JPH09319010A - Photograph processing method and developed short-length film takeout device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily put a taken-out developed short-length film in a film bag, to house it by a simple device, to simplify the design of the device by making the carrying path of the developed short-length film required to be carefully carried one, to eliminate need for manually taking out the developed short-length film from the film bag while the device itself is made compact and to allow the device to cope with the developed short-length film which cannot be taken out. SOLUTION: By this photograph processing method, the developed short-length film is supplied to a photograph printing device and an image frame on the developed short-length film set at the exposure part 50 of the photograph printing device is printed on a photographic paper. Then, it is judged whether all of the developed short-length films housed in the film bag housing the plural developed short-length films can be taken out or not. When all of them can be taken out, all of them is taken out from the film bag and passed through the exposure part 50.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a photographic process for supplying a developed short film to a photographic printing apparatus, and printing an image frame on the developed short film on an exposed portion of the photographic printing apparatus onto a photographic printing paper. Method, and from the film bag for accommodating the developed short film sandwiched by the first sheet and the second sheet fixed to the first sheet at the rear end side and both side ends of the developed short film, the film bag The invention relates to a developed short film take-out device for taking out the developed short film contained in the.

[0002]

2. Description of the Related Art Conventionally, a plurality of developed short films are supplied to a photographic printing apparatus, and a plurality of image frames on the developed short film in the exposure section of the photographic printing apparatus are printed on photographic printing paper. Only the developed short film of the image frame requiring printing was taken out from the film bag containing the developed short film, and only the taken out developed short film was passed through the exposure section. Then, the developed short film having passed through the exposure section was returned to the original film bag.

For this reason, in order to take out the developed short film from the film bag, the tip of the developed short film is put out of the film bag by a human hand, and the leading end of the film is removed by a machine. The developed short film was taken out by sending.

[0004]

However, in the conventional technique for taking out only the developed short film of the image frame requiring printing, firstly, the developed short film at different positions is taken out according to the order, and therefore, it is taken out. To return the developed short film to its original position, work manually
Or, it is necessary to install a device with complicated control so that the developed short film that has been taken out can be returned to the original position of the film bag by storing different positions depending on the order. Since the developed short film is transported or carried in both the transport route and the transport route of the film bag, it is necessary to be careful in both transport routes. Further, not only the developed short film but also a film bag may be provided with a mechanism for transporting the developed short film to a device for returning the developed short film to the original position of the film bag, but the whole device becomes large.

Further, in the conventional method of taking out the developed short film, even if a finger sack is used, the tip portion of the developed short film is taken out of the film bag by a human hand, so that the hands are contaminated and oil or sweat is attached. It is highly probable and productivity cannot be increased. However, the length of the developed short film is gusset for each developed short film, and since the friction between the developed short film and the film bag is large,
There is a problem that cannot be automated simply. Also, since it was manually taken out in the past, there were few things that could not take out the developed short film itself, and even if there was, it was possible to respond appropriately,
It was found that when automated, some of the developed short films could not be taken out.

The present invention has been made to solve the above-mentioned problems, and makes it easy to put the taken-out developed short film in a film bag, allows it to be stored by a simple device, and transports it. It is an object of the present invention to simplify the design of the device and downsize the device itself by unifying the paths for conveying the developed short film that need to be taken into consideration.

Further, the present invention is to solve the above-mentioned problems, and it is not necessary to manually take out the developed short film from the film bag, and the friction with the film bag causes the development of short film for each developed short film. It is an object of the present invention to provide a device for taking out a developed short film from a film bag.

Further, the present invention is for solving the above-mentioned problems, and is an apparatus for automatically taking out the developed short film from the film bag without the need to manually take out the developed short film from the film bag. It is an object of the present invention to provide an apparatus which can cope with a developed short film that cannot be taken out, which has been found to be a problem.

[0009]

The object of the invention is achieved by the claims. Hereinafter, each claim will be described. However, description overlapping with the description of the cited item will be omitted.

[Claim 1] [A photographic processing method, wherein a developed short film is supplied to a photographic printing apparatus, and an image frame on the developed short film in the exposure section of the photographic printing apparatus is printed on photographic printing paper. , A film bag containing a plurality of developed short film, all the developed short film contained in the film bag is taken out, and all the developed short film taken out are passed through the exposure section, Photo processing method. ), All the developed short film is taken out, so there is no need to memorize each position of the taken out developed short film and return the taken developed short film to its original position in the film bag. Since the developed short film is not transported in the transport path of the film bag, it is not necessary to take care so that fine scratches and dust are not attached to the developed short film in this transport path, and the developed short film is also removed. It is possible to easily put a short film into a film bag and store it with a simple device.In addition, it is necessary to take care of the transportation. The design can be simplified and the device itself can be downsized. Further, since the developed short films contained in the same film bag are all exposed in the same exposure unit, the developed short films contained in the same film bag are managed under the same exposure conditions, and are equivalent to each other. Easy to make quality prints.

[Claim 2] [The photographic processing method according to claim 1, wherein the developed short films are spliced to each other. ] Since developed short films are spliced together, films of the same order will not fall apart.

[Claim 3] [The photographic processing method according to claim 2, wherein the developed short films are spliced for each order. The developed short films are spliced on an order-by-order basis, so that the films on the same order do not fall apart, and moreover, it is efficient when sorting for each order or reinserting into a negative sheet.

[Claim 4] [The photographic processing method according to claim 1, wherein the developed short films are not spliced with each other. ] Since it does not splice, the process of attaching and peeling the tape is not required, and the photo processing can be efficiently performed.

[Claim 5] "Among the image frames on all of the taken out developed short-length films, image frames which are judged to require printing are printed on photographic printing paper. The photographic processing method described in any one of 1. ], The image frames other than the necessary image frames are not exposed, so that the exposure can be performed efficiently without loss.

[Claim 6] "The image printing device is required to be judged by the photographic printing device based on a frame number code recorded for each image frame of the developed short film. The photographic processing method according to any one of claims 1 to 5. ], It is possible to surely and easily search and position the image frame that requires printing.

[Claim 7] [A photographic processing method according to any one of claims 1 to 6, characterized in that all the developed short film that has passed through the exposure section is accommodated in a new film bag. . It is not necessary to transport the film bag from which the developed short film has been taken out or to match the developed short film with the film bag, and depending on the film bag, there are deformations, tears, chips, scratches, etc. A sophisticated mechanism and control for inserting the developed short film into the film bag once returned to the user are not required, and the developed short film can be inserted into the film bag with a simple device.

[Claim 8] [From a film bag for accommodating a developed short film sandwiched between a first sheet and a second sheet fixed to the first sheet on both side ends of the developed short film, In the developed short film take-out device for taking out the developed short film contained in the film bag, a separating means for separating the first sheet and the second sheet, and the first sheet and the second sheet by the separating means. And a take-out means for taking out the developed short film contained in the film bag in a state where the developed short film is taken out. ], The state where the first sheet and the second sheet are separated,
Since the developed short film is taken out from the film bag, it is not necessary to manually remove the developed short film from the film bag, and even if the friction between the developed short film and the film bag is gusset, the developed short film is filmed. Can be easily removed from the bag.

Here, the developed short film has a predetermined width, and both ends in the width direction are referred to as both ends of the developed short film, and both side ends of the developed short film are the developed short film. Around the outside of both ends of the.

[Claim 9] "The film bag is in a state in which one sheet is folded back, the first sheet is one of the sheets, the second sheet is the other sheet, The end on the folded back side of the film bag is defined as the rear end, and the end facing the rear end is defined as the front end,
At least between the both ends of the developed short film at the rear end of the film bag is not held, and at least the both sides of the developed short film at the rear end of the film bag are firmly fixed to the film bag. Holding means for holding both ends of the trailing end, pushing means for pushing from between both ends of the developed short film at the trailing end of the film bag held by the means for holding both ends of the trailing end, and a film bag after being pushed by the pushing means While being held by the holding means, a cutting means for cutting the rear end portion of the film bag, and the separating means, the rear end portion of the film bag cut by the cutting means. The first sheet and the second sheet are separated from each other, and the taking-out means pushes out the developed short film contained in the film bag from the rear end side and takes it out. The developed short film take-out apparatus according to claim 8, symptoms. 』, While holding at both ends of the rear end side of the developed short film of the film bag, since the both ends of the rear end side of the developed short film of the film bag is not held, the extrusion means film The bag can be pressed from the rear end side of the developed short film of the bag, and by this pressing, both ends of the pressed film bag on the rear end side of the developed short film and the rear end of the film bag have been developed. When a film is present, the developed short film advances and, after being pushed by the extrusion means, returns between the both ends of the rear end side of the developed short film of the film bag, but the developed short film does not move forward. Since the cutting means cuts the rear end portion of the film bag, the rear end portion of the film bag opens, and the first end of the film bag at the rear end portion of the film bag cut by the cutting means. Sheet and number By separating the sheet, the take-out means can push out the developed short film contained in the film bag from the rear end side, and by pushing out the developed short film, the friction between the developed short film and the film bag is gusset. Even if the length of the developed short film is gusset, even if the position of the developed short film in the film bag is gusset, the developed short film can be easily taken out from the film bag. You can

Incidentally, what is called a "negative sheet" in the photographic industry is a state in which one sheet is folded.

[Claim 10] [The first sheet of the film bag is provided with a holding means for holding the film bag by holding the second sheet, and the separating means is held by the holding means. 9. The developed short film take-out device according to claim 8, wherein the first sheet at the end portion where the second sheet is not fixed is rolled from the second sheet. ], The holding means holds the film bag firmly, and when the first sheet at the end where the first sheet and the second sheet are not fixed is rolled from the second sheet, the developed film can be taken out and the developed film can be removed. Even if the friction between the short film and the film bag is apt,
The developed short film can be easily taken out from the film bag even if the developed short film has a long length.

In the photographic industry, what is called a "negative sheet" is a state in which one sheet is folded back, and the first sheet and the second sheet are fixed at the end portion facing the folding line of the negative sheet. It has not been. Therefore, the first sheet at the end portion where the first sheet and the second sheet are not fixed can be rolled from the second sheet.

[Claim 11] [A film bag containing a developed short film in a developed short film take-out device for taking out the developed short film contained in the film bag from the film bag containing the developed short film The developing short film stored in the judgment means for judging whether or not the developed short film can be taken out, and only when the judgment means judges that the developed short film can be taken out, the developed short film is taken out from the film bag. And a take-out means, which is a developed short film take-out device. The developed short film is taken out from the film bag only when the developed short film can be taken out. Therefore, it is not possible to jam the developed short film which cannot be taken out forcibly.

[Claim 12] "The judgment means judges whether or not the developed short film contained in the film bag can be taken out, based on the shape of the developed short film. The developed short film take-out device according to claim 11. ), It is possible to understand the deformation of the shape of the developed short film which is the main cause that can not be taken out with the developed short film, so it is not only possible to reduce the possibility of judging that the developed short film that can not be taken out by mistake can be taken out, Since the developed short film that is deformed to the extent that it cannot be forced to pass through the exposed area, it is possible to prevent jamming at the exposed area.

In this case, it is preferable to judge at least the shape of the front end or the rear end of the developed short film.

[Claim 13] "The judgment means judges whether or not the developed short film contained in the film bag can be taken out, by the shape of the film bag. Item 12. The developed short film take-out device according to item 11. ”, The deformation of the shape of the film bag is known.Therefore, if you try to forcibly take out the developed short film that cannot be taken out accidentally because the shape of the film bag is deformed, there is a possibility that a jam of the developed film or film bag will occur. Can be lowered.

In this case, it is preferable to judge at least the shape of the front end or the rear end of the film bag.

[Claim 14] [A photographic processing method, wherein a developed short film is supplied to a photographic printing apparatus, and an image frame on the developed short film in the exposure section of the photographic printing apparatus is printed on photographic printing paper. When the developed short film contained in the film bag containing the developed short film is a developed short film that can be taken out, and when it is determined that the developed short film is a developed short film that can be taken out Only, the developed short film is taken out from the film bag, and the taken short developed film is passed through the exposure section. The developed short film that is not a developable short film that can be taken out is not forcibly taken out, so it not only prevents a jam when taking it out, but also a developed short film that is not a removable short film that can be taken out. Does not forcibly pass through the exposed area, which prevents jamming at the exposed area.

[Claim 15] [Each of the developed short film is judged whether or not the developed short film contained in a film bag containing a plurality of developed short films is a removable short film. When it is a developed short film that can be all taken out, all contained in the film bag is taken out from the film bag, and all the developed short film taken out are passed through the exposure section. 14. The photographic processing method described in 14. 』
As a result, all the developed short films are taken out, so there is no need to memorize the individual positions of the taken developed short films and return the taken developed short films to their original positions in the film bag. Yes, since the developed short film is not transported in the transport path of the film bag, it is not necessary to be careful so that minute scratches and dust are not attached to the developed short film in this transport path. It is possible to easily put a short film in a film bag and store it with a simple device.Also, by unifying the route for carrying the developed short film, which requires careful attention, Design is simple, and
Only when the device itself can be downsized and all developed short film can be taken out, all the developed short film is taken out from the film bag, so it is impossible to take out the developed short film that cannot be taken out. Not only will it not jam when you try, but also the developed short film that is not a developable short film that can be taken out will not forcefully pass through the exposed area, so it is possible to prevent jams at the exposed area, and thoroughly You can save labor.

[Claim 16] [The photographic processing method according to claim 15, wherein the developed short films are spliced to each other. ] Since developed short films are spliced together, films of the same order will not fall apart.

[Claim 17] [The photographic processing method according to claim 16, wherein the developed short films are spliced for each order. The developed short films are spliced on an order-by-order basis, so that the films on the same order do not fall apart, and moreover, it is efficient when sorting for each order or reinserting into a negative sheet.

[18] The photographic processing method according to [15], wherein the developed short films are not spliced with each other. ] Since it does not splice, the process of attaching and peeling the tape is not required, and the photo processing can be efficiently performed.

[Explanation of Common Matters] As a specific example of a film bag in which a short film is sandwiched and housed by a first sheet and a second sheet fixed to the first sheet, a “negative sheet” is used in the photographic industry. Examples include so-called film bags. The first sheet and the second sheet fixed to the first sheet may be formed by bending an integral sheet.

The term "splicing for each order" as used in the present invention means to splice developed short films that are ordered by a customer.

[0035]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, specific examples of the present invention will be described as embodiments, but the present invention is not limited thereto. Further, in the embodiments, although there are definite expressions for terms and the like, they show preferred examples of the present invention, and do not limit the meaning or technical scope of the terms of the present invention.

Embodiment 1 In the system of the present embodiment, the developed short film contained in the negative sheet is taken out from the negative sheet, the taken out developed short film is supplied to the photographic printing apparatus, and the exposure unit of this photographic printing apparatus is used. It is a system that prints the image frame on the developed short film on photographic printing paper and stores the developed short film in a new film bag. Hereinafter, description will be given based on FIG. 1, which is an overall schematic diagram of the system of the present embodiment.

In this embodiment, the developed short film 9 is used.
The processing is performed without splicing one another.

A negative sheet 92 accommodating a plurality of developed short films 91 is placed on the negative sheet conveying table 11, and the judgment unit 2 as a judgment means judges the developed sheets contained in the negative sheet 92 accommodating the developed short films 91. It is judged whether or not all the short film is a developed short film that can be taken out. That is, the electronic camera 3 photographs the negative sheet 92 containing the developed short film 91, analyzes the shapes of the front end and the rear end of the developed short film 91 from the photographed image, and determines whether the shape is within the range of the normal shape. Whether or not the developed short film 91 contained in the negative sheet 92 is a developed short film that can be taken out is determined,
Further, the shape of the film bag is analyzed from the photographed image, it is judged whether or not the shape is within the range of the normal shape, and the negative sheet 92
The developed short film 91 is a developed short film that can be taken out, and only when it is determined that the shape of the film bag is within the normal shape range, the developed short film is taken out. Judge as a possible developed short film. By judging these shapes, it is possible to exclude missing, bent, or cut objects.

Then, the negative sheet carrying table 11 is carried to the next developed short film taking-out section 10. The details of the developed short film take-out section 10 and the negative sheet carrying table 11 will be described later. Here, only when the judgment unit 2 judges that all the developed short films 91 accommodated in the negative sheet 92 are the developed short films which can be taken out, the developed short films having the image frames which are ordered to be printed. Regardless of whether or not it is, all the developed short film 91 accommodated in the negative sheet 92 is taken out from the negative sheet 92. The developed short film that has been taken out is sent to the front / back determination correction device 30. The negative sheet 92 from which all of the developed short films 91 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 negative sheet 92 in which the developed short film 91 remains at the negative sheet discharge unit is exposed by manual operation.

The judging section 2 and the developed short film take-out section 10 constitute a developed short film take-out apparatus 1.

Then, the developed short film 91 sent to the developed short film front / back determination correction device 30 is inserted through the insertion port 34, and the developed short film front / back determination unit 31 is inserted.
Pass through the transfer path 35. Developed short film front / back determination unit 3
1 determines the front and back of the developed short film 91 passing through the transport path 35. Then, the developed short film front / back determination unit 31
When the front and back of the developed short film 91 passed through the transport path 35 are normal, the front and back normal signal is sent to the adjacent developed short film front and back correction unit 32 if the opposite is true. The developed short film front and back correction unit 32 sends the developed short film 91 to the discharge unit 33 as it is when the front and back normal signal is sent, and moves the developed short film 91 to the predetermined position when the front and back opposite signal is sent. After stopping, and after making a half rotation in the circumferential direction around the conveyance direction as shown in the drawing, the developed short film 91 is sent to the discharge unit 33 to correct the front and back of the developed short film. Then, the developed short film 91 sent to the discharge unit 33 passes through the transport path 36, exits from the discharge port 37, passes through the transport paths 39 and 59, and advances to the exposure unit 50 of the printer processor.

Further, the developed short film front / back judgment correcting device 30 performs the above-mentioned control according to the supply timing signal from the developed short film taking-out section 10 of the developed short film taking-out device 1. When all of the developed short films 91 have been removed from one negative sheet, an order end signal is sent from the next negative sheet to the developed short films 9.
1 is started, the order start signal is sent to the developed short film take-out unit 10 of the developed short film take-out device 1.
From the developed short film front / back determination correcting device 30. Then, the developed short film front / back determination correction device 3
0 is a developed short film 91 from one negative sheet
Is sent to the order start display film issuing machine 40 when an order end signal is received after receiving the order start signal.

When receiving the order start signal, the order start display film issuing machine 40 sets an order start flag, and if the order start flag is set after a lapse of a predetermined time after receiving the order end signal, the order start flag is set. The flag is cleared, the order start display film is issued, and the film is ejected. The discharged order start display film is transferred to transport path 4
After passing through 9, 59, the exposure unit 50 is reached.

The exposure unit 50 prints the image of the image frame of the developed short film 91 positioned on the negative mask with the photographic paper 96.
Is to be exposed to. The exposure light from the white light source 51 for exposure passes through an exposure light adjusting section 52 having a light control filter for adjusting the color tone and a shutter for determining the exposure time, becomes uniform diffused light by the diffuser 53, and is positioned on the negative mask of the negative carrier 54. The image frame of the developed short film 91 is illuminated. The transmitted light from the image frame of the illuminated short film 91 which has been illuminated is imaged by the imaging lens 55 on the photographic paper 96 positioned on the paper mask 56. As a result, the image of the image frame of the developed short film 91 positioned on the negative mask is exposed on the photographic paper 96. In addition,
The exposure unit 50 controls the negative carrier 54 to determine that only the image frames ordered to be printed need to be printed, positions the image on the negative mask and exposes it, and the developed image having no image frames ordered to be printed. The short film 91 and the order start display film are passed through. The exposure unit 50 determines based on the frame number code whether the image frame of the developed short film 91 sent to the negative carrier 54 is an image frame that has been ordered for printing.

Then, the developed short film 91 and the order start display film discharged from the negative carrier 54 of the exposure section 50 are sent to the order start display film determination section 60. When determining that the order start display film has passed, the order start display film determination unit 60 advances the developed film sorter bin 64 of the sorter 62 by one. As a result, the developed short film 91 is developed for each order based on the order start display film and the developed film sorter bin 6 is used.
4 can be accommodated. Then, the developed short film aggregate 99 is accumulated for each order by the developed film sorter bin 64.

Further, the photographic printing paper 96 exposed by the exposure section 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 section 76 in this order, and the photographic paper 96 is developed in the developing section 70 which processes in this order. The developed photographic paper becomes a print 97, and the print sorter bin 6 next to the developed short film sorter bin 64 of the developed short film stack 99 of the order of this print 97.
Sent to 5. As a result, the print 97 is sent to the print sorter bin 65 for each order, and the print stack 9
It becomes 8.

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 91 related to the same order can be accommodated in the adjacent sorter bin. It is like this. Then, at the predetermined position, all the developed short film 91 of the developed short film assembly 99 is accommodated in the negative bag 81 attached to the 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, all the prints 97 and the developed short film 91 relating to the same order are automatically accommodated in the print return bag 80.

Next, the details of the developed short film take-out section 10 and the negative sheet carrying table 11 will be described with reference to FIG. 2 which is a schematic configuration diagram of the developed short film take-out section 10.

The negative sheet carrying table 11 includes a negative sheet 92.
The first sheet 93 and the second sheet 94 of the developed short film 91 has a suction table accommodating slit 17 in the interval between the fixing parts at both end portions of the developed short film 91, and in the suction table accommodating slit 17, It has a suction table 12 movable up and down. The suction table 12 has a suction hole row 14 at the center portion in the developed short film width direction, and by drawing air from the suction hole row 14, the second sheet 94 of the negative sheet 92 placed on the suction table 12 has been developed. The central portion of the short film 91 in the width direction is fixed. Then, when the suction table 12 is lowered, the developed short film 91 of the second sheet 94 of the negative sheet 92 is
The central part in the width direction can be pulled down. It should be noted that the suction table 12 and the second extruding rod 18 described later serve as the separating means of the present invention.

On the upper surface of the negative sheet carrying table 11,
Suction hole rows 13 are provided at the middle and both ends of the adjacent suction table housing slits 17. The suction hole array 13 is also provided in the interval between the fixing portions at both end portions of the developed short film 91 to which the first sheet 93 and the second sheet 94 of the negative sheet 92 are fixed. Then, by drawing air from the suction hole row 13, the second sheet 9 of the negative sheet 92 placed on the upper side.
No. 4 developed short film 91 on both sides of the first sheet 9
The fixing portion to which 3 and the second sheet 94 are fixed is fixed to the upper surface of the negative sheet conveying table 11.

The width of the push-out rod 15 as the pushing means is narrower than the width of the suction table accommodating slit 17, and the thickness thereof is such that it does not collide with the suction table 12 when the suction table 12 descends. The push bar 15 can push out the negative sheet 92 about 1 cm before the rear end of the negative sheet 92.

The rotary cutter 16, which is a cutting means, cuts the position of about 5 mm from the rear end of the negative sheet 92 in the width direction, whereby the first sheet 93 and the second sheet 94 of the negative sheet 92 are separated at the rear end. It can be opened. By pulling air from the suction hole array 14, the suction table 12 is lowered while fixing the central portion in the width direction of the developed short film 91 of the second sheet 94 of the negative sheet 92 placed thereon. Then, the second sheet 94 is lowered, and the rear end of the negative sheet 94 is opened.

The second extruding rod 18, which is an ejecting means, can eject the air from the lower side of the front end thereof to the front end of the negative sheet 92. By blowing air from the lower side of the front end of the second extruding rod 18, the first sheet 93 is further inflated to facilitate the insertion of the second extruding rod 18.

Next, the developed short film take-out section 10
Will be described. First, when the developed short film 91 is located at the rear end of the negative sheet 92 as shown in stage A, the rotary cutter 16 cuts the position about 5 mm from the rear end of the negative sheet 92 in the width direction, and the developed short film 91 is cut. Will be cut off. Therefore, the suction from the suction hole row 13 is maintained and the developed short film 9
While fixing the negative sheets 92 at both side ends of the sheet 1, the suction from the suction hole array 14 is stopped at the stage A, and the negative sheet 92 at the center of the developed short film 91 is freed.

By the stage B, the suction table 12 descends downward, and at the stage B, the negative sheet 92 is fixedly held by both side edges (including the rear edge side) of the developed short film 91 while the negative sheet is held. Since the space between the both ends of the developed short film 92 (including the rear end side) is not held,
The push bar 15 can be pushed from the rear end side of the developed short film of the negative sheet 92. And push rod 1
When 5 presses from the rear end side of the developed short film of the negative sheet 92, the developed film exists between both ends of the pressed negative sheet 92 on the rear end side of the developed short film and the rear end of the negative sheet 92. In this case, the developed short film advances about 1 cm from the rear end of the negative sheet 92.

Then, at stage C, the pushing rod 15 returns, and the space between the two ends of the negative sheet 92 on the rear end side of the developed short film 91 returns to the original position, but the developed short film 91 comes out forward. It remains as it is.

By the stage D, the suction table 12 has returned to the upper side and is flush with the upper surface of the negative sheet conveyance table 11.
On stage D, the developed short film 9 of the negative sheet 92
Although the space between the both ends on the rear end side of 1 returns to the substantially original position, the developed short film 91 remains forward, so that only the rear end of the negative sheet 92 can be cut by the rotary cutter 16. Then, when the rear end of the negative sheet 92 is cut by the rotary cutter 16, the rear end of the negative sheet 92 can be opened.

Then, in stage E, air is started to be drawn from the suction hole array 14 of the suction table 12, and the second short sheet 94 of the negative sheet 92 placed on the center portion in the widthwise direction of the developed short film 91. The second sheet 94 is lowered by lowering the suction table 12 while fixing the
The rear end of the negative sheet 92 is opened.

Then, on the stage F, the second extrusion rod 1
8 is inserted into the opening at the rear end of the negative sheet 92 while blowing air from the lower side of the front end thereof. At this time, the first sheet 93 is lifted by the air blown from the lower side of the front end of the second extruding rod 18, the opening at the rear end of the negative sheet 92 is further expanded, and the second extruding rod 18 is easily inserted. . Then, even if the second extruding rod 18 is pushed to the front end of the negative sheet 92 so that the friction between the developed short film 91 and the negative sheet 92 is gusset, or the length of the developed short film 91 is gusset. Even if the position where the developed short film 91 is present in the negative sheet 92 is gusset, the developed short film 91 is completely pushed out.

Then, the second extruding rod 18 returns to its original position,
So that the one of each stage progresses to the next stage,
The negative sheet carrying table 11 is carried intermittently. When all the developed short film 91 is taken out from the negative sheet 92, the next negative sheet carrying table 11 is carried to the developed short film taking-out section 10.

Embodiment 2 This embodiment is the same as Embodiment 1 except that the negative sheet carrier of the developed short film take-out apparatus 1 and the developed short film take-out section are different. Hereinafter, the negative sheet transport base and the developed short film take-out portion of the developed short film take-out apparatus 1 of the present embodiment will be described based on FIG. 3 which is a schematic configuration diagram thereof and FIG. In this embodiment, the developed short film 91 is taken out from the negative sheet 92 with the front end of the developed short film 91 aligned with the front end side of the negative sheet 92.

The negative sheet carrying table 21 has a surface emitting light source therein (at least over the area where the negative sheet is carried), and the negative sheet carrying a transparent upper surface having a large number of suction holes 27 of the negative sheet carrying table 21. 92 is evenly illuminated. Therefore, when the judgment unit 2 photographs the negative sheet 92 containing the developed short film 91 by the electronic camera 3 and judges from the photographed image whether the shapes of the front end and the rear end of the developed short film 91 are within the normal range. The contrast between the developed short film 91 and the other portions is higher, and the determination accuracy is higher.

Further, a projection row 26 for positioning the rear end of the negative sheet 92 is provided on the rear end side of the upper surface of the negative sheet conveying table 21, and the rear end of the negative sheet 92 is positioned. Further, a projection row 26 for positioning the side end of the negative sheet 92 is provided on the upper surface of the negative sheet transfer table 21 on the leading end side in the transport direction of the negative sheet transfer table 21, and the side end of the negative sheet 92 is positioned. As a result, when the position of the negative sheet 92 is determined, the negative sheet 92 is sucked from a large number of suction holes 27 of the negative sheet conveying table 21 and is fixedly held.

It should be noted that only the row of protrusions 26 for positioning the rear end of the negative sheet 92 is provided on the rear end side of the upper surface of the negative sheet transfer table 21, and the electronic camera 3 takes an image without positioning the negative sheet transfer table 21 in the transfer direction. The position of the developed short film 91 may be specified based on the identified image, and the transport stop position of the negative sheet transport table 21 described below may be controlled based on the specified position of the developed short film 91. .

The developed short film on the front side of the negative sheet carrying table 11 of the negative sheet 92 on which the negative sheet carrying table 11 carried to the developed short film taking-out section 20 is placed is fed to the feeding rollers 24 and 25. Stop at the corresponding position.

Then, the first sheet 93 at the front end portion of the negative sheet 92 is adsorbed and turned up by the adsorbing and turning unit 22, and the developed short film 9 is adsorbed by the adsorbing and conveying unit 23.
1 is sucked and conveyed, and the front end of the developed short film 91 is sandwiched between the feeding rollers 24 and 25. And
Developed short film 9 sandwiched between feeding rollers 24 and 25
1 is sent out. And the next developed short film 9
In order to take out 1, the negative sheet conveying table 11 is conveyed by a predetermined distance which is an interval in which the developed short films 91 are arranged.

Next, this developed short film take-out section 20
The operation will be described based on FIG. 5, which is an operation explanatory view. First, the second sheet of the negative sheet 92 is the negative sheet transport table 1
In a state of being sucked from a large number of suction holes 27 of 1 and fixedly held, the suction turning unit 22 is lowered onto the front end portion of the first sheet 93 of the negative sheet 92, and sucks the front end portion of the first sheet 93, The state becomes as shown in (1). Then, the suction turning unit 22 that has sucked the front end of the first sheet 93 rolls up the front end of the first sheet 93 of the negative sheet 92,
The suction conveyance unit 23 is lowered onto the front end portion of the developed short film 91, sucks the front end portion of the developed short film 91, and enters the state shown in (2). Then, the suction conveyance unit 23 that has adsorbed the front end of the developed short film 91 conveys it forward while lifting the front end of the developed short film 91, and the state shown in (3) is obtained. Then, with the front end portion of the developed short film 91 being attracted by the suction conveyance unit 23 while the front end of the developed short film 91 is bent, the feeding roller 24 is bent. , 25, the state of (4) is achieved. Then, the suction-turning unit 22 and the suction-conveying unit 23 stop the suction and return to the original position, and the developed short film 91 sandwiched between the feeding rollers 24 and 25 is fed by the feeding rollers 24 and 25. By the above operation, one developed short film 91 is taken out.

Embodiment 3 The system of this embodiment is different from that of Embodiment 1 in that the developed short films are spliced for each order, and the other structures are the same as those of the first embodiment.

In the system of this embodiment, the developed short film contained in the negative sheet is taken out from the negative sheet, the taken out developed short film is supplied to the photographic printing apparatus, and the developing unit in the exposure section of the photographic printing apparatus is developed. This is a system that prints the image frames on a short film on a photographic printing paper and stores the developed short film in a new film bag. Hereinafter, description will be given based on FIG. 6, which is an overall schematic diagram of the system of the present embodiment.

A negative sheet 92 accommodating a plurality of developed short films 91 is placed on the negative sheet conveying table 11 and conveyed, and then the developed short film 91 is taken out from the negative sheet 92 in the developed short film taking-out section 10. The structure until the developed short film 91 taken out is sent to the developed short film front / back determination correction device 30 is the same as that of the first embodiment, and therefore the details are omitted.

Developed short film front and back judgment correction device 30
The developed short film 91 sent to is inserted from the insertion port 34 and passes through the transport path 35 of the developed short film front / back determination unit 31. The developed short film front / back determination unit 31 determines the front / back of the developed short film 91 passing through the transport path 35. Then, if the front and back of the developed short film 91 that the developed short film front and back determination unit 31 has passed through the transport path 35 is normal, a front and back normal signal is output, and if the front and back are opposite, a front and back opposite signal is output. It is sent to the front / back correction unit 32. The developed short film front and back correction unit 32 sends the developed short film 91 to the discharge unit 33 as it is when the front and back normal signal is sent, and moves the developed short film 91 to the predetermined position when the front and back opposite signal is sent. After stopping, and after making a half rotation in the circumferential direction around the conveyance direction as shown in the drawing, the developed short film 91 is sent to the discharge unit 33 to correct the front and back of the developed short film. Then, the developed short film 91 sent to the discharge unit 33 passes through the transport path 36, exits from the discharge port 37, passes through the transport path 39, and the splicer 1
Go to 00.

Further, the developed short film front / back judgment correcting device 30 performs the above-mentioned control according to the supply timing signal from the developed short film taking-out section 10 of the developed short film taking-out device 1. When all the developed short film 91 has been taken out from one negative sheet, an order end signal indicates that the developed short film 9 has been developed from the next negative sheet.
When the first short film 1 is taken out, the order start signal indicates that the short film developed part 10 of the developed short film taking-out device 1 has been developed.
From the developed short film front / back determination correcting device 30. Then, the developed short film front / back determination correction device 3
0 is a developed short film 91 from one negative sheet
Is sent to the order start display film issuing machine 40 when an order end signal is received after receiving the order start signal.

When receiving the order start signal, the order start display film issuing machine 40 sets an order start flag, and the order start flag is set after a lapse of a predetermined time after receiving the order end signal of the previous order. Then, the order start flag is cleared, and the order start display film is issued and discharged. The discharged order start display film advances to the splicer 100 through the transport path 49.

In the splicer 100, the conveying path 4
The order start display film 103 that has been conveyed from the order start display film issuing machine 40 through 9 and the development for one order that has been conveyed from the developed short film front / back determination correction device 30 through the conveyance path 39. The completed short film 91 is spliced with the splicing tape 101. At that time, the order start display film 103 is spliced so as to be the head in the transport direction.

In this embodiment, developed short films having different orders are not spliced, but developed short films of a plurality of orders may be spliced.

In the splicer 100, the order start display film 103 and the developed short film 91 spliced by the splicing tape 101 for each order.
Through the transport path 59 to the exposure unit 50 of the printer processor.

The exposure section 50 prints the image of the image frame of the developed short film 91 positioned on the negative mask with the photographic paper 96.
Is to be exposed to. The exposure light from the white light source 51 for exposure passes through an exposure light adjusting section 52 having a light control filter for adjusting the color tone and a shutter for determining the exposure time, becomes uniform diffused light by the diffuser 53, and is positioned on the negative mask of the negative carrier 54. The image frame of the developed short film 91 is illuminated. The transmitted light from the image frame of the illuminated short film 91 which has been illuminated is imaged by the imaging lens 55 on the photographic paper 96 positioned on the paper mask 56. As a result, the image of the image frame of the developed short film 91 positioned on the negative mask is exposed on the photographic paper 96. In addition,
The exposure unit 50 controls the negative carrier 54 to determine that only the image frames ordered to be printed need to be printed, positions the image on the negative mask and exposes it, and the developed image having no image frames ordered to be printed. The short film 91 and the order start display film are passed through. The exposure unit 50 determines based on the frame number code whether the image frame of the developed short film 91 sent to the negative carrier 54 is an image frame that has been ordered for printing.

Then, the order start display film 103 and the developed short film 91, which are discharged from the negative carrier 54 of the exposure section 50 and are spliced for each order, are sent to the order start display film determination section 60. When determining that the order start display film has passed, the order start display film determination unit 60 advances the developed film sorter bin 64 of the sorter 62 by one. And an order start display film 1 spliced for each order
03 and the developed short film 91 are conveyed to the cutting unit 102 following the order start display film determination unit 60, the splice points are cut by the cutting unit 102, and the loose order start display film 103 and the developed short film 91 are And is conveyed to the developed film sorter bin 64.

As a result, the developed short film 91 can be housed 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.

Further, the printing paper 96 exposed by the exposure section 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 section 76 in this order, and the photographic paper 96 is developed in the developing section 70 which processes in this order. The developed photographic paper becomes a print 97, and the print sorter bin 6 next to the developed short film sorter bin 64 of the developed short film stack 99 of the order of this print 97.
Sent to 5. As a result, the print 97 is sent to the print sorter bin 65 for each order, and the print stack 9
It becomes 8.

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 91 related to the same order can be accommodated in the adjacent sorter bin. It is like this. Then, at the predetermined position, all the developed short film 91 of the developed short film assembly 99 is accommodated in the negative bag 81 attached to the 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, all the prints 97 and the developed short film 91 relating to the same order are automatically accommodated in the print return bag 80.

[0082]

【The invention's effect】

[Advantage of Claim 1] The developing short film taken out is stored in the individual position, and there is no need to control the developed short film taken out to the original position of the film bag. It is not necessary to take care not to get minute scratches or dust on the developed short film in the route, and it is easy to put the developed short film taken out in the film bag and store it with a simple device In addition, by unifying the paths for transporting the developed short film, which requires careful attention to the transportation, the apparatus design can be simplified and the apparatus itself can be downsized.
Further, since the developed short films contained in the same film bag are all exposed in the same exposure unit, the developed short films contained in the same film bag are managed under the same exposure conditions, and are equivalent to each other. Easy to make quality prints.

[Effect of Claim 2] Since the film is spliced, the film for one order does not fall apart.

[Effect of Claim 3] Since the films are spliced for each order, the films for one order will not be separated, and the sorting for each order can be performed.
It is easy to insert into a negative sheet.

[Effect of Claim 4] Since no splicing is performed, the steps of tape sticking and peeling can be eliminated, so that photographic processing can be performed efficiently.

[Effect of Claim 5] Since only the necessary image frames are exposed, it is possible to efficiently perform exposure without loss.

[Effect of Claim 6] It is possible to surely and easily search and position an image frame that requires printing.

[Effect of Claim 7] It is not necessary to convey the film bag from which the developed short film has been taken out, or to align the developed short film with the film bag, and depending on the film bag, deformation or tear may occur. There is no need for advanced mechanism or control to insert the developed short film again into the film bag that has been returned to the user who has scratches, scratches, etc., and the developed short film can be inserted into the film bag with a simple device. can do.

[Effect of Claim 8] It is not necessary to manually remove the developed short film from the film bag, and even if the developed short film and the film bag are in friction with each other, the developed short film can be used as a film bag. Can be easily removed from.

[Effect of Claim 9] Even if the friction between the developed short film and the film bag is gusset or the length of the developed short film is gusset, the developed short film in the film bag is The developed short film can be easily taken out from the film bag even if the position where the is present is gusty.

[Effect of Claim 10] Even if the friction between the developed short film and the film bag is gusset or the length of the developed short film is gusset, the developed short film is removed from the film bag. It can be taken out easily.

[Effect of Claim 11] Not only does it not cause a jam when forcibly taking out the developed short film which cannot be taken out, but the developed short film which cannot take out forcibly exposes the exposed portion. Since it does not pass through, you can prevent jams in the exposed area.

[Effect of Claim 12] Since the deformation of the front end or the rear end of the developed short film can be known, it is possible to reduce the possibility of determining that the developed short film can be taken out by mistake.

[Effect of Claim 13] The developed short film taken out is not required to be stored in each position and the control for returning the taken short film to the original position of the film bag is unnecessary. Since the developed short film is not conveyed in the bag conveyance path, it is not necessary to take care not to attach fine scratches or dust to the developed short film in this conveyance path. It is easy to put in a film bag and can be stored with a simple device.In addition, a single route for the developed short film that needs to be taken care of for transportation makes the device design simple. In addition to being able to reduce the size of the device itself, and not forcibly attempting to forcibly take out the developed short film that cannot be taken out, Since the developed short films which can not not be forcibly passed through the exposed portion Eject and, prevented it may become jammed in the exposed portion, a thorough labor.

[Effect of Claim 14] Not only can it prevent jamming at the time of taking out, but since a developed short film that is not a developable short film that can be taken out does not forcibly pass through the exposed portion, exposure You can prevent it from becoming a jam.

[Effect of Claim 15] Since all the developed short films are taken out, the developed short films taken out are stored in the individual positions, and the taken short films are taken out of the original position of the film bag. Since there is no need to control the developed short film in the transport path of the film bag, it is not necessary to take care not to cause fine scratches or dust on the developed short film in this transport path. Also, the developed short film that has been taken out can be easily put in a film bag and can be stored by a simple device, and a route for carrying the developed short film that needs to be taken care of during transportation. To simplify the design of the device, reduce the size of the device itself, and remove all the developed short film. Since all the developed short film is taken out from the bag, not only does it not jam when trying to forcibly take out the developed short film that cannot be taken out, but also the developed short film that is not a developable short film that can be taken out is exposed Since it does not pass through the section forcibly, it is possible to prevent jams in the exposed section and save labor thoroughly.

[Effect of claim 16] Since the films are spliced for each order, the films for one order do not come apart, and it is easy to sort each order and insert into a negative sheet. Become.

[Effect of Claim 17] Since no splicing is performed, the steps of tape sticking and peeling can be eliminated, so that the photographic processing can be efficiently performed.

[Effect of Claim 18] Since only the necessary image frames are exposed, it is possible to efficiently perform exposure without loss.

[Brief description of drawings]

FIG. 1 is an overall schematic diagram of a system according to a first embodiment.

FIG. 2 is a schematic configuration diagram of a developed short film take-out section 10 of the first embodiment.

FIG. 3 is a schematic configuration diagram of a negative sheet transport base and a developed short film take-out unit according to a second embodiment.

FIG. 4 is a cross-sectional view of a negative sheet transporting base and a developed short film take-out portion according to a second embodiment.

FIG. 5 is an operation explanatory diagram of the second embodiment.

FIG. 6 is an overall schematic diagram of a system according to a third embodiment.

[Explanation of symbols]

1 Developed short film take-out device 2 Judgment unit 3 Electronic camera 10 Developed short film take-out unit 20 Developed short film take-out unit 30 Developed short film front / back judgment correction device 40 Order start display film issuing machine 50 (printer processor) exposure Part 60 (printer processor's) order start display film determination part 62 Sorter 70 (printer processor's) development processing part 80 Print return bag

Claims (18)

[Claims] 1. A photographic processing method in which a developed short film is supplied to a photographic printing apparatus, and an image frame on the developed short film in the exposure section of the photographic printing apparatus is printed on photographic printing paper. From the film bag containing the developed short film, all the developed short film contained in the film bag are taken out, and all the developed short film taken out are passed through the exposure section. . 2. The photographic processing method according to claim 1, wherein the developed short films are spliced to each other. 3. The photographic processing method according to claim 2, wherein the developed short films are spliced for each order. 4. The photographic processing method according to claim 1, wherein the developed short films are not spliced with each other. 5. An image frame which is determined to be required to be printed out of all the image frames on the developed short film that have been taken out is printed on a photographic printing paper.
The photographic processing method described in any one of 1. 6. The photographic printing apparatus determines an image frame requiring printing based on a frame number code recorded for each image frame of the developed short film. 5. The photographic processing method according to any one of 5 to 5. 7. The photographic processing method according to claim 1, wherein all the developed short-length films that have passed through the exposure section are stored in a new film bag. 8. A film bag for containing a developed short film sandwiched between a first sheet and a second sheet fixed to the first sheet on both side ends of the developed short film, and then stored in the film bag. In a developed short film take-out device for taking out the developed short film, a separating means for separating the first sheet and the second sheet, and a state in which the first sheet and the second sheet are separated by the separating means. And a take-out means for taking out the developed short film contained in the film bag, and the developed short film take-out device. 9. The film bag is in a state in which one sheet is folded back at a rear end, the first sheet is one of the sheets, and the second sheet is the other sheet. The film bag is not held between the both ends of the developed short film at the rear end of the film bag, but is held at least by both ends of the developed short film at the rear end of the film bag to hold the film bag. A rear end both-ends holding means to do, an extruding means pushing from between both side ends of the developed short film at the rear end of the film bag held by the rear end both-ends holding means, and a film bag after being pushed by the extruding means. While being held by the holding means, a cutting means for cutting the rear end portion of the film bag,
The separating means separates the first sheet and the second sheet at the rear end portion of the film bag cut by the cutting means, and the take-out means stores the developed film stored in the film bag. 9. The developed short film take-out device according to claim 8, wherein the short film is pushed out from the rear end side and taken out. 10. A holding means for holding the film bag by firmly holding the second sheet, wherein the separating means holds the first sheet and the second sheet of the film bag held by the holding means. The developed short film take-out device according to claim 8, wherein the first sheet at the end portion where the sheet is not fixed is rolled from the second sheet. 11. A developed short film take-out device for taking out the developed short film contained in the film bag from a film bag containing the developed short film,
Only when the judgment means judges whether the developed short film contained in the film bag containing the developed short film can be taken out, and the judgment means judges that the developed short film can be taken out, the film And a take-out device for taking out the developed short film from the bag. 12. The determination means determines whether or not the developed short film contained in the film bag can be taken out based on the shape of the developed short film. The developed short film take-out device described in. 13. The method according to claim 11, wherein the determining means determines whether or not the developed short film contained in the film bag can be taken out, based on the shape of the film bag. The developed short film take-out device. 14. A photographic processing method in which a developed short film is supplied to a photographic printing apparatus, and an image frame on the developed short film in the exposure section of the photographic printing apparatus is printed on photographic printing paper. Only if the developed short film contained in the film bag containing the film is a developed short film that can be taken out, and only if it is determined that the developed short film is a developed short film that can be taken out, A photographic processing method, characterized in that the developed short film is taken out of the bag, and the developed short film taken out is passed through the exposure section. 15. It is judged whether all the developed short films contained in a film bag containing a plurality of developed short films can be taken out, and all the developed short films can be taken out. 15. When the developed short film, all contained in the film bag are taken out from the film bag, and all the developed short film taken out are passed through the exposure section. Photo processing method. 16. The photographic processing method according to claim 15, wherein the developed short films are spliced to each other. 17. The photographic processing method according to claim 16, wherein the developed short films are spliced for each order. 18. The photographic processing method according to claim 15, wherein the developed short films are not spliced with each other.