarkably worn, and the movement is performed. The movable piece of the body can also be pressed against the token loading surface by the above-mentioned elastic pushing mechanism, and the movable portion maintains a state of seamlessly contacting the token loading surface, and the knot S' can prevent generation in advance. The coin breaks into the movable piece and the token carrier of the above moving body without the problem of stopping the moving body. In the present invention, preferably, the movable piece includes a plurality of movable pieces arranged in parallel to the front surface of the moving body, and each of the movable pieces is provided with a spring pushing mechanism that pushes on the token loading surface Apply force in the direction of pressure. With such a configuration, even if the above-mentioned token loading surface is bent or locally worn due to long-time operation, the plurality of movable sheets can be closely joined by the gaps in the gap, and the result is , can prevent 95264-9903 L2.doc ^30542 tokens from moving on the token carrier and the movable part of the mobile body. In the case of using the token game machine for a long time, when the token carrier is a board, there will be a large amount of the placement board due to the weight or the drop of the token on the token loading board. Irregular depression, or the problem of tokens between the moving body and the carrier, but by adopting the above configuration, it can be buried in the gap between the lower end of the divided movable piece and the token loading surface. In a preferred embodiment of the present invention, the movable piece includes a plurality of movable pieces which are arranged side by side so as to shield a gap between the moving body and the token loading surface. Further, the above-described spring pushing mechanism typically includes an elastic member. By doing so, it is possible to more reliably prevent the token from being smashed on the movable portion of the token carrier and the moving body. In a preferred embodiment of the present invention, the driving mechanism is configured such that the moving body includes a reciprocating motion of forward and backward movement, and a wall portion is provided to restrict the movement of the moving body when the moving body moves backward. The token group on the top moves backward, and the token on the top of the moving body from the wall portion falls from the upper surface of the moving body to the token loading surface. The wall portion includes a movable piece which is provided in a manner of abutting against a token on the upper surface of the moving body, and a push mechanism that pushes the movable piece toward the upper side of the moving body. Further, the movable piece of the wall portion includes a plurality of movable pieces arranged side by side, and the ejecting mechanism that is pushed toward the upper surface of the moving body can be provided for each of the plurality of wall movable pieces. With the above configuration, it is not limited to the token on the token placement surface of the token carrier. The token group above the mobile body can also be launched to fall on the upper 95264-990312.doc 1330542 On the mounting surface, and by the above-described pushing mechanism, the movable piece that restricts the movement of the token is pushed on the above-mentioned moving „.. k second moving body', thereby preventing the token from being smashed in the movable piece and the Above the moving body, the movable piece is movable in the up and down direction, and it is preferable to provide the holding mechanism 2 to hold the movable piece in such a manner as to guide the movable piece to move up and down. The hunting mechanism for holding the movable piece can be reliably guided. Quote to push the movement of the movable piece.
本發明之較好的實施形態中，設置有移動體支持構件， 其可以可往復移動之方式支持上述移動體，往復導引構 件，其鄰接於上述移動體之兩側部，設置於上述移動體支 持構件，導引移動體之往復移動，以及掩蔽構件，其分別 設置於上述往復導㈣件之兩側部，且抵接上述移動體之 上面之左右部分》 藉由如此之構成，即使上述往復導引構件之導引面彎曲 或因長時間之操作而局部性地磨耗，上述移動體對於上述 往復導引構件而遠離，上述掩蔽構件之下端面亦可經常地 緊密接觸於上述移動體上面之左右部分，從而可事先防止 代幣挾於上述移動體與上述導引構件。 較好的是’於上述移動體之兩側部設置有移動減摩機 構’上述移動體支持構件包含水平基板，又，上述往復導 引構件包含導引壁部’其接觸於上述移動體之移動減摩機 構，以及按壓部’其位於該導引壁部上方，自該導引壁部 朝向上述移動體突出’且上述掩蔽構件以經上述引導構件 之按壓部按壓之狀態設置。 95264-990312.doc 1330542 藉由如此之構成，上述移動體可藉由上述移動減摩機構 非強行地前後往復，又即使上述移動體對於上述移動體支 持構件於左右偏離，上述掩蔽構件亦可經常地緊密接觸上 述移動體之上面兩側部，從而可確實地防止代幣挾於上述 移動體與前後往復導引構件。 【實施方式】 以下，就圖1至圖17所示之本發明之最佳形態加以說明。 代幣遊戲機1之平面形狀形成6角形，且含有於連接該6 角形之中心與各頂角之面上分割為6個之衛星遊戲單元2， 各衛星遊戲單元2玩家可分別進行遊戲。 各衛星遊戲單元2中，如圖2所示，於正面跟前侧之玻璃 板3之上部設置有代幣投入口 4，於以玻璃板3隔開之遊戲空 間5之内側，以指向於垂直方向且存有可通過代幣8之間隔 之方式立設有背板6及透明板7，於背板6與透明板7之間形 成有代幣通路9。自代幣投入口 4,朝向代幣通路9之頂端設 置有代幣導槽10,於該背板6之前面，以類似彈子遊戲機之 釘之方式設置有複數個釘（未圖示），於透明板7之下部設置 有代幣感應器11，於遊戲空間5之底部，水平地張設有代幣 載置體12，於其上載置有移動體因此，當玩家自代幣 投入口 4投入代幣8時，代幣投入口 4通過代幣導槽1〇内進入 代幣通路9内，一面藉由途中之釘改變路徑一面於代幣通路 9内落下，當代幣8通過代幣感應器丨〖之附近時，於代幣載 置體12或移動體13上就付出特定個數之代幣8。 又，於移動體13處樞裝連結桿14之前端，驅動馬達15之 95264-990312.doc 1330542 旋轉轴16以直立於垂直方向之狀態將驅動馬達15安裝於衛 星遊戲單元2之本體’於一體地安裝於旋轉軸μ之上端的曲 軸17之前端可旋轉地樞裝連結桿14之後端。因此，當驅動 馬達1 5處於工作狀態以旋轉轴丨6為中心旋轉驅動曲轴丄7 時’移動體13可於前後往復運動。 代幣載置體12之整體如圖4所示。代幣載置體12包含：基 底支持構件18(參照圖6至圖8);板狀基底25(參照圖3、圖 4) ’其一體地重疊於基底支持構件18之頂板19 ;以及側導 引26(參照圖9至圖11)，其一體地安裝於基底25之左右兩側 邛。基底25之上面構成代幣載置面。於側導引26設置有代 幣導引部32，於自代幣導引部32之内側面部突出之掩蔽構 件保持突片35，游嵌有富含自身潤滑性之合成樹脂製掩蔽 構件43(參照圖5)。又，設置有將該掩蔽構件43以不脫離掩 蔽構件保持突片35之方式按壓之按壓板44(參照圖5)。掩蔽 構件43之上下方向位置可藉由按壓板44微調節。 上述基底支持構件18中，鋼板製之頂板丨9之兩側部如圖6 以及圖7所示，向下方折曲為直角，形成側板2〇，該側板2〇 之下部向外方折曲為直角，形成折曲水平片2丨，鄰接於側 板20之頂板19之兩側部如圖8所示，向上方打穿，形成立起 片22，頂板19之刖部向下方折曲為直角，形成垂下板23， 該垂下板23之下部向前方折曲為直角，形成折返水平片24。 再者，基底25構成移動體支持構件，側導引26構成前後 往復導引構件。 各側導引26包含如圖9至圖n所示之導引板27及如圖12 95264-990312.doc 1330542 至圖14所示之一對補強板36。導引板27包含：底板部28 ; 折返補強片29 ’其於底板部28之外端部向上方立起；移動 體導引部30，其自底板部28之内側部向上方立起；段部3工， 其自移動體導引部30之上部向内方折曲為直角；上述代幣 導引部32，其自段部3丨之内側部向上方立起；折返頂板部 33，其自代幣導引部32之上部向外方折曲為直角；前端補 強片34 ’其自代幣導引部32之前部向内方折曲為直角；以 及上述掩蔽構件保持突片35，其係代幣導引部32之大致中 央部向内方模切而形成。 進而各補強板36包含：如圖12所示之形狀之本體部37; 底片部3 8以及頂片部3 9，其分別自本體部3 7之底部與頂部 向内方折曲為直角；導引板保持片4〇，41，其分別自本體 部37之内側下部與上部向内方折曲為直角；折返片42，其 自本體部37之外側下部向内方折曲為直角；以及各補強板 36之導引板保持片4〇，41，其分別藉由黏著劑或熔接等一 體地接合於導引板27之移動體導引部30與代幣導引部32。 進而又，如圖5所示之大致角狀之按壓板44，其頂部45 重疊於導引板27之折·返頂板部33 ’藉由貫通兩者之螺絲等 一體地固定於導引板27’於按壓板44之前端部形成有向外 方折曲為直角之移動阻止部46。 並且’如圖3所示，於代幣載置體12之基底25之前端，以 朝向前方並水平延長之狀態設置有代幣載置板47。 移動體13係前後往復移動於代幣載置體12之基底25上 者’且為如圖15所示之構成。換言之，移動體丨3包含：移 95264-990312.doc 1330542 動體基底5G;代幣支持盤57，其-體地重疊安裝於移動體 基底5〇之上面；以及前端邊緣構件58,其一體地安裝於該 代幣支持盤57之上面前端部。移動體基底5〇中，於其左右 兩側U有向下方折曲為直角之侧板部51，於各側板部 51之前部片5U與後部片51b之各自之後部之下方樞著有以 左右水平轴為中心可自由旋轉之支持滾子52,並且於各側 板部51之後部片511)之前部上方樞著有以左右水平軸為令 心可自由旋轉之保持滾子53。又’移動體基底50中，於前 部片51a與後部片51b之間設置有向外方折曲為直角之前水 平部片5lc，於後部片51b之後方設置有向外方折曲為直角 之後水平部片51d，於該等前水平部片51c與後部片5ib分別 樞著有以垂直軸為中心可自由旋轉之導引滾子Μ。滾子 52，53，54構成移動體13之移動減摩機構。又，於兩側板 4 5 1之間，於前方中央部一體地安裝有連結桿樞著區塊 55 ,於連結桿樞著區塊55樞著有上述連結桿之前端。 於移動體基底50之前端部，設置有向下方折曲為直角之 前端板部56,於該前端板部56,如圖5所示，設置有安裝孔 59，使如圖16、圖17所示形成於左右一對安裝板6〇之孔q 對準於該等安裝孔59，藉由貫通螺著該等安裝孔59、61之 未圖示之螺絲，將安裝板6〇安裝於前端板部56，於各安裝 板60之頂部，藉由未圖示之螺絲安裝有間隔保持構件62， 其於下部含有3處突起62a。進而，於各安裝板60分別形成 有孔63，其位於鄰接之導引突起62a之間與外側導引突起 62a之外側且分別以三個為單位傾斜排列。 95264-990312.doc •12· (§) 1330542 Γ於後述可動片66之保持構件，於μ持構件μ 之月面形成有未圖示之兩個突起’保持構件64之兩個突起 嵌合於3個上述孔63之内之兩端之孔63a。各保持構件64之 前面形成有凹冑，於凹部之中央形成有孔“。並且，，由 貫通並螺著孔65與3個孔63中之中央之孔咖之未圖示之螺 絲，將保持構件64牢固地固定於安裝板6〇。於各保持構件 64之左右，形成有法蘭狀之折返部64a。 於上述可動>| 66之各自之中央部，形成有發揮被導引作 用之矩形之被導引孔67，於該被導弓丨孔67遊嵌有上述保持 構件64之本體部分。齡祕沾β ^ 刀1 乂好的疋，可動片66包含富有自身潤 :性之合成樹脂。於各可動片66之頂部之兩處分別形成有 目孔68，並且於間隔保持構件62之下面亦於與盲孔⑽對應 之部位形成有未圖示之盲孔，於可動片66之盲孔⑼與間隔 保持構件62之目孔分別遊嵌有盤簧69，藉由該盤簀的之彈 力將可動片66經常向下方彈推。 如圖3所不，於間隔保持構件62之手前側面固定有邊緣體 58換5之，邊緣體58包含與其一體地向下方延伸之安裝 部58a，該安裝部58a貼於間隔保持部件62之手前側面。並 且藉由未圖示之螺絲將間隔保持構件62螺著於移動體基 底50之前端板部56時，該螺絲貫通邊緣體58之安裝部583之 孔（未圖示）’邊緣體58與安裝板6〇以及間隔保持構件62一同 固定於移動體基底5〇之前端板部56〇邊緣體58之前端部58b 自移動體基底50之前端板部56之上端緣朝向手前側向上方 傾斜。 95264.990312.doc -13· 1330542 如圖2所示，於背板6之下端，以無法前後移動之方 裝有可與移動體13之代帶支持盤57之上面接觸之壁部7〇 移動體U後退（於圖2中向右方移動）時，移動體13上之代敬8 抵接於壁部70而向前方被推出。 該壁部70可包含與代㈣出裝置均等之構成，代帶推裝 置包含上述可動片66、盤簀69以及保持構件64等。 、 圖1至圖17所示之實施形態，因以上述方式構成，故而當 玩家自代幣投入口 4投入代幣8時，代幣8經由代幣導引= 内下落於代幣通路9内，載置於移動體13之代幣支持盤Μ 上。並且，藉由移動體13向前方移動，順次向前方推出代 幣支持盤57上之代幣8，代幣8自移動體"之前端邊緣體” =下至代幣載置體12之代幣載置板47上，進而—點點地向 前方推出代幣載置板47上之複數個代幣8，自代幣載置體。 之前端邊緣構件48落下而付出，經由上述發射部49付出於 付出口 49a。接著，移動體13後退。 移動體13藉由驅動馬達15前後往復驅動之情況時，移動 體13藉由支持滚子52可較少阻擋地前後驅動，並且藉由接 於側導引26之移動體導引部30而轉動之支持滾子52，可以 避免向左右偏離之方式於前後進退，而且，藉由接於側導 引26之段部31而轉轉之保持滾子53，可避免向上方浮起從 而可穩定地往復》 又’掩蔽構件43藉由掩蔽構件保持突片35'導引板27以 及按壓板44 ’穩定地保持於前後左右’掩蔽部43總是接觸 於移動體基底5〇之代幣支持盤57上。因此，代幣8完全無法 95264-990312.doc 14 (§) Π30542 進入並夾於側導引26之導引板27與移動體導引5〇之代幣支 持盤5 7之側緣之間。 進而，於移動體基底50之代幣支持盤57之前方，以於左 右方向分散並於上下升降自如之方式安裝有複數個可動片 66，並且因藉由盤簧69經常向下方彈推，故而於移動體。 在復移動時，可不受可動片66之下端面或基底25之上面之 磨耗或支持滾子52之外周面之磨耗之影響，可動片“之下 端面於任何狀態下皆可無間隙地抵接於基底25。因此，可 事先防止代幣8挾於基底25與可動片66之間或基底25與前 端板部56之間。 、進而又，於可動片66形成有矩形之被導引孔67，因於該 被導引孔67嵌合㈣面為矩形之保持構件64，故而可動片 66可經保持構件64導引而穩定地上下升降。 並且，因於各保持構件64形成有折返部⑷，無論彈片的 之彈力偏離於左右之何處發揮作用，可動片“皆不傾斜於 左右’故而可動片66可藉由保持構件64穩定地保持於左右 水平方向。 本發明之上述實施形態中’為使作為可動部之可動片66 對於作為代f載置體之基底25之摩擦阻抗減少以富含自 身潤滑性之合成樹脂構成可動片66，此外，亦可將可動片 “之下面以前端側低、後端側高之饱刀之方式形成於傾斜 面’或者自正面看將可動片“之下緣形成為波狀。 ，而於平面視 配列間隙，亦 又，亦可不將可動片66於橫方向排列為〗行 中排列為格子狀。進而，可動片％相互間之 95264-990312.doc 15 可未必如圖示般之狹窄’而可設為小於 A T 8之直徑之間 隙。 【圖式簡單說明】 圖1係本發明之代幣遊戲機之正面圖。 圖2係圖1之縱斷側面圖。 圖3係去除圖1之一部分之要部立體圖。 圖4係代幣載置體之全體立體圖。 圖5係圖4之正面圖。 圖6係代幣載置體之基底支持構件之平面圖。 圖7係圖6之正面圖。 圖8係圖7之侧面圖。 圖9係導引板之側面圖。 圖10係圖9之平面圖。 圖11係圖9之正面圖。 圖12係補強板之側面圖。 圖13係圖12之正面圖。 圖14係圖12之平面圖。 圖15係自斜下方看移動體之立體圖。 圖16係將可動片安裝於安裝板之狀態之立體圖。 圖17係圖16之分解立體圖。 圖18係先前之代幣遊戲機縱斷側面圖。 【主要元件符號說明】 °1 載置面 02 代幣推桿 95264-990312.doc -16- 1330542 03 驅動機構 04 代幣 05 蓋板 06 垂下片 07 固定扣件 1 代幣遊戲機 2 衛星遊戲單元 3 玻璃板 4 代幣投入口 5 遊戲空間 6 背板 7 透明板 8 代幣 9 代幣通路 10 代幣導引 11 代幣感應器 12 代幣載置體 13 移動體 14 連結桿 15 驅動馬達 16 旋轉軸 17 曲軸 18 基底支持構件 19 天板 95264-990312.doc 17- 1330542In a preferred embodiment of the present invention, a moving body supporting member is provided which can reciprocally support the moving body, and the reciprocating guiding member is disposed adjacent to both sides of the moving body and is disposed on the moving body a supporting member for guiding the reciprocating movement of the moving body, and a masking member respectively disposed at both side portions of the reciprocating guide member and abutting the left and right portions of the upper surface of the moving body, by such a configuration, even if the reciprocating The guiding surface of the guiding member is bent or partially worn due to long-time operation, and the moving body is away from the reciprocating guiding member, and the lower end surface of the shielding member may be in close contact with the moving body. The left and right portions can prevent the token from being caught on the moving body and the guiding member in advance. Preferably, the moving body friction reducing mechanism is provided on both sides of the moving body. The moving body supporting member includes a horizontal substrate, and the reciprocating guiding member includes a guiding wall portion that is in contact with the movement of the moving body. The friction reducing mechanism is provided, and the pressing portion is located above the guiding wall portion, and protrudes from the guiding wall portion toward the moving body, and the shielding member is provided in a state of being pressed by the pressing portion of the guiding member. 95264-990312.doc 1330542 According to the configuration, the moving body can be reciprocally reciprocated back and forth by the moving anti-friction mechanism, and the masking member can be often used even if the moving body is deviated to the left and right with respect to the moving body supporting member. The two sides of the upper surface of the moving body are in close contact with each other, so that the token can be reliably prevented from being caught on the moving body and the front and rear reciprocating guiding members. [Embodiment] Hereinafter, the best mode of the present invention shown in Figs. 1 to 17 will be described. The plane shape of the token game machine 1 is formed into a hexagonal shape, and includes satellite game units 2 divided into six on the plane connecting the center of the hexagonal shape and the respective vertex angles, and each satellite game unit 2 player can play the game separately. In each of the satellite game units 2, as shown in FIG. 2, a token insertion opening 4 is provided in the upper portion of the glass plate 3 on the front side and the front side, on the inner side of the game space 5 separated by the glass plate 3, to point in the vertical direction. There is also a back plate 6 and a transparent plate 7 which are disposed by the interval of the tokens 8, and a token passage 9 is formed between the back plate 6 and the transparent plate 7. The coin insertion slot 4 is provided with a token guiding slot 10 at the top of the token passage 9, and a plurality of nails (not shown) are arranged in the manner of a nail like a marble game machine in front of the backboard 6. A token sensor 11 is disposed at a lower portion of the transparent plate 7, and a token carrier 12 is horizontally placed at the bottom of the game space 5, and a moving body is placed thereon. Therefore, when the player inputs the coin to the mouth 4 When the token 8 is put into the coin, the token input port 4 enters the token passage 9 through the token guide slot 1 and is dropped in the token passage 9 while changing the path by the nail on the way. The contemporary coin 8 is sensed by the token. When the device is near 〖, a certain number of tokens 8 are paid on the token carrier 12 or the mobile body 13. Further, at the front end of the moving body 13 pivotally connecting the connecting rod 14, the driving motor 15 is connected to the body of the satellite game unit 2 in a state of being erected in a vertical direction with the rotating shaft 16 of the motor 15 in a state of standing upright in the vertical direction. The front end of the crankshaft 17 mounted to the upper end of the rotating shaft μ is rotatably pivotally coupled to the rear end of the connecting rod 14. Therefore, when the drive motor 15 is in the operating state and the crankshaft 7 is rotationally driven about the rotary shaft 6, the moving body 13 can reciprocate back and forth. The entirety of the token carrier 12 is shown in FIG. The token carrier 12 includes: a substrate supporting member 18 (refer to FIGS. 6 to 8); a plate-like substrate 25 (refer to FIGS. 3 and 4) 'which integrally overlaps the top plate 19 of the substrate supporting member 18; and a side guide Referring to Fig. 26 (refer to Figs. 9 to 11), they are integrally attached to the left and right sides of the base 25. The top of the base 25 constitutes a token loading surface. The side guide 26 is provided with a token guiding portion 32, and a masking member holding tab 35 projecting from the inner side surface of the sub-converter guiding portion 32 is fitted with a synthetic resin-made masking member 43 rich in self-lubricating property ( Refer to Figure 5). Further, a pressing plate 44 (see Fig. 5) that presses the shielding member 43 so as not to be separated from the masking member holding projection 35 is provided. The position of the upper and lower directions of the masking member 43 can be finely adjusted by the pressing plate 44. In the base supporting member 18, the side portions of the top plate 9 of the steel plate are bent downward at right angles as shown in Figs. 6 and 7 to form a side plate 2, and the lower portion of the side plate 2 is bent outward. At right angles, the horizontal sheet 2 is formed, and the two sides of the top plate 19 adjacent to the side panel 20 are pierced upward as shown in FIG. 8 to form a rising piece 22, and the crotch portion of the top plate 19 is bent downward to a right angle. The lowering plate 23 is formed, and the lower portion of the hanging plate 23 is bent forward at a right angle to form a folded-back horizontal piece 24. Further, the base 25 constitutes a moving body supporting member, and the side guide 26 constitutes a front and rear reciprocating guiding member. Each of the side guides 26 includes a guide plate 27 as shown in FIGS. 9 to n and a pair of reinforcing plates 36 as shown in FIG. 12 95264-990312.doc 1330542 to FIG. The guide plate 27 includes a bottom plate portion 28, a folded-back reinforcing sheet 29' which rises upward at an outer end portion of the bottom plate portion 28, and a movable body guiding portion 30 which rises upward from an inner portion of the bottom plate portion 28; The upper portion of the moving body guiding portion 30 is bent inwardly at right angles; the token guiding portion 32 is raised upward from the inner portion of the segment portion 3丨; and the top plate portion 33 is folded, and the token guiding portion thereof The upper portion of the 32 is bent outward to a right angle; the front end reinforcing piece 34' is bent inwardly at a right angle to the front portion of the token guiding portion 32; and the above-mentioned masking member holding tab 35 is a token guiding portion The substantially central portion of 32 is formed by die-cutting inward. Further, each of the reinforcing plates 36 includes: a main body portion 37 having a shape as shown in FIG. 12; a negative film portion 38 and a top plate portion 39 which are bent inwardly from the bottom and the top of the main body portion 37 to a right angle; The tab holding tabs 4, 41 are bent from the inner lower portion and the upper portion of the main body portion 37 inwardly at right angles; the folded sheet 42 is bent inwardly from the outer lower portion of the main body portion 37 to a right angle; The guide plate holding sheets 4, 41 of the reinforcing plate 36 are integrally joined to the moving body guiding portion 30 and the token guiding portion 32 of the guiding plate 27 by an adhesive or welding, respectively. Further, as shown in FIG. 5, the substantially angular pressing plate 44 has its top portion 45 overlapped with the folding/returning top plate portion 33' of the guide plate 27, and is integrally fixed to the guide plate 27 by a screw or the like penetrating the both. The front end portion of the pressing plate 44 is formed with a movement preventing portion 46 that is bent outward at a right angle. Further, as shown in Fig. 3, a token loading plate 47 is provided at a front end of the base 25 of the token loading body 12 in a state of being extended toward the front and horizontally. The moving body 13 is reciprocally moved back and forth on the base 25 of the token carrier 12 and has a configuration as shown in Fig. 15 . In other words, the moving body 3 includes: a moving 95264-990312.doc 1330542 moving body base 5G; a token supporting disk 57 which is integrally overlapped and mounted on the moving body base 5〇; and a front end edge member 58, which integrally It is mounted on the upper front end of the token support tray 57. The movable body base 5 has a side plate portion 51 which is bent downward at right angles on the left and right sides U, and is pivoted to the lower side of each of the front plate 5U and the rear plate 51b. The horizontal axis is a support roller 52 which is freely rotatable at the center, and a holding roller 53 which is freely rotatable about the left and right horizontal axes is pivoted above the front portion of each of the side plate portions 51 and the rear piece 511). Further, in the "moving body base 50", between the front piece 51a and the rear piece 51b, a horizontal portion piece 51c is formed before the right side is bent to a right angle, and after the rear side piece 51b is provided with an outward side bent to a right angle The horizontal portion piece 51d is pivotally guided to the front horizontal piece 51c and the rear piece 5ib, respectively, with a guide roller that is rotatable about the vertical axis. The rollers 52, 53, 54 constitute a moving friction reducing mechanism of the moving body 13. Further, between the two side plates 415, a connecting rod pivoting block 55 is integrally attached to the front center portion, and the connecting rod front end is pivoted to the connecting rod pivoting block 55. The front end portion of the movable body base 50 is provided with an end plate portion 56 which is bent downward to a right angle. The front end plate portion 56 is provided with a mounting hole 59 as shown in FIG. The holes q formed in the pair of right and left mounting plates 6 are aligned with the mounting holes 59, and the mounting plate 6 is attached to the front end plate by screwing through screws (not shown) that screw the mounting holes 59, 61. The portion 56 has a spacer member 62 attached to the top of each mounting plate 60 by a screw (not shown), and has three projections 62a at the lower portion. Further, a hole 63 is formed in each of the mounting plates 60, and is located between the adjacent guide projections 62a and the outer side of the outer guide projections 62a, and is arranged obliquely in units of three. 95264-990312.doc • 12· (§) 1330542 In the holding member of the movable piece 66 to be described later, two protrusions (not shown) are formed on the lunar surface of the μ holding member μ. The holes 63a at both ends of the three holes 63 are formed. A recess is formed in the front surface of each of the holding members 64, and a hole is formed in the center of the recessed portion. Further, a screw (not shown) that penetrates and spigots the hole 65 and the center of the three holes 63 will be held. The member 64 is fixedly fixed to the mounting plate 6A. A flange-shaped folded portion 64a is formed on the right and left sides of each of the holding members 64. The central portion of each of the movable members 66 is formed to be guided. The rectangular guide hole 67 is fitted with the main body portion of the holding member 64 in the guided bow hole 67. The movable piece 66 contains a self-lubricating composite. A resin hole is formed in each of the top portions of the movable pieces 66, and a blind hole (not shown) is formed in a portion corresponding to the blind hole (10) on the lower surface of the spacer member 62, and the movable piece 66 is formed. The blind hole (9) and the eyelet of the spacer member 62 are respectively fitted with a coil spring 69, and the movable piece 66 is often pushed downward by the elastic force of the disk. As shown in Fig. 3, before the hand of the spacer member 62 The side body is fixed with the edge body 58 for 5, and the edge body 58 includes the body The mounting portion 58a extending from the side is attached to the front side surface of the spacer member 62. When the spacer member 62 is screwed to the front end plate portion 56 of the movable body base 50 by a screw (not shown), the screw The hole (not shown) of the mounting portion 583 that penetrates the edge body 58 is fixed to the front end portion 58b of the edge portion 58 of the edge portion 58 before the movable body base 5 is fixed together with the mounting plate 6A and the spacer member 62. The upper end edge of the end plate portion 56 from the front of the moving body base 50 is inclined upward toward the front side of the hand. 95264.990312.doc -13· 1330542 As shown in Fig. 2, at the lower end of the back plate 6, it is possible to be mounted on the side which cannot move back and forth. When the moving body 13 replaces the wall portion 7 on which the upper surface of the support disk 57 contacts, and the moving body U moves backward (moves to the right in FIG. 2), the generation 8 on the moving body 13 abuts against the wall portion 70 and faces forward. The wall portion 70 may be configured to be equal to the generation device, and the generation device includes the movable piece 66, the cartridge 69, the holding member 64, and the like. The embodiment shown in Figs. 1 to 17 is Constructed in the above manner, so when the player inputs the token 4 When the token 8 is put in, the token 8 is guided by the token = inside the token passage 9 and placed on the token support tray of the moving body 13. And, by the moving body 13, moving forward, The token 8 on the token support tray 57 is sequentially pushed forward, and the token 8 is transferred from the moving body "front edge body" to the token loading board 47 of the token carrier 12, and then - little The ground pushes a plurality of tokens 8 on the token loading plate 47 to the front, and the self-consignment carrier. The front end edge member 48 is dropped and paid, and is delivered to the payout outlet 49a via the above-described transmitting portion 49. Then, the moving body 13 moves backward. When the moving body 13 is driven back and forth by the driving motor 15, the moving body 13 can be driven back and forth by the supporting roller 52 with less blocking, and rotated by the moving body guiding portion 30 connected to the side guide 26. The supporting roller 52 can prevent the front and rear from advancing and retreating in a manner of avoiding deviation to the left and right, and the holding roller 53 which is rotated by the segment portion 31 of the side guide 26 can be prevented from floating upward and can be stably "Reciprocating" and "masking member 43" by the masking member holding tab 35', the guiding plate 27 and the pressing plate 44' are stably held in the front, rear, left and right. The masking portion 43 is always in contact with the token supporting plate 57 of the moving body substrate 5''. . Therefore, the token 8 is completely unable to pass between the guide plate 27 of the side guide 26 and the side edge of the token supporting tray 57 of the movable body guide 5, 95264-990312.doc 14 (§) Π30542. Further, a plurality of movable pieces 66 are attached to the front side of the token supporting tray 57 of the movable body base 50 so as to be vertically movable in the left-right direction, and are often pushed downward by the coil spring 69. For mobile bodies. During the complex movement, it is not affected by the wear of the lower end surface of the movable piece 66 or the upper surface of the base 25 or the wear of the outer peripheral surface of the supporting roller 52, and the lower end surface of the movable piece can be abutted without any gap in any state. Therefore, the token 8 can be prevented from being previously interposed between the substrate 25 and the movable piece 66 or between the base 25 and the front end plate portion 56. Further, the movable piece 66 is formed with a rectangular guided hole 67. Since the guide hole 67 is fitted with the rectangular holding member 64, the movable piece 66 can be stably lifted up and down via the holding member 64. Further, since each of the holding members 64 is formed with a folded portion (4) Regardless of where the elastic force of the elastic piece deviates from the left and right, the movable piece "is not inclined to the left and right", and the movable piece 66 can be stably held in the horizontal direction by the holding member 64. In the above-described embodiment of the present invention, the movable piece 66 may be formed of a synthetic resin having a self-lubricating property by reducing the frictional resistance of the movable piece 66 as the movable portion to the base 25 as the substitute f-loading member. The lower side of the movable piece "is formed on the inclined surface with the front end side being low and the rear end side being high," or the lower edge of the movable piece "was formed in the wave shape from the front. Further, the gaps may be arranged in a plane view, or the movable pieces 66 may not be arranged in a row in the horizontal direction and arranged in a lattice shape. Further, the % of the movable piece % 95264-990312.doc 15 may not necessarily be as narrow as shown in the figure, and may be set to be smaller than the diameter gap of A T 8 . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front view of a token game machine of the present invention. Figure 2 is a longitudinal side view of Figure 1. Figure 3 is a perspective view of an essential part of a portion of Figure 1 removed. Fig. 4 is an overall perspective view of the token carrier. Figure 5 is a front elevational view of Figure 4. Figure 6 is a plan view of the substrate support member of the token carrier. Figure 7 is a front elevational view of Figure 6. Figure 8 is a side view of Figure 7. Figure 9 is a side view of the guide plate. Figure 10 is a plan view of Figure 9. Figure 11 is a front elevational view of Figure 9. Figure 12 is a side view of the reinforcing plate. Figure 13 is a front elevational view of Figure 12. Figure 14 is a plan view of Figure 12. Figure 15 is a perspective view of the moving body viewed obliquely from below. Fig. 16 is a perspective view showing a state in which the movable piece is attached to the mounting board. Figure 17 is an exploded perspective view of Figure 16. Figure 18 is a longitudinal side view of the previous token game machine. [Main component symbol description] °1 Mounting surface 02 Token push rod 95264-990312.doc -16- 1330542 03 Drive mechanism 04 Token 05 Cover 06 Down piece 07 Fixed fastener 1 Token game console 2 Satellite game unit 3 Glass plate 4 Token input port 5 Game space 6 Back plate 7 Transparent plate 8 Token 9 Token channel 10 Token guide 11 Token sensor 12 Token carrier 13 Mobile body 14 Connecting rod 15 Driving motor 16 Rotary shaft 17 Crankshaft 18 Base support member 19 Celestial plate 95264-990312.doc 17- 1330542
20 侧板 21 折曲水平片 22 立起片 23 垂下板 24 折返水平片 25 基底 26 側導引 27 導引板 28 底板部 29 折返補強片 30 移動體導引部 31 段部 32 代幣導引部 33 折返頂板部 34 前端補強片 35 掩蔽構件保持突片 36 補強板 37 本體部 38 底片部 39 頂片部 40，41 導引板保持片 42 折返片 43 掩蔽構件 44 按壓板 95264-990312.doc -18- 133054220 side panel 21 bending horizontal sheet 22 rising piece 23 hanging lower plate 24 folding horizontal piece 25 base 26 side guide 27 guiding plate 28 bottom plate portion 29 folding back reinforcing piece 30 moving body guiding portion 31 segment 32 token guiding Part 33 Foldback top plate portion 34 Front end reinforcing piece 35 Masking member holding tab 36 Reinforcing plate 37 Main body portion 38 Negative film portion 39 Top sheet portion 40, 41 Guide plate holding piece 42 Folding piece 43 Masking member 44 Pressing plate 95264-990312.doc -18- 1330542
45 頂部 46 移動阻止部 47 代幣載置板 48 前端邊緣構件 49 發生部 49a 付出口 50 移動體基底 51 側板部 51a 前部片 51b 後部片 51c 前水平部片 51d 後水平部片 52， 53，54 滾子 55 區塊 56 前端板部 57 代幣支持盤 58 邊緣體 58a 安裝部 58b 前端部 59， 61 安裝孔 60 安裝板 62 間隔保持構件 62a 突起 63， 65 子L 95264-990312.doc ·19· 1330542 63a 兩端之孔 63b 中央之孔 64 保持構件 64a 折返部 66 可動片 67 被導引孔 68 盲孑L 69 盤簧，彈片 70 壁部 D 驅動機構 95264-990312.doc •20- ③45 Top 46 Movement preventing portion 47 Token loading plate 48 Front edge member 49 Generation portion 49a Delivery port 50 Moving body base 51 Side plate portion 51a Front piece 51b Rear piece 51c Front horizontal piece 51d Rear horizontal piece 52, 54 Roller 55 Block 56 Front end plate portion 57 Token support tray 58 Edge body 58a Mounting portion 58b Front end portion 59, 61 Mounting hole 60 Mounting plate 62 Spacer member 62a Protrusion 63, 65 Sub L 95264-990312.doc ·19 · 1330542 63a Holes 63b at both ends Holes in the center 64 Holding member 64a Folding portion 66 The movable piece 67 is guided by the hole 68. L 69 Coil spring, spring 70 Wall D Drive mechanism 95264-990312.doc • 20- 3