JPH04199052A - Sorting machine moving device - Google Patents

Abstract

PURPOSE:To enable a sorting machine to recede from its position on a closable lid simply with light force by pushing the sorting machine in the width direction of a printing/developing device on the upper face of the printing/developing device so as to move the sorting machine by support members and arm members. CONSTITUTION:With the parallel movement of a sorting machine 50, arms 62 are turned in the direction B to rotate shafts 66, 67. A crank 86 is moved in the direction C by the rotation of a crank 80, and when the end part of the caster 56 side is moved parallel into its receding position from its position on a closable lid 48, the movement of the crank 86 in the direction C and its opposite direction is blocked to stop the turning of the arms 62 in the B direction. The sorting machine 50 is not therefore positioned on the closable lid 48 of a printing/developing device 10 to make the closable lid 48 closable. The sorting machine 50 can be thereby moved from its position on the closable lid 48 into its receding position simply with light force.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a sorting machine moving device for moving a sorting machine at the upper part of a photographic printing and developing device.

[Conventional technology]

Generally, a photo printing and developing device is composed of a printing section, a developing section, a drying section, and a cutter section.The developing section is located at the center of the photo printing and developing section, and is located on the upstream and downstream sides are a baking section and a drying section, respectively, and a cutter section is arranged above the drying section.

A roll of long photographic paper is pulled out from one end, and after the image recorded on the negative film is printed in the printing section, it is sent to the development section where it is developed, bleached, fixed, and washed with water. . Further, this long photographic paper is dried in a drying section, and then cut into print photographic paper image frames by a cutter section, and sent out from an outlet.

When a sorting machine is provided in the upper center of the photographic printing and developing device, printed photographic paper is temporarily stored in this sorting machine. For sorting, a large number of stock sections are formed in the machine, and printed photographic paper is stored in these stock sections, sorted by each negative film.

In addition, the opening/closing lid of the developing processing section is installed in the center of the upper surface of the photographic printing and developing device.At the end of the day, the opening/closing lid of the developing processing section must not be opened in order to prevent condensation on the photographic printing and developing device. I have to let go.

[Problem to be solved by the invention]

However, if a sorting machine is placed on the opening/closing lid, the sorting machine must be moved before opening the opening/closing lid. However, since there is no space on the top of the photoprinting and developing device to evacuate the sorting machine from above the opening/closing lid, the worker must lower the sorting machine from above the photofinishing and developing device and open the opening/closing lid. In addition, at the start of work, after the opening/closing lid is closed, the machine must be lifted onto the photoprinting and developing device and placed in a predetermined position again. It becomes.

In consideration of the above-mentioned facts, the present invention aims to provide a sorting machine moving device that can easily evacuate the sorting machine from the opening/closing lid on the upper surface of the photoprinting and developing device with a light force.

[Means to solve the problem]

The sorting machine transfer device according to claim (1) of the present invention is used by being placed on the top surface of a photo printing and developing device that prints and develops images of negative film onto long photographic paper, and cuts the images into individual frames. The sorting device for temporarily storing long photographic paper in fixed amounts is the sorting device that retracts the machine from the top of the opening/closing lid on the top of the photoprinting and developing device, and the sorting device is a machine moving device, a supporting member that supports one end in the width direction on the top surface of the photoprinting and developing device and allows the sorting machine to move on the top surface of the photoprinting and developing device; The other end of the support is pivoted to the photo printing and developing device, and the sorting device is arranged so that it can be moved in the width direction of the photo printing and developing device, and the sorting device moves the support member to print photos from above the opening/closing lid. The present invention is characterized by having an arm member located at the upper end of the developing device and retracted from above the opening/closing lid of the sorting machine.

The sorting machine moving device according to claim (2) of the present invention is a sorting machine moving device according to claim (1), and the rotating angle control means is connected to the arm member to control the rotation angle. is controlled and sorting is characterized by limiting the amount of movement of the machine to a certain range.

[Effect]

According to the present invention, when a sorting machine is used by placing it on the opening/closing lid of a photoprinting and developing device, the support member supports one end in the width direction of the sorting device on the photoprinting and developing device. There is.

Further, the other end of the arm member in the width direction of the sorting machine is pivotally supported on the photographic printing and developing device. Further, the support member and the arm member allow the sorting machine to be moved in the width direction of the photoprinting and developing device.

This sorting is done by pushing the machine in the width direction of the photoprinting and developing device. Move to a different position.

Furthermore, as the sorting machine moves, the other end of the sorting machine in the width direction comes off the top surface of the photoprinting and developing device and flies out of the photoprinting and developing device; An arm member supports the other end to a photoprinting and developing device.

As a result, the sorting machine is retracted from above the opening/closing lid of the photoprinting and developing device. Further, the sorting machine that is in a retracted state from above the opening/closing lid of the photographic printing and developing device can be moved to the opening/closing lid by being pushed onto the opening/closing lid in the width direction of the photographic printing and developing device after closing the opening/closing lid.

Therefore, by pushing the sorting device in the width direction of the photoprinting and developing device with the upper surface of the photoprinting and developing device, the sorting device can be easily retracted from above the opening/closing lid of the photoprinting and developing device.

Further, by pushing the sorting machine in the retracted state from above the opening/closing lid back toward the width direction of the photoprinting and developing apparatus, the sorting machine can be returned to its normal use position on the opening/closing lid of the photographic printing and developing apparatus.

[Implementation f! 'lI: In FIG. 1, the classification to which this question is applied is shown in the machine transfer device 12. Further, FIG. 2 shows a photographic printing and developing apparatus 10 according to this embodiment.

In this photographic printing and developing apparatus 1O, a printing device 14 and a developing device 16 are integrally connected.

In the printing device 14 , one end of the roll-shaped long photographic paper 20 housed in the magazine 18 is pulled out from the outer periphery and transferred to the printing section 1 .
4, the baking work is performed. A light source 2 is provided at the bottom of the printing section 14.
2 is provided so that an image recorded on a negative film (not shown) housed in a negative carrier 24 is printed onto the emulsion surface of a long photographic paper 20 via an optical means 26.

A developing device 16 is provided downstream of the printing device 14 . The long photographic paper 20 that has been printed in the printing device 14 is
It is sent to the developing device 16 via the reservoir section 28.

The developing device 16 includes a developing WI 30, a bleaching tank 32, and a fixing W.
! 34, a washing tank 36 is provided. Further, a drying section 38 is arranged downstream of the washing tank 36, and a cutter section 40 is provided above the drying section 38. This cutter part 4
The paper is cut into image frames by a cutter 42 provided at the top of the paper and sent out from an outlet 46 as printed photographic paper 44.

Developing device 16 [30, bleaching tank 32, fixing tank 34,
An opening/closing lid 48 is provided on the upper surface of the photographic printing and developing device 10 in which the washing tank 36 is disposed.

Further, the printed photographic paper 44 fed 8 from the outlet 46 of the cutter section 40 is temporarily stored in the machine 50 when it is placed on the opening/closing lid 48 .

As shown in FIGS. 1 and 2, the sorting machine 50 has a substantially rectangular parallelepiped box shape, and one longitudinal end is placed near the outlet 46 of the cutter section 40. It is installed in the longitudinal direction of the printing and developing device 10. sorting t
The fi 50 is open except for a longitudinally intermediate portion of the bottom surface 50A (the surface facing the photoprinting and developing device 10) and a side surface 50B.

Sorting plates 53 are fixed at regular intervals to the outer periphery of a belt 52 that revolves in an elliptical orbit along the longitudinal direction of the sorting machine 50.
It protrudes from the belt 52 at a right angle. The space between the plates 53 is used as a stock section 54 for these sorting items.

Therefore, when the belt 52 is rotated by a driving force (not shown), the stock section 54 moves along the longitudinal direction of the machine 50 together with the belt 52, and the sorting section at the end on the cutter section 40 side moves toward the upper side of the machine 50. The sorting plate 53 moves from the side to the end opposite to the cutter section 40 while maintaining a parallel state, turns around at the opposite end, and returns to the end on the cutter section 40 side again. .

This stock section 54 is capable of storing printed photographic paper 44 between the boards 53 of each adjacent sort. Sorting is done by machine 5
A stock section 54 located at the end on the cutter section 40 side in the longitudinal direction of 0 stores the printed photographic papers 44 sent out from the outlet 46 for each printed photographic paper 44 printed from a single negative film, and sequentially sorts them. moves toward the other end of the machine 50. During this movement, the printed photographic paper 44 in the stock section 54 is taken out and packed into bags as shown in FIGS. 1 and 4.
In the figure, a machine transfer device 12 is shown for sorting.

Two casters 56 serving as supporting members are arranged on the bottom surface 50A of the sorting machine 50, at the width direction end of the sorting machine 50 and near both longitudinal ends of the sorting machine 50, and bolts (not shown) are arranged. The sorter is fixed to the bottom surface 50A of the machine 50 by a nut.

Also, on the bottom 50A of the sorting machine 50, there is a sorting machine 500.
Two bearing brackets 58 are arranged at the end opposite to the caster 56 in the width direction.

The bearing bracket 58 is shaped like a block and is sorted by the machine 5.
One end protrudes to the side opposite to the caster 56 of 0, and a bearing hole 60 whose axis is perpendicular is bored in the protruding tip at intervals.

Each of the bearing holes 60 of the bearing bracket 58 accommodates a pin 64 that projects upward from near the longitudinal end of the arm 62 .

The other end of the two arms 62 is a cylindrical shaft portion 68, and shafts 66 and 67 are respectively provided to protrude downward.

The shafts 66 and 67 of the arm 62 are pivotally supported in bearing holes 74 formed in each of bearing brackets 72 provided at two locations along the longitudinal direction of the photoprinting and developing device 10. The shafts 66 and 67 of the arm 62 are inserted into the bearing hole 74 of the bearing bracket 72 from above the photoprinting and developing device 10, and the tips of each shaft are inserted into the bearing hole 74 of the bearing bracket 72.
2, and the shaft 66 is disposed closer to the cutter portion 40 than the shaft 67 is. These bearing brackets 72 are fixed to a frame 70 provided in the photoprinting and developing device 10.

This frame 70, as shown in FIGS. 1 and 4,
It is arranged near the upper end inside the photographic printing and developing device 10 and has a C-shape. Further, this frame 70 has its width direction set as the vertical direction of the photoprinting and developing device 10, the C-shaped open surface facing inward in the width direction of the photoprinting and developing device 10, and its longitudinal direction being the longitudinal direction of the photoprinting and developing device 10. In terms of direction, the hook is passed and fixed to the photographic printing and developing device 10.

Both the bearing bracket 72 and the frame 70 are hidden by a side cover 76 of the photoprinting and developing device 10.

This side cover 76 is provided with two notches 78, and as shown in FIG.
The arm 62 is pivoted to the side cover 76 , and the shaft portion 68 is attached to the side cover 76 .
protrudes from the notch 78 and is located on the upper surface of the photoprinting and developing device 10.

Therefore, the sorting machine 50 has casters 56 on one side in the width direction.
, the other side is connected to the photographic printing and developing device 10 by the arm 52.
The sorting is carried out by the rotation of the arm 62.
0 is movable above the photoprinting and developing device 10.

The length between the axes of the bearing holes 74 of these bearing brackets 72 is equal to the length K between the axes of the bearing holes 60 of the bearing brackets 58 provided on the machine 50. There is. Further, the lengths of the two arms 62 are equal to each other,
The lengths between the bottle 64 and the shaft 66 and between the pin 64 and the shaft 67 are also made equal to each other. Thereby, the arm 62 constitutes a parallel link mechanism together with the side surface 50B1 frame 70 of the sorting machine 50.

Therefore, the sorting machine 5D can be moved in parallel from the sorting position in the direction of the arrow in FIG. 3 while maintaining its longitudinal direction parallel to the longitudinal direction of the photographic printing and developing device 10.

For sorting, one end of the machine 50 in the width direction is moved along with the casters 56.
A bearing bracket 72 is provided in the width direction of the photo printing and developing device 10.
At the side end and the opening/closing lid 48 of the photoprinting and developing device 10
When moved from above to the retracted position, Figures 3 and 4
As shown in the figure, the other end of the sorting machine 50 in the width direction is
It is in a state that it protrudes from the top surface of the photographic printing and developing device 10.

The other end protruding from the upper surface of the photoprinting and developing device 10 of the sorting machine 50 is connected to the photoprinting and developing device 10 by an arm 62.
is supported. In this state, the sorting machine 50 is retracted from above the opening/closing lid 48 of the photographic printing and developing device 10.

Also, sorting is done by machine 50, and sorting from above the opening/closing lid 48 is done by machine 5.
In the retracted state of 0, it can be moved onto the opening/closing lid 48 by being pushed in the direction opposite to the six directions of arrows in FIG.

As shown in FIGS. 1 and 5 (the solid line in FIG. 5 corresponds to the retracted position of the sorting machine 50, and the two-point #J line corresponds to the sorting position), the bearings of the photographic printing and developing device 10 are shown. A crank 80 serving as a rotation angle control means for the arm 62 is provided at the tip of the shaft 67 protruding from the bracket 72 .

The crank 80 has a rectangular shape, and one end in the longitudinal direction is fixed to the tip of the shaft 67, and the other end is oriented perpendicularly from the shaft 67 in a direction opposite to the shaft 66 side. At the other end of the crank 80 in the longitudinal direction, a pin 82 is provided to protrude perpendicularly downward and parallel to the shaft 67 and toward the opposite side of the arm 62. This crank 8
0, the rotation of the shaft 67 causes the crank 80 to rotate.
2 rotates around a shaft 67.

The pin 82 of the crank 80 is accommodated from above and pivotally supported in a through hole 84 bored at one longitudinal end of the crank 86 . An oblong hole 88 is formed at the other end of the crank 86 in the longitudinal direction, with the longitudinal direction of the hole 88 being the longitudinal direction of the crank 86 . The tip of the shaft 66 protruding from the bearing bracket 72 is inserted into the oval hole 88 .

This crank 86 is capable of reciprocating movement by the length of the long axis of the oval hole 88 by the shaft 66 inserted into the oval hole 88 .

These shafts 66, 67 and cranks 8Q, 86 constitute a slider crank mechanism.

In addition, in FIG. 5, the straight line drawn from the axis of the shaft 67 in the longitudinal direction of the crank 80 at the sorting position of the sorting machine 50 is defined as line S1, and the sorting machine 50 is positioned at the axis of the shaft 67 when the sorting machine 50 is in the retracted state. A straight line drawn from to the longitudinal direction of the crank 80 is a line S2. Further, a straight line drawn from the axis of the shaft 66 parallel to the crank 86 in the direction of the axis of the shaft 67 is a line S3, and an angle θ is formed between the line S1 and the line S2.

When the lines S1 and S2 are each moved by half of the angle θ in the direction of narrowing the angle θ, these lines S1 and S2 overlap the line S3.

Further, in the sorting position and the retracted state of the sorting machine 50, the shaft 66 is connected to the shaft 67 of the oval hole 88 of the crank 86.
It is in contact with the side end.

The rotation of the crank 80 in the direction opposite to the arrow B direction from the sorting position of the sorting machine 50 is caused by the rotation of the crank 80 between the shaft 66 and the crank 80.
The bottle 82 is prevented from compressing the crank 86 in the longitudinal direction. Similarly, during sorting, rotation of the crank 80 in the direction of arrow B from the retracted state of the machine 50 is also prevented.

Therefore, the rotation range of the crank 80 is an angle θ shown in FIG. 5, and the arm 62 is allowed to rotate within this crank 800 rotation range.

Note that the side cover 76 that hides the frame 70 and the bearing bracket 72 has a shape that does not prevent the movement of the cranks 80, 86.

The operation of this embodiment will be explained below.

As shown in FIG. 2, when carrying out photographic printing and developing work, the sorting machine 50 is placed on the opening/closing lid 48 of the photographic printing and developing apparatus 10.

A printing device 14 of the photographic printing and developing device 10 prints an image recorded on a negative film (not shown) onto a long photographic paper 20. Thereafter, the long photographic paper 20 is sent to the downstream developing device 16.

The long photographic paper 20 that has been subjected to development, bleaching, fixing, and washing in the developing device 16 and then dried is transferred to the cutter section 4.
The cutter 42 cuts the image frame by frame, and the printed photographic paper 44 is sent out from the outlet 46.

The printed photographic paper 44 sent out from the outlet 46 is stored in a stock section 54 between the plates 53 of the sorting machine 50 placed on the opening/closing lid 48 on the upper surface of the photographic printing and developing device 10 . When this stock section 54 stores the printed photographic paper 44 for each negative print, the belt 52 is rotated by a driving force (not shown) to move this stock section 54, and the next stock that does not contain the printed photographic paper 44 is moved. The portion 54 is arranged near the outlet 46.

The printed photographic paper 44 stored in the stock section 54 is sorted and taken out from the stock section 54 at the upper side of the machine 50 and packed into bags.

In order to open the lid 48 of the photographic printing and developing device 10 after finishing the work, the sorting machine 50 must be evacuated from above the lid 48.

For sorting, push the sorting machine 50 in the direction of the arrow in FIG.
One end in the width direction of the photographic printing and developing device 10 is moved in parallel with the caster 56 to the end on the side of the bearing bracket 72 in the width direction of the photographic printing and developing device 10 .

This sorting is done by parallel movement of the machine 50, and the arm 62 is moved to the fifth position.
It turns in the direction of arrow B in the figure and rotates the shafts 66 and 67. As the shaft 67 rotates, the crank 8O rotates in the direction of arrow B, causing the crank 86 to swing, as shown in FIG. Due to this rotation of the crank 80, the crank 86 moves in the direction of arrow C in FIG. 5, and then moves in the opposite direction to the direction of arrow C.

The swinging of the crank 86 is such that the end of the sorting machine 50 on the caster 56 side in the width direction moves from above the opening/closing lid 48 to the retracted state at the end of the photo printing and developing device 10 on the bearing bracket 72 side in the width direction. When translated in parallel, the oblong hole 88 of the crank 86
The shaft 66 comes into contact with the end of the crank 86 on the shaft 67 side, and prevents the crank 86 from moving in the direction opposite to the direction of arrow C.

By preventing the movement of the crank 86, the rotation of the crank 80 in the direction of arrow B and the rotation of the shaft 67 are also prevented. This rotation of the shaft 67 is prevented, and the rotation of the arm 62 in the direction of arrow B is stopped. Therefore, the sorting machine 50 does not move further in the six directions of the arrow from the retreated state,
The casters 56 of the sorting machine 50 are prevented from coming off from the upper surface of the photographic printing and developing device 10.

For sorting, one end in the width direction of the machine 5Q is the photo printing and developing device 10.
The other end of the sorting machine 50 in the width direction protrudes from the upper surface of the photographic printing and developing device 10;
is supported to the photographic printing and developing device 10 by.

In this state, the sorting machine 50 is not located above the opening/closing lid 48 of the photographic printing and developing device 10, and the sorting machine 50 is in a retracted state from above the opening/closing lid 48, as shown in the actual situation in FIG. The opening/closing lid 48 can be opened and closed.

To return the sorting machine 50 from the retracted state to the sorting position, after closing the opening/closing lid 48, the sorting machine 5G is pushed in the opposite direction of the arrow in FIG. 3.

As a result, the arm 62 attempts to pivot in the direction opposite to the direction of arrow B in FIG. Shaft 67 as shown in FIG.
and rotation of the crank 80 in the direction opposite to the direction of arrow B.
The shaft 66 in contact with the shaft 67 side end of the oval hole 88 of the crank 86 is connected to the shaft 67 of the oval hole 88.
Since the movement is in the direction of moving away from the side end (in the direction of arrow C in FIG. 5), it is not blocked by the shaft 66.

Therefore, the arm 62 turns in the direction opposite to the direction of arrow B in FIG. be able to.

Furthermore, when attempting to move the sorting machine 50 from the sorting position in the direction opposite to the direction of arrow C in FIG. 5, the crank 80 will rotate in the direction opposite to the direction of arrow B, as shown in FIG. Therefore, the crank 86 is moved in the direction opposite to the direction of arrow C.

This movement of the crank 86 means that the shaft 66 is moved by the crank 86.
The shaft 80 side end of the oblong hole 88 of No. 6 comes into contact with the shaft 80 side and is blocked. Therefore, the sorting machine 50 does not move further from the sorting position in the direction opposite to the direction of arrow C in FIG. 5.

Conventionally, each time the opening/closing lid 48 was opened, the sorting machine 50 was manually lowered from the opening/closing lid 48 of the photographic printing/developing device 10. 50 can be retracted from above the opening/closing lid 48. Further, the sorting machine 50 in the retracted state can be returned to its position on the opening/closing lid 48 with a light force by the sorting machine moving device 12 without having to lift it by hand.

Further, although the arm 62 rotates as the sorting machine 50 moves in parallel, it is prevented from turning by the cranks 8o and 86 at the position where the sorting machine 50 is retracted from above the opening/closing lid 48. Further, the arm 62 is prevented from turning by the cranks 80 and 86 when the sorting machine 50 is returned from the retracted state from above the opening/closing lid 48 to the sorting position.

Therefore, the sorting machine 50 does not come off the top surface of the photoprinting and developing device 10 in the retracted state from above the opening/closing lid 48, and furthermore, the sorting machine 50 can be reliably returned to its position.

As described above, in this embodiment, since the rotation range of the arm 62 can be limited using the cranks 80 and 86, the range of movement of the sorting machine 50 is limited to the narrow part on the side of the photoprinting and developing device 1o. rotation angle control means can be arranged.

Incidentally, as shown in FIG. 6, it is also possible to change the mounting direction of the crank 80 provided at the tip of the shaft 67. In this embodiment, the rotation range of the crank 8G is set at the shaft 66 side of the shaft 67, and force is applied in the direction of pulling the longitudinal direction of the crank 86 by the rotation of the arm 62.
The turning range of the vehicle is limited.

In this case, when the sorting machine 50 is retracted from above the opening/closing lid 48, the shaft 66 contacts the end of the oval hole 88 of the crank 86 opposite to the shaft 67, preventing the crank 80 from moving in the direction of arrow B. I will do it. Also, sorting is done by machine 5.
0 is the position on the opening/closing lid 48, and the shaft 66 comes into contact with the end of the oval hole 88 of the crank 86 opposite to the shaft 67 to prevent the crank 80 from rotating in the direction of arrow B. Become.

In other words, during sorting, when the opening/closing lid 48 of the machine 50 is retracted, the shaft 66 comes into contact with one of the longitudinal ends of the oblong hole 88 of the crank 8G, and prevents the crank 80 from rotating in the direction of arrow B. . In addition, the sorting machine 50 is at a position on the opening/closing lid 48 when the shaft 66 comes into contact with either longitudinal end of the oval hole 88 of the crank 86, and the crank 80
The cranks 80, 86 and the oblong hole 88 may be provided so as to prevent rotation in the direction opposite to the arrow B direction.

Further, in this embodiment, the crank 80 is provided on the shaft 67 and the oval hole 88 of the crank 86 supports the shaft 66, but the crank 80 is provided on the shaft 66 and the oval hole 88 of the crank 86 supports the shaft 66. Of course, it is also possible to adopt a configuration in which the 67 is pivotally supported.

In the present invention, a machine stopper may be used for sorting using a structure other than the above. Further, a moderation mechanism or the like may be used for positioning the sorting machine 50 in the sorting position and in the retracted state.

〔Effect of the invention〕

As explained above, the sorting machine moving device according to claim (1) of the present invention performs sorting by pushing the machine in the width direction of the photoprinting and developing device on the upper surface of the photoprinting and developing device, and by using the supporting member and the arm member. It can be moved and easily retracted from the opening/closing lid of the photographic printing and developing device with a light force. In addition, the sorting machine can be opened and closed with a light force from this retracted state, and the sorting on the lid can be returned to its position, which has an excellent effect.

The sorting machine according to claim (2) of the present invention is a machine moving device, and the sorting machine moving device according to claim (1) of the present invention is provided with a rotation angle control means of the arm member, so that the sorting machine is It has a submerged effect that can prevent separation from the top surface of the photoprinting and developing device and also ensures that the sorting machine can be returned to its position in the photoprinting and developing device.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing a sorting and moving device to which the present invention is applied, FIG. 2 is a longitudinal sectional view showing a photographic printing and developing device to which the present invention is applied, and FIG. 3 is an operation of the present embodiment. FIG. 4 is a sectional view of the main part taken along the line 4-4 in FIG. 1, and FIG. 5 is a plan view of the main part showing the rotation angle control means according to this embodiment.
FIG. 6 is a sectional view of the main part taken along the line 5--5 in FIG. 1, showing a modification of the rotation angle control means. DESCRIPTION OF SYMBOLS 10...Photographic printing and developing device, 12...Machine moving device for sorting, 44...Print photographic paper, 50...Machine for sorting, 54...Stock section, 56...Casters (supporting member) ), 62... Arm, 58.72... Bearing bracket, 80.86... Crank (rotation angle control means).

Claims (2)

[Claims] (1) A sorting system that is used by being placed on the top of a photo printing and developing device that prints and develops negative film images onto long photographic paper, and temporarily stores a fixed amount of long photographic paper that has been cut into image frames. A sorting machine moving device for retracting the machine from above the opening/closing lid on the top surface of the photoprinting and developing device, the device being provided on the sorting machine and supporting one end in the width direction of the sorting machine to the top surface of the photoprinting and developing device, and moving the sorting machine. A support member movable on the upper surface of the photoprinting and developing device, one end of which pivotally supports the widthwise end of the sorting machine, and the other end of which is pivotally supported to the photoprinting and developing device to allow the sorting machine to be photoprinted. an arm member that is movable in the width direction of the developing device and moves the support member from above the opening/closing lid to the upper end of the photographic printing/developing device as the sorting machine moves, thereby retracting the sorting machine from above the opening/closing lid; A sorting machine moving device characterized by having: (2) The sorting machine moving device according to claim 1, wherein the arm member is connected to a rotation angle control means to control the rotation angle and limit the movement amount of the sorting machine within a certain range.