JPS6210668A - Gathering processing method - Google Patents

Gathering processing method

Info

Publication number
JPS6210668A
JPS6210668A JP60151141A JP15114185A JPS6210668A JP S6210668 A JPS6210668 A JP S6210668A JP 60151141 A JP60151141 A JP 60151141A JP 15114185 A JP15114185 A JP 15114185A JP S6210668 A JPS6210668 A JP S6210668A
Authority
JP
Japan
Prior art keywords
copies
bins
total number
copying
sets
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP60151141A
Other languages
Japanese (ja)
Inventor
Shogo Iwai
岩井 昇吾
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sharp Corp
Original Assignee
Sharp Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sharp Corp filed Critical Sharp Corp
Priority to JP60151141A priority Critical patent/JPS6210668A/en
Publication of JPS6210668A publication Critical patent/JPS6210668A/en
Pending legal-status Critical Current

Links

Abstract

PURPOSE:To perform surely the gathering processing of forms when sets of copies whose number is larger than the total number of bins arranged in a sorter are obtained, by dividing a required number of sets of copies by the number equal to or smaller than the total number of bins and setting them automatically if the required number of sets of copies is larger than the total number of bins. CONSTITUTION:Three copy forms are stored in each of bins 53 in the first - fifth stages, and two copy forms are stored in each of bins 53 in the sixth - the 15th stages. If the required number of sets of copies is larger than the total number of pins 53, the required number of sets of copies is divided by the total number of bins 53, and the copying process is performed continuously plural times with the total number of bins as the number of sets of copies, and the copying operation is performed with the remainder number smaller than the total number of bins as the number of sets of copies, and plural sets of copy forms are stored in a part or the whole of bins and the copying operation including the gathering processing of the required number of sets is performed continuously.

Description

【発明の詳細な説明】 く技術分野〉 この発明は、原稿台に原稿循環送り装置を備え、排紙部
にソータを装着してなる複写機の丁合処理方法に関する
DETAILED DESCRIPTION OF THE INVENTION Technical Field The present invention relates to a collation processing method for a copying machine, which is equipped with a document circulation feeding device on the document table and a sorter attached to the paper discharge section.

〈発明の概要〉 この発明に係る丁合処理方法は、ソータに配設されたビ
ンの総数以上の部数の複写動作が設定入力された場合に
も丁合処理を含む複写作業を実行可能にするため、設定
入力された複写部数をビンの総数以下の数により複数に
分割し、その分割した部数を複写部数とする複写動作を
連続して行うようにしたものである。
<Summary of the Invention> The collation processing method according to the present invention enables copying operations including collation processing to be executed even when a copying operation for a number of copies greater than the total number of bins arranged in a sorter is set and input. Therefore, the number of copies set and input is divided into a plurality of parts, each of which is less than or equal to the total number of bins, and a copying operation is performed continuously using the divided number of copies as the number of copies.

〈従来技術とその欠点〉 ページが連続する原稿についての複写動作終了後におけ
る用紙の丁合作業を簡略化する目的で複写機の排紙部に
装着されたソータは、多段に積層配設したビンのそれぞ
れに用紙を収納して丁合作業を行う。しかし、配設され
たビンの総数以上の部数を必要部数として設定すること
ができなかった。このため、従来はオペレータが必要部
数を設定可能なビンの総数以下の数により複数に分割し
、複数回の複写動作を行っていた。このような従来の方
法では、各複写動作開始前にオペレータによる複写部数
等の入力作業を必要とし、複写作業が煩雑で長時間化す
る欠点があった。
<Prior art and its drawbacks> A sorter installed in the paper output section of a copying machine for the purpose of simplifying the collation work of sheets after the copying operation for originals with continuous pages is a stacked stack of bins arranged in multiple stages. Paper is stored in each of the boxes and collation work is performed. However, it was not possible to set the required number of copies to be greater than the total number of installed bins. For this reason, conventionally, the operator has divided the required number of copies into a plurality of copies, each of which is less than or equal to the total number of settable bins, and has performed the copying operation multiple times. This conventional method requires an operator to input the number of copies to be made before starting each copying operation, which has the disadvantage that the copying operation is complicated and takes a long time.

〈発明の目的〉 この発明の目的は上記従来の欠点に鑑み、ソータに配設
されたビンの総数以上の数を複写部数として入力可能に
し、その場合に用紙の丁合作業を確実に行うことができ
るT合処理方法を提供することにある。
<Object of the Invention> In view of the above-mentioned conventional drawbacks, the object of the present invention is to enable a number of copies to be input that is greater than the total number of bins arranged in a sorter, and to ensure that sheets are collated in this case. The object of the present invention is to provide a T-combination processing method that can perform the following.

〈発明の構成および効果〉 この発明の丁合処理方法は、設定された必要部数がビン
の総数以下の場合にはその数を複写部数として複写動作
を行い、必要部数がビンの総数を上回る場合には必要部
数をビンの総数以下の数により複数に分割しその分割し
た部数を複写部数とする複写動作を複数回連続して行う
とともに、各複写動作毎に原稿循環送り装置において原
稿を一循環し原稿の画像を複写した用紙をソータの各ビ
ンに一部ずつ収納することを特徴とする。
<Configuration and Effects of the Invention> In the collation processing method of the present invention, if the set required number of copies is less than or equal to the total number of bins, a copying operation is performed using that number as the number of copies, and if the required number of copies exceeds the total number of bins. In order to do this, the required number of copies is divided into multiple parts with a number equal to or less than the total number of bins, and the number of copies is set as the number of copies. The system is characterized in that a portion of the paper on which the image of the original is copied is stored in each bin of the sorter.

以上のようにすることによりこの発明によれば、設定入
力された必要部数がビンの総数を上回る場合に、必要部
数をビンの総数以下の数により複数に分割し、その分割
した部数を複写部数として自動的に設定することができ
る。したがって、ビンの総数以下の数を複写部数とする
複写動作を複数回連続して行うことにより、必要部数の
複写用紙を簡単に得ることができる。しかも、各複写動
作毎に各ビンに一部ずつの用紙が収納されるため、各ビ
ン内には単一または複数の部数の用紙が収納される。こ
の場合、1つのビンに複数部の用紙が収納された場合に
も各部毎に積層収納されているため、それらの上方から
原稿枚数分ずつに仕分けすることにより容易に各部毎に
分別することができる。このようにビンの総数以上の部
数の複写動作にかかる丁合処理作業を確実に、且つ容易
に行うことができる。
By doing the above, according to the present invention, when the input required number of copies exceeds the total number of bins, the required number of copies is divided into a plurality of numbers equal to or less than the total number of bins, and the divided number is divided into the number of copies. can be set automatically as Therefore, by performing a plurality of consecutive copying operations in which the number of copies is equal to or less than the total number of bins, the required number of copy sheets can be easily obtained. Moreover, since a portion of paper is stored in each bin for each copying operation, a single or multiple copies of paper may be stored in each bin. In this case, even if multiple copies of paper are stored in one bin, each copy is stacked and stored, so it is easy to separate each copy by sorting from the top according to the number of originals. can. In this way, the collation process for copying a number of copies greater than the total number of bins can be performed reliably and easily.

〈実施例〉 第2図は、この発明の実施例である丁合処理機能を有す
る複写機の正面の概略構造図である。
<Embodiment> FIG. 2 is a schematic front structural diagram of a copying machine having a collation processing function, which is an embodiment of the present invention.

複写機本体lの上面に構成された原稿台7の上方には原
稿循環送り装置15が配設されている。
A document circulating feed device 15 is disposed above a document table 7 constructed on the top surface of the copying machine main body l.

原稿循環送り装置15の内部には原稿台7の上面に対向
する原稿搬送ヘルド3が正逆両方向に回動可能に配設さ
れている。原稿トレイ2の近傍には原稿給紙ベルト4、
重送防止用ローラ5および搬送切換ガイド6がそれぞれ
配設されている。原稿給紙ベルト4等により最下部に位
置するものから順に給紙された原稿は原稿搬送ベルト3
により原稿台7上の所定の位置に搬送される。また原稿
排出時には搬送路切換ガイド6が揺動して原、稿排出路
12を開放し、原稿搬送ベルト3の反対方向への回動と
原稿排出ローラ8の動作により再び原稿トレイ2上に載
置された原稿の上方に排出される原稿トレイ2上に原稿
が載置されるとその最上部に位置する原稿の上面に仕切
板9が当接する。
Inside the document circulation feeding device 15, a document conveyance heald 3 facing the upper surface of the document table 7 is disposed so as to be rotatable in both forward and reverse directions. Near the document tray 2, there is a document feed belt 4,
A roller 5 for preventing double feeding and a conveyance switching guide 6 are respectively provided. The originals fed by the original feed belt 4 etc. in order from the lowest one are transferred to the original transport belt 3.
The document is conveyed to a predetermined position on the document table 7. When the original is ejected, the transport path switching guide 6 swings to open the original ejection path 12, and the original is placed on the original tray 2 again by the rotation of the original transport belt 3 in the opposite direction and the operation of the original ejection roller 8. When a document is placed on the document tray 2 which is discharged above the placed document, the partition plate 9 comes into contact with the upper surface of the document located at the top.

仕切板9は複写動作時に最上部の原稿との当接状態を維
持し、最上部の原稿が原稿台7に搬送された際には退避
位置に移動し、その原稿が排出された後再度その上面に
当接する。この仕切板9の動作により原稿トレイ2に載
置された原稿の循環回数を検出する。
The partition plate 9 maintains a state of contact with the uppermost original during the copying operation, moves to the retracted position when the uppermost original is conveyed to the original platen 7, and returns to the retracted position after the original is ejected. It touches the top surface. By this operation of the partition plate 9, the number of circulation of the originals placed on the original tray 2 is detected.

複写機本体lの内部において原稿台7の下方には光源2
1、ミラー22〜25およびレンズ26が配設され、光
学系を構成している。複写プロセス時に光源21等が原
稿台7上の原稿を走査し、その反射光がレンズ26を通
過して下方に配設された感光体ドラム27の表面に配光
される。
A light source 2 is located below the document table 7 inside the copying machine main body l.
1. Mirrors 22 to 25 and a lens 26 are arranged to constitute an optical system. During the copying process, the light source 21 or the like scans the document on the document table 7, and the reflected light passes through the lens 26 and is distributed onto the surface of the photosensitive drum 27 disposed below.

感光体トラム27はその外周部に配設された帯電チャー
ジャ28、現像装置29、転写チャージャ30、剥離チ
ャージャ31、クリーナ32、除電チャージャ33およ
び除電ランプ34とともに複写プロセス部を構成してい
る。複写機本体1の内部の右側部には手差し給紙トレイ
35および用紙カセット36.37が装着され、給紙ロ
ーラ38〜40が配設されて給紙部が構成されいてる。
The photosensitive tram 27 constitutes a copying process section together with a charging charger 28, a developing device 29, a transfer charger 30, a peeling charger 31, a cleaner 32, a static elimination charger 33, and a static elimination lamp 34, which are arranged on the outer circumference of the photosensitive tram 27. A manual paper feed tray 35 and paper cassettes 36 and 37 are installed on the right side inside the copying machine main body 1, and paper feed rollers 38 to 40 are arranged to constitute a paper feed section.

また複写機本体lの左側部には排紙ローラ45が配設さ
れた排紙部が構成されている。給紙部と排紙部と間には
PSローラ41、用紙搬送ベルト43および定着ローラ
44を配設し複写プロセス部を経由する用紙搬送路13
が構成されている。
Further, a paper ejection section in which a paper ejection roller 45 is disposed is formed on the left side of the copying machine main body l. A PS roller 41, a paper transport belt 43, and a fixing roller 44 are arranged between the paper feed section and the paper discharge section, and a paper transport path 13 passes through the copying process section.
is configured.

複写機本体1の左側面の排紙部近傍にはソータ46が装
着されている。このソータ46は複数のビン53を多段
に積層配設し、内部に主原稿搬送ベルト48および副原
稿搬送ベルト50が回動可能に配設されている。丁合作
業時には原稿が両ベルト間を通過し、収納ガイド51の
動作によりそれぞれのビン53に収納される。ビン53
の副原稿搬送ベルト50の近傍には発光素子54および
受光素子55からなる用紙検知センサが配設されており
、ビン53内における用紙の有無を検出する。
A sorter 46 is mounted on the left side of the copying machine main body 1 near the paper discharge section. The sorter 46 has a plurality of bins 53 stacked in multiple stages, and a main document conveyance belt 48 and a sub-document conveyance belt 50 are rotatably disposed inside. During collation work, documents pass between both belts and are stored in respective bins 53 by the operation of storage guides 51. bottle 53
A paper detection sensor consisting of a light emitting element 54 and a light receiving element 55 is disposed near the sub-document transport belt 50 to detect the presence or absence of paper in the bin 53.

第1図は、上記丁合処理方法が用いられる複写機の動作
を示すフローチャートである。
FIG. 1 is a flowchart showing the operation of a copying machine that uses the collation processing method described above.

電源がオンされた後ウオーミングアツプが終了するとス
テップnl(以下ステップniを車にniという。)お
よびn2においてデータの入力およびモードの設定がな
される。nlにおいて入力されるデータは用紙サイズ、
複写部数等であり、n2において設定されるモードとは
丁合モードの設定である。次いでn3において用紙を排
出するソーク46のビン53の番号を表示するカウンタ
Nを1にする。この場合ソータ46内に積層配設された
ビンの最上部に位置するものの番号を1とし下方にいく
に従って順に増加する。さらにn4で複写部数のカウン
タCを01において設定入力された必要部数にの値にす
る。この後、n5でカウンタCの内容とソータ46に配
設されたビン53の総数Bとを比較する。n5において
カウンタCの内容がビンの総数Bの値を上回る場合には
n6で複写部数■をビンの総数Bの値にし、n5におい
てカウンタCの内容がビンの総数Bよりも少ない場合に
はnlに進み複写部数■の値をカウンタCの内容とする
。n5における比較の結果に応じてn6まはたnlのい
ずれかを経由してn8に進み、複写プロセスを行う。
When the power is turned on and the warming-up is completed, data input and mode setting are performed in steps nl (hereinafter referred to as step ni) and n2. The data input in nl is the paper size,
The number of copies, etc., and the mode set in n2 is the collation mode setting. Next, at n3, a counter N indicating the number of the bin 53 of the soak 46 from which the paper is to be discharged is set to 1. In this case, the number of the bins located at the top of the stacked bins in the sorter 46 is set to 1, and the number increases in order as one goes downward. Further, at n4, the copy number counter C is set to the value of the required number of copies set and input at 01. Thereafter, at n5, the contents of the counter C and the total number B of bins 53 arranged in the sorter 46 are compared. If the content of counter C exceeds the value of the total number of bins B at n5, the number of copies ■ is set to the value of the total number of bins B at n6, and if the content of counter C is less than the total number of bins B at n5, nl Then, the value of the number of copies ■ is set as the content of the counter C. Depending on the result of the comparison at n5, the process proceeds to n8 via either n6 or nl to perform the copying process.

n8において1回の複写プロセスが終了するとn9で複
写済み用紙をN段目のビン53に収納する。次いでnl
OでカウンタNの内容を1加算する。次いでnilでカ
ウンタNの内容が複写部数Iを上回ったか否かを判別す
る。カウンタNの内容が複写部数■を上回っていない場
合にはn8に戻り、n8〜nilの動作を繰り返す。n
ilにおいてカウンタNの内容が複写部数1を上回った
場合にn12に進み、カウンタNの内容を1にする。次
いでn13で直前に複写した原稿が原稿トレイに@置さ
れたうちの最終の原稿であるか否かを判別し、最終の原
稿でない場合即ち、仕切板9の下方に原稿がある場合に
はn14で次の原稿をセットしてn8に戻る。以上のn
8〜n14の動作により原稿循環送り装置の原稿トレイ
に載置されている全ての原稿について複写部数1分の複
写プロセスを行い、ビンの第1段目から1番目までに一
部ずつの複写済み用紙が収納される。
When one copying process is completed at n8, the copied paper is stored in the Nth bin 53 at n9. Then nl
At O, the contents of counter N are incremented by 1. Next, it is determined whether the content of the counter N exceeds the number of copies I by nil. If the contents of the counter N do not exceed the number of copies ■, the process returns to n8 and the operations from n8 to nil are repeated. n
If the content of the counter N exceeds the number of copies (1) in il, the process advances to n12 and the content of the counter N is set to 1. Next, in n13, it is determined whether or not the document copied immediately before is the last document placed on the document tray. Set the next original and return to n8. more than n
Through the operations from 8 to n14, the copying process for 1 copy is performed on all the originals placed on the original tray of the original circulation feeder, and one copy is completed from the first row to the first row of the bin. Paper is stored.

n13において直前に複写プロセスを行った原稿が最終
の原稿である場合即ち、仕切板9の下方に原稿がない場
合にはn15に進み、カウンタCの内容から複写部数■
の値を減算する。次いでn16で減算後のカウンタCの
内容が正数であるか否かを判別する。n16においてカ
ウンタCの内容が正数である場合にはn17に進み、再
度原稿トレイ上の原稿を原稿台に給送しn5に戻る。n
16においてカウンタCの内容が正数である場合という
のは、n15において減算前のカウンタCの内容が複写
部数Iよりも大きい場合である。以上のn16→n17
→n5の動作によりオペレータにより入力された必要枚
数がビンの総数を上回った場合に、ビンの総数骨の複写
部数のプロセスが終了後、不足分の複写プロセスを行う
ことができる。
In n13, if the document that was subjected to the copying process immediately before is the final document, that is, if there is no document below the partition plate 9, the process advances to n15, and the number of copies is determined from the contents of the counter C.
Subtract the value of. Next, in n16, it is determined whether the content of the counter C after the subtraction is a positive number. If the content of the counter C is a positive number at n16, the process advances to n17, where the original on the original tray is fed to the original table again, and the process returns to n5. n
The case where the content of the counter C is a positive number in n16 is the case where the content of the counter C before the subtraction is larger than the number of copies I in n15. Above n16→n17
→ When the required number inputted by the operator exceeds the total number of bins by the operation of n5, after the process of determining the total number of copies of the bones in the bin is completed, the copying process for the shortage can be performed.

以上の動作を具体的な数値を代入して以下に説明する。The above operation will be explained below by substituting specific numerical values.

ソータに積層配設されたビンの総数Bを15、設定入力
された必要部数Kを35とし、ページが連続する3枚の
原稿について丁合作業を行う場合には、n4でカウンタ
Cの内容が35とされる。
If the total number of bins B stacked on the sorter is 15, and the input required number of copies K is 35, and when collating three documents with consecutive pages, the contents of counter C are set at n4. It is said to be 35.

n5ではカウンタCの内容が35、ビンの総数Bが15
であるためn6に進み、複写部数Iがビンの総数15と
される。この後、n8〜11の動作が15回繰り返して
行われ積層配設された15段のビンの全てに第3ページ
の原稿の画像を複写した用紙が収納される。この後n1
3−nl4−n8と進み、第2ページおよび第1ページ
の原稿についても同様にn8〜nllの動作が15回繰
り返される。
At n5, the content of counter C is 35 and the total number of bins B is 15.
Therefore, the process proceeds to n6, where the number of copies I is set to the total number of bins, 15. Thereafter, the operations n8 to n11 are repeated 15 times, and sheets on which the image of the third page of the document is copied are stored in all the 15 stacked bins. After this n1
3-nl4-n8, and the operations n8 to nll are similarly repeated 15 times for the second and first page documents.

第1ページの原稿についての複写プロセスが終了した後
、n15でカウンタCの内容から複写部数1の値が減算
される。このときカウンタCの内容が20にされる。n
16において減算後のカウンタCの内容が正数であるた
め、n17−n5−n6→n8と進みn8〜n14で3
枚の原稿について15回ずつの複写プロセスが行われる
After the copying process for the first page of the original is completed, the value of the number of copies 1 is subtracted from the contents of the counter C at n15. At this time, the contents of counter C are set to 20. n
Since the content of the counter C after subtraction in 16 is a positive number, it progresses as n17-n5-n6→n8 and becomes 3 from n8 to n14.
The copying process is performed 15 times for each sheet of original.

2回目の第1ページの複写プロセスが終了後、n13→
n15と進み、再度カウンタCの内容から複写部数■の
値が減算される。このときカウンタCの内容は20、複
写部数■は15であるため、カウンタCの内容が5にさ
れrl16−’n17−’n5と進む。n5においてカ
ウンタCの内容は5、ビンの総数Bは15であるためn
7進み、複写部数■の値が5とされる。したがって3枚
の原稿のそれぞれについてn8〜nilの動作が5回ず
つ繰り返し行われ、それぞれの複写プロセスを終了した
複写済み用紙がビンの1段目から5段目までに収納され
る。以上の動作終了後、n15ではカウンタCの内容と
複写部数■の内容が等しいため、減算後はカウンタCの
内容が0となり動作を終了する。
After the second copying process of the first page is completed, n13→
The process advances to n15, and the value of the number of copies ■ is subtracted from the contents of the counter C again. At this time, the contents of the counter C are 20 and the number of copies ■ is 15, so the contents of the counter C are set to 5 and the process proceeds as rl16-'n17-'n5. At n5, the content of counter C is 5 and the total number of bins B is 15, so n
The number of copies is advanced by 7, and the value of the number of copies is set to 5. Therefore, the operations n8 to nil are repeated five times for each of the three originals, and the copied sheets that have completed the respective copying processes are stored in the first to fifth bins. After the above operation is completed, at n15, since the contents of the counter C and the contents of the number of copies (■) are equal, the contents of the counter C becomes 0 after the subtraction, and the operation ends.

以上のようにしてオペレータにより設定入力された複写
部数の複写動作を終了する。このとき1段目から5段目
までのビンには第3図(A)に示すように3部ずつの複
写用紙が収納されており、残る6段目から15段目まで
のビンには同図(B)に示すように2部ずつの複写用紙
が収納されている。このように必要部数がビンの総数を
上回る場合に必要部数をビンの総数により複数に分割し
、ビンの総数を複写部数とする複写プロセスを複数回連
続して行い、さらにビンの総数に満たない余りの部数を
複写部数とする複写動作を引き続き行うことにより、ビ
ンの全部または一部に複数部の複写用紙を収納して必要
部数のT合処理を含む複写動作を連続して行うことがで
きる。尚、必要部数がビンの総数を上回る際にその必要
部数を分割する数はビンの総数以下の数にすることもで
きる。
As described above, the copying operation for the number of copies set and input by the operator is completed. At this time, the bins from the 1st to the 5th tier contain three copies of copy paper each, as shown in Figure 3 (A), and the remaining bins from the 6th to the 15th tier contain the same number of copies. As shown in Figure (B), two copies of copy paper are stored. In this way, if the required number of copies exceeds the total number of bins, the required number of copies is divided into multiple parts according to the total number of bins, and the copying process is performed multiple times in succession with the total number of bins as the number of copies. By continuing to perform a copying operation using the remaining number of copies as the number of copies, it is possible to store multiple copies of copying paper in all or part of the bin and continuously perform a copying operation including T-combining of the required number of copies. . Note that when the required number of copies exceeds the total number of bins, the number by which the required number of copies is divided may be less than or equal to the total number of bins.

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

第1図はこの発明の実施例である丁合処理方法を用いた
複写機の動作を示すフローチャート、第2図は同複写機
の正面の概略構造図、第3図(A)および(B)は同丁
合処理方法による複写作業終了後のビンにおける用紙の
収納状態を示す図である。 2−原稿トレイ、15−原稿循環送り装置、46−ソー
タ、53−ビン。
FIG. 1 is a flowchart showing the operation of a copying machine using a collating method according to an embodiment of the present invention, FIG. 2 is a schematic front structural diagram of the copying machine, and FIGS. 3 (A) and (B). 2 is a diagram showing the storage state of sheets in a bin after copying work is completed using the same collating processing method. FIG. 2-original tray, 15-original circulation feeder, 46-sorter, 53-bin.

Claims (1)

【特許請求の範囲】[Claims] (1)原稿トレイに載置された原稿のうち最下部に位置
するものから順に原稿台に給送し原稿台上の原稿を原稿
トレイの最上部に排出する原稿循環送り装置と、多段に
積層配設された複数のビンを有し、排出された用紙を丁
合するソータとを備えてなる複写機の丁合処理方法にお
いて、 設定入力された必要部数が前記ビンの総数以下の場合に
はその数を複写部数として複写動作を行い、必要部数が
ビンの総数を上回る場合には必要部数をビンの総数以下
の数により複数に分割しその分割した部数を複写部数と
する複写動作を複数回連続して行うとともに、各複写動
作毎に前記原稿循環送り装置において原稿を一循環しそ
れぞれの原稿の画像を複写した用紙を前記ソータの各ビ
ンに一部ずつ収納することを特徴とする丁合処理方法。
(1) A document circulation feeding device that feeds the documents placed on the document tray to the document tray in order starting from the lowest one and discharges the documents on the document tray to the top of the document tray, and stacks the documents in multiple stages. In a method for collating a copying machine that has a plurality of bins and a sorter that collates ejected sheets, if the required number of copies entered is less than or equal to the total number of bins, A copying operation is performed using that number as the number of copies, and if the required number of copies exceeds the total number of bins, the required number of copies is divided into multiple parts by a number less than or equal to the total number of bins, and the copying operation is performed multiple times with the divided number of copies as the number of copies. Collation is carried out continuously, and for each copying operation, the originals are circulated once in the original circulation feeding device, and a portion of the paper on which the image of each original is copied is stored in each bin of the sorter. Processing method.
JP60151141A 1985-07-08 1985-07-08 Gathering processing method Pending JPS6210668A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP60151141A JPS6210668A (en) 1985-07-08 1985-07-08 Gathering processing method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP60151141A JPS6210668A (en) 1985-07-08 1985-07-08 Gathering processing method

Publications (1)

Publication Number Publication Date
JPS6210668A true JPS6210668A (en) 1987-01-19

Family

ID=15512258

Family Applications (1)

Application Number Title Priority Date Filing Date
JP60151141A Pending JPS6210668A (en) 1985-07-08 1985-07-08 Gathering processing method

Country Status (1)

Country Link
JP (1) JPS6210668A (en)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5647059A (en) * 1979-09-25 1981-04-28 Ricoh Co Ltd Controlling method of document copying apparatus having collator
JPS5648642A (en) * 1979-09-27 1981-05-01 Ricoh Co Ltd Method for controlling sheet number display of document copier having collator
JPS5648643A (en) * 1979-09-28 1981-05-01 Ricoh Co Ltd Method for controlling document copying apparatus having collator
JPS5648644A (en) * 1979-09-28 1981-05-01 Ricoh Co Ltd Method for controlling sheet number display of document copying apparatus having collator
JPS5916263A (en) * 1982-07-19 1984-01-27 Yuasa Battery Co Ltd Lead battery

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5647059A (en) * 1979-09-25 1981-04-28 Ricoh Co Ltd Controlling method of document copying apparatus having collator
JPS5648642A (en) * 1979-09-27 1981-05-01 Ricoh Co Ltd Method for controlling sheet number display of document copier having collator
JPS5648643A (en) * 1979-09-28 1981-05-01 Ricoh Co Ltd Method for controlling document copying apparatus having collator
JPS5648644A (en) * 1979-09-28 1981-05-01 Ricoh Co Ltd Method for controlling sheet number display of document copying apparatus having collator
JPS5916263A (en) * 1982-07-19 1984-01-27 Yuasa Battery Co Ltd Lead battery

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