JP4270677B2 - Passbook / slip printer - Google Patents

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JP4270677B2
JP4270677B2 JP29260399A JP29260399A JP4270677B2 JP 4270677 B2 JP4270677 B2 JP 4270677B2 JP 29260399 A JP29260399 A JP 29260399A JP 29260399 A JP29260399 A JP 29260399A JP 4270677 B2 JP4270677 B2 JP 4270677B2
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Japan
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passbook
slip
conveyance path
path
processing
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JP2001114465A (en
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秀之 梅野
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Fujitsu Ltd
Fujitsu Frontech Ltd
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Fujitsu Ltd
Fujitsu Frontech Ltd
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Description

【0001】
【発明の属する技術分野】
本発明は通帳・伝票プリンタに関するものである。
【0002】
【従来の技術】
机に印字部、および搬送路を埋め込んだ通帳・伝票プリンタの従来例を図6に示す。この従来例において、机11の天板10の前端面には通帳挿入口12と伝票挿入口13が開設され、各々の挿入口12、13から挿入された処理対象媒体は机11内部に形成された搬送路14、14’を経由して印字部1に搬送され、該印字部1での処理が行われた後、天板10の前端面に形成された通帳排出口12a、あるいは伝票排出口13aから排出される。
【0003】
しかし、上述した従来例において、机11内部には各媒体に対応する印字部1が個別に設けられているために、机11の容積が大きくなる上に、コストの上昇を招来するという問題がある。
【0004】
一方、通帳、および伝票の印字部1を共通化させることは、比較的大型の専用機において実現されており、図7(a)に示す構成を取る。すなわち、この例において、印字部1には通帳搬送路6と伝票搬送路8が合流しており、印字部1の排出端に排出用搬送路14が接続される。通帳搬送路6の端部に形成された通帳挿入口12から通帳を挿入し、伝票搬送路8の伝票挿入口13から伝票を挿入すると、まず、通帳が印字部1に搬送されて印字処理され、排出用搬送路14を経由してスタッカ9に排出され、この後、伝票搬送路8で待機していた伝票を印字部1まで搬送して印字部1での処理が行われ、スタッカ9に搬送される。
【0005】
しかし、上述した従来例においては、媒体3の搬送経路長が長くなるために、処理時間が長くなるという欠点がある。また、図7(b)に示すように、これをそのまま机11の中に組み込もうとすると、机11の内部での占有容積が大きくなり、例えば規格化された机には組み込めないという欠点がある。
【0006】
【発明が解決しようとする課題】
本発明は、以上の欠点を解消すべくなされたものであって、印字部、あるいはその周辺機器の共用化をすることにより製造コストを低減させることができ、かつ、小型化が可能な通帳・伝票プリンタの提供を目的とする。
【0007】
【課題を解決するための手段】
本発明によれば上記目的は、
終端に印字部1を備えた正逆双方向搬送可能な処理搬送路2に接続され、印字部1での処理が終了した媒体3を排出する排出搬送路4と、
第1ゲート5を介して排出搬送路4に合流する通帳搬送路6と、
第2ゲート7を介して排出搬送路4に合流する伝票搬送路8とを有し、
処理搬送路2の逆方向搬送操作時に第1、第2ゲート5、7の接続先搬送路を排出搬送路4に切り替えて印字部1で処理済みの通帳3Aと伝票3Bを排出搬送路4に順次送り込む通帳・伝票プリンタを提供することにより達成される。
【0008】
通帳挿入口12、および伝票挿入口13に通帳3Aと伝票3Bを各々挿入すると、まず、いずれか一方が処理搬送路2に搬送され、処理搬送路2は対象媒体3(本明細書において、通帳3A、および伝票3Bの双方、あるいは特定されないいずれか一方を指すときは、通帳3A、あるいは伝票3Bを「媒体3」と呼ぶ。)を印字部1側に搬送し、印字部1での処理が行われる。処理搬送路2は媒体3を印字部1側に搬送する(以下、「正方向搬送」)以外に、処理搬送路2の始端側に搬送する(以下、「逆方向搬送」)ことが可能であり、媒体3への印字処理が終了すると、処理搬送路2は逆方向搬送駆動される。処理搬送路2の逆方向搬送駆動により、第1、第2ゲート5、7は通帳搬送路6、および伝票搬送路8との接続経路を閉塞するために、印字済み媒体3は、排出搬送路4に送り込まれ、例えば机上のスタッカ9に排出される。
【0009】
この後、第1、第2ゲート5、7は初期状態、すなわち、通帳搬送路6、および伝票搬送路8に排出搬送路4を接続した状態に復帰し、他の媒体3を処理搬送路2に搬送して印字処理を行い、上述したと同様の手順でスタッカ9に排出する。
【0010】
したがって本発明において、印字後の媒体3をさらに正搬送方向に搬送してスタッカ9に搬送する必要がなくなるために、搬送路の占める領域が小さくなり、装置の小型化が可能になる。とりわけ、通帳3Aは剛性が高いために、図7に示すように、正方向に送る場合には、屈曲部での屈曲半径Rを大きく取る必要があり、机11等に組み込む場合には、この部分の占める容積が過大になるが、通帳搬送路6の送り方向に向かって逆方向搬送する本発明においては、余分のスペースを設けることなく、図5(b)に示すように、屈曲部に大きな屈曲半径Rを設定できるため、装置の小型化にとって格別の効果がある。
【0011】
また、通帳・伝票プリンタは、通帳搬送路6を正逆双方向搬送可能とし、
かつ、第1ゲート5は処理搬送路2の逆方向搬送操作時に通帳搬送路6と排出搬送路4のいずれかを選択可能にすることが可能に構成することができる。この場合、通帳3Aの磁気ストライプ情報の読み取り操作を行った後、印字部1での処理を行い、さらに、通帳3Aを通帳搬送路6に搬送して待機させ、次いで、伝票3Bの印字処理を行った後、通帳3Aの磁気ストライプ情報の更新(書き込み)を行って該通帳3Aをスタッカ9に排出することができる。この結果、通帳・伝票プリンタにおける処理を、通帳3Aの磁気ストライプ情報の読み取り、伝票3Bへの印字、上記磁気ストライプ情報の更新(書き込み)という手順で行う場合にも、磁気ストライプ書き込み装置を排出搬送路4上に別途配置する必要がなくなるために、より小型化が可能になる。
【0012】
加えて、伝票搬送路8が正逆双方向搬送可能であり、
かつ、前記第2ゲート7は処理搬送路2の逆方向搬送操作時に伝票搬送路8と排出搬送路4のいずれかを選択可能な通帳・伝票プリンタを構成した場合には、印字部1で処理済みの媒体3を一旦対応する搬送路に搬送して待機させ、他方を印字部1で処理する操作を繰り返すことができるために、処理の融通性を向上させることができる上に、処理速度も向上させることが可能になる。
【0013】
【発明の実施の形態】
図1、2に机11の中に組み込まれた机埋め込み式の通帳・伝票プリンタを示す。この実施の形態において、机11の天板10内部には処理搬送路2が形成され、処理搬送路2の終端部に印字部1が配置される。処理搬送路2は印字部1よりさらに後方側に延長され、スイッチバック用余長路2aが形成される。また、処理搬送路2に面して頁めくり装置15、およびイメージスキャナ16が配置され、処理搬送路2に搬送されてきた通帳3Aの頁めくり、および伝票3B、通帳3Aの印刷情報の読み取りが行われる。
【0014】
上記処理搬送路2の始端には通帳搬送路6が連結され、通帳搬送路6の始端は天板10の前端面に開放されて通帳挿入口12が形成される。天板10内には、通帳搬送路6に面して磁気ストライプリードライト装置17が配置され、通帳搬送路6上の通帳3Aの磁気ストライプの読み取り、あるいは書き込みができる。
【0015】
上記通帳搬送路6と処理搬送路2の連結部には印字部1での処理が終了した媒体3を天板10表面に搬送するための排出搬送路4の始端が連結される。排出搬送路4の終端は机11本体の天板10に開口して媒体排出口18が形成され、媒体排出口18の近傍には媒体排出口18から排出される媒体3を受けるためのスタッカ9が天板10表面に形成される。
【0016】
また、上記排出搬送路4には伝票搬送路8の終端が連結され、該伝票搬送路8の始端は天板10表面に開口して伝票挿入口13が形成される。
【0017】
上記処理搬送路2、通帳搬送路6、および排出搬送路4の合流部には第1ゲート5が設けられる。第1ゲート5は、通帳3Aが通帳搬送路6を処理搬送路2側に搬送されてきた際に該通帳3Aを処理搬送路2側にガイドし、処理搬送路2から通帳搬送路6側に搬送されてきた通帳3Aを通帳搬送路6、あるいは排出搬送路4のいずれかにガイドすることができるように構成される。
【0018】
図3に示すように、この実施の形態において、第1ゲート5は平行な上下ガイドプレート5a、5bからなり、処理搬送路2の始端近傍において回転操作可能に軸支される。第1ゲート5の上下ガイドプレート5a、5bの回転側端部は通帳搬送路6側に至っており、第1ゲート5を支軸5c周りに回転駆動することにより、図3(a)において実線で示す通帳搬送路連結位置と、図3(b)において実線で示す排出搬送路連結位置のいずれかに位置させることができる。図3(a)に示すように、第1ゲート5が通帳搬送路連結位置にある場合には、通帳搬送路6を図3(a)において矢印Aで示す正方向搬送された通帳3Aを処理搬送路2に受け渡すことができ、処理搬送路2を逆方向搬送(矢印B)されてきた媒体3は、第1ゲート5の位置により、通帳搬送路6、あるいは排出搬送路4のいずれかに受け渡される。搬送路間での媒体3の受け渡しの際に、媒体3に過度の折れ曲がりが生じないように、通帳搬送路6と処理搬送路2はほぼ一直線上に配置され、かつ、排出搬送路4は通帳搬送路6の正方向搬送方向に対して鋭角、すなわち、処理搬送路2の逆方向搬送方向に対して鈍角をなすように合流する。
【0019】
さらに、上記排出搬送路4と伝票搬送路8の合流位置には第2ゲート7が配置される。第2ゲート7は上述した第1ゲート5と同様に上下ガイドプレート7a、7bを有して支軸7c周りに回転可能に配置される。第2ゲート7は伝票搬送路8を正方向搬送される伝票3Bを伝票搬送路8連結位置で排出搬送路4に導き、排出搬送路4を媒体3が逆方向搬送されてきた際に搬送路開放位置に切り替わって媒体3の伝票搬送路8への乗り換えを禁止する。
【0020】
図4に示すように、上記各搬送路には媒体3を挟みつけて所定方向に搬送するための搬送ローラ対19が配置される。通帳搬送路6は正逆送方向に搬送操作が可能に構成され、通帳挿入口12近傍に配置される通帳クランプローラ対19Aと、複数の通帳搬送ローラ対19Bとを備える。通帳クランプローラ対19Aは、通帳挿入口12から挿入された通帳3Aの挿入先頭端縁近傍を捕捉し、所定タイミングまで通帳3Aをクランプして保持することができる。通帳搬送ローラ対19Bは正逆双方向に回転駆動可能であり、通帳3Aを処理搬送路2側に搬送し、あるいは、処理搬送路2から受け渡された通帳3Aを通帳挿入口12側に搬送することができる。この通帳搬送ローラ対19Bは上記通帳クランプローラ対19Aとは独立に駆動することができ、通帳クランプローラ対19Aにより通帳3Aを捕捉した状態で通帳搬送路6内の他の通帳3Aを正逆双方に搬送することができる。
【0021】
処理搬送路2は正逆双方向に回転駆動可能な複数の処理用搬送ローラ対19Cを有し、媒体3を印字部1側に搬送し、あるいは印字済みの媒体3を始端側に逆方向搬送することができる。
【0022】
排出搬送路4は、中継搬送ローラ対19Dと、排出搬送ローラ対19Eとを有する。中継搬送ローラ対19Dは伝票搬送路8との合流部に配置され、正逆送方向に回転駆動することができる。排出搬送ローラ対19Eは上記中継搬送ローラ対19Dに対して独立して正逆双方向搬送駆動が可能であり、さらに、停止させて伝票3Bを捕捉しておくことができる。
【0023】
伝票搬送路8は正方向駆動、および伝票3Bのクランプが可能な伝票搬送ローラ対19Fを有し、伝票挿入口13に挿入された伝票3Bを所定位置でクランプし、あるいは排出搬送路4側に搬送することができる。
【0024】
次に、以上のように構成される通帳・伝票プリンタの動作を説明する。まず、オペレータにより通帳挿入口12に通帳3Aが、伝票挿入口13に伝票3Bが挿入されると、通帳クランプローラ対19A、および伝票搬送ローラ対19Fが正方向に駆動されて媒体3を対応する搬送路内に吸入する。各搬送路内に処理中の媒体3がある際には、当該媒体3の処理が終了してスタックに排出されるまで、図4(a)において破線で示すように、通帳クランプローラ対19A、および伝票搬送ローラ対19Fは媒体3を搬送路に捕捉する。
【0025】
処理中の媒体3がない場合には、まず通帳3Aが通帳搬送ローラ対19Bにより磁気ストライプリード・ライト装置17まで正方向搬送されて通帳3Aの磁気ストライプ情報の読み取りが行われ、さらに、処理搬送路2側に搬送される。このとき、第1ゲート5は通帳搬送路連結位置にあり、通帳搬送路6を正方向搬送されてきた通帳3Aは図4(b)において矢印Cで示すように、処理搬送路2に受け渡される。
【0026】
処理搬送路2に受け渡された通帳3Aは、正方向搬送操作される処理搬送ローラ対19によりイメージスキャナ16まで搬送されて通帳3Aの頁情報等が読み込まれ、印字部1まで搬送される。印字部1において必要なら頁めくり装置15を利用して頁めくりが行われ、必要な印字処理が行われる。印字処理終了後、処理搬送ローラ対19は逆方向に回転駆動されて通帳3Aを始端側に逆方向搬送し、矢印Dで示すように、通帳搬送路6側に開放された第1ゲート5から通帳搬送路6に受け渡される。このとき、通帳搬送ローラ対19Bは逆方向駆動されて通帳3Aを磁気ストライプリード、ライト装置に搬送し、必要ならば当該磁気ストライプリード、ライト装置において磁気ストライプ情報の更新(書き込み)を行う。
【0027】
通帳3Aが通帳搬送路6に受け渡されて処理搬送路2が開放されると、第1ゲート5は排出搬送路連結位置に移動するとともに、伝票搬送ローラ対19Fと中継ローラ対19Dが正方向駆動され、クランプ中の伝票3Bを伝票搬送路8内に吸引する。このとき、第2ゲート7は伝票搬送路8連結位置に位置しており、正方向搬送された伝票3Bは図5(a)に示すように、第2ゲート7、第1ゲート5を経由して処理搬送路2に受け渡される。伝票3Bを受け取った処理搬送路2は、上述した通帳3Aに対する処理と同様の手順で印字処理を行った後、再び通帳3Aを始端側に逆方向搬送し、第1ゲート5を経由して排出搬送路4に受け渡す。この状態で第2ゲート7は搬送路開放位置に移動し、かつ、中継ローラ対19D、および排出搬送ローラ対19Eは逆方向駆動されており、伝票3Bは第2ゲート7を経由して排出搬送ローラ対19Eに受け渡された後、スタッカ9に排出される。
【0028】
伝票3Bが排出搬送路4に受け渡されて処理搬送路2が開放されると、第1ゲート5の切り替えが行われるとともに、通帳搬送ローラ対19Bが正方向駆動されて磁気ストライプリード・ライト装置17近傍で待機していた通帳3Aを処理搬送路2に導き、該処理搬送路2でスイッチバック動作した後、処理搬送路2から排出搬送路4に引き継がれた後、スタッカ9に排出される。
【0029】
なお、以上の説明においては、通帳3A、および伝票3Bに対する1回の印字処理で作業が終了する場合を例にとって説明したが、伝票3Bと通帳3Aに対する交互の印字処理が必要な場合には、図5(b)に示すように、伝票搬送路8、および通帳搬送路6が待機路として利用され、処理搬送路2の開放を確認しながら、交互に媒体3が処理搬送路2に送り込まれて必要な印字処理が行われる。
【0030】
【発明の効果】
以上の説明から明らかなように、本発明によれば、印字部あるいはその周辺機器を共用化することができるために、製造コストが低減し、かつ装置の小型化を図ることができる。
【図面の簡単な説明】
【図1】本発明を示す図である。
【図2】図1の全体斜視図である。
【図3】ゲートを示す図である。
【図4】通帳の処理手順を示す図である。
【図5】伝票の処理手順を示す図である。
【図6】従来例を示す全体斜視図である。
【図7】図6の搬送路を示す図である。
【符号の説明】
1 印字部
2 処理搬送路
3 媒体
3A 通帳
3B 伝票
4 排出搬送路
5 第1ゲート
6 通帳搬送路
7 第2ゲート
8 伝票搬送路
9 スタッカ
10 天板
11 机
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a passbook / slip printer.
[0002]
[Prior art]
FIG. 6 shows a conventional example of a passbook / slip printer in which a printing unit and a conveyance path are embedded in a desk. In this conventional example, a passbook insertion slot 12 and a slip insertion slot 13 are opened on the front end surface of the top plate 10 of the desk 11, and the processing target medium inserted from each insertion slot 12, 13 is formed inside the desk 11. After being conveyed to the printing unit 1 via the conveyance paths 14 and 14 ′ and processed in the printing unit 1, the passbook discharge port 12 a formed on the front end surface of the top plate 10 or the slip discharge port It is discharged from 13a.
[0003]
However, in the above-described conventional example, since the printing unit 1 corresponding to each medium is individually provided in the desk 11, the volume of the desk 11 is increased and the cost is increased. is there.
[0004]
On the other hand, sharing the passbook and slip printing unit 1 is realized in a relatively large dedicated machine, and has the configuration shown in FIG. That is, in this example, the passbook conveyance path 6 and the slip conveyance path 8 are joined to the printing unit 1, and the discharge conveyance path 14 is connected to the discharge end of the printing unit 1. When a passbook is inserted from the passbook insertion slot 12 formed at the end of the passbook transport path 6 and a slip is inserted from the slip insertion slot 13 of the slip transport path 8, the passbook is first transported to the printing section 1 for printing processing. Then, the sheet is discharged to the stacker 9 via the discharge conveyance path 14, and then the slip that has been waiting on the slip conveyance path 8 is conveyed to the printing unit 1 and processed in the printing unit 1. Be transported.
[0005]
However, the above-described conventional example has a disadvantage that the processing time becomes long because the transport path length of the medium 3 becomes long. Further, as shown in FIG. 7B, if this is incorporated into the desk 11 as it is, the occupied volume inside the desk 11 increases, and for example, it cannot be built into a standardized desk. There is.
[0006]
[Problems to be solved by the invention]
The present invention has been made to eliminate the above drawbacks, and can reduce the manufacturing cost by sharing the printing unit or its peripheral devices, and can be reduced in size. The purpose is to provide a slip printer.
[0007]
[Means for Solving the Problems]
According to the present invention, the object is
A discharge conveyance path 4 that is connected to a processing conveyance path 2 that includes a printing unit 1 at the end and that can carry forward and reverse bidirectional conveyance, and that discharges the medium 3 that has been processed in the printing unit 1;
A passbook transport path 6 that joins the discharge transport path 4 via the first gate 5;
A slip conveyance path 8 that merges with the discharge conveyance path 4 via the second gate 7;
During the reverse conveyance operation of the processing conveyance path 2, the connection destination conveyance path of the first and second gates 5 and 7 is switched to the discharge conveyance path 4, and the passbook 3 </ b> A and the slip 3 </ b> B processed by the printing unit 1 are changed to the discharge conveyance path 4. This is achieved by providing a passbook / slip printer that feeds sequentially.
[0008]
When the passbook 3A and the slip 3B are respectively inserted into the passbook insertion port 12 and the slip insertion port 13, one of them is first transported to the processing transport path 2, and the processing transport path 2 is the target medium 3 (in this specification, the passbook 3A and voucher 3B, or when not specified, passbook 3A or voucher 3B is referred to as “medium 3”.) Is conveyed to printing unit 1 side, and processing at printing unit 1 is performed. Done. In addition to transporting the medium 3 to the printing unit 1 side (hereinafter referred to as “forward transport”), the processing transport path 2 can transport the medium 3 to the start end side of the processing transport path 2 (hereinafter referred to as “reverse transport”). Yes, when the printing process on the medium 3 is completed, the processing conveyance path 2 is driven in the reverse direction. Due to the reverse conveyance drive of the processing conveyance path 2, the first and second gates 5 and 7 close the connection path between the passbook conveyance path 6 and the slip conveyance path 8, so that the printed medium 3 is discharged from the discharge conveyance path. 4 is discharged to a stacker 9 on the desk, for example.
[0009]
Thereafter, the first and second gates 5 and 7 return to the initial state, that is, the state in which the discharge conveyance path 4 is connected to the passbook conveyance path 6 and the slip conveyance path 8, and the other medium 3 is transferred to the processing conveyance path 2. Are printed and discharged to the stacker 9 in the same procedure as described above.
[0010]
Accordingly, in the present invention, it is not necessary to further convey the medium 3 after printing in the normal conveyance direction and convey it to the stacker 9, so that the area occupied by the conveyance path is reduced, and the apparatus can be miniaturized. In particular, since the passbook 3A has high rigidity, as shown in FIG. 7, when sending in the forward direction, it is necessary to increase the bending radius R at the bent portion. Although the volume occupied by the portion becomes excessive, in the present invention that transports in the reverse direction toward the feed direction of the passbook transport path 6, as shown in FIG. Since a large bending radius R can be set, there is a special effect for downsizing the apparatus.
[0011]
In addition, the passbook / slip printer allows the passbook transport path 6 to be transported in both forward and reverse directions.
In addition, the first gate 5 can be configured to be able to select either the bankbook transfer path 6 or the discharge transfer path 4 during the reverse transfer operation of the processing transfer path 2. In this case, after the reading operation of the magnetic stripe information of the bankbook 3A, the processing in the printing unit 1 is performed, and the bankbook 3A is transported to the bankbook transport path 6 to stand by, and then the slip 3B is printed. After that, the magnetic stripe information of the bankbook 3A can be updated (written), and the bankbook 3A can be discharged to the stacker 9. As a result, even when processing in the passbook / slip printer is performed by the procedures of reading the magnetic stripe information of the passbook 3A, printing on the slip 3B, and updating (writing) the magnetic stripe information, the magnetic stripe writing device is ejected and conveyed. Since it is not necessary to separately arrange on the road 4, further downsizing is possible.
[0012]
In addition, the slip conveyance path 8 is capable of forward / reverse bidirectional conveyance,
In addition, when the second gate 7 constitutes a passbook / slip printer that can select either the slip transport path 8 or the discharge transport path 4 during the reverse transport operation of the processing transport path 2, the second gate 7 performs processing in the printing unit 1. Since it is possible to repeat the operation of once transporting the completed medium 3 to the corresponding transport path and waiting it, and processing the other by the printing unit 1, the flexibility of processing can be improved and the processing speed is also increased. It becomes possible to improve.
[0013]
DETAILED DESCRIPTION OF THE INVENTION
FIGS. 1 and 2 show a desk-embedded passbook / slip printer incorporated in the desk 11. In this embodiment, the processing conveyance path 2 is formed inside the top plate 10 of the desk 11, and the printing unit 1 is disposed at the end of the processing conveyance path 2. The processing conveyance path 2 is further extended rearward from the printing unit 1 to form a switchback extra length path 2a. Further, a page turning device 15 and an image scanner 16 are arranged facing the processing conveyance path 2, and page turning of the passbook 3A conveyed to the processing conveyance path 2, and printing information of the slip 3B and the passbook 3A are read. Done.
[0014]
A passbook transport path 6 is connected to the start end of the processing transport path 2, and the start end of the passbook transport path 6 is opened to the front end surface of the top plate 10 to form a passbook insertion port 12. In the top plate 10, a magnetic stripe read / write device 17 is disposed facing the bankbook transport path 6, and the magnetic stripe of the bankbook 3 </ b> A on the bankbook transport path 6 can be read or written.
[0015]
A connecting portion between the passbook transport path 6 and the processing transport path 2 is connected to a starting end of a discharge transport path 4 for transporting the medium 3 that has been processed in the printing unit 1 to the surface of the top plate 10. The end of the discharge conveyance path 4 is opened in the top plate 10 of the desk 11 main body to form a medium discharge port 18, and a stacker 9 for receiving the medium 3 discharged from the medium discharge port 18 in the vicinity of the medium discharge port 18. Is formed on the top plate 10 surface.
[0016]
The discharge conveyance path 4 is connected to the end of a slip conveyance path 8, and the leading end of the slip conveyance path 8 opens on the surface of the top plate 10 to form a slip insertion slot 13.
[0017]
A first gate 5 is provided at the junction of the processing conveyance path 2, the passbook conveyance path 6, and the discharge conveyance path 4. The first gate 5 guides the bankbook 3A to the processing conveyance path 2 side when the bankbook 3A is conveyed to the processing conveyance path 2 side, and from the processing conveyance path 2 to the bankbook conveyance path 6 side. It is configured so that it can be guided to either the passbook conveyance path 6 or the discharge conveyance path 4 that has been conveyed.
[0018]
As shown in FIG. 3, in this embodiment, the first gate 5 is composed of parallel upper and lower guide plates 5 a and 5 b and is pivotally supported in the vicinity of the start end of the processing conveyance path 2 so as to be rotatable. The rotation-side end portions of the upper and lower guide plates 5a, 5b of the first gate 5 reach the passbook conveyance path 6 side. By rotating the first gate 5 around the support shaft 5c, a solid line in FIG. It can be located at either the passbook transport path connection position shown or the discharge transport path connection position shown by the solid line in FIG. As shown in FIG. 3A, when the first gate 5 is at the passbook transfer path connection position, the passbook transfer path 6 is processed in the passbook 3A conveyed in the forward direction indicated by the arrow A in FIG. The medium 3 that can be transferred to the transport path 2 and is transported in the reverse direction (arrow B) on the processing transport path 2 is either the passbook transport path 6 or the discharge transport path 4 depending on the position of the first gate 5. Is passed on. When the medium 3 is transferred between the conveyance paths, the passbook conveyance path 6 and the processing conveyance path 2 are arranged substantially in a straight line so that the medium 3 is not excessively bent, and the discharge conveyance path 4 is the passbook. They merge so as to form an acute angle with respect to the forward conveyance direction of the conveyance path 6, that is, an obtuse angle with respect to the reverse conveyance direction of the processing conveyance path 2.
[0019]
Further, a second gate 7 is disposed at the joining position of the discharge conveyance path 4 and the slip conveyance path 8. Similar to the first gate 5 described above, the second gate 7 has upper and lower guide plates 7a and 7b and is arranged to be rotatable around the support shaft 7c. The second gate 7 guides the slip 3B transported in the forward direction on the slip transport path 8 to the discharge transport path 4 at the connecting position of the slip transport path 8, and the transport path when the medium 3 is transported in the reverse direction on the discharge transport path 4. Switching to the open position prohibits the transfer of the medium 3 to the slip conveyance path 8.
[0020]
As shown in FIG. 4, a pair of conveyance rollers 19 is disposed in each conveyance path so as to sandwich the medium 3 and convey the medium 3 in a predetermined direction. The bankbook transport path 6 is configured to be transportable in the forward / reverse direction, and includes a bankbook clamp roller pair 19A disposed in the vicinity of the bankbook insertion slot 12 and a plurality of bankbook transport roller pairs 19B. The bankbook clamp roller pair 19A can capture the vicinity of the insertion leading edge of the bankbook 3A inserted from the bankbook insertion port 12, and can clamp and hold the bankbook 3A until a predetermined timing. The bankbook transport roller pair 19B can be driven to rotate in both forward and reverse directions, and transports the bankbook 3A to the processing transport path 2 side or transports the bankbook 3A passed from the processing transport path 2 to the bank insertion slot 12 side. can do. The bankbook transport roller pair 19B can be driven independently of the bankbook clamp roller pair 19A, and the other bankbook 3A in the bankbook transport path 6 is both forward and reverse while the bankbook 3A is captured by the bankbook clamp roller pair 19A. Can be conveyed.
[0021]
The processing transport path 2 has a plurality of processing transport roller pairs 19C that can be driven to rotate in both forward and reverse directions, and transports the medium 3 to the printing unit 1 side or transports the printed medium 3 to the starting end side in the reverse direction. can do.
[0022]
The discharge conveyance path 4 includes a relay conveyance roller pair 19D and a discharge conveyance roller pair 19E. The relay conveyance roller pair 19D is disposed at the junction with the slip conveyance path 8 and can be driven to rotate in the forward / reverse direction. The discharge conveyance roller pair 19E can be driven forward and reverse bidirectionally independently of the relay conveyance roller pair 19D, and can be stopped to capture the slip 3B.
[0023]
The slip transport path 8 has a pair of slip transport rollers 19F that can be driven in the forward direction and clamp the slip 3B, and clamps the slip 3B inserted into the slip insertion port 13 at a predetermined position, or on the discharge transport path 4 side. Can be transported.
[0024]
Next, the operation of the passbook / slip printer configured as described above will be described. First, when the passbook 3A is inserted into the passbook insertion slot 12 and the slip 3B is inserted into the slip insertion slot 13 by the operator, the passbook clamp roller pair 19A and the slip conveyance roller pair 19F are driven in the forward direction to correspond to the medium 3. Inhale into the transport path. When there is a medium 3 being processed in each conveyance path, as shown by a broken line in FIG. 4A until the processing of the medium 3 is finished and discharged to the stack, a pair of passbook clamp rollers 19A, The slip conveyance roller pair 19F captures the medium 3 in the conveyance path.
[0025]
When there is no medium 3 being processed, the bankbook 3A is first conveyed in the forward direction to the magnetic stripe read / write device 17 by the bankbook conveying roller pair 19B to read the magnetic stripe information of the bankbook 3A, and further processed and conveyed. It is conveyed to the path 2 side. At this time, the first gate 5 is located at the passbook transfer path connecting position, and the passbook 3A that has been transferred in the forward direction through the passbook transfer path 6 is transferred to the process transfer path 2 as indicated by an arrow C in FIG. It is.
[0026]
The passbook 3A delivered to the processing transport path 2 is transported to the image scanner 16 by the processing transport roller pair 19 that is transported in the forward direction, and the page information and the like of the passbook 3A are read and transported to the printing unit 1. If necessary, the printing unit 1 turns the page using the page turning device 15 and performs necessary printing processing. After the printing process is completed, the processing conveyance roller pair 19 is rotated in the reverse direction to convey the passbook 3A in the reverse direction to the start end side, and as indicated by the arrow D, from the first gate 5 opened to the passbook conveyance path 6 side. It is delivered to the bankbook transport path 6. At this time, the bankbook transport roller pair 19B is driven in the reverse direction to transport the bankbook 3A to the magnetic stripe read / write device, and if necessary, the magnetic stripe information is updated (written) in the magnetic stripe read / write device.
[0027]
When the bankbook 3A is transferred to the bankbook conveyance path 6 and the processing conveyance path 2 is opened, the first gate 5 moves to the discharge conveyance path coupling position, and the slip conveyance roller pair 19F and the relay roller pair 19D move in the forward direction. Driven, the slip 3B being clamped is sucked into the slip conveyance path 8. At this time, the second gate 7 is located at the connecting position of the slip conveyance path 8 and the slip 3B transported in the forward direction passes through the second gate 7 and the first gate 5 as shown in FIG. To the processing conveyance path 2. The processing conveyance path 2 that has received the slip 3B performs the printing process in the same procedure as the processing for the bankbook 3A described above, and then transports the bankbook 3A in the reverse direction to the starting end again and discharges it via the first gate 5. Delivered to the conveyance path 4. In this state, the second gate 7 is moved to the conveyance path opening position, and the relay roller pair 19D and the discharge conveyance roller pair 19E are driven in the reverse direction, and the slip 3B is discharged and conveyed via the second gate 7. After being delivered to the roller pair 19E, it is discharged to the stacker 9.
[0028]
When the slip 3B is delivered to the discharge conveyance path 4 and the processing conveyance path 2 is opened, the first gate 5 is switched, and the passbook conveyance roller pair 19B is driven in the forward direction to read the magnetic stripe read / write device. The bankbook 3A that has been waiting in the vicinity of 17 is guided to the processing transport path 2 and is switched back in the processing transport path 2, and then transferred from the processing transport path 2 to the discharge transport path 4, and then discharged to the stacker 9. .
[0029]
In the above description, the case where the work is completed by one printing process for the bankbook 3A and the slip 3B has been described as an example. However, when the alternate printing process for the slip 3B and the bankbook 3A is necessary, As shown in FIG. 5 (b), the slip conveyance path 8 and the passbook conveyance path 6 are used as standby paths, and the medium 3 is alternately sent to the processing conveyance path 2 while confirming the opening of the processing conveyance path 2. Required printing process.
[0030]
【The invention's effect】
As is clear from the above description, according to the present invention, the printing unit or its peripheral devices can be shared, so that the manufacturing cost can be reduced and the apparatus can be downsized.
[Brief description of the drawings]
FIG. 1 shows the present invention.
2 is an overall perspective view of FIG. 1. FIG.
FIG. 3 is a diagram showing a gate.
FIG. 4 is a diagram showing a passbook processing procedure;
FIG. 5 is a diagram showing a slip processing procedure;
FIG. 6 is an overall perspective view showing a conventional example.
7 is a diagram illustrating the conveyance path of FIG. 6;
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Printing part 2 Processing conveyance path 3 Medium 3A Passbook 3B Voucher 4 Discharge conveyance path 5 1st gate 6 Passbook conveyance path 7 2nd gate 8 Voucher conveyance path 9 Stacker 10 Top plate 11 Desk

Claims (4)

終端に印字部を備えた正逆双方向搬送可能な処理搬送路に接続され、印字部での処理が終了した媒体を排出する排出搬送路と、
第1ゲートを介して排出搬送路に合流する通帳搬送路と、
第2ゲートを介して排出搬送路に合流する伝票搬送路とを有し、
処理搬送路の逆方向搬送操作時に第1、第2ゲートの接続先搬送路を排出搬送路に切り替えて印字部で処理済みの通帳と伝票を排出搬送路に順次送り込む通帳・伝票プリンタ。
A discharge conveyance path that is connected to a processing conveyance path capable of forward and reverse bidirectional conveyance having a printing unit at the end, and that discharges the medium that has been processed in the printing unit;
A passbook transport path that joins the discharge transport path via the first gate;
A slip conveyance path that merges with the discharge conveyance path via the second gate,
A passbook / slip printer that sequentially transfers the passbook and slip processed by the printing unit to the discharge conveyance path by switching the connection destination conveyance path of the first and second gates to the discharge conveyance path during the reverse conveyance operation of the processing conveyance path.
前記通帳搬送路は正逆双方向搬送可能であり、
かつ、前記第1ゲートは処理搬送路の逆方向搬送操作時に通帳搬送路と排出搬送路のいずれかを選択可能な請求項1記載の通帳・伝票プリンタ。
The passbook transport path is capable of forward and reverse bidirectional transport,
2. The passbook / slip printer according to claim 1, wherein the first gate is capable of selecting either a passbook transport path or a discharge transport path during a reverse transport operation of the processing transport path.
前記伝票搬送路が正逆双方向搬送可能であり、
かつ、前記第2ゲートは処理搬送路の逆方向搬送操作時に伝票搬送路と排出搬送路のいずれかを選択可能な請求項2記載の通帳・伝票プリンタ。
The slip conveyance path is capable of forward and reverse bidirectional conveyance,
3. The passbook / slip printer according to claim 2, wherein the second gate is capable of selecting either a slip transport path or a discharge transport path during a reverse transport operation of the processing transport path.
机内部に配置され、前記印字部での処理が終了した媒体を机上に設けられたスタッカ部に搬送する請求項1記載の通帳・伝票プリンタ。 2. The passbook / slip printer according to claim 1, wherein the medium disposed inside the desk and transported to the stacker provided on the desk is transported to the printing medium .
JP29260399A 1999-10-14 1999-10-14 Passbook / slip printer Expired - Fee Related JP4270677B2 (en)

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JP5248785B2 (en) * 2007-01-31 2013-07-31 ニスカ株式会社 Post-processing apparatus and image forming system having the same

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