Rotary camera having data recording device

• US 5,278,610 A
• Filed: 10/16/1991
• Issued: 01/11/1994
• Est. Priority Date: 10/16/1990
• Status: Expired due to Fees

• Current Assignee: Fuji Photo Film Co Limited (Fujifilm Holdings Corporation)
• Original Assignee: Fuji Photo Film Co Limited (Fujifilm Holdings Corporation)
• Inventors: Ishiwatari, Morio, Yamato, Youichi, Konaya, Yoshikazu, Shidara, Shinichi
• Primary Examiner(s): Hayes, Monroe H.
• Application Number:
  US07/777,210
• Time in Patent Office: 818 Days
• Field of Search: 355/64, 355/48, 355/49, 355/50, 355/51
• US Class Current: 355/64
• CPC Class Codes: G03B 27/465 at different positions of the same strip, e.g. microfilm
• CPC Class Codes: G03B 27/50 with slit or like diaphragm moving over original for progressive exposure G03B27/34 takes precedence ; projection optics per se G03B27/525
• CPC Class Codes: G03B 27/521 Arrangements for applying a supplementary information onto the sensitive material, e.g. coding producing marks on the film in cameras G03B17/24

Abstract

A rotary camera for photographing a plurality of original documents on microfilm and for recording information relating to the photographed original documents together with data concerning the conditions for photographing additional necessary data. The rotary camera has an exposure roller on which images of the original documents are focused to be photographed and unidimensionally arranged light emitting elements opposed to the exposure roller. The light emitting elements are selectively energized so that the microfilm is exposed to the data-writing lights forming any desired images of the data in the form of letters, numerals or marks while moving in contact with the exposure roller. The data to be recorded is designated and is put into the control system through a keyboard. A jam-mark may be recorded on the microfilm as the data in response to an output from a jamming detector. Similarly, a lamp failure mark may be recorded when a lamp failure condition is detected by a sensor sensing insufficient illuminating of the original document being photographed.

Claims

1. A rotary camera for photographing a plurality of original documents successively on a roll of microfilm and for recording, on said microfilm, data including information data relating to at least one of the photographed original documents and the photographing conditions, said microfilm being moved in the direction reverse to a traveling direction of said original documents which are fed successively to be photographed by said rotary camera, comprising:

(a) an original document conveyor assembly for feeding said original documents so as to pass through a photographing position;

(b) a lamp unit for illuminating said original documents at said photographing position;

(c) a lens system for focusing the image-bearing light reflected by the illuminated surface of said original documents;

(d) an exposure roller around which said microfilm passes to be exposed to said image-bearing light, said microfilm being exposed to said image-bearing light while being moved in contact with said exposure roller;

(e) a light emitting assembly in opposition to said exposure roller for recording said data on said microfilm roll, said light emitting assembly including a plurality of light emitting elements disposed uni-dimensionally;

(f) an instructing system for supplying a signal for instructing the recording of said data on said microfilm; and

(g) a controller for selectively energizing said light emitting elements in response to said signal supplied from said instructing system to emit light in synchronism with the movement of said microfilm to record said data on said microfilm.

2. The rotary camera according to claim 1, wherein said instruction system includes a keyboard from which said information data relating to the photographed original documents and the photographing conditions are input.

3. A rotary camera for photographing a plurality of original documents successively on a roll of microfilm for recording on said microfilm an error mark if an error condition is detected during the successive photographing operations, said microfilm roll being moved in a direction reverse to a traveling direction of said original documents which are fed successively to be photographed by said rotary camera, comprising:

(a) an original document conveyor assembly for feeding said original documents so as to pass through a photographing position;

(b) a lamp unit for illuminating said original documents at said photographing position;

(c) a lens system for focusing the image-bearing light reflected by the illuminated surface of said original documents;

(d) an exposure roller around which said microfilm passes to be exposed to said image-bearing light, said microfilm being exposed to said image-bearing light while being moved in contact with said exposure roller;

(e) a light emitting assembly in opposition to said exposure roller for recording said error mark on said microfilm, said light emitting assembly including a plurality of light emitting elements disposed uni-dimensionally;

(f) an instruction system for supplying a signal for instructing the recording of said error mark on said microfilm; and

(g) a controller for selectively energizing said light emitting elements in response to said signal supplied from said instructing system to emit light in synchronism with the movement of said microfilm to record said error mark on said microfilm.

4. The rotary camera according to claim 3, wherein said error mark is a jam mark and said instruction system includes a jamming detector for detecting jamming of said original documents to supply a signal for instructing to record said jam mark, and wherein said controller energizes said light emitting elements selectively in response to said signal supplied from said instruction system to record said jam mark on said microfilm and then said controller controls said rotary camera to stop photographing of the original documents after said error condition is detected.

5. The rotary camera according to claim 4, further comprising a sensor for sensing feeding of said original documents to said photographing position to generate output signals when respective original documents are fed to said photographing position, said jamming detector recording said output signals from said sensor to detect jamming of said original documents when the time interval between the successive output signals from said sensor is greater than a predetermined time.

6. The rotary camera of claim 4 or 5, further comprising a counter for counting the number of original documents photographed before the occurrence of jamming, said controller energizes said light emitting elements selectively to record the number of already photographed original documents together with said jam mark.

7. The rotary camera according to claim 3, wherein said error mark is a lamp failure mark and said instruction system includes a lamp failure detector for detecting an insufficiently illuminated condition of said original documents to supply a signal for instructing a lamp failure mark to be recorded, and wherein said controller energizes said light emitting elements selectively in response to said signal supplied from said instructor to record said lamp failure mark on said microfilm roll and then said controller controls said rotary camera to stop photographing said original documents after said insufficiently illuminated conditions is detected.

8. The rotary camera according to claim 7 wherein said lamp failure detector comprises a photo-sensor for sensing a light quantity illuminating said original documents, and a comparator for comparing the sensed light quantity with a standard light quantity to generate said signal for instructing said lamp failure mark to be recorded when the sensed light quantity is lower than said standard light quantity.

9. The rotary camera according to claim 7 further comprising a counter for counting the number of original documents photographed before the occurrence of said insufficiently illuminated condition, said controller energizing said light emitting elements selectively to record the number of already photographed original documents together with said lamp failure mark.

10. A method of photographing a plurality of original documents wherein said original documents are reloaded on a rotary camera after jamming occurs in photographing operation run, in the order that said original documents were originally loaded in the run during which jamming occurred, said microfilm being moved to pass through an exposure position without photographing the original documents which have been already photographed in said first run under a normal unjammed condition, photographing of the original documents in the reloaded run being initiated from the original documents which has been fed to said exposure position at the occurrence of said jamming based upon a signal from a counter which counts said original documents as said original documents are fed to said exposure position, said jamming being detected when a time interval between counting of successive documents is greater than a predetermined time.

11. A method of photographing a plurality of original documents wherein said original documents are reloaded on a rotary camera after jamming occurs in photographing operation run, in the order loaded in the run during which jamming occurred, and wherein the first original document at the occurrence of jamming in the preceding operation run its photographed again in the n ext operation run of reloading and photographing the original documents based upon a signal from a counter which counts said original documents as said original documents are fed to said exposure position, said jamming being detected when a time interval between counting of successive documents is greater than a predetermined time.

12. A method of photographing a plurality of original documents wherein said original documents are reloaded on a rotary camera when a lamp failure condition is detected in any photographing operation run, in the same order as loaded in the run during which said lamp failure condition was detected, said microfilm being moved to pass through an exposure position without photographing the original documents which have been already photographed in said first run under a normal unjammed condition, photographing of the original documents in the reloaded run being initiated from the original document which has been fed to said exposure position just at the occurrence said lamp failure condition based upon a signal from a counter which counts said original documents as they are fed to an exposure position, said lamp failure condition being detected when a quantity of light outputted by a lamp illuminating said original documents during exposure fall to a level which is below a predetermined level.

13. A method of photographing a plurality of original documents wherein said original documents are reloaded on a rotary camera when a lamp failure condition is detected in any photographing operation run, in the same order as loaded in the run during which said lamp-off condition was detected, and wherein the first original documents at the occurrence of said lamp failure condition in the preceding operation run is photographed again in the next operation run of reloading and photographing said original documents based upon a signal from a counter which counts said original documents as they are fed to an exposure position, said lamp failure condition being detected when a quantity of light outputted by a lamp illuminating said original documents during exposure fall to a level which is below a predetermined level.