JPH09304908A - Photographic document storing method, photo printing method, photographic image pick-up method, photographic document storing system, photo printing system and photographic image pick-up - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable good image pick-up and printing without load to a device without the need of adjusting the surface and rear face of a transmission type photographic document by sequentially supplying plural transmission type photographic documents similarly face up or down, and sequentially storing the supplied transmission type photographic documents in a photographic document storing case. SOLUTION: A surface and obverse discriminating device 92 discriminates between the surface and the obverse of a transmission type photographic document sent from a NP receive processor 91 and sents the photographic document to a surface reversing device 8. According to the surface discriminating result sent in in synchronization with the photographic document, if the surface is faced up, the surface reversing device 8 sends the photographic document as it is without reversing to a photographic document storing device 6, and if the surface is down, the photographic document is reversed to be sent to the photographic document storing device 6. At this time, plural photographic documents are sequentially supplied similarly face up or down to the photographic document storing device 6 by the surface discriminating device 92 and the surface reversing device 8. Thus, the photo original storing device 6 sequentially stores transmission type photo originals sequentially sent to a photo original storing case 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention
Photo printing method, photo imaging method, photo manuscript storage system,
The present invention relates to a photo printing system and a photo imaging system.

[0002]

2. Description of the Related Art Conventionally, when a photographic processor handles transmissive photographic originals between various devices, it is common in large-scale laboratories to splice a large number of transmissive photographic originals and wind them into a roll. It was common in mini-labs to handle them as they were, and to handle them naked.

[0003]

However, in order to splice a large number of transmissive photographic originals and handle them by winding them into a roll, not only the step of splicing a large number of transmissive photographic originals, but also a large number of spliced pieces. A step of disassembling the transmissive photographic manuscript into each one is required, and there is a problem that the amount of work is large and the shortest time before shipment is increased. Also, if you handle multiple transmissive photo originals naked,
There is a problem that it is difficult to grasp which transparent photographic manuscript is what.

Therefore, it has been conceived to accommodate a plurality of transparent photographic originals in a photographic original document container which can be wound and accommodated without joining a plurality of transparent photographic originals. However, if a plurality of transmissive photo originals are simply stored, the front and back sides of the stored transmissive photo originals become random, and it is not only necessary to match the front and back sides of the transmissive photo originals sent from the photo original storage container, but also The direction of the peculiarity varies depending on the transmissive photographic original, and it is difficult to properly capture and print the image, and the cost of the apparatus increases because it is possible to convey even the transmissive photographic originals having curl in different directions. It turned out that there was a problem.

An object of the present invention is to send a plurality of transparent photographic originals from a photographic original container which can accommodate a plurality of transparent photographic originals in sequence without the need for splicing the transparent photographic originals. That is, it is possible to satisfactorily image and print without imposing a load on the apparatus.

[0006]

The objects of the invention are achieved by the following claims.

[Explanation of Claim 1] "A method for accommodating a plurality of transmissive photo originals in a photo manuscript accommodating container capable of accommodating a plurality of transmissive photo originals without joining them in a winding order A method for accommodating a plurality of transmissive photographic originals, the front and the back being the same, and the transmissive photographic originals supplied are sequentially accommodated in the photographic original document container. ”Allows a plurality of transmissive photo originals having the same front and back to be stored in a photo original container that can be wound up and accommodated without being joined, so that it is not necessary to splice the transmissive photo originals. It is possible to send out a plurality of transparent photographic originals from a photographic original container that can store the transparent photographic originals in order, and it is not necessary to match the front and back of the transparent photographic originals, and it is possible to satisfactorily image and print without burdening the apparatus.

[Explanation of Claim 2] "In order to feed the plurality of transmissive photographic originals in the same order on the front and back, the front and back of each transmissive photographic original are determined, and the transmissive type is determined according to the result of the determination. 2. The photographic document is reversed, as claimed in claim 1.
The method for accommodating photo manuscripts described in. ], It is possible to make the front and back sides of a plurality of transparent photographic originals the same even from a plurality of transparent photographic originals whose front and back sides are random.

[Explanation of Claims 3 to 16] It is preferable that the photographic original container is defined in each of the following claims 3 to 16.

[Claim 3] "The container for storing the photographic document is
The photograph according to claim 1 or 2, further comprising: a first roller, a belt-shaped article having one end held by the first roller, and an accumulating portion accumulating the other of the belt-shaped material. Manuscript storage method. [Claim 4] [The longitudinal direction of the strip and the axial direction of the first roller are vertical, and the width direction of the strip and the axial direction of the first roller are horizontal. 4. The method according to claim 3, wherein one end of the strip is held by one roller. [Claim 5] [The method of accommodating a photographic document according to claim 3 or 4, wherein the first roller has conductivity. [Claim 6] [The method for accommodating a photographic document according to any one of claims 3 to 5, wherein the belt-shaped material has conductivity. [Claim 7] "The accumulating portion has a second roller for holding the other end of the strip-shaped material, and the other part of the strip-shaped material is accumulated by being wound by the second roller. 7. The method of accommodating a photographic document according to claim 3, wherein: [Claim 8] [The photographic document storage container holds the photographic document by sandwiching the photographic document by the outermost periphery of the strip wound by the first roller and the strip wound by the first roller, The method for accommodating a photographic document according to any one of claims 3 to 7, wherein the photographic document is wound and accommodated by winding the strip-shaped material by the first roller. [Claim 9] [The photographic document storage 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, and the belt-shaped material is formed by the third roller. 9. The original document accommodating apparatus according to claim 8, wherein the first roller is supported so as to be able to pass therethrough, and one of the strips is wound up in an S shape with the third roller. Method. [Claim 10] [The method for accommodating a photographic document according to claim 8, wherein the third roller has conductivity. [Claim 11] "The sandwiching position for sandwiching the photograph original by the outermost periphery of the strip wound by the first roller and the strip wound by the first roller is substantially constant. The method of accommodating a photographic document according to any one of claims 8 to 10, characterized in that [Claim 12] [A method for accommodating a photo document according to claim 11, wherein the photo document accommodating container has a guide for guiding the photo document toward the sandwiching position. [Claim 13] [Claim 8 is characterized in that the photographic document storage container is for rewinding the strip-shaped material wound by the first roller to send out the photographic document that has been wound up and stored. 13. The method for accommodating a photographic document according to any one of items 1 to 12. [Claim 14] "The photographic document storage container sends out the photographic document that has been wound up and stored by rewinding the strip-shaped material wound up by the first roller.
13. The method of accommodating a photographic document according to claim 12, wherein the guide guides the photographic document to be sent out. [Claim 15] [Claim 15 is characterized in that the photographic document storage container is provided with a metal roller that comes into contact with the belt-shaped article in the middle of the conveyance path of the belt-shaped article. The method for accommodating a photographic manuscript according to item 1. [Claim 16] [The above-mentioned photo original container has a container main body for accommodating each said member, and said container main body has electroconductivity, It is characterized by the above-mentioned. The method for accommodating a photographic manuscript according to item 1. [Explanation of Claim 17] [In a photo printing method of printing from a plurality of transmission type photo originals, the front and back sides are matched with a photo document storage container capable of storing a plurality of transmission type photo originals in a winding order without joining them. Characterized in that a plurality of transmission type photo originals stored in this manner are sequentially sent out, the plurality of transmission type photo originals sequentially sent out are conveyed to a printing unit of a printing apparatus, and the transmission type photo originals are printed on the photosensitive material for printing. Photographic printing method. ) Enables the transmission of a plurality of transparent photo originals from the photo original container in sequence without the need to splice the transparent photo originals, and it is not necessary to align the front and back sides of the transparent photo originals, and printing can be performed satisfactorily without load on the apparatus. it can.

[Explanation of Claim 18] "In a photographic image pickup method for picking up a plurality of transmissive photographic originals, a photographic original container for holding a plurality of transmissive photographic originals in a winding order without joining them A photographic imaging method characterized in that a plurality of transmissive photographic originals that are accommodated with their front and back sides matched are sequentially sent out, and a plurality of sequentially transmitted transmissive photographic originals are photoelectrically converted and imaged. ) Allows multiple transparent photo originals to be sequentially sent out from the photo original container without splicing the transparent photo originals, and it is not necessary to align the front and back sides of the transparent photo originals, and images can be taken without load on the device. You can

[Other Descriptions] In the present invention, a transmission type photographic original means a transmission type photographic original in which an image to be an original is recorded so that it can be optically read, and the back side which irradiates light and the transmitted light escape. There is a back side. As such a transmissive photographic document, a document in which a plurality of image frames are arranged in a line and visually recorded (a document in which only one image frame is recorded may be mixed therein) is generally used. However, the present invention is not limited to this, and may be one in which one image frame is recorded. Further, such a transmission type photographic original is formed of a photographic film or a photographic plate obtained by developing an undeveloped imaged silver halide photographic light-sensitive material, or a sublimation type thermal transfer dye. Examples thereof include photographic film and a transfer image receiving sheet having an image transferred. A photographic film contained in one photographic film container, such as a cartridge or 110 cartridge or APS cartridge, is processed by developing the transmission type photographic original in which a plurality of image frames are visibly recorded. The long transparent photographic originals, and the short transparent photographic originals divided into several pieces, such as dividing the long transparent photographic original into a maximum of 6 frames or a maximum of 4 frames, and the like.

To make the front and back sides of a plurality of transparent photographic originals the same means that the front sides of the transparent photographic originals are aligned in the same direction. Further, to store the transmission type photographic originals in order is to store the transmission type photo originals in the order in which they are stored (regular order or reverse order).

Further, in the present invention, it is preferable that the container body, the roller and the like of the container for storing the photographic document have conductivity. Further, it is preferable to provide a member having conductivity also in the transport mechanism of each device such as the photo original storing device and the transmission type photo original feeding device. Having electrical conductivity means one having an electric conductivity of 10 ⁻¹⁰ [Ω ⁻¹ · cm ⁻¹ ] or more, and an electric conductivity of 10 ⁻⁷ [Ω ⁻¹ · cm ⁻¹ ] or more (particularly, 10 ^-5 [Ω
⁻¹ · cm ⁻¹ ] or more) is preferable.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, specific examples of the present invention will be described as embodiments, but the present invention is not limited thereto. Further, in the embodiments, although there are definite expressions for terms and the like, they show preferred examples of the present invention, and do not limit the meaning or technical scope of the terms of the present invention.

Embodiment 1 FIG. 13 is a schematic diagram showing the structure of a transparent photographic original according to the present embodiment until it is accommodated. The NP reception processing device 91 reads the content of the reprint order written on the negative sheet,
This is a device for automatically extracting all the short photographic films, which are transmission type photographic originals contained in a negative sheet, one by one, and sending them to the front / back discriminating device 92. The front / back discriminating device 92 is N
The front side and the back side of the transparent photographic original sent from the P reception processing device 91 are determined, and the transparent photographic original is sent to the front / back inverting device 8. At this time, the result determined in synchronization with the transmissive photographic original is sent to the front / back inverting device 8. The front / back reversing device 8 is based on the result of front / back discrimination sent in synchronization with the transmitted photographic original.
If it is the front side, the transmissive photo original is sent to the photo original accommodating device 6 without being inverted, and if it is the back side, the transmissive photo original is inverted and sent to the photo original accommodating device 6. At this time, in the photo original storage device 6, the front / back discriminating device 92 and the front / back reversing device 8 are provided.
As a result, a plurality of transmissive photographic originals are sequentially supplied with the front and back sides being the same. Then, the photographic manuscript storage device 6 sequentially stores the transmission type photographic manuscripts sequentially sent to the photographic manuscript storage container 1 described later.

The mechanism of the front / back reversing device 8 is shown in FIG. If the front and back discrimination results sent in synchronization with the transmission-type photographic original are front and back, the first conveyance path switching member 82 causes a conveyance path from the entrance side conveyance path 81 of the front and back reversing device 8 to the first conveyance path 83. The transmission-type photographic original, which is switched to continue and is sent from the entrance side conveyance path 81, is sent to the photographic original accommodation device 6 from the exit side conveyance path 88 of the front / back reversing device 8 through the first conveyance path 83. Further, if the front and back discrimination result sent in synchronization with the transmissive photographic original is the back side, the first conveyance path switching member 82 conveys from the entrance side conveyance path 81 of the front and back reversing device 8 to the second conveyance path 84. The path is switched to continue, and the second transport path switching member 85 temporarily stops the second transport path 84 from the stop portion 8.
The transmission-type photo original, which is switched to follow 6 and is sent from the entrance-side transport path 81, is temporarily sent to the stop section 86 through the second transport path 84. Then, a transmissive photographic document trailing edge detecting member (not shown) (the second conveying path 84 or the temporary stop 8
6 is provided near the entrance. ) Detects that the transmission photo original has been completely sent to the stop portion 86, the transmission photo original is temporarily stopped at the stop portion 86, and the second conveyance path switching member 85 is temporarily moved from the stop portion 86 to the stop portion 86. It is switched to continue to the third transport path 87. Then, the transmissive photographic original is once sent from the stop portion 86 to the photographic original accommodation device 6 through the third conveying path 87 and the exit side conveying path 88 of the front / back reversing device 8.

Next, the photographic original document container of the present embodiment (hereinafter sometimes simply referred to as a container) will be described with reference to FIGS.
0 is shown. 1 to 4 are views showing a state before accommodating a transmission type photo original, and FIGS. 6 to 9 are diagrams showing a state in which a maximum amount of the transmission type photo original is accommodated.

First, the structure of the photographic original document container will be described with reference to FIGS. 1 to 4 in a state before accommodating a transparent photographic original document. FIG. 1 is an internal front view showing the inside of the photo document storage container from the front side. FIG. 2 is an internal bottom view showing the inside of the photo document storage container from the bottom side. FIG. 3 is an internal side view showing the inside of the photo document storage container from the right side of FIG. FIG. 4 is an internal rear view showing the inside of the photo document container from the rear side in FIG. Hereinafter, description will be made based on these drawings. Note that the actual front, bottom, side, and back surfaces are covered by the front plate of the container body 11, and the internal mechanism cannot be seen. The container body 11 is made of a plastic material containing carbon black and has conductivity (10 ⁻⁵ [Ω ⁻¹ · cm ⁻¹ ] or more).

The first roller 21 is a roller for holding and winding one end of the strip 20. The first roller 21 is made of a plastic material containing carbon black and has a conductivity (10 ^-5 [Ω ^-1 · cm ^-1 ] or more).
Having. A cylindrical shaft penetrates the center of the first roller 21, and a shaft 22 projects forward of the shaft and a shaft 24 projects rearward thereof (FIG. 2). The shaft 22 of the first roller 21 is rotatably inserted into a hole provided at one end of the front arm 23 (FIG. 1). The shaft 24 of the first roller 21 is rotatably inserted into a hole provided at one end of the rear arm 25 (FIG. 4). A drive transmission belt wheel 27 is fixedly fixed to the shaft 22 of the first roller 21, and the drive transmission belt wheel 27 is fixed together with the first roller 21.
Rotate (FIG. 4). One of the drive transmission belts 26 is wound around the drive transmission belt wheel 27 (FIG. 4).

The strip 20 is an elongated strip having a constant width. The longitudinal direction of the strip 20 and the first roller 21 are fixed.
The first roller 21 holds one end of the strip 20 so that the axial direction of the strip 20 is vertical, and the width direction of the strip 20 and the axial direction of the first roller 21 are horizontal.

The first roller driving gear 41 is a gear for driving the first roller 21 by receiving a driving force from an external driving source. A cylindrical shaft penetrates the center of the first roller driving gear 41, and a shaft 42 projects forward of the shaft 41 and a shaft 44 projects rearward thereof (FIG. 3). The shaft 42 of the first roller driving gear 41 is rotatably inserted into a hole provided at one end of the front arm 23 (FIG. 1). The shaft 44 of the first roller driving gear 41 is rotatably inserted into a hole provided at one end of the rear arm 25 (FIG. 4).
A drive transmission belt wheel 43 is fixedly fixed to a shaft 44 of the first roller drive gear 41, and the drive transmission belt wheel 43 rotates together with the first roller drive gear 41. (FIG. 4). Then, the drive transmission belt 2 is attached to the drive transmission belt wheel 43.
6 is wound (FIG. 4). The front end of the shaft 42 of the first roller driving gear 41 is rotatably held by the container body 11.
The rear end of the shaft 44 is rotatably held by a hole (not shown) provided in the container body 11, so that the front arm 23 and the rear arm 24, and the front arm 23 and the rear arm 24 The supported first roller 21 is connected to a shaft 42,
It can rotate about 44. Further, the first roller 21 is urged toward the third roller 45 between the front arm 23 and the rear arm 24 by a spiral spring (not shown) wound around the shafts 42 and 44.

When the transmissive photographic original is wound together with the belt-like material 20 wound around the first roller 21 from the state before accommodating the transmissive photographic original shown in FIGS. Front arm 2 that holds the front of the roller 21
3, the rear arm 25 for pressing the rear surface, and the guide 29 for pressing the rear surface guide the transmissive photographic document to be wound up at a predetermined position.

The second roller 31 is a roller for holding one end of the strip, winding it up, and accumulating it. The second roller 31 is made of a plastic material containing carbon black and is electrically conductive (10 ⁻⁵ [Ω ⁻¹ · cm ⁻¹ ]).
Above). A cylindrical shaft penetrates through the center of the second roller 31, and has a shaft 32 in front of it and a shaft 33 in its rear.
Is protruding (Fig. 2). The shaft 32 of the second roller 31 is rotatably held by a hole (not shown) provided in the container body 11. The shaft 33 of the second roller 31 is rotatably held by a hole provided in the recess 12 of the container body 11. Then, the shaft 33 of the second roller 31 penetrates through the recess 12 of the container body 11, and the drive transmission gear 34
Is fixedly fixed as a shaft, and the drive transmission gear 34 rotates together with the second roller 31 (FIG. 4).

In the state before accommodating the transmission type photographic original shown in FIGS. 1 to 4, the scroll 35 of the strip 20 is formed around the second roller 31 to accumulate the strip 20. . That is, an accumulation unit is formed. At this time, the guide 38 for pressing the front surface of the scroll 35 and the guide 39 for pressing the rear surface of the scroll 35 prevent the bamboo shoot winding (the winding of the wound material that shifts in the axial direction) when the scroll 35 is formed. I have.

The third roller 45 supports the belt-shaped object so that it can pass through the first roller 21 so that the first roller 21 and the third roller 45 have an S-shape (in FIG. This is for winding the belt-like material in an S-shape when viewed from the opposite direction. The third roller 31 is made of metal (stainless steel) and has conductivity (1 [Ω ^-1 ·
cm ⁻¹ ] or more). A cylindrical shaft passes through the center of the third roller 45, and a shaft 46 protrudes forward of the shaft and a shaft 48 protrudes rearward thereof (FIG. 2). The shafts 46 and 48 of the third roller 45 are holes (not shown) provided in the container body 11.
And is rotatably held. The third roller 4
The positions of the shafts 46 and 48 can be shifted in the vertical direction, and the shafts 46 and 48 are pressed downward (toward the device-side nip roll 61) in FIGS. 1 and 4 by nip springs 47 and 48 with a predetermined force. This is for nipping a transparent photographic original with a predetermined force. (Since the roller that transmits the driving force nips with a prescribed force, it is possible to shift the position in the vertical direction, but it is difficult to transmit the prescribed driving force.) The third roller 45 is Since it rotates as the band passes, the shafts 46, 48 of the third roller 45 and the nip springs 47, 48 are used in particular.
A material having small friction with the container body 11 on the side where 8 is pressed is selected.

The band-shaped material 20 has conductivity (10 ⁻⁵ [Ω ⁻¹ · cm ⁻¹ ] or more) by being formed of fibers containing conductive particles (carbon black, metal particles, etc.). One end is held by the first roller 21, the other end is held by the second roller 31, and the metal roller 3
7 and a metal roller 40 and a third roller 45. The metal roller 37, the metal roller 40, the third roller 45, and the first roller 21 and the second roller 31 having conductivity are held by the metal rollers 37, 40, and the third roller 45. This prevents sticking and discharge of the pattern photo original to the strip 20. The metal roller 37 and the metal roller 40 are, as shown in FIG.
A guide groove having a width of 0 is dug and has a small friction with the belt-shaped material 20 and is fixed to the container body 11.

Further, the guide 29, the guide 39, and the guide 3
8 is integrally formed of a metal by bending, is joined to the back surface of the container body 11 by a joint 19, and the bent portion between the guides 39 and 38 and the side surface of the container body 11 (FIGS. 4 left side surface).

The container 1 is provided with a first roller 2
The outermost periphery of the strip 20 wound by 1 and the strip 20 wound by the first roller 21 sandwich the transmissive photographic original 70, and the first roller 21 strips the strip 2.
By winding 0, the transparent photographic original 70 is wound up and accommodated. Below, about the mechanism for this,
It demonstrates based on FIG. 5 which is a partially expanded view of a storage container.
A guide groove having the width of the transparent photographic original 70 is formed in the third roller 45 so that the position of the transparent photographic original in the width direction is conveyed at a predetermined position. Further, the first roller 21 is provided such that the axial direction thereof is parallel to the axial direction. As a result, the strip 20 that has passed the third roller
Is wound around the first roller 21 without being twisted.

Further, the guide 16 is a transparent photographic original 70.
Has a shape along the third roll 45, and guides the transparent photographic original 70 toward the sandwiching position 10. Further, as shown in FIG. 10, the main container 1 sends out the transmission type photo original 70 which is wound and stored by rewinding the belt-shaped material 20 which is wound by the first roller 21. The guide 16 guides the transparent photographic original 70 sent out to the exit. This is the strip 2 wound by the first roller 21 as described later.
This is possible because the nipping position 10 for nipping the transmissive photographic original 70 by the outermost periphery of 0 and the strip 20 wound by the first roller 21 is substantially constant.

Next, with reference to FIGS. 6 to 9, a state in which the maximum amount of the transmission type photo original is accommodated will be described. In this state, the strip 20 is wound by the first roller 21 to form the scroll 28. The first roller 21 supported by the front arm 23 and the rear arm 24 has a shaft 42,
44, the first roller 21 is biased in the direction of contacting the third roller 45, and the shaft position 2 in the state before accommodating the transmission type photographic original is
As shown by the arrow from 2b, start the shaft 22 and the first roller 2
1 moves to the position shown in FIG.
The outermost periphery of the strip 20 wound by 1 and the strip 20 wound by the first roller 21 make the sandwiching position 10 for sandwiching the transmissive photographic original 70 substantially constant.
(The sandwiching position 10 is slightly different between FIG. 5 and FIG. 10, but such a difference is included in “the sandwiching position is substantially constant” of the present invention.) Further, the front arm 23 and the rear arm 24 are different from each other. Since the supported first roller 21 rotates about the shafts 42 and 44, the guide 29 has a constricted shape that avoids the passage of the first roller 21. Further, in the state in which the maximum amount of the transmissive photographic original is stored, the belt-shaped material is not stored in the storage portion, and the second roller 31 is exposed.

Next, the photographic original document accommodating device 6 for accommodating the transparent photographic original document 70 in the accommodating container 1 will be described. The photographic original document accommodating device 6 for accommodating the transmissive photographic original document 70 in the accommodating container 1 is not limited to the device group of the present embodiment, but may be an automatic developing machine for developing the photosensitive film, or a packaging device in the subsequent process. It can be connected to a device such as an automatic printing machine that has a device for handling transparent photographic originals stored in the subsequent process. FIG. 11 shows a schematic configuration diagram of a photographic document accommodation device 6 for accommodating a transparent photographic document 70 in the accommodation container 1.

When the container 1 is set at a predetermined set position of the apparatus, the driving gear 66 and the first roller driving gear 41 are engaged with each other, and the apparatus-side nip roll 61 is pressed against the force generated by the nip springs 47 and 48. The position of the three rollers 45 is shifted upward. Therefore, the apparatus-side nip roll 61 also receives the driving force from the third roller 45. The drive transmission gear 34 is in a free state.

A drive motor (not shown) as a drive source of this mechanism is connected to the drive gear 66. The drive gear 66 is the first roller drive gear 41 shown in FIG.
In the direction of the arrow of FIG.
Will be wound up. Further, a drive wheel 67 fixed to the drive gear 66 coaxially with the drive gear 66 is provided.

A reverse rotation gear 62 is meshed with the nip roll 61 on the apparatus side. When a one-way clutch is provided between the reverse gear 62 and the reverse gear wheel 63 provided coaxially with the reverse gear 62, and the rotational speed of the reverse gear 62 is lower than that of the reverse gear wheel 63. Is slipped between the reverse gear 62 and the reverse gear wheel 63.

The belt 60 is used as the reverse gear wheel 6.
3 and the drive wheel 67. At this time, the belt 60 rotates in the apparatus and is rotatably held by guide rolls 64 and 65 so that the belt 60 is tensioned by a predetermined tension.

Then, when the transmission type photo original 70 is fed by the conveyance drive rollers 68 and 69 for feeding the transmission type photo original 70 as shown in FIG. 11, the drive motor drives the drive gear 66 and the like in the rotation direction shown in the figure. Then, the transparent photographic original 70 is stored in the storage container 1. In this way, a large number of transparent photographic originals are accommodated in order.

Next, a transmission type photo original feeding device for feeding the transmission type photo original 70 accommodated in the accommodating container 1 will be described. The transmission type photo original feeding device for taking out the transmission type photo original 70 stored in the storage container 1 conveys the transmitted transmission type photo original 70 to the printing unit, and the image of the transmission type photo original 70 positioned in the printing unit. It is connected to an automatic printing device for printing on a photographic paper from a frame or an image pickup device for photoelectrically converting the transmitted photographic original 70 and picking it up. FIG. 12 is a schematic configuration diagram of a transmission type photo original feeding device for taking out the transmission type photo original 70 stored in the storage container 1.

When the container 1 is set at a predetermined set position of the device, the device-side projection 79 is inserted into the concave portion 12 of the container body 11, and the drive transmission gear 76 and the drive transmission gear provided on the device-side projection 79 are provided. Engage with 34. Further, the apparatus-side nip roll 61 shifts the position of the third roller 45 upward against the force of the nip springs 47 and 48. The first roller driving gear 41 is in a free state.

A drive motor (not shown), which is a drive source of this mechanism, is connected to the drive gear 62. The drive gear 66 rotates the apparatus-side nip roll 61 in the direction of the arrow in FIG.
Is rewound and the transmission type photo original 70 accommodated therein is sent out. Further, a drive wheel 67 fixed to the drive gear 66 coaxially with the drive gear 66 is provided.

The drive transmission gear 76 includes a reverse rotation gear 7.
7 are engaged. The reverse gear 77 and the reverse gear wheel 78 provided coaxially with the reverse gear 77.
And a one-way clutch is provided between the
When the rotation speed is lower than that of the reverse gear wheel 78, the vehicle slips between the reverse gear 77 and the reverse gear wheel 78.

The belt 60 is used as the reverse gear wheel 7.
8 and the drive wheel 67.

When the drive motor drives the drive gear 66 and the like in the rotation direction shown in the drawing to take out the transparent photographic original 70 from the container 1, the transport drive rollers 68 and 69 for sending the transparent photographic original 70 are used. Transparent photo manuscript 7
0 is sent out as shown in FIG. In this way, it is possible to send out a large number of transmissive photographic originals that are sequentially stored in the reverse order of the storage. The transmissive photographic original is fixed while being sandwiched between the belt-shaped materials 20 by the winding tension of the belt-shaped materials 20 when it is accommodated, so that the order in which it is accommodated does not change.

In this manner, the transmission type photo originals are automatically and sequentially sent from the transmission type photo original sending device to the automatic printing device or the image pickup device. At this time, an accumulation mechanism is provided between the transmission type photo original feeding device and the automatic printing device or the image pickup device to absorb the difference in transport speed. Further, since a plurality of transmissive photo originals having the same front and back sides can be sequentially sent to the automatic printing apparatus or the image pickup apparatus, it is not necessary to align the front and back sides of the transmissive photo originals, and the imaging and printing can be efficiently and favorably performed without load on the apparatus. can do.

Embodiment 2 FIG. 14 shows a schematic configuration diagram of the transmission type photographic original of the present embodiment until it is accommodated. The transmission type photo manuscript manual feeding device 99 is
This is a device for automatically feeding the short photographic film, which is a transmission type photographic original, which is manually inserted one by one, to the front and back discriminating device 92. The front / back discriminating device 92 discriminates between the front and back sides of the transmissive photo original sent from the transmissive photo original manual feeding device 99, and sends the transmissive photo original to the front / back reversing device 8. At this time, the result determined in synchronization with the transmissive photographic original is sent to the front / back inverting device 8. The front and back reversing device 8 does not reverse the transmissive photographic manuscript if it is the front side based on the discrimination result of the front and back sent in synchronism with the transmitted photographic manuscript document.
If it is the back side, the transmission type photo original is inverted and sent to the photo original accommodation device 6. At this time, the front and back discriminating device 92 and the front and back reversing device 8 sequentially supply a plurality of transmissive photographic documents to the photographic document accommodation device 6 with the front and back sides being the same. Then, the photo original storing device 6 sequentially stores the transmission type photo originals sequentially sent to the photo original storing container 1.

The front and back reversing device 8, the photo original storing device 6, the photo original storing container 1 and the transmission type photo original sending device are the same as those in the first embodiment.

Embodiment 3 FIG. 15 is a schematic diagram showing the configuration of the transmission type photo original according to the present embodiment until it is accommodated. The photographic film take-out device 98 is a device for automatically feeding the photographed undeveloped long photographic film from the cartridges 72 loaded one by one to the automatic developing device 97. The automatic developing device 97 is a device for developing the photographed undeveloped long photographic film sent from the photographic film take-out device 98 into a developed long photographic film which is a transmission type photographic original. Then, the developed long photographic film is sent from the automatic developing device 97 to the photographic document accommodation device 6. At this time, since the long and narrow photographic film is loaded on the cartridge 72 with a certain amount of front and back, a plurality of transparent films can be transmitted by automatically sending the long and photographic film from the photographic film take-out device 98 to the automatic developing device 97. The model photo manuscripts will be supplied in order with the front and back sides being the same. Then, the photographic manuscript storage device 6 sequentially stores the transmission type photographic manuscripts sequentially sent to the photographic manuscript storage container 1 described later.

The photo original storage device 6, the photo original storage container 1, and the transmission type photo original delivery device are the same as those in the first embodiment.

Embodiments 4 and 5 This embodiment is a modification of Embodiments 1 and 2 and is the same as Embodiment 1.
The other is exactly the same except that the mechanism of 2 and the front / back reversing device 8 is different. The mechanism of the front / back reversing device 8 of this embodiment will be described below.

The transmissive photo original having passed through the front / back discriminating device 92 is temporarily stopped at the reversing unit 80, and if the front / back discriminating result sent in synchronism with the transmissive photo original is the front side, the exit side conveying section is provided. It is directly sent from 89 to the photo original storage device 6. If the result of front / back discrimination sent in synchronism with the transmissive photographic original is back, the reversing unit 80 makes a half rotation as shown by the arrow in FIG. It is sent from the side transport unit 89 to the photo original storage device 6.

[0051]

【The invention's effect】

[Effect of Claim 1] A plurality of transmissive photo originals are sent out from a photo manuscript storage container capable of accommodating a plurality of transmissive photo originals without splicing the transmissive photo originals, and the front and back sides of the transmissive photo originals are aligned. It is possible to perform good imaging and printing without any load on the apparatus without the need.

[Effect of Claim 2] Even if a plurality of transmissive photographic originals having random front and back surfaces are used, the front and back surfaces of the plurality of transmissive photographic originals can be made the same.

[Effect of Claim 3] A plurality of transparent photographic originals are sequentially sent out from the photographic original container without the need to splice the transparent photographic originals, and the front and back sides of the transparent photographic originals need not be aligned to the apparatus. Can be satisfactorily baked without load.

[Effect of Claim 4] A plurality of transparent photographic originals are sequentially sent out from the photographic original container without the need for splicing the transparent photographic originals, and the front and back of the transparent photographic originals need not be aligned to the apparatus. A good image can be taken without load.

[Brief description of drawings]

FIG. 1 is a front view of the inside of a storage container before storing a transmission photographic original according to an embodiment.

FIG. 2 is a bottom view of the inside of the storage container before storing the transmission photographic original according to the embodiment.

FIG. 3 is a side view of the inside of the storage container in a state before the transmission type photo original of the embodiment is stored.

FIG. 4 is an internal rear view of the storage container of the embodiment before storing the transmission photographic original.

FIG. 5 is a partially enlarged view of the storage container of the embodiment before storing the transmission photographic original.

FIG. 6 is an internal front view of the storage container in which a maximum amount of transmission-type photo originals according to the embodiment is stored.

FIG. 7 is an internal bottom view of the storage container of the embodiment in which the maximum amount of the transmission type photo original is stored.

FIG. 8 is a side view of the inside of the storage container in the state where the maximum amount of the transmission type photo original is stored according to the embodiment.

FIG. 9 is a rear view of the inside of the storage container in the state where the maximum amount of the transmission type photo original is stored according to the embodiment.

FIG. 10 is a partially enlarged view of the storage container of the embodiment before storing the transmission photographic original.

FIG. 11 is a schematic configuration diagram of a mechanism for accommodating a transmission-type photo original in the accommodating container of the embodiment.

FIG. 12 is a schematic configuration diagram of a mechanism for taking out a transmission-type photo original stored in a storage container of the embodiment.

FIG. 13 is a schematic configuration diagram of a transparent photographic original according to the first embodiment until it is accommodated.

FIG. 14 is a schematic configuration diagram of a transparent photographic original according to a second embodiment until it is accommodated.

FIG. 15 is a schematic configuration diagram until a transparent photographic original according to the third embodiment is stored.

FIG. 16 is a schematic configuration diagram of the front and back reversing device of the first and second embodiments.

FIG. 17 is a schematic configuration diagram of a front / back inverting device according to the fourth and fifth embodiments.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Storage container 11 Container main body 20 Belt 21 First roller 31 Second roller 45 Third roller

Claims (22)

[Claims] 1. A method for accommodating a plurality of transmissive photographic originals in a photographic original document accommodating container capable of accommodating a plurality of transmissive photographic originals without joining them while maintaining the winding order,
A method for accommodating a plurality of transmission type photo originals, the front side and the back side being sequentially supplied, and the supplied transmission type photo originals being sequentially accommodated in the photo document accommodating container. 2. In order to feed the plurality of transmissive photographic originals in order with the front and back sides being the same, the front and back of each transmissive photographic original is determined, and the transmissive photographic original is inverted according to the result of the determination. The method of accommodating a photographic document according to claim 1, wherein: 3. The photographic manuscript storage container has a first roller, a belt-like member whose one end is held by the first roller, and a storage unit for storing the other end of the belt-like member. The method of accommodating a photographic document according to claim 1 or 2, characterized in that 4. The first roller so that the longitudinal direction of the strip and the axial direction of the first roller are vertical, and the width direction of the strip and the axial direction of the first roller are horizontal. 4. The method according to claim 3, wherein one end of the strip is held by the. 5. The method of accommodating a photographic document according to claim 3, wherein the first roller has conductivity. 6. The method of accommodating a photographic document according to claim 3, wherein the belt-like material has conductivity. 7. The accumulating section has a second roller that holds the other end of the strip, and the second section accumulates the other strip by being wound by the second roller. 7. The method of accommodating a photographic document according to claim 3, wherein the photographic document is accommodated. 8. The photographic manuscript storage container holds the photographic manuscript by sandwiching the photographic manuscript between the outermost periphery of the belt-shaped material wound by the first roller and the belt-shaped material wound by the first roller. 8. The method for accommodating a photographic document according to claim 3, wherein the photographic document is wound up and accommodated by winding the strip-shaped material by one roller. 9. The photographic manuscript storage container has a third roller provided such that the axial direction of the first roller and the axial direction of the first roller are parallel to each other, and the belt-like material can be passed by the third roller. 9. The method according to claim 8, wherein the first roller is supported by the first roller, and one of the strips is wound up in an S shape with the third roller. 10. The method according to claim 8, wherein the third roller has conductivity. 11. The nipping position for nipping the photographic document by the outermost periphery of the belt-shaped material wound by the first roller and the belt-shaped material wound by the first roller is substantially constant. The method of accommodating a photographic document according to any one of claims 8 to 10. 12. The method of accommodating a photo original according to claim 11, wherein the photo original accommodating container has a guide for guiding the photo original toward the nipping position. 13. The photographic document storage container is a container for feeding out the photographic document that has been wound up and stored by rewinding the strip-shaped material wound up by the first roller. The method of accommodating a photographic manuscript according to any one of 1. 14. The photographic manuscript storage container sends out the photographic manuscript stored in a wound state by rewinding the strip-shaped material wound by the first roller,
13. The method of accommodating a photographic document according to claim 12, wherein the guide guides the photographic document to be sent out. 15. The photographic manuscript storage container is provided with a metal roller which comes into contact with the strip-shaped article in the middle of a transporting path of the strip-shaped article. The method for accommodating photo manuscripts described in. 16. The photographic manuscript storage container has a container main body for storing each of the members, and the container main body has conductivity. The method for accommodating photo manuscripts described in. 17. A photographic printing method for printing a plurality of transparent photographic originals, wherein the plurality of transparent photographic originals are accommodated in front and back in a photographic original container which can be accommodated in a winding order without being joined. A plurality of transmission type photo originals are sequentially sent out, the plurality of transmission type photo originals sequentially sent are conveyed to a printing unit of a printing apparatus, and the transmission type photo originals are printed on a photosensitive material for printing. Method. 18. A photographic image pickup method for picking up a plurality of transmissive photographic originals, the front and back sides of which are accommodated in a photographic original accommodation container capable of accommodating a plurality of transmissive photographic originals in a winding order without joining them. A photographic imaging method comprising sequentially sending out a plurality of transmitted photographic originals, and photoelectrically converting and imaging the plurality of sequentially transmitted photographic originals. 19. A photographic manuscript storage system for accommodating a plurality of transmissive photographic manuscripts in a photographic manuscript storage container capable of accommodating a plurality of transmissive photographic manuscripts without joining them in a winding order, wherein A photographic original containing means, comprising: a supply means for supplying photographic originals in the same order, front and back, and an accommodating means for sequentially accommodating the transmission type photographic originals supplied by the supplying means in the photographic original accommodation container. system. 20. In order to feed the plurality of transmissive photographic originals in order with the front and back sides being the same, the front and back of each transmissive photographic original is determined, and the transmissive photographic original is inverted according to the result of the determination. 20. The photographic manuscript storage system according to claim 19. 21. In a photo printing system for printing from a plurality of transparent photographic originals, the plurality of transparent photographic originals are accommodated in front and back so as to be accommodated in a photographic original container which can be accommodated in a winding order without being joined. Sending means for sequentially sending out a plurality of transparent photographic originals, and carrying a plurality of transparent photographic originals sequentially sent by the sending means to a printing unit,
A photographic printing system comprising: a printing unit that prints on the photosensitive material for printing from the transparent photographic original in the printing unit. 22. In a photographic image pickup system for picking up a plurality of transmissive photo originals, the transmissive photo originals are accommodated in front and back in a photo original accommodating container which can be accommodated in a winding order without being joined. A photographic image pickup system comprising: a sending means for sequentially sending the plurality of transmitted photographic originals, and an image pickup means for picking up the plurality of transparent photographic originals sequentially sent by the sending means.