JPH10282584A - Photographic processing method and system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the image quality of a formed photographic print and to delay the deterioration of a cutting device by cutting developed long-length photographic film to short-length film before exposure. SOLUTION: The exposed but undeveloped long film 14 is pulled out from a cartridge 13 and developed in a photographic film developing device 15. Next, the developed long film 14 is fed to the cutting device 16 and cut by the device 16, so that the developed long film 19 becomes the developed short film 91A. The developed short-length film 91A is fed to a developed short-length film both sides deciding and correcting device 30 and both sides are decided and necessary correction is performed by a developed short-length film both sides deciding part 31 and a developed short film correcting part 32'. Thereafter, the film advances to the printer 50 through carrying paths 39 and 59 and the image of the image frame of the developed short film 91A positioned on a negative mask is exposed to photographic paper 96 in the printer 50.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to, for example, receiving a photographed undeveloped long photographic film from a customer, developing the photographic film, and exposing the photographic film to photographic paper from the developed photographic film. The present invention relates to a photographic processing method and a photographic processing system for simultaneous printing, such as when a photographic print is created and a photographic print is delivered to a customer together with a developed photographic film.

[0002]

2. Description of the Related Art A photo dealer receives a photographed and undeveloped long photographic film from a customer, and returns the developed photographic film to the customer together with a photographic print based on the developed photographic film. A conventional procedure of a photographic processing method generally called simultaneous printing will be described below.

[0003] The photographed undeveloped long photographic film directly received by the mini-lab from the customer and the photographed undeveloped long photographic film received indirectly by the large lab from the customer via a photo dealer or the like are: Developed by photographic film developing equipment in minilabs and large laboratories. Subsequently, in the photographic print making apparatus, a photographic print is created by baking and exposing the developed long photographic film to photographic paper.After the photographic print is created, the developed long photographic film is cut by a cutting device. It is cut and made into a developed short photographic film. A conventional photographic processing method for simultaneous printing is to deliver a short-length developed photographic film together with the photographic print to the original customer.

[0004]

However, especially in a place where a large amount of photographic processing is required, such as in a large lab, a long, undeveloped image that has been indirectly received from a customer through a photo shop. After the development process, the photographic film is not cut, and a photographic print is produced exclusively by a photographic print producing apparatus that processes a long developed photographic film.

On the other hand, a developed and cut short photographic film which is indirectly received from a customer through a photo dealer or the like is converted into a photographic print by a photographic print producing apparatus which processes the short developed photographic film exclusively. Creation is performed.

That is, a photographic print making apparatus used for simultaneous printing and a photographic print making apparatus used for additional printing are separately used.

[0007] Therefore, if the order of photo prints is biased toward one of simultaneous printing and additional printing,
There is a problem that the other photo print making apparatus does not operate much, and the operation rate of the photo print making apparatus decreases.

Further, the developed photographic film is cured by the light or heat energy received by the photographic print making apparatus, and the cured photographic film must be cut by a cutting apparatus. There was also a problem that it was short.

In a large lab or a mini lab, when performing photographic processing without splicing photographic films,
In simultaneous printing, cutting the film after the print is made presents even greater problems.

In the case of reprinting, it is possible to print the photographic paper by printing and printing the photographic paper from the developed short film, and then immediately make a correspondence between the photographic print and the developed short film. Immediately after the print is made, the photo print and the developed short film can be corresponded and packed.

On the other hand, in the case of simultaneous printing, after printing and printing a photographic paper from a developed long film, the long film must be cut. Otherwise, a correspondence between the photographic print and the photographic film cannot be obtained, and the photographic print and the developed photographic film cannot be packed.

That is, there is a great difference between the photographic processing of the simultaneous print and the additional print in the processing after the print is made.

Therefore, in order to increase the processing efficiency without splicing the photographic films, the same line is used once when the photographic processing for additional printing and the photographic processing for simultaneous printing are performed on the same line. Reprint and simultaneous print processing, after printing, only simultaneous print processing, because the film must be cut, it must be on a separate line from the reprint print processing, which is a very inefficient photo processing process. Occurs.

Further, the photographic film which has been subjected to the development processing, particularly immediately after the development processing, is easily charged. When the charged and developed photographic film is used in a photographic print making apparatus,
Due to the discharge from the charged and developed photographic film, noise is formed in the signal of the photographic print making device,
This may cause a malfunction of the device and adversely affect the photographic print.

Further, for example, when a photographic print forming apparatus that projects a recorded image of a photographic film on a photographic paper by exposure to form a photographic print is used, a luminescent spot called a static mark is formed on the photographic paper. Sometimes.

The present invention has been made in view of the above situation.

An object of the present invention is to improve the image quality of a photographic print created by a photographic processing system, to delay the deterioration of a cutting device, and to promote the efficiency of the photographic processing system. It is intended for.

[0018]

SUMMARY OF THE INVENTION The object of the present invention is achieved by the following claims.

[Claim 1] "Photo processing for simultaneous printing in which a photographed and undeveloped elongate photographic film is developed, and a photographic print is created by exposing the developed photographic film to photographic paper. In the method, prior to the exposure, the developed long photographic film is cut into short lengths, and the photographic processing method for simultaneous printing is performed. Before performing exposure, the developed long photographic film is cut into short lengths, so that it is possible to prevent cutting of the cured photographic film and delay the deterioration of the cutting device. .

Further, even if the order is biased to either the reprint print or the simultaneous print, it is possible to prevent the operation rate of the print making apparatus from lowering, and to process the reprint print and the simultaneous print on the same line. Thus, the efficiency of the photographic processing system can be further promoted.

[Claim 2] "The trimming is to cut the trimming member by bringing the trimming member into contact with a photographic film, and the surface of the trimming member has conductivity.
The photographic processing method described in the above. ] Since the surface of the cutting member has conductivity, the charged film is discharged, or the film is prevented from being newly charged. Noise is not formed in the signal, which causes a malfunction of the apparatus, does not adversely affect the photographic print, and does not cause a static mark on the photographic paper, thereby improving the print quality.

[Claim 3] "The photographic processing method according to claim 1 or 2, wherein the photographic films are not spliced. '' Since the splice process and the trimming process after exposure are eliminated, when the reprint print and simultaneous print processes are performed on the same line, the reprint print and simultaneous print processes once on the same line are There is no need to use separate lines for cutting only the simultaneous printing process, and the effect of promoting the efficiency of the photographic processing system becomes more remarkable.

[Claim 4] "A photographic film developing device for developing a photographed and undeveloped long photographic film, and exposing a photographic paper from the photographic film developed by the photographic film developing device. In the photographic processing system for simultaneous printing having a photographic print producing device for producing a photographic print, the developed long photographic film is cut into a short length before the exposure is performed by the photographic print producing device. 1. A photo processing system for simultaneous printing, comprising: Before performing exposure, the developed long photographic film is cut into short lengths, so that it is possible to prevent cutting of the cured photographic film and delay the deterioration of the cutting device. .

Further, even if the order is biased to either the reprint print or the simultaneous print, it is possible to prevent the operation rate of the print making apparatus from lowering and to process the reprint print and the simultaneous print on the same line. By making it possible, the efficiency of the photographic processing system can be further promoted.

(5) The cutting device according to (4), wherein the cutting device cuts the cutting member by bringing the cutting member into contact with a photographic film, and the surface of the cutting member has conductivity. Photo processing system. ] Since the surface of the cutting member has conductivity, the charged film is discharged, or the film is prevented from being newly charged. Noise is not formed in the signal, which causes a malfunction of the apparatus, does not adversely affect the photographic print, and does not cause a static mark on the photographic paper, thereby improving the print quality.

[Claim 6] [The photographic processing system according to claim 4 or 5, wherein the photographic films are not spliced. '' Since the splice process and the trimming process after exposure are eliminated, when the reprint print and simultaneous print processes are performed on the same line, the reprint print and simultaneous print processes once on the same line are There is no need to use separate lines for cutting only the simultaneous printing process, and the effect of promoting the efficiency of the photographic processing system becomes more remarkable.

[Explanation of terms] In the present invention, "creating a photographic print by exposing photographic paper from photographic film" means producing a photographic print by exposing from a photographic film and printing an image on the photographic paper. This does not include converting an image of a photographic film into digital data and then exposing the photographic paper to a photographic paper based on the image to create a photographic print.

[0028]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described, but the present invention is not limited thereto. Also,
The following embodiments show preferred examples of the present invention,
It does not limit the meaning or technical scope of the terms of the present invention.

An example of an embodiment of a photographic processing system according to the present invention will be described with reference to FIG. FIG. 1 is a schematic diagram showing an example of an embodiment of a photographic processing system according to the present invention.

In this embodiment, the developed short film 9 is used.
1A and 91B are processed without being spliced. In the present embodiment, the simultaneous print photo processing and the additional print processing are performed on the same photo processing system.

In the photographic processing of simultaneous printing, first,
From the patrone 13 received directly or indirectly from the customer, the photographed undeveloped long film 14 is pulled out, and the photographic film developing device 15 performs a developing process on the long film 14. Next, the developed long film is sent to the cutting device 16 and cut by the cutting device 16, so that the developed long film becomes the developed short film 91 </ b> A. The developed short film 91A
Is transported to the developed short film front / back determination correcting device 30 through the transport path 38B. The cutting device 1
6 is for cutting the developed long film by the cutting blade, and the material of the surface of the cutting blade is to remove the electricity from the developed long film at the time of cutting and to charge the developed long film by cutting. In order to prevent this, a conductive material having a volume resistivity of 10 ⁸ Ω · cm or less (preferably, a conductive material having a volume resistivity of 10 ⁶ Ω · cm or less) is used and is grounded.

Then, the developed short film 91A sent to the developed short film front / back determination correcting device 30 is inserted from the insertion port 34, and the developed short film front / back determination unit 3
It passes through one transport path 35. The developed short film front / back determination unit 31 determines the front / back of the developed short film 91 </ b> A passing through the transport path 35. Then, if the developed short film front / back determination unit 31 passes through the transport path 35, the front and back of the developed short film 91A is normal, the front / back normal signal is output. Front and back straightening unit 32
Send to The developed short film front / back correction unit 32 sends the developed short film 91A to the discharge unit 33 as it is when the front / back normal signal is sent, and moves the developed short film 91A to a predetermined position when the front / back opposite signal is sent. Stop and after making a half turn in the circumferential direction around the transport direction as shown,
By sending the developed short film 91A to the discharge unit 33, the front and back of the developed short film are corrected. Then, the developed short film 91A sent to the discharge unit 33 passes through the transport path 36, exits from the discharge port 37, and passes through the transport paths 39, 5
9 to a printer 50 which is a print creation device.

Further, in response to the supply timing signal from the cutting device 16, the developed short film front / back determination correcting device 3
0 performs the above control. Also, when the cutting of the film taken out from one patrone 13 is completed, an order end signal starts when the film taken out from the next patrone is cut, and the order start signal is sent from the cutting device 16 to the developed short film. It is sent to the front / back determination correction device 30. Then, the developed short film front / back determination correction device 3
0 sends an order end signal to the order start display film issuing machine 40 when all of the developed short films 91A from one cartridge 13 have been discharged, and an order start signal when an order start signal is received.

The order issuing display film issuing machine 40 sets an order starting flag when receiving the order starting signal, and when a predetermined time has passed after receiving the order ending signal, and when the order starting flag is set, the order starting flag is set. The flag is lowered, an order start display film is issued, and the film is discharged. The discharged order start display film is transferred to transport path 4
Go through 9 and 59 to the printer 50.

The printer 50 exposes the image of the image frame of the developed short film 91A positioned on the negative mask onto the photographic paper 96. Exposure light from the exposure white light source 51 passes through an exposure light adjustment unit 52 having a light control filter and a shutter for adjusting a color tone, becomes uniform diffused light in a diffuser 53, and is a developed short strip positioned on a negative mask of a negative carrier 54. The image frame of the film 91A is illuminated. The exposure condition is set by the insertion amount of the light control filter into the optical path, but may be set by changing the exposure time by a shutter. The transmitted light from the illuminated image frame of the developed short film 91A is transmitted to the imaging lens 55.
Printing paper 96 positioned on the paper mask 56 by the
Is imaged. Thus, the image of the image frame of the developed short film 91A positioned on the negative mask is printed on the photographic paper 9.
Exposure to 6. Note that the printer 50 recognizes the order start display film and passes the order start display film.

Then, the negative carrier 5 of the printer 50
The developed short film 91A and the order start display film discharged from Step 4 are stored in the order start display film determination unit 60.
Sent to When the order start display film determination unit 60 determines that the order start display film has passed, the sorter 6
The developed film sorter bin 64 of No. 2 is advanced by one.
Thereby, the developed short film 91A can be stored in the developed film sorter bin 64 for each order based on the order start display film. Then, the developed short film aggregate 99 is accumulated for each order by the developed film sorter bin 64.

The photographic paper 96 exposed by the exposure unit 50
Indicates a developing tank 71 and a bleach-fix tank 7 according to the route indicated by the arrow.
2, the first washing tank 73, the second washing tank 74, and the third washing tank 75
And a drying unit 76 in this order, and are developed by a processor 70 that processes the photographic paper 96 in this order. The developed photographic paper becomes a print 97 and is sent to a print sorter bin 65 next to the developed short film sorter bin 64 of the developed short film stack 99 on the order of the print 97. As a result, the prints 97 are sent to the print sorter bin 65 for each order, and become print prints 98.

In the sorter 62, the print sorter bin 65 and the developed short film sorter bin 64 are alternately arranged, and the print 97 and the developed short film 91A related to the same order can be accommodated in the adjacent sorter bin. It has become. Then, at a predetermined position, all of the developed short film 91A of the developed short film stack 99 is accommodated in a negative bag 81 stuck at a predetermined position in the print return bag 80, and is stored in the print accommodating portion 82. By accommodating all the prints 97 of the print stack 98, the prints 97 and the developed short film 91A related to the same order are all automatically accommodated in the print return bag 80.

As described above, the simultaneous printing process is performed by the photographic processing system 100 of the present embodiment.

Next, a case of performing additional printing on the same photographic processing system 100 will be described with reference to FIG.

In the photographic processing of the additional print, first, a negative sheet 92 containing a plurality of developed short films 91B received directly or indirectly from a customer is placed on the negative sheet transport base 11, and a determination unit 2 serving as a determination unit.
And the negative sheet 9 containing the developed short film 91B
It is determined using the electronic camera 3 whether or not all of the developed short films accommodated in the cartridge 2 are developed short films that can be taken out.

Then, the negative sheet transport table 11 is transported to the next developed short film take-out section 10. Here, if the determination unit 2 determines that all of the developed short films 91B contained in the negative sheet 92 are removable short films that can be taken out, the developed short film having the image frame ordered for printing is used. Regardless of whether or not there is, all the developed short films 91B stored in the negative sheet 92 are taken out from the negative sheet 92. The removed developed short film 91B is sent to the developed short film front / back determination correction device 30. Further, the negative sheet 92 from which all the developed short films 91B have been taken out is conveyed in the direction of the arrow on each of the negative sheet conveyors 11 and sent to a negative sheet discharge unit (not shown).

Then, the developed short film 91B sent to the developed short film front / back determination correcting device 30 is inserted from the insertion port 34, and the developed short film front / back determination unit 3
It passes through one transport path 35. The developed short film front / back determination unit 31 determines the front and back of the developed short film 91B passing through the transport path 35. Then, if the developed short film front / back determination unit 31 passes the transport path 35, the front and back of the developed short film 91B is normal, the front / back normal signal is output. Front and back straightening unit 32
Send to The developed short film front / back correction unit 32 sends the developed short film 91B to the discharge unit 33 as it is when the front / back normal signal is sent, and moves the developed short film 91B to the predetermined position when the front / back opposite signal is sent. Stop and after making a half turn in the circumferential direction around the transport direction as shown,
By sending the developed short film 91B to the discharge section 33, the front and back of the developed short film are corrected. Then, the developed short film 91B sent to the discharge section 33 exits from the discharge port 37 through the transport path 36, and is transported through the transport paths 39, 5 and 5.
9 to a printer 50 which is a print creation device.

The developed short film front / back determination correcting device 30 performs the above-described control in accordance with the supply timing signal from the developed short film take-out section 10 of the developed short film take-out device 1. When all of the developed short films 91B have been taken out from one negative sheet, an order end signal is sent. When starting to take out the developed short films 91B from the next negative sheet, an order start signal is sent to the developed short film take-out device 1. Is sent from the developed short film take-out section 10 to the developed short film front / back determination correcting device 30. Then, the developed short film front / back determination correcting device 30 issues an order end signal when all of the developed short film 91B is discharged from one negative sheet, an order start signal when receiving the order start signal, and issues an order start display film. To the machine 40.

The order start display film issuing machine 40 sets an order start flag when receiving the order start signal, and when a predetermined time has passed after receiving the order end signal, if the order start flag is set, the order start flag is set. The flag is lowered, an order start display film is issued, and the film is discharged. The discharged order start display film is transferred to transport path 4
Go through 9 and 59 to the printer 50.

Printer 5 as a photo print creation device
Numeral 0 indicates that the image of the image frame of the developed short film 91B positioned on the negative mask is exposed on the photographic paper 96. Exposure light from the exposure white light source 51 passes through an exposure light adjustment unit 52 having a light control filter for adjusting the color tone and a shutter for determining the exposure time, becomes uniform diffused light by a diffuser 53, and is positioned on a negative mask of a negative carrier 54. The image frame of the developed short film 91B is illuminated. The transmitted light from the illuminated image frame of the developed short film 91B is imaged on the photographic paper 96 positioned on the paper mask 56 by the imaging lens 55. Thus, the image of the image frame of the developed short film 91B positioned on the negative mask is exposed on the printing paper 96. The printer 5
0 indicates that only the image frames for which printing is ordered by controlling the negative carrier 54 need to be printed, and is positioned and exposed on the negative mask, and the developed short film which does not have the image frames for which printing is ordered. 91B and the order start display film are passed. The printer 50 determines whether the image frame of the developed short film 91B sent to the negative carrier 54 is an image frame for which printing is ordered, by a frame number code.
Alternatively, the determination is made based on a barcode or the like recorded on the order start display film.

Then, the negative carrier 5 of the printer 50
The developed short film 91B and the order start display film discharged from Step 4 are stored in the order start display film determination unit 60.
Sent to When the order start display film determination unit 60 determines that the order start display film has passed, the sorter 6
The developed film sorter bin 64 of No. 2 is advanced by one.
Thus, the developed short film 91B can be stored in the developed film sorter bin 64 for each order based on the order start display film. Then, the developed short film aggregate 99 is accumulated for each order by the developed film sorter bin 64.

The photographic paper 96 exposed by the printer 50 is subjected to a developing tank 71, a bleach-fix tank 72, a first rinsing tank 73, a second rinsing tank 74, a third rinsing tank 75, a drying unit 76 and in this order, the photographic paper 96 is developed by the processor 70 which processes the order. The developed photographic paper becomes a print 97 and is sent to a print sorter bin 65 next to the developed short film sorter bin 64 of the developed short film stack 99 on the order of the print 97. As a result, the prints 97 are sent to the print sorter bin 65 for each order, and become print prints 98.

In the sorter 62, the print sorter bin 65 and the developed short film sorter bin 64 are alternately arranged, and the print 97 and the developed short film 91B related to the same order can be stored in the adjacent sorter bin. It has become. Then, at a predetermined position, all of the developed short film 91B of the developed short film stack 99 is accommodated in a negative bag 81 stuck at a predetermined position in the print return bag 80, and is stored in the print accommodating portion 82. By accommodating all the prints 97 of the print stack 98, the prints 97 and the developed short film 91B related to the same order are all automatically accommodated in the print return bag 80.

As described above, additional print processing is performed on the photo processing system 100 of the present embodiment.

Next, another example of a printer which is a photographic print making apparatus which can be used in the photographic processing system according to the present invention will be described. Of course, it can be used as a printer in the photographic processing system of the present embodiment or as a printer in another photographic processing system.

The following description is directed to the case where the printer performs a simultaneous printing process. FIG. 2 shows a schematic sectional view of the printer.

The printer 50B according to the present embodiment includes an exposure light adjusting device 1 having an exposure white light source 130, a light diffusion plate 140, a light control filter for adjusting a color tone, and a shutter.
50 and a developed short negative film 170 to be a photo original
2, a negative carrier 160 for transporting and positioning the other side perpendicular to the paper surface, a lens 180 for focusing a printed image on the photographic paper 200, a detachable roll-shaped unexposed photographic paper , And an exposed paper cartridge 220 that is detachable and winds up to house exposed photographic paper. Then, the exposure light adjusting device 150, the negative carrier 160, and the lens 18
0 and 5 each. The exposure light adjusting device 150
, The negative carrier 160 and the lens 180 preferably have any one of three to seven. Further, a plurality of light sources may be provided. That is, in the printer 50B, the transport direction (long direction) of the developed short negative film 170 set on the negative carrier 160 is orthogonal to the transport direction of the photographic paper 200, and up to five images are printed. The frame can be simultaneously printed and exposed on photographic paper.

In the case of cutting a developed long film of 24 shots per order into a developed short film of 6 frames each by a cutting device, a developed short film of 5 pieces is obtained.

This 5-piece developed short film 170
Is set on each of the five negative carriers 160. After the image frame is positioned in each negative carrier 160, one exposure white light source 130 emits light to perform exposure. The light from the exposure white light source 130 is
The light is uniformly diffused by 0, and is irradiated to each of the five exposure light adjusting devices 150 with a uniform light amount. In each exposure light adjusting device 150, each developed short film 17
The exposure condition is set by changing the insertion amount of the light control filter into the optical path according to 0. When the exposure time is constant in each exposure light adjusting device 150, the transport of the photographic paper 200 and the five developed short films 170 is synchronized,
It is preferable because it is easy to control. Then, through the lens 180, the unexposed paper cartridge 210
Are exposed simultaneously on the web-shaped photographic paper 200 pulled out from the printer.

After the exposure, the photographic paper 200 is conveyed in the direction of the arrow, and is taken up in the exposed paper cartridge 220. Further, it may be conveyed to a photographic paper developing machine.

As described above, in the printer 50B according to the present embodiment, the images on the developed short film of the same order are efficiently exposed.

In place of the web-shaped photographic paper 200,
It is also possible to use cut photographic paper. When the cut photographic paper is used, the printer 50B uses the developed short negative film 17 set on the negative carrier 160.
Since the transport direction (long direction) of 0 is orthogonal to the transport direction of the photographic paper, the space for transporting the photographic paper is small. Also, since the transport direction (long direction) of the developed short negative film 170 is orthogonal to the transport direction of the photographic paper, a plurality of image frames can be exposed on one web-like photographic paper at a time with a simple structure. The distance between the image frames on the printing paper can be easily changed.

The photographed and undeveloped long photographic film is developed, the image of the developed photographic film is read by a scanner, converted into digital image data, and based on the digital image data. In a photographic processing method for simultaneous printing in which a photographic print is created by exposing to a photographic paper, the developed long photographic film is cut into short lengths before an image on the photographic film is read by a scanner. You may do so.

Further, the printer according to this embodiment shown in FIG. 2 may be applied to a printer that performs exposure based on digital image data. Specifically, instead of exposing a photographic paper from the film set on the five negative carriers to create a photographic print, five liquid crystal shutters and a CRT are provided at the position of the negative carrier, and the image frames of the photographic film are scanned by a scanner or the like. An image based on the digital image data, such as digital image data digitized by reading the digital image data or digital image data originally photographed by a digital camera or the like, is displayed on five liquid crystal shutters or a CRT. The printing paper may be exposed. This is very efficient because five image frames can be printed on one web-shaped photographic paper at a time, and at the same time, the device can be printed because five image frames can be printed on one web-shaped photographic paper at a time. Space can also be saved.

[0061]

According to the present invention, it is possible to improve the image quality of a photographic print created by a photographic processing system, to delay the deterioration of the cutting apparatus, and to promote the efficiency of the photographic processing system. It is.

Further, by increasing the operation rate of the print making apparatus, it is possible to promote the efficiency of the photographic processing system. Further, the additional print photographic processing and the simultaneous print photographic processing can be performed on the same photographic processing system. By enabling the processing to be performed on a line, it is possible to further promote the efficiency of the photographic processing system.

[Brief description of the drawings]

FIG. 1 is a first embodiment of a photographic processing system according to the present invention.
Schematic diagram showing an example.

FIG. 2 is a schematic cross-sectional view of the printer.

[Explanation of symbols]

 15 Photographic film developing device 16 Cutting device 50, 50B Printer 91A, 91B Developed short film 100 Photographic processing system

Claims (6)

[Claims] 1. A photographic processing method for simultaneous printing, comprising: developing a photographed and undeveloped long photographic film; and exposing the developed photographic film to photographic paper to produce a photographic print. A photographic processing method for simultaneous printing, characterized in that the developed long photographic film is cut into short lengths before exposure. 2. The photographic processing method according to claim 1, wherein the cutting is performed by bringing the cutting member into contact with a photographic film, and the surface of the cutting member has conductivity. 3. The photographic processing method according to claim 1, wherein the photographic films are not spliced. 4. A photographic film developing device for developing a photographed and undeveloped long photographic film, and a photographic paper is produced by exposing the photographic film developed by the photographic film developing device to photographic paper. A photo-printing system for simultaneous printing having a photo-printing device to perform a cutting process for cutting the developed long photographic film into a short length before performing the exposure with the photo-printing device. A photographic processing system for simultaneous printing, comprising: 5. The photographic processing system according to claim 4, wherein the cutting device cuts the cutting member by bringing the cutting member into contact with a photographic film, and the surface of the cutting member has conductivity. 6. The photographic processing system according to claim 4, wherein the photographic films are not spliced.