M351413 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種投幣機，係指-種能將投人之硬帶依真幣、 - 偽幣與卡幣等不同情況，而分別導向不同出口，使硬幣能導向預 ' 設的位置（如退幣口、硬幣儲存裝置或盒等）。 【先前技術】 目前已知的投幣機除了依投入的方向可分為側投式或上投式 # 之外，也有依的偵測方式不同而區分為比較式或學習式投帶機， 該比較式投幣機是要在内部的-債測裝置預先爽設一正確的硬 瞥，此硬冑會使投幣機之電子系統產生一參考電壓，而由投入口 投入的硬幣通過_裝置會產生另—輸人電壓，投⑽會比較此 二電壓’若投人與預設硬幣相_另—硬_產生之輸入電壓與 參考電壓相同’該電子回路不輸出訊號驅動電磁閥，使投入之硬 幣直接依投幣機内部軌道引導入設置於投_下方的一錢盒内收 • #，若投入的硬祭與預設硬幣不同，產生之輪入電壓與參考電壓 不同，則電子回路會輸出訊號控制電磁閥作動將投入的硬幣導向 退帶口 ’該學習式投瞥機則式在其内部設置有記憶裝置，其將預 '設的硬幣產生之電壓鋪換為數位訊號並儲存於記憶裝置内，且 •該記聽置能儲存複數組數位峨，祕人投«_硬幣經偵 測後產生的電壓值也將轉換為數位訊號，該輸入的數位訊號將與 =於記憶裝朗職料輯’若是在預設之數位減的數值相 同或在容許的誤絲關斷域幣，就饌為偽帶， 5 M351413 同樣的真幣時不驅__，使該硬祕人錢盒内，若為偽幣則 驅動電磁閥，將硬幣導向退幣口。 '中⑴ 所述的比較式或學習式投擎機，不論採用何種偵測方式主要 目的疋要區A人的硬幣為真幣或，且投幣機會分別 與偽幣分㈣糾，即若為輕，就械硬轉向收: 硬幣的錢如，若騎料_硬向投人口下料退幣/ 此外投«上f處理轉問題，通常會在鄕σ歧置戈 推桿，當發生情形時，能夠直接由按钮或推桿排除挪問題 並使發生卡常狀況的硬擎能夠導向退瞥口，將硬擎退還給消費者。 其中所述之學習式妙機處理退幣的狀況為，當發生卡幣产 況後，按_鱗蛾卿魏使設置有侧裝置的盒體略為^ 啟一小角度’使得該具錄大輕間能_續義，退幣時 該硬帶的鑛過姉會經過·__裝置，對其真、偽進行 判別’在卡幣的情況下若該硬料，該偽幣通過侧装置時， 在某些狀況下财可能將鮮誤認為料，如此將使店家蒙受損 失。 【新型内容】 為此，本創作目的在使所述之學習式投帶機發生卡幣狀況 時，該硬由退幣動作能不經偵職置直接導向鱗口低 投幣機誤判的機率。 _ 為達到上述目的，本創作提供一種新的學習式投帶機之退幣 結構，該投幣機包括—本體，本體，樞設—_裝置，以及本 6 M351413 體上且位於偵測裝置下方設置一分幣盒，本體另一侧設置一導引 裝置與一退幣桿，該偵測裝置設置一凸板，該凸板係穿過本體且 抵接於退幣桿下方，且偵測裝置與本體間形成一通道，該分幣盒 * 設置一"^幣通道，卡幣通道具有一第三出幣口，分幣盒與第一側 * 壁區隔出一第一出幣口與一第二出幣口，該卡幣通道位於所述之 通道下方。 藉由上述的結構特徵，當按壓退幣桿時，該偵測裝置的盒體 • 會向遠離本體的方向轉動一小角度，使通道下方暢通，則該發生 卡幣的硬幣會直接落入卡幣通道内由第三出幣口導向退幣口，而 不必由楨測裝置偵測真、偽，藉此能夠降低偵測襄置誤判的機率。 【實施方式】 以下所有圖式係僅便於解釋本創作基本教導而已，圖式中構 成較佳實施例之元件的數目、位置、關係、及尺寸之延伸將有所 說明’在_及了解補作的敎導後侧之變化實施屬於業界技 • 能。另外，在閱讀及了解本創作的敎導後，配合特定力量、重量、 強度、及輸要求之精確尺寸及尺寸比例之改財、難界技能。 在不同圖式中係以相同標號來標示相同或類似元件；另外請 ' 了解文中諸如“第一”、“第二，，、“上，，、“下，，、“前”、 •，，“後’，’，、“内”、“外”端，，、“部”、“水平，，、”周圍 、側等等及類似用語係僅便於看圖者參考圖中構造以及僅 用於幫助描述本創作而已。 請參閱第一圖與第二圖所示，該投幣機包括一本體丄〇，本 7 M351413 體10—側上樞設一偵測裝置3 〇，本體1〇上且位於偵測裝置 3 0下方設置一分幣盒4 〇，以及本體1〇的另一侧設置一導引 裝置2 4，該偵測裝置3 0内以及本體1〇上設置能偵測硬幣的 ' 電子偵測元件（圖未示），該本體1 0設置有導引裝置2 4的一側 ' 设置一側蓋2〇，該投入投幣機内之硬幣由偵測裝置3〇偵測 真、偽後’控制導引裝置2 4將真幣或偽幣分別導向不同的出口， 以及卡幣時，能使偵測裝置3 〇相對本體丄〇掀開一角度，使卡 • 於投幣機内的硬幣由預設的出口導出，所述的偵測裝置3 〇内之 電子偵測元件較常被採用的是感應線圈，使該感應線圈分設在偵 測裝置3 0與本體1⑽隔適當距離而產生磁通，並且在線圈附 近旎裝設感測位置的元件（如電眼）用來偵測硬幣是否到達定位， 虽硬彆通過該電子彳貞測元件時，會使磁通產生變化*感應出一電 壓，再利用該電壓值判斷通過之硬幣的真、偽。 其中該本體1〇具有一第一側壁12，該第一侧壁12的二 • 端各設置一第二側壁14，以及第一側壁12的上端設置一第三 侧壁16，該第三侧壁工6與其中一第二側壁工4間形成一開口 160，該第-侧壁丄2約中央處形成—階面12◦，使第一侧 壁12區隔為較凸出的一上部工2 2，以及凹陷的一下部工2 . 4，且鄰近開口16 0處設置貫穿第一側壁丄2的一缺口工3 8，該上部12 2且靠未設開π 16◦的第-側壁i 4與第三側 壁16各設置-樞接塊工4 〇，各樞接塊工4 〇各設置一柩孔工 42 ’該下部124的較下方之位置設置貫穿第一側壁工2的一 8 M351413 第一槽Π 1 2 8 ’位於第—槽口 i 2 8的—麻置長方形之一第 槽口13◦，該第—槽口13◦也貫穿第-側壁12，該第-侧壁1 2的，且位於第—槽口 1 2 8的位置設置—安裝部丄 3 2該女裝部13 2係由複數卡勾所構成，以友鄰近第二槽口 1 3 〇的位置設置—轉1 3 6，該鄰近開σ i 6 ◦處設置一轴 杯1 62以及該帛側壁工2的表面突伸的設置複數扣片 4 ° • 一導引裝置2 4具有一頂桿2 4 0，-導引板2 4 2具有一 套接部2 4 4，導引板2 4 2以套接部2 4 4套設於頂桿2 4 〇 上’該導引裝置2 4實際上為-種電磁閥，#通電時頂桿2 4 〇 受磁力吸引而產生位移’當不通電時，頂桿2 4 〇受電磁閥上的 彈性讀抵壓而復位’該結合於頂桿2 4 〇上的導引板2 4 2會 隨頂桿2 4 G的伸縮而位移，該導引裝置2 4係設置於本體工〇 的安裝部13 2上，且使導引板2 4 2位於第_槽口 i 2 8内， _ 節丨裝置24實際上是受钱部132的卡姊狀位於本體 上，該頂桿2 4 Q伸縮使得所述之導引板2 4 2在伸出第一槽口 128的伸出位置，與縮入第一槽口 128内的内縮位麵 動’且導引板2 4 2係成朝向第二槽口丄3 Q的方向傾斜，使導 -引板2 4 2位於伸出位置時’能將-硬幣5◦導向第二槽口工3 0的一侧。 且抵壓片26上設置 〇樞設於樞桿13 6 一抵>1片2 6係由L形之片材所構成， 一轴孔2 6 0 ’該抵壓片2 6係以轴孔2 6 9 M351413 上，且藉由一鎖接元件2 6 2鎖入樞桿13 6内，將抵壓片2 6 限制於樞桿13 6上，且該抵壓片2 6與鎖接元件2 6 2間設置 一彈性元件2 6 4，該抵壓片2 6未樞接的一端由第二槽口丄3 . 〇穿出’該彈性元件2 6 4使抵壓片26彈性定為於伸出第二槽 口13 0 外。 該本體10具有導引裝置2 4的一端設置一側蓋2 〇，該側 蓋2 0上具有複數扣孔2 〇 〇，所述之本體1〇上的扣片i 3 4 • 係卡入側盍2 0的扣孔2 0 0内，將侧蓋2 0定位於本體1〇的 一側’使該導引裝置2 4、抵壓片2 6及設置於本體1〇上電子 偵測元件（圖未視）的被封閉於側蓋2 〇内防止人為破壞。 一退幣桿2 2具有分設於二端的一樞接端2 2 0與一按壓端 2 2 4，且按壓端2 2 4具有一下端面2 2 2，該退幣桿2 2係 以樞接端2 2 0樞設於本體1〇之軸桿16 2上，能以轴桿16 2為軸心轉動，且該樞接端2 2 0與轴桿16 2間設置一彈性元 B 件2 2 6，該彈性元件2 2 6的二端分別抵接於退幣桿2 2與本 體10上，使退幣桿2 2受彈性定位維持水平狀態。 參閱第二圖至第四圖所示，該偵測裝置3 〇係由相對蓋合的 . 一盒體3 2與一蓋體3 4構成，該盒體3 2具有一第一側面3 2 〇以及鄰接於第一側面3 2 0周圍的複數第二側面3 2 2，該第 一侧面3 2 0突伸的設置一凸板3 2 6，且凸板3 2 β的末端形 成斜面3 2 0狀的一抵接面3 2 8，第一側面3 2 0適當位置設 置一孔口 3 3 6，第一側面3 2 0上且位於該孔口 3 3 Θ下方設 M351413 置一導引部3 3 2，該其中一第二侧面3 2 2設置有二樞部3 2 4，該蓋體3 4係蓋覆於盒體3 2的第二側面3 2 2上，兩者共 同形成的一空間3 0 〇，所述之孔口 3 3 6與空間3 0 0連通， • 該空間3 0 0提供容置偵測硬幣的偵測電子元件（圖未示），使該 - 偵測電子元件隔著盒體3 2進行偵測工作。 一抵壓塊3 Θ具有一柩接部3 β 〇，該樞接部3 6 〇延伸的 設置一配重端3 β 2與一抵壓端3 6 4，使該抵壓塊3 6形成箭 Φ 頭的形狀，該樞接部3 6 0供一極軸3 2 8穿設，使抵壓塊3 β 能樞設於空間3 0 0内，且該抵壓端3 6 4位於孔口 3 3 6處， 而該配重端3 6 2的重量高於抵壓端3 6 4，使抵壓端3 6 4能 翹起的穿出孔口 3 3 6外侧。 該偵測裝置3 0的各枢部3 2 4穿設一樞軸3 3 0，且樞軸 3 3 0的二端分別穿出樞部3 2 4外，該偵測裝置3 〇藉樞軸3 2 4樞設於本體10樞接塊14 0上的樞孔14 2内，且位於偵 φ 測裝置3 〇之二樞部3 2 4間設置一彈性元件3 3 4，該彈性元 件3 3 4的二端分別抵接於偵測裝置3 〇之第一側面3 2 〇與本 體10上’使偵測裝置3 0受彈性定位的蓋覆於本體1〇第一側 壁12的上部12 2上，該凸板3 2 Θ經由缺口13 8穿出第一 - 侧壁12的另一側，且抵接面3 2 8係抵靠於退幣桿2 2之下端 面2 2 2上，所述之導引部3 3 2係抵接於第一側壁i 2上，使 該偵測裝置3 0之第一侧面3 2 0與本體1〇的第一侧壁丄^的 上部12 2相距一距離，該距離略大於一個硬幣5 〇的厚产，开^ 11 M351413 成可供硬幣5 0通過的通道1 Ο 〇，該開口16 0與第一侧面3 2◦間形成提供硬幣5 0投入通道10 0的孔口，又該導引部3 3 2係略向第一槽口12 8傾斜，且導引部3 3 2之長度小於第 • 一侧壁12的寬度，因此由開口16◦投入的硬幣5 〇能沿導引 部3 3 2滑動向第一槽口 1 2 8上方後’往第一槽口 1 2 8落下。 該分帶盒4 0具有一内盒4 2與一外蓋4 4，該内盒4 2設 置一第一壁4 2 0與一第二壁4 2 2，且第二壁4 2 2係位在靠 藝 近本體10的一側，該第一壁4 2 0與第二壁4 2 2相距一間 隔’使該間隔形成一卡幣通道4 3 0，該卡幣通道4 3 0的上方 形成一·幣入口 4 2 4 ’下方形成一引導面4 2 6，且引導面4 2 6的一端形成一第三出幣口 4 2 8，又第二壁4 2 2面向本體 10的一側且靠近引導面4 2 6與第三出幣口4 2 8的交接處設 置一分隔桿43 2，該卡幣入口4 24係成向本體10之方向凸 出的設計，使卡幣入口4 2 4具有較大的範圍，所述之外蓋4 4 係蓋覆於第一壁4 2 〇的外側，使外蓋4 4與第一壁4 2 0間形 成一容室4 4 0，該容室4 4 0提供投幣機所需之控制電路板（圖 未示）放置。 該分幣盒4 0係卡設於本體1〇之下部12 4處且位於偵測 裝置3 0之下方’所述之分隔桿4 3 2抵接於下部12 4表面， 使分幣盒4 〇之第二壁4 2 2與本體1〇之第一侧壁12間形成 間隙，且在下部12 4的下端位於分隔桿4 3 2的二侧各形成一 第一出幣°1〇2與-第二出瞥口1〇4，該第-出幣口102 12 M351413 係位於第—槽σ 1 2 8的下方，該第二岭口 1 〇 4係位於第二 槽口13 0的下方，該卡幣入口 4 2 4位於導引部3 3 2下方， 且卡幣入口4 2 4的上端面係抵接於本體第一側壁 . 2 0 μ# ^ 四丄 更第二壁4 3 0在卡幣入口4 2 4的範圍内與下部2 2 4 不形成間隙，確保偵測裝置3 0掀開時，硬幣5 0會由卡幣入口 424進入分幣盒40的卡幣通道430内。 參閱第三圖至第五圖所示，當硬幣5 〇由開口丄6 〇投入 # 夺更幣5〇進入通道100内且抵接於導引部332上，並沿 導引部3 3 2往第一槽口12 8的一端滚動或滑動，且投入的硬 幣5 〇係受抵壓塊3 6的抵壓端3 6 4抵壓，使硬幣5 〇保持平 貼於上部12 2表面，降低硬幣5 〇歪斜卡帶的機率，並具有略 為降低縣5 0移動速度的魏，使侧裝置3 Q能較準確的判 斷硬f真、偽，又硬f5 〇移動過程中，設置於偵測裝置3◦内 的電子_元件對通過的硬幣5 W貞測，而產生—輸人電壓，並 • #由投幣機内的電子電路將此輸入電壓轉換成數位訊號，此數位 訊號將與預先設定於其記憶褒置内的數訊資料進行比較，當兩者 數值相同或在容許的誤差範圍内時，投幣機之電子電路將不會驅 動導引裝置2 4作動，此時硬幣5 〇脫離導引部3 3 2後因重力 • 而向第—出幣的方向落下，能由第—出幣口1〇2導出 落入設置於投幣機下方的一錢盒（圖未示）内。 若投入之硬幣5 0通過電子偵測元件產生之數位訊號經比較 後於預設的數位=貝料不符或超出容許誤差範圍時，則會驅動該導 13 M351413 引裝置2 4使導引板2 4 2由内縮位置移動至凸出第一槽口12 8的伸出位置，此時落下的硬幣5 〇抵接於導引板2 4 2上，而 被導引板2 4 2導向第二出幣口1〇 4，且硬幣5 〇移動過成中 . 被抵壓片2 6抵壓而維持平貼於分幣盒4 〇之第二壁4 2 2的表 面，防止硬帶5 0歪斜造成卡幣的狀況，該硬幣5 〇能由第二出 幣口10 4導出，且經由退幣口退還給消費者。 在某些狀況下該投幣機會發生卡幣的問題，例如通道1〇 〇 • 内若有異物阻擋’就可能使硬幣5 0無法順利沿導引部3 3 2移 動，此時就需要排除卡·況，參閱第三圖所示，純入的硬幣 5 0卡於通道！◦〇内，此時按壓退帶桿22的按壓端2 2 4， 其下端面2 2 2會抵接凸板3 2 6的抵接面3 2 8，使镇測裝置 3◦依樞軸3 3 Q為軸心往遠離上部丄2 2表面的方向轉動，則 該導引部3 3 2會脫離上部12 2的表φ，形成第七圖與第八圖 所示的態樣，此時通道i 〇◦底部為開放狀，該卡幣的硬幣5 〇 • 目重力而向下掉落入，由卡幣入口 4 2 4進入卡幣通道4 3 〇 内’再抵接於引導面4 2 6，而能沿引導面4 2 6移動至第三出 幣口428，形成如第九圖所示的態樣，再由第三出幣口8 . 將硬幣導至退幣口歸還消費者。 本創作藉由卡f退帶以另外之通道導引硬擎至退幣口的設 计’使得卡常的硬幣不會經由偵測裝置3 〇摘測真、偽，再選擇 由第岭Q1Q2或第—出幣口1Q4導出’能降低卡幣時產 生的真、偽，誤判的機率，降低營業者的損失。 M351413 綜上所述，本創作設計優良，能有效降低卡幣時發生的誤判 狀況，誠符合新型專利申請要件，爰依法提出申請。M351413 VIII. New description: [New technology field] This creation involves a kind of coin-operated machine, which refers to the kind of hard-belt that can be used for the real money, counterfeit currency and card currency. Different outlets allow the coin to be directed to a pre-set position (such as a coin withdrawal port, coin storage device or box, etc.). [Prior Art] At present, the known coin slot machine can be divided into a side-projection type or a top-projection type according to the direction of input, and can also be classified into a comparative type or a learning type tape machine depending on the detection manner. The comparative coin-operated coin machine is to pre-cool a correct hard 在 in the internal - debt measuring device, which will cause the electronic system of the slot machine to generate a reference voltage, and the coin input by the input port will pass through the device. Generate another - input voltage, cast (10) will compare the two voltages 'If the input and the preset coin phase _ another - hard _ generated input voltage is the same as the reference voltage 'The electronic circuit does not output the signal drive solenoid valve, so that the input The coin is directly guided by the internal track of the slot machine into a money box set under the investment _. • If the input hard sacrifice is different from the preset coin, the generated wheel voltage is different from the reference voltage, then the electronic circuit outputs The signal control solenoid valve is actuated to guide the coin to the retracting port. The learning type of the tweeter is provided with a memory device, which converts the voltage generated by the pre-set coin into a digital signal and stores it in the memory device. And • the recording can store the complex array digits, the voltage value generated by the secret person's «_ coin after detection will also be converted into a digital signal, the input digital signal will be combined with the = memory in the memory 'If the value of the preset digit is the same or if the allowable miswire is turned off, it will be a pseudo-band. 5 M351413 The same real coin will not drive __, so that the hard secret person in the money box, if For the counterfeit coin, the solenoid valve is driven to guide the coin to the coin withdrawal port. The comparative or learning engine described in '1(1), regardless of the detection method used, the main purpose is to make the coin of the A person in the area a real coin or the coin-operated opportunity and the counterfeit currency (four) For the light, the hard turn of the machine to receive: the money of the coin, if the riding material _ hard to the population to withdraw the money / in addition to the vote « on the f processing turn problems, usually in the 鄕 歧 歧 置 推 ,, when the situation occurs At the same time, it is possible to directly remove the problem by the button or the putter, and the hard engine that has the normal condition of the card can be guided to the unloading port, and the hard engine is returned to the consumer. The learning mode of the learning machine is to deal with the withdrawal of the coin. When the card currency is produced, the box with the side device is slightly opened by the _ scale moth, and the small angle is made to make the recording light. The energy can be continued. When the coin is returned, the hardband of the hardband will pass through the __ device, and the true and false will be judged. 'In the case of the card, if the hard material passes through the side device, In some cases, the money may be misunderstood, which will cause the store to suffer losses. [New content] For this reason, the purpose of this creation is to make the risk of the coin-carrying machine in the learning-type tape-sending machine to be misdirected by the counterfeit machine. _ In order to achieve the above objectives, the present invention provides a new learning-type dispenser with a coin-backing structure comprising a body, a body, a pivoting device, and a 6 M351413 body and located below the detecting device. a cent box is arranged, and a guiding device and a coin retreating rod are disposed on the other side of the main body, and the detecting device is provided with a convex plate which passes through the body and abuts under the coin retreating rod, and the detecting device Forming a channel with the body, the coin box* is provided with a "^ coin channel, the card channel has a third coin outlet, and the first coin outlet is separated from the first side* wall area by a first coin outlet a second coin outlet, the card channel being located below the channel. According to the above structural feature, when the coin withdrawal lever is pressed, the casing of the detecting device will rotate a small angle away from the body to make the channel below the channel clear, and the coin that occurs in the coin will fall directly into the card. The third coin outlet is guided by the third coin outlet to the coin withdrawal port, and the detection device does not need to detect the true and false, thereby reducing the probability of detecting the misjudgment of the device. [Embodiment] All of the following drawings are merely for explaining the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment in the drawings will be explained. The implementation of the changes in the rear side of the guide is technical. In addition, after reading and understanding the teachings of this creation, match the specific strength, weight, strength, and the exact size and size ratio of the requirements to change the wealth and difficult skills. In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first", "second,", "up,", "down,", "front", ",,, "post,", "inside", "outside", "," "parts", "horizontal,", "around", side, etc., and similar terms are only convenient for the viewer to construct in the reference map and only for Help describe this creation. Referring to the first and second figures, the slot machine includes a body 丄〇. The body of the 7 M351413 body 10 is pivotally provided with a detecting device 3 〇, and the body 1 is located at the detecting device 3 0 A dime box 4 设置 is arranged below, and a guiding device 2 4 is disposed on the other side of the main body 1 ,, and an electronic detecting component capable of detecting coins is disposed in the detecting device 30 and the body 1 ( (Fig. The main body 10 is provided with a side of the guiding device 24 to set a side cover 2, and the coin inserted into the slot machine is detected by the detecting device 3, and then the control device is controlled. 2 4 Directing the real or counterfeit coins to different outlets, and the card currency, can make the detecting device 3 丄〇掀 open at an angle relative to the body, so that the coins in the slot machine are exported by the preset outlet. The detecting element of the detecting device 3 is more commonly used as an induction coil, so that the detecting coil is disposed at a proper distance from the detecting device 30 and the body 1 (10) to generate a magnetic flux, and the coil is Components near the sensing position (such as the electric eye) are used to detect whether the coin has reached the position, although it is hard. When the electronic measuring component is not passed, the magnetic flux is changed* to induce a voltage, and the voltage value is used to judge the true or false of the passing coin. The first side wall 12 has a second side wall 14 at each end of the first side wall 12, and a third side wall 16 is disposed at an upper end of the first side wall 12. An opening 160 is formed between the worker 6 and one of the second side wall members 4, and the first side wall 12 is formed at a center portion of the first side wall 12, so that the first side wall 12 is partitioned into a relatively convex upper part. 2, and a recessed lower part 4.6, and a notch 38 extending through the first side wall 丄2 is disposed adjacent to the opening 16 0. The upper portion 12 2 and the first side wall i 4 not provided with π 16 开Each of the third side walls 16 is provided with a pivoting block 4 〇, and each pivoting block 4 〇 is provided with a boring tool 42 ′. The lower portion of the lower portion 124 is disposed through the first side wall 2 of an 8 M351413 a slot Π 1 2 8 ' is located at the first slot 13 的 of the first slot of the first slot, and the first slot 13 ◦ also extends through the first side wall 12, the first side wall 12 And located at the position of the first slot 1 28 - the mounting portion 丄 3 2 The women's portion 13 2 is composed of a plurality of hooks, and the friend is located adjacent to the position of the second slot 1 3 — - turn 1 3 6, A plurality of gussets 1 62 are disposed adjacent to the opening σ i 6 以及 and a surface of the 帛 sidewall 2 is protruded from the plurality of gussets 4 ° • a guiding device 2 4 has a ram 2 4 0, a guiding plate 2 4 2 has a set of joints 2 4 4, the guide plate 2 4 2 is sleeved on the ejector rod 2 4 以 on the ferrule 2 4 ' 'The guiding device 2 4 is actually a kind of solenoid valve, # energized When the ejector pin 2 4 〇 is attracted by the magnetic force to generate displacement, when the ejector pin 24 is not energized, the ejector pin 24 is clamped by the elastic reading on the solenoid valve to reset the guide plate 2 4 which is coupled to the ram 2 4 〇 2 is displaced by the expansion and contraction of the ejector rod 2 4 G, the guiding device 24 is disposed on the mounting portion 13 2 of the body workpiece, and the guiding plate 2 4 2 is located in the first slot i 2 8 The throttling device 24 is actually located on the body in the form of a latch of the receiving portion 132, and the jack 24 4 telescopically causes the guiding plate 24 to extend in the extended position of the first slot 128. And the retracting surface in the first notch 128 is moved and the guiding plate 2 4 2 is inclined toward the second notch 丄 3 Q so that the guiding plate 2 4 2 is in the extended position. 'Can lead - coin 5 ◦ to the second slot 3 0 side. And the pressing piece 26 is provided on the pressing piece 26 and is disposed on the pivot rod 13 6 . The piece 1 6 is formed of an L-shaped sheet, and the shaft hole 2 6 0 'the pressing piece 26 is a shaft hole. 2 6 9 M351413, and locked into the pivot rod 13 6 by a locking element 2 6 2, the pressing piece 26 is restrained on the pivot rod 13 6 , and the pressing piece 26 and the locking element 2 6 2 is provided with an elastic member 2 6 4, and the end portion of the pressing piece 26 that is not pivoted is formed by the second notch 丄3. The elastic member 2 6 4 is made to flex the pressing piece 26 to the extension. Out of the second slot 13 0. The main body 10 has a guiding device 24 at one end thereof and a side cover 2 〇. The side cover 20 has a plurality of fastening holes 2 〇〇, and the buckle on the main body 1 i i 3 4 • is engaged on the side Locating the side cover 20 from the side of the body 1 ' in the 扣20 hole of the 盍20, the guiding device 24, the pressing piece 26 and the electronic detecting component disposed on the body 1 ( The figure is not closed and is enclosed in the side cover 2 to prevent vandalism. The coin retracting rod 2 2 has a pivoting end 2 2 0 and a pressing end 2 2 4 disposed at the two ends, and the pressing end 2 2 4 has a lower end surface 2 2 2 , and the retreat rod 2 2 is pivotally connected The end 2 2 0 is pivoted on the shaft 16 2 of the body 1 , and can be rotated about the shaft 16 2 , and an elastic element B 2 2 is disposed between the pivot end 2 2 0 and the shaft 16 2 . 6. The two ends of the elastic member 2 26 are respectively abutted on the withdrawal lever 2 2 and the body 10, so that the withdrawal lever 2 2 is elastically positioned to maintain a horizontal state. Referring to the second to fourth figures, the detecting device 3 is formed by a relatively closed cover. A box body 3 2 and a cover body 34 have a first side face 3 2 〇 And a plurality of second side surfaces 3 2 2 adjacent to the first side surface 3 2 0 , the first side surface 320 0 protrudes from a convex plate 3 2 6 , and the end of the convex plate 3 2 β forms a slope 3 2 0 Abutting surface 3 2 8 , the first side surface 3 2 0 is disposed at an appropriate position 3 3 6 , and the first side surface 3 2 0 is located under the opening 3 3 Θ M351413 is disposed with a guiding portion 3 3 2, one of the second side surfaces 3 2 2 is provided with two pivot portions 3 2 4 , and the cover body 34 is covered on the second side surface 32 2 of the box body 3 2 , and a space formed by the two together 3 0 〇, the aperture 3 3 6 is connected to the space 300, • the space 300 provides a detection electronic component (not shown) for accommodating the detection of the coin, so that the detection electronic component is separated The box 3 2 performs the detection work. A pressing block 3 Θ has a splicing portion 3 β 〇, and the pivoting portion 3 6 〇 extends to provide a weight end 3 β 2 and an abutting end 3 6 4 , so that the pressing block 36 forms an arrow Φ The shape of the head, the pivoting portion 306 is provided for the pole shaft 3 2 8 so that the pressing block 3 β can be pivoted in the space 300 , and the pressing end 3 6 4 is located at the opening 3 3 6 points, and the weight of the weight end 3 6 2 is higher than the pressing end 3 6 4 , so that the pressing end 3 6 4 can be lifted out of the outside of the opening 3 3 6 . Each pivot portion 3 2 4 of the detecting device 30 is disposed with a pivot 3 3 0 , and the two ends of the pivot 3 3 0 respectively pass out of the pivot portion 3 2 4 , and the detecting device 3 is pivoted 3 2 4 is pivotally disposed in the pivot hole 14 2 of the pivoting block 140 of the body 10, and an elastic member 3 3 4 is disposed between the two pivot portions 3 2 4 of the detecting device 3, and the elastic member 3 3 is disposed. The two ends of the second end of the first side wall 12 of the first side wall 12 of the body 1 are respectively abutted on the first side 3 2 of the detecting device 3 and the body 10 The convex plate 3 2 穿 passes through the notch 13 8 and passes through the other side of the first side wall 12 , and the abutting surface 3 2 8 abuts against the lower end surface 22 2 of the withdrawal coin 2 2 . The guiding portion 3 3 2 is abutted on the first side wall i 2 such that the first side surface 320 of the detecting device 30 is at a distance from the upper portion 12 2 of the first side wall of the body 1〇 The distance is slightly larger than the thick product of a coin of 5 ,, opening ^ 11 M351413 into a channel 1 Ο 可供 through which the coin 50 passes, the opening 16 0 and the first side 3 2 形成 are formed to provide a coin 50 into the channel 10 The aperture of 0, and the guiding portion 3 3 2 is slightly oriented toward the first slot 12 8 is inclined, and the length of the guiding portion 3 3 2 is smaller than the width of the first side wall 12, so that the coin 5 inserted by the opening 16 滑动 can slide along the guiding portion 3 3 2 to the first notch 1 2 8 After 'falling to the first slot 1 2 8 . The tape cassette 40 has an inner box 42 and an outer cover 44. The inner box 42 is provided with a first wall 420 and a second wall 422, and the second wall 422 is in position. On the side of the near body 10, the first wall 410 is spaced from the second wall 42 2 by an interval such that the interval forms a card channel 4 3 0, and the card channel 4 3 0 is formed above A guiding surface 4 2 6 is formed below the coin inlet 4 2 4 ', and one end of the guiding surface 4 26 forms a third coin dispensing opening 4 2 8 , and the second wall 42 2 faces the side of the body 10 and A partitioning rod 43 2 is disposed near the intersection of the guiding surface 4 26 and the third dispensing opening 4 2 8 , and the card inlet 4 24 is designed to protrude in the direction of the body 10 so that the card inlet 4 4 4 With a larger range, the outer cover 4 4 covers the outer side of the first wall 4 2 , so that a space 4 4 0 is formed between the outer cover 4 4 and the first wall 410 , the chamber 4 4 0 Provide the control board (not shown) required for the slot machine to be placed. The dividing box 40 is affixed to the lower portion 12 of the main body 1 and located below the detecting device 30. The partitioning rod 4 3 2 abuts the surface of the lower portion 12 4 so that the coin box 4 〇 The second wall 422 forms a gap with the first side wall 12 of the body 1 ,, and the lower end of the lower portion 12 4 is located on the two sides of the partitioning rod 433 to form a first coin °1〇2 and - The second outlet port 1〇4, the first coin outlet port 102 12 M351413 is located below the first groove σ 1 2 8 , and the second ridge port 1 〇 4 is located below the second slot 13 0 , The card coin inlet 4 2 4 is located below the guiding portion 3 3 2 , and the upper end surface of the card coin inlet 4 2 4 is abutted against the first side wall of the body. 2 0 μ# ^ 四丄更第二壁4 3 0在卡There is no gap between the coin inlet 4 2 4 and the lower portion 2 2 4 , and when the detecting device 30 is opened, the coin 50 will enter the card slot 430 of the coin box 40 from the card inlet 424 . Referring to the third to fifth figures, when the coin 5 〇 is inserted into the channel 100 by the opening 丄 6 且 into the channel 100 and abuts on the guiding portion 332, and along the guiding portion 3 3 2 One end of the first notch 12 8 rolls or slides, and the inserted coin 5 is pressed against the pressing end 3 6 4 of the pressing block 36 to keep the coin 5 平 flat on the surface of the upper portion 12 2 , lowering Coin 5 has the probability of skewing the cassette, and has a slight decrease in the speed of the county 50 moving speed, so that the side device 3 Q can accurately judge the hard f true, false, and hard f5 〇 during the movement, set in the detecting device 3 The electronic_component in the crucible measures the 5 W of the passing coin, and generates the input voltage, and • # converts the input voltage into a digital signal by the electronic circuit in the slot machine, and the digital signal will be preset with Comparing the digital data in the memory device, when the two values are the same or within the allowable error range, the electronic circuit of the slot machine will not drive the guiding device 24 to act, and the coin 5 〇 is detached from the guide After the 3 3 2 is due to gravity • and falls to the direction of the first – coin, it can be 1 – 2 by the first coin outlet The export falls into a money box (not shown) set under the slot machine. If the digital signal generated by the coin 50 is detected by the electronic detecting component and compared with the preset digit = the material does not match or exceeds the allowable error range, the guide 13 M351413 is driven to make the guiding plate 2 4 2 is moved from the retracted position to the extended position of the protruding first notch 12 8 , at which time the fallen coin 5 〇 abuts on the guiding plate 2 4 2 and is guided by the guiding plate 2 4 2 to the second The coin outlet is 1〇4, and the coin 5〇 is moved through. The pressed piece 2 6 is pressed to maintain the surface of the second wall 4 2 2 of the coin box 4 ,, preventing the hard band 50 skew In the case of the card currency, the coin 5 can be exported from the second coin outlet 104 and returned to the consumer via the coin withdrawal port. In some cases, the coinage problem occurs in the coin-operating machine. For example, if there is a foreign object blocking in the channel 1〇〇, it may cause the coin 50 to move smoothly along the guiding portion 3 3 2, and the card needs to be excluded. · Condition, as shown in the third figure, the pure coin 50 is stuck in the channel! In this case, at this time, the pressing end 2 2 4 of the retracting lever 22 is pressed, and the lower end surface 2 2 2 abuts against the abutting surface 3 2 8 of the convex plate 3 26 , so that the measuring device 3 is pivoted 3 3 Q is the rotation of the axis away from the surface of the upper 丄2 2, the guiding portion 323 will be separated from the surface φ of the upper portion 12 2 to form the pattern shown in the seventh and eighth figures, at this time, the channel i The bottom of the 〇◦ is open, the coin of the coin is dropped downward by the gravity of the eye, and the card entrance 4 4 4 enters the card channel 4 3 ' 're-contacts the guide surface 4 2 6 And can move along the guiding surface 4 2 6 to the third dispensing opening 428 to form the aspect as shown in the ninth figure, and then the third dispensing opening 8 . The coin is led to the returning coin to be returned to the consumer. This design uses the card f to retreat to guide the hard drive to the design of the coin-returning port by another channel' so that the coins of the card are not picked up by the detecting device 3, and then selected by the Ridge Q1Q2 or The first-to-coin outlet 1Q4 derives the probability of true, false, and misjudgment that can be generated when the card is reduced, and reduces the loss of the operator. M351413 In summary, the design of this creation is excellent, can effectively reduce the misjudgment situation when the card currency occurs, and is in line with the requirements of the new patent application, and submits the application according to law.
15 M351413 【圖式簡單說明】 第圖係本創作投幣機之立體外觀圖。 第二圖係本創作投幣機之元件分解立體外觀圖。 第二圖係沿第-圖3-3線所取的剖視圖。 第四圖係沿第三圖4 ~ 4線所取的剖視圖。 第五圖係沿第四圖5 — 5線所取的剖視圖。 第六圖係本創作在第五圖狀態下導引裝置的導引板伸出至伸 出位置的動作圖。 第七圖係在第-圖狀態下按壓退幣桿使_裝置掀開的動 圖。 第八圖係沿第七圖8—8線所取的剖視圖。 第九圖係沿第八圖9 【主要元件符號說明】 —9線所取的剖視圖 1 0本體 10 2第一出帶口 1 0 0通道 1〇 4第二出幣口 1 2第一側壁 1 2 0階面 1 2 2上部 1 2 4下部 12 8第一槽口 13 0第二槽口 13 2安裝部 1 3 4扣片 1 3 6樞桿 1 3 8缺口 14第二侧壁 14 0樞接塊 1 4 2樞孔 16第三侧壁 M35141315 M351413 [Simple description of the drawing] The figure is a three-dimensional appearance of the coin-operated coin machine. The second figure is an exploded view of the component of the coin slot machine. The second figure is a cross-sectional view taken along line -3-3. The fourth figure is a cross-sectional view taken along line 4 to 4 of the third figure. The fifth figure is a cross-sectional view taken along line 5 - 5 of the fourth figure. The sixth drawing is an action diagram in which the guide plate of the guiding device is extended to the extended position in the state of the fifth figure. The seventh figure is a motion diagram in which the coin withdrawing lever is pressed to open the _ device in the state of the first figure. The eighth figure is a cross-sectional view taken along line 8-8 of the seventh figure. The ninth figure is along the eighth figure 9 [Major component symbol description] - 9 line taken from the sectional view 1 0 body 10 2 first outlet port 1 0 0 channel 1 〇 4 second coin outlet 1 2 first side wall 1 2 0 step 1 2 2 upper 1 2 4 lower 12 8 first notch 13 0 second notch 13 2 mounting part 1 3 4 clasp 1 3 6 pivot 1 3 8 notch 14 second side wall 14 0 pivot Block 1 4 2 pivot hole 16 third side wall M351413
1 6 0 開口 2 Ο侧蓋 2 2退幣桿 2 2 2下端面 2 2 6彈性元件 2 4 0頂桿 2 4 4套接部 2 6 0軸孔 3 0 0空間 3 2 0第一侧面 3 2 4樞部 3 2 8抵接面 3 3 2導引部 3 3 6 孔口 3 4蓋體 3 6 0枢接部 3 6 4抵壓端 4 2内盒 4 2 2第二壁 4 2 6引導面 4 3 0卡幣通道 4 4 0容室 1 6 2轴桿 2 0 0扣孔 2 2 0樞接端 2 2 4按壓端 2 4導引裝置 2 4 2導引板 2 6抵壓片 3 0偵測裝置 3 2盒體 3 2 2第二側面 3 2 6凸板 3 3 0柩軸 3 3 4彈性元件 3 3 8樞軸 3 6抵壓塊 3 6 2配重端 4 0分幣盒 4 2◦第一壁 4 2 4卡幣入口 4 2 8第三出幣口 4 4外蓋 5 0硬幣 171 6 0 opening 2 Ο side cover 2 2 coin retreating rod 2 2 2 lower end 2 2 6 elastic element 2 4 0 ejector 2 4 4 ferrule 2 6 0 shaft hole 3 0 0 space 3 2 0 first side 3 2 4 pivot 3 2 8 abutment face 3 3 2 guide 3 3 6 orifice 3 4 cover 3 6 0 pivoting part 3 6 4 pressing end 4 2 inner box 4 2 2 second wall 4 2 6 Guide surface 4 3 0 card channel 4 4 0 chamber 1 6 2 shaft 2 0 0 button hole 2 2 0 pivot terminal 2 2 4 pressing end 2 4 guiding device 2 4 2 guiding plate 2 6 pressing piece 30 detection device 3 2 box 3 2 2 second side 3 2 6 convex plate 3 3 0 axis 3 3 4 elastic element 3 3 8 pivot 3 6 pressing block 3 6 2 weight end 4 0 cents Box 4 2◦ first wall 4 2 4 card coin entrance 4 2 8 third coin outlet 4 4 cover 5 0 coin 17