JPH0545740A - Printing information recorder and printer - Google Patents

Abstract

PURPOSE:To easily specify a trimming region and to improve the efficiency of reprinting work by executing fully automatic reprinting at the time of reprinting. CONSTITUTION:A reader 6 is connected to one end of a completely developed photosensitive material for photographing N, the printing information of the requirement of the reprinting, the trimming region, etc., on each frame, is recorded on information carrying part 621 of the reader 6, and the information is read at the time of printing. Then, a trimming mechanism is operated, and the trimming region is automatically set to execute printing. Thus, the setting of the trimming region like this way is executed by a printing information recorder for displaying an exposing picture at each frame.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a print information recording device and a print device.

[0002]

BACKGROUND OF THE INVENTION Silver halide light-sensitive materials (hereinafter referred to as light-sensitive materials) are used as photographic light-sensitive materials such as color negative films and color reversal films and as print light-sensitive materials such as color paper and color reversal paper. Broadly divided.

Conventionally, these light-sensitive materials have been processed only in a large-scale developing station, but in recent years, with the development of a small-scale processing system called a minilab, which uses a small automatic processor, a photoshop or the like has been sold. But it is getting processed.

This small-scale processing system develops a color negative film brought by a customer, exposes the color negative film to color paper, and develops the color negative film to obtain a print image. It can be done in a short time.

The minilab used in this system is a film processor for developing a color negative film and exposing the color negative film to color paper.
It is composed of a printer processor for developing this. The film processor and printer processor are independent devices.

In the film processor, for example, two 135-size color negative films are mounted side by side in parallel with a plate-shaped leader, and the leader is led to pull the film to sequentially pass through each processing tank and the drying section. To process.

Further, in the printer processor,
The negative film developed by the film processor is removed from the reader, and a device called a negative carrier (film carrier) installed in the exposure unit performs one negative film frame-by-frame inspection, and the film passes the inspection. The image is exposed on a color paper (printing paper) and developed.

On the other hand, when requesting reprinting of the processed photosensitive material in the minilab as described above, the client looks at the printed photograph and selects the screen for reprinting, and the number of prints and trimming. Specify the cropping area for the required photos in. When trimming is designated in this way, the trimming area is often different for each exposure screen, and it is necessary to re-trim and print for each screen. And for the operation of trimming, if you are using a small printer processor such as Minilab, you can request it to the developing place separately or manually trim and print each exposure screen, the processing efficiency is extremely poor, It was a problem.

[0009]

SUMMARY OF THE INVENTION An object of the present invention is to automate reprinting work and improve processing efficiency such as reprinting of a trimmed screen.

[0010]

Such an object is achieved by (1) to (4) of the present invention described below. That is,

(1) A developed photographic light-sensitive material having a reader for carrying an information recording section connected to one end thereof, a display means for displaying an image on an exposure screen of the developed photographic light-sensitive material, and the display means. A print area based on the exposure screen, input means for inputting information on the set print area, and a record for recording the set value input from the input means in the information recording part of the reader for each exposure screen And a print information recording apparatus.

(2) A developed photographic light-sensitive material having a reader for carrying an information recording section connected at one end, a display means for displaying an image on an exposure screen of the developed photographic light-sensitive material, and the display means. And an input unit for inputting the number of prints for each exposure screen determined based on the exposure screen, and a recording unit for recording the number of prints input by the input unit in the information recording unit of the reader for each exposure screen. A print information recording device characterized by the following.

(3) A device for printing an exposure screen of a developed photosensitive material for photographing, which has a reader carrying an information recording section at one end, on a photographic paper, the apparatus having an exposure window, wherein the exposure window portion is provided with the exposure window. A film carrier capable of passing through the developed photosensitive material for photographing, a reading means for reading print information carried by a reader, and a photographic paper and a film carrier are disposed between the photographic paper and the photosensitive surface of the photographic paper. A zoom lens for adjusting the size of the image is provided, and a trimming mechanism for moving the exposure window portion together with the film to a trimming position in two directions orthogonal to each other in a plane parallel to the exposure screen of the developed photosensitive material is provided. Drive means for driving the zoom lens is provided, and the trimming mechanism and the zoom lens are provided with print information carried by the information carrying part. A printing apparatus in which a trimming position and a driving amount are determined based on information.

(4) A device for printing a developed photosensitive material for photographing, which has a reader carrying an information recording section at one end, on a photographic paper for each exposure screen, and having an exposure window, the exposure window portion And a film carrier capable of passing the developed photosensitive material for photographing, a reading means for reading print information carried by a reader, and a conveying means for conveying the film passing through the film carrier in exposure screen units. A printing apparatus which prints the number of sheets carried by the information carrying section for each exposure screen.

[0015]

In the reader connected to one end of the developed photosensitive material for photographing, various information can be recorded in the information recording section thereof. Then, the print information recording device displays a screen for each exposure screen of the developed photosensitive material for photographing, by the display means, visually recognizes the screen, and selects a screen for reprinting,
The number of prints is determined, or the print area of the screen is determined, and these pieces of information are input to the print information recording device by the input means. The input information about the reprint is recorded in the information recording section of the reader by the recording means.

When reprinting, the information relating to reprinting recorded by the print information recording device is read from the information recording section of the reader before printing. Based on the information, the zoom lens and the trimming member are automatically driven or moved to print a set number of sheets or expose an image in a designated print area.

By doing so, the reprinting work can be automated and the work efficiency is improved.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A preferred embodiment of the present invention will be described in detail below with reference to the accompanying drawings. 1 and 2 are overall perspective views of the print information recording apparatus A.

The print information recording apparatus A has a slit-shaped accommodating portion for accommodating a developed photographic photosensitive material N (hereinafter referred to as "negative film" in this embodiment) having a reader 6 connected at one end in the case 1. Have twenty. The leader 6 and the negative film N are simultaneously inserted into the accommodating portion 20. A pair of rollers 21 and 21 which are conveying means for conveying the inserted negative film N are arranged vertically inside the accommodating portion 20, and the negative film N is conveyed between the exposure screens by being sandwiched between the rollers 21 and 21. It The rollers 21, 21
An exposure screen reading means 22 in which optical elements for detecting the contents of the exposure screen are arranged is disposed on the transporting side of.
A light source 23 is disposed below the reading means 22, and the reading means 22 detects light from the light source 23 that has passed through the negative film N. Examples of the reading unit 22 include a TV sensor including a CCD sensor and an image pickup tube.

Further, inside the accommodating portion 20, there is provided a reader accommodating portion 24 for accommodating the reader 6, and in the reader accommodating portion 24, information recording for recording information on the magnetic track 621 of the information carrying portion of the reader 6 is carried out. Means 25 are provided. The information recording means 25 may be composed of, for example, a magnetic head that moves on the magnetic track 621.

A space 26 for slackening the negative film N in a loop is formed below between the reader housing portion 23 and the reading means 22. The negative film N sent by the rollers 21, 21 sags downward in the space 26, and all the exposure screens sent sequentially from the rear can be read by the reading means 22. ..

The read exposure screen is displayed on the display means 27 arranged on the surface of the case 1. Explaining the display means 27, the display means 27 includes a display screen 271 on which an exposure screen is displayed, a count display section 272 for displaying the frame number of the exposure screen, and a number display section 273 for displaying the number of prints for each frame. Have Such a display means 27 is provided on the front of the case 1 so that the client (customer requesting the print or the like) can confirm the exposure screen for each frame and specify the number of prints or the trimming area at the store. It is preferably provided on both sides of the back surface. Then, the client designates the number of prints and the trimming area based on the contents displayed on the display screen 271.

The display screen 27 may be, for example, a cathode ray tube, a liquid crystal screen, or a screen on which light from the light source 23 is directly projected. When the screen is used, the exposure screen reading means 22 is not provided and the screen may be installed in parallel with the negative film N with a predetermined distance.

The various values designated by the client are input to the print information recording apparatus A by the operator. Input is made by the input means 28 using a ten-key pad or the like. The input information is stored for each exposure screen, and the negative film N
When the input of all the exposure screens is completed, the data for each exposure screen is collectively and temporarily recorded on the magnetic track 621 by the information recording means 25.

It is desirable that the display screen 271 be provided with scales on the edges that define the screen so that the client can easily specify the trimming area. Alternatively, the display screen 27
In FIG. 1, a cursor that is set in the vertical and horizontal directions for designating a trimming area is displayed, operation means for moving the cursor is arranged, and the client can operate the client to designate the trimming area. It may be configured.

As a concrete configuration of the input means 28, when setting the exposure screen by numerical input, the screen is coordinated, ten keys are arranged, and as shown in FIG. You can specify the point, or if you want to set the trimming area by moving the cursor on the screen,
A cursor moving key, a confirm key for confirming the area at the moved position, and the like may be arranged. In addition, the display screen 27
In FIG. 1, after the trimming area is determined, only the determined area may be enlarged and displayed so that the printed state can be predicted.

Printout units 281 and 282 are provided on the front side and the back side of the apparatus, respectively.
After the information is input to the reader 6, the sheet 29 on which the input information for each piece, the print cost, the finish date and time, etc. are printed
1,292 is launched.

The reader 6 housed in the print information recording apparatus A having the above structure will be described with reference to FIG.

One negative film N is connected to the leader 6.

The main body 60 of the leader 6 is a flexible plate-shaped member. The leading end of the negative film N whose tongue portion is cut and removed is connected to the leader body 60 by an adhesive tape (splice tape). The negative film N may be connected to the leader body 60 by a method such as fusion, adhesion, or hot melt.

As the constituent material of the leader body 60, polyethylene, polypropylene, polyamide, polyester such as polyethylene terephthalate (PET), plastic such as TAC, polyethylene synthetic paper such as "Nomex" manufactured by DuPont, or Prince. Examples include polypropylene-based synthetic paper such as “YUPO” manufactured by Yuka Synthetic Paper Co., Ltd., polyamide-based synthetic paper, or a laminate of two or more of these.

On one side of the reader body 60,
Square holes 61 are formed at equal intervals along the leader longitudinal direction. This hole 61 is for inserting a projection 572 of an endless belt 571 provided on the film carrier 5 described later.

Further, the reader body 60 shown in FIG.
Is connected to the leading end of the film before the development of the film, and pulls and conveys the film by the conveying means in the processing tank during the development process of the film.

On the other hand, the leader 6 shown in FIG. 6 has a width substantially the same as that of the negative film N, and has a magnetic track 621 at the center, which will be described later. The reader 6 is a reader connected at the time of reprinting.

An information carrier 62 is provided on one side of the reader body 60. In the embodiment shown in FIG. 4, a magnetic track 621 and a print display unit 62 are used as the information carrying unit 62.
Two are provided. In the reader 6 of this embodiment, writing and reading of information by the magnetic head is performed on the magnetic track 621. A leader is connected to the information carrier 62 before the film is developed, and the first information is recorded when the first printing is performed. Examples of such information to be recorded first include date and time when developing the negative film N, time, lab name, operator name, processor model, print size, paper area, negative type, number of sheets, and the like. Examples include channel conditions for each negative type, printing conditions for each frame, lamp voltage, paper balance, control strips conditions, and printing conditions such as paper lot number. In addition, when the processing conditions are changed according to the manufacturing information of the negative film N,
The contents of the changed conditions, the history of the sensitized development process and the rapid process for news reports, and the value of the correction CC filter in the reversal film may be carried.

When a leader 6 as shown in FIG. 6 is newly connected when a request for reprinting is made, the print shop name, print date and time, customer TEL No., negative type, etc. can be recorded. Particularly in the present invention, information on the trimming area and the number of prints for each exposure screen are recorded.

In order to have printability, the print display section 63 has silk printing, zinc white, silica or the like applied on the surface thereof, and is provided with a heat-sensitive layer when heat-sensitive printing is performed. Information carried by printing includes the name of the development lab, the amount charged for development processing, the number of prints,
Printed frame number, information about trimming each screen,
Information such as telephone numbers of laboratories and customers, guidance for reprinting, contents of sales promotion services, and the like, which is necessary for the operators and customers to directly recognize visually, is recorded. As information transmission media, in addition to character information, symbol information, graphic information, color information and the like can be mentioned.

Such a leader 6 is handled as one body without being cut off from the negative film N even after the reprinting is completed,
It is returned to the customer while carrying the information for reprinting. When re-printing again, the information carried by the reader 6 is used and can be repeatedly used. In particular, the use of trimming information is useful in that re-printing does not require designation of trimming.

The negative film N integrated with the reader 6 may be, for example, a color film, a color reversal film, a color positive film, a black-and-white film, or the like, and the size thereof is not particularly limited, and any film can be used. ..

With the above-described structure, when the negative film N is stored, the negative film N is wound from the rear end and formed into a tubular shape as shown in FIG. The leader 6 connected to is wound around the wound negative film N and functions as a packaging material. That is, the reader 6 prevents the negative film N from being damaged during storage and handling. As shown in the figure, in the wound state of the leader 6, for example, a fixing device 65 made of a # 8422 adhesive tape manufactured by Sumitomo 3M Limited.
Is attached.

Print information is input to the reader 6 configured as described above by the print information recording apparatus A, and this is printed and developed by the printer processor B as shown in FIGS. 7 to 9. Perform processing.

FIG. 7 is an overall perspective view of the printer processor B, and FIG. 8 is a perspective view showing a simplified internal structure.

The printer processor B includes a processing section 3,
The negative film N having the exposure unit 4 and the film carrier 5 and to be reprinted is accommodated in the stocker 7 and sequentially supplied.

Based on FIG. 8, printer processor B
The internal structure will be described.

On the other hand, in the processing section 3, a developing tank 31, a bleaching /
The fixing tank 32, the washing tank 33 and the drying zone 34 are indicated by Y in the figure.
It is lined up in the direction.

In the developing tank 31, the bleaching / fixing tank 32 and the washing tank 33, a developing solution 311 and a bleaching / fixing solution 32 are respectively provided.
1 and wash water 331 are respectively filled to a predetermined level. And in each of these processing tanks 31-33,
It is preferable to provide a piping system (not shown) for controlling the temperature of the processing liquid, circulating the liquid, supplementing the liquid, and discharging the liquid.

Further, in each of the processing tanks 31 to 33, a conveying means (not shown) for the photographic printing paper (hereinafter referred to as "paper" in the present embodiment) P constituted by a conveying roller, a guide and the like is preferable. It is installed in a rack and installed.

The drying zone 34 comprises a drying chamber 341 through which the paper P passes through a predetermined path, and a warm air supply source 342 for supplying warm air to the drying chamber 341.
In 1 there is installed a conveyance means (not shown) for the paper P similar to that described above.

The warm air supply source 342 has a heater and a blower fan built therein, and is introduced into the drying chamber 341, for example, 60.
It is possible to supply hot air of -100 ° C. Further, a crossover roller means (not shown) including a crossover roller and a guide is installed between each of the processing tanks 31 to 33 and the drying zone 34.

As a result, the paper P exposed by the exposure unit 4 which will be described later is first conveyed through the U-shaped path in the developing tank 31, and is immersed in the developing solution 311 and developed during this time.
Next, in the Y direction, bleaching / fixing and washing with water in the bleaching / fixing tank 32 and washing tank 33 are performed in the same manner, and further drying is performed in the drying zone 34. The paper P discharged from the drying zone 34 further advances in the Y direction and is cut at a desired position.

In this way, the paper P in the processing section 3 is
Of the negative film N extends in the direction orthogonal to the direction of the negative film N transport line.

The long paper P is held in a rolled state and is unwound from the roll 30 and supplied. In this case, the roll 30 is preferably stored in a magazine (not shown) having a light blocking effect.

In the processing section 3 as described above, when reprinting from the negative film N, the processing conditions are changed based on various information of the negative film N read by the reader 6 in the film carrier 5 described later. can do. If this photosensitive material processing device is different from the printer processor that printed the first time, you can set the correction pattern of the processing conditions that match the processing conditions of various printer processors beforehand, and the model processed first will be used. It is possible to change the processing conditions as well. For example, it is possible to appropriately correct the processing conditions such as changing the supply amount of the supply liquid, changing the processing liquid temperature, and changing the transport speed. As a result, even if a photo print is requested from a photo lab different from the photo lab first requested, a photo with a different photographic property is less likely to be printed.

Next, the film carrier 5 will be described.

As shown in FIGS. 7 to 8, the film carrier 5 is provided in the printer processor B and has a groove 52 which constitutes a passage path through which the reader 6 and the negative film F pass. There is.

An exposure window is formed in the groove 52 (not shown). The exposure window is for allowing the light from the light source 41 installed above the film carrier 5 in the figure to pass therethrough and projecting the light onto the paper P below the film carrier 5.

Further, a mask 54 having an opening for regulating the exposure area of the screen of the negative film N is provided on the side of each exposure window.
Is rotatably installed.

FIG. 8 shows the mask 54 in a closed state. When the mask 54 is in the closed state, the opening of the mask 54 and the exposure window overlap. Also, the mask 5
When 4 is open (disengaged), the leader 6 can pass through it.

The opening / closing operation of the mask 54 is performed by a mechanism such as a motor 55 for opening / closing the mask. As this motor, for example, a servo motor, a pulse motor, a synchronous motor, a stepping motor, a solenoid mechanism or the like is used.

A solenoid 56 is installed next to the motor 55. The solenoid 56 is for pressing and fixing the negative film N to the exposure window by the mask 54 when the negative film N is inserted.

It should be noted that such pressing of the negative film N,
In order to securely fix the mask 54, it is preferable that an elastic material such as rubber, sponge, or urethane foam is attached to the back surface of the mask 54, or a pressure plate urged by a spring or the like is provided.

The groove 52 is provided with a leader feeding means 57 which conveys the leader 6 along the passage. An endless belt passage groove (not shown) is formed at one end of the groove 52 in the width direction, and the endless belt 571 passes through the groove.

On the outer peripheral portion of the endless belt 571, protrusions 572 are formed along the longitudinal direction of the belt at equal intervals to the holes 61 of the leader 6. This protrusion 57
2 projects from the bottom surface of the groove 52, is inserted into the hole 61 of the leader 6, and conveys the leader 6 in the direction indicated by the arrow X in FIG. 8 as the endless belt 571 circulates and rotates.

Rollers are installed on the entrance and exit sides of the groove (passage path) 52, and an endless belt 571 is wound between the rollers.

The rotating shaft of one roller is connected to a motor through a predetermined speed change gear (not shown) or the like, and the rotation of the motor causes the endless belt 571 to rotate in a predetermined direction. There is.

A base member 51 is provided below the film carrier 5 configured as described above, and the film carrier 5 is mounted on the base member 51 in the Y direction in FIG. 8 (perpendicular to the film transport direction). Direction) is configured to be slidable.

A hole 510 is formed in the base member 51 in a region where the exposure window of the film carrier 5 moves.
The exposure window is not blocked even if the film carrier 5 moves.

Further, a forward / reverse rotation motor 58a is fixed on the base member 51, and its drive shaft is a spiral shaft 581a having a spiral cut on the outer peripheral surface. This spiral axis 58
The film carrier 1a is screwed into the film carrier 5 and is configured to move the film carrier 5 back and forth in the Y direction when the forward / reverse rotation motor 58a is driven in the forward / reverse direction.

On the other hand, the base member 51 is also equipped with the same structure. That is, the spiral shaft 581b of the forward / reverse rotation motor 58b is arranged in the X direction (film transport direction),
The spiral shaft 581b is screwed onto the base member 51.
As a result, the base member 51 moves back in the X direction.

The trimming mechanism 59 is constituted by the above-mentioned structure. Then, a zoom lens 4 which will be described later
The exposure screen is trimmed in conjunction with the operation of 2.

The exposure section 4 is provided at a position where the transport line of the processed negative film N and the transport line of the unprocessed paper P intersect (on the projection in the Z direction).

The exposure section 4 includes at least a light source 41, a zoom lens 42, a shutter 44, and a mask member 45.
Are installed, the light emitted from the light source 41 passes through the negative film N, and the image thereof is passed through the zoom lens 42 and the mask member 45 to form an image on the paper P and is exposed.

In this case, the negative film N and the paper P in the exposure section 4 face each other substantially in parallel, and the optical path 43 until the light emitted from the light source 41 is projected onto the paper P is in the Z direction. Becomes That is, by providing the exposure unit 4 at the intersection of the negative film N and the paper P, the optical path 4
Since 3 can be linear (Z direction) and there is no need to install a mirror or the like to bend the optical path as in the conventional case,
The structure of the exposure unit 4 becomes simple, and the space of the exposure unit 4 becomes small. Further, image distortion and blurring due to mirror aberration do not occur.

On the other hand, as shown in FIG. 9, the zoom lens 42 has a rack 421 provided on its side surface in the optical axis direction.
Further, a driving means including a pinion 422 that meshes with the rack 421 and a motor 423 that drives the pinion 422 in the forward and reverse directions is provided. The shutter 44 is the window 4
The shutter 44 is opened / closed by an opening / closing member 442 that has 41 and opens / closes it. The opening / closing member 442 is operated by the drive unit 443 via the arm 444.

The exposure conditions in the exposure section 4 can be set more appropriately based on the information carried by the reader 6 as in the case of changing the processing conditions in the processing section 3. .. That is, the negative film N
It is possible to automatically set appropriate exposure conditions for each frame.

The printer processor B has a built-in control means using, for example, a microcomputer, and various information read from the information carrying section 621 of the reader 6 via the reading means provided in the film carrier 5. Is entered. It should be noted that this information also includes information on the trimming area input to the reader 6 by the print information recording apparatus A.

The zoom lens 42 and the trimming mechanism 59 are driven so that the exposure area becomes the area designated for trimming based on the information on the trimming area input to the control means. The drive amounts of the zoom lens 42 and the trimming mechanism 59 are calculated and controlled by the control means.

Specifically, the control means is a forward / reverse rotation motor 58.
a, 58b and the motor 423, and controls the driving amounts of these motors to determine the trimming position and the enlargement ratio and perform the exposure.

By automating the driving of the trimming mechanism 59 and the zoom lens 42 by the control means as described above, the conventional trimming work can be made extremely simple and quick.

FIG. 10 is an overall perspective view showing the opened state of the stocker 7 which accommodates the negative film N to which a plurality of leaders 6 are connected. The stocker 7 is connected to the film carry-in side of the film carrier 5 of the printer processor B.

As shown in the figure, the stocker 7 is a rectangular parallelepiped box type, and has an openable / closable lid 71 rotatably attached to the upper part thereof. The negative film N is accommodated in the longitudinal direction, and the leader accommodating portion 72 that accommodates the leader 6 portion and the film accommodating portion 73 are included. Further, the leader accommodating portion 72 is bottomless, and end portion accommodating portions 721 for accommodating the end sides of the leader 6 one by one are formed on the inner side wall.

On the other hand, as shown in FIG. 11, a reader feeding mechanism 8 is provided at the portion on the printer processor B side where the stocker 7 is joined. The leader feeding mechanism 8 has a pinion 81 which engages with the hole 61 of the leader 8 from the lower side, and the pinion 81 is configured so as to sequentially move upward, and is engaged with the leader 6 in the stocker 7 from the lower side. It has a function of sending the film to the film carrier 5 in combination. A material having a magnetic shielding function is attached or mixed in the reader accommodating material 72 of the stocker 7 in order to protect the magnetic information recorded in the reader 6.

In addition to the leader feeding mechanism 8, a humidity adjusting mechanism 9 for loosening the curl of the film is provided at the joint portion of the stocker 7, and the pinion 8 of the leader feeding mechanism 8 is provided.
It is structured to move upward together with 1. The humidity control mechanism 9 has a function of blowing air with a constant temperature and humidity upward and applying the air to the film to loosen the film from the curled state to the straight state.

The delivered negative film N moves on the humidity control mechanism 9 and is sent to the film carrier 5 while being loosened by the humidity control mechanism 9.

Negative film N accommodated in the stocker 7
Are separately stored according to the type of printing paper to be printed, and are connected to different printer processors B for each printing paper. Here, the stocker 7 may be provided with a sensor at a connecting portion with the printer processor B to be connected, and may be configured to issue an alarm when the type of printing paper to be printed is wrong. For example, for gloss,
A stocker for silk stitches is separately provided, and the negative films N requested to be printed on the respective photographic papers are accommodated in the respective stockers.
Then, when the operator mistakenly connects the gloss stocker to the printer processor on which the silk-colored photographic paper is set, an alarm can be issued.

[0086]

As described above, according to the present invention,
When reprinting, the trimming area can be easily set, and the processing efficiency of reprinting the trimmed screen is significantly improved.

[Brief description of drawings]

FIG. 1 is an overall perspective view of a front side of a print information recording apparatus.

FIG. 2 is an overall perspective view of the back side of the print information recording apparatus.

FIG. 3 is a plan view of a developed photosensitive material for photographing.

FIG. 4 is an overall perspective view showing a leader connected to a negative film.

FIG. 5 is an overall perspective view of a packaged state in which the leader functions as a film packaging material.

FIG. 6 is an overall perspective view of a reader connected during reprinting.

FIG. 7 is an overall perspective view of the printer processor showing a state in which a stocker is connected.

FIG. 8 is an overall perspective view showing the internal structure of the printer processor.

FIG. 9 is a perspective view showing driving means for a zoom lens and a trimming member.

FIG. 10 is an overall perspective view showing a state where the lid of the stocker is opened.

FIG. 11 is a partial perspective view of the printer processor showing the structure of the leader feeding mechanism and the humidity control mechanism.

[Explanation of symbols]

 A print information recording device B printer processor 1 case 20 storage unit 21 roller 22 exposure screen reading unit 23 light source 24 reader storage unit 25 recording unit 26 space 27 display unit 271 display screen 272 count display unit 273 number display unit 28 printout unit 29 Sheet 3 Processing part 30 Roll 31 Development tank 32 Bleaching / fixing tank 33 Washing tank 34 Drying zone 341 Drying room 342 Warm air supply source 311 Developer 321 Bleaching / fixing solution 331 Washing solution 4 Exposure part 41 Light source 42 Zoom lens 421 Rack 422 Pinion 423 Forward / reverse motor 44 Shutter 441 Window 442 Opening / closing member 443 Drive part 444 Arm 45 Mask member 5 Film carrier 51 Base member 510 Hole 52 Groove (passage path) 54 Mask 55 Motor 56 Soleno Id 571 Endless belt 572 Protrusion 58a Forward / reverse rotation motor 581a Spiral shaft 58b Forward / reverse rotation motor 581b Spiral shaft 59 Trimming mechanism 6 Reader 60 Leader body 61 Hole 62 Information carrying part 621 Magnetic track 622 Display part 64 Connecting tool 65 Fixing tool 7 Stocker 71 Lid Body 72 Leader accommodating section 73 Film accommodating section 8 Leader feeding mechanism 81 Pinion 9 Humidity controlling mechanism N Negative film (photosensitive material for developed photography) P paper (printing paper) X, Y, Z directions

Claims (4)

[Claims] 1. A developed photographic light-sensitive material having a reader for carrying an information recording unit connected to one end, a display unit for displaying an image of an exposure screen of the developed photographic light-sensitive material, and a display unit displayed on the display unit. Input means for setting a print area based on the exposure screen and inputting information of the set print area, and recording means for recording the set value input from the input means in the information recording part of the reader for each exposure screen And a print information recording device. 2. A developed photosensitive material for photographing, which has a reader for carrying an information recording section connected at one end, a display means for imaging the exposure screen of the developed photosensitive material, and a display means for displaying on the display means. It comprises input means for inputting the number of prints for each exposure screen determined based on the exposure screen, and recording means for recording the number of prints input by the input means in the information recording part of the reader for each exposure screen. A print information recording device characterized by the above. 3. An apparatus for printing an exposure screen of a developed photosensitive material for photography, which has a reader carrying an information recording section at one end, on photographic paper, the apparatus having an exposure window, wherein the development window has the exposure window. An image projected on the photosensitive surface of the photographic paper, which is disposed between the photographic paper and the film carrier, a film carrier capable of passing through the photosensitive material for photographing, a reading means for reading print information carried by a reader, and the photographic paper and the film carrier. And a trimming mechanism for moving the exposure window portion together with the film to a trimming position in two directions orthogonal to each other in a plane parallel to the exposure screen of the developed photosensitive material, A drive unit for driving the zoom lens is provided, and the trimming mechanism and the zoom lens have print information carried by the information carrying unit. Printing apparatus characterized by trimming position and the driving amount is determined based on. 4. An apparatus for printing a developed photosensitive material for photography, which has a reader for carrying an information recording section at one end, on a photographic paper for each exposure screen, the apparatus having an exposure window, wherein the exposure window portion is provided. A film carrier capable of passing the developed photosensitive material for photographing, a reading means for reading print information carried by a reader, and a conveying means for conveying a film passing through the film carrier in exposure screen units, A printing apparatus, which prints the number of sheets carried by the information carrying section for each exposure screen.