200813896 24097pif.doc 九、發明說明： 【發明所屬之技術領域】 本發明是關於具有將媒體自裝置内取出或存入裝置内 的媒體出入機構的媒體處理裝置。 【先前技術】 於作為代表性的媒體處理裝置的自動櫃員機 (automatic teller machine )中，顧客自設置於該裝置的前 面的現金出入口存入或取出紙幣。藉由設置於現金出入口 的内部的紙幣出入機構的動作而將紙幣送出至裝置内的搬 送路中，又，將儲存於裝置内的紙幣暫時累積於紙幣出入 機構中之後，打開現金出入口對顧客出鈔。 於該紙幣出入機構中，入鈔時藉由以豎立狀態設置於 現金出入口内的多個板狀構件而夹持已存入的紙^，該板 狀構件與紙幣成為-體僅轉動規定的角度，將紙幣的前端 定位於向著搬送路的存人口之後，使滾輪旋轉將紙幣一張 一張地送出至搬送路中。 又，出鈔％•使多個板狀構件轉動且朝向装置内的饋 口，於板形成累積空間後，藉由累積滚輪的旋 轉而向紙幣並累積。藉由板狀構件而夾持 所累積n = 構件—體地轉動且 狀態以可狀叫_贿财提取紙幣。 [二解決二: 該機構中，利用安裝於板狀構件上的受光元件的偵測 200813896 24097pif.doc 信號來判斷於板狀構件之 方法中，於板狀構件轉動』=否存在著紙幣，。然而，該 的配線，於板狀構件^動移動的範圍内存在著向該元件 又，板狀構件的旋轉十w早 (wiring code)長度的限3^私動見度等受到配線電線 量受到限制，難以增加紙敝.由此可累積及夾持的紙幣的 【發明内容】 、、、*的收納量。 為了解決該問題，於且 體存入裝置内的轉動式出 :A持媒體且轉動而將媒 檢測該媒體的存在的發體處理裝置中，，將 構的轉動範圍外的該装置部分上叉光70件設置於該出入機 [發明的效果] 根據如上所述的構成，不备 動配線電線斷線，或料 ^生伴隨著板狀構件的轉 此外，因板狀構件於，牛等的障礙， 線長度的限制，+ / 又3私動見度等不受到配線電 【實施可增加能累積及失持的紙幣的量。 以下，根據包括圖i〜圖7的 明的最佳形態進行說明。另外，對用以貫施本發 上相同的符號。圖！是表示用以^式中對共用的要素附 紙幣出入機構的構成的圖，且表發明的最佳形態的 態。 、自側面觀察該機構的狀 於圖1中 ，A是經由自動櫃員機的前面的現金出 入 7 200813896 24097pif.doc 投入的紙幣。紙歡Δ (卿1)部3的底邻以臥度方向的侧面接觸於下述儲存池 press)即為擠摩 丑立狀恶累積。1是錢鈔擠屋板（bill 板1與下述的錯存=構件。2是設置於錢鈔播壓 池部3平行地移動的=之間、可與錢鈔掩應板1及儲存 部即為侧剖字的平臺。3是儲存池 部的底面的板狀構件^又置有支按所投入的紙彆A的端 構成了藉由夹持紙^^壓板1^ 2及儲存池部3， 而將紙幣送人裝㈣圖㈣轉_為中錢行轉動 圓的，是轉動部4的圖中，-點鎖線所示的 輪。6 輪4 5内::二A饋送至裝置内的饋送滾 分離紙幣A的閘門滾輪广f向:轉地對向θ以-張-張地 同步旋轉來搬送紙幣Α 二° 7是與饋送滾輪5 成為滾輪部8a與具有放杜（feedr°ller) ° 8是構 轴8c而旋轉的用以的葉片部8b可藉由同一 饋送紙幣A時藉由敲二5輪。該葉片部此於 動。9 η傲g择、奋认亥紙幣的端部而防止紙幣A浮 的閘門8對向且將崎A送出至轉動部4内 光元元件。又，1〇b〜i4b是受光元件。發 向乂， ^八的長度方向即配設於圖1的近前方 ί先凡件⑴同樣地設置於圖i的内側方向。又，發 ⑽配設料㈣長度方向 h件则樣地設置於圖—向。發光m 200813896 24097pif.doc 〜Ma自的稍方向依次設置著。同樣地，受 光兀件】2卜]4M ®】的近前向内侧方向依次設置著。該 發光兀件及受光元件配置於轉動部4的轉動範圍外，即圖 的：占鎖線戶斤示的區域的夕卜侧，且藉由配線電線而連接 於未圖示的控制電路，可藉由控制部而侧由該元件群所 檢測的信號。 …又，發光元件10a與受光元件1〇b、發光元件ιι&與 又光兀件lib、發光元件12a與受光元件创、發光 =與受光元们3b、發光元件14a與受光元件勵分別位 =夾者轉動部4而對向的位置。該等對應㈣件對，以該 d，件與叉光元件之間的光透射過設置於錢； =裝置^及料池部3的下料麵的位置關係岭 又，尤其是發光元件10a及lla，如 ?動：4的轉動範圍外且設置於累積滾輪8的；片部立： 的教置惻。另外，圖2是自與二輪二 又的方向即圖1所示的箭頭B觀 、 及lla的設置位置的圖。 先轉10a 圖3是表示錢鈔擠壓板丨與平臺2 2與錢鈔擠壓板！不同的是，設置有突出^ ^平臺 的中央的遮蔽部2a。錢鈔擠壓板i及平臺後部 下所說明的配置方法而彼此對向 3於以 ❿〜心饥〜心又’此處未圖示^^者透光部 亦於與錢鈔押、犀沐 、省存池3中， ^板1及平* 2相置上設置著透光部 200813896 24097pif.docBACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a media processing device having a media access mechanism for taking media out of a device or storing it in a device. [Prior Art] In an automatic teller machine as a representative media processing device, a customer deposits or withdraws a banknote from a cash inlet and outlet provided in front of the device. The banknotes are sent out to the transport path in the apparatus by the operation of the banknote entry/exit mechanism provided inside the cash outlet, and the banknotes stored in the apparatus are temporarily accumulated in the banknote depositing and dispensing mechanism, and then the cash outlet is opened to the customer. banknote. In the banknote depositing and dispensing mechanism, the deposited paper is held by a plurality of plate-like members provided in the cash inlet and outlet in an upright state, and the plate-shaped member and the banknote are rotated only by a predetermined angle. After the front end of the banknote is positioned toward the deposit population of the transport path, the roller is rotated to feed the banknotes one by one to the transport path. Further, % of the bills are discharged. The plurality of plate-like members are rotated and directed toward the feed ports in the apparatus, and after the sheets form an accumulation space, the stacking rollers accumulate the bills and accumulate them. By the plate-like member, the accumulated n = member is mechanically rotated and the state is arbitrarily called a bribe to extract the banknote. [Second solution 2: In this mechanism, the detection of the light-receiving element mounted on the plate-shaped member is used to determine the rotation of the plate-shaped member in the method of the plate-shaped member. However, the wiring has a limit of the length of the wiring of the plate member in the range of the movement of the plate member, and the length of the wiring member is limited by the length of the wiring. Restricted, it is difficult to increase the amount of paper bundles. The amount of storage of the banknotes that can be accumulated and held can be accumulated. In order to solve this problem, the body is stored in the device in a rotating manner: A is in the hair processing device that holds the medium and rotates to detect the presence of the medium, and the device is partially forked outside the rotation range of the structure. In the above-described configuration, the light is not provided, and the wiring of the wiring is not broken, or the material is accompanied by the rotation of the plate-shaped member, and the plate-shaped member is used for the cow or the like. Barriers, line length limits, + / 3 private movements, etc. are not subject to wiring. [Implementation can increase the amount of banknotes that can accumulate and lose. Hereinafter, the best mode including the drawings i to 7 will be described. In addition, the same symbols are used to apply the same. Figure! It is a figure which shows the structure which added the banknote entrance-and-in mechanism of the common element in the formula, and shows the state of the best aspect of the invention. The shape of the mechanism is observed from the side in Fig. 1, and A is the banknote inserted through the cash in front of the ATM 7 200813896 24097pif.doc. The bottom side of the paper ΔΔ (Qing 1) 3 is in contact with the side of the storage tank in the horizontal direction, which is the accumulation of ugly heads. 1 is a banknote squeezing roof board (bill board 1 and the following error = member. 2 is set between the banknote squeezing pool part 3 parallel movement, and can be used with the banknote cover board 1 and a storage part. a platform for side-cutting. 3 is a plate-like member on the bottom surface of the storage pool portion, and an end on which the paper A is placed is formed by holding the paper pressing plate 1 2 and the storage pool portion 3, Transfer the banknotes to the person (4) Figure (4) Turn _ for the middle money row to rotate the circle, which is the figure of the rotating part 4, the wheel shown by the point lock line. 6 Wheels 4 5:: Two A feeds into the feeding roller in the device The shutter roller of the separation banknote A has a wide f direction: the ground rotation direction θ is synchronously rotated by the sheet-to-sheet rotation to convey the banknotes Α 2° 7 and the feed roller 5 becomes the roller portion 8a and has a feedr ller ° 8 The blade portion 8b for rotating the shaft 8c can be knocked by two or five rounds by the same feeding of the banknotes A. The blade portion is moved at the same time. The shutter 8 in which the banknote A floats is opposed to and sends the chip A to the optical element in the rotating unit 4. Further, 1〇b to i4b are light-receiving elements, and the longitudinal direction of the eight is arranged in the vicinity of FIG. Front ί The member (1) is similarly disposed in the inner direction of Fig. i. Further, the hair (10) is provided with the material (4) in the longitudinal direction, and the sample is placed in the direction of the figure. The light emitting m 200813896 24097pif.doc ~Ma is arranged in the order of the slightest direction. Similarly, the light-receiving member 2B] 4M ® is disposed in the near-inward direction. The light-emitting element and the light-receiving element are disposed outside the rotation range of the rotating portion 4, that is, the area occupied by the lock line. On the other hand, the wiring is connected to a control circuit (not shown) by a wiring wire, and the signal detected by the component group can be side by the control unit. Further, the light-emitting element 10a and the light-receiving element 1bb emit light. The position of the ιι & and the light-emitting element lib, the light-emitting element 12a and the light-receiving element, the light emission=the light-receiving element 3b, the light-emitting element 14a and the light-receiving element-excited position=the clip rotating part 4 are opposite. (4) Pairs, with the d, the light transmitted between the member and the fork light element is disposed in the money; = the positional relationship between the device and the blanking surface of the pool portion 3, in particular, the light-emitting elements 10a and 11a, such as? Moving: outside the range of rotation of 4 and disposed on the accumulation roller 8; Fig. 2 is a view showing an arrow B view and a position of 11a shown in Fig. 1 from the direction of the second and second wheels. First turn 10a Fig. 3 is a banknote squeeze board丨 and the platform 2 2 and the banknote pressing plate! The difference is that the central shielding portion 2a of the protruding platform is provided. The banknote pressing plate i and the configuration method described below the platform are opposite to each other. ❿ 心 ~ heart hunger ~ heart and 'here not shown ^ ^ 透光 透光 者 者 者 者 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光 透光Department 200813896 24097pif.doc
上1C〜i ：>C 为外，平臺2中 、丨 ’ I王-丨 π丹傾迗珉輪 3對應的位置上具有退避部，圖中省略 以下，以錢鈔擠壓板丨為例說明透光部的配置方法。 於錢鈔擠壓板1的平面上，設置有以透射過 ^自林％光元件的光的方式開口的由孔等構成的透 a二T5a。透光部T1配設於發光元件1〇a及受光元队 的光轴與豎立狀態的錢鈔播壓板1相交的位置，即，相 ^^的寬度方向亦即圖1的上下方向為大致2分之！ 撼ί光部仏配設於發光元件lla及受光元件Ub的朵 且立狀態的錢鈔擠壓板工相交 ,Α的寬度方向亦即圖i的上下方^=於紙 置。透光部T3a配置於發光元件❿及受、=， 軸與登立的錢鈔擠蜃板！相交的的光 1的長度方向上配置於左側上於錢f擠壓板 透光•配置於發光板1的下部。 豆立的錢鈔擠麈板1相交的位置 凡ljb的光軸與 長度方向上配置於右側，於寬於錢鈔擠塵板1的 帶A的下端附近的方式設置於M可檢測豎立的紙 T5a配置於發光元件Ma及受光元 的下部。透光部 錢鈔擠壓板】相交的位置，即，、的光軸與豎立的 向上配置於左側，於寬度方向上以？擠魏1的長度方 下端府近的方式設置於錢鈔_& 立的崎A的 10 200813896 24097pif.doc 透光部Tla〜T5a·的長度方向的配置間隔的尺寸，設 定為與折成4折的紙幣A的平均寬度E相等的寬度或小於 等於該寬度。藉此，即使於以不打開而保持為4折的狀態 投入紙幣A的情況下’亦可藉由任一受光元件而進行檢測。In the case of 1C~i:>C, there is a retreat at the position corresponding to the 2'I Wang-丨 丹 迗珉 迗珉 3 wheel 3 in the platform 2, and the following is omitted in the figure, taking the banknote pressing plate as an example. A method of arranging the light transmitting portion will be described On the plane of the banknote pressing plate 1, a through hole T5a made of a hole or the like which is opened to transmit light from the forest% optical element is provided. The light transmitting portion T1 is disposed at a position where the light-emitting element 1a and the optical axis of the light-receiving element group intersect with the banknote printing plate 1 in an upright state, that is, the width direction of the phase, that is, the vertical direction of FIG. Divide! The light-emitting portion of the light-emitting element 11a and the light-receiving element Ub is arranged to intersect with the banknote pressing plate, and the width direction of the crucible is the upper and lower sides of the image i. The light transmitting portion T3a is disposed on the light emitting element ❿ and the receiving, =, shaft and the banknote squeezing plate that is erected! The intersecting light 1 is disposed on the left side in the longitudinal direction of the money f-pressing plate, and is disposed in the lower portion of the light-emitting panel 1. The position where the squeezing squeezing plate 1 of the bean is intersected is disposed on the right side of the optical axis and the length direction of the ljb, and is disposed at the vicinity of the lower end of the belt A of the banknote dusting board 1 in the manner of the M detectable erected paper. T5a is disposed in the lower portion of the light-emitting element Ma and the light receiving element. The light-transmitting part of the banknote pressing plate] is the position where the intersection, that is, the optical axis and the erected upward direction are arranged on the left side, in the width direction. The length of the length of the side of the Wei 1 is set in the banknote _& The saki A's 10 200813896 24097pif.doc The size of the arrangement interval in the longitudinal direction of the light transmitting portion Tla~T5a· is set to 4 The width of the folded banknotes A having the same average width E is equal to or less than the width. Thereby, even when the banknote A is placed in a state of being kept at a 40-fold state without being opened, it can be detected by any of the light-receiving elements.
於轉動部4如圖1所示為豎立狀態時，自發光元件l〇a 發出的光透射過透光部Tla、Tib及Tic後到達受光元件 l〇b。又，自發光元件11a發出的光透射過透光部T2a、T2b 及T2c後到達受光元件lib。又，自發光元件i2a發出的 光透射過透光部T3a、T3b及T3c後到達受光元件i2b。又， 自發光元件13a發出的光透射過透光部T4a、T4b及T4c 後到達受光元件13b。又，自發光元件14a發出的光透射 過透光部T5a、T5b及T5c後到達受光元件14b。根據該構 4可於轉動部4内於發光元件l〇a〜14a及受光元件l〇b〜 14b間進行光的檢測。 其次，對本實施形態的動作進行說明。於入鈔時，如 圖1所示，轉動部4的位置初始化且相對於現金出 為豎立狀態。繼而，當打開擋門（shutte〇 16將紙幣A投 入至累積空間内時，根據未圖示的擋門16的附近的感測器 的檢測信號，藉由該控制部的控制而使發光元件1〇a〜l4a 發光。該光分別透射過錢鈔擠壓板丨、平臺2及儲存池部3 的各透光部Tla〜T5a、Tib〜T5b、Tlc〜T5c之後，由各 受光元件10b〜14b檢測。 口 號 於已檢測受光元件10b〜14b中的任一元件的檢測传 的情況下，亦即於受光S件接收到來自發光元件㈣ 11 200813896 24097pif.doc 〜w 士 賊幣。又，於未檢測受弁开杜 A以正常的情況下，定為紙瞥 及平臺2方向壓 後’紙，Α 一張—張地向饋送=运 出亚错由饋送滾輪5與閘門滾輪6而存勺方向运When the rotating portion 4 is in the upright state as shown in Fig. 1, the light emitted from the light-emitting element 10a is transmitted through the light-transmitting portions T1a, Tib, and Tic, and then reaches the light-receiving element 10b. Further, the light emitted from the light-emitting element 11a is transmitted through the light-transmitting portions T2a, T2b, and T2c, and reaches the light-receiving element lib. Further, the light emitted from the light-emitting element i2a is transmitted through the light-transmitting portions T3a, T3b, and T3c, and then reaches the light-receiving element i2b. Further, the light emitted from the light-emitting element 13a is transmitted through the light-transmitting portions T4a, T4b, and T4c, and reaches the light-receiving element 13b. Further, the light emitted from the light-emitting element 14a is transmitted through the light-transmitting portions T5a, T5b, and T5c, and then reaches the light-receiving element 14b. According to this configuration, light can be detected between the light-emitting elements 10a to 14a and the light-receiving elements 10b to 14b in the rotating portion 4. Next, the operation of this embodiment will be described. At the time of banknote insertion, as shown in Fig. 1, the position of the rotating portion 4 is initialized and is erected with respect to cash. Then, when the shutter door is opened (the shutter A is put into the accumulation space), the light-emitting element 1 is controlled by the control unit based on the detection signal of the sensor in the vicinity of the shutter 16 (not shown). 〇a~l4a emit light. The light is transmitted through the respective light-transmitting portions T1a to T5a, Tib to T5b, Tlc to T5c of the banknote pressing plate 丨, the platform 2 and the reservoir portion 3, and is detected by the respective light-receiving elements 10b to 14b. In the case where the slogan is detected by any of the detected light-receiving elements 10b to 14b, that is, the light-receiving element receives the light-emitting element (4) 11 200813896 24097 pif.doc 〜 士 士 士. Under the normal circumstances, the Du A is determined to be the paper and the platform 2 after the pressure of the 'paper, 一张 one-to-one feed to the feed = the transport error is transported by the feed roller 5 and the gate roller 6
的存入結束後，使轉動部4沿順時針方向轉動少鉍。紙幣A :回至圖〗的賢立狀態，並使錢鈔播壓板〗退避而 利用圖6(a)〜圖6⑴及圖7說 藉由控制部的指示而使轉動部4自&立 、"4的動作。 ::動’、，6⑷所示轉動部4向饋為中 7平的狀恶之後，使錢鈔擠壓板〗自與平走 成為大致 3接近的狀態的初始位置向箭sfXl方向、^及錯存池部 =’錢鈔且停止於絲關觸部4的向 的壁的位置。繼而，繼錢鈔擠屢板 、:間的上側 升。平臺2上升之前處於^的⑴㈣^^平^上 儲存池部3接觸的狀態的初始位置。平臺。即幾乎與 置上升後不久，穿過發光元件12a〜14a及受光二位 12 200813896 24097pif.doc 1牝的光軸，此時， 發光元件】如及受的遮蔽部2a而遮蔽 繼而由平臺2的板狀構件 # °此外，藉由上升， 光元件既〜祕間的^ 發光元件12a〜】4a及受 部的控制而使發光元測;=:忽視藉由控制 光或I:元中件不:=她 測平臺2上的紙fA的存 ^虎而以如下方式檢 的檢測時 子在狀况，例如，將受光元件13b W叫序、叉先兀件12b及]4 埯）與預先設定的規定時間進行 ^序的娜㈤e 則判定A日-m I仃右大於等於該值， 則疋為目别上升過程中的平臺2 此，可將所得的與有I纸幣A 矛貝者、、、氏巾A。猎 紙幣準備或料反饋至€置内的 過受到達圖7的P2的位置之後，如圖6⑻般通 與發光元件1()b及受光元件lla與發光元 能。.4! 該等元件之檢測信號同時成為斷開狀 “ j i根據來自受光元件的信號’到定為平臺2到達 及I的饋送位置，使平臺2停止。此時，發光元件i〇a 二配置於葉片部8b的附近，由此平臺2可正確地定位 於茶片部8b的前端附近的高度。 其後，如圖6 (c)所示，控制部使平臺2向箭頭γ方 向僅=降預先設定的量而形成積載紙幣Α的空間。而且， 使累積滾輪8與閘門滾輪9旋轉而將紙幣Α 一張一張地饋 送至平臺2上。藉此’崎A藉由葉片部处而敲擊後^ 13 200813896 24097pif.doc 部分從而向平臺2上落 複紙幣的累積動作後所積载。二的::指定的張數重 圖6(d)般藉由所累積的紙幣a : :::逐漸變高，如 及受光元件l〇b及llb門1 …、、敝X光元件10a、11a 爪的檢剛信號斷開，控制部接收該 j時應及 用以累積紙擎A的空間不足。繼而 :㈠虎，判定為 如圖ό (e)所示，使平A 乂豕^控制部的指示， 形成累積空間。㈣ϋ向前頭z方向僅下降規定量而 重不夂該累積動作，如圖6 ( 〜⑽的所有光軸均被遮蔽 二先广件⑽ 刪積： 大量並結束紙幣的累積。當紙 :錢频壓板卜方面下降至平臺2上 ί 方面下降至儲存池部3上夹持紙幣A之 =出使錢鈔擠驗以避之後，打開擋門Μ成為： 各自現孟出入口 15接受紙幣A的狀態。 另外’於本發明的該實施形態中，藉由各發光元件咖 Γ 光元件賺〜1413，而檢測轉動部4内是否存在 者^ A，此外’亦可控制該等元件以經常監視顧客交易 的正個過程，從而檢測紙幣A的異常抽出。 【圖式簡單說明】 圖1是本發明的紙幣出入機構的構成圖。 14 200813896 24097pif.doc 圖2是表示本發明的發光元件與帶葉片的滾輪的配置 關係的圖。 圖3是本發明的錢鈔擠壓板與平臺的概觀圖。 圖4是表示本發明的錢鈔擠壓板的透光部的配置與光 轴的位置關係的圖。 圖5是表示本發明的入鈔時的轉動部的紙幣的饋送動 作的圖。 圖6是表示本發明的出鈔時的紙幣累積的動作的圖。 圖7是表示藉由本發明的受光及發光元件而檢測平臺 的位置的圖。 【主要元件符號說明】 _ A :紙幣 - 1 :錢鈔擠壓板 2 :平臺 2a :遮蔽部 3:儲存池部 ® 4 ··轉動部 5、 7 :饋送滾輪 6、 9 :閘門滾輪 8: 累積滾輪 8a 滚輪部 8b 葉片部 8c 轴 10a〜14a、12a〜14a :發光元件 15 200813896 24097pif.doc 10b〜14b、12b〜14b :受光元件After the deposit is completed, the rotating portion 4 is rotated a small amount in the clockwise direction. Banknote A: Returning to the sturdy state of the drawing, and retracting the banknote printing plate, the rotation unit 4 is self-organized by the instruction of the control unit by using FIG. 6(a) to FIG. 6(1) and FIG. "4 action.动,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The defective pool portion = 'banknotes and stops at the position of the wall of the wire closing portion 4. Then, following the banknotes squeezed, the upper side of the room rose. Before the rise of the platform 2, the initial position of the state in which the pool portion 3 is in contact is on (1) (four) ^^ 平^. platform. That is, shortly after the rise and the rise, the optical axes of the light-emitting elements 12a to 14a and the light-receiving two bits 12200813896 24097pif.doc 1牝 are passed through, and at this time, the light-emitting elements are shielded by the shielded portion 2a and then by the platform 2. The plate member #° is further measured by the light element, the light element 12a~4a and the receiving part of the light element, and the light element is measured; =: ignored by the control light or the I: element medium := She measures the memory of the paper fA on the platform 2 and detects the time in the following manner, for example, the light receiving element 13b W, the pre-spinning 12b and 4) and the preset In the specified time, the Na (5)e of the order is judged that the A-m I仃 is greater than or equal to the value, and then the platform 2 in the process of ascending the rise is obtained, and the obtained and the I banknote A can be obtained. , towel A. After the banknote preparation or material is fed back to the position of the P2 of the figure 7, the light-emitting element 1()b and the light-receiving element 11a and the light-emitting element are turned on as shown in Fig. 6 (8). .4! The detection signals of these components are simultaneously disconnected "ji according to the signal from the light-receiving element" to the feeding position of the platform 2 and I, so that the platform 2 is stopped. At this time, the light-emitting element i〇a is configured. In the vicinity of the blade portion 8b, the platform 2 can be correctly positioned at a height near the front end of the tea sheet portion 8b. Thereafter, as shown in Fig. 6(c), the control portion causes the platform 2 to only decrease in the direction of the arrow γ. A predetermined amount is formed to form a space for stowing the banknotes 而且. Further, the accumulating roller 8 and the shutter roller 9 are rotated to feed the banknotes one by one onto the stage 2. Thereby, 'Saki A is knocked by the blade portion After the shot ^ 13 200813896 24097pif.doc part of the accumulation of banknotes on the platform 2 after the accumulation of action. Second:: the specified number of sheets of Figure 6 (d) by the accumulated banknotes a : :: : gradually become higher, such as the light-receiving element l〇b and llb door 1 ..., 敝 X-ray elements 10a, 11a claws of the detection signal is disconnected, the control unit receives the j should be used to accumulate the space of the paper A Insufficient. Then: (1) Tiger, judged as shown in Figure ό (e), so that the instructions of the control unit of the level A 乂豕 ^ form tired (4) ϋ The front head z direction only drops by a specified amount and does not detract from the cumulative action, as shown in Figure 6 (~ (10) all optical axes are obscured by two first wide pieces (10) Decomposed: a large number and end of the accumulation of banknotes. : The money frequency plate is lowered to the platform 2 ί. The aspect is lowered to the bank 3 to hold the banknotes A. After the banknotes are squeezed out, the door is opened and the door is opened. In addition, in the embodiment of the present invention, it is detected by the light-emitting elements of the light-emitting elements that the light-emitting elements are ~1413, and the presence or absence of the presence of the rotating portion 4 is detected. Further, the components can be controlled to constantly monitor the customers. Fig. 1 is a view showing a configuration of a bill insertion mechanism of the present invention. Fig. 1 is a view showing a configuration of a bill insertion mechanism of the present invention. Figure 3 is a schematic view of the banknote pressing plate and the platform of the present invention. Figure 4 is a view showing the positional relationship between the arrangement of the light transmitting portion and the optical axis of the banknote pressing plate of the present invention. Fig. 5 is Fig. 6 is a view showing an operation of accumulating bills at the time of dispensing in the present invention. Fig. 7 is a view showing an operation of accumulating bills at the time of dispensing of the present invention. Fig. 7 is a view showing detection by the light receiving and illuminating elements of the present invention. Diagram of the position of the platform. [Description of main component symbols] _ A: banknote - 1 : banknote pressing plate 2: platform 2a: shielding part 3: storage pool section 4 · · rotating part 5, 7 : feeding roller 6, 9 :gate roller 8: accumulation roller 8a roller portion 8b blade portion 8c shafts 10a to 14a, 12a to 14a: light-emitting element 15 200813896 24097pif.doc 10b to 14b, 12b to 14b: light-receiving element
Tla〜T5a、Tib〜T5b、Tic〜T5c :透光部 15 .現金出入口 16 :擋門Tla~T5a, Tib~T5b, Tic~T5c: light transmitting part 15. Cash inlet and exit 16: blocking door
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