JPS60102652A - Both face copying machine - Google Patents
Both face copying machineInfo
- Publication number
- JPS60102652A JPS60102652A JP21059683A JP21059683A JPS60102652A JP S60102652 A JPS60102652 A JP S60102652A JP 21059683 A JP21059683 A JP 21059683A JP 21059683 A JP21059683 A JP 21059683A JP S60102652 A JPS60102652 A JP S60102652A
- Authority
- JP
- Japan
- Prior art keywords
- transfer paper
- paper
- reversing
- stage
- inverting
- 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.)
- Granted
Links
Classifications
-
- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03G—ELECTROGRAPHY; ELECTROPHOTOGRAPHY; MAGNETOGRAPHY
- G03G15/00—Apparatus for electrographic processes using a charge pattern
- G03G15/22—Apparatus for electrographic processes using a charge pattern involving the combination of more than one step according to groups G03G13/02 - G03G13/20
- G03G15/23—Apparatus for electrographic processes using a charge pattern involving the combination of more than one step according to groups G03G13/02 - G03G13/20 specially adapted for copying both sides of an original or for copying on both sides of a recording or image-receiving material
- G03G15/231—Arrangements for copying on both sides of a recording or image-receiving material
- G03G15/238—Arrangements for copying on both sides of a recording or image-receiving material using more than one reusable electrographic recording member, e.g. single pass duplex copiers
-
- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
- G03B27/00—Photographic printing apparatus
- G03B27/32—Projection printing apparatus, e.g. enlarger, copying camera
- G03B27/52—Details
- G03B27/62—Holders for the original
- G03B27/6207—Holders for the original in copying cameras
- G03B27/625—Apparatus which relate to the handling of originals, e.g. presence detectors, inverters
- G03B27/6257—Arrangements for moving an original once or repeatedly to or through an exposure station
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Counters In Electrophotography And Two-Sided Copying (AREA)
Abstract
Description
【発明の詳細な説明】 技術分野 本発明は、両面複写機に関する。[Detailed description of the invention] Technical field The present invention relates to a double-sided copying machine.
従来技術
従来、両面複写機としては種々のものがあるが一般的に
は特公昭４ ’：］ −３Ｇ ２ ［ｉ ４ ′；Ｊｆ
公報に示される如く、１個の感光体ドラムを用いている
ものであり、転写紙の搬送路が両面用１〜レイ等を含ん
でループ状に形成されている。この結果、転写紙がジャ
ムする確率が高く１〜ラブルが多発するとともに、両面
コピーの所要時間が長いものである。PRIOR ART Conventionally, there are various kinds of double-sided copying machines, but in general, they are
As shown in the publication, one photoreceptor drum is used, and the conveyance path of the transfer paper is formed in a loop shape including a duplex layer 1 to a lay. As a result, there is a high probability that the transfer paper will jam, and troubles occur frequently, and the time required for double-sided copying is long.
この点、米国特許第３５３６３９８号や特開昭５６−１
６１５５９号公報に示されるように２個の感光体ドラム
を用いた両面複写機もある。しかし、この方式でも表面
コピーと裏面コピーとの画像の向きを合わせるために、
光学系に複雑な工夫を要する等の充分なものではない。In this regard, U.S. Patent No. 3,536,398 and
There is also a double-sided copying machine using two photosensitive drums, as shown in Japanese Patent No. 61559. However, even with this method, in order to match the image orientation between the front and back copies,
It is not sufficient as it requires complicated improvements to the optical system.
目的 本発明は、このような点に鑑みなされたもので。the purpose The present invention was made in view of these points.
転写紙の搬送路を単純化してジャムの減少、コピ一時間
の短縮化を図ることができ、特にリピート両面コピ一時
にその処理の自動高速化を図ることができる両面複写機
を得ることを目的とする。The purpose of the present invention is to provide a duplex copying machine that can reduce jams and shorten copying time by simplifying the conveyance path of transfer paper, and in particular can automatically speed up the process of repeat duplex copying at once. shall be.
構成 本発明の一実施例を図面に基づいて説明する。composition An embodiment of the present invention will be described based on the drawings.
まず、画像記録体となる２個の感光体ドラムＩａ。First, two photosensitive drums Ia serve as image recording bodies.
１ｂが前・後段に並置されている。こ扛らの感光体１〜
ラムＩａ、ｌｂに対し、電ｆ−写真プロセスに従い、帯
電チャージャ２ｎ 、２ Ｌ＋、イレーザ３ａ。1b are juxtaposed in the front and rear rows. These photoreceptors 1~
For the rams Ia and lb, chargers 2n and 2L+ and an eraser 3a are provided according to the electrophotographic process.
３ｂ、コンタク１−ガラス４ａ、４ｂ上の原稿を露光結
像する光学系５ ａ 、 ５ ｂ 、 ’３Ｊｌ’ｉ！
装置６ａ、６ｂ、転写紙７ａ、７ｂの給紙部８ａ、８ｂ
、分離転写チャージャ９ａ、９ｂ、クリーニング装置Ｉ
Ｑａ、Ｊｏｂ、除電装置１１ａ、ｊｌｂ、定着装置１２
ａ、１２ｂが；旧Ｊら４Ｌでいる。ここで、コンタク１
−ガラス４ ａ 、 ４ ｔ＋、、Ｉ−にｉＪ自動原稿
搬送装置１．３ ａ、Ｉ ３ ｂ７Ｊ’設けられている
。この自動原稿搬送装置］３ａ、１３ｂは原稿台１４ａ
、＋４ｂ上にセラ１へされたＪＪ＋ｆ ４“：＋４１５
ｄ、Ｌ５ｂを搬送する搬送ベルト１６ａ、］［ｉｂを−
）二とする−しのであり、リサイクルパス１７ ａ、ｌ
７ Ｌ＋＋）Ｏｉｉｉえテいル。3b, Contact 1 - Optical system 5a, 5b, '3Jl'i! for exposing and imaging the original on glass 4a, 4b.
Devices 6a, 6b, paper feed sections 8a, 8b of transfer paper 7a, 7b
, separation transfer charger 9a, 9b, cleaning device I
Qa, Job, static eliminator 11a, jlb, fixing device 12
a, 12b; former J et al. 4L. Here, contact 1
- Glasses 4a, 4t+, I- are provided with iJ automatic document feeders 1.3a, I3b7J'. This automatic document feeder] 3a and 13b are the document table 14a
, JJ+f 4" sent to Sera 1 on +4b: +415
d, conveyor belt 16a that conveys L5b,] [ib -
) Second - Shino, Recycle Path 17 a, l
7 L++)Oiiieetail.
このにうにして前段画像形成１１３ン１８．Ｉと後段画
像形成手段１８ｂとが形成され゛（いる。In this way, the first stage image formation 113-18. I and a subsequent image forming means 18b are formed.
このような前・後段画像形成ｒ段１８ａ、＋８ｂは転写
紙搬送路２ｏと原稿１飽送路２１とにより結合されてい
る。まず、転写紙１１ｆＪ送路２ｏは感光体ドラムｌａ
、ｌｂ間を結んで転写紙７ａを前段側から後段側べ搬送
させるものて略直線状に形成されており、その途中に転
写紙反転搬送装置２２をイ１する。この転写紙反転装置
２２は１枚の転写紙７ａだけを反転させて直ちに後段側
へ搬送させうる転写紙反転搬送装置２３とその下方に位
置する転写紙反転中間トレイ２４とにより構成されてい
る。The front and rear image forming stages 18a and +8b are connected by a transfer paper conveyance path 2o and a document 1 feeding path 21. First, the transfer paper 11fJ feeding path 2o is connected to the photosensitive drum la.
, lb are connected to transport the transfer paper 7a from the front side to the rear side.The transfer paper reversing and conveying device 22 is installed in the middle of the line. The transfer paper reversing device 22 includes a transfer paper reversing and conveying device 23 capable of reversing only one sheet of transfer paper 7a and immediately transporting it to the subsequent stage, and a transfer paper reversing intermediate tray 24 located below the transfer paper reversing and conveying device 23.
転写紙反転搬送装置２３は周知のように三本ローラ対２
５と反転路２６とにより構成されており、図示の如く三
本ローラ対２５の上側２つの従ローラが反転路２６を開
放していれば転写紙７ａが反転路２６に入り込んで反転
・搬送されるが、反ｌｚｉ路２６を閉じれば転写紙７ａ
は反転されることなく単に通過することになるものであ
る。転写紙反転中間トレイ２４は基本的には仕切り部材
としての仕切り板２７と給紙ローラ２８とを備えてなる
ものである。ここで、転写紙反転中間１−レイ２４と仕
切り板２７とは第２図に示すように互いにクシ歯状に形
成されており、仕切り仮２７は軸２７ａを中心に回転し
得るように設定されている。ここで、仕切り板２７はｒ
’１ＩＪｆｌ性部］Ａにより形成されており、その回動
途中に底板７１により回動軌跡が小さくなるように設定
されている。このような仕Ｌｉ１Ｊり板２７の存在によ
り転写３１（反転中間１−レイ２４の後段（左側）は収
納された複数枚の転写紙７ａを給紙ローラ２８により再
給紙させる給紙部７２とされ、前段（右側）は表面コピ
ー済みの転写紙７ａを収納する収納部７コ３とされてい
る。そして、転写紙反転搬送装置ｒ２３側と転写紙反転
中間トレイ２４側とを選υく的にりＪ換える切換爪２９
が設けられている。更に、転写ｔｉ（反転搬送装置２３
の後段には反転された転写紙７ａを収納しろる第二中間
１〜レイ３０が給紙ローラ３１とともに転写紙搬送路２
０に対し、）６列的に設置づら扛て才９す、両者を選択
切換えするりＪ作成３２が設けられている。As is well known, the transfer paper reversing conveyance device 23 includes a pair of three rollers 2.
5 and a reversing path 26, and as shown in the figure, if the upper two subordinate rollers of the three roller pair 25 open the reversing path 26, the transfer paper 7a enters the reversing path 26 and is reversed and conveyed. However, if the anti-lzi path 26 is closed, the transfer paper 7a
is simply passed through without being reversed. The transfer paper reversing intermediate tray 24 basically includes a partition plate 27 as a partition member and a paper feed roller 28. Here, the transfer paper reversal intermediate 1-ray 24 and the partition plate 27 are formed in a comb-tooth shape with respect to each other as shown in FIG. ing. Here, the partition plate 27 is r
'1IJfl nature part] A, and is set so that the rotation locus becomes small due to the bottom plate 71 during its rotation. Due to the existence of such a transfer plate 27, the transfer 31 (reversing intermediate 1-ray 24 at the latter stage (left side) is connected to a paper feed section 72 which re-feeds the stored plural sheets of transfer paper 7a by the paper feed roller 28. The front stage (right side) is a storage section 7 3 for storing the transfer paper 7a whose front surface has been copied.Then, the transfer paper reversing conveyance device r23 side and the transfer paper reversing intermediate tray 24 side are selected. Switching claw 29 for changing Niri J
is provided. Further, transfer ti (reversing conveyance device 23
In the latter stage, a second intermediate layer 1 to a tray 30 for storing the inverted transfer paper 7a are connected to the transfer paper conveyance path 2 together with a paper feed roller 31.
In contrast to 0, a J creation 32 is provided for selecting and switching between the two in six rows.
一方、原稿搬送路２１も自動原稿「ロ送装置１３ａ、１
３ｂ間を結んで原稿１５ ｒ＋を前段側から後段側へ搬
送させるもので１１１８直線状に形成さｊしており、そ
の途中に原稿反１１ｉノ”＋装置３５が設けら扛でいる
。この原稿反転装置３５は転写紙反転搬送送置２３と同
様に三本ローラ対３Ｇと反転路３７とからなり、反転路
３７は原稿手差しを兼用している。On the other hand, the document transport path 21 also has an automatic document feeder 13a, 1.
3b to transport the original 15r+ from the front stage side to the rear stage side, and is formed in a straight line 1118j, and a document reversing device 35 is provided along the way.This original The reversing device 35 is composed of three roller pairs 3G and a reversing path 37, similar to the transfer paper reversing conveyance station 23, and the reversing path 37 also serves as a manual document feed.
ここで、自動原稿搬送装置１３ａの後段には原稿搬送路
２１側とリサイクルパス１７ａ側とを選択切換えする切
換爪３８が設けら肛、更に、自動原稿搬送装置ｊ３ａ用
に設けられた排紙トレイ３９側とリサイクルパス１７ａ
側とを選択切換えする切換爪４０が設けられている。Here, a switching claw 38 for selectively switching between the document transport path 21 side and the recycle path 17a side is provided at the rear stage of the automatic document feeder 13a, and a paper output tray provided for the automatic document feeder j3a. 39 side and recycling path 17a
A switching claw 40 for selectively switching between the two sides is provided.
ついで、感光体ドラムｌｂ側の定着送置１２ｂの後段に
は三本ローラ対５０と反転路５１とともに紙折リストッ
パ−５２を有する反転排出装置５３が設けられ、その後
段には切換爪５４により選択さ汎る排紙トレイ５５とソ
ータ５６とが設けられている。又、自動原稿搬送装置１
．３ ｂの後段には三本ローラ対５７と反転路５８とを
有する反転ｔＪ［出装■δ５９を介して排紙１へレイロ
０が設けられている。６１は反転排出送置５９側とリサ
イクルパス］、 ７ ｂ側とを選択切換えする切換爪で
ある。Next, a reversing and discharging device 53 having a paper folding stopper 52 as well as a three-roller pair 50 and a reversing path 51 is provided at the rear stage of the fixing feed station 12b on the side of the photosensitive drum lb. A wide paper discharge tray 55 and a sorter 56 are provided. Also, automatic document feeder 1
．． At the rear of 3b, there is provided a reversing tJ having a pair of three rollers 57 and a reversing path 58. Reference numeral 61 denotes a switching claw for selectively switching between the reversing and discharging station 59 side, the recycle path] and the 7b side.
なお、７０は給紙部８ａと並列的に設けられた手差し給
紙部である。Note that 70 is a manual paper feed section provided in parallel with the paper feed section 8a.
このような構成において、本実施例の両面複写機によれ
ば各種１１！様に対処できる。ここに、スイッチ類、制
御回路等は特に図示しないが、各種モードは自由に設定
できるものである。In such a configuration, the double-sided copying machine of this embodiment has various types of 11! You can deal with it as you like. Although switches, control circuits, etc. are not particularly illustrated here, various modes can be set freely.
まず、両面原稿１枚からリピート設定された所定枚数の
両面コピーを１ｊ）るリピート両面コピーモート時を考
える。このとき、原稿］５ａを原稿台１４ａ」二にセラ
１〜する。しかして、コピーを開始させるとこの原稿１
５ａが給紙され搬送ベルト１６ａによりコンタク１−ガ
ラス４３１１−に送られ停止する。そこで、光学系５
ｆｌがコンタク１−ガラス４ａ」二の原稿１５ ａの表
面を露光スキャニングして回転中の感光体ドラム１Ｂ−
にに）（）１像を形成する。First, let us consider the case of the repeat duplex copy mode in which double-sided copies of a predetermined number of double-sided copies are made from one double-sided original 1j). At this time, the original 5a is placed on the original table 14a. However, when I start copying, this original 1
5a is fed and conveyed to the contact 1-glass 4311- by the conveyor belt 16a and stopped. Therefore, optical system 5
photoreceptor drum 1B- which is being rotated by exposing and scanning the surface of the document 15a on which fl is the contact 1-glass 4a'2
ni) () form one image.
この潜像は現像装置Ｇ ａにより現像された後、給紙部
８ａ側から所定タイミングでｇ・ａ紙さ４（、た転写紙
７ａに分難転写チ・Ｖ−ジャ９ ｒｌの作用により転写
される。そして、定、？′［装置１２．１を通過して転
写紙７ａへの表面コピーが完了する。このような動作が
コンタク１−ガラス４ ａ ｌユに給送セラ１−された
原稿１５ａにつき感光体ドラム１ａ側でリピート枚数分
の複写動作が繰返されて表面コピーが作成される。表面
コピー済みの転写紙７ａは順次転写紙反転中間トレイ２
４に排紙されて一時収納される。このとき、転写紙反転
中間１−レイ２４において、仕切り板２７は第１図に示
すような初期状態にあり、給紙部７２、収納部７３の区
別なく転写紙７ａが転写紙反転中間トレイ２４内に収納
される。そして、リピート枚数分の表面コピーが終了す
ると、コンタク１〜ガラス４ａ上の原稿１５ａは原稿反
転装置３５により反転されつつコンタクトガラス４ｂ上
に搬送セットされる。一方、転写紙反転中間トレイ２４
中メはその直前搬送路中には排紙枚数検知手段が備えら
れており、リピート枚数分の転写紙７ａの収納が検知さ
れると、仕切り板２７が第３図に示すように３８紙ロー
ラ２８側へ切換わり、既に収納済みの転写紙７ａを給紙
ローラ２８へ加圧して感光体ドラムＩｂ側への再給紙待
機状態となる。したがって、この転写紙７ａは給紙部７
２に位置することになり、仕切り板２７の右方には収納
部７３が確保される。しかして、コンタクトガラス４１
１上にセラ１−された原稿１５ａにつき感光体ドラム１
ｂ側で裏面コピーが行なわれることになり、表面コピー
済みの転写紙７ａは中間トレイ２４から給紙ローラ２８
により反転状態で１枚ずつ順に給紙され、両面コピーが
完了する。この時、前段側について力れば、コンタクト
ガラス４ａ上に既に次のＩＪＩＴＱ ｌ ”、） ａが
セラ１−されており、この原稿１；５ａにつき感光体ド
ラムＪｄ側で所定リピー１一枚数分の表面コピーが行な
われ、この表面コピー済みの転′す゛紙７ａは順次転写
紙反転中間トレイ２４の収納部゛ｌ：３にＵ目ｌｌ（収
納されることになる。つまり、後段側では前回の表面コ
ピーに対する裏面コピーが１？ズｊ・わＪし、これと同
時に前段側では次の表面コピーをｔｉなうことになる。After this latent image is developed by the developing device Ga, it is transferred from the paper feed section 8a side to the transfer paper 7a at a predetermined timing by the action of the transfer roller V-jar 9rl. Then, after passing through the device 12.1, the surface copying onto the transfer paper 7a is completed. The copying operation for the original 15a is repeated for the number of repeat sheets on the photosensitive drum 1a side to create a front side copy.The transfer paper 7a on which the front side has been copied is sequentially transferred to the transfer paper reversing intermediate tray 2.
4 and is temporarily stored. At this time, in the transfer paper reversal intermediate tray 24, the partition plate 27 is in the initial state as shown in FIG. stored inside. When the front side copying for the number of repeat sheets is completed, the originals 15a on the contacts 1 to 4a are conveyed and set on the contact glass 4b while being turned over by the original reversing device 35. On the other hand, the transfer paper reversing intermediate tray 24
The middle paper is equipped with a paper discharge number detection means in the conveyance path just before that, and when it is detected that the transfer paper 7a corresponding to the number of repeat sheets has been stored, the partition plate 27 moves to the 38 paper rollers as shown in FIG. 28 side, pressurizes the already stored transfer paper 7a against the paper feed roller 28, and enters a standby state for paper re-feeding to the photosensitive drum Ib side. Therefore, this transfer paper 7a is transferred to the paper feed section 7.
2, and a storage section 73 is secured on the right side of the partition plate 27. However, contact glass 41
1 photoreceptor drum 1 per original 15a that is printed on 1
Back side copying will be performed on the b side, and the transfer paper 7a on which the front side has been copied is transferred from the intermediate tray 24 to the paper feed roller 28.
The paper is fed one by one in a reversed state, and double-sided copying is completed. At this time, if you press the front side, the next IJITQ l'',)a has already been printed on the contact glass 4a, and the photosensitive drum Jd side will print the predetermined number of copies for each original 1;5a. The front side copy is performed, and the transfer paper 7a whose front side has been copied is sequentially stored in the storage section 1:3 of the transfer paper reversal intermediate tray 24.In other words, on the later side, it is The back side copy for the front side copy will be 1?ZJ/WJ, and at the same time, the next front side copy will be TI on the previous stage side.
転写紙反転中間１−レイ２４ご見れば、給紙部７２によ
り表面コピー済ＪＪの・１り嵐写紙７ａの給紙を行ない
つつ、収納部７二３により次の裏面コピー斉みの転写紙
７ａを収納することになる。そして、リピート枚数分の
処理がＡ４％了すると、収納部７３にはその枚数分の転
写紙７ａが収納され、給紙部７２には無くなることから
、第４図に示すように仕切り板２７が一点鎖線に示すよ
うに順次回動変位して収納部７３に収納された転写紙７
ａ＆給紙部７２に移行させ、第３図に示す状態に戻り、
再び収納部７３を確保する。If you look at the transfer paper reversal intermediate 1-lay 24, the paper feed section 72 feeds the front-side copied JJ 1-Arashi Shashi 7a, while the storage section 723 transfers the next back side copy. The paper 7a will be stored. When the processing for the number of repeat sheets is completed by A4%, the storage section 73 stores that number of transfer sheets 7a, and the paper feed section 72 is empty, so that the partition plate 27 is closed as shown in FIG. The transfer paper 7 is sequentially displaced and stored in the storage section 73 as shown by the dashed line.
a & paper feed section 72, and return to the state shown in FIG.
Secure the storage section 73 again.
次に、同じく両面原稿−両面コピーモートであるが、両
面原稿１枚から１枚の両面コピーな得る１−１両面コピ
ーモート時を考える。基本的には前述したリピート両面
コピーモード時と同様であるが、切換爪２９が切換わり
転写紙反転中間トレイ２４に代わって転写紙反転搬送装
置２３が選択される。このとき、原稿１．５ ａを原稿
台１４ａ上にセットする。しかして、コピーを開始させ
るとこの原稿１５ａが給紙され搬送ベルト１６ａにより
コンタク１−ガラス４ａ上に送られ停止する。そこで、
光学系５ａがコンタク１−ガラス４ａ上の原稿１５ａの
表面を露光スキャニングして回転中の感光体１−ラムＩ
ａ上に潜像を形成する。この潜像は現像装置６ａにより
現像された後、給紙部８ａ側から所定タイミングで給紙
された転写紙７ａに分離転写チャージャ９ａの作用によ
り転写される。Next, let us consider the 1-1 duplex copy mode, which is also in the double-sided original-to-duplex copy mode, but in which a double-sided copy is made from one double-sided original. Basically, it is the same as in the repeat double-sided copy mode described above, but the switching claw 29 is switched and the transfer paper reversing conveyance device 23 is selected instead of the transfer paper reversing intermediate tray 24. At this time, the document 1.5a is set on the document table 14a. When copying is started, the original 15a is fed, conveyed by the conveyor belt 16a onto the contact lens 1-glass 4a, and stopped. Therefore,
The optical system 5a exposes and scans the surface of the document 15a on the contactor 1-glass 4a and rotates the photoreceptor 1-ram I.
A latent image is formed on a. After this latent image is developed by the developing device 6a, it is transferred to the transfer paper 7a fed at a predetermined timing from the paper feed section 8a side by the action of the separation transfer charger 9a.
そして５、定石装置１２ ａを通過して転写紙７ａへの
表面コピーが完了する。このようにして表面コピーが完
了すると、コンタク１−ガラス４ａ上の原稿＋５ａは搬
送ベルｈ １６ ａにより原稿反転装置３５側ｌ＼搬送
され、この原稿反転装置３５て反転されて裏面側を下に
して自動原稿搬送装置１３ａ側へ向かい、その搬送ベル
Ｉ−１６ｂによりコンタクトガラス４ｂ上にセラ１−さ
れる。同＋１；７に、自動原稿搬送装置１３Ｊ１で側で
は次の１７１稿１５ａがコンタクＩ・ガラス４ａ、−に
にセットされる。一方、表面コピー済みの転写紙７１１
は定？Ｔ ’、’ｔ！ｉ間１２ａか間転２ａ反転搬送装
置２３へ送られ、未コピーの裏面側が」・、になるよう
に反転さｔｙで転写紙１Ｉｒ１送！１警２０を通り感光
体ドラムｌ ｌ＋に対し待機状１ル１となる。Then, 5, the image passes through the fixed stone device 12a and the surface copying onto the transfer paper 7a is completed. When the front side copy is completed in this way, the document +5a on the contact glass 4a is conveyed to the document reversing device 35 side l\ by the conveyor bell h16a, and is reversed by the document reversing device 35 so that the back side is facing down. Then, the original document is transferred to the automatic document feeder 13a side, and is transferred onto the contact glass 4b by the transfer bell I-16b. At +1;7, the next 171st document 15a is set on the contact glass 4a, - of the automatic document feeder 13J1. On the other hand, transfer paper 711 whose front surface has been copied
Is it certain? T','t! The transfer paper 1Ir1 is sent to the reversing conveyance device 23 between the i interval 12a and the intermediate transfer 2a, and is reversed so that the back side of the uncopied side becomes "・" and the transfer paper 1Ir1 is sent! After passing through the first warning 20, the photosensitive drum 11+ is placed in a standby state.
そこで、この感光体ドラム１ｔ＋側によ；いて裏面コピ
ーが行なわれる（この時、感光体ドラｔ、 ｌ ａ側で
は次の原稿の表面コピーが９１なわ４しる）。即ち、コ
ンタク１−ガラス４ｂ上にセラ１〜されたノ万１不゛鳥
１５ａ裏面側が光学系５Ｆ）により露光スキャニングさ
れて感光体ドラムｌｂ上に潜像が形成され、現像・転写
・定石プロセスに従い表面コピー済み’Ｉ’７；写紙７
ａの裏面に裏面コピーが形成さＪＬることになる。そし
て、原稿１５ａ、両面コピー済みの転写紙７ａは排紙ト
レイ６０ ＋ ５５等に排紙される（必要に応じて反転
されたり、ソー９５６が選択される）。Therefore, the back side copy is performed using the photosensitive drum 1t+ side (at this time, the front side copy of the next document is made on the photosensitive drum t, la side). That is, the back side of the contact lens 1-glass 4b is exposed and scanned by the optical system 5F), and a latent image is formed on the photoreceptor drum lb, which is then subjected to the development, transfer, and standard processes. Copied on the front according to 'I'7; photo paper 7
A back side copy will be formed on the back side of a. Then, the original 15a and the transfer paper 7a on which both sides have been copied are discharged to a paper discharge tray 60 + 55 or the like (inverted or saw 956 is selected as necessary).
又、両面コピーモードであるが、片面原稿から両面コピ
ーを得る場合を考える。この場合にも１−１両面コピー
モードとリピート両面コピーモード時軌跡るが、前者の
場合には転写紙反転搬送装置２３が選択され、後者の場
合には転写紙反転中間１−レイ２４が選択される。一方
、原稿側については、まず、全ての原稿を自動原稿ｌＩ
侍送送装置３ｄの原稿台１４ａ上にセラ１−シ、分数番
［１（表面用）の原稿１５ａにつき感光体ドラム】ａ側
で表面コピーが終了した後、このコンタク１−ガラス４
ａ上の奇数番目の原稿１５ａを原稿搬送路２］−コンタ
クトガラス４ｂを通して直ちに排紙させる一方、原稿台
１４ ａ 、−１−の次の偶数？ｈ目（裏面用）の原稿
１５ａをコンタク１〜ガラス４ａ＝原稿搬送路２■を通
過させてコンタク１〜ガラス４ｂ上に搬送セラ１−シて
裏面コピーに供するようにする。即ち、原稿反転装置３
５は非作動状態となる。Also, in the double-sided copy mode, consider the case where a double-sided copy is obtained from a single-sided original. In this case as well, the trajectory is the same in the 1-1 duplex copy mode and the repeat duplex copy mode, but in the former case, the transfer paper reversal conveyance device 23 is selected, and in the latter case, the transfer paper reversal intermediate 1-lay 24 is selected. be done. On the other hand, on the manuscript side, first, all manuscripts are automatically
On the document table 14a of the samurai feeder 3d, the camera 1-glass 4 is placed on the photosensitive drum for the original 15a with fractional number 1 (for the front side).
While the odd-numbered document 15a on the document tray 14a is immediately ejected through the document conveyance path 2]-contact glass 4b, the next even-numbered document 15a on the document table 14a, -1-? The h-th original (for the back side) 15a is passed through the contacts 1 to glass 4a=original conveyance path 22, and is transferred onto the contacts 1 to glass 4b for copying the back side. That is, the document reversing device 3
5 is inactive.
いずれにしても、このように両面コピーモードにあって
は、前段画像形成手段］ ８ ａが表面コピーモードを
作成し、後段画像形成手段１’８ｂが裏面コピーを作成
して両面コピーを完成するものである。この場合、転写
紙７ａはｌ”：ｌ直線状で短い転写紙搬送路２０により
感光体トラム１ａ側から感光体ドラｉｓ Ｉ ｂ側へ搬
送さｊＬるため、転写紙ジャムの発生確率が低くなり、
コピ−１ｓｉｉ度も向１−するものである。これは原Ｔ
＋０＋側でｂｌｌｉＩ作であり、自動原稿搬送送置１３
ｄ、１３＋＋間を結ぶ原稿搬送路２１が略直線状で短い
ため、ＩＪｉｌ 稿シャ１１が減少する。又、転写紙７
ｄが表面コピー後、転写紙反転装置２３により反転され
て感光体ドラムＩ ｌ＋側へ搬送されるため、感光体ド
ラｉｓ ｌ Ｑへ向けて給紙される場合と同等であり、
光学系５ａ、５ｂ等の複写プロセス植成要素の配置等を
感光体トラＡｓ ＋ａ、１ｂ双方とも全（同しにするこ
とができる。In any case, in this double-sided copy mode, the front-stage image forming means 8a creates the front-side copy mode, and the rear-stage image forming means 1'8b creates the back-side copy to complete the double-sided copy. It is something. In this case, the transfer paper 7a is conveyed from the photoconductor tram 1a side to the photoconductor drive is Ib side by the linear and short transfer paper conveyance path 20, so that the probability of occurrence of a transfer paper jam is reduced. ,
The degree of copying is also the same. This is Hara T
The +0+ side is made by blii, and the automatic document feed/transfer position 13
Since the document conveyance path 21 connecting between d and 13++ is substantially straight and short, the number of IJil document feeders 11 is reduced. Also, transfer paper 7
After copying the front side of the sheet, it is reversed by the transfer paper reversing device 23 and conveyed to the photoreceptor drum Il+ side, which is equivalent to the case where the paper is fed toward the photoreceptor drive islQ.
The arrangement of the copying process implantation elements such as the optical systems 5a and 5b can be made the same for both the photosensitive drums As+a and 1b.
従って、従来の如く、画像の向きを合わせる等、光学系
に複雑な工夫をする必要がなく、＋１１純化できる。又
、この結果、原稿も単純に前段側から後段側に流す方式
を採用でき、自動原稿搬送装置１３ａ、１３ｂの利用に
より、大量の両面コピー処理を自動的かつ短時間で行な
うことができるものである。Therefore, there is no need to make complicated improvements to the optical system, such as adjusting the orientation of the image, as in the past, and it is possible to achieve +11 purification. Furthermore, as a result, it is possible to adopt a method in which originals are simply passed from the front side to the rear side, and by using the automatic document feeders 13a and 13b, it is possible to automatically perform a large amount of double-sided copy processing in a short time. be.
又、転写紙反転装置２２が転写紙搬送路２０の上下に対
向配置された転写紙反転搬送装置２３と転写紙反転中間
１へレイ２４とによりａｔｌ成され１両者が切換爪２９
により選択自在であり、両面コピーであっても１−１両
面コピーモー１一時には転写紙反転搬送装置２３が選択
され、表面コピー済みの転写紙７ａが反転されて直ちに
後段へ送られるため、両面コピーの時間が短縮化される
。一方。Further, the transfer paper reversing device 22 is constituted by a transfer paper reversing conveyance device 23 and a transfer paper reversing intermediate 1 lay 24 which are disposed oppositely above and below the transfer paper conveyance path 20, and both of them are connected to a switching claw 29.
Even in double-sided copying, the transfer paper reversing conveyance device 23 is selected at one time in 1-1 double-sided copy mode 1, and the transfer paper 7a on which the front side has been copied is reversed and immediately sent to the subsequent stage, so that double-sided copying is possible. time is shortened. on the other hand.
リピート両面コピーモード時には転写紙反転中間トレイ
２４が選択され、この転写紙反転中間トレイ２４が給紙
部７２と収納部７３とを有しており、給紙部７２から裏
面コピー用の転写紙７ａを給紙しながら、収納部７３を
利用して次の原稿１５ａの表面コピー済み転写紙７ａを
収納でき、結局、表・裏面コピーを１−１両面コピーの
場合と同様に前・後段で並行して行なうことができ、処
理能力がアップする。又、この１１し；写３１（反転中
間１−レイ２４において実際に排紙収納さ４しる転写紙
７８枚数のチェックにより、リピー１〜枚数チェック、
ジャムチェック等がより確実となる、更に、裏面コピー
に際しては転写紙７ ＋ｒがこの転写紙反転中間１−レ
イ２４から１枚ずつ連続的に感光体トラム１ｂ側へ給紙
されるものであって、後段側１象形成手段１８１］単独
機の場合の給紙状態ど同等てあり、コピ一時間が遅（な
るものでｌ；ｌン１：い。つまり、１−１両面コピーモ
ート ＩＩ！；には転写紙反転搬送装置２３により転写
紙７ａを個別処理でき、リピーｈ両面コピーモード１１
．１″には転′す：ｔ１を反転中間１−レイ２４により
転写紙７ａを一括処理できるものであり、各々の態様に
応じた適１ｊＪＪな処理となる。In the repeat double-sided copy mode, the transfer paper reversing intermediate tray 24 is selected, and the transfer paper reversing intermediate tray 24 has a paper feed section 72 and a storage section 73. While feeding the paper, the transfer paper 7a on which the front side of the next original 15a has been copied can be stored using the storage section 73, and in the end, front and back side copies can be made in parallel in the front and rear stages as in the case of 1-1 double-sided copying. This increases processing capacity. In addition, by checking the number of transfer sheets 78 that are actually ejected and stored in the reversing intermediate 1-ray 24, repeat 1 to check the number of sheets.
Jam checks, etc. are made more reliable.Furthermore, during backside copying, the transfer paper 7+r is continuously fed one by one from this transfer paper reversal intermediate 1-ray 24 to the photosensitive tram 1b side. , rear-side one-image forming means 181] The paper feeding conditions are the same as in the case of a standalone machine, and the copying time is one hour slower.In other words, 1-1 double-sided copy mode II!; The transfer paper 7a can be individually processed by the transfer paper reversing conveyance device 23, and the repeat h double-sided copy mode 11
．． 1'': t1 can be reversed, and the intermediate 1-ray 24 can process the transfer paper 7a all at once, resulting in appropriate processing depending on each aspect.
なお、本実施例では、ｌ−１両面コピーモート時に転写
紙反転搬送装置２３を使用するようにしたが、この転写
紙反転搬送装置２３を省略し、ｌ−１両面コピーモート
時であっても常に転写紙反転中間トレイ２４を使用する
ようにしてもよい。In this embodiment, the transfer paper reversing conveyance device 23 is used in the l-1 duplex copy mode, but this transfer paper reversing conveyance device 23 is omitted and even in the l-1 duplex copy mode The transfer paper reversing intermediate tray 24 may always be used.
又、片面コピーモードも選択できるものであり、種々の
片面コピー処理ができる。まず、本実施例の両面複写機
は前・後段画像形成手段＋８ａ、１８ｂの連係結合によ
り両面コピーをなし得るものであるが、図示しない切換
スイッチにより１）１・後段画像形成手段１８ａ、１８
ｂは各々（１１独で駆動しうるちのである。即ち、単独
複写機が２台あることになり、各々の自動原稿搬送装置
１３ａ、１３ｂに原稿１５ａ、１５ｂをセラ１−シ、転
写紙７ａ、７ｂは各々の給紙部８ａ、ａｂからＫｎ Ｒ
Ｊｔさせることにより各々の感光体ドラムｌａ、Ｉｂ、
光学系５ａ、５ｂ等により並行して同時に片面コピーを
行なうことができる。よって、大量のコピーの時、分担
してコピーすれば半分の時間で済むことになり高速処理
でさる。この場合、原稿１５ａはＵＩＲＩ（＋−レイ３
９に４Ｊｌｉ ＫＡされ、転写紙７ａは転写紙反転中間
トレイ２４にＩＪ目４（さＡしろ。Furthermore, a single-sided copy mode can also be selected, and various single-sided copy processes can be performed. First, the double-sided copying machine of this embodiment can perform double-sided copying by linking the front and rear image forming means +8a and 18b.
b are driven independently (11). In other words, there are two independent copying machines, and each automatic document feeder 13a, 13b carries the originals 15a, 15b from the plate 1-1, and the transfer paper 7a. , 7b are the respective paper feed sections 8a, ab to Kn R
Jt, each photoreceptor drum la, Ib,
Single-sided copying can be performed in parallel using optical systems 5a, 5b, etc. Therefore, when copying a large amount, if you divide the copying process, it will take half the time, resulting in faster processing. In this case, the original 15a is UIRI (+-ray 3
9, the transfer paper 7a is transferred to the transfer paper reversing intermediate tray 24, and the transfer paper 7a is transferred to the IJ position 4 (sairo).
効果
本発明は、」二連したように複数の画像記ｔｋ体を反転
状態で収納された表面コピー済みの転写紙を後段画像記
録体側へ再給紙搬送させる給紙部と前段画像記録体側に
にり表面コピー済みの転写紙を反転収納する収納部とが
仕切り部材により形成さ肛た転写紙反転中間１−レイを
有゛４−る転写紙搬送路で連係結合したので２リピー１
−両面コピ一時であっても前・後段同時に動イ１させて
並行処理することができ、処理能力のアップを図ること
がてさ、更に自動原稿搬送装置の利用により自動処理ｕ
１ｍることかできるものである。Effects The present invention provides a paper feeding section for refeeding and conveying a transfer paper on which a plurality of image recording bodies are stored in an inverted state in a double series, on which the front side has been copied, to the subsequent image recording body side, and a former image recording body side. The storage section for reversing and storing the transfer paper whose surface has been copied is connected to the transfer paper conveyance path having a transfer paper reversal intermediate 1-lay formed by a partition member, so that 2 repeats can be achieved.
- Even for double-sided copying, the front and rear stages can be moved at the same time for parallel processing, increasing processing capacity.Furthermore, by using an automatic document feeder, automatic processing can be performed.
It is possible to go up to 1m.
図面は本発明の一実施例を示士もので、第１図は概略側
面図、第２１Ｗ＋は中間１− ｋ・イの斜視図、第３図
および第４図はその１１川を小ず側面図である。
Ｉａ−１ｂ−感光体１−ラｌｚ （ｐｌ＋ｉ ＠駆動゛
、（・１、）、５ａ〜５ｂ・−光学系、７ ａ −転写
、↑１に、２ ｆ） 、、−％：’す’ ｆｌｔ１１ｎ
送路、Ｉ ３ ａ ＝ Ｉ ３ ｂ −ｌ′ｌ １ｌｉ
ｌｌｌＪｉｌ 稿１ｆＬＡ装置７． ２１ 原稿搬送路
、２・１・転写紙反転中間トレイ、２７・・・仕切り板
（仕切り部ｔ４） 、 ３５−Ｊｊ稿反φム装置、７２
・・給紙部、７３・収納部
出 願 人 株式会社 リ コ −The drawings illustrate one embodiment of the present invention, and Fig. 1 is a schematic side view, No. 21W+ is a perspective view of the middle 1-k and I, and Figs. 3 and 4 are side views of the 11th river. It is a diagram. Ia-1b-photoreceptor 1-ra lz (pl+i @ drive゛, (・1,), 5a-5b・-optical system, 7 a-transfer, ↑1, 2 f) ,, -%:'su' flt11n
Feed path, I 3 a = I 3 b −l′l 1li
lllJil draft 1f LA device 7. 21 Document conveyance path, 2.1 Transfer paper reversing intermediate tray, 27... Partition plate (partition part t4), 35-Jj document inversion device, 72
...Paper feeding section, 73, storage section Applicant Ricoh Co., Ltd. -
Claims (1)
各々光学系及び自動原稿１「＾送装置を設け、選択的に
動作する原稿反転装置δを有する原（ｌＱｊ搬送路によ
り自動原稿搬送装置間を粘合するとともに。 反転状態で収納された表面コピー済みの転写紙を後段画
像記録体側へ再給紙搬送させる給紙部と前段画像記録体
側により表面コピー済みの転写紙を反転収納する収納部
とが仕切り部材により仕切り形成された転写紙反転中間
１へレイをイエする転写紙搬送路により画像記録体間を
結合したことを特徴とする両面参ｙ写機。[Claims] A plurality of image recording bodies are provided, each of which is provided with an optical system and an automatic document feeding device, and a document reversing device δ that operates selectively is provided. The lQj conveyance path connects the automatic document feeder, and the paper feed section refeed and convey the transfer paper, which has been stored in an inverted state and whose front side has been copied, to the subsequent image recording body side, and the front side of which has been copied is transferred to the front image recording body side. A double-sided copying machine characterized in that a storage section for reversing and accommodating transfer paper is connected to the image recording body by a transfer paper transport path that transfers the lay to a transfer paper reversing intermediate 1 partitioned by a partition member. .
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21059683A JPS60102652A (en) | 1983-11-09 | 1983-11-09 | Both face copying machine |
| DE19843439901 DE3439901A1 (en) | 1983-11-01 | 1984-10-31 | COPIER |
| US06/666,983 US4586812A (en) | 1983-11-01 | 1984-10-31 | Copying apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21059683A JPS60102652A (en) | 1983-11-09 | 1983-11-09 | Both face copying machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60102652A true JPS60102652A (en) | 1985-06-06 |
| JPH0555864B2 JPH0555864B2 (en) | 1993-08-18 |
Family
ID=16591937
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP21059683A Granted JPS60102652A (en) | 1983-11-01 | 1983-11-09 | Both face copying machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60102652A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS50110640A (en) * | 1974-02-08 | 1975-08-30 | ||
| JPS5288412A (en) * | 1976-01-17 | 1977-07-23 | Kazunari Imahashi | Line printer disposition |
| JPS5427143A (en) * | 1977-08-01 | 1979-03-01 | Ichikoh Ind Ltd | Automatic angle controlling system for electric remote-control mirror |
| JPS55178144U (en) * | 1979-06-08 | 1980-12-20 |
-
1983
- 1983-11-09 JP JP21059683A patent/JPS60102652A/en active Granted
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS50110640A (en) * | 1974-02-08 | 1975-08-30 | ||
| JPS5288412A (en) * | 1976-01-17 | 1977-07-23 | Kazunari Imahashi | Line printer disposition |
| JPS5427143A (en) * | 1977-08-01 | 1979-03-01 | Ichikoh Ind Ltd | Automatic angle controlling system for electric remote-control mirror |
| JPS55178144U (en) * | 1979-06-08 | 1980-12-20 |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0555864B2 (en) | 1993-08-18 |
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