JPH06337513A - Photograph printing and developing device - Google Patents

Abstract

PURPOSE:To store prints classified by different kinds by classifying the print by its cut length every time the cut length of the print is different and storing the print in a partition receiver. CONSTITUTION:When another negative size coexists in the detected negative size after finishing the printing of all frames of the same negative size, a film carrying means 5 stops the film F after returning all frames of one negative size out of another negative size from the position of a film exposing part 42 to a state on an insertion side, and bringing the first frame to the position of the exposing part 42. Sequentially, a drawing-out roller 72 and a carrying belt 64 feed continuos photographic paper by a length as the print width of a print size corresponding to the negative size to be printed next. A cutter 73 cuts the photographic paper, and the cut photographic paper P is brought to the position of a photographic paper exposing part 45 by the carrying belt 64. Then, printing, developing, feeding the film and supplying the photographic paper are repeated and printing is finished. The print Pt is stored in the partition receiver different from that of the preceding print Pt.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a photographic printing / developing apparatus, and more particularly, to a printing means for printing an image of a film which has been exposed and developed (hereinafter, simply referred to as "film") onto photographic paper.
A film transporting means for sending a film through the printing position of the printing means, a printing paper feeding means for pulling out and cutting the continuous printing paper from the continuous printing paper storage section, and a cutting printing paper from the printing paper feeding means for printing by the printing means. A photographic paper conveying means for sending the photographic paper through a position, a developing processing means for developing the photographic paper from the photographic paper conveying means printed by the printing means, and discharging it as a print, and a wrapping medium for the print from the developing processing means. The print accommodating means includes a print accommodating means for accommodating a plurality of partition members mounted at a node at equal pitches in a partition accommodating means, and a control device for controlling the operation of each of the means, and the print accommodating means partitions a series of film prints. The present invention relates to a photographic printing and developing apparatus in which the winding mediation section is moved after the completion of the storage and the next series of film prints are stored separately from the previous prints.

[0002]

2. Description of the Related Art The photographic printing and developing apparatus described above has come to be installed in shops that receive orders for direct development and printing from general customers. On the other hand, recently, in addition to the standard negative size of 36 mm x 24 mm, cameras that can switch between 36 mm x 20 mm high-definition negative size and 36 mm x 13 mm panorama negative size shooting within a single film are becoming popular. . These negative sizes are usually printed by the above-mentioned photo printing and developing device into a standard print size of 127 mm x 89 mm, a high definition print size of 158 mm x 89 mm, and a panoramic print size of 254 mm x 89 mm.

In a conventional photoprinting and developing apparatus, a series of films are printed in order from the frame on the leading end side, so that even if there is a difference in print size as described above, the partition tray is divided for each film. When all the prints of each frame of the film have been accommodated in one partition receiver, the wrapping medium is moved so that the next partition receiver is in the print receiving position. The prints are accommodated in the partition receiver by setting the long side of the cut to be vertical and pushing the long side of the cut with a bar or the like to send it into the partition receiver.

Therefore, if there is a difference in print size as described above in one film, it is easy to leave or drop standard size prints or high definition size prints when the prints are taken out from the partition receiver. .

There is also a problem that the long cutting side is likely to fall sideways while the panoramic size print having the longest cutting length is conveyed to the partition receiver.

Further, if the negatives of different sizes in one film are, for example, in extreme cases and are arranged so that they are always adjacent to each other, the cutting length and the printing magnification of the photographic paper will change every time, There is also a problem that the efficiency changes greatly when the baking magnification changes every time.

Further, since the partition receiver for accommodating the print is formed by the two adjacent partition members attached to the winding medium section, a gap is created between the adjacent partition members, There is also a problem that prints are likely to get caught in the gap and get pinched.

[0008]

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and not only is the print separated into a series of films and stored in a partition receiver, but also within a series of films. A first object of the present invention is to provide a photographic printing / developing apparatus which stores prints of different negative sizes, that is, prints of different cutting lengths and stores the prints of different types separately in a partition receiver.

Further, in the case where the prints are accommodated in the partition receivers with the long sides of the cuts vertically, the panorama size prints having the longest cutting lengths are overlaid on the adjacent partition receivers. A second object of the present invention is to provide a photographic printing and developing apparatus which does not interfere with the feeding because it may interfere with the feeding.

A third object of the present invention is to provide a photographic printing / developing device which is less likely to fall when a panoramic print is sent to a partition receiver with the long side of the cut being made vertical.

A fourth object of the present invention is to provide a photographic printing and developing apparatus whose efficiency is less likely to decrease even if a series of film prints have prints of different sizes.

A fifth object of the present invention is to provide a photographic printing / developing device which does not cause a gap in a partition receiver formed by two adjacent partition members attached to the winding medium section.

[0013]

SUMMARY OF THE INVENTION The present invention comprises a printing means for printing an image of a film that has been exposed and developed on a printing paper, a film conveying means for feeding the film through a printing position of the printing means, and a continuous printing paper. Printing paper feeding means for pulling out and cutting continuous printing paper from the accommodating portion, printing paper feeding means for feeding the cutting printing paper from the printing paper feeding means to the printing position of the printing means, and printing paper baked by the printing means. A developing processing means for developing the printing paper from the conveying means and discharging it as a print, and a print for accommodating the print from the developing processing means in a partition receiver formed by mounting a large number of partition members on the winding intermediary node at equal pitches. Comprising accommodating means and a control device for controlling the operation of each of the above means, when the print accommodating means finishes accommodating a series of prints of the film in the partition receiver, the winding medium node is moved. Then, in the photographic printing and developing apparatus in which the next series of prints of the film are stored separately from the previous prints, when the series of prints of the film have different kinds of cutting lengths, the print storage means The first object is achieved by a configuration in which the winding mediation node is moved every time the cutting length of the print from the developing processing means changes so that the prints are classified into different cutting lengths and accommodated in the partition receiver.

Further, the print accommodating means accommodates the print in the partition receiver with the long side of the cut being vertical, and moves the wrapping medium node each time the cut length changes, so that the panorama having the longest cut length is moved. The second object is achieved by a structure in which a partition receiving a print of a size accommodates a partition adjacent to the side where the panorama stored in the partition is tilted so as not to stop at the print receiving position and becomes an empty partition. To do.

Further, the print accommodating means makes the cutting long side vertical so that the speed of accommodating the prints of the panoramic size in the partition is slower than the speed of accommodating the prints of other sizes in the partition. Achieve the purpose of 3.

Further, a sensor for inputting size information of each image to the control device is provided in the film transport path, and the film transport means controls the size information of all images from the sensor first by the film transport means. All the images of a size of one of the sizes detected after being sent to the apparatus are returned to a position before the printing position of the printing means, and the film is again returned to the printing position at the printing position. Send the image of the size until all the images have been printed.If there is no image of another size, send it continuously.If there is an image of another size, the image of another type is the printing position of the printing means. Bring it back to the front, and then feed the film again at the printing position until all of the other size image has been printed, leaving another size image untouched. Delivery continues when, when there is an image of another alternative size to achieve the fourth object of the configuration for the return and feed as before film.

Further, according to the fifth aspect, the partition member attached to the winding medium node of the print accommodating means has a rotating wall for closing a gap formed between the partition member and an adjacent partition member forming a partition receiver. Achieve the purpose of.

[0018]

In other words, in the photographic printing developing means for achieving the first object, the winding medium is moved every time the cutting length of the print discharged from the developing processing means by the print control means is controlled by the control device. Since the prints are also divided into different types with different cutting lengths and stored in the partition receivers, it is of course not only necessary to grasp and take out the prints from the partition receivers separately, but also to grasp the prints of multiple partition receivers collectively. When taking it out, there is no need to leave or drop standard size or high definition size prints.

In the photographic printing and developing apparatus which achieves the second object, the above-mentioned print accommodating means accommodates the prints in the partition receiver with the cutting long side of the prints in the vertical direction. Each time the cutting length of the print ejected from the means changes, the winding intermediary node is moved so that the partition receiving the panorama size print with the longest cutting length is adjacent to the partition on the side where the stored print is inclined. Is set to the print receiving position so as not to be stopped and is set as an empty partition receiver, so that a panoramic size print does not interfere with the feeding of other size prints to the partition receiver.

Further, in the photoprinting and developing apparatus for achieving the third object, the speed at which the print accommodating means, under the control of the control device, accommodates the panoramic size print in the partition tray with the long side of the cut being vertical. Since the prints of other sizes are made slower than the speed of accommodating them in the partition receiver, the panoramic size prints are prevented from falling sideways when they are accommodated in the partition receiver.

Further, in the photographic printing and developing apparatus which achieves the fourth object, the film conveying means is controlled by the control device so that the size information of the entire image of the film is first inputted from the sensor to the control device. After sending all of the images of one size among the detected sizes to the position before the printing position of the printing means, then send until all of the images of the one size are printed at the printing position. Then, when there is no image of other size, it is sent out continuously, and when there is an image of other size, it is returned until all the images of another kind of size are in front of the printing position of the printing means, and then the film is fed again. Send at the printing position until all the other size images are printed, if there is no other size image, send it as it is, if there is another size image, Since the film is returned and fed in the same manner as in, the cutting length of the photographic paper necessary for printing the entire image of the film, the number of times the printing magnification is changed, and the prints are stored in the dividers for different types of cutting length. For this reason, the number of movements of the winding intermediary node is equal to the number of types of detected sizes, even if the size to be initially printed is fixed to a certain size, and the size to be initially printed is If the size of the previous film is printed at the end, the number of changes in the cutting length and the printing magnification of the printing paper is one less than the number of types of sizes detected.

Further, in the photographic printing and developing apparatus which achieves the fifth object, since the rotating wall of the partition member closes the gap between the partition member and the adjacent partition member, the prints accommodated in the partition receiver are The gap between the adjacent partition members is prevented.

[0023]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the accompanying drawings.

FIG. 1 and FIG. 2 are external perspective views and schematic sectional views showing an example of a photographic printing / developing apparatus of the present invention, FIG. 3 is a perspective view of a partition receiving portion of a print accommodating means, and FIG. 4 is a negative size and a print size. It is a graph which shows the relationship of.

In FIGS. 1 and 2, reference numeral 1 denotes a control device for controlling the overall operation of the photographic printing / developing device, a printing means, a film transporting means, a photographic paper feeding / developing means, a photographic paper transporting means and a severing cut. And a switching guide for separating photographic paper waste and the like, and a main frame having a storage chamber for photographic paper waste, 2 is a developing section frame having developing processing means, and 3 is a print storing section frame having print storing means. , 11 is a control box accommodating a control device, 12 is an operation panel, 13 is an LCD for displaying operation instructions, 14 is an operation display section for displaying whether operation is possible, is in operation, or magazine exchange is prohibited, and 15 is A negative viewer 16 through which the film frame at the printing position can be seen is a waste storage chamber for storing waste printing paper.

Reference numeral 4 denotes a printing section, which comprises a printing means including a light projecting device 41, a film exposure section 42, a zoom lens 43, a dark shutter 44, a photographic paper exposure section 45, a photometric tube 46 and the like. And
The film exposure unit 42 includes a feed roller 51 and a feed roller 52 such as a sprocket roller and a pair of pressure rollers.
The film F that has been exposed and developed is passed by the film transporting means 5 provided with. In the example of FIG. 2, a size sensor 17 that detects the size of the image of each frame, that is, the negative size, is provided in front of the film exposure unit 42 in the transport path of the film F by the film transport means 5.

The photographic paper exposing section 45 of the printing section 4 includes a conveyor belt 64 driven by driving rollers 61, 62 and 63, pressing rollers 65 and 66 driven by the driving rollers 61 and 62, and a photographic paper exposing section. At 45, suction means 67 for keeping the photographic paper P flat, a group of conveying rollers 68 that rotate synchronously following the conveying belt 64, and the photographic paper P printed by the photographic paper exposing section 45 on the developing section frame 2. The photographic printing paper P is passed by the photographic printing paper transporting means 6 including a pinching and transporting means 69 which is sent to the developing processing means. Between the transport roller group 68 and the pinching / transporting means 69, a scrap storage chamber for scraps of the printing paper generated when the printing paper is loaded
Switching guides 69a and 69b are provided for feeding into 16.

The printing paper P printed on the printing paper exposing section 45
Is the original winding magazine 71 of the continuous printing paper accommodating section that is installed in the main frame 1 in a replaceable manner, the pulling roller 72 of the pair of pinching rollers for pulling the continuous printing paper from the original winding magazine 71, and the pulling-out roller 72. The cut photographic paper P is sent to the photographic paper conveying means 6 by the photographic paper supplying means 7 including a cutter 73 for cutting the photographic paper that has been picked up by the photographic paper conveying means 6.

The developing processing means of the developing section frame 2 includes a developing processing tank 21, a first fixing tank 22, a second fixing tank 23, and a first water washing tank 2.
4, the second washing tank 25, the drying tank 26, and the photographic printing paper P printed by the printing paper exposing section 45 of the printing section 4 are conveyed through the respective processing tanks, and the print receiving section 31 of the frame 3 of the print storing section 31 is conveyed. And a conveying roller group 27 for sending the sheet to the.

The print accommodating means of the print accommodating portion frame 3 has a print receiving portion 31 for receiving the print Pt of the developed photographic printing paper discharged from the above-described developing processing means in a state where the long side of cutting is vertical. The print receiving portion 31 comprises a feeding means 32 for pushing the cutting long side of the print Pt to feed the print Pt, and a partition tray 33 for storing the print Pt fed by the feeding means 32 in detail in FIG. The feeding means 32 of the print accommodating means is composed of a bar attached to a winding intermediary node such as a rotating chain, and the partition receiver 33 is a plurality of partitions attached to the rotary chain 34 of the winding intermediary node at equal pitches. It is formed by a partition member 35 adjacent to the member 35. The partition member 35 in the illustrated example is urged to rotate counterclockwise in FIG. 3 to close the gap so that there is no space for the print Pt to enter between the adjacent partition member 35 forming the partition receiver. It has a rotating wall member 35a
It does not have to be provided. Further, the rotating wall member 35a has a slider at the tip end instead of the rotating biasing force, and has an adjacent partition member.
It may be one that engages with the sliding pair 35.

The operation of the control device housed in the control box 11 of the photographic printing / developing device of the present invention having the above-described structure will be described below.

The original winding magazine 71 is placed on the magazine mounting table of the main frame 1, and the leading end of the continuous printing paper drawn from the original winding magazine 71 is sent to the contact portion of the drawing roller 72, so that the operation panel 12 When the paper set button is pushed, the pull-out roller 72 and the conveyor belt 64 of the photographic paper conveying means 6 are pushed.
And the conveying roller group 68 (hereinafter, the combination of both is referred to as the conveying belt 64, etc.) are driven for a predetermined short time, and the leading end of the continuous printing paper passes from the pull-out roller 72 to the position of the cutter 73 to print. The paper is held by the pressing roller 66 and the driving roller 62 of the paper conveying means 6 together with the conveying belt 64,
The drive of the pull-out roller 72, the conveyor belt 64, etc. is stopped. During this drive, the original-winding magazine 71 is advanced to the position shown in the figure and fixed by the fixing means (not shown). As a result, the original winding magazine 71 can be fixed at the position in the photographic paper supply means 7 without causing slack in the continuous photographic paper.

After stopping the pull-out roller 72 and the conveyor belt 64, the cutter 73 is driven to cut the continuous printing paper. Next, the conveyor belt 64 and the like are driven for a predetermined time to feed the cut photographic paper front end scraps into the scrap storage chamber 16 and then stop. The switching guides 69a and 69b are switched to a state in which the transport belt 64 or the like feeds the photographic paper waste into the waste storage chamber 16 according to the information on the pressing of the paper set button, and when the drive of the above-mentioned transport belt 64 or the like is stopped, Is switched to a state of guiding the sheet to the pinching and conveying means 69.

As described above, when the loading of the printing paper is completed and the developing processing means and the like are also in the operable state, the operation display section 14 displays the operable state. The loading of the printing paper is not limited to the above example, and may be performed manually until the leading end of the continuous printing paper is fed by the printing paper transporting means 6, or from cutting the leading end of the continuous printing paper. The storage in the waste storage chamber 16 may be performed immediately before the printing of the film F is started.

In the operable state, the film F is inserted into the film conveying means 5 in such a state that its perforation is engaged with the infeed roller 51 of the sprocket roller, and the print button of the operation panel 12 is operated under the basic condition not specified. When pushed, the film conveying means 5 sends the film F so that the negative size information of all frames is inputted to the control device from the size sensor 17, and then all the frames of a predetermined kind of negative size among the detected negative sizes are exposed. After returning from the position of the portion 42 to the state on the insertion side, the first piece of the negative size is brought to the position of the film exposure portion 42 and stopped.

Here, the size sensor 17 detects the negative vertical dimension Nh of each frame of the film F shown in FIG. 4, and controls the information of standard negative size N1, high-definition negative size N2, or panorama negative size N3. To enter. Further, a predetermined kind of negative size among the detected negative sizes is printed at the end of the film F previously printed under the basic conditions even if the negative size is selected from the negative sizes N1, N2 and N3 in a predetermined order. The negative size may be selected in a predetermined order from the negative sizes detected with priority given to the negative size. According to the latter selection method, when the negative size printed at the end of the previous film F is in the detected size, the number of times the printing magnification is changed can be reduced by one, and the printing time can be shortened. The negative sizes N1, N2 and N3 are printed to the print sizes P1, P2 and P3 at the basic condition printing magnifications, respectively.

Before and after the film transport means 5 is stopped, the pull-out roller 72, the transport belt 64, etc. start to rotate, and the continuous printing paper whose width is equal to the print height Ph shown in FIG. 4 is first printed. When the print size corresponding to the negative size to be applied and the print width Pw shown in FIG. Then, after the cutter 73 cuts the printing paper, the conveyor belt 64 and the like start to rotate and stop when the cut printing paper P is brought to the position of the printing paper exposing section 45.

When the negative size printed at the beginning is different from the negative size printed at the end of the previous film F, the printing magnification changing drive of the zoom lens 43 and the light amount changing adjustment of the light projecting device 41 are also performed. These changes are performed before the film F or the photographic paper P is stopped by the above-mentioned exposure section in order to shorten the printing time, and the light amount change adjustment of the light projecting device 41 is controlled from the photometric tube 46. It is performed based on the photometric information input to the device.

After the above operation is performed, the light projecting device 41 is driven to print, and then the film transporting means 5 transports the film F to bring the next frame of the same negative size to the film exposing portion 42, and transporting. Feeding the photographic printing paper P of the photographic printing paper exposing section 45 to the pinching and conveying means 69 by means of the belt 64,
The continuous printing paper is fed next to the continuous printing paper by the drawing roller 72 of the printing paper supply means 7 and the carrying belt 64, and the cutting width is cut by the cutter 73 after the feeding of the print width Pw and the cutting paper is cut by the carrying belt 64 and the like. The P is conveyed to the photographic printing paper exposure unit 45. Then, again, the printing by the light projecting device 41 and the subsequent steps are repeated until the printing of all the frames of the same negative size is completed.

An operation panel is provided in each frame of the film F.
If there are two or more prints specified by 12, the number of prints for that frame is only 1 from the number specified for other operations except the transfer of the film F in the above-mentioned repeated operation. A small number of iterations will add extra. Further, the photographic printing paper P sent to the pinching and conveying means 69 is sequentially sent to the developing processing means of the developing section frame 2,
The print Pt is discharged and overlapped on the print receiving portion 31 of the print containing frame 3 with the print width Pw being set vertically.

After the printing of all the frames of the same negative size is finished, when there is no other frame of the negative size in the film F, the film transporting means 5 discharges the film F and stops, and the transport belt 64 and the like print the printing paper P. Is fed to the pinching and conveying means 69 and stopped, and the photographic paper P is not fed to the photographic paper exposing section 45. Then, when the final photographic printing paper P is sent to the developing processing means, the pinching and conveying means 69 is stopped, and when it is discharged as the print Pt to the print receiving portion 31, the developing processing means is stopped.

When the last print Pt of the same negative size is discharged to the print receiving unit 31, the feeding unit 32 drives for one cycle to feed the print Pt of the print receiving unit 31 into the partition receiving unit 33 of the print storing unit. When the print Pt is the panorama size P3 in FIG. 4, the feeding speed is switched to a slower speed than when the print size Pt is the other standard size P1 or the high definition size P2. As a result, the panorama size P3 that is sent with the maximum print width Pw vertically
The print Pt is prevented from being pushed down by the feeding means 32 and falling sideways at the time of feeding. However, not limited to this,
The feeding speed may be constant regardless of the print size.

When the print Pt is sent to the partition receiver 33, the rotary chain 34 in FIG. 3 rotates in the arrow direction, and the print size of the sent print Pt is the maximum panorama size P3 of the print width Pw. When partition 33
Is moved by 2 pitches, and for other print sizes, it is moved by 1 pitch. As a result, the prints Pt are not only stored in the partition 33 for each film F, but also in the partition 33 for each print size P1, P2, P3, and the partition P containing the print Pt of the panoramic size P3. Since the print Pt is not sent to the partition receiver 33 adjacent to the side where the print Pt of 33 is inclined, the print Pt sent to the partition receiver 33 from the print receiving unit 31 next is accommodated in the partition receiver 33 first. The feeding of the print Pt of the panorama size P3 that has been cut off is prevented from exceeding the partition member 35. Partition receiver 3 regardless of the size of the print Pt sent to the partition 3
Even if 3 is moved equally by 2 pitches or more, the above effect can be obtained. Further, the partition tray 33 is moved equally by one pitch so that each film F and print size P
You may make it obtain only the effect accommodated separately for 1, P2, and P3.

The feeding of the print Pt of the print receiving unit 31 to the partition receiving unit 33 is performed by the feeding unit 32 when a predetermined number of prints Pt are ejected before all the prints Pt of the same size are ejected to the print receiving unit 31. The partition receiver 33 may also be moved. This solves the problem that the print Pt of the same size, which may occur when a plurality of prints are designated, does not completely enter the partition receiver 33, and the print Pt and the feeding unit 32 are unnecessarily forcefully applied.

Further, the feeding means 32 may feed one sheet to the partition tray 33 each time the print Pt is discharged from the developing processing means. However, this involves the problem that the print Pt that has been sent first tends to interfere with the print Pt that has been sent, and that if the sending speed of the panorama size P1 is slowed, the time interval for printing should not be lengthened. There is a problem that the feeding speed cannot be slowed down enough to achieve the purpose. This latter problem is caused by the print P of the same size in the print receiver 31.
The same applies to the case where the predetermined number of t are discharged to the partition receiver 33 by the feeding means 32, and in that case, it takes time to print the next photographic paper P after finishing printing the predetermined number of panorama print size P1. Will be delayed than before.

When the negative size detected after the burning of all the frames of the same negative size has another negative size,
The film conveying means 5 returns the film F to a state in which all the negative-size frames of one of the other negative sizes are located on the insertion side from the position of the film exposure section 42, and the first frame of the negative size is positioned at the film exposure section 42. Bring to and stop. Before and after that, the pull-out roller 72 and the transport belt 64 feed the print width Pw of the print size corresponding to the negative size for printing the continuous printing paper next, and the cutter 7
3 cuts the photographic paper, and brings the photographic paper P cut by the conveyor belt 64 and the like to the position of the photographic paper exposure section 45. Further, the printing magnification of the zoom lens 43 corresponding to the printing negative size and the light amount of the light projecting device 41 are also adjusted. After that, similarly to the case of the previous negative size frame, printing, development, film feeding, and printing paper supply are repeated to finish printing of all the negative size frames, and the print Pt is separated from the previous print Pt 33 Housed in.

When there is no other negative size in the detected negative size, the film conveying means 5 discharges the film F and stops, but when there is a third type of negative size, the same operation as described above is performed. Repeated. As a result, the film F is discharged after the printing of all frames is completed, and returns to the same state as when the photographic paper loading is completed. Therefore, when a new film F is printed next, the print Pt is sent to the partition receiver 33 different from the print Pt of the previous film F.

The present invention is not limited to the example of baking in the order of the negative size, but may be the order of baking the pieces.

[0049]

According to the present invention, since the prints are stored in the partition receivers for each film and each negative size, it goes without saying that the prints of a plurality of partition receivers are not only gripped and taken out from the partition receivers. The effect that the standard size or high definition size prints are not left or dropped even when they are collectively grasped and taken out, and the panorama size print with the longest cutting length is placed in the partition tray with the long side of the cutting length vertical. Even if the prints are stored, the partition tray next to the side where the stored prints are tilted is set to an empty partition tray, so that a part exceeding the partition tray of the panoramic size print may interfere with the prints sent to the partition tray. The effect that there is no, cutting the panorama size print when sending the long side vertically to the partition tray, the feeding speed is slowed down, The effect that norama size prints do not fall sideways when fed in, because it prints in negative size order, the cutting length of printing paper and the number of changes of printing magnification can be reduced, and the speed of all printing can be increased. As a result, since the rotating wall of the partition member closes the gap between the adjacent partition members, the effect that the print accommodated in the partition receiver does not enter the gap between the adjacent partition members can be obtained.

[Brief description of drawings]

FIG. 1 is an external perspective view showing an example of a photographic printing and developing apparatus of the present invention.

FIG. 2 is a schematic cross-sectional view of a configuration showing an example of a photographic printing and developing apparatus of the present invention.

FIG. 3 is a perspective view of a partition receiving portion of the print accommodating means.

FIG. 4 is a graph showing the relationship between negative size and print size.

[Explanation of symbols]

 1 Main Frame 11 Control Box 12 Operation Panel 13 LCD 14 Operation Display 15 Negative Viewer 16 Waste Storage Room 17 Size Sensor 2 Development Section Frame 21 Development Processing Tank 22 1st Fixing Tank 23 2nd Fixing Tank 24 1st Washing Tank 25 2nd Washing tank 26 Drying tank 27 Conveyor roller group 3 Print accommodating unit frame 31 Print receiving unit 32 Feeding unit 33 Partition receiving unit 34 Rotating chain 35 Partitioning member 4 Printing unit 41 Light projecting unit 42 Film exposing unit 43 Zoom lens 44 Dark shutter 45 Printing Paper exposure unit 46 Photometric tube 5 Film conveying means 51 Feeding roller 52 Feeding roller 6 Printing paper conveying means 61, 62, 63 Driving roller 64 Conveying belt 65, 66 Holding roller 67 Suction means 68 Conveying roller group 69 Clamping conveying means 69a, 69b Switching guide 7 Printing paper supply means 71 Original winding magazine 72 Drawing roller 73 Cutter

Claims (6)

[Claims] 1. A printing means for printing an image of an exposed and developed film on a printing paper, a film conveying means for feeding the film through a printing position of the printing means, and a continuous printing paper drawn out from a continuous printing paper accommodating portion. And a photographic paper feeding means for feeding the photographic paper cut from the photographic paper feeding means through the printing position of the printing means, and developing the photographic paper from the photographic paper feeding means baked by the printing means. A developing processing means for performing processing and discharging as a print, a print accommodating means for accommodating the print from the developing processing means in a partition receiver formed by attaching a large number of partition members to the winding intermediary node at equal pitches, and each of the above means. With a control device for controlling the operation,
When the print accommodating means has completed accommodating a series of prints of the film in the partition receiver, the wrapping medium is moved to accommodate the next series of prints of the film separately from the previous prints. When a series of prints of the film have different types of cut lengths, the print accommodating means moves the wrapping mediation node every time the cut length of the prints from the developing processing means changes to cut the prints. A photoprinting and developing device characterized in that it is divided into different types and stored in a partition receiver. 2. The panorama having the longest cutting length is configured such that the print accommodating means accommodates a print in the partition tray with the long side of the cut being vertical and moves the winding medium node each time the cutting length changes. 2. The photoprinting and developing apparatus according to claim 1, wherein a partition receiver for accommodating prints of a size is set as an empty partition receiver so that a partition receiver adjacent to the side where the panorama accommodated in the partition receiver is not stopped at the print receiving position. 3. A printing means for printing an image of a film that has been exposed and developed on a printing paper, a film conveying means for feeding the film through a printing position of the printing means, and a continuous printing paper pulled out from a continuous printing paper accommodating portion. And a photographic paper feeding means for feeding the photographic paper cut from the photographic paper feeding means through the printing position of the printing means, and developing the photographic paper from the photographic paper feeding means baked by the printing means. A developing processing means for performing processing and discharging as a print, a print accommodating means for accommodating the print from the developing processing means in a partition receiver formed by attaching a large number of partition members to the winding intermediary node at equal pitches, and each of the above means. With a control device for controlling the operation,
When the print accommodating means has completed accommodating a series of prints of the film in the partition receiver, the wrapping medium is moved to accommodate the next series of prints of the film separately from the previous prints. The photoprinting development, wherein the print accommodating means makes the cutting long side vertical and makes the speed of accommodating the panoramic size prints in the partition receiver slower than the speed of accommodating the other size prints in the partition receiver. apparatus. 4. A printing paper having a cutting length shorter than the panoramic size is printed at a time interval after the printing means prints on a panoramic cutting paper having the longest cutting length and then on the next cutting printing paper. 5. The photoprinting / developing apparatus according to claim 4, wherein the photoprinting / developing apparatus is made longer than the time interval for printing on the next cut photographic printing paper. 5. A printing means for printing an image of the exposed and developed film on a printing paper, a film conveying means for feeding the film through a printing position of the printing means, and a continuous printing paper drawn out from a continuous printing paper accommodating portion. And a photographic paper feeding means for feeding the photographic paper cut from the photographic paper feeding means through the printing position of the printing means, and developing the photographic paper from the photographic paper feeding means baked by the printing means. A developing processing means for performing processing and discharging as a print, a print accommodating means for accommodating the print from the developing processing means in a partition receiver formed by attaching a large number of partition members to the winding intermediary node at equal pitches, and each of the above means. With a control device for controlling the operation,
When the print accommodating means has completed accommodating a series of prints of the film in the partition receiver, the wrapping medium is moved to accommodate the next series of prints of the film separately from the previous prints. A sensor for inputting size information of each image to the control device is provided in the film transport path, and the film transport means inputs the size information of all images from the sensor to the control device first with the film. So that all of the images of one size among the sizes detected after sending are returned until before the printing position of the printing means, and again the film of the one size image at the printing position. Send it until all the images have been printed, send it out continuously when there is no other size image, and send it to another kind of size image when there is another size image Return all to the position before the printing position of the printing means, and feed the film again at the printing position until the printing of all the images of the other type is completed, and there is no image of another size. The photoprinting / developing apparatus is characterized in that when the image is of another size, the film is returned and fed in the same manner as before when an image of another size is present. 6. A printing means for printing an image of a film which has been exposed and developed on a printing paper, a film conveying means for feeding the film through a printing position of the printing means, and a continuous printing paper drawn out from a continuous printing paper accommodating portion. And a photographic paper feeding means for feeding the photographic paper cut from the photographic paper feeding means through the printing position of the printing means, and developing the photographic paper from the photographic paper feeding means baked by the printing means. A developing processing means for performing processing and discharging as a print, a print accommodating means for accommodating the print from the developing processing means in a partition receiver formed by attaching a large number of partition members to the winding intermediary node at equal pitches, and each of the above means. With a control device for controlling the operation,
When the print accommodating means has completed accommodating a series of prints of the film in the partition receiver, the wrapping medium is moved to accommodate the next series of prints of the film separately from the previous prints. A photoprinting and developing apparatus, characterized in that the partition member attached to the winding medium section of the print accommodating means has a rotating wall for closing a gap formed between the partition member and an adjacent partition member forming a partition receiver. .