JPH09270049A - Detailed statement and bankbook printer - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make the printing mechanism of a bankbook handling mechanism simpler and more small-sized by making a conveyance path for a detailed statement join halfway with a conveyance path for conveying a bankbook and printing transaction contents on the detailed statement by the printer. SOLUTION: A switching gate 60 guides the detailed statement 61 to the bankbook conveyance path so as to print the transaction contents on the detailed statement 61, and is positioned where the bankbook conveyance path is shut off when the detailed statement 61 is guided to the bankbook conveyance path. After the contents are printed on the detailed statement 61, the switching gate 60 returns to an opening position and serves as a conveyance path at bankbook handling time, and the detailed statement 61 is inserted and carried to a reception opening 100. A cutter 59 cuts the detailed statement 61 to specific size, and the detailed statement 61 is set in a rolled state and clamped and carried by specific size through a detailed statement conveying roller 58. Further, a card handling mechanism which is arranged nearby the top of the bankbook printing mechanism carries a card 98 in a forward-rotation direction A and a reversing direction B under the driving control of a pulse motor M1.

Description

【発明の詳細な説明】Detailed Description of the Invention

【０００１】[0001]

【発明の属する技術分野】本発明は、例えば現金自動取
引装置に搭載される明細書，通帳取引装置に係り、明細
書，通帳の取引内容印字装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a statement and passbook transaction apparatus mounted on, for example, an automated teller machine, and more particularly to a statement and passbook transaction content printing apparatus.

【０００２】[0002]

【従来の技術】従来、現金自動取引装置で使用されてい
る取引内容処理装置としての明細書印字装置，通帳印字
装置は、特開昭61−275994号や特開平5−131728 号公報
に示すように、明細書処理装置，通帳処理装置が別々、
左右に配置されていたので、印字装置は明細書用，通帳
用というように個別に必要であった。2. Description of the Related Art A statement printing device and a passbook printing device as transaction contents processing devices used in an automatic teller machine have hitherto been disclosed in JP-A-61-275994 and JP-A-5-131728. In addition, separate statement processing device and passbook processing device,
Since they were placed on the left and right, printing devices were required separately for specifications and passbooks.

【０００３】[0003]

【発明が解決しようとする課題】近年、現金自動取引装
置は、設置台数の増加に伴い小形，低価格，使い易さ等
で著しく進歩をしている。例えば、紙幣取扱い機構で
は、入金紙幣を出金用紙幣として使用する還流機構によ
って、資金の有効活用と装置の小形化を実現している。
また、カード，明細書取扱い機構では、カードに刻印し
てあるエンボスを明細書に転写しないで、光学的に読み
取る方式とするとともに、利用客が受け取る明細書も２
パーツのノーカーボン複写用紙を感熱ロール紙で、かつ
用紙寸法を小さくし、そこに印字する印字機構もドット
インパクトプリンターを小形のサーマルラインプリンタ
にすることで機構の簡素化，小形化を図っている。通帳
取扱い機構では、自動ページめくり機構による処理時間
の短縮，印字機構をドットインパクトプリンタからレー
ザビームプリンタ（電子写真装置）とすることで静音
化，小形化を図っている。In recent years, the automated teller machine has made remarkable progress in size, low price, ease of use, etc., as the number of installed machines has increased. For example, in a banknote handling mechanism, a return mechanism that uses a deposited banknote as a banknote for withdrawal realizes effective use of funds and downsizing of the device.
In addition, in the card and statement handling mechanism, the embossed mark on the card is not transferred to the statement, but is optically read, and the statement received by the customer is also 2
The carbon-free copy paper of the parts is a heat-sensitive roll paper, the paper size is made small, and the printing mechanism for printing on it is also simplified and downsized by changing the dot impact printer to a small thermal line printer. . In the passbook handling mechanism, the automatic page-turning mechanism shortens the processing time, and the printing mechanism is changed from a dot impact printer to a laser beam printer (electrophotographic device) to reduce noise and reduce size.

【０００４】本発明の目的は、従来のカード，明細書取
扱い機構の印字機構と通帳取扱い機構の印字機構をさら
に簡素化，小形化を図ることにある。An object of the present invention is to further simplify and downsize the conventional card, the printing mechanism of the statement handling mechanism and the printing mechanism of the passbook handling mechanism.

【０００５】[0005]

【課題を解決するための手段】本発明は、明細書取扱い
機構と通帳取扱い機構それぞれに設置してあった取引内
容を印字するための印字装置を、１台で兼用できる機構
の構成とする。SUMMARY OF THE INVENTION The present invention has a structure in which one printer can be used as a printing device for printing transaction contents installed in each of a statement handling mechanism and a passbook handling mechanism.

【０００６】従来、現金自動取引装置の取引内容を印字
する印字装置は、明細書処理装置，通帳処理装置が別々
に配置されていたので、明細書用，通帳用それぞれ専用
に必要であり、明細書処理装置，通帳処理装置の小形
化，低コスト化の障害になっていた。本発明は、通帳処
理装置の通帳搬送路に明細書の搬送路を合流させて、通
帳処理装置の印字装置で明細書にも印字できる機構の構
成としたものであり、これにより、印字装置が１台少な
く、小形，低コストの明細書，通帳処理装置を実現でき
る。また、従来、左右に配置されていた利用客が取扱う
カード，明細書，通帳の出入口が、上下に配置できるの
で、現金入出金口，操作部と配置した場合、利用客の操
作範囲を集中化でき操作性の向上も期待できる。Conventionally, since the statement processing device and the passbook processing device are separately arranged in the printing device for printing the transaction contents of the automatic teller machine, it is necessary for each of the statement and the passbook. This has been an obstacle to downsizing and cost reduction of the book processor and passbook processor. The present invention has a structure of a mechanism in which a statement conveying path is merged with a passbook conveying path of a passbook processing apparatus so that the printing apparatus of the passbook processing apparatus can also print a statement. It is possible to realize a compact, low-cost statement and passbook processing device with only one unit. In addition, the cards, statements, and passbooks that are handled by the users, which were conventionally placed on the left and right, can be placed above and below each other, so when the cash deposit / withdrawal port and the operating unit are placed, the operating range of the users is centralized. It is possible to expect improved operability.

【０００７】[0007]

【発明の実施の形態】以下、本発明の実施例を図面にし
たがって説明する。図１には、印字機構として電子写真
装置を使用した明細書，通帳印字機構例１を、図２に
は、印字機構としてドットインパクトプリンタを使用し
た明細書，通帳印字機構例２を示してある。図３には現
金自動取引装置の全体を示してある。装置本体１の構成
は、紙幣取扱い機構の紙幣入出金口１４，紙幣入出金口
１４に誤って投入された硬貨を返却する硬貨返却口１
６，操作ボタン，案内表示を有する操作部１５，カード
取扱い機構のカード挿入口５０，利用客にカードの挿
入，受け取りを知らせるランプ９，明細書，通帳を取扱
う明細書，通帳取扱い機構の明細書，通帳挿入，受取口
１００，利用客に明細書，通帳の挿入，受け取りを知ら
せるランプ１１，硬貨取扱い機構の硬貨入出金口１３，
入金，出金等の可能な取引業務を表示する案内表示部
４，係員呼出しボタン５，利用客の有無を検知するセン
サ８を設けてある。また、装置本体１内の各機構の保守
点検用として、前面下扉２，前面上扉３，後面扉（図示
せず）は、専用の鍵６，７を利用して開閉できるように
設けてある。BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows a specification using an electrophotographic apparatus as a printing mechanism, a passbook printing mechanism example 1, and FIG. 2 shows a specification using a dot impact printer as a printing mechanism, a passbook printing mechanism example 2. . FIG. 3 shows the entire automated teller machine. The structure of the apparatus main body 1 includes a coin deposit / withdrawal port 14 of a bill handling mechanism, and a coin return port 1 for returning a coin erroneously inserted into the bill deposit / withdrawal port 14.
6, operation buttons, an operation unit 15 having a guide display, a card insertion opening 50 of the card handling mechanism, a lamp 9 for informing the customer of the insertion and receipt of the card, a statement, a statement for handling a passbook, a statement for the passbook handling mechanism. , Passbook insertion / reception port 100, statement to user to insert / passbook, reception lamp 11, coin deposit / withdrawal port 13 of coin handling mechanism,
A guide display section 4 for displaying transaction services such as deposit and withdrawal, an attendant call button 5, and a sensor 8 for detecting the presence or absence of a customer are provided. Further, for maintenance and inspection of each mechanism in the apparatus main body 1, the front lower door 2, the front upper door 3, and the rear door (not shown) are provided so that they can be opened and closed by using the dedicated keys 6 and 7. is there.

【０００８】図１の電子写真装置を使用した明細書，通
帳印字機構例１は、明細書９９，通帳１３７の挿入，受
取口１００，搬送ローラ１０２，１０３，１０６，１０
７，１２２，１２４，１２６，１２７，磁気ヘッド１０
４，磁気認識部１３０，読み取りセンサ１０５，読み取
り認識部１３１,駆動モータ１０８,感光ドラム１１１，
帯電器１１５，レーザまたはLED113，現像器１１２，搬
送および定着ローラ１２５，転写ローラ１１７，ばね１
１９，駆動源１１８，ペーパガイド１０９，１３２，デ
ータインターフェイス１３４，演算部１３５，制御部１
３６，センサ１０１，１１０，１２１よりなっている。
切替ゲート６０は、明細書に取引内容を印字するため通
帳搬送路に明細書を案内するためのものであり、通帳搬
送路に明細書を案内する際には、図示の実線のような通
帳搬送路を遮断する位置となる。明細書への印字が終了
すると、切替ゲート６０は図示の破線の位置に戻り、通
帳取扱い時の搬送路となり、明細書が挿入，受取口に搬
送される。カッタ５９は明細書を所定の寸法に切断する
ためのものである、明細書６１は、ロール状態でセット
されており、何箇所かに設けた明細書搬送ローラ５８，
５９によって、所定の寸法分だけ挟持搬送される。The description 1 and the passbook printing mechanism example 1 using the electrophotographic apparatus of FIG. 1 include a description 99, a passbook 137 insertion, a receiving port 100, and conveying rollers 102, 103, 106, 10.
7, 122, 124, 126, 127, magnetic head 10
4, magnetic recognition unit 130, reading sensor 105, reading recognition unit 131, drive motor 108, photosensitive drum 111,
Charging device 115, laser or LED 113, developing device 112, conveyance and fixing roller 125, transfer roller 117, spring 1
19, drive source 118, paper guides 109 and 132, data interface 134, calculation unit 135, control unit 1
36, and sensors 101, 110, 121.
The switching gate 60 is for guiding the statement to the passbook conveyance path in order to print the transaction contents on the statement, and when guiding the statement to the passbook conveyance path, a passbook conveyance like the solid line in the figure is shown. It is a position that blocks the road. When the printing on the statement is completed, the switching gate 60 returns to the position shown by the broken line in the drawing, and serves as a transport path for handling the passbook, and the statement is inserted and transported to the receiving port. The cutter 59 is for cutting the specification into a predetermined size. The specification 61 is set in a roll state, and the specification conveying rollers 58, which are provided at several places,
By 59, it is nipped and conveyed by a predetermined size.

【０００９】明細書，通帳印字機構の上部に近接して配
置するカード取扱い機構は、カード９８の挿入，受取口
５０，何箇所かに設けた搬送ローラ５１，５２，磁気ヘ
ッド５３，エンボス読み取り部５４，カード回収部５５
で搬送路５６が構成され、パルスモータＭ１の駆動制御
によって、正転Ａ方向，逆転Ｂ方向にカード９８を搬送
する。The card handling mechanism arranged near the upper part of the statement and passbook printing mechanism includes the insertion of the card 98, the receiving port 50, the conveying rollers 51 and 52 provided at some places, the magnetic head 53, and the emboss reading section. 54, card collecting unit 55
The transport path 56 is constituted by, and the card 98 is transported in the forward rotation A direction and the reverse rotation B direction by the drive control of the pulse motor M1.

【００１０】図２のドットインパクトプリンタを使用し
た明細書，通帳印字機構例２の構成は次のとおりであ
る。部材１００は、明細書９９，通帳１３７の挿入，受
取口である。通帳の搬送路途中に設けてある磁気ヘッド
３３は、通帳１３７の裏表紙（または表紙）に貼付され
た磁気ストライプの情報の読み，書きを行う。磁気ヘッ
ド３３に対向する位置に設けたローラ３４は、ばねを介
して、搬送されてくる通帳を磁気ヘッド３３に押し付け
るための、読み取りセンサ４０は、通帳の頁マーク，印
字済み行を示すマークを読み取る。通帳搬送路は、何箇
所かに設けた搬送ローラ３１，３２，上下の搬送ガイド
３５，３６で構成され、パルスモータＭ２の駆動制御に
よって、正転Ａ方向，逆転Ｂ方向に通帳１３７を搬送す
る。切替ゲート３７は、明細書に取引内容を印字するた
め通帳搬送路に明細書を案内するためのものであり、通
帳搬送路に明細書を案内する際には、図示の実線のよう
な通帳搬送路を遮断する位置となる。明細書への印字が
終了すると、切替ゲート３７は図示の破線の位置に戻
り、通帳取扱い時の搬送路となり、明細書が挿入，受取
口に搬送される。カッタ５９は明細書を所定の寸法に切
断するためのものである。明細書６１は、ロール状態で
セットされており、何箇所かに設けた明細書搬送ローラ
５８，５９によって、所定の寸法分だけ挟持搬送され
る。搬送路上のプラテン３８は、ドットインパクトプリ
ンタ印字ヘッド３９に対向する位置にあり、印字時に通
帳１３７を下から支持する。カードの取扱い機構は、図
１と同様である。なお、取引実施例としては、図１にお
ける装置における動作を以下、説明する。The configuration of the statement and passbook printing mechanism example 2 using the dot impact printer of FIG. 2 is as follows. The member 100 is an insertion / reception port for the statement 99 and the passbook 137. A magnetic head 33 provided on the way of the passbook transporting path reads and writes information on the magnetic stripe attached to the back cover (or cover) of the passbook 137. A roller 34 provided at a position facing the magnetic head 33 presses the conveyed passbook against the magnetic head 33 via a spring. The reading sensor 40 provides a page mark of the passbook and a mark indicating a printed line. read. The passbook conveyance path is composed of conveyance rollers 31 and 32 provided at several places and upper and lower conveyance guides 35 and 36, and conveys the passbook 137 in the forward rotation A direction and the reverse rotation B direction by the drive control of the pulse motor M2. . The switching gate 37 is for guiding the statement to the passbook conveyance path in order to print the transaction contents on the statement, and when guiding the statement to the passbook conveyance path, the passbook conveyance like the solid line in the figure is shown. It is a position that blocks the road. When the printing on the statement is completed, the switching gate 37 returns to the position shown by the broken line in the figure, and serves as a transport path for handling the passbook, and the statement is transported to the insertion / reception port. The cutter 59 is for cutting the specification into a predetermined size. The statement 61 is set in a roll state, and is nipped and conveyed by a predetermined dimension by statement conveying rollers 58 and 59 provided at several places. The platen 38 on the conveyance path is at a position facing the dot impact printer print head 39, and supports the passbook 137 from below during printing. The card handling mechanism is the same as in FIG. As a transaction example, the operation of the apparatus in FIG. 1 will be described below.

【００１１】まず、入金取引を例として、本発明の通帳
処理動作を説明する。利用客が、操作部１５を操作し
て、入金取引を選択すると、通帳取扱い機構は、利用客
が通帳１３７を通帳挿入部１００に挿入すると、通帳１
３７を通帳取扱い機構内部に取り込む。磁気ヘッド１０
４は、通帳１３７の裏表紙（または表紙）に貼付された
磁気ストライプの情報の読み，書きを行うものであり、
その認識部１３０で認識を行う。読み取りセンサ１０５
は、通帳の頁マーク，印字済み行を示すマークを読み取
るものであり、その認識部１３１で認識を行う。通帳が
正常に認識できれば、操作部１５には利用客に紙幣の入
金処理動作の説明を操作部に表示し、紙幣取扱い機構の
紙幣入金口１４が開き、入金口への紙幣の投入が行われ
れば、これらを計数するという処理を行う。紙幣取扱い
機構２で処理した金額と利用客が投入した金額が一致
し、これを利用客が確認して、入金計数が確定すると、
この入金取引を通帳に印字する動作に入る。印字動作は
次のとおりである。通帳の厚さは、厚さ検知センサ１１
０で検知し、その検知データをインターフェイス１３４
に送る。演算部１３５では、転写ローラ１１７に必要な
押圧力とそれに必要なばねの初期変形量を求めて、駆動
源１１８の移動量を割り出し制御部１３６にそのデータ
を送る。その結果に基づいて制御部１３６は、可変高電
圧電源１２０を制御する。印字データは、演算部１３５
でフォント展開がはかられており、帯電器１１５によっ
て帯電された感光ドラム１１１上に、レーザまたはLED1
13と現像器１１２によってトナー像が形成される。この
トナー像は、感光ドラム１１１と転写ローラ１１７の間
に可変高電圧電源１２０によってかけられた電界によっ
て通帳１３７上に転写する。次に、通帳１３７は下流の
定着器１２５，駆動源１２３とばね１２４，搬送ローラ
１２２によって定着される。この際、演算部１３５は、
厚さ検知センサ１１０の情報および搬送速度等の情報よ
り通帳１３７に加える定着圧力を判断し、駆動源１２３
を制御して適正な転写圧力を通帳１３７に加える。取引
内容印字終了とともに、通帳１３７はＢ方向に搬送され
通帳挿入口100に送り返されて、利用客が受け取れる位
置まで戻り、これを利用客が受け取ると取引きが終了す
る。First, the passbook processing operation of the present invention will be described by taking a deposit transaction as an example. When the user operates the operation unit 15 and selects the deposit transaction, the passbook handling mechanism causes the passbook 1 to operate when the user inserts the passbook 137 into the passbook insertion unit 100.
37 is taken into the passbook handling mechanism. Magnetic head 10
Reference numeral 4 is for reading and writing information of the magnetic stripe attached to the back cover (or cover) of the passbook 137.
The recognition unit 130 performs recognition. Reading sensor 105
Reads the page mark of the passbook and the mark indicating the printed line, and the recognition unit 131 recognizes the mark. If the passbook can be normally recognized, the operation unit 15 displays the explanation of the bill deposit processing operation to the user on the operation unit, the bill deposit port 14 of the bill handling mechanism is opened, and the bill is inserted into the deposit port. For example, a process of counting these is performed. When the amount processed by the banknote handling mechanism 2 matches the amount input by the customer, the user confirms this, and when the payment count is determined,
The operation of printing this deposit transaction on the passbook starts. The printing operation is as follows. The thickness of the passbook is the thickness detection sensor 11
0 is detected, and the detected data is interface 134
Send to The computing unit 135 obtains the pressing force required for the transfer roller 117 and the initial deformation amount of the spring required for the pressing force, and sends the data to the control unit 136 to determine the moving amount of the drive source 118. The control unit 136 controls the variable high-voltage power supply 120 based on the result. The print data is calculated by the calculation unit 135.
The fonts are expanded by the laser, and the laser or LED1 is placed on the photosensitive drum 111 charged by the charger 115.
A toner image is formed by 13 and the developing device 112. This toner image is transferred onto the passbook 137 by the electric field applied by the variable high voltage power supply 120 between the photosensitive drum 111 and the transfer roller 117. Next, the passbook 137 is fixed by the downstream fixing device 125, the driving source 123, the spring 124, and the conveying roller 122. At this time, the calculation unit 135
The fixing pressure applied to the passbook 137 is determined from the information of the thickness detection sensor 110 and the information such as the conveyance speed, and the driving source 123
Is controlled to apply an appropriate transfer pressure to the passbook 137. When the printing of the transaction contents is completed, the passbook 137 is conveyed in the direction B and sent back to the passbook insertion slot 100, and returns to a position where the customer can receive it. When the user receives this, the transaction ends.

【００１２】次にカードのみによる出金取引を例とし
て、本発明の明細書，通帳処理動作を説明する。利用客
が、操作部１５を操作して、出金取引を選択すると、カ
ード取扱い機構は、利用客がカード９８をカード挿入部
５０に挿入すると、カード９８をカード取扱い機構内部
Ａ方向に取り込む。パルスモータＭ１の駆動制御によっ
て、搬送ローラ５１，５２に挟持搬送されたカード９８
の磁気ストライプの情報を磁気ヘッド５３で読み取り、
正常なカードと判断され、操作部１５から入力される利
用客の暗証番号も正しいと判断されると、カードのエン
ボス読み取り部５４でカード９８のエンボスを読み取
り、一方で紙幣取扱い機構は利用客の出金要求金額を紙
幣入出金口１４に搬送する。この時、明細書９９は事前
に図示していないパルスモータの駆動制御によって、何
箇所かに設けた明細書搬送ローラ５８，５９がロール状
態から明細書を挟持搬送して、切替ゲート６０の切替
後、所定の寸法にカッタ５９で切断して、通帳搬送路に
搬送して、取引内容の明細書への印字が終了すると、切
替ゲート６０は図示の破線の位置に戻り、通帳取扱い時
の搬送路となり、明細書９９がＢ方向に搬送され挿入，
受取口に放出される。厚さの変化する通帳印字と異な
り、明細書は厚さが一定なので、事前に必要な情報を演
算部１３５に入力してあるので、厚さ検知センサ１１０
を通過させないでも印字動作を行うことができる。演算
部１３５では、事前に入力されている明細書の厚さか
ら、転写ローラ１１７に必要な押圧力とそれに必要なば
ねの初期変形量を求めて、駆動源１１８の移動量を割り
出し制御部１３６にそのデータを送る。その結果に基づ
いて制御部１３６は、可変高電圧電源１２０を制御す
る。印字データは、演算部１３５でフォント展開がはか
られており、帯電器１１５によって帯電された感光ドラ
ム１１１上に、レーザまたはLED113と現像器１１２によ
ってトナー像が形成される。このトナー像は、感光ドラ
ム１１１と転写ローラ117の間に可変高電圧電源１２０
によってかけられた電界によって明細書９９上に転写す
る。次に、明細書９９は下流の定着器１２５，駆動源１
２３とばね１２４，搬送ローラ１２２によって定着され
る。この際、演算部１３５は、厚さ検知センサ１１０の
情報および搬送速度等の情報より明細書９９に加える定
着圧力を判断し、駆動源１２３を制御して適正な転写圧
力を明細書９９に加える。カード９８のエンボスの読み
取りが正常に終了し、パルスモータＭ１の駆動制御によ
って搬送路５６をＢ方向に搬送させて返却されるカード
９８と印字の終了した明細書９９，入出金口１４にある
紙幣を、利用客が受け取り、取り引きが終了する。Next, the description and passbook processing operation of the present invention will be described by taking a withdrawal transaction using only a card as an example. When the user operates the operation unit 15 to select the withdrawal transaction, the card handling mechanism takes the card 98 in the direction A inside the card handling mechanism when the user inserts the card 98 into the card insertion unit 50. The card 98 nipped and conveyed by the conveyance rollers 51 and 52 by the drive control of the pulse motor M1.
Information of the magnetic stripe of is read by the magnetic head 53,
When it is determined that the card is a normal card and the user's personal identification number input from the operation unit 15 is also correct, the card emboss reading unit 54 reads the emboss of the card 98, while the bill handling mechanism is operated by the user. The requested withdrawal amount is conveyed to the banknote deposit / withdrawal port 14. At this time, the statement 99 is carried in advance by drive control of a pulse motor (not shown) so that statement carrying rollers 58 and 59 provided at several places nip and carry the statement from the roll state, and switch the switching gate 60. After that, after cutting to a predetermined size with a cutter 59 and conveying to the passbook conveyance path, when the printing of the transaction details on the statement is completed, the switching gate 60 returns to the position of the broken line in the figure, and the conveyance at the time of handling the passbook. It becomes a path and the statement 99 is conveyed in the direction B and inserted,
It is released to the receiving port. Unlike the passbook printing in which the thickness changes, the thickness of the statement is constant, so the necessary information is input to the arithmetic unit 135 in advance.
The printing operation can be performed without passing through. The calculation unit 135 obtains the pressing force required for the transfer roller 117 and the initial deformation amount of the spring required for it from the thickness of the specification input in advance, and calculates the movement amount of the drive source 118 by the control unit 136. Send the data to. The control unit 136 controls the variable high-voltage power supply 120 based on the result. The print data is subjected to font development by the calculation unit 135, and a toner image is formed by the laser or the LED 113 and the developing device 112 on the photosensitive drum 111 charged by the charging device 115. This toner image is generated by the variable high voltage power source 120 between the photosensitive drum 111 and the transfer roller 117.
Transfer onto the description 99 by the electric field applied by Next, the specification 99 shows the fixing device 125 and the driving source 1 at the downstream.
It is fixed by 23, the spring 124, and the conveyance roller 122. At this time, the calculation unit 135 determines the fixing pressure applied to the statement 99 based on the information of the thickness detection sensor 110 and the information such as the transport speed, and controls the driving source 123 to apply an appropriate transfer pressure to the statement 99. . The card 98 that has been normally read by the embossing of the card 98 and is conveyed back in the B direction by the drive control of the pulse motor M1 and is returned, the printed statement 99 and the bill in the deposit / withdrawal port 14. Is received by the customer and the transaction ends.

【００１３】次にカードと通帳による出金取引を例とし
て、本発明の明細書，通帳処理動作を説明する。利用客
が、操作部１５を操作して、出金取引を選択すると、カ
ード取扱い機構は、利用客がカード９８をカード挿入部
５０に挿入すると、カード９８をカード取扱い機構内部
にＡ方向に取り込む。パルスモータＭ１の駆動制御によ
って、搬送ローラ５１，５２に挟持搬送されたカード９
８の磁気ストライプの情報を磁気ヘッド５３で読み取
り、正常なカードと判断され、操作部１５から入力され
る利用客の暗証番号も正しいと判断されると、カードの
エンボス読み取り部５４でカード９８のエンボスを読み
取り、一方で通帳取扱い機構は、利用客が通帳１３７を
通帳挿入部１００に挿入すると、通帳１３７を通帳取扱
い機構内部に取り込む。磁気ヘッド１０４は、通帳１３
７の裏表紙（または表紙）に貼付された磁気ストライプ
の情報の読み，書きを行うものであり、その認識部１３
０で認識を行う。読み取りセンサ１０５は、通帳の頁マ
ーク，印字済み行を示すマークを読み取るものであり、
その認識部１３１で認識を行う。通帳が正常に認識でき
れば、操作部１５には利用客に紙幣の出金処理動作の説
明を操作部に表示し、紙幣取扱い機構は利用客の出金要
求金額を紙幣入出金口１４に搬送する。出金計数が確定
すると、この出金取引を通帳に印字する動作に入る。印
字動作は次のとおりである。通帳の厚さは、厚さ検知セ
ンサ１１０で検知し、その検知データをインターフェイ
ス１３４に送る。演算部１３５では、転写ローラ１１７
に必要な押圧力とそれに必要なばねの初期変形量を求め
て、駆動源１１８の移動量を割り出し制御部１３６にそ
のデータを送る。その結果に基づいて制御部１３６は、
可変高電圧電源１２０を制御する。印字データは、演算
部１３５でフォント展開がはかられており、帯電器１１
５によって帯電された感光ドラム１１１上に、レーザま
たはLED113と現像器１１２によってトナー像が形成され
る。このトナー像は、感光ドラム１１１と転写ローラ１
１７の間に可変高電圧電源１２０によってかけられた電
界によって通帳１３７上に転写する。次に、通帳１３７
は下流の定着器１２５，駆動源１２３とばね１２４，搬
送ローラ１２２によって定着される。この際、演算部１
３５は、厚さ検知センサ１１０の情報および搬送速度等
の情報より通帳１３７に加える定着圧力を判断し、駆動
源１２３を制御して適正な転写圧力を通帳１３７に加え
る。取引内容印字終了とともに、通帳１３７はＢ方向に
搬送され通帳挿入口１００に送り返されて、利用客が受
け取れる位置まで戻るカード９８のエンボスの読み取り
が正常に終了し、パルスモータＭ１の駆動制御によって
搬送路５６をＢ方向に搬送させて返却されるカード９８
と印字の終了した明細書，入出金口１４にある紙幣を、
利用客が受け取り、取り引きが終了する。Next, the statement and passbook processing operation of the present invention will be described by taking a withdrawal transaction using a card and a passbook as an example. When the user operates the operation unit 15 and selects a withdrawal transaction, the card handling mechanism takes the card 98 into the card handling mechanism in the direction A when the user inserts the card 98 into the card insertion unit 50. . The card 9 nipped and conveyed by the conveyance rollers 51 and 52 by the drive control of the pulse motor M1.
When the information of the magnetic stripe 8 is read by the magnetic head 53, it is determined that the card is normal, and the user's personal identification number input from the operation unit 15 is also correct, the card emboss reading unit 54 reads the card 98 The emboss is read, while the passbook handling mechanism inserts the passbook 137 into the passbook handling mechanism when the customer inserts it into the passbook insertion unit 100. The magnetic head 104 is the passbook 13
The information of the magnetic stripe attached to the back cover (or cover) of No. 7 is read and written, and its recognition unit 13
Recognition is performed with 0. The reading sensor 105 reads a page mark of a passbook and a mark indicating a printed line,
The recognition unit 131 performs recognition. If the passbook can be recognized normally, the operation unit 15 displays the explanation of the bill withdrawal processing operation to the user on the operation unit, and the bill handling mechanism conveys the withdrawal request amount of the user to the bill deposit / withdrawal port 14. . When the withdrawal count is confirmed, the operation of printing this withdrawal transaction on the passbook starts. The printing operation is as follows. The thickness of the passbook is detected by the thickness detection sensor 110, and the detection data is sent to the interface 134. In the calculation unit 135, the transfer roller 117
The required pressing force and the required initial deformation amount of the spring are calculated, the movement amount of the drive source 118 is calculated, and the data is sent to the control unit 136. Based on the result, the controller 136
The variable high voltage power supply 120 is controlled. The print data is subjected to font expansion by the calculation unit 135, and the charger 11
A toner image is formed on the photosensitive drum 111 charged by 5 by the laser or the LED 113 and the developing device 112. This toner image is formed on the photosensitive drum 111 and the transfer roller 1.
Transfer to the passbook 137 by the electric field applied by the variable high voltage power supply 120 during 17. Next, passbook 137
Is fixed by a fixing device 125, a driving source 123, a spring 124, and a conveying roller 122 on the downstream side. At this time, the calculation unit 1
Reference numeral 35 determines the fixing pressure applied to the passbook 137 based on the information of the thickness detection sensor 110 and the information such as the conveyance speed, and controls the drive source 123 to apply an appropriate transfer pressure to the passbook 137. Upon completion of printing the transaction contents, the passbook 137 is conveyed in the B direction and sent back to the passbook insertion slot 100, and returned to the position where the customer can receive it. The emboss reading of the card 98 is normally completed, and the passbook 137 is conveyed by the drive control of the pulse motor M1. A card 98 that is returned by transporting the road 56 in the B direction
And the printed statement, the banknote in the deposit / withdrawal port 14,
The customer receives it and the transaction ends.

【００１４】[0014]

【発明の効果】本発明によれば、通帳処理装置の通帳搬
送路に明細書の搬送路を合流させて、通帳処理装置の印
字装置で明細書にも印字できる機構の構成としたもので
あり、これにより、印字装置が１台少なく、小形，低コ
ストの明細書，通帳処理装置を実現できる。また、従
来、左右に配置されていた利用客が取扱うカード，明細
書，通帳の出入口が、上下に配置できるので、現金入出
金口，操作部と配置した場合、利用客の操作範囲を集中
化でき操作性の向上も期待できる。As described above, according to the present invention, the transfer path of the statement is merged with the passbook transfer path of the passbook processing apparatus so that the printer of the passbook processing apparatus can also print the statement. As a result, it is possible to realize a compact and low-cost statement and passbook processing device with one less printing device. In addition, the cards, statements, and passbooks that are handled by the users, which were conventionally placed on the left and right, can be placed above and below each other, so when the cash deposit / withdrawal port and the operating unit are placed, the operating range of the users is centralized. It is possible to expect improved operability.

【図面の簡単な説明】[Brief description of drawings]

【図１】通帳印字機構例１の説明図。FIG. 1 is an explanatory diagram of a passbook printing mechanism example 1.

【図２】通帳印字機構例２の説明図。FIG. 2 is an explanatory diagram of a passbook printing mechanism example 2.

【図３】現金自動取引装置の斜視図。FIG. 3 is a perspective view of an automatic teller machine.

【符号の説明】[Explanation of symbols]

１…現金自動取引装置、１４…紙幣入出金口、５０…カ
ード挿入口、１００…明細書，通帳挿入受取口、１０４
…磁気ヘッド、１１１…感光ドラム、１１２…現像器、
１１３…レーザまたはＬＥＤ、１１５…帯電器。DESCRIPTION OF SYMBOLS 1 ... Automated teller machine, 14 ... Banknote deposit / withdrawal port, 50 ... Card insertion port, 100 ... Statement, Passbook insertion receiving port, 104
... magnetic head, 111 ... photosensitive drum, 112 ... developing device,
113 ... Laser or LED, 115 ... Charger.

───────────────────────────────────────────────────── フロントページの続き (72)発明者 望月 明 茨城県土浦市神立町502番地 株式会社日 立製作所機械研究所内 (72)発明者 古殿 益夫 茨城県土浦市神立町502番地 株式会社日 立製作所機械研究所内 (72)発明者 大原 俊一 茨城県土浦市神立町502番地 株式会社日 立製作所機械研究所内 (72)発明者 市川 良一 茨城県土浦市神立町502番地 株式会社日 立製作所機械研究所内 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Akira Mochizuki 502 Jinritsu-cho, Tsuchiura-shi, Ibaraki Hiritsu Manufacturing Co., Ltd.Mechanical Research Institute (72) Inventor Masuo Koden 502 Jinritsu-cho, Tsuchiura-shi, Ibaraki Hiritsu Manufacturing Co., Ltd. Machinery Research Institute (72) Inventor Shunichi Ohara 502 Jinritsucho, Tsuchiura City, Ibaraki Prefecture Hiritsu Manufacturing Co., Ltd.Mechanical Research Laboratory (72) Inventor Ryoichi Ichikawa 502 Jinritsucho, Tsuchiura City, Ibaraki Hiritsu Manufacturing Co., Ltd.

Claims (1)

【特許請求の範囲】[Claims] 【請求項１】磁気記録部を有する通帳を受け入れるため
の挿入口と、受け入れた通帳を搬送する搬送路と、前記
搬送路上にあって前記通帳の前記磁気記録部に記録され
ている磁気情報を読み取り，書き込むための読み取り，
書き込み装置と、前記搬送路上にあって前記通帳の印字
すべきページ，行を検出するための読み取り装置と、前
記搬送路上にあって取引内容を前記通帳に印字するため
の印字装置を有する通帳処理装置において、明細書の前
記搬送路を前記通帳を搬送する前記搬送路の途中に合流
させ、前記印字装置で取引内容を前記明細書にも印字す
ることを特徴とする明細書，通帳処理装置。1. An insertion opening for receiving a passbook having a magnetic recording section, a conveyance path for conveying the accepted passbook, and magnetic information recorded on the magnetic recording section of the passbook on the conveyance path. Read, read to write,
Passbook processing including a writing device, a reading device on the transport path for detecting pages and lines to be printed in the passbook, and a printing device on the transport path for printing transaction details on the passbook In the apparatus, the statement and passbook processing apparatus, characterized in that the transfer path of the statement is merged in the middle of the transfer path for transferring the passbook, and the transaction details are also printed on the statement by the printing device.