JPS5848042A - Moving device for sensitized material of camera processor - Google Patents

Abstract

PURPOSE:To store and develop a sensitized material in large quantities, by providing a core of an image exposure side provided on a store means, a core being coaxial with said core and having the almost same outside diameter, and a side plate fitted to the image exposure side core so as to be slidable. CONSTITUTION:A moving device for sensitized material consists of a core 11 of an image exposure side provided on a store means, a developing side core 11' being coaxial with said core and having the almost same outside diameter, and a side plate fitted to the image exposure side core 11 so as to be slidable. In this state, a photographed film which has been fed out is wound to the core 11 provided on the store unit 2 through a guide consisting of pinch rollers 9, 9' and a film roller 12. In this case, since the side plate 2a is provided on the core 11, the film is wound easily and is stored like a roll, therefore, the sensitized material can be stored and developed in large quantities.

Description

【発明の詳細な説明】 本発明は、像露光、現像、定着、水洗、乾燥等の各工程
を一貫して行い得るようにしたカメラプロセサに関する
。特に本発明は大量の長尺感光材料について上記の露光
、現像の諸工程を一貫して行い得るようにしたカメラプ
ロセサにお＆Ｊる感光材料移動装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a camera processor that can perform image exposure, development, fixing, washing, drying, and other steps in an integrated manner. In particular, the present invention relates to a photosensitive material moving device incorporated in a camera processor that can consistently perform the above-mentioned exposure and development steps on a large amount of elongated photosensitive material.

従来、例えばマイクロフィルム匈の感光材料の撮影と現
像とを一貫して行うようにした方式が種々提案され実用
化されている。これらは、撮影部と現像部とを連設し、
マイクロフィルム等への撮影とその後の現像、定着、水
洗、乾燥等を連続又は−貫して行うようにしたものであ
るが、通常は撮影の送り速度と現像処理における感光材
料の送り速度が異なるので、両者を連続的又は−貫して
行わせるため種々の方式が採用されている。Conventionally, various methods have been proposed and put into practical use, in which, for example, photographing and developing a photosensitive material such as a microfilm are carried out in an integrated manner. These have a photographing section and a developing section connected,
Photographing on microfilm, etc., and subsequent development, fixing, washing, drying, etc. are carried out continuously or continuously, but normally the transport speed of the photographic material and the transport speed of the photosensitive material during the development process are different. Therefore, various methods have been adopted to perform both continuously or seamlessly.

例えば、１つの方式として、撮影部と現像部との間にノ
々ツファー室を設け、撮影済のフィルムをループ状に弛
緩させて貯え、撮影部と現像部との速度の差をノ々ツフ
ァー室にて吸収、調整する方式と、ノ々ツファー室に代
えて貯像室を設け、撮影済のフィルムを一定量こ＼に貯
え、一定量に達した時にフィルムをカットし、撮影を停
止すると共に貯蔵されたフィルムの現像を開始する方式
等が知られている。しかしながら、前者にあっては、撮
影と現像とを同時に行うことがｆきる効果があるが、ル
ープを形成する際にフィルム同志がこすれ合って静電気
や傷が発生する恐れがあり、又ループが形成されている
ことが不可欠マあるのでループを検知するためのセンサ
ーや、ループの状態に応じて撮影の速度を調整する等の
複雑な手段が必要１ある。又後者にあっては、フィルム
がループ状に貯えられる際に前者の場合と同様にフィル
ムがこすれ合って静電気や傷が発生する恐れがあると共
に、貯蔵室の実用的な大きさの制限から貯蔵できるフィ
ルムの量も数メートルに限られ、大量の撮影処理は不可
能ｔある。For example, one method is to provide a non-transfer chamber between the photographing section and the developing section, allowing the exposed film to be relaxed and stored in a loop, and to compensate for the difference in speed between the photographing section and the developing section. One method is to absorb and adjust the amount in a chamber, and the other is to install an image storage chamber in place of the notofer chamber, store a certain amount of film that has been shot, and when a certain amount is reached, cut the film and stop shooting. There are known methods for starting the development of a film stored together with the camera. However, while the former method has the advantage of allowing photographing and development to be carried out simultaneously, there is a risk that static electricity and scratches may occur due to the films rubbing against each other when forming loops. Since it is essential that the loop is detected, complex means such as a sensor to detect the loop and adjustment of the shooting speed depending on the loop condition are required. In addition, in the latter case, when the film is stored in a loop, there is a risk that the film will rub against each other, causing static electricity and scratches, as in the former case. The amount of film that can be produced is limited to several meters, making it impossible to process large amounts of film.

他の方式として、撮影した感光材料を一旦貯蔵室のリー
ルに巻き取り、切断した後にリールを逆転させて現像装
置に送り込む方式が提案されている（特開昭５６−４３
６３２号公報）。この方式マは、撮影済感光材料を前記
の如きトラブルを起すことなく貯蔵、処理↑きるが、−
且現像が開始されると、巻き取られた感光材料が全部無
くなるまで次の撮影が行えない欠点がある。As another method, a method has been proposed in which the photographed photosensitive material is once wound onto a reel in a storage chamber, and after being cut, the reel is reversed and sent to a developing device (Japanese Patent Laid-Open No. 56-43
Publication No. 632). This method allows photographed photosensitive materials to be stored and processed without causing the above-mentioned troubles, but -
Another drawback is that once development has started, the next photograph cannot be taken until all the wound-up photosensitive material is used up.

本発明は、ループ等を形成することによる前記したトラ
ブルを起こすことなく、像露光又は撮影済感光材料を大
量に貯蔵及び現像しうると共に現像処理中においても次
の像露光又は撮影を行うことができるカメラプロセサを
提供することを目的としている。According to the present invention, it is possible to store and develop a large amount of imagewise exposed or photographed photosensitive material without causing the above-mentioned troubles due to the formation of loops, etc., and it is also possible to carry out the next imagewise exposure or photographing even during development processing. The aim is to provide a camera processor that can.

即ち、本発明は長尺感光材料に像露光する手段と、像露
光した感光材料を貯蔵する手段と、感光材料を切断する
カッタ、及び貯蔵された感光材料を現像する手段とより
なり、像露光トラックと現像トラックとが別々に設けら
れ、貯蔵手段において像露光トラック側で巻き取った感
光材料を現像トラック側に移動させるよう構成されたカ
メラ・プロセサにおいて、貯蔵手段に設けられた像露光
側のコアと、これに同軸上に且つは！同一外径を有する
現像側コアと、像露光側コアに摺動可能に嵌合された側
板とよりなり、像露光側コアに巻き取られた感光材料を
切断後、側板の移動により現像側コアに移動させるよう
に構成したことを特徴とするカメラ　プロセサにおける
感光材料移動装置マある。That is, the present invention comprises a means for imagewise exposing a long photosensitive material, a means for storing the imagewise exposed photosensitive material, a cutter for cutting the photosensitive material, and a means for developing the stored photosensitive material. In a camera processor in which a track and a development track are provided separately, and the photosensitive material wound on the imagewise exposure track side in the storage means is moved to the development track side, the imagewise exposure side provided in the storage means is Core and coaxially with this and! It consists of a developing side core having the same outer diameter and a side plate slidably fitted to the image exposing side core. After cutting the photosensitive material wound around the image exposing side core, the side plate moves to form the developing side core. There is a device for moving a photosensitive material in a camera processor, characterized in that it is configured to move the photosensitive material.

以下図面により本発明を説明する。The present invention will be explained below with reference to the drawings.

第１図は本発明のカメラ　プロセサの１実施例を示す断
面図、第２図は同平面図受ある。FIG. 1 is a sectional view showing one embodiment of the camera processor of the present invention, and FIG. 2 is a plan view thereof.

図において、１は像露光部（以下撮影部と云う）、２は
貯蔵ユニット、３は現像部ｔあり、撮影部１と現像部３
は第２図に示すように像露光トラック（以下撮影トラッ
ク）と現像トラックとが別々のトラックを形成するよう
に設けられている。リール５から連続的に撮影トラック
に沿って送り出される感光材料（以下フィルム）、４に
原稿１３を光学系６により撮影し、ローラ７ｆ貯蔵ユニ
ツト２に送り出す。送り出された撮影済みのフィルムは
ピンチローラ９．９′及びフィルムローラ１２のアーム
をガイげに貯蔵ユニット２に設けられたコア１１に巻き
つけられる。このとき、コア１１には第３図（こ示すよ
うに側板２ａを設けており、フィルムの巻き取りを容易
にする。所望量の撮影が終了すると、現像開始の一２タ
ンの操作により撮影済フィルムがカッタ８を通過するま
〒送り込んだ後にカッタ８が作動しフィルムを切断する
。In the figure, 1 is an image exposure section (hereinafter referred to as the photographing section), 2 is a storage unit, and 3 is a developing section t.
As shown in FIG. 2, an image exposure track (hereinafter referred to as a photographing track) and a development track are provided so as to form separate tracks. An original 13 is photographed by an optical system 6 on a photosensitive material (hereinafter referred to as film) 4 which is continuously fed out from a reel 5 along a photographing track, and is sent to a storage unit 2 by a roller 7f. The fed-out photographed film is wound around the core 11 provided in the storage unit 2 by means of the pinch rollers 9, 9' and the arm of the film roller 12. At this time, the core 11 is provided with a side plate 2a as shown in FIG. After the film is fed through the cutter 8, the cutter 8 is activated to cut the film.

カッタの作動終了信号により、側板２ａが撮影トラック
側の位置Ａから現像トラック側の位置Ｂに移動する。側
板２ａの移動によるロール状フィルムの移動状態を第３
図及び第４図に示した。図においてピンチローラ９，９
′は貯蔵ユニット２側に、現像送りローラ１０，１’０
’は現像トラック側の貯蔵ユニット２′側に設けられて
いる。フィルムがＡの位置を巻き取られる時はピンチロ
ーラ９゜９／は第３図に示すようにフィルムを保持して
いる。In response to the cutter operation end signal, the side plate 2a moves from position A on the photographing track side to position B on the developing track side. The movement state of the roll film due to the movement of the side plate 2a is shown in the third figure.
It is shown in Fig. and Fig. 4. In the figure, pinch rollers 9, 9
' is the developer feed roller 10, 1'0 on the storage unit 2 side.
' is provided on the storage unit 2' side on the developing track side. When the film is wound up at position A, the pinch roller 9°9/ holds the film as shown in FIG.

側板２ａとピンチローラ９．９′がＢの方向へ移動し、
ロール状フィルムは現像側のコア１１′に押し込まれ、
フィルムの先端が現像送りローラ１０′上に位置すると
、送りローラ１０，１０’が閉ざられ、ピンチローラ９
．９′が解除され、次いｆ側板２ｂとピンチローラ９．
９′はロール状フィルムをＢの位置に残してＡの撮影ト
ラックの位置に戻る。The side plate 2a and the pinch roller 9.9' move in the direction of B,
The rolled film is pushed into the developing side core 11',
When the leading edge of the film is positioned on the developer feed roller 10', the feed rollers 10, 10' are closed and the pinch roller 9 is closed.
．． 9' is released, and then the f side plate 2b and the pinch roller 9.
9' leaves the roll film at position B and returns to the photographing track position at A.

Ｂの位置に移されたロール状フィルムは送りロールによ
り現像部３に送られ、例えば現像１６、定着１７、水洗
１８、乾燥１９を経て巻き取られる。一方貯蔵ユニット
２は撮影トラックの位置Ａ、　　に戻されているので再
び撮影を開始することが↑きる。The rolled film moved to position B is sent to the developing section 3 by a feed roll, and is wound up after undergoing, for example, development 16, fixing 17, washing 18, and drying 19. On the other hand, since the storage unit 2 has been returned to position A of the photographing truck, it is possible to start photographing again.

以上、本発明をマイクロフィルムの撮影及び現像する場
合について述べたが、本発明はマイクロフィルムのみで
はなく例えばカラーペーパー等の感光材料について焼付
、現像処理を連続的に行う場合にも適用〒きる。Although the present invention has been described above in the case of photographing and developing microfilm, the present invention can also be applied not only to microfilm but also to continuous printing and development of light-sensitive materials such as color paper.

更に、上記の例ｆは撮影部と現像部が並置されていたが
、限しもこのよう構成に限られず、例えば撮影部を貯蔵
はニットの上方に位置してもよく、現像部を貯蔵ユニッ
トの下方に位置してもよい。Furthermore, although the photographing section and the developing section are arranged side by side in the above example f, the configuration is not limited to this. For example, the photographing section may be stored above the knitwear, and the developing section may be placed in the storage unit. It may be located below.

何れの場合↑も撮影トラックと現像トラックとを別のラ
インにすることが必要である。In either case, it is necessary to set the photographing track and the developing track on separate lines.

以上述べたように、本発明によるときは、撮影したフィ
ルムを貯蔵ユニットにロール状に貯えているの１大鮭の
フィルムを連続して撮影できると共に、現像処理を撮影
トラックとは別に設けた現像トラックにロール状フィル
ムを移して行うのｆ現像中にも撮影を行うことができる
。As described above, according to the present invention, it is possible to continuously photograph the film of one large salmon, which is stored in rolls in the storage unit, and the developing process is carried out separately from the photographing truck. It is also possible to take pictures during development by transferring the roll of film to a truck.

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

第１図は本発明のカメラプロセサの一例を示す断面図、 第２図は第１図に示すカメラプロセサの平面図、第３図
及び第４図はロール状フィルムの移動状態を示す説明図
。 図中、　　　　　　　１・・・像露光部２・・・貯蔵ユ
ニット　　　２ａ・・・側板３・・・現像部　　　　　
　６・・・光学系８・・・カッター　　　　　９，９′
・・・ピンチローラ１０．１０’・・・現像送りローラ
　１１・・・フィルム巻取用コア１１′・・・現像側コ
ア 代　理　人　弁理士（８１０７）佐々木　清　隆（ほか
３名） 第　　１！！１ ３ 笛　　２　　図 −２０゜ 償　　３　　図FIG. 1 is a sectional view showing an example of the camera processor of the present invention, FIG. 2 is a plan view of the camera processor shown in FIG. 1, and FIGS. 3 and 4 are explanatory diagrams showing the moving state of a roll film. In the figure, 1... Image exposure section 2... Storage unit 2a... Side plate 3... Development section
6...Optical system 8...Cutter 9,9'
...Pinch roller 10.10'...Development feed roller 11...Film winding core 11'...Development side core representative Attorney Patent attorney (8107) Kiyotaka Sasaki (and 3 others) 1st ! ! 1 3 Flute 2 Figure-20゜Atonement 3 Figure

Claims (1)

【特許請求の範囲】[Claims] （１）長尺感光材料に像露光する手段と、像露光した感
光材料を貯蔵する手段と、感光材料を切断するカッタ、
及び貯蔵された感光材料を現像する手段とよりなり、像
露光トラックと現像トラックとが別々に設けられ、貯蔵
手段において像露光トラック側で巻き取った感光材料を
現像トラック側に移動させるよう構成されたカメラ　プ
ロセサにおいて、貯蔵手段に設けられた像露光側のコア
ねこれに同軸トに且つはに同一外径を有する現像側コア
と、像露光側コアに摺動可能に嵌合された側板とよりな
り、像露光側コアに巻き取られた感光材料を切断後、側
板の移動により現像側コアに移動させるように構成した
ことを特徴とするカメラプロセサにおける感光材料移動
装置。(1) means for imagewise exposing a long photosensitive material, means for storing the imagewise exposed photosensitive material, and a cutter for cutting the photosensitive material;
and a means for developing the stored photosensitive material, an image exposure track and a development track are provided separately, and the storage means is configured to move the photosensitive material wound up on the image exposure track side to the development track side. In the camera processor, a developing side core is coaxial with the image exposure side core provided in the storage means and has the same outer diameter, and a side plate is slidably fitted to the image exposure side core. 1. A photosensitive material moving device for a camera processor, characterized in that the photosensitive material wound around the image exposure side core is cut and then moved to the development side core by movement of a side plate.