M441885 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種金融票卷鐘偽裝置，特別是關於一種動力分離 金融事務機。 【先前技術】 台灣目前一般的金融交易以現金為主，隨著高階印刷技術的普 及，許多不法份子唯利是圖，乃嘗試利用此高科技環境的便利印製偽 鈔，這些偽鈔若大量於市面流通，將嚴重影響金融的穩定。 儘管真鈔的印製技術與檢驗鈔票的儀器不斷的推陳出新，然而道 高一尺魔高一丈，隨著科技的進步，製造偽鈔的手法也越來越逼真， 現今的各種鈔票防偽設計皆—被破解，一般民眾及商家使用市售的 簡單檢驗工具，例如驗鈔筆、紫外光燈管已不敷使用，甚至連銀行所 用的精密驗鈔儀器，都會因特殊的一分為二手法而騙過存入洗錢，因 此如何更準確、仔細地檢驗每一張鈔票，發現出偽鈔，使其無所遁形， 便成為一個重要的問題。 【新型内容】 有鑑於此，本創作提出一種動力分離金融事務機，包括：一置鈔 槽’用以放置待檢驗之鈔票；一出鈔槽，用以放置檢驗完成之鈔票； 一輸送軌道，位於該置鈔槽與該出鈔槽之間，用以使該鈔票可於該動 力金融事務機内部運行；—第—動力裝置，結合一第—皮帶，用以趨 動一第一輪轴組，提供該鈔票自該置鈔槽進入該輸送軌道之功能：一 ^二動力裝置’結合-第二皮帶，用以趨動„_第二輪轴組，提供該鈔 票f該輸職itt運行轉郷、票輸送至該丨賴之魏；一第一感 測器，位於該置賴底部，肋侧是否至少有—鈔票置人該置鈔槽， 根據偵測結果，控獅第—動力裝置及該第二動力裝置運轉或停止； I=了感測器，位於該第—輪軸組與該第二輪軸組之間，用以偵測該 釦示疋否已進入該輸送軌道中，根據偵測結果，控制該第一動力裝置 運轉或停止；複數檢驗區，位於該第一輪軸組與該出鈔槽之間，用以 3 M441885 檢驗該鈔票真偽，且產出一檢驗結果，根據該檢驗結果，控制該第二 動力裝置運轉或停止；以及一第三感測器，位於該第二輪轴組與該出 鈔槽之間，用以偵測該鈔票是否已通過該些複數檢驗區，進入該出鈔 槽。 較佳地，其中該第一感測器偵測到該鈔票置入該置鈔槽，先啟動 該第二動力裝置運轉，待該第二動力裝置運轉一預設時間後，再啟動 該第一動力裝置運轉，該預設時間可為〇〜1秒鐘。 較佳地，其中該第三感測器可計算通過該些檢驗區之鈔票數量， 根據計算結果，控制該第二動力裝置運轉或停止。 較佳地，其中該置鈔槽具有雙傾斜式入鈔設計，如同時向左和向 後或同時向右和向後的傾斜角度，用以使待檢驗之鈔票靠齊進入該動 力分離金融事務機，以利後續檢驗工作的判斷。 較佳地，所述之動力分離金融事務機更包括一指示單元，當該檢 驗結果為偽鈔時，該指示單元會發出一警示指示；當該第二動力裝置 停止時，該指示單元會發出一停止指示。 本創作亦提出一種動力分離金融事務機，包括：一置鈔槽，用以 放置待檢驗之鈔票；一出鈔槽’用以放置檢驗完成之鈔票；一輸送軌 道，位於該置鈔槽與該出鈔槽之間，用以使該鈔票可於該動力金融事 務機内部運行；一第二動力裝置，結合一第三皮帶，用以趨動一第三 輪軸組，該第三輪軸組再帶動一離合器，該離合器結合一第一皮帶， 用以趨動一第一輪軸組，提供該鈔票自該置鈔槽進入該輸送軌道之功 能；該第二動力裝置，又結合一第二皮帶，用以趨動一第二輪軸組， 提供該鈔票在該輸送轨道中運行及將該鈔票輸送至該出鈔槽之功能； 一第一感測器，位於該置鈔槽底部，用以偵測是否至少有一鈔票置入 該置鈔槽，根據偵測結果，控制該第二動力裝置運轉或停止；一第二 感測器，位於該第一輪軸組與該第二輪軸組之間，用以偵測該鈔票是 否已進入該動力分離金融事務機内部，根據偵測結果，控制該離合器 運轉或切離；複數檢驗區，位於該離合器與該出鈔槽之間，用以檢驗 該鈔票真偽，且產出一檢驗結果，根據該檢驗結果，控制該第二動力 裝置運轉或停止；以及一第三感測器，位於該第二輪轴組與該出鈔槽 4 之間’用以偵測該鈔票是否已通過該些複數檢驗區，進入該出鈔槽。 較佳地’其中該第三感測器可計算通過該些檢驗區之鈔票數量， 根據計算結果，控制該第二動力裝置運轉或停止。 較佳地，其中該置鈔槽具有雙傾斜式入鈔設計，如同時向左和向 後或同時向右和向後的傾斜角度’用以使待檢驗之鈔票靠齊進入該動 力分離金融事務機’以利後續檢驗工作的判斷。 較佳地，所述之動力分離金融事務機更包括一指示單元，當該檢 驗結果為偽鈔時，該指示單元會發出一警示指示；當該第二動力裝置 停止時，該指示單元會發出一停止指示。 上述複數檢驗區可使用紅外線穿透檢測、RGB三色光譜檢測、磁 性油墨區檢測、影像擷取功能等檢測技術。例如紅外線穿透檢測可檢 識鈔票之長寬厚度外’還利用其穿透魏做出整張鈔票娜像，檢識 7獲得之圖譜，來辨識其鈔票幣值類影像及防偽線特徵有無差異；rgb 二色光譜檢測為利用紅綠藍三色光接收器，接收鈔票一個部位或多個 部位的反射光，反射光為一組或多組光源照射在檢測鈔票的油墨上 後，接受所產生的反射光，來鑑別鈔票的真偽；影像擷取功能可有议 紅外線隱藏@型麟或UV紫外雜細型麟或魏轉擷取辨識 成文字檔。 【實施方式】 本創作之動力分離金融事務機將可由以下的實施例說明而得到充 分瞭解，使得熟習本技藝之人士可以據以完成之，然而本案之實施並 非可由下列倾_被關其實施鶴，熟f本技#之人士仍可依據 除既揭露之實施例的精神推演出其他實施例，該等實施例皆當屬於 創作之範圍》 ' 第-圖及第二縣本創狀-較佳實施例，第—圖為本創作動力 分離金融事務機之内部構造圖’而第二圖為動力分離金融事務機 作流程圖。 如圖所示’動力分離金融事務機11内部構造運作機制包含一置金I、 槽2卜用以放置待檢驗之鈔票，該置鈔槽21具有雙傾斜式入鈔設計1 M441885 如同時向左和向後或同時向右和向後的傾斜角度，用以使待檢驗之鈔 票靠齊進入該動力分離金融事務機11，以利後續檢驗工作的判斷；一 出鈔槽22，用以放置檢驗完成之鈔票；一第一感測器31，位於該置鈔 槽21底部，用以偵測是否至少有一鈔票置入該置鈔槽21 ; —輸送軌道 23 ’位於該置鈔槽21與該出鈔槽22之間，用以使該鈔票可於該動力 金融事務機11内部運行；根據該第一感測器31偵測結果，若有鈔票 置於該置鈔槽21，則先啟動一第二動力裝置51運轉，待該第二動力裝 置51運轉一預設時間後，再啟動一第一動力裝置41運轉，該預設時 間可為0〜1秒鐘，如0.5秒鐘’該第一動力裝置41結合一第一皮帶42, 用以趨動一第一輪軸組43，將該鈔票自該置鈔槽21輸送進入該輸送執 道23 ; —第二感測器32’位於該第一輪轴組43與一第二輪軸組53之 間，用以偵測該鈔票是否已進入該輸送軌道23，根據偵測結果，若該 鈔票已進入該輸送軌道23，則控制該第一動力裝置41停止運轉，下一 張鈔票即不會進入該輸送執道23 ;該第二動力裝置51則持續運轉，並 結合一第二皮帶52，用以趨動該第二輪轴組53，帶動該鈔票經過複數 檢驗區71後進入該出鈔槽22 ; 一第三感測器33，位於該第二輪轴組 53與該出鈔槽22之間’用以偵測該鈔票是否已通過該些檢驗區71， ^該出賴22，馳齡區71，可包含紅外線冑透檢測、RGB三色 測磁性油墨區檢測、影像梅取功能等檢測技術，用以檢驗該 :偽’且產出-檢驗結果S4Q，待該第三感測器33偵測該鈔票已 檢驗區71，進人該出鈔槽22後，根據該檢驗結果S4Q，若該 ‘I邀控制該第二動力裝置51停止運轉，並使—指示單元發 心-’告知使用者該鈔票為可疑爲鈔，若該鈔票為真鈔，則 二、:通過直接將該鈔票送入該出鈔槽22 ;該第三感測器33， 轉，並使該指示單元發出則控制該第二動力μ 51停止運 張數，目|丨兮笛一β u出停止扣不，右尚未達到使用者設定之指定 偵測結果心鈔^^繼^貞測是否有鈔票置入該置鈔槽2卜根據 該指示單示，2二動力裝置”停止運轉，並使 曰 右有Α示置入該置鈔槽21，則依上述流 6 M441885 程繼續檢測鈔票。 採用這樣的設計之主要原因為鑑偽檢測控管，當該料自該第— 輪軸組43輸送到該第二輪軸組53後，該第一動力裝置41就會停止運 轉，此時動力分離金融事務機11内部僅只有-張鈔票的存在，待確定 該鈔卷為真正的鈔票時，該第一輪軸組幻才會將下一張鈔票送入動力 分離金融事務機丨！内部，若該鈔票為可疑偽鈔，該第二輪轴組53就 會將該鈔票送_出鈔槽22的位置，並停止運轉該第二動力裝置Μ。 第二圖為本創作之另一較佳實施例，於此實施例中，動力分離金 融事務機U⑽構造運作機含—置賴21，㈣放置待檢驗之鈔 :2置&槽21具有雙傾斜式人鈔設計，如同時向左和向後或同時向 後的傾斜角度，用以使待檢驗之鈔票靠齊進入該動力分離金融 二1.以利後續檢驗工作的判斷；一出鈔槽22，用以放置檢驗完 ’第-感測器3卜位於該置鈔槽21底部，用以侧是否至 ^ :鈔票置入該置鈔槽21 ; 一輸送執道23，位於該置鈔槽21與該 之間，肋使該鈔票可於軸力金融事務機11内部運行； 笛-31細結果，若柿票置於該置賴21，則啟動該 置51運轉’並結合一第三皮帶62，用以趨動一第三輪軸组 =三輪轴組63再帶動一離合器61，該離咖二第- 入哕m2趨動—第一輪轴組43 ’將該鈔票自該置鈔槽21輸送進 ^ .1 23’―第二感測器32，位於該第一輪軸組43與一第二 ㈣細鱗妓否5^雜戦道23，根據侧 二一Μ已進入該輸送軌道23，則控制該離合器61切離，停止 :力分離金:2事及組:3第之：，下-張鈔票即不會進入該 H 務機11内口ρ，該第二動力裝置51則持續運轉，並結 二阿7二治52 ’用以趨動該第二輪轴'组53，帶動該鈔票經過複數檢 與二“ 2^^鈔槽22 ; 一第三感測器33，位於該第二輪軸組53 4，用以偵測該鈔票是否已通過該些檢驗區71，進入 二2从、’該些檢驗區71，可包含紅外線穿透檢測、RGB三色光譜 直，且區檢測、影像擁取功能等檢測技術，用以檢驗該鈔票 檢驗結果S40 ’待該第三感測器33，偵測該鈔票已通 7 M441885 驗區71，進入該出鈔槽22後，根據該檢驗結果S40，若該鈔 則㈣該第二動力裝置51停止運轉，並使—指示單元發出 第’告知使用者該鈔票為可疑偽妙，若該鈔票為真鈔，則該 ㈣22;該第三制器33, 數量已遠通過之鈔票數量，若通過之鈔票 餹者叹疋之指疋張數，則控制該第二動力裝置51停止運 發出一停止指示，若尚未達到使用者設定之指定 H i - j 則控制該第二動力裝置51停止運轉，並使 該^单請出-敍a，若柿票置 ， 程繼續檢測鈔票。 只』m上述流 ㈣較=施贿作的方式與前-實補類似，保留第二 =丄不動力裝置41則是變更為離合器61，丄 用此則冑要再加做供動力的連接歧域魏，因此採 第三皮帶62與第三輪軸組63，利用第二動力裝 置51來帶動離合器61與筮一认虹，^ , 〜印珩一勒刀衷 務機u後，離合器61便^===當鈔票進入動力分離金融事 、鱼杜，此時第-輪細相μ斷第一動力裝置51與第-輪轴組43的 連、,口此時第輪轴及43便不再繼續運作 續進:==事務機u内，此較佳實施例=== 制鈔票進人動力π離金轉務機u的時間。 Μ44Γ885 【圖式簡單說明】 第一圖係為本創作第一實施例之内部構造圖。 第二圖係為本創作第一實施例之運作流程圖。 第三圖係為本創作第二實施例之内部構造圖。 【主要元件符號說明】M441885 V. New description: [New technical field] This creation is about a financial ticket roll clock device, especially for a power separation financial transaction machine. [Prior Art] Taiwan's current general financial transactions are mainly cash. With the popularization of high-end printing technology, many unscrupulous members are profit-seeking. They are trying to use this high-tech environment to print counterfeit banknotes. If these counterfeit banknotes are widely distributed in the market, they will be Seriously affect the stability of finance. Although the printing technology of real banknotes and the instruments for checking banknotes are constantly being updated, the height of the road is one foot high. With the advancement of technology, the method of making counterfeit banknotes is becoming more and more realistic. Nowadays, all kinds of banknote security design are- It has been cracked, and the general public and merchants use commercially available simple inspection tools, such as counterfeit pens and ultraviolet lamps, which are not enough for use. Even the sophisticated banknote instruments used by banks will be deceived because of a special second-hand law. After depositing money into money laundering, it is an important issue to examine each banknote more accurately and carefully and find counterfeit banknotes so that they are invisible. [New content] In view of this, the present invention proposes a power separation financial transaction machine, which comprises: a banknote slot for placing the banknote to be inspected; a cash slot for placing the banknote for inspection; a conveyor track, Located between the banknote slot and the cash dispensing slot for enabling the banknote to operate inside the power financial transaction machine; the first power device, combined with a first belt, for illuminating a first axle set Providing the function of the banknote entering the conveying track from the banknote slot: a two-powered device 'in combination with a second belt for urging the __second axle set to provide the banknote f郷, the ticket is delivered to the Wei Wei; a first sensor is located at the bottom of the razor, and at least the rib side has a banknote placed in the banknote. According to the detection result, the lion-powered device and The second power device is operated or stopped; I=the sensor is located between the first axle group and the second axle group to detect whether the buckle has entered the transport track, according to the detection As a result, controlling the first power device to operate or stop; a number of inspection areas between the first axle set and the cash withdrawal slot, for verifying the authenticity of the banknote by 3 M441885, and outputting a test result, according to the test result, controlling the second power device to operate or stop; And a third sensor is located between the second axle set and the cash dispensing slot for detecting whether the banknote has passed through the plurality of inspection zones and enters the cash dispensing slot. Preferably, wherein The first sensor detects that the banknote is placed in the banknote slot, first starts the operation of the second power device, and after the second power device is operated for a predetermined time, restarts the operation of the first power device. Preferably, the third sensor can calculate the number of banknotes passing through the inspection zones, and according to the calculation result, control the second power device to run or stop. Preferably, The banknote slot has a double-inclined banknote design, such as simultaneous leftward and backward or simultaneous rightward and backward tilting angles, so that the banknotes to be inspected are brought into the power separation financial transaction machine for subsequent inspection. Judgment of work. Preferably, the power separation financial transaction machine further includes an indication unit, and when the inspection result is a counterfeit banknote, the indication unit sends an alert indication; when the second power device stops, the indication unit issues a stop. The present invention also proposes a power separation financial transaction machine, comprising: a banknote for placing the banknote to be inspected; a banknote slot for placing the banknote for inspection; a conveyor track located at the banknote slot Between the cash slot, the banknote can be operated inside the power financial service machine; a second power device combined with a third belt for urging a third axle set, the third axle set And driving a clutch, the clutch is coupled with a first belt for driving a first axle set to provide the function of the banknote entering the transport track from the banknote slot; the second power device is coupled with a second belt For stimulating a second axle set, providing the function of running the banknote in the transport track and transporting the banknote to the cash slot; a first sensor located at the bottom of the banknote slot Detecting whether at least one banknote is placed in the banknote slot, and controlling the second power device to operate or stop according to the detection result; a second sensor is located between the first wheel axle group and the second wheel axle group The utility model is configured to detect whether the banknote has entered the interior of the power separation financial transaction machine, and control the clutch to operate or cut off according to the detection result; the plurality of inspection areas are located between the clutch and the cash dispensing slot for verifying the The banknote is authentic and produces a test result, according to which the second power device is controlled to run or stop; and a third sensor is located between the second wheel set and the cash dispenser 4 It is used to detect whether the banknote has passed through the plurality of inspection areas and enter the cash withdrawal slot. Preferably, wherein the third sensor can calculate the number of banknotes passing through the inspection zones, and according to the calculation result, control the second power device to operate or stop. Preferably, the banknote slot has a double-inclined banknote design, such as simultaneous leftward and backward or simultaneous rightward and backward tilting angles 'to bring the banknotes to be inspected into the power separation financial transaction machine' Eli judgment of the follow-up inspection work. Preferably, the power splitting financial transaction machine further includes an indicating unit, and when the checking result is a counterfeit banknote, the indicating unit sends an alert indication; when the second power device stops, the indicating unit sends out a warning unit. Stop the instruction. The above-mentioned plurality of inspection areas may use detection techniques such as infrared penetration detection, RGB three-color spectrum detection, magnetic ink area detection, and image capture function. For example, the infrared penetrating detection can detect the length and width of the banknote, and also use the penetrating Wei to make the whole banknote image, and the map obtained by the 7 is recognized to identify whether the banknote currency image and the security line feature are different; Rgb two-color spectrum detection uses red, green and blue three-color light receivers to receive reflected light from one or more parts of the banknote. The reflected light is illuminated by one or more sets of light sources after receiving the ink on the banknotes. Light, to identify the authenticity of the banknote; image capture function can be discussed in the infrared hidden @型麟 or UV ultraviolet hybrid type or Wei transfer to identify the text file. [Embodiment] The power separation financial transaction machine of the present invention will be fully understood by the following examples, so that those skilled in the art can complete it according to the following methods. However, the implementation of the present case cannot be carried out by the following Other embodiments may be deduced according to the spirit of the disclosed embodiments, and all of the embodiments belong to the scope of creation "the first picture and the second county creation" - preferably In the embodiment, the first figure is the internal structure diagram of the creative power separation financial transaction machine' and the second figure is the flow chart of the power separation financial transaction machine. As shown in the figure, the internal structure operation mechanism of the power split financial transaction machine 11 includes a deposit I, a slot 2 for placing a banknote to be inspected, and the banknote slot 21 has a double tilt type banknote design 1 M441885 as at the same time to the left And the rearward or simultaneous rightward and backward inclination angles for aligning the banknotes to be inspected into the power separation financial service machine 11 for the judgment of the subsequent inspection work; a cash dispensing slot 22 for placing the inspection completion a first sensor 31 is located at the bottom of the banknote slot 21 for detecting whether at least one banknote is placed in the banknote slot 21; the transport track 23' is located in the banknote slot 21 and the banknote slot Between 22, the banknote can be operated inside the power financial service machine 11; according to the detection result of the first sensor 31, if a banknote is placed in the banknote slot 21, a second power is started first. The device 51 is operated. After the second power device 51 is operated for a predetermined time, the first power device 41 is started to operate. The preset time may be 0 to 1 second, such as 0.5 seconds. 41 is combined with a first belt 42 for stimulating a first round Group 43, the banknote is transported from the banknote slot 21 into the transport lane 23; a second sensor 32' is located between the first axle set 43 and a second axle set 53 for detecting Whether the banknote has entered the transport track 23, according to the detection result, if the banknote has entered the transport track 23, then the first power device 41 is controlled to stop running, and the next banknote will not enter the transport track 23; The second power unit 51 is continuously operated, and is coupled with a second belt 52 for urging the second axle set 53 to drive the banknote through the plurality of inspection areas 71 to enter the cash dispensing slot 22; The detector 33 is located between the second axle set 53 and the cash dispensing slot 22 to detect whether the banknote has passed through the inspection areas 71, and the source zone 71 may contain infrared rays. Detection techniques such as smear detection, RGB three-color magnetic ink area detection, and image capture function are used to verify the pseudo- and output-test result S4Q, and the third sensor 33 detects that the banknote has been inspected. In the area 71, after entering the withdrawal slot 22, according to the test result S4Q, if the 'I invites to control the second movement The force device 51 stops running and causes the indicating unit to be cautious - 'informing the user that the banknote is suspicious as a banknote, and if the banknote is a genuine banknote, then: by directly feeding the banknote into the cash dispensing slot 22; The third sensor 33, rotates, and causes the indication unit to emit, then controls the second power μ 51 to stop the number of movements, and the target is not determined by the user. The result of the test is ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The banknote is continuously detected according to the above flow 6 M441885. The main reason for adopting such a design is the forgery detection control tube, and the first power device is sent after the material is delivered from the first axle set 43 to the second axle set 53. 41 will stop running. At this time, the power separation financial transaction machine 11 only has the existence of only one banknote. When the banknote is determined to be a real banknote, the first wheelset group will send the next banknote into the power. Separate financial affairs machine! Internally, if the banknote is a suspected counterfeit banknote, the second wheel set 53 will send the banknote to the position of the banknote slot 22 and stop operating the second power unit. The second figure is another preferred embodiment of the present invention. In this embodiment, the power splitting financial transaction machine U (10) constructs an operating machine including a relying on 21, (4) placing a banknote to be inspected: 2 sets & slot 21 has a double The inclined banknote design, such as the angle of inclination to the left and the back or the same direction at the same time, is used to make the banknote to be inspected into the power separation finance II. In order to facilitate the judgment of the subsequent inspection work; a cash slot 22, For placing the inspection, the 'first-sensor 3' is located at the bottom of the banknote slot 21, for the side to be: the banknote is placed in the banknote slot 21; a delivery channel 23 is located in the banknote slot 21 and Between the ribs, the banknote can be operated inside the axial financial service machine 11; the flute-31 results in a fine result, if the persimmon ticket is placed on the relying device 21, the set 51 operation is started and combined with a third belt 62, For driving a third axle set=three axle set 63 and then driving a clutch 61, the diverging-input m2 is driven--the first axle set 43' transports the banknote from the banknote slot 21 ^ .1 23' - the second sensor 32, located in the first axle set 43 and a second (four) fine scale 妓 No 5 ^ chute 23, according to If the two-way raft has entered the conveying track 23, the clutch 61 is controlled to be cut off, and the stop is: force separation gold: 2 things and groups: 3:: the next-banknote will not enter the mouth of the H machine 11 The second power unit 51 is continuously operated, and the second and second steps 52' are used to drive the second axle' group 53 to drive the banknote through multiple check and two "2^^ banknotes 22; The third sensor 33 is located at the second axle set 53 4 for detecting whether the banknote has passed through the inspection areas 71, and enters the second and second slaves, and the inspection areas 71 may include infrared penetration detection. RGB three-color spectrum straight, and area detection, image capture function and other detection techniques for testing the banknote inspection result S40 'to be the third sensor 33, detecting that the banknote has passed 7 M441885 inspection area 71, enter the After the withdrawal slot 22, according to the inspection result S40, if the banknote (4) the second power unit 51 is stopped, and the instruction unit issues a 'notifying the user that the banknote is suspicious, if the banknote is a genuine banknote , then the (four) 22; the third device 33, the number of banknotes that have passed far through, if the banknotes pass through, sigh Controlling the second power device 51 to stop sending a stop instruction, if the user-set designation H i - j has not been reached, controlling the second power device 51 to stop running, and making the request Out-speaking a, if the persimmon ticket is set, the process continues to detect the banknotes. Only the m above flow (four) is compared with the pre-real compensation, and the second = 丄 non-powered device 41 is changed to the clutch 61. , 丄 此 再 再 再 再 再 再 再 再 再 再 再 再 再 再 再 采 采 采 采 采 采 采 采 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三After the 珩 珩 勒 衷 衷 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , At the moment, the first axle and 43 will no longer continue to operate. In the == transaction machine u, this preferred embodiment === the time when the banknote enters the power π away from the gold transfer machine u. Μ44Γ885 [Simple description of the drawings] The first figure is the internal structure diagram of the first embodiment of the creation. The second figure is a flowchart of the operation of the first embodiment of the creation. The third figure is an internal structure diagram of the second embodiment of the creation. [Main component symbol description]
動力分離金融事務機：11 置鈔槽：21 出鈔槽：22 輸送軌道：23 第一感測器：31 第二感測器：32 第三感測器：33 第一動力裝置：41 第一皮帶：42 第一輪轴組：43 第二動力裝置：51 第二皮帶：52 第二輪軸組：53 離合器：61 第三皮帶：62 第三輪轴組：63 檢驗區：71 動力分離金融事務機之運作流程：S3.1〜S49Power separation financial machine: 11 Banknote slot: 21 Banknote slot: 22 Transport track: 23 First sensor: 31 Second sensor: 32 Third sensor: 33 First power unit: 41 First Belt: 42 First axle set: 43 Second power unit: 51 Second belt: 52 Second axle set: 53 Clutch: 61 Third belt: 62 Third axle set: 63 Inspection area: 71 Power separation financial affairs Machine operation process: S3.1~S49