JPH05341483A - Photograph sorting device - Google Patents
Photograph sorting deviceInfo
- Publication number
- JPH05341483A JPH05341483A JP15373792A JP15373792A JPH05341483A JP H05341483 A JPH05341483 A JP H05341483A JP 15373792 A JP15373792 A JP 15373792A JP 15373792 A JP15373792 A JP 15373792A JP H05341483 A JPH05341483 A JP H05341483A
- Authority
- JP
- Japan
- Prior art keywords
- sorting
- paper
- printing
- photographic
- rows
- 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
Landscapes
- Photographic Processing Devices Using Wet Methods (AREA)
- Photographic Developing Apparatuses (AREA)
Abstract
Description
【0001】[0001]
【産業上の利用分野】この発明は、写真フィルムから印
画紙に焼付露光したのち、現像処理してプリントを作成
する技術に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for producing a print by subjecting a photographic paper to printing exposure on photographic paper and then developing it.
【0002】[0002]
【従来の技術】写真フィルムから印画紙に焼付けて現像
処理する技術は古くから行なわれ、白黒タイプでは手作
業で行なう時代から完全自動で行なうものまで、殆んど
技術は出尽くしたと言える。2. Description of the Related Art The technique of printing a photographic film on photographic paper and developing it has been used for a long time, and it can be said that most of the techniques have been exhausted from the era of manual operation to the one of full-automatic operation in the monochrome type.
【0003】しかし、カラー写真の普及と共に急激な利
用の増大で、自動的に一定のサイズ(サービスサイズ、
Lサイズ等)について、高速処理することが行なわれる
ようになった。いわゆる同時プリントとして、客に対し
てプリントを早急に提供するための開発が行なわれた。
一方では、写真利用の多用化が進み、これまではプロの
写真家しか利用しないと言われた大サイズの引伸しプリ
ントの需要が増してきた。これは、写真フィルムの感度
向上と、微粒子化、及びカメラの撮影能力の向上などに
支えられて大サイズの引伸しが、一般のユーザーでも利
用可能となったとも言える。このような需要に応えるた
め、焼付装置も、自動現像機も、大サイズの印画紙を処
理出来る、大きい幅の通紙路を持つものが用意されるよ
うになった。However, with the rapid increase in the use of color photography, the size of the image (service size, service size,
For L size, etc.), high-speed processing has come to be performed. The so-called simultaneous printing was developed to provide prints to customers as soon as possible.
On the other hand, the diversification of the use of photographs has advanced, and the demand for large-sized stretched prints, which has been said to be used only by professional photographers, has increased. It can be said that the enlargement of a large size is available to general users, supported by the improvement of the sensitivity of the photographic film, the reduction of the particle size, and the improvement of the photographing ability of the camera. In order to meet such demands, a printing apparatus and an automatic developing machine have come to be provided with a paper passage having a large width capable of processing a large size printing paper.
【0004】ラボの配置スペースと、装置の稼働効率の
ため、大きい幅の通紙路を持つ印画紙用自動現像機を、
これまでのサービスサイズ等の狭幅の通紙路を持つ自動
現像機とは別に配置することは避けなければならず、大
きい幅の通紙路を持つ自動現像機で、小さいサイズの印
画紙も処理することになった。しかし、大サイズの自動
現像機に、小サイズの印画紙を普通に一枚ずつ(一列
で)通して処理していたのでは効率が悪いので、これま
では自動現像機を暗室内に設置し、別途焼付露光を終了
した小サイズの印画紙をまとめて持ち込み、手作業で自
動現像機の通紙路の幅に入れるだけの枚数を並べて同時
に挿入することが行なわれた。このような手作業は、や
ればやれるというだけで必ずしも全体の効率を良くして
いるとは言えない。An automatic developing machine for photographic paper, which has a paper passage of a large width, is used for the arrangement space of the laboratory and the operating efficiency of the apparatus.
It is necessary to avoid arranging it separately from the automatic developing machine that has a narrow paper passage such as the service size that has been used so far. It was supposed to be processed. However, it would be inefficient to process small photographic papers one by one (in a row) through a large sized automatic processor, so it is inefficient. Separately, a small size of photographic paper that had been subjected to printing exposure was brought in all at once, and the sheets were simultaneously inserted by hand so that the number of sheets could be set to the width of the paper path of the automatic processor. This kind of manual work does not necessarily improve the overall efficiency just because it can be done.
【0005】[0005]
【発明が解決しようとする課題】この発明は、上記のよ
うな従来技術の不便を解消し、大サイズの印画紙自動現
像機に小サイズの印画紙を複数列で送り込む写真振分装
置を提供することを課題目的とするものである。SUMMARY OF THE INVENTION The present invention solves the above-mentioned inconvenience of the prior art and provides a photographic sorting apparatus for feeding small-sized photographic paper in a plurality of rows to a large-sized photographic paper automatic developing machine. The purpose is to do.
【0006】[0006]
【課題を解決するための手段】上記目的を達成するこの
発明の写真振分装置は、焼付装置の印画紙排出部に光密
に接続し、焼付露光済みのカットシート状の印画紙を受
け入れ、進行方向に対して複数列に振り分け、振り分け
た印画紙を同時に又は、順に、後流に接続又は配置した
自動現像機に送り込む写真振分装置であって、前記振り
分けの判断をプリントサイズによって行ない、振り分け
列数を決定する制御手段を有することを特徴とするもの
である。SUMMARY OF THE INVENTION To achieve the above object, a photographic sorting apparatus of the present invention is light-tightly connected to a printing paper discharge section of a printing apparatus to receive a printing sheet in the form of a cut sheet which has been printed and exposed. A photographic distribution device that sorts into a plurality of columns with respect to the traveling direction, and sends the sorted photographic papers simultaneously or in sequence to an automatic developing machine connected or arranged in the downstream, wherein the sorting is determined according to the print size, It is characterized by having a control means for determining the number of distribution rows.
【0007】また、この発明の写真振分装置は、焼付装
置の印画紙排出部に接続し、焼付露光済みのカットシー
ト状の印画紙を受け入れ、進行方向に対して複数列に振
り分け、振り分けた印画紙を同時に又は、順に、後流に
接続又は配置した自動現像機に送り込む写真振分装置で
あって、前記振り分けの判断を、プリントサイズによっ
て振り分け列数を決定すると共に、又は前記振り分け列
数以内の列数で振り分けることにより、自動現像機の印
画紙搬送ローラの全域に対し、順次搬送ラインを変更す
る如く位置決めをする制御手段を設けたことを特徴とす
る。Further, the photographic sorting apparatus of the present invention is connected to the printing paper discharge section of the printing apparatus, receives the cut sheet-shaped printing paper that has been printed and exposed, and sorts and sorts into a plurality of rows in the traveling direction. A photographic distribution device that sends photographic papers simultaneously or sequentially to an automatic developing machine connected or arranged in the downstream, and determines the number of sorting lines according to the print size, or the number of sorting lines. By allocating within the number of rows within the range, a control means is provided for positioning so as to sequentially change the conveying line with respect to the entire area of the photographic paper conveying roller of the automatic developing machine.
【0008】[0008]
【作用】この発明において写真振分装置を、焼付装置の
印画紙排出部に光密に接続したのは、焼付装置が明室で
使用され、カットシート状の印画紙に焼付露光されて
後、すぐに振り分けて自動現像機で処理することによっ
て、潜像退化を防止すると共に、暗室での作業を軽減す
るためであって、更に自動現像機とも光密に接続するこ
とによって、完全に明室のみで焼付けから現像処理完了
までを実施出来る。しかし、自動現像機との接続を必ず
しも光密にすることを限定するものではない。理由は、
すでに使用されている大サイズ用の自動現像機を暗室に
置いて、多種の用途に役立てると共にこの発明の振分装
置を利用しようとするとき、該自動現像機は暗室内に設
置したままとし、明室に設置した焼付装置に接続した振
分装置の排出部開口を該暗室の遮光壁を貫通して設ける
ことによって、振り分けた印画紙を、暗室内の自動現像
機に挿入することが出来るからである。この発明におい
て、振り分けの判断をプリントサイズによって振り分け
列数を決定する如くしたのは、自動現像機の処理可能幅
は決まっているので、採用するプリントサイズの通紙方
向の幅が、振り分けて同時に自動現像機を通すときに、
互いに隣る印画紙と重なり合わないように並べるための
枚数算出の基準となるからである。In the present invention, the photographic distribution device is connected to the printing paper discharge section of the printing device in a light-tight manner, because the printing device is used in a bright room, and after the printing exposure is performed on the cut sheet-shaped printing paper, The purpose is to prevent latent image deterioration and reduce work in a dark room by immediately sorting and processing with an automatic processor. Only from baking to completion of development processing can be performed. However, it is not necessarily limited to making the connection with the automatic developing machine light-tight. Reason,
When an automatic developing machine for a large size that has already been used is placed in a dark room to use the sorting apparatus of the present invention while being useful for various purposes, the automatic developing machine is left installed in the dark room, Since the discharge part opening of the sorting device connected to the printing device installed in the bright room is provided through the light shielding wall of the dark room, the sorted printing paper can be inserted into the automatic developing machine in the dark room. Is. In the present invention, the number of sorting rows is determined according to the print size in the determination of sorting, since the processable width of the automatic developing machine is determined, the width of the adopted print size in the sheet passing direction is determined simultaneously. When passing through the automatic processor,
This is because it serves as a reference for calculating the number of sheets so that they are arranged so as not to overlap with the photographic papers adjacent to each other.
【0009】なお、プリントサイズは焼付装置に装填し
た印画紙の幅を有効に最大限に焼付露光を行なうもので
あって、該プリントサイズのうちの一辺を該印画紙幅で
決定し、隣る他辺を該印画紙を切断する長さで決めてい
る。従ってこの発明で、振り分けのための算出に寄与す
るのは、焼付装置に装填した印画紙の幅であるから、焼
付装置に装填した印画紙の幅を情報として、該制御手段
に送り、振り分け列数を算出し決定してもよいし、又は
別途入力手段をもって上記印画紙幅寸法を入力し、該制
御手段に送って振り分け列数を算出し決定してもよい。The print size is such that the width of the printing paper loaded in the printing apparatus is effectively exposed to the maximum, and one side of the print size is determined by the width of the printing paper and adjacent to the other. The sides are determined by the length of cutting the photographic paper. Therefore, in the present invention, it is the width of the photographic paper loaded in the printing apparatus that contributes to the calculation for sorting, and therefore the width of the photographic paper loaded in the printing apparatus is sent to the control means as information, and the sorting line is sent. The number may be calculated and determined, or the width of the photographic printing paper may be separately input by an input means and sent to the control means to calculate and determine the number of sorting rows.
【0010】次に、上記制御手段で算出した振り分け列
数以内の列数で振り分けるとは、自動現像機の処理可能
幅全体を使用するのではないことを示し、常にどの列
か、空列が存在する如く振り分けることにより、プリン
トサイズによらず、自動現像機の処理可能幅の最側端に
振り分けることを可能とするものであって、従って、こ
の発明の請求項2に記載した順次搬送ラインを変更する
ことを可能とし、自動現像機の処理可能幅の最側端から
順に他の最側端までを、搬送ラインを変更して現像処理
を継続することによって、自動現像機内の特定の部位又
は特定の搬送ライン上に汚れ等が付着堆積することを防
止して、プリントに早期に画像汚れが発生することを防
止するものである。Next, sorting by the number of sorting rows within the sorting row number calculated by the control means means that the entire processable width of the automatic processor is not used. By allocating as it exists, it is possible to allocate to the outermost end of the processable width of the automatic processor regardless of the print size. Therefore, the sequential transfer line according to claim 2 of the present invention. By changing the transport line from the outermost edge of the processable width of the automatic developing machine to the other outermost edge in order, and continuing the developing process, a specific portion in the automatic developing machine can be changed. Alternatively, it is possible to prevent dirt and the like from adhering and accumulating on a specific conveyance line, thereby preventing early generation of image dirt on the print.
【0011】[0011]
【実施例】次に、添付図面によって、この発明の実施例
を具体的に説明する。Embodiments of the present invention will now be described in detail with reference to the accompanying drawings.
【0012】図1は本発明による写真振分装置を備えた
写真処理システムの実施例の全体構成図である。FIG. 1 is an overall configuration diagram of an embodiment of a photographic processing system provided with a photographic sorting apparatus according to the present invention.
【0013】図1において、焼付装置1と振り分け手段
2と自動現像機3と集積手段4とは連結して、一連の処
理を連続して行なうようにしてある。In FIG. 1, the printing apparatus 1, the sorting means 2, the automatic developing machine 3 and the stacking means 4 are connected to each other so that a series of processes can be continuously performed.
【0014】まず、焼付装置1において、ネガキャリア
に装填したネガフィルム9に対し、光源10により照明し
た光で、該ネガフィルム9の画像は投影レンズ8によっ
て、露光台7に搬送され静止した印画紙Pに結像し焼付
露光を行なう。印画紙Pは該焼付露光に先立って、元巻
マガジン5に長尺ロールとして収納されていたものを、
送り出し手段23によって送り出し、図示しない計尺手段
により、所望のプリントサイズに従って、カッター6で
切断したのち、露光台7における搬送手段24に受け渡し
をして搬送し、中央の露光位置に至って静止する。そし
て、所望の焼付露光を終了して、再び搬送手段24による
搬送により、次の中間搬送手段25に受け渡され右上方へ
搬送されて、次の振り分け手段2の入口ローラ対26に受
け渡される。入口ローラ対26の搬送速度は、焼付装置1
の処理速度に合せ、また中間搬送手段25の搬送速度に合
わせて高速でよい。First, in the printing apparatus 1, the negative film 9 loaded in the negative carrier is illuminated by the light source 10 and the image on the negative film 9 is conveyed to the exposure table 7 by the projection lens 8 and is a stationary print. An image is formed on the paper P and printing exposure is performed. The printing paper P, which was stored as a long roll in the original winding magazine 5 prior to the printing exposure,
The sheet is sent out by the sending-out means 23, cut by the cutter 6 according to a desired print size by a measuring means (not shown), and then transferred to the conveying means 24 on the exposure table 7 and conveyed, and reaches the central exposure position and stands still. Then, after the desired printing exposure is completed, it is transferred by the transfer means 24 again to the next intermediate transfer means 25 and then to the upper right, and then to the entrance roller pair 26 of the next sorting means 2. .. The conveying speed of the inlet roller pair 26 is the printing apparatus 1
The processing speed may be set to a high speed in accordance with the processing speed and the transfer speed of the intermediate transfer means 25.
【0015】次に入口ローラ対26で搬送された印画紙P
は、振り分け部11に入り、ガイド22に係合して搬送を停
止し、ガイド22を図1の紙面に垂直方向の移動により、
上記係合した印画紙Pを搬送路の片側に片寄せる。この
実施例では2列に振り分ける例を示すが、発明は2列に
限るものではなく、上記片寄せるストロークを適宜設定
することによって複数列は容易に実施出来る。この実施
例では2列とし、第1に振り分け部11に入った印画紙P
1を奥側に片寄せてのち、再び搬送を再開すると、印画
紙P1は次のローラ対12に受け渡されローラ対12の駆動
によって下方へと挟持搬送される。そして、次のローラ
対13,14は挟持圧を弱く設定し、印画紙P1の押し込み
により従動回転する如く設定してあるから、上記ローラ
対12による挟持搬送により、印画紙P1はローラ対13,
14間に押し込まれ、ローラ対12の挟持を離れたところで
移動を停止する。Next, the printing paper P conveyed by the pair of entrance rollers 26
Enters the sorting unit 11, engages with the guide 22 to stop the conveyance, and moves the guide 22 in the direction perpendicular to the paper surface of FIG.
The engaged printing paper P is shifted to one side of the transport path. Although this embodiment shows an example of sorting into two rows, the invention is not limited to two rows, and a plurality of rows can be easily implemented by appropriately setting the above-mentioned deviation stroke. In this embodiment, there are two rows, and firstly, the photographic paper P that has entered the sorting section 11 is used.
When 1 is moved to the back side and the conveyance is restarted, the photographic printing paper P1 is delivered to the next roller pair 12 and is nipped and conveyed downward by the driving of the roller pair 12. The nip pressure of the next pair of rollers 13 and 14 is set to be weak, and is set to be driven and rotated by pushing the photographic paper P1.
It is pushed between 14 and stops moving when it leaves the nip of the roller pair 12.
【0016】この実施例では2列であるため、ローラ対
13,14は図1の紙面に垂直方向に関し2列に分割してあ
り、各ローラ対は軸連結してない軸支方式としたから上
記2列のそれぞれの列について、該ローラ対の長さの中
で、小サイズの印画紙が押し込まれると、当該列のロー
ラ対のみ従動回転し、他列のローラ対は回転しない。Since there are two rows in this embodiment, the roller pair
Reference numerals 13 and 14 are divided into two rows in the direction perpendicular to the paper surface of FIG. 1. Since each roller pair is of a shaft support type not axially connected, the length of each roller pair is the length of the two rows. When a small size printing paper is pushed in, only the roller pair of the row concerned is driven to rotate, and the roller pair of the other row does not rotate.
【0017】次に、第2に振り分け部11に入った印画紙
P2は、上記片寄せ後中央に復帰しているガイド22に係
合して、手前に片寄せられ、再び搬送を再開すると印画
紙P2は次のローラ対12に受け渡され、ローラ対12の駆
動によって下方へと挟持搬送される。このとき、次のロ
ーラ対13,14の手前の列に沿って印画紙P2は押し込ま
れるので、既に押し込まれている第1の印画紙P1を挟
持しているローラ対13,14の奥側の列とは軸が連結され
ていないから、上記、今回の手前列の印画紙P2の押し
込みによって奥側の印画紙P1が移動することはない。
そして、手前側の列の印画紙P2も、ローラ対12の挟持
を離れたところで移動を停止する。Secondly, the photographic printing paper P2 that has entered the sorting section 11 is engaged with the guide 22 that has returned to the center after the above-mentioned one-sided shifting and is side-by-sided to the front side, and when the conveyance is resumed, the photographic paper P2 is printed. The paper P2 is delivered to the next roller pair 12, and is nip-conveyed downward by driving the roller pair 12. At this time, the photographic printing paper P2 is pushed along the row in front of the next roller pair 13, 14, so that the photographic printing paper P2 on the inner side of the roller pair 13, 14 holding the already pushed first printing paper P1 is sandwiched. Since the shaft is not connected to the row, the photographic paper P1 on the back side is not moved by the above pressing of the photographic paper P2 on the front row.
Then, the printing paper P2 in the front row also stops moving when the pair of rollers 12 leaves the nip.
【0018】このようにして2列となった印画紙P1,
P2は一オーダ内で行なわれるから、同一サイズである
ため、ローラ対12の挟持を離れたところで移動を停止し
たことで、後端位置が揃うばかりでなく、進行方向先端
についても揃えられている。In this way, the two rows of photographic printing paper P1,
Since P2 is performed within one order, it has the same size. Therefore, when the movement is stopped when the pair of rollers 12 is separated from the nip, not only the rear end positions are aligned, but also the leading ends in the traveling direction are aligned. ..
【0019】次に、この実施例では2列の設定であるか
ら2列の振り分けが上記により完了すると、ローラ対1
3,14の搬送を開始し、2列同時にローラ対15を経て上
方へ搬送し、自動現像機3へと受け渡す。Next, in this embodiment, since two rows are set, when the two rows are sorted as described above, the roller pair 1
The conveyance of 3 and 14 is started, and the two rows are simultaneously conveyed upward through the roller pair 15 and are transferred to the automatic developing machine 3.
【0020】自動現像機3で現像処理を終えた印画紙は
排出ローラ27によってトレー16に排出される。トレー16
に内蔵された図示しない機構よりなる押出し手段に取り
付けた押し棒17は、印画紙Pがトレー16に排出されたの
を待って、図1の紙面に垂直方向に移動し、この実施例
では手前に移動し、印画紙P2を手前の集積部に落下集
積する。The printing paper which has been developed by the automatic developing machine 3 is discharged to the tray 16 by the discharging roller 27. Tray 16
The push rod 17 attached to the pushing means composed of a mechanism (not shown) built in the disk waits for the photographic printing paper P to be discharged to the tray 16 and moves in the direction perpendicular to the paper surface of FIG. , And the photographic paper P2 is dropped and accumulated in the front accumulation portion.
【0021】なお、この例では2列であるため手前側の
印画紙P2が先に集積部に落下し、次いで奥側の印画紙
P1が落下して重ねられる。次々に繰返すことにより一
オーダ分の印画紙が集積部に積み重ねられ、その順も揃
えられる。In this example, since there are two rows, the photographic paper P2 on the front side drops to the stacking portion first, and then the photographic paper P1 on the back side drops and is stacked. By repeating the process one by one, the printing paper for one order is stacked in the stacking unit and the order is aligned.
【0022】上記の如く、振り分け手段2において、こ
の実施例では振り分け後の印画紙を搬送部に複数列に押
し込むための手段としてローラ対を2列に分割したが、
所望の列だけ分割数を増してもよいし、又は分割しない
でローラ対13,14について挟持を解除しておいて、従動
回転も行なわれないようにロックしておくことによっ
て、複数列の印画紙押し込みを可能として、押し込み完
了時点でローラ対13,14を圧接し、印画紙を挟持して
搬送を開始する方法を採用してもよい。なお、複数列に
分割したローラを搬送再開にあたり一斉に回転するに
は、ローラ対13,14それぞれに1軸で、回転する駆動
ローラを外周に接触転動することにより実施している。As described above, in the distribution means 2, in this embodiment, the roller pair is divided into two rows as a means for pushing the distributed printing paper into the transport section in a plurality of rows.
The number of divisions may be increased by a desired number of rows, or the pair of rollers 13 and 14 may be unpinched without being divided and locked so as not to be driven, so that printing of a plurality of rows is performed. A method may be adopted in which the paper can be pushed in, the roller pairs 13 and 14 are pressed against each other when the pushing is completed, and the photographic paper is nipped and conveyed. In order to rotate the rollers divided into a plurality of rows at the same time when the conveyance is restarted, the pair of rollers 13 and 14 each have one axis, and the rotating driving roller is brought into contact rolling with the outer circumference.
【0023】次に、複数例の判断について、連結した自
動現像機の印画紙処理可能幅は、大サイズプリントに応
じて、幅広であり、この幅を規定のサイズとして演算制
御手段に入力し、プリントサイズはオーダに応じて、焼
付装置に装填するマガジンの印画紙幅に従って決定さ
れ、上記演算制御手段に入力され、列数が算出される。
特に指定せず、上記演算制御に従った列数で処理しても
よいし、または、別途設けた選択手段により、上記演算
による列数以内で選択した列数で処理してもよい。それ
は一オーダ分のプリント枚数を考慮して、出来るだけ均
等な列数で一オーダ分を処理完了するのが、処理の安定
のために有利だからである。ここでいう処理の安定と
は、特に現像処理の安定を意味し、印画紙処理可能幅一
杯に常に処理を続けた後、突然片寄せた一列分だけ印画
紙が通ると、印画紙が当接しなかった部分に処理液汚れ
が付着することが多く、その汚れが、次に通す印画紙に
付着して画像汚れを生じることがあるからである。よっ
て、出来るだけ均等に振り分けて各オーダ分を完了する
のが好ましく、また、次のオーダでも別の振り分けが必
要であることを考慮して、各オーダ毎に振り分けを完了
又はリセット可能とした。Next, regarding the judgment of a plurality of examples, the photographic paper processable width of the connected automatic developing machines is wide according to the large size print, and this width is inputted to the arithmetic control means as a prescribed size, The print size is determined according to the order according to the width of the printing paper of the magazine loaded in the printing apparatus, and is input to the arithmetic control means to calculate the number of rows.
The number of columns may be processed according to the above-mentioned arithmetic control without any particular designation, or the number of columns selected within the number of columns calculated by the above-mentioned arithmetic may be processed by a separately provided selection means. This is because, in consideration of the number of prints for one order, it is advantageous for the stability of the process to complete the processing for one order with the number of rows as uniform as possible. The stability of processing here means stability of development processing in particular, and after the printing paper has been processed continuously for the full width of printing paper, and the printing paper passes by one line that is suddenly offset, the printing paper comes into contact. This is because the stains on the processing liquid often adhere to the portions that did not exist, and the stains may adhere to the photographic paper to be passed next to cause image stains. Therefore, it is preferable to allocate each order as evenly as possible, and in consideration of the necessity of another allocation for the next order, the allocation can be completed or reset for each order.
【0024】図2は、上記写真振分装置により振り分け
られた印画紙が自動現像機3内を搬送される状態を示す
模式図である。FIG. 2 is a schematic diagram showing a state in which the photographic paper sorted by the photo sorting device is conveyed in the automatic developing machine 3.
【0025】図2によって、振り分け列数以内の列数で
振り分けることにより、自動現像機の印画紙搬送ローラ
の全域に対し、順次搬送ラインを変更する如く位置決め
した実施例の説明をする。図2において、Wは自動現像
機の処理可能幅(最大幅)である。With reference to FIG. 2, an embodiment will be described in which the conveyance lines are positioned so as to be sequentially changed over the entire area of the photographic paper conveyance rollers of the automatic developing machine by allocating the number of rows within the number of allocating rows. In FIG. 2, W is a processable width (maximum width) of the automatic processor.
【0026】図2に示す如く、まず振り分けを2列とし
て、奥側から順に2列に振り分けた。この状態で連続運
転を続けると、斜線部Dに示す汚れ付着が進行するか
ら、順次手前方向へと搬送ラインを変更し、特定の部位
又は特定の搬送ライン上に汚れ等が付着堆積することを
防止する。As shown in FIG. 2, first, the distribution was made into two rows, and the two rows were distributed in order from the back side. If the continuous operation is continued in this state, the dirt adhesion shown in the shaded area D progresses. Therefore, the conveyance line is sequentially changed to prevent dirt and the like from accumulating and depositing on a specific portion or a specific conveyance line. To prevent.
【0027】なお、図2に示す自動現像機3の動作の概
要を説明するならば、当自動現像機3の上流に設けた振
分装置によりまず、最奥側と隣る2列目に振り分けた印
画紙Pは自動現像機3の第1の処理槽である現像槽30の
ローラ搬送手段に受け渡されて現像後、次々に漂白定着
槽40、水洗又は安定化処理槽50を経て、乾燥部60で乾燥
され、トレー16にプリントとして排出され、待機してい
た押出し手段の押し棒17により手前に押し出され集積さ
れる。To explain the outline of the operation of the automatic developing machine 3 shown in FIG. 2, first of all, the sorting device provided upstream of the automatic developing machine 3 sorts it into the second row adjacent to the innermost side. The photographic printing paper P is transferred to the roller conveying means of the developing tank 30 which is the first processing tank of the automatic developing machine 3 to be developed, and then the bleach-fixing tank 40, the washing or stabilizing processing tank 50, and the drying. The paper is dried in the section 60, discharged as a print onto the tray 16, and pushed out to the front by the push rod 17 of the pushing means which has been on standby, and accumulated.
【0028】順次搬送ラインを変更するのは、一オーダ
毎に行なうのがシステム構成上から好ましいが、これに
限定するものではない。It is preferable from the system configuration that the sequential transfer line is changed for each order, but the present invention is not limited to this.
【0029】[0029]
【発明の効果】以上述べたように、本発明の写真振分装
置は、このように構成したものであるから、プリントサ
イズによって多列処理をして自動現像機を有効利用し
て、処理能力を向上すると共に、汚れ付着を集中させる
ことがないから安定した処理能力を維持することが出来
る。As described above, since the photographic sorting apparatus of the present invention is constructed as described above, multi-row processing is carried out according to print size and the automatic developing machine is effectively utilized to improve processing capacity. It is possible to maintain a stable processing capacity since the dirt adhesion is not concentrated.
【図1】本発明による写真振分装置を備えた写真処理シ
ステムの全体構成図。FIG. 1 is an overall configuration diagram of a photographic processing system including a photographic distribution device according to the present invention.
【図2】本発明による写真振分装置により振り分けられ
た印画紙が自動現像機内を搬送される状態を示す模式
図。FIG. 2 is a schematic diagram showing a state in which photographic paper sorted by a photographic sorting apparatus according to the present invention is conveyed in an automatic developing machine.
1 焼付装置 2 振り分け手段 3 自動現像機 4 集積手段 5 元巻マガジン 6 カッター 7 露光台 8 投影レンズ 9 ネガフィルム 11 振り分け部 12,13,14,15 ローラ対 16 トレー 22 ガイド 23 送り出し手段 24 搬送手段 25 中間搬送手段 26 入口ローラ対 27 排出ローラ 30 現像槽 P,P1,P2 印画紙 1 Printing apparatus 2 Sorting means 3 Automatic developing machine 4 Stacking means 5 Original winding magazine 6 Cutter 7 Exposure table 8 Projection lens 9 Negative film 11 Sorting section 12, 13, 14, 15 Roller pair 16 Tray 22 Guide 23 Feeding means 24 Conveying means 25 Intermediate conveying means 26 Inlet roller pair 27 Ejecting roller 30 Developing tank P, P1, P2 Printing paper
Claims (2)
し、焼付露光済みのカットシート状の印画紙を受け入
れ、進行方向に対して複数列に振り分け、振り分けた印
画紙を同時に又は、順に、後流に接続又は配置した自動
現像機に送り込む写真振分装置であって、前記振り分け
の判断をプリントサイズによって行ない、振り分け列数
を決定する制御手段を有することを特徴とする写真振分
装置。1. A print sheet discharge section of a printing apparatus is connected to the print sheet in a light-tight manner, receives cut sheet-shaped print sheet that has been subjected to printing exposure, and sorts the print sheet into a plurality of rows in the traveling direction. A photographic distribution device, which is sequentially fed to an automatic developing machine connected or arranged downstream, having a control means for determining the distribution according to the print size and determining the number of distribution columns. apparatus.
露光済みのカットシート状の印画紙を受け入れ、進行方
向に対して複数列に振り分け、振り分けた印画紙を同時
に又は、順に、後流に接続又は配置した自動現像機に送
り込む写真振分装置であって、前記振り分けの判断を、
プリントサイズによって振り分け列数を決定すると共
に、又は前記振り分け列数以内の列数で振り分けること
により、自動現像機の印画紙搬送ローラの全域に対し、
順次搬送ラインを変更する如く位置決めをする制御手段
を設けたことを特徴とする写真振分装置。2. A printing sheet discharge section of a printing apparatus is connected to receive a printing sheet in the form of a cut sheet that has been exposed to printing, and is sorted into a plurality of rows in the traveling direction. A photo sorter for sending to an automatic developing machine connected to or arranged in a stream, and determining the sort
By determining the number of sorting rows according to the print size, or by sorting by the number of rows within the number of sorting rows, the entire area of the printing paper transport roller of the automatic processor,
A photographic sorting apparatus, which is provided with control means for performing positioning so as to sequentially change the transport line.
Priority Applications (2)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP04153737A JP3086985B2 (en) | 1992-06-12 | 1992-06-12 | Photo sorting device |
US08/073,752 US5374972A (en) | 1992-06-11 | 1993-06-08 | Photographic processing system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP04153737A JP3086985B2 (en) | 1992-06-12 | 1992-06-12 | Photo sorting device |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH05341483A true JPH05341483A (en) | 1993-12-24 |
JP3086985B2 JP3086985B2 (en) | 2000-09-11 |
Family
ID=15569003
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP04153737A Expired - Fee Related JP3086985B2 (en) | 1992-06-11 | 1992-06-12 | Photo sorting device |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3086985B2 (en) |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US7210682B2 (en) | 2002-09-06 | 2007-05-01 | Fujifilm Corporation | Sheet distributor, image recorder, and a sheet distributing method |
-
1992
- 1992-06-12 JP JP04153737A patent/JP3086985B2/en not_active Expired - Fee Related
Also Published As
Publication number | Publication date |
---|---|
JP3086985B2 (en) | 2000-09-11 |
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