201015496 六、發明說明： 【發明所屬之技術領域】 本發明係關於硬幣處理裝置，判別硬幣的真偽並退還應退還 的硬幣，保留應接受的硬幣並且對應於選擇的處理而可存入或退 還該保留硬幣。 詳細而言係關於硬幣處理裝置，判別硬幣的真偽並退還應退 還的偽幣，保留應接受的真幣並且對應於選擇的處理而可將該保 留硬帶移至配置在底面的存入口或退還口。 、更詳細而言係關於硬幣處理裝置，判別直徑不同之硬幣的真 偽並退還應退還的偽幣，保留應接受的直徑不同之真幣並且對應 於選擇的處理而可將該保留硬幣移至存入口或退還口、。 μ 再者，係關於硬幣處理裝置，判別硬幣的真偽並退還應退還 的偽幣，保留應接受的真幣並且對應於選擇的處理而 硬幣滑順地移至存入口或退還口。 J牌以保邊 ^，本發明的硬祕理裝置可使用於投幣式賴機或自動販 賈機#。 帶等ίϊί書中’「硬幣」係作為通貨之硬幣、賴機之金帶及代 【先前技術】 以下參照圖17及圖18說明習知技術。 —真幣儲存型硬幣選別裝置，從在選職置1G之左了I ^成的投入π 12投入硬幣C，藉由感應器14取得硬 ; 訊，並依據該判別資訊判斷投入硬幣的真偽。 π爿別貝 接受硬幣即真幣TC時，使閘門16伸入到硬幣通蹈 通路18退出而回到退還口 22。 T使閘門16從硬f 將接受的真幣TC於存入口 24前之間在厘疮古a、，u 的保留室26 ’係使傾斜底28從第1傾斜端辟而保留 抑目對於水平往下方傾斜而構成， 201015496 有寬度對應到真瞥厚度的狹縫狀真幣人σ 34，並 以使通過此真幣人口 34的中心之垂線u垂下到第2 1 ΪΪ2構成，該傾斜底28係藉由朝向存入口 24並往下方;钭 2真·賴斜路36之上端與朝向退還口 22並在 方傾，的真擎退還傾斜路38之上端所相交的稜線而形成。⑴下 的上幣接受傾斜通路36及真帶退還傾斜通路38 =置，即傾斜底28的兩側，以連動並上下移動自 严内突出的第1 ’鎖40及第2閘門銷42，藉ΐ 上，並且 ^ :要：，門銷持置在上方移動，另-方的閘門銷從保持 TC #^σ 24 22^ 轴而ί=34(^2ί_42,因為安裳在以上方的支點為 ㈣麻ίΐ，’故弟閘門鎖4G及第2閘門銷42連動並沿著 夕 =ί移動’因為一方的閘門銷往下方移動而從 於稜線的ϋΐΐΞ 更侧處，故保留妙落下到相對 參 專，文獻1 :日本實公平6_7433(圖^圖3，2頁_3頁 桿準的在硬幣處理之技術領域中成為實質業界 點丰）長寬3.5央叶尺寸内進行硬帶的真偽判別及保留真帶之優 為習知技術細單—麵的硬幣作為對象，故在將不 對象時，第1閘門銷4。、及第2 S 發生不題進仃，就結果而言，將有硬幣的退還或存入 以下參照圖2〇說明此點。 直徑ί ΪίίΛ真最幣下^與小直徑真幣⑽混存保留時，雖然大 之t具=ILL其最下端部位於傾斜底28上，但小 則在從最下端部偏離的位置受到傾斜底％支標並保留。’、 201015496 側時斤ί=直徑真幣tcs移動到存入口24 在傾斜錢與第i閘門銷4。 斜底 4。，間’第丨p_⑽所住並發生卡幣。 iHf ’如低價的方式提供。 又，此貫質業界標準如圖19 ^ ^ ^ ^ 左側:存入口 24及退還口 22鄰接配置在 =口。12在裝置的頂面 習知技術的存入口 24，因兔财里 -置換到實質鮮鮮的婦的糊面，故有無法 Φ 【發明内容】 (發明所欲解決之問題） 不：Ξ二 理中不發生卡幣。 κ J助作，而使硬幣的存入及退還處 ❹ 幣， 的硬幣處理—以下構成。 選別退ίΐϊί到投入口 104的硬帶c之真偽並 受並保留在保留褒置124，該保=33將該接受硬帶接 體，與配置在該載置體的f/古η ' 、4错由配置在底部的載置 SP1、SP2及非保持位置处方=方$擇性移動到保持位置 藉由使該一對去拄駚、西挪《_ 处的—對支持體132、丨科構成， 將該保留硬幣選擇性J至亥置及該非保持位置而 存入口 106或退還口⑽，其特徵在於， 201015496 ======動自如__，該 在該=齡該置，該載置趙 從保持位朗非保持位置沿^^^^246、294為支點而 =娜鶴断= 接受334將接受硬幣 ❹ 非保持位置的-對支持體槿f且二5fff性移動到保持位置及 動到該保持位置及該非伴捭=由使该一對支持體選擇性移 口廳或退還幣糊_存入 該投入Π並向前下降傾斜特，偵測通路112，連接到 測通路；區分通路5，::=貞器114 ’鄰接配置在該伯 連接到該區分通路；退^;方延伸；_通路118， 在該退還口的該接受^幣方還通路；存入口舰， 到該區分體而配置的^配置；㈣裝置⑶，連接 第2支舰，鮮1支持體及 在載置體的置f的上枝财之健錄，與位 ί.:體 連帶到同方向、:i可在非保持位置的移動中卡止該面保持體並 口係if 宜i:該投人σ、該接受口 '該存人口及該退還 如的次ϊί 較體及該·體係安制在該本體裝卸自 201015496 (發明之效果） „投入到配置在上部的投入口之硬幣，依據藉由硬幣偵測感應 态而取得的資料進行真偽判別，將不接受的偽幣導引到退還口 Γ 應接受的真幣導引到保留室並保留。 支持至少㈣載置趙、第1 往該上受軸之硬幣’因本身重量而具有 ❹ 之面！在載置體上受到支撐之保留硬幣其直徑部的周面 工ί择Ϊ第1支制及第2支持體破撐並餅在保留室。 面，;使底面械於該已保留的硬幣之頂 在該?躲置移__位置時， 戶幣的載置體’從硬幣之重心的下方偏離。 側滾動，故移iig幣错由本身重量而往相對於載置體之重心 係退還口方向，則硬幣退還到退還口。 藉由本身重=往立=動非保持位置時，因為保留硬幣 存入：，並载置體之重心侧滾動，故移至該方3 退還二而處理裝置的下方之存心或 式之硬瞥處理震置。〜、、業界標準的尺寸中具有互換性的保留 出，叫重輪 構成::;明低置2支持體構成’故 偏向為與面保持體：：：的：姿態 上在遠面 8 201015496 •直徑部藉由第底面受到面保持體支擇，左右 藉此，保4=1=2持並保留。 就結果而言，因兔二：^面接觸在面保持體的狀態保留。 保留造成保留室容積硬:以既定的姿態保留，並無由異常 &，因為藉由偏向ί〔吏硬幣定枚數之優點。 以下之優點：可將额軟如同倒臥在面保持體上，故具有 加硬幣之堆疊方向'、置配置硬幣接受口的正下，可不增 理裝置。 、大小而保留既定牧數，可得到小型之硬幣處 ❿ 路滾動途中，% 入f投入口的硬幣在向前下降的侧通 訊，並依據該資；應器取得用於真偽判別之硬幣資 在係韻區分裝置 在方==置而導引到真瞥通路的真帶，保留 支持方，至少藉由載置體、第1 ❹ 往載受帽之硬幣，儀本身重量而 落後炎?至的真幣在下周面接觸該保留真幣的頂面並滑 月而二U侧絲的頂面為面接觸的狀態依序保留。 體面載置體上受到支撐之硬幣’即使在未與面保持 置，傾斜之下备=帶承受之往橫方向的力，而向載 現在可在有限的保留室保留既定枚數的硬幣，故可實 置。‘、、、實S業界標準的尺寸具有互換性的㈣式硬幣處理震 體，i恭投入口、該接受口、該存入口及該退還口安裝在本 違载置體及娜動體安朗在該本體裝卸自如的:欠基座時， 9 201015496 構成硬幣的保留室之載置體及搖動體安裝在次基座。 具有=容點修理此科，因為可從基座取下而作業，故 【實施方式】 (實施發明之最佳形態） 本發明之最佳形態，係一硬擎處理裝置，從真幣入 接受並保留在保时置’該保留裝置係藉由配置在底部的ί 置體’與配置在該載置體的上方且側方並^立 ❹ =保持位置的—對支持體構成，並藉由使該銳 i動ΐΐϊ持位置及該非縣位置而將該保留硬幣選擇性移至存 ，路，從該偵測通路向下方延伸;退還：以 =之徑方向往侧方而向下軸；區分體，崎退 = :在該區分通路;保留裝置’連接到該區分體而配ί在 ΓίΠί含立體式保留室，該立體式保留室 ❹ 二為=上端部為支點而可搖動，載置體：呆;:成】S 固定，第1支持體及第2支持體可選擇位在』直角並 笛】ΐϋ持體第支持_硬幣的厚度方向平行地傾钭，兮 雜娜嶋嶋^ (實施例） 存入_包含：本體102、投入口辦、 區分通路116?退:诵】、偵測通路112、硬幣偵測感應器114、 =路Π6、退還通路118、區分體122、保留裝置】 、二人基座128、載置體130、第1支持體134及第2支持^ 10 201015496 132。 . 首先說明本體102。 本體102形成有投入口 1〇4、存入口 1〇6、退還口 log、區分 通路116、退還通路118等，具有安裝硬幣偵測感應器114及保留 裝置124的功能。 .、 本體102包含.垂立之矩形的中央部136、在中央部ΐ3ό的前 侧端部T字狀固定的縱長矩形的前板138。 其次說明硬幣的投入口 104。 投入口 104在前板138的上部中央形成，係縱長矩形之狹縫 狀的開口。 ® 投入口 104厚度與寬度(對應於直徑)設定為稍大於被料定將 投入的多數幣值之硬幣C的厚度及直徑。 一在本實施例因料定使用曰幣的10圓、50圓及100圓，故厚度 及寬度設定為稍大於最大直徑的10圓硬幣及最大厚度的1〇〇圓硬 幣。 另，可設定為亦可使用日幣5〇〇圓硬幣。 其次說明存入口 1〇6。 存入口 106具有當投入到投入口 1〇4的硬幣c係接受對象硬 幣(以下權稱為「真擎TC」）時，為了將保留在保留裝置124的真 ❿ 幣tc接受到遊戲機的錢箱(未圖示)等，而使真幣Tc落下的功能。 、，入口 106 ’因為投入到投入口 104的硬幣C在偵測通路112 f動後’並在區分通路116區分後保留在保留裝置124，故在保留 f置124的一側方，換言之即相對於投入口 104之斜下方的中央 :U6之底面向下開口’其寬度稍大於最大直徑硬幣的寬度，厚 度形成為使保留在保留裝置124之最大枚數的硬幣可並排同時通 過之大小。 其次說明退還口 1〇8。 退還口 1〇8具有為了將投入到投入口 1〇4的硬幣C係非接受 (以下權稱為「偽幣FC」）及保留在保留裝置124的真 ‘瞥TC退還到投入者，而使真幣TC落下的功能。 201015496 退還口 108係鄰接並配置在保留裝置124的 138的下端部中央開口的矩形之開口。 且在則扳 在退還π⑽㈣形成有立方體形的退還室14 此退還室142橫躺並等待來自退還口 1〇8的存入。、疋更m在 在退還〇 108絲有用於防止兒童夾到手指 其次說明偵測通路112。 %斗 偵測通路112具有將投入到投入口 1〇4的硬幣c 的方向，將被導⑽硬幣C藉由硬_賊應 ^ 偽判別之t訊的魏。 Ο 在本實施例中，偵測通路112 #由矩形的可動限制板14 成’該矩形的可動限制板148將相對於本體1〇 端 ，以可旋動的方式支持，並在下端部形成有=== 前下降傾斜的導軌147。 门 換言之，偵測通路112係至少將本體1〇2的中央部136之 S的，第1垂立導弓丨壁162(實際上為提高硬幣之侧精度而稍有 ，斜)與可動限制板148之平板狀的第2垂立導引壁164以稍大於 =大厚度硬幣c之間隔並置’及使底面藉由雜147败的縱長 薄板狀之空間’係逐漸離開投人σ 1G4而往下方傾斜的向下之傾 斜通路。 114之關係 ❹ 中央部136及可動限制板148,與硬幣偵測感應器 藉由非磁性體構成。 但，亦可構成為使偵測通路丨12從投入口 ι〇4垂直的形成， 而使投入到投入口 104的硬幣c自由落下。 其次說明硬幣偵測感應器114。 硬幣偵測感應器114具有取得在偵測通路ι12移動的硬幣c 之真偽判別所必要的直徑、厚度及材質等之硬幣資訊的功能。 、硬幣偵測感應器114係由安裝在中央部136與可動限制板148 ，鐵心與線圈構成，在硬幣c於偵測通路112滾動的過程中取得 係硬幣之真偽^定要素的材料，即關於直徑及厚度等硬幣資訊。 硬幣資訊藉由判別裝置150例如微電腦而與基準資訊比較而 12 201015496 進行真偽判別。 到真^3⑤區分通路116移動的郷c區分 其次說明區分通路116。 ^鱗116具有將械測通路112落下的硬幣c依據 ϊίΐ應器114的硬幣育訊進行真偽判別，並區分到退還通路二 或真幣通路158的功能。 參 參 ^通路116連接到偵測通路112，並劃定在本體1〇 H引壁162及第2垂立導引壁164之間，該第2垂# 164屬於以稍大於最大厚度硬幣c之厚度的間隔相對於第丄垂= 導引壁162而平行配置的可動限制板148。 在圖2中，連接到偵測通路112而在導軌147 垂下的通路係區分通路116。 工W万、.、勺為 區分通路116係藉由垂立壁172而劃定之垂下的通路，該 ^壁172從第1垂立導引壁162及第2垂立導引壁164與可動限 突出，並從導執147狀於最大直徑郷之直徑的既定 距離往上下方向延伸。 心 下的ϊΐ之，區分通路116係在偵測通路112滚動的硬幣c所落 其次說明可動限制板148。 、可動限制板148在與本體1〇2之間劃定偵測通路112及區分 通路116，更具有安裝釣魚作弊防止裝置166的功能。 刀 在可動限制板148之第2垂立導引壁164的底部有導執147， 及在導軌147的上方且平行地有上部導軌168突出形成。 可動限制板148如圖2所示，受到支軸176以使上端部的軸 承178旋轉自如的方式支持，且藉由彈簧18〇以使其靠近第i垂 立導引壁162之既定的力推壓，斂支軸176受到中央部136 端部之一對軸承145支持。 13 201015496 隔的方式限制。 守刃芏164以成為該既定之間 可動限制板148藉由將從前板13 往下方壓下而以支軸176為支點犬出=取物⑻ 壁164離開第1垂立導引辟16 度’使弟2垂立導引 還通路118落下並退還，❿使在其間卡住的硬幣C往退 而判’未®示的感應器進行偵測， 電顧動器236激磁既定時間。 退還具有將精由區分體122而區分的偽幣FC導引到 連到區分通路116並在區分體122的下游 的第3導引壁m而劃ί形ί導引壁162及在中央部136形成 =通路118的底面藉由在區分體122的下游 退逛導執182的頂面185而劃定形成。 直、，友狀 通路118係在區分體122的下游，藉由向前下 降傾斜的退還錄182轉紅通路。 ⑽卜 ❿ „ 118因為偽幣FC通過，故 其次說明區分體122。 & Αδδ 通路iff在區分通路116移動的硬¥ c區分到退還 逋路118或真幣通路158的功能。 ，分體122係矩形板狀’在第3導引壁184的正上 ”、、以游侧(下端部)往橫向突出的支轴19〇為支點而可旋動。201015496 VI. Description of the Invention: [Technical Field] The present invention relates to a coin processing apparatus for discriminating the authenticity of a coin and returning the coin to be returned, retaining the coin to be accepted and depositing or returning it corresponding to the selected process The reserved coin. Specifically, regarding the coin processing apparatus, discriminating the authenticity of the coin and returning the counterfeit currency to be returned, retaining the genuine coin that should be accepted and moving the reserved hard tape to the deposit port disposed on the bottom surface or corresponding to the selected process Return the mouth. More specifically, regarding the coin processing apparatus, discriminating the authenticity of coins having different diameters and returning the counterfeit coins to be returned, retaining the true coins of different diameters to be accepted and moving the reserved coins to the selected processing corresponding to Deposit or return the mouth. Further, regarding the coin processing apparatus, the authenticity of the coin is discriminated and the counterfeit coin to be returned is returned, the genuine coin to be accepted is retained, and the coin is smoothly moved to the deposit or return port corresponding to the selected process. The J brand is secured by the edge. ^ The hard-care device of the present invention can be used for a coin-operated machine or an automatic machine. In the book, the "coin" is used as a currency coin, a gold belt and a substitute for the machine. [Prior Art] A conventional technique will be described below with reference to FIGS. 17 and 18. - The genuine coin storage type coin sorting device inputs the coin C from the input π 12 of the left position of the selected 1G, and obtains the hard signal by the sensor 14; and judges the authenticity of the coin input according to the discrimination information. . When the coin is the genuine coin TC, the gate 16 is extended into the coin passage 18 to return to the return port 22. T causes the gate 16 to receive the genuine coin TC from the hard f between the front of the deposit 24 and the retaining chamber 26' of the nucleus a, u, so that the inclined bottom 28 is opened from the first inclined end while retaining the eyesight for the level It is configured to be inclined downward, and 201015496 has a slit-shaped real coin σ 34 whose width corresponds to the true thickness, and is constituted by hanging the vertical line u passing through the center of the real coin population 34 to the 2nd ΪΪ2, the inclined bottom 28 It is formed by the ridge line intersecting the upper end of the slanting path 38 and the upper end of the slanting path 32 and the slanting line which is opposite to the upper end of the inclined path 38. (1) The lower coin receiving inclined passage 36 and the true belt returning inclined passage 38 = set, that is, both sides of the inclined bottom 28, and the first 'lock 40 and the second gate pin 42 protruding from the inside are interlocked and moved up and down. ΐ上, and ^ : To:, the door pin is held to move above, the other side of the gate pin from the TC #^σ 24 22^ axis and ί=34 (^2ί_42, because Anshang is at the fulcrum above (4) Ma ΐ ΐ, 'The old brother gate lock 4G and the second gate pin 42 move together and move along the eve = ί' because one of the gate pins moves downwards from the side of the ridge line, so the reserve falls to the relative Special, Document 1: Japan Real Fair 6_7433 (Figure ^ Figure 3, 2 pages _ 3 page bar in the technical field of coin processing becomes a substantial point in the industry) length and width 3.5 central leaf size for the authenticity of the hard band And the advantage of retaining the real belt is the fine-grained coin of the conventional technique. Therefore, when the object is not to be used, the first gate pin 4 and the second S are not in question, and as a result, there will be The return or deposit of the coin is described below with reference to Figure 2. The diameter ί Ϊ ίίΛ is the most common coin ^ mixed with the small diameter real coin (10) When it is retained, although the lowermost end is located on the inclined bottom 28, the small one is subject to the inclined bottom % branch at the position deviated from the lowermost end and is retained. ', 201015496 Side jin ί= diameter true The coin tcs moves to the deposit entrance 24 in the tilting of the money with the ith gate pin 4. The slanting bottom 4. The 'the first 丨p_(10) live and the card currency occurs. iHf 'provided as a low price. Again, this quality standard As shown in Fig. 19 ^ ^ ^ ^ on the left side: the deposit inlet 24 and the return port 22 are adjacently arranged at the = port. 12 on the top surface of the device, the conventional technology of the deposit 24, due to the rabbit wealth - replacement to the fresh and fresh woman's paste Face, it is impossible to Φ [Inventive content] (Problems to be solved by the invention) No: 卡 理 不 不 不 。 。 。 。 。 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 助 硬币The following is constructed. The authenticity of the hardband c to the input port 104 is selected and retained in the retention device 124, which holds the hardband connector and the f/ancient disposed in the carrier. η ', 4 errors are placed on the bottom of the placement SP1, SP2 and non-holding position prescription = square $ move to maintain By placing the pair of sputum, sin, "the _ at the support body 132, the scorpion", the reserved coin is selected J to the vacant position and the non-holding position to store the inlet 106 or the return port (10), The feature is that 201015496 ====== move freely __, the set at the age of the set, the placement of the Zhao from the holding position of the non-hold position along the ^ ^ ^ ^ 246, 294 as a fulcrum = Na He broken = Accept 334 will accept the coin ❹ non-holding position - the support body 槿 f and the 2 5fff movement to the holding position and move to the holding position and the non-companion = by the pair of supports selectively move the hall or refund The coin paste _ is deposited into the input Π and is tilted forward, and the detection path 112 is connected to the measurement path; the path 5 is differentiated, and the::= 贞 114 114 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接 邻接Side extension; _ passage 118, the receiving currency at the return port is also accessible; the entrance ship is placed, the configuration is arranged to the partition; (4) the device (3) is connected to the second ship, the fresh 1 support and The record of the upper branch of the carrier is set to be in the same direction as the bit ί.: body: i can move in the non-hold position The surface of the surface is not the same as i: the investment σ, the acceptance port 'the deposit population and the return 如 及 及 及 及 及 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该„Investing in the coin placed in the upper part of the coin, based on the information obtained by the coin detection and sensing state, the authenticity is judged, and the unacceptable counterfeit currency is guided to the returning port. Room and keep. Support at least (four) to place the Zhao, the first to the upper shaft of the coin 'has its own weight and has a flaw! The peripheral surface of the diameter portion of the retaining coin supported on the carrier is selected from the first support and the second support, and the cake is placed in the retaining chamber. Face, the bottom of the coin is placed on the top of the retained coin. When the position is moved to the __ position, the carrier of the coin is deviated from the lower side of the center of gravity of the coin. When the side scrolls, the iig coin is moved from its own weight to the center of gravity of the carrier, and the coin is returned to the return port. By the weight of the weight = the vertical position = the non-holding position, because the coin is retained: and the center of gravity of the carrier is rolled, it is moved to the side 3 and returned to the lower side of the processing device. Handle the shock. ~,, the industry standard size has interchangeable retention, called heavy wheel composition::; low low set 2 support body constitutes 'there is biased to face retaining body :::: posture on the far side 8 201015496 • The diameter portion is controlled by the surface holding body by the bottom surface, and left and right, thereby holding 4 = 1 = 2 and holding. As a result, the rabbit 2:^ surface contact remains in the state of the surface holding body. Retention caused the volume of the reserved chamber to be hard: retained in a given posture, without the exception & because of the advantage of biasing the number of coins. The following advantages: the softness can be placed on the surface holding body, so that the stacking direction of the coin is added, and the coin receiving port is disposed directly below, and the device can be omitted. , size and retain the number of established pastures, you can get a small coin at the road. On the way to the rolling, the coin that has entered the f input port communicates on the side of the forward decline, and according to the capital; the instrument obtains the coin for authenticity judgment. In the true band of the 韵 区分 装置 装置 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The real coin is in contact with the top surface of the original coin in the next week and is slippery, while the top surface of the U-side wire is in a state of surface contact. The coin supported on the decent surface carrier 'even if it is not placed with the surface, the force under the inclination is to bear the force in the transverse direction, and the current can be retained in the limited retention chamber for a predetermined number of coins. Can be implemented. ',,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, When the main body is detachably attached to the base, 9 201015496 is a mounting body and a rocking body that constitute a retaining chamber of the coin are mounted on the sub base. Having the repair of this section, it is possible to remove the work from the pedestal. Therefore, the best mode of the present invention is a hard-process processing device that accepts from a genuine currency. And retaining the timekeeping device, the retaining device is formed by the ί body disposed at the bottom and the side disposed on the side of the carrier and maintaining the position. Selecting the sharp position and the non-county position to selectively move the reserved coin to the storage path, extending downward from the detection path; returning: the direction to the side and the downward axis; Body, retreat =: in the distinguishing path; the retaining device 'connected to the partition body is equipped with a three-dimensional retaining chamber, the three-dimensional retaining chamber ❹ two = upper end is a fulcrum and can be rocked, the carrier : Stay;:成】S fixed, the first support and the second support can be selected in the "right angle and flute" ΐϋ 第 support _ the thickness direction of the coin parallel to the 钭, 兮 嶋嶋 嶋嶋 ^ (implementation Example) Deposit _ contains: Ontology 102, input port, and access path 116? 退:诵Detection path 112, coin detecting sensor 114, = way 6, return path 118, partition 122, retention device], two-person base 128, carrier 130, first support 134, and second support ^ 10 201015496 132. First, the body 102 will be explained. The main body 102 is formed with an input port 1〇4, a storage port 1〇6, a return port log, a sorting path 116, a return path 118, and the like, and has a function of mounting the coin detecting sensor 114 and the retaining device 124. The main body 102 includes a central portion 136 of a rectangular shape that is vertically formed, and a longitudinally long rectangular front plate 138 that is T-shaped in a front end portion of the central portion ΐ3ό. Next, the coin insertion port 104 will be described. The inlet 104 is formed in the center of the upper portion of the front plate 138 and is a slit-like opening having a rectangular length. ® Inlet 104 The thickness and width (corresponding to the diameter) are set to be slightly larger than the thickness and diameter of the coin C that is expected to be input. In the present embodiment, since 10, 50, and 100 circles of the coin are used, the thickness and the width are set to be slightly larger than the maximum diameter of 10 round coins and the maximum thickness of 1 round coin. In addition, it can be set to use a Japanese yen 5 〇〇 round coin. Next, explain the deposit entry 1〇6. The deposit port 106 has money for accepting the target coin (hereinafter referred to as "real engine TC") when it is input to the input port 1〇4, in order to receive the genuine coin tc retained in the retaining device 124 to the game machine. A function of dropping the genuine coin Tc by a box (not shown) or the like. The inlet 106' remains in the retaining device 124 because the coin C put into the input port 104 is moved after the detecting passage 112 is moved, and remains on the side of the f-set 124, in other words, relative. In the center of the obliquely downward direction of the input port 104: the bottom surface of the U6 is opened downwardly to have a width slightly larger than the width of the largest diameter coin, and the thickness is formed such that the maximum number of coins remaining in the retaining means 124 can be side by side while passing through. Next, explain the return port 1〇8. The return port 1 具有 8 has a non-acceptance (hereinafter referred to as "counterfeit currency FC") for the coin C input to the input port 1 〇 4 and a true 瞥 TC remaining in the retaining device 124 is returned to the installer. The function of the real currency TC falling. The 201015496 retreat port 108 is a rectangular opening that is adjacent to and disposed at the center of the lower end portion of the retaining device 124. And in the case of returning π (10) (four) to form a cube-shaped return chamber 14 This return chamber 142 is lying and waiting for the deposit from the return port 1〇8.疋更m is in the return 〇 108 wire is used to prevent children from pinching the finger. Next, the detection path 112 is explained. The % bucket detection path 112 has a direction in which the coin c to be input to the input port 1〇4 is to be guided by the (10) coin C by the hard_thief.本 In the present embodiment, the detecting passage 112 # is formed by the rectangular movable limiting plate 14 into a rectangular movable blocking plate 148 which is rotatably supported with respect to the body 1 end and is formed at the lower end portion. === Guide rail 147 that descends forward. In other words, the detection path 112 is at least the center of the central portion 136 of the body 1 2, the first vertical guide bow wall 162 (actually slightly to improve the side accuracy of the coin, obliquely) and the movable limiting plate The second vertical guide wall 164 of the flat shape of 148 is juxtaposed with the space of the coin c which is slightly larger than the thickness of the large thickness c, and the space of the longitudinally thin plate-shaped surface which is defeated by the miscellaneous 147 is gradually separated from the investment σ 1G4. A downwardly inclined downward inclined path. Relationship 117 ❹ The central portion 136 and the movable limiting plate 148 are formed of a non-magnetic body and the coin detecting sensor. However, it is also possible to form the detection path 丨12 perpendicularly from the input port 4, and to freely drop the coin c input to the input port 104. Next, the coin detecting sensor 114 will be described. The coin detecting sensor 114 has a function of acquiring coin information such as diameter, thickness, and material necessary for authenticating the coin c moving in the detecting path ι12. The coin detecting sensor 114 is formed by the central portion 136 and the movable limiting plate 148, the core and the coil, and obtains the material of the true and false elements of the coin during the rolling of the coin c in the detecting path 112, that is, Information about coins such as diameter and thickness. The coin information is compared with the reference information by the discriminating device 150, for example, a microcomputer, and 12 201015496 is used for authenticity discrimination.郷c distinction to the movement of the true 35 division passage 116 Next, the division passage 116 will be described. The scale 116 has a function of authenticating the coin c dropped by the mechanical path 112 in accordance with the coin feeding of the filter 114 and distinguishing it from the return path 2 or the genuine currency path 158. The reference channel 116 is connected to the detecting path 112 and is defined between the body 1〇H guiding wall 162 and the second vertical guiding wall 164, and the second hanging #164 belongs to a coin slightly larger than the maximum thickness. The movable restricting plate 148 is disposed in parallel with respect to the sag = guide wall 162. In FIG. 2, the path connected to the detection path 112 and hanging down the guide rail 147 distinguishes the path 116. The dividing passage 116 is a downwardly defined passage defined by the vertical wall 172 from the first vertical guiding wall 162 and the second vertical guiding wall 164 and the movable limit. Protruding and extending from the guide 147 to a predetermined distance of the diameter of the largest diameter 往. Under the heart, the distinguishing path 116 is dropped by the coin c rolling in the detecting path 112. Next, the movable limiting plate 148 will be described. The movable limiting plate 148 defines the detecting path 112 and the distinguishing path 116 between the body 1 and the body, and further has a function of installing the fishing cheating prevention device 166. The knife has a guide 147 at the bottom of the second vertical guide wall 164 of the movable restricting plate 148, and an upper guide rail 168 is formed above the guide rail 147 and parallel. As shown in FIG. 2, the movable limiting plate 148 is supported by the support shaft 176 so that the bearing 178 of the upper end portion can be rotatably supported, and is biased by the spring 18 to bring it closer to the i-th vertical guide wall 162. The pressure receiving shaft 176 is supported by the bearing 145 by one of the ends of the central portion 136. 13 201015496 Separation method restrictions. The blade 164 is positioned to become the predetermined movable limit plate 148 by pressing the support plate 176 downward from the front plate 13 and the support shaft 176 as a fulcrum to take out the object (8). The wall 164 leaves the first vertical guide 16 degrees. The brother 2 is also guided by the vertical guide and the passage 118 is dropped and returned, so that the coin C stuck therebetween is judged to be detected by the sensor not shown, and the battery 236 is energized for a predetermined time. The returning of the counterfeit currency FC having the fine distinguishing body 122 is guided to the third guiding wall m connected to the distinguishing path 116 and downstream of the distinguishing body 122, and the guiding wall 162 and the central portion 136 are drawn. The bottom surface of the formation = passage 118 is defined by the top surface 185 of the guide 182 being retracted downstream of the partition 122. The straight, friendly path 118 is downstream of the segment 122, and the 182 turn red channel is recorded by the forward and downward tilting. (10) ❿ ❿ 118 Because the counterfeit currency FC passes, the division body 122 is explained next. The Αδδ path iff is divided into the function of the returning raft 118 or the genuine currency passage 158 in the hard c movement of the division passage 116. The rectangular plate-shaped shape "directly above the third guide wall 184" and the support shaft 19A projecting laterally from the side (lower end portion) are pivotable.
盘第iHl22可位於退還位£ CP射妾取位置处’退還位置CP 至愤^位3 ΐ 164位於同一面内，接取位置处使其前端伸入 至j =雜於區分通路116且在第i垂立導引壁162 溝^並將真警亿導引到真幣通路158。 其次說明區分體122的區分位置控制裝置194。 14 201015496 有使咖122娜位於退還位 所以，可變更為具有同樣的功能裝置。 第i 。區分位置控制裝置194包含第1電磁致動器俠及 …第1電磁致動器196藉由第丄托架2〇2固定在中央 過第1連結198而連結結合到區分體122。 、 推愿動ί196的鐵心(未圖示)藉由彈簧(未圖示)而經常 g在犬出方向’ g位在突出位置時，區分體122位在退還位置 馨 _ 栌電磁致動$ 1% $激磁時，藉由鐵心的移動，使區分 體122連動於此而移動到接取位置貯。 退還Ξΐΐρ通常第1電磁致動器196消磁’區分體122保持在 時，ίί墟感ί1 114不處於侧狀態的未通入電源 拉，依據來自硬％偵測感應器1Μ的硬帶資訊而判別為偽幣砣 在區分通路116移動的硬瞥C皆導㈣退還通路U8 退還口 108。 、必土j ’第1電磁致動器196受激磁時，因為鐵心移動，故透過第丄 連、、、。198將區分體122移動到接取位置处。 到真^路3分祕116移朗硬幣C齡區傾122而導引 其次說明保留裝置124。 保留裝置m具有將導引到真帶通路} %的真幣TC保 既疋枚數，並選擇性移至存入口 106或退還口 108的功能。取 保留裝置124包含保留室126、次基座128、載置體13〇 1支持體134及第2支持體132。 因為保留裝置124只要至少藉由載置體13〇、第i支持體134 ^ 2支持體132構成保留室126即可，故次基座128並 之構成要件。 「 π 15 201015496 央部t裝置124安褒在次基座128,並以可裂却的方式安裝在中 裝卸相對於本體搬 有保24,故 -^：jf〇;xi：i^;：r r：^f =冓214，從中央部136的下 g =The disk iHl22 can be located at the return position of the CP shooting position, the 'return position CP' to the anger position 3 ΐ 164 is located in the same plane, the pick-up position is such that the front end thereof extends into j = mixed with the distinguishing path 116 and is in the i vertically guides the wall 162 and directs the true warning to the genuine currency passage 158. Next, the discrimination position control means 194 of the division body 122 will be described. 14 201015496 There is a refusal of the café 122na. Therefore, it is more variable and has the same functional device. i. The position control device 194 includes a first electromagnetic actuator and a first electromagnetic actuator 196 that is fixed to the center of the first connection 198 by the second bracket 2〇2, and is coupled and coupled to the partition 122. The core of the pushing force ί196 (not shown) is often held by the spring (not shown) in the direction of the dog's g position in the protruding position, and the body 122 is in the return position. _ 栌 electromagnetically actuated $ 1 When the magnet is excited, the movement of the core is caused to move the separation body 122 to the storage position. Return Ξΐΐρ Usually the first electromagnetic actuator 196 demagnetizes the 'distance body 122 while it is still in, the ίί 感 11 114 is not in the side state of the unconnected power supply pull, according to the hardband information from the hard % detection sensor 1Μ The hard 瞥C that moves the counterfeit currency 区分 in the distinguishing path 116 is guided (4), and the return path U8 is returned to the port 108. When the first electromagnetic actuator 196 is excited, the core is moved, so that it passes through the second connection. 198 moves the segment 122 to the pick-up position. To the true ^ road 3 minutes secret 116 move the coin C age area tilt 122 and guide Next, the retention device 124 is explained. The retaining device m has a function of keeping the number of genuine coins TC guided to the true tape path and selectively moving to the deposit port 106 or the return port 108. The retention device 124 includes a retention chamber 126, a secondary susceptor 128, a carrier 13 〇 1 support 134, and a second support 132. Since the retaining means 124 is only required to constitute the retaining chamber 126 by at least the carrier 13A and the i-th support 134^2 support 132, the sub-base 128 is formed as a component. π 15 201015496 The central part t device 124 is installed in the sub-base 128 and is mounted in a splittable manner. The loading and unloading is carried out in relation to the main body. Therefore, -^:jf〇;xi:i^;:rr :^f =冓214, from the bottom of the central part 136 g =
Si中=Ϊ基座128的上端部之输二 ❹ _宜在安裝銷222的頭部與次基座128之間以强羹入 示）彈性地相對於中央部136的方式安裝 等，及-的破損 修補作業容易。 j在本體102間早贼卸而使檢查、 以下首先說明保留室126。 排列通路158的敵在厚度方向In the Si, the upper end of the cymbal base 128 is preferably mounted between the head of the mounting pin 222 and the sub-base 128 so as to be elastically coupled to the central portion 136, and - The damage repair work is easy. j is unloaded between the main body 102 to make an inspection, and the storage room 126 will be described first. Arranging the passage of the passage 158 in the thickness direction
Q 定枚數，例如#與實f業界鮮尺寸確保互換性暗 ^最大6枚左右，若在厚度沒有限制時則可設定為能保留&枚】 體^ϊ/i6持’至少藉由载置 式構成具有長寬第支持體132及面保持體细而立體 以下說明載置體130。 載置體130具有支撐從真幣通路⑸落下的真⑥文丁 —載置體130係在倒三角形的面保持體226之下 疋、亚具有既定之長度的攔228，該面保持體US㉛是受^二義 16 201015496 之 上端部傾斜配置之絲轴232以摇動自如的方式支持 面保持體226其下端部與連接於 1 搖動轴232以相對於水平線約30度的角产傾* 就結果而言，載置體130係邀 均又彳頁斜。 並以約30度的角度朝向離開第；垂^^21千二的方式配置， 斜的方式構成。 料壁162的方向並向上傾 載置體130的傾斜係構成為如^ 而在載置體m上往橫方向_，且直错由本身重量 保持體226。 /、幣TC的底面係面接觸於面 其次說明第1支持體134。 弟1支持體134具有以下功能.告&^士， 載置體13G的上方且側方時，接觸於田^方$ 、’即在 該真帶TC位在載置體130上的方式^ 方’亚以使 硬幣，選擇性移動到非保持位置，即存人位'置肥。？入该保留 鲁 位置S===第1移動裝置234而選擇性移動到保持 挪第1移動裝置234包含第2電磁致動器236及第1連結機構 ^ ίΪΙ, 236藉由第2托架242 _在次基座128。 構23^ 236的第1鐵心244連結結合在第1連結機 推壓第1鐵心244藉由第1彈簧245往突出方向(圖8中右方向） 第1連結機構238包含：第1桿248，受到往次基座128背 面侧突出的支軸246以旋動自如的方式支持；第2桿252，受到 次基座128的背面側突出的支轴250以搖動自如 連桿”4，連結第2桿252與第i桿248 ;及第2連桿=以 第1鐵心244與第2桿252。 、° 17 201015496 支轴向曲柄形，在槓桿比大約1比3的位置受到 施為中心、_成。 ”尺魏以在-人基压⑶形成的支轴 與載ϋ=3。4相對於面保持體226成直角，突出量設定為 w藉第1平衡配重258，可使用輸出小的第2電磁致動哭 236、而具j可降低成本及省電化之優點。 ㈣致動咨 ❹ 沾古ϊ f ί '在靠近下端部的中間受到支轴250以旋轉自如 1 i在待機狀態約為垂立的直線狀之桿，有從第Γίί 2成=，出的銷261以旋轉自如的方式掃入到在 第1連桿254的上端部藉_施以旋轉 246與第i支持體134之間的第丨桿·安裝。，方式在支轴 第2連桿256，其-端固定在第㈣心撕，在另 2之68第f魏272貫通’藉祕細於直線運動 向在突軸出：r自如的方式揷入有撕 =此構成，當第2電磁致動器236消磁時，第1鐵心施 ，由苐1彈簧245而突出，第2連桿256如圖8所 右側的位置靜止。 牡移動到敢 就結果而言，透過銷278使第2桿252旋動到約垂立位置， 7連桿254變成約在一直線上排列的狀態。在此 =^定使第1連桿254與第1桿248約成直角，第1桿旭 如圖8所示保持在支軸246其旋轉中最往順時鐘方向旋位 猎此，第1桿248前端的第1支持體134保持在保持位置sp2。 此係為了設定使得第2桿252與第1連桿254成一吉 且第1連桿254與第1桿248約成直角，藉而使得即使在第1支 18 201015496 =保留真幣，成的外力作用，在第1桿一^ 左方ί ί 2 ==86 = ’將第2連㈣往圖8中 261 ^ 1 ^ 254 . ^ 264 mBJi ' ^ ；S2 雜面保持體226隨著搖動軸232旋轉而旋轉喊動$ 282並勒 魯 藉此’載置體130往同方向移動，.署 位置更靠近第2支持體132侧。 較體GO移動到較通常 較於量設定為：使得載置體130的支持部，相 而言 支持的日幣5g圓，载置體携的 滾動。帛支132婦動’可藉由本身重量 ί第=與第1連桿254構成肘節動作機構276。 圖工〇所示移及第二連桿256藉由第1彈_而如 卡止J小螺絲272並停止線更右方的狀態，而長孔268的端部 桿25!ί 有逆時鐘旋轉的力矩作用時，在第2 .^ - 置RP3'^U 1支持體134即使受到從保持位置SP2往存入位 藉由採用肘節=gf76制止而，保持位置SP2。 支持體134的位276 ’而具有可利祕價的構成使第1 ^ 且文疋之優點。 月' 即動作機機構276亦可藉由在第2桿Μ2形成的突起與在 19 201015496 第1連捍254形成的突起而構成。 其次說明第2支持體132。 ^ 2支持體132具有以下功能：當在保持位置肥時，以 Τί1 的一方的周面並使得該真幣TC位於載置體130上的 方式f 4退還保留硬瞥TC時選擇性移動到退還位置肥。 位置sJ 第2移動装置279而選擇性移動到保持 辦第2移動裝置奶包含第3電磁致動器283及第2連結機構 Ϊ ΪΪΪΞ11 283藉由第3托架286固定在次基座⑶。 構284。 動器283的第2鐵心288連結結合在第2連結機 推壓第2鐵心288藉由第2彈簧292往突出方向(圖9中左方向） 連桿306 ’連結第3桿2%盘 ，動自如的方式支持，第3 第2鐵心288與第4桿綱了第4杯304，及第4連桿3〇8，連結 支軸捭在槓桿比大約1比3的位置受到 出，另一端固=^2^=3；；方的前端固定有第2支持體 而：S 貫 第3導引壁184 軸294為中心$形成。’以第2弧狀長孔以在次基座128形成的支 與載ί體相對於面保持體226成直肖，突出量設定為 換言之，載置體13〇、第 弟1叉符體134與第9 *杜ja*，μ 支持體132 ’在位於保持位置SP2與 20 201015496 -g1。的狀訂之間隔，設定為稍大於所使用的最大直徑硬幣之直 •持位置sp2與spi的狀態下，設定使得第1支 .蝴™繼賊置請的 詳細而言，宜設定為：當第丨支 位於保持位置SP2與SP1時，第！支持體134 = g 位在保留真fTC之:ft大紐與最小餘的巾fa1之巾，。的左右。 ❹ ，者’藉由採用第2平衡配重313 ’可使用輸出小的第3電磁 致動器283，而具有降低成本及省電化之優點。 的古*At 30V系在靠近下端部的中間受到支轴298以旋轉自如 ^式支持之在待機狀態中約垂立之直線狀的桿，在上 有從第3連桿306的下端部突出之銷312以旋轉自;的方 第3連桿306的上端部藉由銷314以旋轉自如的方 軸294與第2支持體132之間的第3桿296安裝。 第4連桿308,其一端固定在第2鐵心288，另一 的=貫通’藉而構成用於直線、運動的 二機二=橫向在動自如的方式揷入有從第4 藉由此構成，當第3電磁致動器283消磁時，第 認Γ而突出，第4連桿308如圖8所示在移‘最 就結果而言，透過銷326使第4桿304旋動到 相 3 4桿304與第3連桿306變成在一直線上 = 第3連桿306與第3桿296約成直角，第3桿296 ^8^J 持在支軸294其旋轉中最往逆時鐘方向旋動的位置。 、’、 藉此，第3桿296前端的第2支持體132保持在保持位罟 此係為了設定使得第4桿304與第3連桿306約成一首綠仲: 且第3連桿306與第3桿296、約成直角，藉而使得即使在第2支 21 201015496 有保w Tc造成的外力作用，在第3㈣亦無較大 中右^電:;連桿輝圖9 (過二2、第3連桿3。6、銷314使第V2= Ξ ^ ^ 體Μ2往退還位置移動(圖13)。 微使面保編2嶋獅的讀辑並梢 藉此，载置體130往同方向移動，載置體 、^ ^ 位置更靠近第1支持體m侧。做體130移動到杈通常 13位在更罪近第1支持體134侧。 支持ΐίΞ二小直徑姆的日帶5〇圓，載置體130的 身重量而滾‘。纟體132相反侧移動’保留硬|TC可藉由本 ί笛ΐ 與第3連桿306構成財節動作機構328。 9所以及第四連桿308藉由第2彈簧292如圖 3 = ? T時’銷312的中心在位於稍較連結銷326與 絲318並U更右方的狀態，且長孔316的端部卡止在小螺 炉296在此狀態下有順時鐘旋轉的力矩作用時，在第4 ^ 方向的力作用，但因為藉由小螺絲、318使第4連 才干308不犯移動，故第2支持體132不移動。 署jit，第2支持體132即使受到從保持位置刺往退還位 1移動的力，亦被機械性制止，維持保持位置SP1。 支持動作機構328 ’而具有可利用低價的構成使第 叉符體132的位置安定之優點。 肘節動作機構328可採用與實施例不同的構成。 22 2 201015496 當第1支持體134及第2支持體132位於保持 時’面保持體226受到第1支持體134笛U 及SP1 搖動㈣更下樹左右=置= 位於搖動軸232正下的狀態以無法搖動 其次說明排列落下裝置332。㈣靖止 122 ίΐίΐίί 332具有以下功能：使絲TC在藉由區分體 122而從真幣通路158的上端 π狗twl_刀瓶 1126 排列落下裝置332，係相對於區分體122 " ❹ 鲁 板狀體，包含__ 122的 之下端部所相對的偏向面336。 及和向體335 指向體335係板狀，係與區分體12 以既定關__，域蝴口 334 斜並延伸的板狀體。 囬保符體226在同方向傾 構成指向體335宜藉由可確認真幣TC之移動狀況的_樹脂板而 又’因為指向體335受到硬幣c磨擦，故舍甚石小.v ^在硬瞥的移動方向(上T方向)延伸之金屬製的磨耗 =片一 方的;真一下 面保持體糊樣恤在相猶118之相反側的 的上^體335的下端338，概酬隔相對於第3導引壁184 第3導引壁184的上端部係偏向面336。 ，之，隔係約二枚硬幣c厚度幅度左右的間隔。 與面==¾到此指向體335的下物端緣之垂㈣， 又’第3導弓|壁184之偏向面336的 推倒釋位於當纖麵126的^=^· 23 201015496 上端部，偏倚到保持體226側的位子。 持體之’設定為：連接到推倒部342的垂線L5，相交於面保 由指向體=Ϊ 路158的轉TC，其下端藉 往同方向傾斜後面336之間與面保持體挪 周面且左右 置體130上，並且J J持體132保持’最終載置在載 接觸於面保持體226曰並^留。的傾斜而滑動，使硬幣底面面 〇 上的Ιί 地落下時’將下端載置在載置體130 較於載2 13t 使其上獅偏倚，邮重心〇相 側，因而真幣而言，位在更靠近面保持體226 後續的絲保持體226側，並面接觸於面保持體226。 留。後續的真幣Tc亦同樣地落下到保留真，Tc上而同樣地保 tc 226 其次說明釣魚防止裝置166。 被判定為Ϊ帶。 為真％則將硬％藉由該細絲拉回，再使其 旋動裝:：：==4有6橫向_44，以 拉回防止體346的一端係在偵測通路112的下游， _而34^=。116’往第1垂立導引㈣的卡止^突 回防當硬帶C在區分通路116朝向下游移動時推壓拉 並可通過，但往反方向的移動藉由在卡止孔348卡 的拉回防止體346而阻止，因而無法將已經通過拉回防止體346 24 201015496 的硬幣拉回。 其次說明退還導軌350。 退還導執350具有以下功能：將藉由第2支 予 位置RP1的移動而被從保留室126移 ^ < 108滾落的方式導引。 以朝向退退口 退還導軌35〇藉由在保留室126的下方，且體而士#力笛9 ^霉132的下方且朝向退還口 1〇8並向下傾斜的扁而 在退還導執350滾動的真幣TC落下到退還室M2。 其次說明存入導軌352。 位置Uti52 ΐ有以下功能：將藉由第1支持體134往存入 支持室126的下方，具體而言係在第1 形i。 朝向存入口106並向下傾斜的扁平板狀體而 ί 滾動的真幣TC ^下到存人口106。 /、久說明本貫施例的作用。 Φ 次：幣處理裝置100内建於遊戲機，且1 幣5 之:幣僅t受曰幣100圓硬幣1枚與10圓硬 于，Ιϋϋ圓硬幣_枚與50圓硬f J枚時可 難’k在投入日擎10圓、50圓及100圓時接受作為直敝TC 將除此之外的郷及金料作為_FC而广作為真巾TC， 及第言二=致動器-、第2電磁致動請 當在此狀態下投人真^ m蹄位置SP1(圖7)。 硬幣資訊，故第1電磁致動写’ ^ ^偵測感應器114不輸出 勖态196不艾激磁，而繼續在退還位置 25 201015496 CP 〇 退還^08投入的真幣TC及偽幣FC通過退還通路Π8而退還到 狀能:、作；’硬幣偵測感應器114成為硬幣偵測準備 狀〜、弟1電磁致動器196、第2電 動請繼續在消磁狀態。 U及第3電磁致 頌格ΪΟΐΪ入娜FC時，於在侧通路112落下的過程中夢由 •^偵_應器114取得硬幣#訊，判別裝 ^ 資訊判別為偽幣FC。 J衣直依糠取件硬幣 的狀況下，第i電磁致動器196不受激磁。 ❿ 通過ί ϊ=ΐ18 3區分體，繼續在退還位置cp，故偽㈣ 洛下到退還室142,變成可從退還口觸取出。 以下說明投入真正日幣100圓硬幣的案例。 而取通路112落下的過程中藉由硬幣細感應器叫 訊’ _裝置15(3卿係⑽®的絲TC，使第 電磁致動态196激磁既定時間。 中實:示)區分體122進行樞軸運動’移動到接受位置RP(圖3 分體動的真瞥TC，藉由位在接受位置W的區 刀體122而導引到真幣通路158 〇 ❿ 移動到真幣通路158而言的充分時間後，第 包兹致動裔196消磁，區分體122回到退還位置cp。 的的真幣Τ〇其下端藉由排列落下製置知 r,r/^:::；36sr/；T2r^si26'^ 二-彳”卩又到第1支持體134及第2支持體132支撐，底面更 面接觸於面保持體226並保留在保留室126(圖 — 即使在真幣tc垂直地落下時，也藉由推倒部342使真繁Tc 26 201015496 - 的上端部往面保持體226側偏倚，因而同樣的保留。 • ⑽ίί'ΪΪ人真正時5〇圓硬幣時，藉由區分體⑵而同前述 $導引到真幣通路158，並藉由指向體335及推倒部％導引，落 下到保留100圓硬繁的頂面上。 下述f TC的下端在腦圓絲的頂面上滑動，以 保留.使下端周面藉由載置體13G支稽，並使大約位在 ί2支上之左右直徑部受到第1支持體134及 ii 支撐，且與保㈣0圓硬帶的頂面面接觸。 ❹ 戲信號室⑶姻職請將可遊 幣而==5==齡時’將該真幣Tc作為偽 η石承ϊίί於100圓真幣TC而投入真正時10圓硬幣時，盘5〇 I更幣同樣地使下端周面受到載置體請、使大約位過中… $心G)的水平線上之左右直徑部受 二 保留。狀且底面與保留至126内的⑽圓硬f之頂面接觸並 向排列並保留在保留請。 ❹ 150如同前述輸出可遊戲信號。 t成為150 Η，判別裝置 在已後續於100圓硬幣而投入1〇圓硬 入50圓或1〇〇圓硬幣時，判別為偽 况中右八後才又 此係為防止超收費用。W為鮮扣並從退還口應退還。 時間當玩家指示遊戲機開始時，第2電磁致動器B6紗磁既定 藉由第2電磁致動器236的激磁 第2連桿256亦往同方向移動，第'桿二 支軸246為支點往逆^向^; t 254使第1桿248以 _ H支持體134往存入位置 27 201015496 处3移動。 在此移動途中，第i支持體 體226以搖動軸232為支點往^方向$被動心82並使面保持 藉此，載置體130往同方向移動。 此時的載置體13〇之移動 < — 部相較於藉由第2支持體132 置體130的支持 重心G而言位在更靠近第2 動的最小直控之真ί TC的 硬幣的日幣50圓，也藉由本身番曰 側，因而即使是最小直徑 滾出，並落下到存^執而往與第2支持體132相反側 15)。 仔導執352上，而後滾動落下到存入口 1〇6(圖 第2電磁致動器236在經過 © 之落下而言的充分時間後消磁&至❸保留真’TC 置SP2。 弟1支持體丨34再度回到保持位 當玩家不遊戲時，進行退還操作。 ί=?;==;283受激磁既定時間。 方移=因而第4連桿308亦往同| 2鐵心观往圖8中右 因為猎此使第4桿3〇4往圖8中= 方向旋動； ❹ 在第2支持體132的移動禍益由I 受到第2支持體132壓按並^同方向= 保持體226的被動部282 藉此，因為載置體13〇係 二° 由第1支持㈣4而限制移部，相較於藉 言，位在更靠近第1支持!# n4如直杬之真幣TC的重心G而 繁50圓，也藉由本身重量而相對=’故即，是最小直徑硬幣的曰 並落下到退還導軌350(圖16)。 '氺丄叉持體U4往相反側滾出， 落下的硬幣，再於退還導勅 變成可從退還口 1〇8取出。 〇上滾動並落下到退還室142， 換言之，可將保留真幣TC退還。 28 201015496 【圖式簡單說明】 圖1係貫施例的硬繁處理繫_置之立體圖。 圖2係貫施例的硬幣處理裝置之左側視圖。 圖3係圖2中A-A線段剖面圖。 圖4係圖2中B-B線段剖面圖。 係實施例的硬t處理裳置之保 理裂置之保留裝置由右二 理袈置之保留裝置由右侧方的前視Ξ。 Ξ 置之㈣裝置由左财的前視圖。 部分冑鶴谢的刪除一 春 (返還 =〇。鮮施綱硬_理裝置之㈣裝置由左财的前視圖 (存入圖時1/。係實關的崎處理裝置之保錄置由右财的前視圖 (存入储補的硬料職置巧时置由左财的前視圖 (退還圖時!)3。係實施例的硬繁處理裝置之保留農置由右側方的前視圖 明圖(==)實施例的郷處理裝置之保留裝置由右财的作用說 明圖(1!^)Λ。施綱硬φ處魏置之保留裝置由右财的作用說 明圖(1=)實&例的硬$處理裝置之保留裝置由右側方的作用說 圖17係說明習知技術之示意圖。 圖18係圖17中Ζ-Ζ線段之剖面圖。 之·處理農置之說明用示意圖。 圖20係習知技彳打之作用說明圖。 29 201015496 【主要元件符號說明】 c:硬幣 CP:退還位置 G:重心 FC:退還硬幣 L1〜L5:垂線 RP:接取位置 RP1:非保持位置(退還位置) RP3:非保持位置(存入位置) SP1、SP2:保持位置 TC接受硬幣 TCL:大直徑真幣 TCS:小直徑真幣 TP:旋轉點 10:選別裝置 12、104:投入口 14:感應器 16:閘門 18:硬幣通路 20、158:真幣通路 22、108:退還口 24、106:存入口 26:保留室 28:傾斜底 30:第1傾斜端壁 32:第2傾斜端壁 34:真幣入口 36:傾斜路 38:真幣退還傾斜路 40:第1閘門銷 30 201015496 - 42:第2閘門銷 100:硬幣處理裝置 ' 102:本體 112:偵測通路 114:硬幣偵測感應器 116:區分通路 118:退還通路 122:區分體 124:保留裝置 126:保留室 ❹ 128:次基座 130:載置體 132:第2支持體 134:第1支持體 136:中央部 138:前板 142:退還室 144·.安全板 145、178:軸承 ❹ 147:導軌 148:可動限制版 150:判別裝置 162:第1垂立導引壁 164:第2垂立導引壁(可動限制板） 166:釣魚作弊防止裝置 168:上部導軌 172·.垂立壁 176、190、212、246、250、294、298、344:支軸 180:彈簧 181:取消桿 31 201015496 182、350:退還導軌 184:第3導引壁 185:頂面 188:偽幣通路 192:餘隙溝 194:區分位置控制裝置 196:第1電磁致動器 198:第1連結 202:第1托架 214:保持溝 216:掛鉤 218:安裝孔 222:安裝銷 225:搖動體 226:面保持體 228:欄 232:搖動軸 234:第1移動裝置 236:第2電磁致動器 238:第1連結機構 242:第2托架 244:第1鐵心 245:第1彈簀 248:第1桿 252:第2桿 254:第1連桿 256:第2連桿 258:第1平衡配重 260:第1弧狀長孔 261、264、278、312、314、326:銷 32 201015496 ^ 262:中心 268、316:長孔 • 272、318:小螺絲 274:第1導引機構 276:肘節運動機構 277、324:軸孔 ’ 279:第2移動裝置 282:被動部 283:第3電磁致動器 284·.第2連結機構 φ 286:第3托架 288:第2鐵心 292:第2彈簧 296:第3桿 .304:第4桿 306:第3連桿 308:第4連桿 313··第2平衡配重 315:第2弧狀長孔 322:第2導引機構 9 328:肘節運動機構 330、331:突起 332:排列落下裝置 333:接受口 334:接受口（真幣入口) 335:指向體 336:偏向面 338:下端 342:推倒部 346:拉回防止體 201015496 348:卡止孔 352:存入導軌Q, the number of the number, for example, the real size of the industry and the real industry to ensure the compatibility of the dark ^ maximum of about 6, if there is no limit on the thickness can be set to retain & the body ^ ϊ / i6 holding 'at least by carrying The mounting structure 130 has a long and wide support body 132 and a surface holding body which are thin and three-dimensional. The carrier 130 has a stopper 228 which supports the true 6-dot-loading body 130 falling from the genuine coin passage (5) under the inverted triangular surface holding body 226, and has a predetermined length, the surface holding body US31 is According to the second axis 16201015496, the upper end of the inclined wire shaft 232 supports the surface holding body 226 in a rocking manner, and the lower end portion thereof is connected to the 1 rocking shaft 232 at an angle of about 30 degrees with respect to the horizontal line. In other words, the carrier 130 is invited to be skewed. And it is arranged at an angle of about 30 degrees toward the left side; it is arranged in a diagonal manner. The direction of the wall 162 and the inclination of the upwardly-loaded body 130 are configured such that it is in the lateral direction _ on the carrier m, and the straight body is held by the weight holder 226. /, the bottom surface of the coin TC is in contact with the surface. Next, the first support 134 will be described. The support 1 134 has the following functions: && ^, when the upper side and the side of the carrier 13G are in contact with the field ^, $, that is, the true TC position on the carrier 130 ^ The square 'Asian to make the coin, selectively moved to the non-holding position, that is, the deposit position 'place fat. ? The first moving device 234 is selectively moved to the holding position, and the first moving device 234 includes the second electromagnetic actuator 236 and the first connecting mechanism 236. The second carrier 242 is provided by the second bracket 242. _ at the secondary pedestal 128. The first core 244 of the structure 23^236 is coupled and coupled to the first connector to press the first core 244 in the protruding direction of the first spring 245 (the right direction in FIG. 8). The first connecting mechanism 238 includes the first rod 248. The support shaft 246 that protrudes from the back side of the base pedestal 128 is rotatably supported; the second rod 252 is pivoted by the support shaft 250 that protrudes from the back side of the sub-base 128 to connect the second link The rod 252 and the i-th rod 248; and the second link = the first core 244 and the second rod 252., 17 17 201015496 Axial crank shape, which is centered at a lever ratio of about 1 to 3, _ "The fulcrum formed by the base-pressure (3) is at right angles to the surface holding body 226, and the amount of protrusion is set to w by the first balance weight 258, and the output can be used small. The second electromagnetic actuates the crying 236, and the j can reduce the cost and the advantages of power saving. (4) Actuation advice 沾古ϊ f ί 'In the middle of the lower end, the fulcrum 250 is rotated freely. 1 i is a vertical linear rod in the standby state, and there is a pin from the Γίί 2 The 261 is Swept in a rotatable manner to the first mast between the rotation 246 and the i-th support 134 at the upper end of the first link 254. The way is the second link 256 of the fulcrum, the end of which is fixed at the (4th) heart tear, and the other 2 of the 68th f 272 through the 'borrowing secrets in a straight line motion toward the protruding shaft: r freely enters When the second electromagnetic actuator 236 is demagnetized, the first core is protruded by the first spring 245, and the second link 256 is stationary as shown in the right side of FIG. When the oyster moves to the result, the second rod 252 is rotated to the approximate vertical position by the pin 278, and the 7-link 254 is placed in a state of being aligned on a straight line. Here, the first link 254 is approximately at right angles to the first rod 248, and the first rod is held in the rotation of the support shaft 246 as shown in Fig. 8, and the first rod is rotated in the clockwise direction. The first support 134 at the front end of the 248 is held at the holding position sp2. In order to set the second rod 252 and the first link 254, the first link 254 and the first rod 248 are at right angles, so that even in the first branch 18 201015496 = retaining the real coin, the external force Role, in the first shot a ^ left ί ί 2 == 86 = ' will be the second (four) to Figure 8 261 ^ 1 ^ 254. ^ 264 mBJi ' ^; S2 miscellaneous retaining body 226 with the shaking axis 232 Rotate and rotate to shout $ 282 and Lerou moves the carrier 130 in the same direction. The position is closer to the side of the second support 132. The moving body is moved to a more general amount than the amount is set such that the support portion of the carrier 130, in principle, supports a Japanese yen of 5 g circle, and the carrying body carries the rolling. The iliac crest 132 can be configured to form the toggle action mechanism 276 by its own weight ί and the first link 254. As shown in the figure, the second link 256 is locked by the first bullet _ while the J small screw 272 is locked and the line is stopped to the right, and the end rod 25 of the long hole 268 is rotated counterclockwise. When the torque acts, the RP3'^U1 support 134 is held at the position SP2 by the use of the toggle = gf76 from the holding position SP2 to the deposit position. Supporting the bit 276' of the body 134 and having a profitable price makes the advantage of the first and the text. The month's action mechanism 276 may be constituted by a protrusion formed by the second rod Μ2 and a protrusion formed by the first ridge 254 at 19 201015496. Next, the second support 132 will be described. ^ 2 The support body 132 has a function of selectively moving to the return of the hard surface TC when the peripheral surface of one of the 币ί1 is placed on the carrier 130 while the retaining position is fat. Location fat. Position sJ The second moving device 279 selectively moves to the holding unit. The second moving device milk includes the third electromagnetic actuator 283 and the second connecting mechanism Ϊ 11 283 is fixed to the sub-base (3) by the third bracket 286. Structure 284. The second core 288 of the actuator 283 is coupled to the second connector and the second core 288 is pressed by the second spring 292 in the protruding direction (leftward direction in FIG. 9 ). The link 306 ′ connects the third rod 2% disk. In a freely supported manner, the 3rd, 2nd core 288 and the 4th pole of the 4th cup 304, and the 4th link 3〇8, the connecting fulcrum is received at a lever ratio of about 1 to 3, and the other end is fixed. =^2^=3;; the front end of the square is fixed with the second support: S is formed by the third guide wall 184 with the axis 294 as the center $. The branch formed by the secondary pedestal 128 in the second arc-shaped long hole is straight with respect to the surface holding body 226, and the amount of protrusion is set to be in other words, the carrier 13 〇, the first 1 1 符 134 134 With the 9th *duja*, the μ support 132' is located at the retention position SP2 and 20 201015496 -g1. The interval of the shape is set to be slightly larger than the maximum diameter of the coin used. The position of the holding position sp2 and spi is set so that the details of the first branch are set to: when When the third branch is in the holding position SP2 and SP1, the first! The support body 134 = g position is reserved for the true fTC: ft big and the smallest remaining towel fa1 towel. Around. Further, by using the second balance weight 313', the third electromagnetic actuator 283 having a small output can be used, which has the advantages of cost reduction and power saving. The ancient AtAt 30V is a linear rod that is vertically erected in a standby state by a support shaft 298 in the middle of the lower end portion, and is protruded from the lower end portion of the third link 306. The pin 312 is rotated from the upper end portion of the third link 306, and the pin 314 is attached to the third rod 296 between the square shaft 294 and the second support 132. The fourth link 308 has one end fixed to the second core 288, and the other one is connected to the second machine 2 for the straight line and the movement, and the horizontal movement is freely movable. When the third electromagnetic actuator 283 is demagnetized, the first stick protrudes, and the fourth link 308 is shifted as shown in FIG. 8. In the end result, the fourth rod 304 is rotated to the phase 3 by the pin 326. The four rods 304 and the third link 306 become in a straight line = the third link 306 is at a right angle to the third rod 296, and the third rod 296 ^ 8 ^ J is held in the rotation of the support shaft 294 in the most counterclockwise direction. Moving position. Therefore, the second support body 132 at the front end of the third rod 296 is held in the holding position, so that the fourth rod 304 and the third link 306 are set to be green, and the third link 306 is The third rod 296 is about a right angle, so that even in the second branch 21 201015496, there is an external force caused by the protection of w Tc, and in the third (fourth), there is no large middle right electric power: the connecting rod glow figure 9 (over 2 The third link 3.6 and the pin 314 move the V2= Ξ ^ ^ body 往 2 to the retracted position (Fig. 13). The micro-environmental protection 2 lions are read and the ejector is placed, and the carrier 130 is moved toward Move in the same direction, the carrier, ^ ^ position is closer to the side of the first support m. The body 130 moves to the 杈 usually 13 positions on the side of the first support 134. Supports ΐίΞ two small diameters of the day band 5 The round body is rolled by the body weight of the carrier 130. The opposite side of the body 132 is moved 'retaining hard|TC can be formed by the ί and the third link 306 to form a financial action mechanism 328. 9 and the fourth company When the rod 308 is in the state of the second spring 292 as shown in Fig. 3 = ? T, the center of the pin 312 is located slightly to the right of the coupling pin 326 and the wire 318 and U, and the end of the long hole 316 is locked at the small screw. Furnace 296 has this state When the moment of the clockwise rotation acts, the force in the 4th direction acts, but since the fourth connector 308 does not move by the small screw 318, the second support 132 does not move. The jt, the second support When the force is moved from the holding position to the returning position 1, the force is also mechanically stopped, and the holding position SP1 is maintained. The operating mechanism 328' is supported, and the position of the second forked body 132 can be stabilized by the low-cost configuration. The toggle mechanism 328 can be configured differently from the embodiment. 22 2 201015496 When the first support 134 and the second support 132 are held, the surface holder 226 is shaken by the first support 134 and the SP1 (4) The lower left and right sides of the tree = set = the state immediately below the rocking axis 232 is not shaken. The lowering device 332 is arranged to be arranged. (4) The stop 122 122 ίΐίΐίί 332 has the following function: the wire TC is separated from the genuine currency passage 158 by the partition 122 The upper end π dog twl_ knife bottle 1126 aligns the drop device 332 with respect to the partition body 122 " 板 板 plate body, including the deflecting surface 336 opposite to the lower end portion of the __ 122. 335 system board , the body and the body 12 are defined as __, the domain butterfly 334 is inclined and extending the plate-like body. The refill body 226 is inclined in the same direction to form the pointing body 335, which can be confirmed by the movement state of the genuine coin TC The resin plate and 'because the pointing body 335 is rubbed by the coin c, so the stone is small. v ^ The metal wear in the direction of the hard twist (upper T direction) = one side of the piece; The lower end 338 of the upper body 335 on the opposite side of the vestibule 118 is offset from the upper end of the third guide wall 184 with respect to the third guide wall 184. In addition, the interval between the thickness of the two coins c is about the interval. With the face ==3⁄4 to the lower end edge of the pointing body 335 (four), and the '3rd guide bow|the deflecting surface 336 of the wall 184 is located at the upper end of the fiber surface 126 ^=^· 23 201015496, It is biased to the seat on the side of the holder 226. The holding body 'is set to: a vertical line L5 connected to the pushing down portion 342, intersecting with the turning TC of the pointing body = the Ϊ road 158, and the lower end thereof is inclined by the same direction and inclined between the rear side 336 and the surface holding body The left and right bodies 130 are placed, and the JJ holder 132 remains 'finally placed on the carrier contact surface 226 and remains. When sliding down and tilting the bottom surface of the coin, the lower end is placed on the carrier 130. The lion is biased compared to the load 2 13t, and the post is centered on the side of the heart. On the side of the wire holding body 226 which is closer to the surface holding body 226, it is in surface contact with the surface holding body 226. stay. The subsequent genuine coin Tc is similarly dropped to the remaining true Tc and the same as the tc 226. Next, the fishing prevention device 166 is explained. It was judged to be a band. If true %, the hard % is pulled back by the filament, and then the rotating device is mounted::==4 has 6 lateral _44, so that one end of the pull-back preventing body 346 is located downstream of the detecting path 112. _ and 34^=. The locking of the 116' to the 1st vertical guide (4) is the anti-backlash prevention. When the hardband C is moved toward the downstream direction, the hardband C is pushed and pulled, but the movement in the opposite direction is performed by the locking hole 348. The pulling back prevents the body 346 from being blocked, so that the coin that has passed through the pull-back preventing body 346 24 201015496 cannot be pulled back. Next, the return rail 350 will be described. The return guide 350 has a function of being guided by the movement of the second support position RP1 by the movement of the retaining chamber 126. Returning the guide rail 35 to the retracting opening 35, by returning the guide 350 under the retaining chamber 126, and below the body and the slanting of the slanting port 1 〇 8 and downwardly inclined The scrolling genuine currency TC falls to the return room M2. Next, the deposit into the guide rail 352 will be described. The position Uti52 has a function of depositing the first support 134 below the support chamber 126, specifically, the first shape i. The flat plate-shaped body that is tilted toward the inlet 106 and tilted downward, and the scrolled genuine currency TC ^ is lowered to the population 106. /, for a long time to explain the role of this example. Φ times: The coin processing device 100 is built in the game machine, and the coin 1 is: the coin is only received by the coin 100 round coin and the 10 circle is hard, and the round coin _ and the 50 round hard f J can be Difficulty 'k accepted as a direct 敝 TC when investing in Nikken 10, 50 and 100 rounds, and the other 郷 and gold materials as _FC and widely used as the real towel TC, and the second statement = actuator - For the second electromagnetic actuation, please vote for the true hoof position SP1 (Fig. 7). Coin information, so the first electromagnetic actuated write ' ^ ^ detection sensor 114 does not output the state 196 ignorance of the excitation, and continues in the return position 25 201015496 CP 〇 refund ^08 input of the real currency TC and counterfeit currency FC through the refund The path Π8 is returned to the shape::; the coin detecting sensor 114 is in the form of a coin detecting preparation, the second electromagnetic actuator 196, and the second electric power are continued in the degaussing state. When the U and the third electromagnetic induction ΪΟΐΪ 娜 娜 娜 娜 FC 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜 娜In the case where the J clothing is directly attached to the coin, the i-th electromagnetic actuator 196 is not excited.区分 By ί ϊ = ΐ 18 3 to distinguish the body, continue to return to the position cp, so the pseudo (four) Lo down to the return room 142, can be taken out from the return mouth. The following is a description of the case of investing a real Japanese currency coin of 100 yen. In the process of taking the passage 112 down, the coin-shaped sensor is called by the fine sensor _ device 15 (the wire TC of the 3 (10)®, so that the electromagnetic induction 196 is excited for a predetermined time. The pivotal movement 'moves to the receiving position RP (the true TC of the split body in Fig. 3 is guided to the genuine coin passage 158 by the zone cutter 122 positioned at the receiving position W), moving to the genuine currency passage 158 After the sufficient time, the first package of the Benz 196 degaussing, the body 122 returned to the return position cp. The real currency Τ〇 its lower end by the arrangement of the falling know that r, r / ^:::; 36sr /; The T2r^si26'^2-彳"卩 is further supported by the first support 134 and the second support 132, and the bottom surface is in contact with the surface holding body 226 and remains in the retention chamber 126 (Fig. - even in the real currency tc vertically) When it is dropped, the upper end portion of the real-life Tc 26 201015496 - is also biased toward the surface holding body 226 by the pushing portion 342, and thus the same remains. • (10) ίί' When the real coin is 5 round coins, by distinguishing the body (2) And the same as the preceding $ is guided to the genuine currency passage 158, and guided by the pointing body 335 and the push-down portion %, and dropped to the top surface of the 100-round hard The lower end of the following f TC slides on the top surface of the brain round wire to be retained, so that the lower end peripheral surface is supported by the carrier 13G, and the left and right diameter portions located approximately on the ί2 branch are subjected to the first support body. 134 and ii support, and contact with the top surface of the (4) 0 round hard belt. ❹ Opera signal room (3) please be able to play the currency and ==5== age when 'the real coin Tc as the pseudo η stone inheritance ίί When the 10 round coin is put in the 100-yuan real coin TC, the disk 5〇I is the same as the lower-end diameter surface of the lower end of the disk. The second surface is in contact with the top surface of the (10) round hard f retained in 126 and is aligned and retained in the reservation. ❹ 150 is output as a game signal. The t becomes 150 Η, and the discriminating device is already followed. When a 100-coin coin is put into a round or a round coin of 50 rounds or 1 round, it is judged to be the right eight in the false state, and this is to prevent overcharging. W is a fresh buckle and should be returned from the return. When the player instructs the start of the gaming machine, the second electromagnetic actuator B6 is magnetized by the second electromagnetic actuator 236 to activate the second link 2 56 is also moved in the same direction, the first rod 246 is a fulcrum to the reverse direction; t 254 causes the first rod 248 to move toward the storage position 27 201015496 at the _H support 134. During the movement, The i-th support body 226 has the rocking shaft 232 as a fulcrum to the direction of the passive core 82, and the surface is held thereby, and the carrier 130 moves in the same direction. At this time, the movement of the carrier 13〇<- Compared with the support center of gravity G of the second support 132 by the second support 132, the coin of the coin of the smallest direct control that is closer to the second movement, the Japanese yen 50, is also on its own side. Even if the minimum diameter is rolled out, it is dropped to the side opposite to the second support body 132). The guide 352 is placed on the guide 352, and then scrolls down to the storage port 1〇6 (Fig. 2 electromagnetic actuator 236 demagnetizes after a sufficient time for the fall of ©) to retain the true 'TC set SP2. Body 34 returns to the hold position again. When the player does not play, the return operation is performed. ί=?;==;283 The time of the excitation is set. The square shift = thus the 4th link 308 is also the same | 2 iron core view to Figure 8 The middle right is rotated so that the fourth rod 3〇4 is swung in the direction of Fig. 8; 移动 the movement of the second support body 132 is suppressed by I by the second support body 132 and the same direction = the holding body 226 The passive portion 282 is thereby limited by the first support (four) 4 because the carrier 13 is two degrees, and is closer to the first support than the borrowing of the first support! # n4 The center of gravity G is 50 rounds, and it is relative by its own weight = 'so that it is the smallest diameter coin and falls to the return rail 350 (Fig. 16). 'The fork holder U4 rolls out on the opposite side, falls The coin is then returned to the return port 1〇8. The roll is rolled and dropped to the return room 142. In other words, the retained genuine currency TC can be returned. 28 201 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a hard processing system of the embodiment. Fig. 2 is a left side view of the coin processing apparatus of the embodiment. Fig. 3 is a sectional view taken along line AA of Fig. 2. Fig. 4 Figure 2 is a cross-sectional view of the BB line section of the embodiment. The retention device of the embodiment of the hard-processing of the hard-processing is set by the right-hand side of the retention device from the right side of the front view Ξ. Front view of Zuo Cai. Part of the 胄 谢 谢 删除 删除 一 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( The security record is set by the front view of the right bank (the front view of the left bank (returning the figure!) when the hardware is stored in the reserve. 3. The hard-processing device of the embodiment is reserved for the farm. Front view of the right side (==) The retaining device of the 郷 processing device of the embodiment is illustrated by the function of the right financial (1!^) Λ. The retaining device of the hard φ Wei set is explained by the action of the right financial Figure 1 (1) is a schematic diagram of a conventional device for the hard-processing device of the present embodiment. Figure 17 is a schematic view of the prior art. Figure 18 is a schematic view of Figure 17. - Sectional view of the Ζ line segment. Fig. 20 is a schematic diagram of the action of the shovel. Fig. 20 is a diagram illustrating the action of the conventional technique. 29 201015496 [Description of main component symbols] c: Coin CP: Return position G: Center of gravity FC: Return coins L1 to L5: Vertical line RP: Pickup position RP1: Non-holding position (return position) RP3: Non-holding position (storing position) SP1, SP2: Hold position TC accept coin TCL: Large diameter genuine coin TCS: Small diameter Genuine currency TP: Rotation point 10: Sorting device 12, 104: Input port 14: Sensor 16: Gate 18: Coin path 20, 158: Genuine currency path 22, 108: Return port 24, 106: Deposit entry 26: Reserve room 28: inclined bottom 30: first inclined end wall 32: second inclined end wall 34: genuine coin inlet 36: inclined road 38: genuine coin return inclined road 40: first gate pin 30 201015496 - 42: second gate pin 100 : coin handling device '102: body 112: detection path 114: coin detecting sensor 116: distinguishing path 118: returning path 122: dividing body 124: retaining device 126: retaining chamber ❹ 128: secondary base 130: mounting Body 132: second support body 134: first support body 136: central portion 138: front plate 142: return chamber 144. safety plates 145, 178: bearing ❹ 147: Guide rail 148: movable limit plate 150: discrimination device 162: first vertical guide wall 164: second vertical guide wall (movable limit plate) 166: fishing cheating prevention device 168: upper guide rail 172·. vertical wall 176, 190, 212, 246, 250, 294, 298, 344: Support shaft 180: Spring 181: Cancel lever 31 201015496 182, 350: Return rail 184: Third guide wall 185: Top surface 188: Counterfeit passage 192 : clearance groove 194 : division position control device 196 : first electromagnetic actuator 198 : first connection 202 : first bracket 214 : holding groove 216 : hook 218 : mounting hole 222 : mounting pin 225 : rocking body 226 : Surface holding body 228: column 232: rocking shaft 234: first moving device 236: second electromagnetic actuator 238: first connecting mechanism 242: second bracket 244: first core 245: first magazine 248: 1 rod 252: 2nd rod 254: 1st link 256: 2nd link 258: 1st balance weight 260: 1st arcuate long hole 261, 264, 278, 312, 314, 326: pin 32 201015496 ^ 262: Center 268, 316: long hole • 272, 318: small screw 274: first guiding mechanism 276: toggle mechanism 277, 324: shaft hole '279: second moving device 282: passive part 283: third Electromagnetic actuator 284·. second connecting mechanism φ 286: third bracket 288: second core 292: second spring 296: third rod .304: fourth rod 306: third link 308: fourth link 313 · second balance weight 315: Second arcuate long hole 322: second guiding mechanism 9 328: toggle moving mechanism 330, 331: protrusion 332: arrangement dropping device 333: receiving port 334: receiving port (true coin inlet) 335: pointing body 336: biasing Face 338: lower end 342: push-down portion 346: pull-back preventing body 201015496 348: locking hole 352: storage guide rail