M408756 五、新型說明： 【新型所屬之技術領域】 本新型是屬於硬幣之電子投幣相關技術領域。 【先前技術】 習知一般在硬幣投幣器的投幣口都是單一硬幣投幣口，使用 者投幣時必須以人工方式逐一將硬幣投入，硬幣投幣器才能對每 次投入的單一硬幣作真偽辨識或統計處理若使用者強行將多枚 硬幣一次投入投幣器的投幣口，常使投幣器無法正常辨識硬幣或 統計數量，甚至使硬幣卡在投幣通道中，造成機具之損壞或影響 其繼續正常運作。為能避免上述情況發生，先前曾有提出之技術 是改良投幣器的投幣口設計，其特點在該投幣器投幣口的機構讓 使用者每次僅能投入一枚硬幣，以解決此問題。該項先前技術雖 然可避免投幣器故障或異常的情形發生，但卻無法減少使用者投 幣時的不便與改善使用者逐一投幣速度緩慢的缺點。為能加速使 用者投幣時的速度、減少使用者投幣時的不便，以及適當的控制 硬幣投進投幣器之投幣口的速度，使投幣器能有效率的正常運 作’遂有本專利的提出。 【新型内容】 一種可一次接受投多個硬幣及逐一將硬幣輸出的機構，可將 接受到的多個硬幣逐一輸出；本機構主要由以下幾部份所組成： 一圓筒：為一可接受硬幣投入之容器，並在所述圓筒筒底適 當位置開孔洞，硬幣可由孔洞向下滑落到硬幣輸出滑道中； 一轉盤：為一可轉動之轉盤，其形狀可為圓形、橢圓或多邊 形’前述轉盤具有一個或多個的孔洞，所述孔洞具備適當 尺寸及適當厚度，並配置於所述圓筒内底面上方； 一動力機構：為一可驅動轉盤轉動之機構，所述機構可提供 4 M408756 所述轉盤旋轉的動力，帶動所述轉盤的旋轉，所述機構可 採用電力或磁力等動力； 一硬幣輸出滑道：為一可輸送硬幣至收納裝置或驗幣器等之 機構，前述硬幣輸出滑道應設置於所述圓筒孔洞的下方或 側邊，得以承接由轉盤所輸出的硬幣，並以滑道導引硬幣 順利進入收納裝置或驗幣器之硬幣投幣孔之令。 圓筒與本機構之外層框架接合，並具備適當高度筒壁，轉盤 配置於所述圓筒内緊貼於該圓筒底面上方，使傾斜的圓筒下方可 由轉盤與圓筒筒壁共同構成一可收納硬幣之空間，以容納投幣者 由上方投入的硬幣。 上述之本創作一種可一次接受多個硬幣及逐一將硬幣輸出 的機構’其代表圖如第一圖所示。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，所述轉盤之孔洞可改為一種有底的凹形孔槽，前述有底的凹 形孔槽面向轉盤外緣處設有開口，如馬蹄形或us，並在所述圓 筒筒壁適當處開孔洞，轉盤之有底的凹形孔槽開口可與圓筒筒壁 保持近貼，使有底的凹形孔槽内硬幣不會離開此孔槽，當轉盤旋 轉時，硬幣可由前述有底的凹形孔槽之開口處滑出，經所述圓筒 筒壁之孔洞，滑落到硬幣輸出滑道中。 所述圓筒筒壁孔槽開口經過途徑之適當位置開孔洞，當轉盤 孔槽開口轉動到圓筒筒壁所開的孔洞時，可使所述有底的凹形孔 槽内硬幣文離心力作用拋離此孔槽，穿過所述圓筒筒壁孔洞，並 滑落到硬幣輸出滑道中。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，所述轉盤得以與水平面成傾斜的角度。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，所述圓筒筒壁與本機構之外層框架接合，並具備適當筒壁高 度’所述轉盤與水平面構成一固定傾斜角度旋轉，並配置於所述 圓筒内’使傾斜的轉盤下方與圓筒筒壁共同構成一可收納硬幣之 5 M408756 空間，以容納投幣者由上方投入的硬幣。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，在所述圓筒的上方位置可增設一撥桿，當所述轉盤轉動時， 可撥開該轉盤孔洞或有底的凹形孔槽内超過一個以上的其他硬 幣，以確保同一時間最多僅有一個硬幣會留置在轉盤的孔洞或有 底的凹形孔槽内及進入硬幣輸出滑道中。 本創作之一種可一次接受多個硬幣及逐一將硬幣輪出的機 構，在所述轉盤的上方位置可增設一上寬下窄的開口通道，可讓 投幣者一次擲入多個硬幣’並將投幣者投入的硬幣導引滑落到所 述圓筒與轉盤構成收納硬幣的空間。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，其中所述轉盤之孔洞或有底的凹形孔槽的適當尺寸，其大小 範圍須至少可容置一牧最大合法硬幣，且無法容置2枚最小合法 硬幣平行貼合於其中。 σ 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，其中所述轉盤應具備適當厚度，使堆疊的硬幣，可因所述轉 盤轉動使疊在上方的硬幣因此分離開，以確保同一時間最多僅有 一個硬幣會留置在轉盤的孔洞内。 本創作之一種可一次接受多個硬幣及逐一將硬幣輸出的機 構，其中所述轉盤可裝置在與水平面產生一斜度的適當角度的位 置，使堆疊的硬幣，在所述轉盤旋轉時，因物理原理順利滑開， 落到所述轉盤孔洞或有底的凹形孔槽。所述物理原理如重力、離 心力等原理使堆疊的硬幣滑落到所述轉盤下方孔洞。 本創作機構所述轉盤之孔洞或有底的凹形孔槽之洞緣得為 不同的厚度，以確保有斜度的轉盤轉動時，不會有阻撐硬幣 的情形。 本創作機構所述圓筒下方可由所述轉盤之盤面與圓筒筒壁 共同構成一可收納硬幣之空間，可更改傾斜圓筒最下方的筒壁形 狀或另加設一擋板機構，確保於底部的硬幣堆疊或傾倒在所述轉 盤上，當所述轉盤轉動時，所有堆疊或傾倒在所述轉盤上之硬幣 6 M408756 全會落入所述轉盤孔洞的方向’被帶動到輸出孔洞。 本創作機構所述一種可一次接受多個硬幣及逐一將硬幣輸 出的機構，可設置感測器以偵測轉盤之盤面與圓筒筒壁共同構成 的收納硬幣空間是否有硬幣存在，當有硬幣存在時，可傳送信號 °馬達控制模組以啟動馬達轉動，將其中之硬幣逐一輪出到硬幣 ，出滑道中’直_·偵測全部硬幣已輸出完畢，所述收納硬 ^空間無硬幣存树，再傳送另—賊通知馬達控觀組以控制 馬達停止轉動。 本創作機構所述-種可一次接受多個硬幣及逐一將硬幣輸出 的機構，亦可增設、整合或外接下列裝置： 驗幣裝置’可辨識硬冑的真偽或金額等功能，可應用於公 f收費機、道路收費站、高速公路收費站、橋樑收費站、 停車場閘門、出人Π閘門、收費站、販賣機、遊戲機、售 票機、任何需要投帶之機器、控制器或閘門；或 技幣付亓欠裝置’可接受硬幣付款的功能，可應用於公車收 ^機、道路收費站、高速公路收費站、橋樑收費站、停車 場閘門、出入口閘門、收費站、販賣機、遊戲機、售票機、 任何需要投帶之機器、控繼或閘門；或 -晶片卡驗票裝置’可接受以晶片卡付款的功能；或 -電腦裝置，可提供運算及處理的魏 記憶體等元件；或 ^ 15 電子顯示裝置，可顯示接受硬帶的狀態，如數量、筆數、 一 if驻^統計數字等哺述的組合如數幣機等；或 一的機構的功 一硬機幣構Γ硬裝幣%可收納經所述將多個硬幣逐-所述輪出的 可將不晴分開、分類等功能;或 市裝置’可輸出或製作票證的裝置；或 -電池裝置’可提供所述將多個硬幣逐—所述輸出的機構所 M408756 需的電力》 【實施方式】 本創作所述一種可一次接受投多個硬幣及逐一將硬幣輸出 的機構，其具體實施方式，如以下說明。 本創作之代表圖如第一圖所示，本創作之基本組成元件圖如 第五圖所示，本創作之轉盤之孔洞為圓形之表示圖如第六圖所 示。 第一種可一次接受多個硬幣及逐一將硬幣輸出的機構的實 施方式，主要是由一傾斜之圓筒與設置於圓筒底面上方之可旋轉 的轉盤所構成，本實施方式(實施方式一)之整體機構組成圖如第 二圖所示，其中之轉盤與圓筒的整合機構組成圖如第三圖所示， 說明如下： μ 一上寬下窄的開口通道1:通道為一上寬下窄的形狀，通道 上方開口較為寬闊，便於投幣者一次擲入多個硬幣；此開 口通道為上寬下窄的收斂形態，具備長條形底部開口，^ 投入的硬幣由此長條形底部開口向下方輸出到下端傾斜 之圓筒6點鐘方向的下方位置； 一圓琦2 .圓筒與水平線以45度〜90度角的傾斜角度與本機 構之外層框架9接合固定；圓筒2的下方約在4〜8點鐘方 向的位置，加設一垂直於水平面之加設的擋板機構22，使 圓筒2的底面上方的轉盤3與該擋板機構22間形成45度 〜90度角的傾斜角度的上寬下窄底槽，並與圓筒2圍矮牆 共同構成-容_態，以容_上方開口通道之長條形底 部所輸出的硬幣； 一 圓筒2底面中心有開一孔洞讓所述動力機構（如：馬達） 4之轴心41穿過，圓筒2底面的8H1點鐘方向的圓周的 適當周緣位置，由此位置向内切割一個比最大合法硬幣稍 大的圓筒孔洞21 ’以使在此位置的硬幣可因重力作用向下 方掉落到下方的硬幣輸出滑道5中； 8 圓筒2與水平線之傾斜的適當角度，是在轉盤3轉盤孔洞 31的硬幣逆時針轉動到圓筒2底面8~11點鐘方向的孔洞 21前’可維持在轉盤3轉盤孔洞31的硬幣不會滑落，且 可使落入轉盤3轉盤孔洞31之堆疊硬幣，可因轉盤3的 傾斜角度及其盤面的轉動使疊在上方的硬幣，因重力作用 向下滑落到圓筒2下方的收納硬幣空間，以保持傾斜的轉 盤3旋轉時，同一時間最多僅有一個硬幣會留置在轉盤3 的轉盤孔洞31内，以確保每次由圓筒2底面8H1點鐘方 向的圓筒孔洞21掉落到硬幣輸出滑道5中的硬幣，每次 最多僅有一枚； 該圓筒的圓周的矮牆’用以防止其底面上方_形轉盤該 轉盤旋轉時，將投入之硬幣甩出此圓筒之外； 一轉盤3 :此轉盤3的厚度稍小於最薄合法硬幣的厚度，轉 盤3配置緊貼於所述圓筒2底面上方，其中心開一孔洞讓 所述動力機構（如：馬達）4之馬達軸心41穿過，並將此 轉盤3與前述馬達轴心41鎖緊固定，以便在動力機構 (如：馬達）4以逆時針方向轉動時就會帶動此轉盤3轉 動；此轉盤3相等間隔角度的圓週位置向内切割一比最大 合法硬幣稍大的轉盤孔洞31，以便在傾斜的，如馬蹄形或 U型’當轉盤旋轉時，可使硬幣掉落到轉盤傾斜面下端(約 在4〜8點鐘方向)的轉盤孔洞31中；當内含硬幣的轉盤孔 洞31以逆時針方向轉到圓筒2底面的點鐘方向所切 割的圓筒孔洞21時，在此位置的硬幣懸空並受重力作用 向下方掉落到下方的硬幣輸出滑道5中； 别述轉盤3轉動之轉盤孔洞31前進方向之洞緣處之厚度可 稍微增加到不低於洞内最厚合法硬幣的厚度，再以斜坡方 式使洞緣處厚度逐漸向前降低到盤面的一般厚度，使洞内 硬幣不致推擠孔洞前方之硬幣向前推移，以確保傾斜的轉 盤3轉動時，在轉盤孔洞31的硬幣轉動到所述圓筒2底 面的圓筒孔洞21前，轉盤孔洞31前方及堆疊在上方的硬 M408756 幣可因轉盤的傾斜角度、適當位置的洞緣高度及其盤面的 轉動等設計，受重力或離心力作用向下滑落到圓筒2下方 的收納硬幣之空間，而不會隨轉盤3逆時針旋轉而使其隨 之移動到傾斜轉盤3的上端； ' 一動力機構（如：馬達4):為產生旋轉的電動機構，馬達轴 心41與所述轉盤3中心孔槽接合固定，以使馬達軸心41 以逆時針方向旋轉時可帶動所述轉盤3旋轉；動力機構 (如：馬達4)與本機構之外層框架9接合固定，且馬達 轴心41穿過所述圓筒2之中心孔槽； 硬帶輸出滑道5:位於所述圓筒2底面的8~11點鐘方向所 切割的圓筒孔洞21的下方，用以承接由轉盤3轉盤孔洞 31及圓筒2圓筒孔洞21中落下的硬幣，並導引滑道5導 引此硬幣滑落方向以順利進入硬幣投幣器的單一硬幣投 幣孔之中； 數組孔洞硬幣感測器6 :於圓筒下方4〜8點鐘方向的圓筒2 底部，在轉盤孔洞31轉動時會經過的路徑上，設置適當 間隔與數量的感測器6，在轉盤3以固定轉速旋轉時，將 感測器6偵測是否有硬幣阻擋的之信號，將此信號傳送到 馬達控制模組，以便由馬達控制模組判斷在轉盤3之盤面 與圓筒2筒壁共同構成的收納硬幣空間是否仍有硬幣存 在，當有硬幣存在時’馬達控制模組即啟動動力機構（如： 馬達4)轉動，將其中之硬幣逐一輸出到硬幣輸出滑道5 中，直到感測器6偵測全部硬幣輸出完畢，馬達控制模組 即控制動力機構（如：馬達4)停止轉動。 ^當轉盤3逆時針旋轉時，其盤面與水平保持45度~90度， 落在盤面上的硬幣因受重力作用會往轉盤3與圓筒2下方所構成 的可收納硬幣之賴空間集中，轉盤3的圓周内側開有轉盤孔洞 31 ’轉盤孔洞31 T方有近貼的固定圓筒2底面可使落入轉盤孔 洞31中的硬幣不會向下掉落。因動力機構（如：馬達4)轉動 M408756 筒2下#轉動使向盤面下讀巾的硬幣會雜盤3盤面與圓 4 31 Φ、擦及重力影響很容易傾斜落入到轉到下方的轉盤孔 :面且古並隨傾斜轉動的轉盤逆時針方向向上旋轉；因轉盤3 適當的傾斜角度，且盤面厚度稱小於合法硬幣^小 在“圓=其逆餘時：會:轉 =多::-_留置 點鐘時針方向而移動到3點、12點及9點鐘時針方向 幣向下掉落到而^轉，洞31中的硬 其機構組成=四圖所示， 。通道為上寬下窄的收：者具 ^的^由此長條職部開口二 ㈣筒壁7所共同 ，，之：角;二 水： 巧筒筒壁7與本傾斜的轉盤（具有底的凹槽）下端 硬Pi轉容納投帶者由上方投入的 =，該轉盤（具有底的哺）8具有_個 適备週緣位置的有平底面的u形有底的凹槽81，該有底 M408756 =凹賴縣凹陷底面到轉盤（具有底的凹槽）8盤面週 緣’使盤面週緣有該有底的凹槽81開 μ内硬幣向外拋出噌述圓筒筒壁7設置時，2= ，述，盤（具有底的凹槽）8旋轉時移動之有底的 Z口處保持近貼，使圓筒筒壁7形成—_牆面以避免有 j凹槽81内硬幣因轉盤（具有底的凹槽）8旋轉的離心 2作用而向雜出；該有底_槽81具備比最大合法硬 T稍大、且2枚最小合法硬幣在平行緊料堆疊時無法同 時置入的大小；轉盤（具有底的凹槽）8可由電^ 作用而旋轉，所述有底的凹槽81具 幣，’可因本轉盤(具有底的== 斜角度及其盤面的轉動使疊在上方的硬幣因重力作 了滑J到所述下端之可收納硬幣空間，以保持傾斜的轉盤 ^具有底_槽）8旋轉時，同__最多僅有一個 會留置在轉盤的有底的凹槽81内； -圓筒筒壁7 :頂面與底面為開σ ’圓筒筒壁7與水平面垂 直與本機構之外層框架9接合； 圓筒筒壁7在所述轉盤（具有底的凹槽）8傾斜面之㈣ 點鐘方向的圓周周緣相對處選—適當位置，由此筒壁位 切割-個穿透之圓筒孔洞（側面）71 大的適當大小，以使在此位置的硬 到轉盤(具有底的凹槽)8外側下方的硬 力機構（如：馬達）4 :為產生旋轉的電動機構動力機 馬:ίϋί旋轉轴心41與所述轉盤（具有底的凹 槽）8中〜孔槽接合固定，以使馬達轴心4 旋轉時可帶動所述轉盤旋轉；動力機構（如： 本機構之外層框架g接合固定； 與 設置於所删筒^ 7圓筒細（側面） 的側下方’用以承接由轉盤（具有底的凹槽）8孔洞及 M408756 圓筒筒壁7圓筒孔、洞（側面）71巾落下的硬幣，並以導引 硬幣輸出滑道5導引此硬幣滑落方向以順利進入硬幣投幣 器的單一硬幣投幣孔之中； 數組感測器6 :在每-轉财底的凹槽81巾會被落入之最小 硬幣所涵蓋到的底面範圍内安裝-組或多祖感測器6，以 偵測有底的凹槽81中是否有硬f存在，並在轉盤（具有 底的凹槽）8之盤面下方與圓筒筒壁7共同構成的收納硬 幣空間之筒_安裝感測器6，以偵測轉盤（具有底的凹 槽）8之盤面與圓筒筒壁7共同構成的收納硬幣空間是否 仍有硬幣存在，當前述感測器6感_有硬幣存在時，可 傳送信號給馬達控制模組以啟動動力機構（如：馬達）4 轉動’將其中之硬瞥逐—輸出到硬錄出滑道5中，直到 細全部硬幣輸出完畢，再傳送另—信號通知馬達控制模 組以停止動力機構（如：馬達）4轉動。 當轉盤（具有底的凹槽）8逆時針旋轉時，其盤面與水平保 持45度〜90度’落在盤面上的硬幣因受重 下方(約在轉盤（具有底的凹槽）8盤面4〜8點鐘 壁=成的可收納鄕之封閉_中，轉盤（具有 8的圓周:侧開有如U形之有底的凹槽81，有底的凹槽81外緣 =)口4韓:til有底的凹槽)8的圓周相接;因動力機構(如： 馬達）4轉動帶動轉盤（具有底的凹槽）8轉動，使向盤面下方 集中的硬料受馳（具有底的凹槽）8 ^及重力影響很料傾斜落人轉盤下方的U形有^壁7 別中，並醜_輸（具細 有底的凹槽 旋轉;因轉盤(具有底的凹槽)8盤面具有一適==上 且盤面u形有底的凹槽81厚 1^嶋斜角度， 轉盤(具有底的凹的最最::有度， 個硬幣留置侧_ 21 + ’梅咖動==用- 13 M408756 再往下滑落向盤面下方的可收納硬帶之封閉空間集中。留置在u 形有底的凹槽81中的硬幣會因盤面逆時舰轉由6點鐘時針方 向而移動到3點、12點及9點鐘時針方向，當盤面上u形有底 凹槽81中的硬帶因轉盤（具有底的凹槽）8逆時針旋轉而經過 圓筒筒壁7在轉盤傾斜面之8H1點鐘位置的缺口時，會因離心 力作用而使有底凹槽81中的硬幣向外椒出並落到下方的硬幣輸 出滑道5中，經硬幣輸出滑道5導引使硬幣滑入硬幣投幣模組的 投幣孔中’而達到將同時投入的多個硬幣逐一輸出的目的。 本專利尚可有其他多種實施案例，在不背離本專利之精神及 其本質的情況下’根據本專利所作出的各種相應的修改或變形， 都應屬於本專利的權利要求保護範圍。 【圖式簡單說明】 第一圖：本創作之可將多個硬幣逐一輸出機構的代表圖 第二圖：實施方式一之整體機構組成圖 第三圖：實施方式一之轉盤與圓筒的整合機構組成圖 第四圖：實施方式二之整體機構組成圖 第五圖：本創作之基本組成元件圖 第六圖：本創作之轉盤之孔洞為圓形之表示圖 【主要元件符號說明】 1 上寬下窄的開口通道 2 圓筒 21 圓筒孔洞(底部） 22 擋板機構 3 轉盤(具孔洞） 31 轉盤孔洞 4 動力機構（如：馬達） 14 M408756M408756 V. New Description: [New Technology Field] This new model belongs to the technical field of electronic coin-operated coins. [Prior Art] It is generally known that the coin slot of the coin acceptor is a single coin coin slot. When the user pays the coin, the coin must be manually put one by one, and the coin acceptor can input a single coin for each time. For authenticity identification or statistical processing, if the user forcibly puts multiple coins into the coin slot of the coin acceptor at one time, the coin acceptor cannot normally recognize the coin or the statistical quantity, or even make the coin stuck in the coin passage, causing the machine to be used. Damage or affect its continued normal operation. In order to avoid this, the previously proposed technology is to improve the coin slot design of the coin acceptor, which is characterized in that the mechanism of the coin slot of the coin acceptor allows the user to only invest one coin at a time to solve the problem. This problem. Although this prior art can avoid coinage malfunction or abnormal situation, it can not reduce the inconvenience of users' coin-operating and the disadvantage of improving the user's slow coin-by-coin. In order to speed up the user's speed when coin-operating, reduce the inconvenience of the user's coin, and properly control the speed at which the coin is thrown into the coin-operated coin slot, the coin-operator can operate normally efficiently. The proposal of this patent. [New content] A mechanism that can accept multiple coins at a time and output coins one by one, and can output a plurality of coins received one by one; the mechanism is mainly composed of the following parts: a cylinder: an acceptable coin The container is put into the hole, and a hole is opened at a suitable position on the bottom of the cylindrical tube, and the coin can slide down from the hole to the coin output slide; a turntable: a rotatable turntable, which can be circular, elliptical or polygonal in shape. The rotating disc has one or more holes, the holes are appropriately sized and appropriately thick, and are disposed above the inner bottom surface of the cylinder; a power mechanism: a mechanism for driving the turntable to rotate, the mechanism can provide 4 M408756 The rotation of the turntable drives the rotation of the turntable, and the mechanism can use power such as electric power or magnetic force; a coin output slide: a mechanism for transporting coins to a storage device or a money detector, etc., the aforementioned coin The output chute should be placed below or on the side of the cylindrical hole to receive the coins output by the turntable and guide the coins smoothly with the slide Into the housing so that the slot of the coin of the coin test device. The cylinder is engaged with the outer frame of the mechanism, and has a proper height of the cylinder wall. The turntable is disposed in the cylinder and is closely attached to the bottom surface of the cylinder, so that the inclined cylinder can be formed by the turntable and the cylindrical wall. The space for the coin can be accommodated to accommodate the coin inserted by the coin from above. The above-mentioned creation is a mechanism for accepting a plurality of coins at a time and outputting the coins one by one, and the representative figure thereof is as shown in the first figure. The utility model relates to a mechanism for accepting a plurality of coins at a time and outputting the coins one by one, wherein the hole of the turntable can be changed into a bottomed concave hole groove, and the bottomed concave hole groove is arranged facing the outer edge of the turntable. Opening, such as a horseshoe or us, and opening a hole in the cylinder wall, the bottomed concave hole opening of the turntable can be closely attached to the cylinder wall to make the bottom concave groove Without exiting the slot, when the turntable is rotated, the coin can slide out of the opening of the bottomed concave slot and slide through the hole in the wall of the cylinder to the coin output chute. The cylindrical cavity wall slot opening is opened through a suitable position of the path, and when the turntable hole slot opening is rotated to the hole opened by the cylindrical wall, the centrifugal force of the coin in the bottomed concave slot can be The hole is thrown away, passes through the hole in the cylinder wall, and slides down into the coin output chute. One of the creations is a mechanism that accepts a plurality of coins at a time and outputs the coins one by one, the turntable being at an oblique angle to the horizontal plane. A mechanism for accepting a plurality of coins at a time and outputting the coins one by one, the cylindrical wall of the cylinder is engaged with the outer frame of the mechanism, and has an appropriate wall height. The turntable and the horizontal plane form a fixed oblique angle rotation. And disposed in the cylinder, 'below the inclined turntable and the cylinder wall together to form a 5 M408756 space for accommodating coins, to accommodate coins cast by the coin from above. A mechanism for accepting a plurality of coins at a time and outputting coins one by one, a lever can be added at a position above the cylinder, and when the turntable is rotated, the turntable hole or the bottomed recess can be opened More than one of the other coins in the shaped slot ensures that at most one coin at a time will remain in the hole in the turntable or in the bottomed recessed slot and into the coin output chute. A mechanism for accepting a plurality of coins at a time and rotating the coins one by one, and an upper opening and a narrow opening passage can be added at a position above the turntable to allow the coin to throw a plurality of coins at a time. The coin guide inserted by the coin is slid down to the space where the cylinder and the turntable constitute a coin. A mechanism for accepting a plurality of coins at a time and outputting the coins one by one, wherein the appropriate size of the hole of the turntable or the bottomed concave hole is required to accommodate at least one maximum legal coin. It is not possible to accommodate two smallest legal coins in parallel. σ A mechanism for accepting a plurality of coins at a time and outputting the coins one by one, wherein the turntable should have an appropriate thickness so that the stacked coins can be separated by the rotation of the turntable, thereby separating the coins stacked above Make sure that at most one coin at a time is left in the hole in the turntable. A mechanism for accepting a plurality of coins at a time and outputting the coins one by one, wherein the turntable can be placed at a suitable angle with a horizontal angle to cause the stacked coins to rotate when the turntable is rotated The physical principle smoothly slides off and falls into the hole of the turntable or the bottomed concave hole. The physical principles such as gravity, centrifugal force, etc. cause the stacked coins to slide down to the holes below the turntable. The hole of the turntable or the bottomed concave hole of the creative mechanism has different thicknesses to ensure that there is no resistance to the coin when the inclined turntable is rotated. Under the cylinder of the creative mechanism, the disk surface of the turntable and the cylindrical wall together can form a space for storing coins, and the shape of the bottom wall of the inclined cylinder can be changed or a baffle mechanism can be added to ensure the The bottom coins are stacked or dumped on the turntable, and when the turntable is rotated, all of the coins 6 M408756 stacked or dumped on the turntable fall into the direction of the turntable holes 'to be driven to the output holes. The mechanism of the present invention can receive a plurality of coins at a time and output the coins one by one, and can set a sensor to detect whether there is a coin in the storage coin space formed by the disk surface of the turntable and the cylindrical wall, when there are coins When present, the motor control module can be transmitted to start the motor rotation, and the coins among them are rotated out to the coins one by one, and the straight slides are detected in the slide. The whole coin has been outputted, and the storage hard space has no coins. The tree, and then another, the thief informs the motor control group to control the motor to stop rotating. The mechanism described in the present invention can accept a plurality of coins at a time and output the coins one by one, and can also add, integrate or externally connect the following devices: The coin detector can recognize the authenticity or the amount of the hardware, and can be applied to Public fage machine, road toll station, highway toll station, bridge toll station, parking lot gate, exit gate, toll station, vending machine, game machine, ticket vending machine, any machine, controller or gate that needs to be cast; Or the function of paying for the coin to accept the coin payment, can be applied to the bus receiving machine, the road toll station, the highway toll station, the bridge toll station, the parking gate, the entrance and exit gate, the toll station, the vending machine, the game machine , ticket vending machine, any machine that needs to be strapped, control or gate; or - wafer card ticket checking device 'can accept the function of payment by wafer card; or - computer device, can provide arithmetic and processing of Wei memory and other components; Or ^ 15 electronic display device, can display the state of accepting the hardband, such as the number, the number of pens, an if resident ^ statistics, such as the combination of the feeding such as the coin machine; or a machine The function of the hard currency coin structure can be used to store the functions of separating and sorting the plurality of coins by the plurality of coins, and the device can output or produce the ticket. Or the battery device can provide the power required by the mechanism M408756 for outputting the plurality of coins one by one. [Embodiment] The present invention provides a mechanism for accepting multiple coins at one time and outputting coins one by one. The specific embodiment is as follows. The representative figure of this creation is shown in the first figure. The basic component diagram of this creation is shown in the fifth figure. The representation of the hole of the turntable of this creation is a circular representation as shown in the sixth figure. The first embodiment of the mechanism for receiving a plurality of coins at a time and outputting the coins one by one is mainly composed of a tilted cylinder and a rotatable turntable disposed above the bottom surface of the cylinder. This embodiment (Embodiment 1) The overall mechanism composition diagram is shown in the second figure. The composition diagram of the integrated mechanism of the turntable and the cylinder is shown in the third figure. The description is as follows: μ One open width and narrow opening channel 1: The channel is one upper width The narrower shape has a wider opening above the passage, which is convenient for the coin to throw a plurality of coins at a time; the open passage has a narrow width and a narrow convergence shape, and has a long bottom opening, and the coin inserted is thus elongated. The bottom opening is output downward to the lower position of the lower end of the inclined cylinder at the 6 o'clock direction; a round 2. The cylinder and the horizontal line are fixed at an angle of 45 to 90 degrees with the outer frame 9 of the mechanism; the cylinder 2 Below the 4 to 8 o'clock position, an additional baffle mechanism 22 perpendicular to the horizontal plane is added to form a 45 degree to 90 between the turntable 3 above the bottom surface of the cylinder 2 and the baffle mechanism 22. Angle of inclination The upper and lower narrow bottom slots are combined with the low wall of the cylinder 2 to form a _ _ state to accommodate the coins outputted from the long bottom of the open channel; a hole 2 has a hole in the center of the bottom surface of the cylinder 2 The shaft 41 of the power mechanism (e.g., motor) 4 passes through the appropriate peripheral position of the circumference of the bottom surface of the cylinder 2 at the 8H1 o'clock direction, thereby cutting the cylindrical hole 21 slightly larger than the largest legal coin. 'so that the coin at this position can fall downward to the coin output slide 5 below due to gravity; 8 The appropriate angle of inclination of the cylinder 2 and the horizontal line is counterclockwise rotation of the coin in the turntable hole 31 of the turntable 3 To the front of the hole 21 in the direction of 8 to 11 o'clock on the bottom surface of the cylinder 2, the coin which can be maintained in the turntable hole 31 of the turntable 3 does not slip, and the stacked coins falling into the hole 31 of the turntable 3 can be tilted by the turntable 3 The angle and the rotation of the disk surface cause the coins stacked on the upper side to slide down to the storage coin space below the cylinder 2 by gravity, so as to keep the inclined turntable 3 rotating, at most one coin at the same time will remain on the turntable 3 Inside the turntable hole 31 To ensure that the coin dropped into the coin output chute 5 each time from the cylindrical hole 21 in the 8H1 o'clock direction of the bottom surface of the cylinder 2, at most one at a time; the low wall of the circumference of the cylinder is used to prevent Above the bottom surface of the _-shaped turntable, when the turntable rotates, the inserted coin is thrown out of the cylinder; a turntable 3: the thickness of the turntable 3 is slightly smaller than the thickness of the thinnest legal coin, and the turntable 3 is placed in close contact with the circle Above the bottom surface of the cylinder 2, a hole is opened in the center to pass the motor shaft 41 of the power mechanism (such as the motor) 4, and the turntable 3 is locked and fixed to the motor shaft 41 so as to be in the power mechanism (such as : Motor) 4 rotates in the counterclockwise direction to drive the turntable 3 to rotate; the turntable 3 is equally spaced at a circumferential position to cut inwardly a turntable hole 31 slightly larger than the largest legal coin, so as to be tilted, such as a horseshoe or U-shaped 'When the turntable is rotated, the coin can be dropped into the turntable hole 31 at the lower end of the inclined surface of the turntable (about 4 to 8 o'clock); when the turntable hole 31 containing the coin is turned counterclockwise 2 cylinder cut in the direction of the bottom clock At the time of the hole 21, the coin at this position is suspended and dropped downward by gravity to the coin output chute 5 below; the thickness of the hole at the forward direction of the turntable hole 31 in which the turntable 3 is rotated may be slightly increased to no Lower than the thickness of the thickest legal coin in the hole, and then gradually reduce the thickness of the hole edge to the general thickness of the disk surface in a slope manner, so that the coins in the hole do not push the coins in front of the hole forward to ensure the inclined turntable 3 When rotating, before the coin of the turntable hole 31 is rotated to the cylindrical hole 21 on the bottom surface of the cylinder 2, the front of the turntable hole 31 and the hard M408756 stacked above may be inclined by the angle of the turntable, the height of the edge of the appropriate position The design of the rotation of the disk surface, etc., is slid down by gravity or centrifugal force to the space of the coin storage under the cylinder 2, and does not move with the turntable 3 counterclockwise to move to the upper end of the inclined turntable 3; a power mechanism (such as motor 4): for generating a rotating motor-driven mechanism, the motor shaft 41 is fixedly engaged with the center hole of the turntable 3 so that the motor shaft 41 can be rotated counterclockwise The turntable 3 is rotated; the power mechanism (such as the motor 4) is fixedly coupled to the outer frame 9 of the mechanism, and the motor shaft 41 passes through the central hole of the cylinder 2; the hardband output slide 5: located The bottom of the cylinder 2 is below the cylindrical hole 21 cut in the direction of 8 to 11 o'clock, and is used for receiving coins falling from the turntable hole 31 of the turntable 3 and the cylindrical hole 21 of the cylinder 2, and guiding the slide 5 Guide the coin to slide down to smoothly enter the coin coin hole of the coin dispenser; Array hole coin sensor 6: at the bottom of the cylinder 2 at the 4~8 o'clock direction below the cylinder, at the turntable hole On the path that the 31 will rotate, a suitable interval and number of sensors 6 are set. When the turntable 3 is rotated at a fixed rotational speed, the sensor 6 detects whether there is a signal of coin blocking, and transmits the signal to the motor. The control module is configured to determine, by the motor control module, whether there is still a coin in the storage coin space formed by the disk surface of the turntable 3 and the cylinder wall of the cylinder 2, and when the coin is present, the motor control module activates the power mechanism (such as : Motor 4) rotates and puts the coins Output to output a coin chute 5, the sensor 6 detects all coins until the output is completed, i.e., the motor control module controls the power mechanism (eg: a motor 4) is stopped. ^When the turntable 3 rotates counterclockwise, the disk surface and the horizontal surface are maintained at 45 degrees to 90 degrees, and the coins falling on the disk surface are concentrated by the gravity to the space of the coins that can be stored under the turntable 3 and the cylinder 2. The inner side of the circumference of the turntable 3 is provided with a turntable hole 31'. The turntable hole 31 has a bottom surface of the fixed cylinder 2 which is close to the side, so that the coins falling into the turntable hole 31 do not fall downward. Because the power mechanism (such as: motor 4) rotates M408756 cylinder 2 under #rotation, the coin to the surface of the disk will be miscellaneous disk 3 disk surface and round 4 31 Φ, rubbing and gravity effect is easy to tilt down into the turntable hole to the bottom : face and ancient and rotate with the tilting turntable counterclockwise upward; due to the appropriate tilt angle of the turntable 3, and the thickness of the disk surface is smaller than the legal coin ^ small in the "circle = its counter-return: will: turn = more::- _Indwelling clock hour and hour direction and moving to 3 o'clock, 12 o'clock and 9 o'clock, the needle direction coins fall down and turn, the hard part of the hole 31 is composed of four mechanisms, the channel is upper width and lower. Narrow collection: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The hard Pi-turn accommodates the caster from the top = the turntable (with the bottom feed) 8 has a u-shaped bottomed groove 81 with a flat bottom surface suitable for the peripheral position, the bottomed M408756 = recessed The bottom surface of the county depression to the turntable (the groove with the bottom) 8 the circumference of the disk surface 'so that the bottom of the disk surface has the bottomed groove 81 open the inner coin When the outside of the cylinder wall 7 is thrown out, 2 = , the disk (the groove with the bottom) 8 is rotated to move the bottom of the bottom Z to keep close, so that the cylindrical wall 7 is formed -_ The wall surface avoids the interference of the coin in the j groove 81 due to the rotation of the turntable (the groove having the bottom) 8; the bottomed groove 81 has a slightly larger than the maximum legal hard T and two minimum The size of the legal coin can not be placed at the same time when the parallel tight material is stacked; the turntable (the groove with the bottom) 8 can be rotated by the electric action, and the bottomed groove 81 has the coin, 'can be used by the turntable (with the bottom) == The oblique angle and the rotation of the disk surface cause the coins stacked on the upper side to slide by the force of gravity to the lower end of the coin storage space, so as to keep the inclined turntable ^ with the bottom_slot) 8 when rotating, the same __ At most only one of the bottomed grooves 81 will be placed in the bottom of the turntable; - the cylindrical wall 7: the top surface and the bottom surface are open σ 'the cylindrical wall 7 is perpendicular to the horizontal plane and engages with the outer frame 9 of the mechanism; The cylinder wall 7 is selected at the circumferential circumference of the (four) o'clock direction of the inclined surface of the turntable (the groove having the bottom) 8 - suitable position Thereby the wall of the barrel is cut - a cylindrical hole (side) 71 is appropriately sized so that a hard force mechanism (such as a motor) below the outside of the hard disk (with the bottom groove) 8 at this position ) 4 : for the motor-driven power machine that generates the rotation: the rotation axis 41 is engaged with the hole in the turntable (the groove having the bottom) 8 to fix the rotation of the turntable when the motor shaft 4 is rotated The power mechanism (such as: the outer frame of the mechanism is g-joined; and the side below the side of the cylinder (the side) of the cylinder to be removed] is used to receive the 8 holes and the M408756 circle by the turntable (the groove with the bottom) The cylindrical wall 7 cylindrical hole, the hole (side) 71 towel falling coins, and the guiding coin output slide 5 guides the coin sliding direction to smoothly enter the coin coin slot of the coin dispenser; Detector 6: Install a group or multi-ancestor sensor 6 in the bottom surface of the recessed area where the recess 81 of the fortune is covered by the smallest coin to detect the bottomed groove 81 Whether there is a hard f in the middle, and under the disk surface of the turntable (with the bottom groove) 8 The cylinder wall 7 is formed by a cylinder accommodating the coin space _ mounting sensor 6, and the disk surface of the detecting turntable (the groove having the bottom) 8 and the cylinder wall 7 are combined to form a coin space. There is, when the sensor 6 senses that there is a coin, it can transmit a signal to the motor control module to start the power mechanism (such as: motor) 4 to rotate 'output one of the hard ones to the hard recording chute 5 In the middle, until all the coins are output, the other signal is sent to notify the motor control module to stop the rotation of the power mechanism (such as the motor) 4. When the turntable (the groove with the bottom) 8 rotates counterclockwise, the disk surface and the horizontal position are maintained at 45 degrees to 90 degrees. The coins falling on the disk surface are under the weight (about the turntable (with the bottom groove) 8 disk surface 4 ~8 o'clock wall = into the closed _ _ _ _, the turntable (with a circumference of 8: side with a U-shaped bottomed groove 81, bottomed groove 81 outer edge =) mouth 4 Han: The bottom of the til bottomed groove 8 is connected; the power mechanism (such as the motor) 4 rotates to drive the turntable (the groove with the bottom) 8 to rotate, so that the hard material concentrated below the disk surface is driven (the bottom concave The groove) 8 ^ and the influence of gravity are expected to be inclined under the U-shaped wall of the turntable, and the ugly _ lose (with a fine bottom groove rotation; because the turntable (with the bottom groove) 8 disk surface has A suitable == on the disk surface u-shaped bottom groove 81 thickness 1 ^ skew angle, turntable (the bottom with the bottom of the most:: degree, a coin indwelling side _ 21 + 'Mei mobile == use - 13 M408756 slid down to the enclosed space of the hardband that can be stored under the disk surface. The coin placed in the u-shaped bottomed groove 81 will be reversed by the clockwise direction from the 6 o'clock clockwise direction. Move to the 3 o'clock, 12 o'clock and 9 o'clock hour direction, when the hard band in the u-shaped bottomed groove 81 on the disk surface rotates counterclockwise due to the turntable (the bottom groove) 8 passes through the cylindrical wall 7 on the turntable When the notch at the 8H1 o'clock position of the inclined surface is caused by the centrifugal force, the coins in the bottomed groove 81 are outwardly sprinkled and fall into the coin output chute 5 below, and guided by the coin output chute 5 The coin slides into the coin slot of the coin slot module to achieve the purpose of outputting a plurality of coins simultaneously input one by one. There are many other embodiments of the patent, without departing from the spirit and essence of the patent. Various corresponding modifications and variations made in accordance with the present patent are intended to fall within the scope of the claims of the present patent. [Simplified illustration of the drawings] The first figure: a representative diagram of the output mechanism of a plurality of coins one by one. The second figure: the overall structure of the first embodiment: the third figure: the integration mechanism of the turntable and the cylinder of the first embodiment: the fourth figure: the overall structure of the second embodiment: the fifth picture: the basic composition of the creation Component diagram Figure 6: The hole of the turntable of this creation is a circular representation. [Main component symbol description] 1 Upper narrow and narrow open channel 2 Cylinder 21 Cylindrical hole (bottom) 22 Baffle mechanism 3 Turntable (with holes) 31 Turntable hole 4 Power mechanism (eg motor) 14 M408756
41 馬達轴心 5 硬幣輸出滑道 6 感測器 7 圓筒筒壁 71 圓筒孔洞(側面） 8 轉盤(具有底的凹槽) 81 有底的凹形孔槽 9 機構之外層框架 1541 Motor shaft 5 Coin output chute 6 Sensor 7 Cylinder wall 71 Cylindrical hole (side) 8 Turntable (groove with bottom) 81 Bottom concave groove 9 Mechanism outer frame 15