JPH10186626A - Method and device for storing photographic original - Google Patents

Abstract

PROBLEM TO BE SOLVED: To stably store a many photographic originals by increasing the mean value of the rotational angular velocity of a 1st roller in a normal state at the time winding the first half of a belt-like object more than that at the time of winding the second half of the belt-like object. SOLUTION: A rotary driving member connected to the 1st roller 11 of a photographic original container 1 set in a set position 8 and also held by a holding part is constituted of a connecting gear which is connected to the gear of the 1st roller 11 and a rotary driving motor for rotary-driving the connecting gear. And at the time of winding the photographic film the rotational angular velocity of the rotary driving motor kept in a normal state is successively reduced in the order of photographic films to be wound. Thus, the mean value of the rotational angular velocity of the rotary driving motor in the normal state at the time of winding the first half side of the belt-like object such as a long-sized mat sheet 15 is increased more than that at the time of winding the second half side of the belt-like object.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and an apparatus for storing a photo original.

[0002]

2. Description of the Related Art Conventionally, a photo document storage container is generally stored in a cartridge or a negative sheet for returning to a customer.

[0003] When a photo processor handles photo originals between various apparatuses, it is common in large-scale laboratories to splice a large number of photo originals and wind them in a roll. It was common in minilabs to handle naked.

[0004]

However, when a large number of photo originals are spliced and wound into a roll, handling is not limited to the step of splicing a large number of photo originals, but also a large number of spliced photo originals. It requires a process of disassembly into individual pieces, which requires a large amount of work and a shortest time before shipping, and during that time, it is simply wound up in a roll shape, so dust and scratches etc. There is a problem that it is easy to stick. In addition, there is a problem that not only is it easy to cause dust and scratches when handled naked, but also if it is handled in large quantities, it becomes difficult to grasp which photo original is which one.

Further, if the photo originals are housed so as to be in direct contact with each other, there is a problem specific to the photo originals that the photo originals are easily rubbed and damaged.

[0006] In view of the above, in the photographic document storage container having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band, By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, By taking up and storing, it has been considered that the photo originals are less likely to come into direct contact with each other, so that a large number of photo originals can be stored in order without splicing the photo originals, and the originals can be taken out without being out of order.

However, the photographic document storage container having the first roller described above, a band having one end held by the first roller, and a storage section for storing the other of the band is provided in the photographic document container. By sandwiching a photographic original between the outermost periphery of the strip wound by the first roller and the strip wound by the first roller, and winding the strip by the first roller, the photograph is obtained. In the case where the document is wound and stored, if the rotation angular velocity of the first roller in the steady state at the time of winding the belt-shaped material is a constant rotation angular velocity, at the worst, the stored photo document may be damaged or deformed. It turned out that there was a case.

[0008] Therefore, the cause of this problem can be investigated simply by assuming that the rotation angular velocity of the first roller in the steady state at the time of winding the band is a constant rotation angular velocity. Gradually spreads and is accommodated, the outer periphery of the belt-like material wound by the first roller tends to be uneven, and the photograph original accommodated thereon may be damaged or deformed. understood.

[0009] It is an object of the present invention to store a photographic document having the above-mentioned first roller, a band having one end held by the first roller, and a storage section for storing the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. Accordingly, in the case where the photo document is wound and stored, even if the same photo document storage container is used, the spread of the distance between the photo documents is reduced, so that more photo documents can be stored, and the photo document is stored. An object of the present invention is to prevent damage or deformation and to stably store the data.

[0010]

SUMMARY OF THE INVENTION The object of the present invention is achieved by the following claims. Less than,
Each claim will be described. However, description overlapping with the cited item will be omitted.

[Explanation of claim 1] "Photo document storage having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. According to the photo document storing method of winding and storing the photo document, the first half of the band wound by the first roller at the beginning of the effective length of the band wound by the first roller is a front half side band. When the half of the effective length of the strip wound around the first roller and the half of the side wound around the first roller is called the second half strip, the first half strip is wound. Of the steady state First roller average rotational angular velocity of the photo document housing wherein the faster than an average of the rotational angular velocity of the first roller steady state when winding the late side strip. ] Can prevent the gap between the photo originals when the first roller winds up the belt on the rear half side,
Even if the same photo document storage container is used, more photo documents can be stored, and the outer periphery of the belt-like material wound by the first roller is unlikely to be uneven, so that the photo document is damaged or deformed. Can be stably stored.

[Explanation of Claim 2] "Photo document storage having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. Accordingly, in the method of storing a plurality of photo originals, the rotational angular velocity of the first roller in a steady state when the photo original is wound becomes lower in the order of the photo original to be wound. Photo manuscript storage method. ], The tendency for the gap between the photo originals to widen as the first roller winds up the strip,
Since the number of photo originals can be reduced, more photo originals can be stored even with the same photo original storage container, and the outer periphery of the belt-like material wound on the first roller is less likely to have an uneven shape. It can be prevented from being damaged or deformed, and can be stably housed.

According to a third aspect of the present invention, there is provided a photo document storage apparatus comprising: a first roller; a band having one end held by the first roller; and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. Thus, in the photo document storing method of winding and storing a plurality of the photo document, a steady-state winding speed of the band-like material by the first roller when the photo document is wound is characterized by being substantially constant. How to accommodate photo manuscripts. ), The interval between the photo originals wound by the first roller becomes substantially constant regardless of the amount of winding of the belt-shaped material by the first roller. The belt can be accommodated, and the outer periphery of the belt-like material wound by the first roller is unlikely to have an uneven shape, so that the photo original can be prevented from being damaged or deformed, and can be stably accommodated.

[Explanation of Claim 4] "The longitudinal direction of the strip and the axial direction of the first roller are perpendicular, and the width direction of the strip and the axial direction of the first roller are horizontal. 4. The method according to claim 1, wherein the first roller holds one end of the strip. ], The bamboo winding of the belt-like material wound around the first roller is prevented, and the photographic original is stored neatly.

[Explanation of Claim 5] "The photographic original document container is configured such that the storage section has a second roller for holding the other end of the band-shaped material, and the second roller is used for winding. The method according to any one of claims 1 to 4, wherein the other of the strips is stored. ], When the band is wound around the first roller, the band is stably supplied from the storage section, and the band can be stored in the storage section in a small space.

[Explanation of claim 6] "The photographic document container has a third roller provided so that the axial direction of the first roller is parallel to the axial direction of the first roller. 2. The first roller is supported by a third roller so as to be able to pass through, and the first roller winds one of the strips in an S-shape with the third roller. 3.
6. The method of accommodating a photographic document according to any one of items 5 to 5. ], The first roller can take up the strip more stably.

[Explanation of claim 7] [Photo document storage having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. Thus, in the photo document storage device that winds and stores the photo document, holding means for holding the photo document storage container at a predetermined position, and rotating the first roller of the photo document storage container held by the holding means Rotation driving means, and the first half of the side wound around the first roller at the beginning of the effective length of the band wound around the first roller is referred to as a first half side band, the first half When the half of the effective length of the band to be wound around the first roller after the effective length of the band is referred to as a rear half-side band, the rotation driving means winds the front half-side band. In this case, the average of the rotational angular velocity of the first roller in the steady state is lower than the average of the rotational angular velocity of the first roller in the stationary state when the second half belt is wound. A photo document storage device characterized by being rotated. ] Can prevent the first roller from widening the gap between the photo originals when winding up the rear half-side band, so that even if the same photo original storage container is used, more photo originals can be stored, and the first roller It is difficult for the outer periphery of the belt-shaped material wound up to have an uneven shape, and it is possible to prevent the photo original from being damaged or deformed, and to stably house the photo original.

[Explanation of Claim 8] "The rotation driving means is connected to the first roller so that the rotation angular velocity of the rotation driving means and the rotation angular velocity of the first roller are in a proportional relationship. The average of the rotational angular velocities of the rotary driving means in a steady state when winding the first half-band is slower than the average of the rotational angular velocities of the rotary driving means in a steady state when winding the second half-band. The photo document storage device according to claim 7, wherein: ], With a simple structure of the photo original storage device, with simple control, it is possible to prevent the gap between the photo originals when winding the band on the rear half side,
Even if the same photo document storage container is used, more photo documents can be stored, and the outer periphery of the belt-like material wound by the first roller is unlikely to be uneven, so that the photo document is damaged or deformed. Can be stably stored.

[Explanation of Claim 9] [Photo document storage having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. Thus, in a photo document storage device that winds and stores a plurality of the photo documents, holding means for holding the photo document storage container at a predetermined position, and the first roller of the photo document storage container held by the holding means. Rotation driving means for rotating the first roller, wherein the rotation driving means reduces the rotation angular velocity of the first roller in a steady state when winding the photo document in the order of the photo document to be wound. , The photographic document housing apparatus characterized by rotating the first roller. ], The tendency of the gap between the photo originals to widen as the first roller winds up the band-like material can be reduced, so that more photo originals can be stored even if the same photo original storage container is used, and The outer periphery of the belt-shaped material wound by one roller is unlikely to have an uneven shape, so that the photo document can be prevented from being damaged or deformed, and can be stably stored.

[Explanation of claim 10] "The rotation driving means is connected to the first roller so that the rotation angular velocity of the rotation driving means and the rotation angular velocity of the first roller are in a proportional relationship. 10. The photo document storage device according to claim 9, wherein the rotation angular velocity of the rotation driving means in the steady state when the photo document is wound is reduced in the order of the photo document to be wound. With a simple structure, the photographic document storage device can reduce the tendency that the interval between the photographic documents increases as the first roller winds up the band with a simple control using the same photographic document storage container. Even more photo documents can be accommodated, and the outer periphery of the belt-shaped material wound on the first roller is unlikely to have an uneven shape, so that it is possible to prevent the photo document from being damaged or deformed, and stably Can accommodate.

[Explanation of an eleventh aspect] A photographic document storage having a first roller, a band having one end held by the first roller, and a storage section for accumulating the other of the band. In a container, a photographic document is sandwiched between the outermost periphery of the band-shaped material wound by the first roller and the band-shaped material wound by the first roller, and the band-shaped material is wound by the first roller. By the above, in the photo document storage device for winding and storing a plurality of the photo document, holding means for holding the photo document storage container at a predetermined position,
Rotation driving means for rotating the first roller of the photo document storage container held by the holding means,
The rotation driving means rotates the first roller so that a steady-state winding speed of the band-like material by the first roller when the photo original is wound is substantially constant. Document storage device. ), The interval between the photo originals wound by the first roller becomes substantially constant regardless of the amount of winding of the belt-shaped material by the first roller. The belt can be accommodated, and the outer periphery of the belt-like material wound by the first roller is unlikely to have an uneven shape, so that the photo original can be prevented from being damaged or deformed, and can be stably accommodated.

[Explanation of claim 12] "The rotation driving means is connected to the first roller so that the rotation angular velocity of the rotation driving means is proportional to the rotation angular velocity of the first roller." 12. The photograph according to claim 11, wherein a rotation angular velocity of the rotation driving means in a steady state when the photo original is wound is reduced in accordance with a winding amount of the strip by the first roller. Document storage device. 』By the simple structure photo document storage device, with simple control,
Irrespective of the winding amount of the belt-like material by the first roller, the interval between the photo originals wound by the first roller can be made substantially constant, and more photo originals can be accommodated even with the same photo original accommodation container, and In addition, the outer periphery of the belt-like material wound around the first roller is unlikely to have an uneven shape, so that the photo original can be prevented from being damaged or deformed, and can be stably stored.

[Explanation of Terms] A photo original is a recording of a photo original (frame) as an original, and includes a transmission type photo original and a reflection type photo original. To transmissive photographic originals, transfer photographic film or photographic plate obtained by developing processed silver halide photographic film or photographic plate, photographic film formed by thermal sublimation printer, or image Transferred image receiving film. Photo originals include those in which a plurality of image frames are recorded and those in which one image frame is recorded. In the case where a plurality of image frames are recorded, two or more image frames are stored.
Some are recorded in a dimensional array, while others are recorded in a line. In the present invention, it is preferable that a photo document that is recorded in a line be accommodated.

As a photographic original in which a plurality of image frames are recorded in a line, a photographic film of 135 standard, 11
Typical examples are photographic originals obtained by developing a photographic film of standard 0, a photographic film of standard 120 or 220, and a photographic film of standard IX240 (APS).

In addition, the photograph original includes one photograph obtained from a photograph container (for example, a cartridge of 135 standard, a cartridge of 120 standard, 220 standard or IX240 standard (APS)). An example is a long photographic original document, or a short photographic original document obtained by dividing the long photographic original document into a plurality of four or six frames. The photo document storage container described in the following embodiment is capable of simultaneously storing both a short photo document and a long photo document in one container. In addition, both short and long photo originals may be accommodated in one container at the same time.
It is preferable that one container accommodates only a short photographic document or only a long photographic document.

The steady state is a stable state after a transient state. For example, the rotational angular velocity of the first roller in the steady state is not a transient state in which the rotational angular velocity is unstable such as when the first roller starts rotating or stops rotating, but in a state where the rotational angular velocity of the first roller is stable. Is the rotational angular velocity of the first roller when it is turned off. Then, the average of the rotational angular velocities of the first roller in the steady state can be obtained by measuring the rotational angular velocity of the first roller in the steady state every time a photo document is accommodated, and averaging the measured rotational angular velocities. Further, the steady-state winding speed of the belt-shaped material by the first roller is not a transient state in which the winding speed of the first roller is unstable at the start of rotation or when the rotation of the first roller is stopped. When it becomes stable,
This refers to the winding speed of the band by the first roller. The winding speed of the strip by the first roller can be determined by measuring the speed of the strip that can be wound by the first roller.

[0027]

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 FIG. 1 shows a schematic configuration diagram of a photographic system including a photographic document storage device of this embodiment. Hereinafter, description will be given based on FIG. The photo document accommodating apparatus of the present embodiment is a photographic film obtained by developing an undeveloped silver halide color negative photographic photosensitive film (hereinafter abbreviated as an undeveloped film) of a JIS 135 standard photographed as a photo document. (Less than,
Abbreviated as photographic film. ) Is stored in a photo document storage container. As will be described later, this photographic document storage container is a container capable of storing a plurality of photographic films, whether a long photographic film or a short photographic film. From the description of the present embodiment,
Those skilled in the art will be able to apply the present invention to other photographic films such as IX240 (APS) photographic film, JIS120 or JIS220 photographic film, and 110 photographic film.

The photographic system of the present embodiment conforms to JIS13
The development processing systems A and B for developing the photographed long undeveloped film accommodated in the patrone of the 5 standard and accommodating it in the photographic document accommodation container 1 and the reprint information written on the negative sheet. A reorder station C for inputting and taking out the short photographic film from the negative sheet and storing it in the photographic document storage container 1, and taking out the photographic film from the photographic document storage container 1 containing the photographic film in these development processing systems or reorder stations. Photographic film utilizing systems D and E for printing on photographic paper and developing the baked photographic paper.

The development processing systems A and B conform to JIS 135
Automatic developing machines 2A and 2B for developing a photographed long undeveloped film housed in a standard patrone;
It has photographic film storage devices 5A and 5B for storing the long photographic film F developed by the automatic developing machines 2A and 2B in the photographic document storage container 1 set at the set position 8.

The reorder station C inputs the reprint information written on the negative sheet, and receives the reprint receiving device 3 for taking out the short photographic film F from the negative sheet and the photographic film F taken out by the reprint receiving device 3. And a photographic film accommodating device 5C to be accommodated in the photographic document accommodating container 1 set at the setting position 8.

The photographic film utilization systems D and E are provided with the development processing systems A and B or the reorder station C, respectively.
A photographic film supply device 6D, 6E for taking out the photographic film F from the photographic document storage container 1 set at the setting position 8 and a photographic film supplied from the photographic film supply device 6D, 6E. Printer processors 4D and 4E for printing on photographic paper and developing the baked photographic paper.

Next, the photographic film storage devices 5A, 5B,
The photographic film storage devices 5A, 5B and 5C and the photographic document container 1 will be described with reference to FIG. 2 which is a schematic sectional view of the photographic film storage container 5C and the photographic document storage container 1.

The photographic document container 1 is provided with an outer frame 10 having a rectangular parallelepiped shape except for the photographic film entrance 19 and a bottom surface of the outer frame 10.
Has an ID recording unit 7 for recording the ID information of. And
A first roller 11, a second roller 12, a third roller 13, and a fourth roller 14, which are rotatably held by the outer frame 10, are parallel to each other in the photographic document container 1. It is provided in. And the long mat sheet 15
Has one end fixed to the first roller 11, the other end fixed to the second roller 12, and a third roller 13 and a fourth roller 14.
And is supported so that it can pass freely. Then, one of the remaining long mat sheets 15 is wound around the first roller 11. Then, the other of the remaining long mat sheets 15 is wound and accumulated by the second roller 12. Further, in the photo document storage container 1, a variable guide 18 whose axis is fixed to the outer frame 10 is provided with a scroll 17 of the long mat sheet 15 wound around the first roller 11 and the first roller 11. It is provided so as to be pressed on the long mat sheet 15 stretched between the sheets as shown by arrows in FIG.

The longitudinal direction of the long mat sheet 15 of the photographic document storage container 1 is perpendicular to the axial direction of the first roller 11, and the width direction of the long mat sheet 15 and the first roller 1
One end of the long mat sheet 15 is held by the first roller 11 so that the one axial direction is parallel.
The long mat sheet 15 is stretched between the first roller 11 and the third roller 13 so as to form an S shape.

Then, the photographic film storage devices 5A, 5
B and 5C are provided with photographic film transport rollers 51 and 52 and a guide 53. Then, as shown in FIG. 2, the photographic film F is transported from the photographic film entrance 19 of the photographic document housing container 1 toward the variable guide 18 by the photographic film transport rollers 51 and 52 and the guide 53.
The variable guide 18 moves the photographic film F transported by the photographic film transport rollers 51 and 52 between the scroll 17 of the long mat sheet 15 wound around the second roller 12 and the second roller 12. It is led to the long mat sheet 15 which is stretched in a character shape. Then, the second roller 12 winds the long mat sheet 15,
Between the scroll 17 of the long mat sheet 15 and the long mat sheet 15 wound by the second roller 12,
The guided photographic film F is wound up. In this way,
The photo original storage container 1 winds and stores the photographic films F in the order in which they are sent. Therefore, the photo document storage container 1 is
The order in which the photographic films F are stored is stored.

Further, the photographic film storage devices 5A, 5B,
5C has a holding portion in which the photo document housing container 1 can be set at a predetermined setting position 8. Further, a rotation driving member (not shown) for connecting to the first roller 11 of the photographic original document container 1 held by the holding portion by being set at the set position 8 and rotating the first roller is provided. The rotation drive member includes a connection gear that connects to a gear (not shown) of the first roller 11, and a rotation drive motor that drives the connection gear to rotate. Therefore, the rotational angular velocity of the rotary drive motor and the rotational angular velocity of the first roller 11 have a proportional relationship.

Then, the change in the rotational angular velocity of the rotary drive motor (the rotational angular velocity of the first roller is proportional to the rotational angular velocity of the rotary drive motor) with respect to the time when the photographic film of the first embodiment of the present invention is wound up. , Tn, Tn + 1,..., Tf in the steady state when the photographic film is wound, the rotational angular velocity ω1,. ωn, ωn +
1,... Ωf are delayed in the order of the photo originals to be wound. Thereby, the rotation angular velocity of the first roller 11 in the steady state when the photographic film is wound becomes slower in the order of the photographic film to be wound.

.., Tn, Tn + 1,..., Tf
,..., Ωn, ω
n + 1,... ωf are graphs showing the change in the winding speed of the long mat sheet with respect to the time of the first example when the photographic film of the present embodiment is wound up by delaying the order of the photographic originals to be wound up. As shown in FIG. 5, a steady state time T1,.
All of the average winding speeds V1,..., Vn, Vn + 1,... Vf of the long mat sheet of Tn + 1,. .., Tn, Tn +
1, ... The average winding speed of the long mat sheet of Tf is substantially constant. The predetermined maximum winding speed Vm
ax and the predetermined minimum winding speed Vmin satisfy the following expression.

Vmin <Vmax ≦ 1.5 × Vmin In particular, as shown in FIG. 5, it is preferable to satisfy the following expression.

Vmin <Vmax ≦ 1.2 × Vmin Also, as shown in FIG. 4, each steady state time T1,..., Tn, Tn + 1, when winding the photographic film,
... Rf rotational angular velocity of the rotational drive motor ω1,
., Ωn, ωn + 1,... Ωf are constant,
, Tn, Tn, Tn + 1,..., Tf in the steady state at the time of winding the photographic film.
The winding speed of the long mat sheet is V1s to V1 respectively.
f,..., from Vns to Vnf, from Vn + 1s to V
n + 1f,... from Vfs to Vff,
These V1s, V1f,..., Vns, Vnf, V
It is preferable that all of n + 1s, Vn + 1f,..., Vfs, Vff be equal to or lower than a predetermined maximum winding speed Vmax and equal to or higher than a predetermined minimum winding speed Vmin.

Next, the second change of the rotational angular velocity of the rotary drive motor (the rotational angular velocity of the first roller is proportional to the rotational angular velocity of the rotary drive motor) with respect to the time when the photographic film of this embodiment is wound up is taken. An example will be described.

The second example of this embodiment shows a change in the rotational angular velocity of the rotary drive motor (the rotational angular velocity of the first roller is proportional to the rotational angular velocity of the rotary drive motor) with respect to the time when the photographic film is wound up. As shown in FIG. 6, which is a graph, a steady state time T when the photographic film is wound up.
.., Tn, Tn + 1,..., Tf, the rotational angular velocities ω1s to ω1f,. Thereby, the rotational angular velocity of the first roller 11 in the steady state when the photographic film is wound up gradually decreases.

Therefore, the time T1,..., Tn, Tn + 1,.
Average rotational speed ω1 of the rotational angular velocity of the rotary drive motor
.. Ωn, ωn + 1,. Thereby, the rotation angular velocity of the first roller 11 in the steady state when the photographic film is wound becomes slower in the order of the photographic film to be wound.

Then, as shown in FIG. 6, the steady state time T1,..., Tn, T
The rotational angular velocity ω1 of the rotational drive motor of n + 1,..., Tf
s to ω1f,..., ωns to ωnf, ωn + 1s
To ωn + 1f,... Are graphs showing changes in the winding speed of the long mat sheet with respect to time in the second example when winding the photographic film of the present embodiment by reducing ωfs to ωff in this order. As shown in FIG. 7, a steady state time T1,.
All of the winding speeds V1,..., Vn, Vn + 1,..., Vf of the long mat sheet of Tn, Tn + 1,. .., Tn, Tn +
1,... Winding speed V1 of the long mat sheet of Tf,
, Vn, Vn + 1,..., Vf all have a substantially constant speed. The predetermined maximum winding speed Vmax and the predetermined minimum winding speed Vmin satisfy the following expression.

Vmin <Vmax ≦ 1.5 × Vmin In particular, as shown in FIG. 7, it is preferable to satisfy the following expression.

Vmin <Vmax ≦ 1.2 × Vmin Further, as shown in FIG. 7, each of the steady-state times T1,..., Tn, Tn + when the photographic film is wound up.
, Vn, Vn + 1,..., Vf are preferably constant.

As described above, the average of the rotational angular velocities of the rotary drive motor in the steady state when the front half-side band of the long mat sheet 15 is wound is determined by the second half band of the long mat sheet 15. It becomes faster than the average of the rotational angular velocities of the rotary drive motor in the steady state when winding the object. Therefore, the average of the rotational angular velocities of the first roller 11 in the steady state when the front half-side band-shaped material of the long mat sheet 15 is wound up is:
It becomes faster than the average of the rotational angular velocities of the first roller 11 in the steady state when the rear half-side band of the long mat sheet 15 is wound up.

The change in the speed in the transient state before the steady state occurs may be such that there is no overshoot as in the first example, or that there is overshoot as in the second example. It may be evaluated at a steady state speed.

Further, the photographic film storage devices 5A, 5B,
5C has an ID recording section reader 9 for reading the ID information recorded in the ID recording section 7 of the photo document container 1 set at a predetermined setting position 8. Then, the photographic film storage devices 5A, 5B, 5C
Before removing the photographic film from the set position 8 of the photographic film storage devices 5A, 5B, and 5C, the photographic film use information on the photographic film F stored in the photographic document storage container 1 set at the set position 8 is described for each order. It is stored together with the ID information recorded in the ID recording section 7 of the photo document housing container 1.

The photographic film usage information of the photographic film F stored in the photographic document storage container 1 is stored in the order in which the photographic film F is stored in the photographic document storage container 1. Therefore, in the photographic film use system, the photographic film use information is used in the reverse order of the order in which the photographic document is stored in the photographic document storage container 1. That is, the photographic film use information is used in the reverse order of the stored and used order.

The photographic film use information is information for specifying how to use the photographic film. In the present embodiment, since the photographic film use information is used by the printer processors 4D and 4E, the photographic film use information specifies print surface quality information that specifies what type of print is to be obtained, and specifies what size print is to be obtained. Print size / surface quality information indicating the print size information to be printed as one piece of information, and the same pre-
The re-pre-information and the number-of-prints information which is the number-of-prints specifying information for specifying the number of prints for each frame in the case of simultaneous printing or the number of reprints from the frame of which frame number of the photographic film in the case of reprint This information includes information on the number of pieces to be printed.

Then, the photographic film supply devices 6D and 6E
Is an ID capable of setting the photo document storage container 1 at a predetermined set position 8 and capable of reading ID information recorded in the ID recording unit 7 of the photo document storage container 1 set at the predetermined set position 8. It has a recording section reader 9. Then, the photographic film supply devices 6D and 6E supply the photographic film F from the photographic document storage container 1 to the printer processor 4.
Before supplying to D and 4E, ID information on the photographic film F stored in the photographic document storage container 1 set at the set position 8 is read, and photographic film use information is read based on the read ID information. It is determined whether the data can be processed by the printer processors 4D and 4E. Then, in the case where the photographic film cannot be processed, the photographic film container F is not taken out of the photographic document container 1 and the photographic document container 1 is automatically removed. In the case where the photographic film can be processed, the photographic film F is taken out of the photographic document storage container 1. Then, the printer processors 4D and 4E print on the photographic paper from the photographic film F taken out of the photographic document container 1 according to the read photographic film use information.

Next, the photographic film supply devices 6D and 6E will be described with reference to FIG. 3 which is a schematic cross-sectional view of the photographic film supply devices 6D and 6E and the photographic document storage container 1.

The photographic film supply devices 6D and 6E are provided with photographic film transport rollers 61 and 62 and a guide 63. Then, the second roller 12 winds up the long mat sheet 15 from the first roller 11, so that the scroll 17 of the long mat sheet 15 and the first roller 11
The photographic film F that has been wound up is sent out from between the long mat sheet 15 that is wound up. Then, the sent photographic film F is wound between the scroll 17 of the long mat sheet 15 wound by the first roller 11 and the first mat 11 and the long mat sheet 15 The photographic film F is transferred to the photographic film entrance 19 of the photographic document container 1 by the variable guide 18.
From outside. The photographic film F guided out of the photographic film entrance 19 is guided to the photographic film transport rollers 61 and 62 by a guide 63 or directly as shown in FIG. Then, the photographic film transport rollers 61 and 62
Supplies the guided photographic film F to the printer processor. In this way, from the photo document storage container 1,
The photographic film F is sent out in order from the photographic film wound around the outside of the second roller 12.

Further, photographic film supply devices 6D and 6E
Is an ID recording unit that can set the photo document storage container 1 at a predetermined setting position 8 and that can read the ID information recorded in the ID recording unit 7 of the photo document storage container 1 set at the predetermined setting position 8 It has a reader 9. And
The photographic film supply devices 6D and 6E are in principle until the photographic film is completely removed from the photographic document storage container 1.
The photo document storage container 1 is fixedly held so that it cannot be removed from the set position 8.

[0057]

According to the present invention, it is possible to reduce the tendency that the interval between photographic originals increases as the band is wound, and it is difficult for the outermost periphery of the wound band to have an uneven shape. Photo documents can be stably stored.

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram of a photograph system according to an embodiment.

FIG. 2 is a schematic cross-sectional view of a photo document storage container and a photo document storage device according to the embodiment.

FIG. 3 is a schematic cross-sectional view of a photo document storage container and a photo document supply device according to the embodiment.

FIG. 4 is a graph showing a change in a rotational angular velocity of a first roller with respect to a time of a first example when winding the photographic film of the embodiment.

FIG. 5 is a graph showing a change in a winding speed of a long mat sheet with respect to time in a first example when winding the photographic film of the embodiment.

FIG. 6 is a graph showing a change in the rotational angular velocity of a first roller with respect to time in a second example when winding the photographic film of the embodiment.

FIG. 7 is a graph showing a change in a winding speed of a long mat sheet with respect to time in a second example when winding the photographic film of the embodiment.

[Explanation of symbols]

 F Photo film (photo document) 1 Photo document container 2 Automatic developing machine 3 Reprint accepting device 4 Printer processor (photo document utilization device) 5 Photo film storage device (photo document storage device) 6 Photo film supply device (photo document supply) 7) ID recording section (storage means) 8 Set position 9 ID recording section reader (writing means)

Claims (12)

[Claims] A first roller, a belt-shaped object having one end held by the first roller, and a storage unit for accumulating the other of the belt-shaped material; By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, In the photographic document accommodating method of winding and accommodating, the half of the side wound around the first roller at the beginning of the effective length of the band wound around the first roller is referred to as a front half side band, When the half of the effective length of the band to be wound around the roller is called the second half of the band wound around the first roller, the second half in the steady state when the first half of the band is wound. Rotational angular velocity of one roller A method for accommodating a photographic document, wherein the average of the degrees is faster than the average of the rotational angular velocities of the first roller in a steady state when the second half belt is wound up. 2. A photographic document storage container comprising: a first roller; a band having one end held by the first roller; and a storage section for storing the other of the band. By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, A method of accommodating a plurality of rolled-up photo originals, wherein the rotation angular velocity of the first roller in a steady state when winding up the photo originals becomes slower in the order of the photo originals to be wound up. 3. A photographic document storage container comprising: a first roller; a band having one end held by the first roller; and a storage section for accumulating the other of the band. By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, A method of accommodating a plurality of photo originals, wherein a steady-state winding speed of the first roller by the first roller when the photo original is wound is substantially constant. 4. The first roller so that a longitudinal direction of the strip and an axial direction of the first roller are perpendicular to each other, and a width direction of the strip and an axial direction of the first roller are horizontal. 4. A method for accommodating a photographic document according to claim 1, wherein the first member holds one end of the strip. 5. The photo document container, wherein the storage section has a second roller for holding the other end of the band, and the other of the band is wound by the second roller. 5. The method according to claim 1, wherein the photo document is stored. 6. The photo document container has a third roller provided so that an axial direction of the first roller is parallel to an axial direction of the first roller, and the belt-like material can be passed by the third roller. Wherein the first roller is configured to wind one of the strips in an S-shape with the third roller, wherein: How to accommodate the photo manuscript described 7. A photographic document storage container comprising: a first roller; a band having one end held by the first roller; and a storage section for accumulating the other of the band. By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, In a photo document storage device to be wound and stored, holding means for holding the photo document storage container at a predetermined position, rotation driving means for rotating the first roller of the photo document storage container held by the holding means, And the first half of the side wound around the first roller at the beginning of the effective length of the band wound around the first roller is referred to as a front half side band, and is wound around the first roller. When the half of the effective length of the band is wound on the first roller and referred to as a second half band, the rotation driving means is in a steady state when the first half band is wound. The first roller is rotated so that the average of the rotational angular velocities of the first roller is faster than the average of the rotational angular velocities of the first roller in a steady state when the second half belt is wound up. Photo document storage device. 8. The rotation driving means is connected to the first roller such that the rotation angular velocity of the rotation driving means and the rotation angular velocity of the first roller are in a proportional relationship.
The average of the rotational angular velocities of the rotation driving means in a steady state when the first half band is wound is faster than the average of the rotational angular velocities of the rotation driving means in the steady state when winding the second half band. The photographic document storage device according to claim 7, wherein: 9. A photographic document storage container comprising: a first roller; a band having one end held by the first roller; and a storage section for accumulating the other of the band. By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, In a photo document storage device that accommodates a plurality of rolls, a holding unit that holds the photo document storage container at a predetermined position, a rotation driving unit that rotates the first roller of the photo document storage container held by the holding unit, , Wherein the rotation driving means comprises:
A photo document storage device, wherein the first roller is rotated such that the rotation angular velocity of the first roller in a steady state when the photo document is wound becomes lower in the order of the photo document to be wound. 10. The rotation driving means is connected to the first roller so that the rotation angular velocity of the rotation driving means and the rotation angular velocity of the first roller are proportional to each other. 10. The photo document storage device according to claim 9, wherein the rotation angular velocity of the rotation driving means in a steady state at the time of picking is reduced in the order of the photo document to be wound. 11. A photographic document storage container comprising: a first roller; a band having one end held by the first roller; and a storage section for accumulating the other of the band. By sandwiching a photographic document between the outermost periphery of the band-shaped material wound by a roller and the band-shaped material wound by the first roller, and winding the band-shaped material by the first roller, In a photo document storage device that accommodates a plurality of rolls, a holding unit that holds the photo document storage container at a predetermined position, a rotation driving unit that rotates the first roller of the photo document storage container held by the holding unit, Wherein the rotation driving means rotates the first roller so that a steady-state winding speed of the belt-like material by the first roller when the photo original is wound is substantially constant. A photo document storage device characterized in that it is turned. 12. The rotation driving means is connected to the first roller so that the rotation angular velocity of the rotation driving means and the rotation angular velocity of the first roller are in a proportional relationship. 2. The method according to claim 1, wherein a rotation angular velocity of the rotation driving means in a steady state at the time of picking is reduced in accordance with a winding amount of the strip by the first roller.
2. The photo document storage device according to 1.