JPH08123004A - Film drawing out and transporting device - Google Patents

Abstract

PURPOSE: To make it possible to rapidly and efficiently carry out an operation associated with a treating device having a film drawing out device. CONSTITUTION: A case 58 in which a film 56 is housed is set in a housing section 60. The requirements for the adequateness or inadequateness of processing of the film is detected by sensors 70, 77, 82, 84 at the time of transporting the film 56 drawn out of the case on a transporting path. Whether the film is suitable for development processing or not is judged and thereafter the film is stored by rollers 92 which are storing means. The film is fed faster than the transporting speed in a development processing section at the time of inspection and is made to stand by on the upstream side of the storing means and, therefore, the rapid operation at the short feed intervals of the plural films is made possible.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a film pulling / conveying device for taking out a film from a film case and guiding it to a developing device in a leaderless system.

[0002]

2. Description of the Related Art When developing a film after taking an image with a small automatic developing machine, the film is set in the automatic developing machine while being stored in a film case, and the film is pulled out from the film case by a conveying roller and developed. Send to the processing section.

In the leaderless type transport in which a leader is not attached to the leading end of the pulled-out film, the film is damaged, foreign matter is attached, or the film is stored in the film case in a reverse winding state in a direction opposite to the curl. In such a case, the drawn-out film may not be conveyed smoothly in the development processing section, which may cause development processing failure.

Therefore, it is necessary to manually inspect the film before setting the film on the automatic developing machine, or to provide a film inspecting means at the stage before sending the film set on the automatic developing machine to the developing processing section. . As this inspection means, a device for judging an abnormality by detecting the film tension when the film is pulled out from the film case (Japanese Patent Laid-Open Publication No. Hei-6
No. -11816) can be applied.

[0005]

However, in such an inspection device, since the film is taken out from the film case and temporarily wound in another place from the leading end to be housed, it takes a long time to convey the film. In addition, a new film case cannot be set until all the film taken out from the film case has been transferred to the development processing section. Also,
The film sent out has a film processing speed (low speed) in the developing processing section, so that the waiting time until the next film case is set becomes long.

In view of the above facts, an object of the present invention is to provide a film drawing / conveying device capable of efficiently inspecting a film taken out from a film case and rapidly conveying the film to a developing processing section.

[0007]

A film pulling and conveying apparatus of the present invention comprises a storage section for setting a film case containing a film for development processing, and an inspection means for pulling out the film from the film case and inspecting the film. A storing means for temporarily storing the inspected film to the developing processing section, and a high-speed conveying means for sending the film inspected by the inspecting means at a speed higher than the developing processing speed and waiting on the upstream side of the storing means. And are provided.

[0008]

The film in the film case set in the accommodating section is sent to the inspecting section by the high speed conveying means, and it is determined whether or not the film is suitable for the inspection in the developing processing section. If the film is suitable for development in the development processing section, it is conveyed to the development processing section, and if it is not suitable for development processing, it is processed separately.

Since the film is conveyed quickly for inspection on the conveying path of the film pulling and conveying device, the work of refilling the film case in the storage portion can be performed efficiently with little waiting time. Along with this, after the film is sent from the film pull-out / conveyor side to the film development processing section, the next film can be conveyed at a high speed on the conveying path of the film pull-out / conveyor apparatus and sent to the inspection section. Save time and get things done quickly.

[0010]

1 and 2 show an automatic developing apparatus 50 to which the first embodiment is applied.

In the automatic developing device 50, a film drawing / conveying device 54 is arranged upstream of the developing processing section 52.

The film pull-out and transport device 54 is provided with a storage portion 60 for a film case 58 (a cartridge) in which a film 56 is stored, in the upper left portion of the drawing. In the storage unit 60, a light shielding lid 62 is openably and closably attached to an opening of a small chamber in which the film case 58 is placed. Further, a film pull-out completion detecting means 64 for detecting the film pulling force applied to the film case 58 housed inside the housing portion 60 is attached to the housing portion 60. The film pull-out completion detecting means 64 is, for example, attached to the slide base (not shown), and pulls the film case 58 through a winding shaft on which the film 56 is entirely pulled out and the rear end of the film 56 is fixed. The sliding base may be slid against the biasing force of the elastic body by the force of time, and the limit switch (not shown) may be turned on. Alternatively, by using various sensors such as a strain gauge, a pressure sensor, and a photocoupler, the film tension transmitted to the take-up shaft in the film case through the film base end portion when the film 56 is completely pulled out from the film case 58. It may be configured to detect force.

The storage section 60 is provided with a pair of delivery rollers 66 which serve as an entrance of the transport path for the film 56 in the film pull-out / transport apparatus section 54. The leading end portion of the film 56 extending from the film case 58 housed in the housing unit 60 is sandwiched between the pair of delivery rollers 66.

Feeding roller 6 in the film transport path
A cutter device 68 is arranged at a downstream position close to 6.
A sensor group 70 is installed at a position downstream of the cutter device 68. The sensor group 70 is composed of an infrared sensor including an infrared generating diode and a light receiving section, or another photo sensor.

A pair of rollers 7 is provided downstream of the sensor group 70.
1 and a pair of selection rollers 72 are provided. On the downstream side of the selection roller 72, a pair of rollers 7 for forming a U-shaped conveyance path portion simulating a conveyance path for passing through the processing solution for development.
4, a large roller 76 for guiding the film to be folded back, four small rollers 78 around the large roller 76, and a pair of rollers 80. A torque sensor 77 is provided on the large roller 76.

Sensors 82 and 84 are provided at the front and rear positions of the pair of rollers 80 on the conveying path. These sensors 82 and 84 are infrared sensors or other photo sensors. Further, between the pair of rollers 80 and the winding roller 81 on the downstream side thereof, a dancer roller 86 which is vertically driven and is a holding means for holding the film 56 by extending the length of the conveying path. Set up.

On the downstream side of the winding roller 81, the film 1
A pair of rollers 88 capable of nipping the end portions of 6 are provided to make the conveying path horizontal. On the downstream side of the pair of rollers 88, a moving roller 90 is provided below the conveying path. A pair of delivery rollers 92 is provided on the downstream side of the moving roller 90. A sensor 94 having the same structure as other sensors is provided on the downstream side close to the delivery roller 92.

A pair of light-shielding nip rollers 96 are provided at the entrance of the development processing section 52 on the downstream side of the sensor 94 in the film transport path. A developing tank conveying path 98 and a bleaching tank conveying path 100 are formed on the downstream side of the light-shielding nip roller 96, and the following processing tank conveying paths for fixing, super-rinsing, stabilizing, and drying, which are not shown, are formed. Will be provided in succession.

Inside the film pull-out and transport device section 54,
A guide 101 for opening the conveying path to the left is provided between the selection roller 72 and the roller 74, a first dark box 102 is provided below the guide 101, and a second dark box 104 is provided below the dancer roller 86. . These 102, 1
The film 56 dropped into 04 is a light-shielding opening / closing port 105.
And is taken out to the outside through the double door.

Next, the operation of the first embodiment apparatus will be described. First, the film case 58 containing the film 56 to be developed is stored in the storage portion 60 of the film processor main body 50.
It is set at a predetermined position in the inside, and the front end of the film protruding from the film case is fed between the rollers 66 to be clamped and the light shielding lid 62 is closed.

Next, the rollers 66, 71, 72, 74, 76, 78, 8 for holding the film in the film transport path.
0 and 81 are rotated to convey the U-shaped conveying path until the leading end of the film 56 is nipped by the nip roller 88 and stopped. In this case, the dancer roll 86 is arranged on the upper side of the film transport path, and the film 56 is passed on the lower side thereof.
The transport speed at this time is such that the film 56 is in the development processing unit 52.
Development speed when conveyed inside (in this example, linear speed 15.6
The speed is doubled (31.2 millimeters per second in this example) to double the speed to speed up the work. further,
After the leading end of the film 56 is nipped by the roller 88, the dancer roller 86 as a holding means is lowered in the direction of arrow A along an arc guide (not shown) to move the roller 8
The film 56 is retained in a U-shape between 0 and 81 to increase the length of the film transport path and reliably retain a long film.

When all the film 56 is pulled out from the film case 58 in this way, the pulling-out force of the film 56 pulls the film case 58 through the winding shaft to which the rear end of the film 56 is fixed. The film pull-out completion detecting means 64 detects the load caused by the pulling operation of the film case 58 or the pulling movement of the film case 58.
Is detected by the rollers 66, 71, 72, 7 on the conveyance path.
4, 76, 78, 80, 81 are stopped, and the drawing operation of the film 56 is completed. If the end of the film is not fixed to the winding shaft of the film case 58, the sensor 7
0 detects the end of the film.

During the above-described film transport, the sensor group 70 allows the presence or absence and type of perforation, which is a plurality of holes provided on both sides of the film, the film type, the film length, the eyesight, and the splice (seam seam) in the middle of the film. ) Or not, and whether or not the film has scratches.

Further, the sorting roller 72 detects the degree of curling of the film 56 and the sensor 8
The degree of this curl is also detected by 2, 84.

Further, the film 56 has a conveyance resistance of the roller 74, the large roller 76, and the small roller 78.
Is detected by the torque sensor 77 when the vehicle passes through, and the abnormality is detected by comparing with the torque when the vehicle normally passes. That is, if the leading edge of the film 56 in the transport direction is curled, the leading edge will be curled immediately after the leading edge is transported from the selection roller 72. Therefore, the rounded tip is repelled by the guide 101 from the conveying path and is ejected to the left open portion. For this reason, since the film 56 is not conveyed to the roller 74, the large roller 76, and the small roller 78 on the downstream side of the conveying path, the torque fluctuation caused when the film 56 is conveyed by the torque sensor after a predetermined time has elapsed. Not detected. From this, film 56
Detects that the curl was strong. This also makes it possible to detect abnormal curl in the film or damage to the film which is not suitable for conveyance in the film development processing section 52. In addition, the slip state and transportability of each roller 71, 72, 74, 76, 78 are detected from the time when the torque detected by the torque sensor 77 changes and the detection time of the sensor group 70 and the sensors 82, 84. These detections may be performed while continuously feeding the film 56, but the detection work may be performed while the film 56 is temporarily stopped during transportation or while being transported at a low speed.

As a result of such various film inspections, when it is found that the film is suitable for development processing in the development processing section 52, the cutter device 68 is operated to cut the rear end of the film 56. Then, it is separated from the film case 58. The trailing edge of the film may be cut by pulling out the entire length of the film from the film case before performing the film inspection. Then, by driving the roller 88 and the moving roller 90, the leading end of the film 56 is nipped by the pair of feeding rollers 92 and fed to the downstream side, and fed from the leading end to the developing processing section 52. Along with this, the roller 8
By driving 8 and 90, the rear portion of the film 56 is fed so as to hang down on the upstream side of the roller 92 as shown in FIG.

As a result of the film inspection, it is found that the degree of curling of the film 56 is too large, and the selection roller 72 and the sensor 8
When detected by Nos. 2 and 84, each roller is reversed to return all the films into the film case 58, or the trailing end of the film 56 is separated from the film case 58 by the cutter device 68, and then the film is transferred to the transport path. Rollers 66,7
1, 72, 74, 76, 78, 80, 86, 88 are appropriately driven (for example, the upstream side of the roller 72 and the roller 7
4. The curled film 56 is fed into the guide 101 by reversing the rotation of each roller on the downstream side of the No. 4, and is fed into the first dark box 102 below the selection roller 72.

Further, the abnormality in the transport resistance of the film 56 is large (due to the wetness of the film, etc.) or the film 5
Abnormalities such as sand adhering to No. 6, improper film length, improper film type (in the case of a film that cannot be processed such as reversal film), and scratches on the film include sensor group 70 and torque sensor 77. , And the sensors 82, 84, etc., firstly, the rollers 66, 71, 72, 74, 76, 78, 80, 8 on the conveying path.
The film 56 is rewound and stored in the film case 58 by rotating 6 and 88 in reverse. Then, a worker takes out the film case 56 and processes it separately. Also the second
Then, after the trailing edge of the film 56 in which the abnormality is detected is cut off by the cutter device 68, the rollers 66, 71, 72, and
74, 76, 78, 80, 86, 88 are appropriately driven (for example, the rotation direction of each roller is reversed between the upstream side of the roller 80 and the downstream side of the roller 81), and the abnormal film 5
6 is sent into the second dark box 104 from the portion of the roller 80 and the dancer roller 86.

Then, the first dark box 102 and the second dark box 104
The film 56 sent to is taken out by an operator and processed separately.

In the apparatus of the first embodiment described above, the film 56 is pulled out from the film case 58 onto the transport path of the film pull-out transport device, various inspections are performed, and the transport speed up to the roller 88, that is, the roller 88 serving as a storage unit. Since the transport speed up to is set to twice the speed when the film 56 is passed through the transport path in the development processing section 52,
The film can be pulled out quickly. Further, since the length of the conveying path can be changed and adjusted by the dancer roller 86, it is possible to pull out the film 56 having various lengths. Further, the film 56 is hung down in a state where the leading end portion of the film 56 is nipped by the delivery roller 92 and made to stand by, and the film 56 in another film case 58 set in the storage part 60 is set during this waiting. Rollers 66, 71, 72, 74, 76, 78, 8 of the transport path
0, 86, 88, the leading edge is made to stand by at the roller 88 portion, and when the end of the film hung from the roller 92 is fed to the development processing section (detected by the sensor 94), the next film leading edge is moved to the roller 92. If the trailing end is hung down from the roller 92 at the same time, the next film can be further guided to the development processing section 54 for inspection. Therefore, the work of replacing the film case 58 in the storage portion 60 is efficient because the waiting time is reduced. Further, various inspections on the film 56 can be promptly performed while the film 56 is being conveyed.

Further, the film pull-out and transport device section 54
In the above, since it is confirmed that the film 56 can sufficiently be conveyed by various sensors as a detecting means and only the proper film 56 is conveyed to the developing processing section 52, there is no trouble in the developing processing section. That is, the abnormal film is prevented from being carried into the development processing unit 52 and damaging the internal equipment, and further, the abnormal film is processed into the development processing unit 52.
It is possible to prevent jamming on the conveyance path.

In addition, the film pull-out and transport device section 54
In the inside, since the film 56 is pulled out and conveyed at a high speed that is higher than the speed at which the film 56 is conveyed in the development processing section 52, the trailing end of the preceding film 56 is the development processing section 52.
After being carried in, the next film 56 can be carried in to the development processing section 52 with a short interval. Even when the film is not continuously conveyed at a high speed in the film drawing / conveying device 54 but is temporarily decelerated or stopped in the middle, the conveying roller 66 to the roller 88 in the film drawing / conveying device 54.
The average transport speed (including the stop time) of the film to reach the high speed may be high. Therefore, the interval time between the preceding film 56 and the succeeding film 56 can be shortened, the entire development processing time can be shortened, and the work speed and efficiency can be increased. That is, by shortening the interval time, it is possible to increase the processing capacity per unit time as compared with the conventional one in which the processing speed in the development processing section 52 is the same.

In addition, inappropriate or abnormal film 56
Are sorted according to the reason and sent to the first dark box, the second dark box, or the storage section 60 so as to be collected. Therefore, it is possible to take measures corresponding to the reason of abnormality of each film 56, and to process the abnormal film. Can be done easily.

In addition, in the apparatus of this example, when the film is sent from the film pull-out / conveying device section to the developing processing section,
Since the film is loaded from the leading end side, the work of changing the front and rear direction of the developed film can be omitted, and the work efficiency can be improved.

In the first embodiment, the dancer roller 86 and the moving roller 90 may be replaced by another holding means having a different structure in order to process a large amount of film. The holding means shown in FIG. 3 is a U-shaped frame 2
A large number of projections 204 are erected on the opposing surfaces of the two leg portions 202 of No. 00, and both sides of the leading end of the film 56 fed one after another in the arrow F direction are sandwiched by these projections. The trailing edge of the film is sent by a roller 80 and hung down from the frame 200. This makes it possible to hold the leading ends of a large number of films 56 in a stacked state, and by pressing the feed roller 208, the films 56 in the upper layer can be sequentially fed to the development processing section. As these protrusions 204,
You may use the magic fastener (brand name) with which many engaging protrusions were installed upright.

Further, in the first embodiment, although not shown, the film 56 pulled out from the film case 58.
A cutter device for trimming the leading end of the film into a shape that allows the film to easily pass through the transport path is provided near the entrance of the film transport path to facilitate the transport of the film on the transport path. good. This cutter is the above cutter 68
May be used.

In addition, in the first embodiment, a mechanism for correcting the curl of the film may be provided on the conveying path of the film 56. Along with this, a device for reading or writing information on the film before development processing may be provided. Further, the film case 5 is stored in the storage portion 60.
An automatic tongue-out device for pulling out the leading edge of the film 56 from 8 may be provided.

Next, a second embodiment of the present invention will be described with reference to FIG. This example apparatus is a leaderless type automatic processor 1.
Reference numeral 50 denotes a development processing section 52 and a film pulling and conveying apparatus section 1.
54 is provided.

In the film pull-out and transport device section 154, two first and second film case storage sections 160 and 161 are arranged side by side in the upper left portion of FIG. Each of the first and second film case accommodating portions 160 and 161 has a light-shielding lid 1 at an opening portion into which the film case 158 is inserted.
62 is configured to be openable and closable. A film pullout completion detecting means 64 is installed in each of the first and second film case storages 160 and 161.

Each of the first and second storage portions 160 and 161 has
A pair of delivery rollers 166 are provided respectively. The transport path for transporting the film 56 delivered from each of the delivery rollers 166 is formed by each of the delivery rollers 1.
It follows an inlet roller 167 which selectively receives and feeds the film 56 delivered from 66. Entrance roller 16
A sensor 170 and a cutter device 168 are arranged downstream of the device 7.

Downstream of the cutter device 168, a U-shaped transport path portion is provided, which simplifies a transport path for passing the inside of the processing solution for development in order to detect the transportability of the film 56. Sorting rollers 172, 174, large roller 17
6, a small roller 178, a hanging roller 180, and an auxiliary roller 186 are provided. A torque sensor 177 is provided on the large roller 176, and a sensor 182 is provided corresponding to the portion of the hanging roller 180. The hanging roller 180 constitutes a storage means, and a moving roller 190 and a sensor 184 are provided downstream of the hanging roller 180, following a pair of holding rollers 188. Downstream of the moving roller 190, a sensor 194 and a roller 195 are provided following the pair of feeding rollers 192, and the film is fed to the light-shielding nip roller 196 of the developing processing section 52. The structure of the development processing unit 52 is the same as that of the first embodiment.

A dark box 202 is provided below the selection roller 172 in the film pull-out / transport unit 154.

Next, the operation of the second embodiment constructed as described above will be described. First, the film case 158 containing the film 56 to be developed is attached to the film processor main body 1
The film is set at a predetermined position in the first storage part 160 of 50, the leading end of the film is sandwiched by the roller 166, and the light shielding lid 162 is closed. Further, another film case 158 is attached to the second storage section 1
The film is set at a predetermined position in 61, and similarly, the tip of the film is sandwiched by the roller 166 and the light shielding lid 162 is closed.

Next, the film pull-out and transport device section 154.
And the feed roller 166 of the first storage portion 160 is rotated to move the leading end portion of the film 56 to the pair of inlet rollers 16
Insert between 7. Then, the rollers 16 on the conveying path
7, 172, 174, 176, 178, 180, 18
6, 188 rotate to convey the film 56. When the leading edge of the film 56 is sandwiched between the pair of holding rollers 188 and sent out and detected by the sensor 184, the holding roller 188 is stopped. After this, the other rollers 167, 17
2, 174, 176, 178, 180, and 186 continue the rotary transport operation, and the film 56 is removed from the film case 158.
Is pulled out and a load for pulling out the film 56 is applied to the film case, the film pull-out completion detecting means 64 detects this and the rollers 166, 167, 172,
The rotation of 174, 176, 178, 180, 186 is stopped to stop the film drawing operation. The transport speed at this time is twice the speed (in this example, 31.2 mm / sec) when the film 56 is transported in the development processing section 52 (in this example, linear velocity 15.6 mm / sec). The work can be speeded up.

When the length of the film is long with the drawing operation stopped, a part of the film 56 hangs down between the hanging roller 180 as a holding means and the holding roller 188 and is stored. Become.

During the above-described film transport, the sensor 170 determines whether or not there is perforation of the film, its type, film type, film length, eyelid, whether or not there is a splice in the middle of the film, and whether or not the film has scratches. It is detected as in the example.

Further, the sorting rollers 172 and 174, the large roller 176, and the torque sensor 177 and the sensor 18 thereof.
The degree of curl of the film 56, the conveyance resistance, the slip state with respect to the roller, and other conveyance characteristics are detected by 2 or the like.

As a result of various film inspections as described above,
When it is determined that the film is suitable for development processing in the development processing section 52, the cutter device 168 is operated to cut the rear end of the film 56 to cut the film case 158.
Disconnect from. Then, the roller 188 and the moving roller 1
90 is driven to cause the tip of the film 56 to be nipped by the pair of feed rollers 192. Further, the roller 188 and the moving roller 190 continue to rotate, and as shown in FIG.
The standby state in which the leading end portion of the film 56 hangs down while being nipped by the feed roller 192. In this state,
Since there is no film 56 on the conveyance path from the entrance roller 167 to the holding roller 188, the second storage unit 16
The leading end portion of the film 56 is pulled out from the film case 158 inside 1 by the feeding roller 166 and inserted between the pair of inlet rollers 167. Then, the rollers 167, 172, 174, 176, 178, 18 on the conveyance path.
By the rotation of 0, 186, and 188, the film 56 is held in the holding state shown in FIG. 2 in which the leading end portion is held by the holding roller 188 by the same operation as described above.

Next, when the film 56 can be fed into the developing processing section 52, the empty feed roller 192 is held by the holding roller 188, and the film case of the second accommodating section 161 held in standby. The film 56 pulled out from 158 is nipped and put in a standby state by the same operation as described above.

In this way, the film case 158 in which the film 56 in the first storage section 160 and the second storage section 161 is empty is replaced with the film case 158 in which the film 56 to be developed is stored. . And
The film 56 is alternately pulled out from the first storage unit 160 side and the second storage unit 161 side to be conveyed. As a result, the film case 158 and the second storage unit 160 are
The work of switching to the storage portion 161 is alternately performed. Further, the interval time from the conveyance of one film 56 to the conveyance of the next film 56 can be shortened, the entire development processing time can be shortened, and the work can be speeded up and the efficiency can be improved.

Next, as a result of the film inspection conducted by the sensor while the film 56 is being conveyed, if the degree of curling of the film 56 is too great, or the film 5 is wet with water.
6 has a large transport resistance, the film 56 is attached, the length of the film 56 is too short, the type of film is inappropriate (when reversal film cannot be processed), and If there is a scratch, the cutter device 168 is used to remove the film 5 from the film case 158.
After separating 6, the rollers 167, 172,
174, 176, 178, 180, 186, 188 are appropriately rotated to feed the inappropriate film 56 into the dark box 202 from the selection rollers 172, 174. As an example, if the adjacent rollers are driven in opposite directions, the film is pushed out of the conveyance path from between them and the dark box 20 is pressed.
It falls into 0.

Alternatively, when the sensor detects that the film 56 is unsuitable for development processing, the rollers 167, 172, 174, 176, 17 on the conveying path.
The film 56 may be rewound into the film case 158 by rotating 8, 180, 186 and 188 in reverse.

Due to such inappropriate processing, the dark box 202
The film 56 or the film case 1 sent into the inside
The film 56 rewound to 58 is taken out by an operator and separately processed.

The configuration, operation, and effect of the second embodiment described above other than those described above are the same as those of the first embodiment described above.
The description is omitted because it is the same as the embodiment.

[0055]

Since the present invention has the above-mentioned structure, it is possible to efficiently carry out the work of refilling the film case accommodating the film in the film drawing and conveying device. Further, it is possible to shorten the interval time of the films successively carried out from the film pull-out / conveying device so that the subsequent processing can be performed quickly. Further, since the front end of the film is carried out from the film drawing / conveying device to the subsequent processing section, the work of adjusting the front-back direction of the film after this processing can be omitted. Therefore, the work of pulling out and processing the film can be performed quickly, and the work efficiency can be improved.

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram showing a film pull-out and conveyance device portion of a film processor according to a first embodiment of the present invention.

FIG. 2 is a schematic configuration diagram showing a film pull-out and transport device portion of a film processor according to a second embodiment of the present invention.

FIG. 3 is a perspective view showing a modified example of a film holding means.

[Explanation of symbols]

 54 film drawing / conveying device 56 film 58 film case 66, 71, 72, 74, 76, 78, 80, 81 roller (high speed conveying means) 70 sensor group (detecting means) 77 torque sensor (detecting means) 82, 84 sensor ( Detection means) 86 Dancer roller 92 Roller (storage means) 94 Sensor (detection means) 166, 167, 172, 174, 176, 178, 180, 186 roller (high-speed transport means) 188 Holding roller (storage means)

Claims (1)

[Claims] 1. A storage unit for setting a film case in which a film for development processing is set, an inspection means for inspecting the film by pulling out the film from the film case, and for feeding the film after the inspection to the development processing unit. A storage means for temporarily storing the film, and a high-speed transport means for sending the film inspected by the inspection means at a speed higher than the development processing speed and making it stand by on the upstream side of the storage means. Drawer transport device.