TWI358684B - - Google Patents
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- TWI358684B TWI358684B TW097118531A TW97118531A TWI358684B TW I358684 B TWI358684 B TW I358684B TW 097118531 A TW097118531 A TW 097118531A TW 97118531 A TW97118531 A TW 97118531A TW I358684 B TWI358684 B TW I358684B
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H3/00—Separating articles from piles
- B65H3/46—Supplementary devices or measures to assist separation or prevent double feed
- B65H3/52—Friction retainers acting on under or rear side of article being separated
- B65H3/5207—Non-driven retainers, e.g. movable retainers being moved by the motion of the article
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2301/00—Handling processes for sheets or webs
- B65H2301/40—Type of handling process
- B65H2301/42—Piling, depiling, handling piles
- B65H2301/423—Depiling; Separating articles from a pile
- B65H2301/4234—Depiling; Separating articles from a pile assisting separation or preventing double feed
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sheets, Magazines, And Separation Thereof (AREA)
- Controlling Sheets Or Webs (AREA)
Description
27l94pif 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種將集聚於载台（stage)上的紙張一 張張地分離並加以饋送的紙張分離裝置。 【先前技術】 无刖的紙張分離裝罝，疋將集聚於載台上的紙張播壓 至取紙輥（pickup roller)並使該取紙輥旋轉來饋送紙張， 且由饋紙輕（feed roller )與閘輕（gate )—張張地分 離所饋送的紙張後向搬送路徑輪送，該饋紙輥與閘輥是為 了 一張張地分離所饋送的紙張而以嵌入狀嚙合的方式相向 配置著。以如此方式構成的紙張分離裝置，於饋紙輥與閘 輥的唾合量較少時，會產生同時輪送多張紙張的重疊送 送），反之，當唾合量較多時將無法輸 二i，有時會對紙張造成損傷’為了使該嚙合量處 維護人員來定期地(例如半年-次)用 的搬送狀態，對該搬送狀態監視 ^路徑中的紙張 並藉由調整馬達而將饋紙輥與閘輥的嚙=加以統計處理 .度（例如，參照專利文獻丨）。 ^里调整到適當程 【專利文獻1】日本專利早期公 號公r段落「_」〜段落「隨」=細_132587 、上核續射，存在如下叫：即便是根 1358684 27194pif 據录不預定期間中的紙張的分離狀態或搬送狀態的資訊， 來定期地將饋紙輥與閘輥的嚙合量調整到適當程度，該嚙 合量亦會因饋紙輥以及閘輥的溫度而產生變化，尤其^在 冬季的早晨，設置著紙張分離裝置的室内的溫度及裝=内 的溫度降低，並且饋紙輥以及閘輥的溫度亦降低，另一方 面因暖器（heater)而導致室内溫度或裝置内溫度上升，並 且饋紙輥以及閘輥的溫度亦上升’因此會因一天中的溫声 變化的影響而導致紙張的分離或搬送產生不良情況。 即便是蓉於上述問題而根據室内溫度或日層 ㈤endaO資訊來進行控制（參照日本專利早期公開 平8-5060)，亦會因紙張分離裝置的設置場所、運轉時 段等的設黯件或每年的氣溫變㈣使得難 輥的喃合量，又即便是紙張的分離“ 或搬k狀心未產生不良情況，亦有時會因室内溫度或曰， 合量產生變化’於紙張的分離或搬送過程中】 又，存在如下問題：當由搬送狀態監視單元 由饋紙輥與問輕而饋送至搬送路徑中的紙張的搬送狀‘Ϊ 且對該搬运狀態監視單元的輸出加以統計處理時，益法適 當地調與閘親的喃合量以使所饋送的紙張^時間 本發明的課題是解決上述 【發明内容】 因此，本發明是一種紙張分離裝置，包括：集聚紙張 7 27194pif 的集聚板；取紙輥，藉由該集聚板而擠壓紙張；饋纸_以 及閘輕’將隨著該取紙輥的旋轉而饋送的紙張加以一^張 地分離並饋送至搬送路徑中；以及嚙合量調整單元，調整 該饋紙紗雜㈣合量，該紙張分縣置的特徵在於丘 叹置有.日層部’輸出當前的年月曰；時鐘部，輸出 的時刻；溫度感靡部，計顧輸出裝置_溫度；^送 狀=視感測器部’對由饋紙輥以及閘輥饋送的搬 進行監視；退醇計算單元，於上述日層部輸出的 =日、上述時鐘部輸出的時刻以及上述溫度感測器部輸 ^的溫度處於預定範圍㈣，計算出_送的紙張的張數 a、由上述搬送狀態監視麵^部所躺出的搬送狀能異 吊的紙張的張數所占的比率，並將該比率作為退回率^ 部中；，調整與否判定單元，於上述日曆部^ 月日、上述_部輪出的時刻以及上述溫度感測 圍内’且上述退回率計算單元計算 ====_紙_ ^ 於上述调整與否判定單元判定為必 紙輥與閘輥㈣合量加以調整時，藉由上述喷^ 調整皁元而調整該喃合量。 [發明之效果] =此方式而形成的本發明，可獲得能夠降低因一天中 ^度g㈣響”致產生的紐絲錢送不良情 又’可獲得如下效果：於紙張的分離狀態或搬送狀態 27l94pif 產生不良情況時，由於嚙合量未產生變化，因此可降低 產生紙張的分離或搬送的不良情況。 _ 進而，可獲得能夠對饋紙輥與閘輥的嚙合量進行精密 詞正的效果〇 【實施方式】 加以2，參照圖式’對本發㈣紙張分轉置的實施例 2明的紙張分離裝置所處理的紙張是記帳票等帳 路的車票或定期車票、飛機票、人場券、進而馬票 商f、紙幣等，於以下所示的實施例中， =====公司等金融機構的營業店 機的祕Ξ 動則機所裝備的紙幣處理 ^張为離裝置，且以紙張為崎來進行說 [貫施例1] 圖。圖2是表示第-實施例的紙f處理機的構成的方塊 投入:r二’其是受理顧客付出的紙幣的 客邻2 It 顧客的紙f的集聚部位。該會 各。卩2具有紙張分離裝置6， 入的紙幣㈣紙張分離裝置6由將所投 、Φ張張地刀離並加以饋送的分離 者，以下記述紙張分離裝置6的詳情。肖而t成再 3，按照幣種收納_的金庫，於機體 左右方向上。該金庫3例如由3個金庫而::排^ 庫以及金庫3b中收納萬日元鈔，使金庫3c ^納千 1358684 27194pif 曰元鈔。 又，各金庫3的上部具有紙張分離裝置6，該紙張分 邊裝置6由將收納的紙擎一張張地分離並加以饋送的分離 機構而形成，可利用該紙張分離裝置6將所收納 張張地分離並加以饋送。 4是搬送路徑’由報子（r〇uer)及搬送帶（5他）等而 構成，以將會客部2、金庫3a〜3c、下述鑑別部、退回箱 (reject box)、總括收納部的各部間連接，且夹持著紙幣來 進行搬送的方式而設置。 5疋鑑別部，進行所搬送的紙幣的真偽、正損(乾淨為 正，髒污或破損為損）、幣種等的鑑別，且進行連帶、斜行 等搬送異常等的檢測，以及進行計數等。 7是退回箱（RJ箱），將出鈔時由鑑別部5鑑別為不 適於出鈔的退回紙幣加以收納。 8是總括收納部’總括集聚並收納多個幣種的紙帶。 總括收納部8的上部具有紙張分離裝置6，可利用該紙張 分離裝置6將所收納的紙幣一張張地分離並加以饋送，其 中該紙張分離裝置6由將收納的紙幣一張張地分離並加以 饋送的分離機構而形成。 其次’根據圖1的表示第一實施例中的紙張分離裝置 的控制系統的構成的方塊圖，圖3的第一實施例中的紙張 刀離裝置的重要部分側視圖，以及圖4的第一實施例中的 紙張分離裝置的AA箭頭視圖，來說明紙張分離裝置6。 於圖3以及圖4中，61是集聚板，構成為可藉由未圖 10 1358684 27194pif ，的升降機構而進行往返移動，且集聚著作為紙張的紙幣 62是取紙輥’與集聚板61相向設置著，為了便於於 送紙幣P，而於取紙輥62的外周面的一部分安裝著橡膠^ 摩擦係數大的摩擦構件62a，且具有藉由取纟味62的旋 而饋送由集聚板61所播壓的紙幣p的功能。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sheet separating device that separates and feeds sheets collected on a stage one by one. [Prior Art] A paperless separation device that feeds paper collected on a stage to a pickup roller and rotates the pickup roller to feed the paper, and is fed by a feed roller The paper is fed to the transport path after being separated from the gate and the sheet, and the paper feed roller and the gate roller are arranged to be in an in-line engagement manner in order to separate the fed sheets one by one. With. In the paper separating device constructed in this manner, when the amount of salivation of the paper feed roller and the brake roller is small, overlapping delivery of a plurality of sheets of paper is simultaneously carried out), and conversely, when the amount of saliva is large, the paper cannot be lost. Second, the paper may be damaged. In order to maintain the meshing state for the maintenance personnel on a regular basis (for example, half-year-time), the paper in the path is monitored for the transport state and the motor is adjusted. The nip of the paper feed roller and the brake roller is statistically processed (for example, refer to the patent document 丨). ^ Adjusted to the appropriate course [Patent Document 1] Japanese patent early public official paragraph r "_" ~ paragraph "with" = fine _132587, the last nuclear continued, there is the following call: even the root 1358868 27194pif recorded unscheduled The information of the separation state or the conveyance state of the paper during the period is periodically adjusted to an appropriate degree of the meshing roller and the brake roller, and the meshing amount is also changed by the temperature of the paper feed roller and the brake roller, especially ^In the winter morning, the temperature of the room in which the paper separating device is installed and the temperature inside the device are lowered, and the temperature of the paper feed roller and the brake roller is also lowered, and on the other hand, the room temperature or the device is caused by the heater. The internal temperature rises and the temperature of the paper feed roller and the brake roller also rises, so that the paper may be separated or transported due to the influence of the temperature change during the day. Even if it is based on the indoor temperature or the daily (5) endaO information (refer to Japanese Patent Early Disclosure 8-5060), it will also be set up due to the setting place, operation period, etc. of the paper separation device or the annual The temperature changes (4), making the amount of arranging of the difficult roller, and even if the separation of the paper "has not caused a bad condition, it may sometimes change due to the indoor temperature or enthalpy, the quantity changes" in the separation or transfer process of the paper. Further, there is a problem in that when the conveyance state monitoring means feeds the paper conveyance pattern of the conveyance path by the paper feed roller and asks light, and statistically processes the output of the conveyance state monitoring unit, The present invention is a paper separating device comprising: a collecting plate for collecting paper 7 27194pif; a paper roll by which the paper is pressed; the paper feed_and the brake light are separated and fed to the paper fed with the rotation of the paper take-up roller In the sending path; and the meshing amount adjusting unit, adjusting the paper feeding yarn miscellaneous (four) combined quantity, the paper is divided into two categories: the sigh is placed. The daily layer is 'outputting the current year and month 曰; the clock part, the output time ; temperature sensing part, taking care of the output device _ temperature; ^ sending shape = visual sensor part 'monitoring the feeding by the paper feed roller and the brake roller; the alcohol withdrawal calculation unit, outputting in the above-mentioned daily layer The day, the time at which the clock unit is output, and the temperature of the temperature sensor unit are within a predetermined range (four), and the number of sheets of paper to be fed is calculated, and the transporting state of the transporting surface of the transporting state is calculated. The ratio of the number of sheets of the different hanging papers, and the ratio is used as the return rate ^ portion; the adjustment necessity determining unit, the time of the calendar portion, the time of the above-mentioned _ part, and the temperature sensing In the surrounding area, and the above-mentioned regression rate calculation unit calculates ====_paper_^, when the above-mentioned adjustment necessity determination unit determines that the paper roller and the gate roller (four) are combined and adjusted, the adjustment is made by adjusting the soap element The amount of merging. [Effect of the invention] = this way According to the present invention, it is possible to obtain a effect of reducing the risk of the money generated by the twist of the day (g), and the following effects can be obtained: when the separation state of the paper or the conveyance state 27l94pif is defective, due to the meshing amount No change occurs, so that the problem of separation or transport of the produced paper can be reduced. Further, it is possible to obtain an effect that the amount of engagement between the paper feed roller and the brake roller can be precisely corrected. [Embodiment] A paper separation device according to the second embodiment of the present invention is described with reference to the drawings The paper to be processed is a ticket for a book such as a bill, or a regular ticket, an airplane ticket, a ticket, a ticket, a banknote, or the like. In the embodiment shown below, ===== a financial institution such as a company The secret of the business store machine is that the banknotes that are equipped with the machine are handled as a device, and the paper is used for the sake of the paper. Fig. 2 is a block diagram showing the configuration of the paper f processor of the first embodiment: r 2' is a gathering portion of the paper f of the guest 2 It customer who accepts the banknotes paid by the customer. The association will each.卩2 has a paper separating device 6, and the paper money (4) paper separating device 6 is separated by a knife that has been fed and Φ stretched, and the details of the paper separating device 6 are described below. Xiao and t into 3, according to the currency storage _ the vault, in the left and right direction of the body. The vault 3, for example, consists of three vaults:: the bank and the vault 3b, which store 10,000 yen bills, so that the vault 3c ^ nano thousand 1358684 27194pif 曰 dollar bills. Further, the upper portion of each of the vaults 3 has a sheet separating device 6 which is formed by a separating mechanism that separates and feeds the stored paper sheets one by one, and the sheet separating device 6 can be used to store the sheets. The ground is separated and fed. 4: The transport path is composed of a newspaper (r〇uer) and a transport belt (5 other), and the customer 2, the vault 3a to 3c, the following discriminating unit, the reject box, and the general storage The parts of the part are connected to each other, and the banknotes are held and transported. 5 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋Counting, etc. 7 is a return box (RJ box), and the rejected banknotes which are discriminated by the discriminating unit 5 and are not suitable for dispensing are stored. 8 is a general storage unit. A paper tape that collects and stores a plurality of currencies. The upper portion of the general storage portion 8 has a sheet separating device 6 that can separate and feed the stored bills one by one by the sheet separating device 6, wherein the sheet separating device 6 separates the sheets to be stored one by one It is formed by a separation mechanism that is fed. 2 is a block diagram showing the configuration of the control system of the sheet separating device in the first embodiment, the side view of the important portion of the sheet separating device of the first embodiment of FIG. 3, and the first portion of FIG. The paper separating device 6 is explained by an AA arrow view of the paper separating device in the embodiment. In FIGS. 3 and 4, reference numeral 61 denotes a collecting plate which is configured to be reciprocally moved by a lifting mechanism not shown in FIG. 10 1358684 27194pif, and the banknote 62 which is agglomerated as a paper is a paper take-up roller' facing the collecting plate 61. It is provided that, in order to facilitate the conveyance of the banknotes P, a friction member 62a having a large rubber friction coefficient is attached to a part of the outer peripheral surface of the pickup roller 62, and is fed by the accumulation plate 61 by the rotation of the astringent odor 62. The function of the banknote p that is sown.
63疋饋紙輥，於取紙輕62的紙幣p的饋送方向的下 游，設置於可接受由取紙輥62而饋送的紙幣p的位置上， 為了便於饋送紙幣P，而安裝著與取紙輥62相同的摩擦構 64是閘輥，於閘輥64的外周面安裝著橡膠等摩擦係 數大的摩擦構件’以與饋紙輥6 3相向並彼此嚙合的方式而 設置著，且設置著於饋送紙幣p時不旋轉之單向旋轉機 構，具有將由饋紙輥63而饋送的紙幣p 一張張地分離的 功能。又，將閘輥64的摩擦構件的摩擦係數設定為大於紙The 63-inch paper feed roller is disposed downstream of the feeding direction of the paper money p of the paper take-up light 62 at a position where the paper money p fed by the paper take-up roller 62 can be received, and the paper is loaded and taken in order to facilitate the feeding of the paper money P. The same friction structure 64 of the roller 62 is a brake roller, and a friction member ′ having a large friction coefficient such as rubber is attached to the outer circumferential surface of the brake roller 64 so as to be opposed to the paper feed roller 63 and meshed with each other, and is provided at the same. The one-way rotating mechanism that does not rotate when the bill p is fed has a function of separating the bills p fed by the sheet feeding roller 63 one by one. Further, the friction coefficient of the friction member of the gate roller 64 is set to be larger than that of the paper
幣P間的摩擦係數，且小於饋紙輥63的摩擦構件的摩擦 係數。 片64a是調整馬達，以可藉由伺服馬達 (servo motor) 等馬達而’定旋㈣旋轉的方式構成。藉由該調整馬達 64a以及未圖示之支臂（arm)及彈菁（职邮）等而構成 升降機構，該升降機構使閘輥64於圖3所示的箭頭D的 方向上升降自如。 可藉由該升降機構’而調整並保持閘報64與饋紙輥 63的喝合量（圖4所示的L)。再者，升降機構亦可形成 1358684 27194pif 為由可保持步進馬達（Steppingm〇t〇r)等的 的角度位置的馬達與凸輪的組合來構成。 （rot〇r) 本實施例中，如圖4所示，以如下方式 响合地使__ 64b正對3個饋_ 63 =置’彼此 組’且上述3個饋紙輥63b以及2個開輥64b洗而也成1 個閘觀64b由連結構件64c而連結著 =。各 上設置著上述升降機構。 ^連，、。構件64c 再者，各使取紙輥62與饋紙輕輥63構成i 轉=使集聚板61下降來將紙幣p搬送至反旋 則"構成紙幣P的集聚機構，從而可利 广方向’ 揮紙=麵絲機構的功能。 问的構 成來發 ，，氏輥^抵接的方式而相向配置著’日+从 者由饋紙挺63以及閘輕64所饋送的=、且夹持 輸送。該第-輕子65如圖4所示，以與饋紙^适路徑4 方式而相向配置著。 、、 c抵接的 疋紙瞥導件，用以將由饋紙幸昆63以及 送的紙幣P向搬送路徑4引導。 哺64所饋 相搬Ϊ狀態監視感測器，其是失持著紙幣的通路而 態監視感^ °該搬送狀 行、多個紙幣重疊著移動的重送右； ^小於預定間隔而相連著移動的連帶等情間 12 1358684 27194pif 本赏施例中，如圖4所示，於沿著紙幣p的較短方向 搬送的紙幣p的較長方向上以w為間隔而設置著兩個搬送 監視感測器67a、67b。 於® 1中，11是日曆部，可讀出當前的年月曰。The coefficient of friction between the coins P is smaller than the friction coefficient of the friction members of the paper feed roller 63. The piece 64a is an adjustment motor and can be configured to be rotated by a motor such as a servo motor. The elevating mechanism is configured by the adjustment motor 64a, an arm (not shown), and an elastic crystal (the post), and the elevating mechanism elevates and lowers the brake roller 64 in the direction of the arrow D shown in Fig. 3 . The amount of engagement between the brakes 64 and the paper feed roller 63 can be adjusted and maintained by the elevating mechanism ' (L shown in Fig. 4). Further, the elevating mechanism may be formed by a combination of a motor and a cam which can maintain an angular position of a stepping motor or the like in a 1358684 27194pif. (rot〇r) In the present embodiment, as shown in FIG. 4, __64b is positively paired with three feeds _ 63 = 'set to each other' and the above three paper feed rollers 63b and 2 are ringing in the following manner. The opening roller 64b is washed and the one gate 64b is connected by the connecting member 64c. The above-described lifting mechanism is provided on each of them. ^ even, ,. Further, the member 64c is configured such that each of the paper take-up roller 62 and the paper feed light roller 63 constitutes an i-turn = the lowering of the stacking plate 61 to transport the banknotes p to the reverse rotation, and the accumulation mechanism of the banknotes P is formed, thereby facilitating the direction. Swing paper = the function of the silk thread mechanism. The composition of the question is made, and the roll is placed in the opposite direction, and the day + the slave is fed by the paper feed 63 and the brake light 64, and is conveyed. As shown in FIG. 4, the first-leather 65 is disposed to face the paper feeding path 4. And a paper feed guide that abuts c, and guides the paper money P fed by the paper feed 63 and the transport path 4 to the transport path 4. Feeding 64-phase-feeding state monitoring sensor, which is a path for holding the banknotes, and monitoring the sense of the conveyance line, and the plurality of banknotes are superimposed and moved to the right; ^ is less than the predetermined interval and connected In the present embodiment, as shown in FIG. 4, two transport monitors are provided at w intervals in the longitudinal direction of the banknotes p transported in the shorter direction of the banknote p. Sensors 67a, 67b. In ® 1, 11 is the calendar section, which reads the current year and month.
12是時鐘部，可讀出作為當前時刻的時分秒。該曰曆 部11以及時鐘部12例如可由即時時鐘（realtimecl〇ck) 等時鐘用的IC (Integrated Circuit，積體電路）而構成，可 根據晶艨發送器（sender )所輸出的時脈脈衝（d〇ck pulse)來進行準確的計時，且計測當前的年月曰時分秒並 加以輸出。 13疋>孤度感測益，由熱敏電阻（thermist〇r)等而構成， 可對紙張分離裝置6内的溫度進行計測，並輸出該溫度資 料。12 is a clock section that can be read as the hour, minute, and second of the current time. The calendar unit 11 and the clock unit 12 can be configured by, for example, an IC (Integrated Circuit) for clocks such as an instant clock, and can be based on a clock pulse output from a wafer transmitter ( D〇ck pulse) to perform accurate timing, and measure the current year, month, hour, minute, and second, and output. 13疋> The sense of sensibility is composed of a thermistor or the like, and the temperature in the sheet separating device 6 can be measured, and the temperature data can be output.
、时14是搬送狀態監視感測器部，由上述搬送狀態監視感 測器67等而構成，且對藉由饋紙輕63以及閘輥64而一張 張地分離並饋送的㈣p的搬送狀態進行監視，其可監視 產生斜彳了、重送、連料情況，且輸丨是否產生 (偵測紙幣的搬送異常）上述情況。 61664是刀離。卩使集聚板61上升而將集聚於此集聚板 、、:氏^ p至取紙輥62 ’使取紙輥62以 3 向（圖3中的箭頭^及箭頭C的方向）旋轉， =的摩擦構件62a饋送紙幣p並將此紙帶p兩 的麾揪+ ^ 進而利用饋紙輥63的摩擦構件63a 的摩％力’來將稭_喊63朗輥64㈣合而接受到 13 1358684 27194pif 的紙幣P—張張地分離。 16是閘輥移動部，使調整馬達64a旋轉而利用升降機 構來調整並保持閘輥64與饋紙輥63的嚙合量。 Π是記憶部’由半導體記憶體或磁碟等而構成且記憶 資訊’並可讀出所記憶的資訊。該記憶部17中記憶著對紙 張分離裝置6整體的動作進行控制的控制程式（軟體;)、下 述校正重送連帶退回率及重送連帶退回率等。In the case of the transport state monitoring sensor unit, the transport state monitoring sensor 67 and the like, and the transport state of the (four)p which is separated and fed one by one by the paper feed light 63 and the gate roller 64 are provided. Monitoring is performed to monitor the occurrence of slalking, resending, and splicing, and whether or not the sputum is generated (detecting abnormal transport of banknotes). 61664 is a knife away.卩, the accumulation plate 61 is raised to be concentrated on the accumulation plate, and the pickup roller 62 is rotated in the three directions (the direction of the arrow ^ and the arrow C in FIG. 3). The friction member 62a feeds the banknote p and the 麾揪+^ of the paper tape p and the frictional force of the friction member 63a of the paper feed roller 63 to combine the straw _ shouting 63 lang roll 64 (four) and accept the 13 1358684 27194pif The banknotes P are separated from each other. Reference numeral 16 denotes a brake roller moving portion that rotates the adjustment motor 64a to adjust and maintain the meshing amount of the gate roller 64 and the paper feed roller 63 by the elevator mechanism. The memory unit is composed of a semiconductor memory, a magnetic disk, or the like and memorizes information, and the stored information can be read. The memory unit 17 stores a control program (software) for controlling the overall operation of the paper separating device 6, a correction retransfer associated with the return rate, and a retransmission return rate.
18 是控制部’由 CPU (CentralProcessingUnit，中央 處理·％元）、MPU (microprocessing unit，微處理單元）等 運算以及控制單元等而構成，且具備下述調整與否判定單 元181。該控制部18根據儲存於記憶部17中的控制程式 (軟體）’來控制包含曰曆部11、時鐘部12、溫度感測器 部13、搬送狀態監視感測器部14、.分離部15、閘輥移動 部16、以及記憶部17在内的紙張分離裝置6整體的動作。 181是調整與否判定單元，於日曆部u所計測的年月 日、時鐘部12所計測的時刻以及溫度感測器部13所計測The control unit is configured by a calculation such as a CPU (Central Processing Unit, a central processing unit), an MPU (microprocessing unit), a control unit, and the like, and includes the following adjustment/determination unit 181. The control unit 18 controls the included calendar unit 11, the clock unit 12, the temperature sensor unit 13, the transport state monitoring sensor unit 14, and the separation unit 15 based on the control program (software) ' stored in the storage unit 17. The operation of the entire paper separating device 6 including the brake roller moving unit 16 and the memory unit 17. 181 is an adjustment/nondetermination means, which is measured by the date and time measured by the calendar unit u, the time measured by the clock unit 12, and the temperature sensor unit 13.
的溫度處於預定範圍内，且下述校正重送連帶退回率超過 記憶部17帽預先記憶的預定臨限值時，判定為必須對於 紙輥與閘輥的嚙合量進行調整。 、貝 對上述構成的作用加以說明。 圖5是表不第一實施例中的嚙合量調整處理的、* : = = ;所示的步驟來對紙張分離裝^ 再者，以下所說明的各實施例中的各部的動作，係由 14 1358684 27194pif 未圖示^中央處理裝置等控制單元，根據未圖示的記憶體 或磁碟等記憶單it中所儲存的程式（軟體）來進行控制的。 S1a :百先’紙張分離裝置6是藉由紙幣處理裝置！ 的未圖示的電源開關或者時鐘功能而接通電源。 麻^張刀離裝置6接通電源時，控制部18自曰 磨β π中㈣出作為當前年月日的日層資訊、自時鐘部12 為刻（時分秒）㈣鐘資訊、自溫度感測 Γλ?作為當前紙張分離裝置6内的溫度的溫度資 訊、及自减部17巾讀出校正重送連帶退回率。 數二送連帶退回率是指校正分離累積張 數與权正重域π產生次數_率，是校正重送連帶產生 次數除以校正分離累積張數而計算出的值。盆中，校正八 離累積張數是對自日暦部η中讀出的日層資 12中讀出的時鐘資訊、以及自溫度感測器部13 4出: 溫度纽處於預定範圍㈣W如 月？曰”月Η)曰、時鐘資訊是自8時心 为、且溫度貧訊是小於等於1〇。 、 ===計而成，而校正重送連 重达或連帶等搬送異常的次數。 疋屋生 資二，訊、時鐘資訊、溫度 -致定==== 與校正條件相 的嚙合量。 （杈正）閘輥64與饋紙輥幻 此處，喝合量的調整與否的判定如下，即，例如，於 15 1358684 27194pif 表示曰曆資訊為12月1曰至3月10曰、時鐘資訊為8時 30分至9時00分、溫度資訊顯示小於等於10°C，且校正 重送連帶退回率大於等於1%時，判定為必須進行調整， 而於此以外時判定為無須進行調整。 當判定為必須進行嚙合量調整時，將處理移轉至 S4a，而於判定為無須進行調整時將處理移轉至S5a。 S4a :當判定為必須進行嚙合量調整時，根據控制部 18的指示，而閘親移動部16對閘報64與饋紙軺i 63的0 合量進行調整。該調整的嚙合量，是與紙張分離裝置6内 的溫度相關聯而預先記憶於記憶部17中的最佳嚙合量，且 該最佳喃合量是藉由實驗等而預先測定的喷合量。因此， 控制部18根據自溫度感測器部13所讀出的溫度資訊，來 自記憶部17中讀出最佳嚙合量，並指示閘輥移動部16根 據該嚙合量來對閘輥64與饋紙輥63的嚙合量進行調整。 S5a:紙幣處理機1根據使用者的操作開始進行取款等 交易，並隨著該交易，根據紙張分離裝置6的控制部18 的指示，而分離部15進行將紙幣一張張地分離並加以饋送 的動作。 此時的紙幣搬送狀態是根據控制部18的指示由搬送 狀態監視感測器部14來進行監視的，對將已分離並饋送的 所有紙幣的張數累計而成的分離累積張數以及產生重送或 連帶等搬送異常的所有次數即重送連帶產生次數進行計 測，又，對自日曆部11中讀出的日曆資訊、自時鐘部12 中讀出的時鐘資訊、以及自溫度感測器部13中讀出的溫度 16 1358684 27194pif 資訊處於預定範圍内時（例如，如冬季早晨的氣溫低時般， 表示曰曆資訊為自12月1曰至3月1〇日、時鐘資訊為自 8時30分至9時〇〇分、溫度資訊小於等於1〇。〇時）分離 並加以饋送的紙幣的張數累計而成的校正分離累積張數、 以及產生重送或連帶等搬送異常的次數即校正重送連帶產 生次數進行計測，並記憶於記憶部口中。 S6a :判定自日曆部n中讀出的日層資訊、自時鐘部 12中，出的時鐘資訊、以及自溫度感測器部13中讀出的 溫度資訊是否處於預定範圍内。 於判定為處於預定範圍内時將處理移 判定為未纽財範__處理 $ a而於 S7a :當判定為處於預定範圍内 & 率計算單元讀出SSa中預先記憶於^控制部18的退回 累積張數以及校正重送連帶產中的校正分離 連帶產生次數除以校正分==而正重送 退回率，將該校正重铥德嫌、侍的杈正重送連帶 崎制部18㈣Γ中預^^憶部17中。 分離累積張數以及重送連帶產生次數二記憶f 17中的 產生次數除以分離累積張數而 ^十异出重送連帶 重送連帶退㈣記憶於讀部17巾4轉醇，將該 S9a.紙幣處理機j以及紙張 易動作。 床忒置6結束取款等交 田、”口束父易動作時，控制部】8自 為以年月曰的曰盾資訊、層^中讀出作 ^ 中項出作為當前時 17 1358684 27194pif 刻（時分秒）的時鐘資訊、自溫度感測器部i 當前紙張分離裳置6内的溫度的溫度資訊、及自為 中讀出校正重送連帶退回率。 、S1〇a :控制部Μ根據所讀出的曰層資訊 溫度資訊、以及校正重送連帶退回率來判’盘' \ 原條件Γ致，即欺衫必縣束_ 6^饋H 的嚙合量的調整（校正）。 /、饋，我輥63 該杈正復原條件，是與S3a中判定 相同’例如是不滿足日曆資訊是自12们日至條件 時鐘資訊是8時30分至9時〇 至3月10日、 〇C、校正重逆遠鹛、/並度貝讯小於等於10 畔大於等於1%中的任—條件的情 當判定為與校正復When the temperature is within the predetermined range and the following correction re-feeding retraction rate exceeds the predetermined threshold value previously stored in the cap of the memory unit 17, it is determined that the meshing amount of the paper roll and the gate roller must be adjusted. The effect of the above configuration will be described. Fig. 5 is a view showing the steps of the meshing amount adjustment processing in the first embodiment, *: = =; for the paper separation mounting, the operations of the respective parts in the following embodiments are performed by 14 1358684 27194pif The control unit such as the central processing unit is not shown. It is controlled by a program (software) stored in the memory unit, such as a memory or a disk (not shown). S1a: The hundred-head paper separation device 6 is by the banknote processing device! Power is turned on by a power switch or a clock function not shown. When the power supply device 6 is turned on, the control unit 18 hones β π (4) as the current day, the date information, and the clock unit 12 as the time (seconds and seconds) (four) clock information, self-temperature The sense Γλ is used as the temperature information of the temperature in the current paper separating device 6, and the self-subtracting portion 17 reads the corrected retransmission and the return rate. The number two-feedback return rate refers to the corrected separation cumulative number and the weighted positive weight π generation number_rate, which is the value calculated by dividing the number of times of correction retransmission generation by the number of corrected separation cumulative sheets. In the basin, the corrected eight-distributed number of sheets is the clock information read from the Japanese layer 12 read from the 暦 part η, and from the temperature sensor unit 13 4: The temperature is in the predetermined range (four) W such as month?曰"月Η"曰, clock information is from 8 o'clock, and the temperature is less than or equal to 1〇. House 2, news, clock information, temperature-determination ==== the amount of meshing with the correction conditions. (杈正) brake roller 64 and the paper feed roller magic here, the adjustment of the amount of drinking or not As follows, for example, at 15 1358684 27194pif, the calendar information is from December 1 to March 10, the clock information is from 8:30 to 9:00, the temperature information display is less than or equal to 10 ° C, and the correction is heavy. When the delivery return rate is 1% or more, it is determined that adjustment is necessary, and when it is determined that it is unnecessary to perform adjustment, when it is determined that the meshing amount adjustment is necessary, the process is shifted to S4a, and it is determined that it is unnecessary. When the adjustment is made, the process is shifted to S5a. S4a: When it is determined that the meshing amount adjustment is necessary, the gate shifting unit 16 adjusts the zero amount of the brake report 64 and the paper feed cassette i 63 according to the instruction of the control unit 18. The adjusted meshing amount is associated with the temperature in the paper separating device 6. The optimum amount of engagement in the memory unit 17 is preliminarily stored, and the optimum amount of the merging is a shot amount measured in advance by an experiment or the like. Therefore, the control unit 18 reads out from the temperature sensor unit 13. The temperature information is read from the memory unit 17 to read the optimum meshing amount, and the gate roller moving portion 16 is instructed to adjust the meshing amount of the gate roller 64 and the paper feed roller 63 in accordance with the meshing amount. S5a: The banknote processing machine 1 is used according to the use. The operation of the person starts the transaction such as the withdrawal, and according to the instruction of the control unit 18 of the paper separating device 6, the separation unit 15 performs an operation of separating and feeding the banknotes one by one. The state is monitored by the transport state monitoring sensor unit 14 in response to an instruction from the control unit 18, and the number of separated cumulative sheets of the number of sheets of all the banknotes that have been separated and fed is transferred and re-transmitted or spliced. The number of times of the abnormality, that is, the number of times of retransmission, is measured, and the calendar information read from the calendar unit 11, the clock information read from the clock unit 12, and the readout from the temperature sensor unit 13 are read. temperature Degree 16 1358684 27194pif When the information is within the predetermined range (for example, if the temperature in winter is low, the information is from December 1st to March 1st, and the clock information is from 8:30 to 9:00) The number of corrected separations and the number of sheets of the number of banknotes that have been separated and fed, and the number of times of transport abnormalities such as resending or splicing, that is, correction resends are generated. The number of times is measured and stored in the memory port. S6a: The date information read from the calendar unit n, the clock information from the clock unit 12, and the temperature read from the temperature sensor unit 13 are determined. Whether the information is within the predetermined range. When it is determined that it is within the predetermined range, the process shift is determined to be a non-profit mode __process $ a and S7a: when it is determined that it is within the predetermined range & the rate calculation unit reads the SSa, which is previously stored in the control unit 18 The number of accumulated sheets returned and the number of corrected separations produced in the re-sending and re-sending production are divided by the correction score == and the repatriation rate is re-sent. The correction is repeated and the waiter's re-send is sent back to the rugged department 18 (4) Pre-remembered in the section 17. Separate the cumulative number of sheets and the number of times of retransmission and the number of occurrences of the two memories f 17 divided by the number of accumulated sheets and the number of sheets of the accumulated number of sheets and the number of sheets of the same number of times and the weight of the sheets are re-delivered (four) memory in the reading section 17 S9a. The banknote handling machine j and the paper are easy to operate. The bed set 6 ends the withdrawal and other fields, "the control department" 8 is the 曰 资讯 资讯 、 、 、 、 、 、 资讯 资讯 资讯 资讯 资讯 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 The clock information (time, minute and second), the temperature information of the temperature in the current paper separation device 6 from the temperature sensor unit i, and the readback correction correction retransmission band return rate. S1〇a: Control unitΜ According to the read temperature information of the sputum layer and the correction retransfer and the return rate, the 'disk' condition is determined, that is, the adjustment (correction) of the meshing amount of the baixian county bundle _ 6^ feed H. , feed, I roll 63 This is the recovery condition, which is the same as the judgment in S3a. For example, the calendar information is not satisfied. From 12 days to conditional clock information is 8:30 to 9:00 to March 10, 〇 C. Correction of the reversal of the distance, / and the degree of the difference is less than or equal to 10, and the condition of the condition is greater than or equal to 1%.
Slla:，為不相_致時，將處理時=移轉至 Slla:當判定為與校正 #至仙。 部18的指示，而閘輕，原條件相—致時，根據控制 63的喃合量復原㈣作夕。16開始使閘輥64與饋紙親 棍移= 據控制部丨8的指示由閑 (例如最小單位）的動。來使调整馬達64a進行預定量 隔是時鐘部u所計測復原。再者，預定時間間 S12a:控制部18 3間隔。 更新了日期。當判定為所㈣的日曆資訊來判定是否已 而當判定為日期已更％ _未更新時將處理移轉至S5a， 更新時將處理移轉至Sl3a。 1358684 27194pif S13a:當判定為日期已更新時，控制部18判定電源是 否已切斷，當判定為未切斷電源時，將處理移轉至S2a， 而當判定為電源已切斷時結束處理。 如此，於日曆資訊、時鐘資訊、溫度資訊、校正重送 連帶退回率處於預定範圍内時，藉由調整閘輥64與饋紙輥 63的嚙合量，而不會受到一天中的溫度變化的影響，從而 可降低紙張分離動作時所產生的搬送異常。 如以上所說明，第一實施例中，於日曆資訊、時鐘資 訊、溫度資訊、校正重送連帶退回率處於預定範圍内時， 可藉由調整閘輥64與饋紙輥63的嚙合量，而獲得不會受 到一天中的溫度變化的影響，能夠降低紙張分離動作時所 產生的分離或搬送的不良情況的效果。 又，於紙張的分離狀態或搬送狀態未產生不良情況 時，無須改變嚙合量，因此可獲得能夠降低產生紙張的分 離或搬送的不良情況的效果。 進而，設為根據自曰曆部11中讀出的日曆資訊、自時 鐘部12中讀出的時鐘資訊、以及自溫度感測器部13中讀 出的溫度資訊處於預定範圍内時的校正重送連帶退回率， 判定是否必須進行調整，因此可獲得能夠對饋紙輥與閘輥 的嚙合量進行精密調整的效果。 又，於日曆資訊、時鐘資訊、溫度資訊、校正重送連 帶退回率處於預定範圍内時，可藉由調整閘輥64與饋紙輥 63的嚙合量，而獲得能夠進行與紙張分離裝置6的設置環 境相適應的嚙合量的調整的效果。 19 1358684 27194pif 間間隔來進行預定量定時 因此可獲得能_止_合量的急_纟而逐漸復原， 的分離或搬送的不良情況的效果。 致產生紙張 [實施例2] 第二實施例的構成與上述第一實施 =符號並省略其說明’對第二實施例的構 流程======整處理的流程的 合量調整處理加以說明。 ，、’張分離裝置的嚙 說明灿、s2b:與圖5中的叫、紐相同，因此省略其 溫度及==曰_、時鐘資訊、 相-致，即邦定正條件 言，例如於表示曰磨資 鐘資訊是自8時3〇分至9時⑻ϋ至3月H)曰、時 i〇c，且直至前 广度資訊疋小於等於 臨限值而大於等於1%時，^ ②連帶退回率超過預定 以夕1判定為無須進行變更。為必須進行變更，而於上述 至計張數時’將處理移轉 U為不必變更校正分離累計張數時，將處 20 27194pif 理移轉至S5b。 S4b:將記憶部η中所記憶的校正分 為〇張。可藉㈣校正分離累計張數變累指數交更 出紙張分離裝置6所運轉的當天的校正:〇張，而計算 S5b :與圖5中S5a相同，因此省略其 =帶退回率。 S6b :判定自曰曆部11中讀出的曰層;J ° 2中？出的時鐘資訊、了及自溫度感測器部1;中 溫度資訊是否處於預定範圍内。 貝、 當判定為處於預定範圍内時，將處理移轉至⑽ 當判定為並未處於預定範圍内時，將處理移轉至§1沘。 S7b:當狀為處於預定範圍内時，控制部18讀出娜 憶於記憶部Π巾的校正分㈣積紐以 魅次數，計算出校正錢連帶產生次數除以校 正刀離累積張㈣得的校正4送連帶退醇， 重送連帶退回率記憶於記憶部17中。 。人 ，者’當校^離累積張數不足預定張數（例如遍 〇犄，無法计异出準確的校正重送連帶退回率， 該校正重錢帶退_為〇%，於校正分 = 預定張數時計算出校正重送連帶退回率。 浪數超過 連帶算出紙張分離裝置6所運轉的#天的校正重送 S8b :控制部18判定所計算出的校正重送連 是否超過預定臨限值例如1%。當 k回率 時將處理移轉至，而當判定“:=== 1358684 27194pif 處理移轉至SlOb。 S9b :判定為校正 值，即判定為必須調整哺八θ士 干、、了貝疋1限 而閘輥移動部16開始進行樹控制部18的指示， 量的動作。與第—實整閉輥64敫與饋_3的喷合 分離裝置6内的溫度相關二二^調:的嚙合量是與紙張 關知而預先記憶於記憶部17中的昜 ΓίΓΐ該最佳喷合量是根據實驗等而預先測定： 值。因此’控制部18根據自溫度感測器部中讀出的、、w 度資訊而自記憶部17中讀出最佳唾 二 部16根據該嚙合量來開私―吻杜日日& 』祝私動 的唾合量的動作。 進㈣整問輥64與饋紙轉幻 ，報移動部16明定__而使碰馬達64 預定直（例如最小單位）的動作，直至達到自記憶部〇 中言買出㈣合量為止進行該喷合量的調整。再者，設 時間間隔為時鐘部12所計測的時間間隔。 、弋 其說=〜SI與圖5中的S8a〜sl3a相同，因此省略 曰曆資訊、時鐘資訊、溫度資訊、校正 63的喷合整，64與饋紙趣 低紙張分離動作時戶;:生的度響’可降 否必須進行調整，而進行適當的調=連可退口率來判定是 再者，第一實施例中，於圖5的S4a中，當判定為必 22 1358684 27194pif 須調整嚙合量時，根據控制部18的指示，而閘輥移動部 16調整閘輥64與饋紙輥63的嚙合量，但亦可如第二實施 例般，閘輥移動部16以預定時間間隔而使調整馬達64a 進行預定量（例如最小單位）的動作，直至達到自記憶部 17讀出的嚙合量為止逐漸調整該嚙合量。 如以上所說明，第二實施例中，除了第一實施例的效 果以外，還可獲得藉由根據紙張分離裝置6的運轉當天的 校正重送連帶退回率來判定是否必須進行調整，而能夠適 當地調整閘輥64與饋紙輥63的嚙合量的效果。 又，即便於運轉當天的校正重送連帶退回率是根據少 數的校正分離累積張數計算出者而並不準確的情況下，亦 於曰曆資訊、時鐘資訊以及溫度資訊處於預定範圍内時調 整嚙合量，因此可獲得能夠防止因嚙合量的急遽變化而導 致產生紙張的分離或搬送的不良情況的效果。 【圖式簡單說明】 圖1是表示第一實施例中的紙張分離裝置的控制系統 的構成的方塊圖。 圖2是表示第一實施例中的紙幣處理機的構成的方塊 圖。 圖3是第一實施例中的紙張分離裝置的重要部分的侧 視圖。 圖4是第一實施例中的紙張分離裝置的AA箭視圖。 圖5是表示第一實施例中的嚙合量調整處理的流程的 流程圖。 ‘ 23 1358684 27194pif 圖6是表示第二實施例中的嚙合量調整處理的流程的 流程圖。 【主要元件符號說明】 I :紙幣處理機 • 2:會客部 3、3a、3b、3c :金庫 4:搬送路徑 5 :鑑別部 • 6:紙張分離裝置 7 : RJ 箱 8:總括收納部 II :曰曆部 12 :時鐘部 13 :溫度感測器部 14 :搬送狀態監視感測器部 15 :分離部 • 16:閘輥移動部 17 :記憶部 18 :控制部 61 :集聚板 62 :取紙輥 62a、63a :摩擦構件 63、 63b、63c :饋紙親 64、 64b :閘幸昆 24 1358684 27194pif 64a :調整馬達 64c :連結構件 65 :第一輥子 66 :紙幣導件 67 :搬送狀態監視感測器 67a、67b :搬送監視感測器 181 :調整與否判定單元Slla: When it is not the same, move the processing time to Slla: when it is judged as the correction #至仙. At the instruction of the portion 18, the brake is light, and when the original condition is the same, the ambience of the control 63 is restored (4). 16 starts to move the gate roller 64 and the paper feed relative to the stick = the idle (e.g., minimum unit) movement according to the instruction of the control unit 丨8. The predetermined amount of adjustment motor 64a is restored by the measurement of the clock unit u. Further, during the predetermined time period S12a: the control unit 183 is spaced. Updated date. When it is determined as the calendar information of (4) to determine whether or not, and when it is determined that the date has been more %_not updated, the process is shifted to S5a, and when the update is made, the process is shifted to Sl3a. 1358684 27194pif S13a: When it is determined that the date has been updated, the control unit 18 determines whether or not the power source has been turned off, and when it is determined that the power source has not been turned off, the process shifts to S2a, and when it is determined that the power source has been turned off, the process ends. In this way, when the calendar information, the clock information, the temperature information, and the correction retransmission take-up rate are within a predetermined range, the meshing amount of the gate roller 64 and the paper feed roller 63 is adjusted without being affected by the temperature change in one day. Therefore, the conveyance abnormality which occurs when the paper separation operation is performed can be reduced. As described above, in the first embodiment, when the calendar information, the clock information, the temperature information, and the correction re-feedback return rate are within a predetermined range, the amount of meshing of the gate roller 64 and the paper feed roller 63 can be adjusted by The effect is not affected by the temperature change in one day, and the effect of separation or transport failure occurring during the paper separation operation can be reduced. Further, when there is no problem in the separated state or the conveyed state of the sheet, it is not necessary to change the amount of engagement, so that it is possible to reduce the problem of occurrence of separation or conveyance of the sheet. Further, it is assumed that the calendar information read from the calendar unit 11, the clock information read from the clock unit 12, and the temperature information read from the temperature sensor unit 13 are within a predetermined range. The delivery return rate is determined, and it is determined whether or not adjustment is necessary. Therefore, it is possible to obtain an effect of precisely adjusting the meshing amount of the paper feed roller and the brake roller. Moreover, when the calendar information, the clock information, the temperature information, and the correction re-feeding belt return rate are within a predetermined range, the amount of meshing between the gate roller 64 and the paper feed roller 63 can be adjusted to obtain the ability to perform the separation with the sheet separating device 6. Set the effect of the adjustment of the meshing amount that the environment is adapted to. 19 1358684 27194pif Interval is performed for a predetermined amount of time. Therefore, it is possible to obtain an effect of the separation or the conveyance of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Paper Generation [Embodiment 2] The configuration of the second embodiment is the same as the above-described first embodiment = symbol and the description thereof is omitted. 'The process of adjusting the flow of the second embodiment is ====== Description. , 'The separation device of the Zhang separation device, s2b: is the same as the name and the button in Figure 5, so the temperature and ==曰_, clock information, phase-to-phase, ie, the positive condition, for example, The information of the time is from 8:3 to 9:00 (8)ϋ to March H)曰, 时i〇c, and until the previous breadth information is less than or equal to the threshold and greater than or equal to 1%, ^ 2 with the return If the rate exceeds the predetermined date, it is determined that there is no need to change it. If it is necessary to change, and when the number of sheets is counted, the process is shifted to U. When it is not necessary to change the number of corrected separations, the position is shifted to S5b. S4b: The correction stored in the memory unit η is divided into tensors. The correction of the day when the paper separation device 6 is operated can be calculated by the (four) correction separation cumulative number index index: 〇, and the calculation S5b is the same as S5a in Fig. 5, and therefore the = band return rate is omitted. S6b: Determining the 曰 layer read from the 曰 11 11; J ° 2? The clock information, and the temperature sensor section 1; the temperature information is within a predetermined range. When it is determined that it is within the predetermined range, the process is shifted to (10) when it is determined that it is not within the predetermined range, the process is shifted to §1沘. S7b: When the shape is within the predetermined range, the control unit 18 reads out the correction score (4) of the memory of the memory portion, and calculates the number of times the correction money is generated by dividing the number of corrections by the accumulated knife (four). The correction 4 is sent in conjunction with the alcohol withdrawal, and the retransfer and the return rate are memorized in the memory unit 17. . Person, the person 'when the school ^ is less than the cumulative number of sheets is less than the predetermined number of sheets (for example, the number of sheets can not be counted, the accurate correction of the resend and the return rate, the correction of the money with the return _ is 〇%, in the correction points = reservation When the number of sheets is calculated, the corrected retransmission-receiving return rate is calculated. The number of waves exceeds the #day correction retransmission S8b in which the paper separation device 6 is operated: the control unit 18 determines whether the calculated correction reconnection connection exceeds a predetermined threshold value, for example 1%. When k is the rate, the process is transferred to, and when it is judged that ":=== 1358684 27194pif processing is transferred to SlOb. S9b: judged as the correction value, that is, it is determined that the adjustment must be adjusted. The bellows 1 is limited, and the gate roller moving portion 16 starts the instruction of the tree control unit 18, and the amount of operation is related to the temperature in the spray-separating device 6 of the first solid closing roller 64A and the feed_3. The amount of engagement is the same as that of the paper and is memorized in advance in the memory unit 17. The optimum amount of the shot is determined in advance based on an experiment or the like: Therefore, the control unit 18 reads from the temperature sensor unit. Read out the best saliva 1 from the memory unit 17 6According to the meshing amount, the action of "kissing Du Riri & 』 』 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私The operation of the straight (for example, the minimum unit) is predetermined until the amount of the shot is adjusted from the middle of the memory unit. The time interval is set to the time interval measured by the clock unit 12. It is said that =~SI is the same as S8a~sl3a in Fig. 5, so the calendar information, the clock information, the temperature information, the correction 63 of the spray finishing are omitted, and the paper is separated from the paper feeding and low paper separation operation; The sound can be adjusted, and the adjustment can be made, and the appropriate adjustment = the retreat rate can be determined. In the first embodiment, in S4a of FIG. 5, when it is determined that it is necessary to adjust the meshing amount of 22 1358684 27194pif At the time of the instruction of the control unit 18, the brake roller moving unit 16 adjusts the meshing amount of the gate roller 64 and the paper feed roller 63. However, as in the second embodiment, the brake roller moving portion 16 may be adjusted at predetermined time intervals. The motor 64a performs a predetermined amount (for example, a minimum unit) until it reaches a self-recording The meshing amount is gradually adjusted until the meshing amount read by the portion 17. As explained above, in the second embodiment, in addition to the effects of the first embodiment, the correction weight by the day of operation according to the sheet separating device 6 can be obtained. The belt retraction rate is sent to determine whether or not adjustment is necessary, and the effect of the meshing amount of the gate roller 64 and the paper feed roller 63 can be appropriately adjusted. Further, even if the correction retransmission and the returning rate on the day of operation are separated according to a small number of corrections When the number of sheets is calculated and is not accurate, the amount of meshing is also adjusted when the calendar information, the clock information, and the temperature information are within a predetermined range, so that it is possible to prevent the separation of the paper due to the rapid change of the meshing amount. Or the effect of the bad situation of the transfer. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing the configuration of a control system of a sheet separating device in a first embodiment. Fig. 2 is a block diagram showing the configuration of a banknote handling machine in the first embodiment. Fig. 3 is a side view of an important part of the sheet separating device in the first embodiment. Fig. 4 is an AA arrow view of the sheet separating device in the first embodiment. Fig. 5 is a flow chart showing the flow of the engagement amount adjustment processing in the first embodiment. ‘23 1358684 27194pif Fig. 6 is a flowchart showing the flow of the meshing amount adjustment processing in the second embodiment. [Description of main component symbols] I: Banknote handling machine • 2: Visitors 3, 3a, 3b, 3c: Treasury 4: Transport path 5: Identification unit • 6: Paper separation device 7: RJ Box 8: General storage unit II : calendar unit 12 : clock unit 13 : temperature sensor unit 14 : transport state monitoring sensor unit 15 : separating unit • 16: brake roller moving unit 17 : memory unit 18 : control unit 61 : collecting plate 62 : taking Paper rollers 62a, 63a: friction members 63, 63b, 63c: paper feed parents 64, 64b: gates fortunes 24 1358684 27194pif 64a: adjustment motor 64c: coupling member 65: first roller 66: banknote guide 67: transport state monitoring Sensors 67a, 67b: transport monitoring sensor 181: adjustment determination unit
Sla〜S13a、Sib〜S15b :步驟 25Sla~S13a, Sib~S15b: Step 25
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| JP2007251768A JP4877178B2 (en) | 2007-09-27 | 2007-09-27 | Paper sheet separator |
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| TW200915232A TW200915232A (en) | 2009-04-01 |
| TWI358684B true TWI358684B (en) | 2012-02-21 |
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| KR (1) | KR100963474B1 (en) |
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| JP6834472B2 (en) * | 2016-12-27 | 2021-02-24 | 沖電気工業株式会社 | Media separator, media storage and media trading equipment |
| CN107422753B (en) * | 2017-07-21 | 2021-01-01 | 深圳怡化电脑股份有限公司 | Intelligent banknote sorting pressure adjusting system and method |
| JP6612308B2 (en) * | 2017-12-01 | 2019-11-27 | キヤノン電子株式会社 | Sheet feeding apparatus and image reading apparatus |
| JP6968692B2 (en) * | 2017-12-27 | 2021-11-17 | 日立チャネルソリューションズ株式会社 | Media processing equipment |
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| JP2710590B2 (en) * | 1995-07-27 | 1998-02-10 | 甲府日本電気株式会社 | Printing paper transport device |
| JP2000061404A (en) * | 1998-08-19 | 2000-02-29 | Hitachi Ltd | Paper sheets separating mechanism |
| JP2000136035A (en) * | 1998-10-30 | 2000-05-16 | Fuji Xerox Co Ltd | Sheet material feeding device |
| JP2002225228A (en) * | 2001-01-31 | 2002-08-14 | Mitsubishi Heavy Ind Ltd | Paper presser of swing type |
| JP2003146472A (en) * | 2001-11-16 | 2003-05-21 | Omron Corp | Carry-testing medium and carry test method |
| JP4111120B2 (en) * | 2003-10-31 | 2008-07-02 | 沖電気工業株式会社 | Paper sheet feeding device |
-
2007
- 2007-09-27 JP JP2007251768A patent/JP4877178B2/en not_active Expired - Fee Related
-
2008
- 2008-05-20 TW TW097118531A patent/TW200915232A/en not_active IP Right Cessation
- 2008-07-03 KR KR1020080064232A patent/KR100963474B1/en not_active IP Right Cessation
- 2008-07-18 CN CN2008101320317A patent/CN101397095B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN101397095A (en) | 2009-04-01 |
| CN101397095B (en) | 2012-07-04 |
| KR100963474B1 (en) | 2010-06-17 |
| JP4877178B2 (en) | 2012-02-15 |
| KR20090032941A (en) | 2009-04-01 |
| TW200915232A (en) | 2009-04-01 |
| JP2009083942A (en) | 2009-04-23 |
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| Date | Code | Title | Description |
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| MM4A | Annulment or lapse of patent due to non-payment of fees |