JPS62280829A - Recorder - Google Patents

Abstract

PURPOSE:To easily execute recording work for a retrieving marks, and to prevent the retrieving mark from being recorded by mistake, by recording automatically a different kind of retrieving mark in accordance with an original which is recorded in a recording part, by a signal which is detected in accordance with a kind of item detecting sheet. CONSTITUTION:When an original stops at a prescribed position, a shutter 21 is opened and turned by using a shutter rotation supporting axis 22 as a supporting point for a prescribed time, information on the original is exposed to a film F through a lens 23 and the shutter is closed. When the original is fed by one sheet each and stops at an image exposing position, whether it is a subject detecting sheet or not, and what kind of subject detecting sheet it is are detected by a item detecting sensor 13, and with regard to a retrieving mark, LEDs 41-43 are brought to a turn-on control. Accordingly, with respect to the retrieving mark corresponding to original information, a retrieving mark 52 for showing a large section of the original, a retrieving mark 53 for showing a medium section of the original, and a retrieving mark 54 for switching a small section of the original are automatically recorded, respectively, in accordance with original information 51 which is photographed.

Description

Detailed Description of the Invention 3. Detailed Description of the Invention A. Purpose of the Invention [Field of Industrial Application] The present invention relates to a recording apparatus that sequentially feeds and discharges sheet-shaped originals to a recording section and records them on a recording medium.

[Conventional technology]

Conventionally, this type of recording device has been equipped with a plurality of search marks, such as major divisions, medium division numbers, and small divisions, in order to make it easier to search the recorded information. A search mark was recorded.

In order to record this search mark, conventionally, when a document corresponding to the large section, medium section, and small section is placed in the recording section, the search mark is replaced and placed in the recording section to correspond to the document. Ta. In addition, with regard to devices that electrically record marks corresponding to the originals, before recording the originals corresponding to the large, medium, and small sections, there are
The search was performed by selecting the category of the mark.

[Problem that the invention seeks to solve]

Therefore, in the former case, it was often the case that the search mark corresponding to the classification of the document was forgotten to be replaced or placed incorrectly. In the latter case, it is common to make mistakes in selecting the switch, and if these mistakes occur, especially during the recording process, this can cause inconveniences such as problems with searching when using recorded information. there were.

The present invention has been made in order to solve the above-mentioned disadvantages, and it is an object of the present invention to provide a recording device that can set a plurality of sheet-like originals, automatically record them one by one, and at the same time automatically record search marks. purpose.

Summary: Structure of the Invention [Means for Solving the Problems] The present invention provides sheet-like originals, which are set in a stacked sheet automatic feeder, fed one by one to a recording section, and sequentially In a recording device that records on a recording medium and discharges the sheet-like original from a recording unit after recording, a plurality of types of case classification sheets for classifying cases and a detection means for detecting a plurality of types of case classification sheets. and.

A means for sequentially feeding and ejecting originals set in a stacked sheet automatic feeder to a recording unit, a recording means for recording the sheet-like original, and a search mark for searching the original recorded on the recording medium. and recording means for recording on the recording medium, and automatically records different types of search marks based on the detected signal according to the type of the matter detection sheet, corresponding to the original recorded on the recording medium. This is a recording device characterized by the following.

[For production]

The present invention makes it easy to record search marks by automatically recording different types of search marks in correspondence with the documents recorded in the recording section using signals detected according to the type of item detection sheet. Moreover, there is no need to record a search mark by mistake.

〔Example〕

FIG. 1 shows a schematic diagram of a recording apparatus using microfilm as a recording medium. In FIG. is a presser roller, 5 is a paper feed roller, 6 is a drive roller, 7 is a conveyor belt driven by the drive roller 6, 6 is a guide 9 of the conveyor belt 7 is a paper discharge roller, 10 is a document mounting table, 11 is a paper discharge roller Roller 12 is a paper discharge tray section.

Reference numeral 13 denotes an item detection sensor for detecting an item detection sheet, 14 a microswitch for detecting the presence or absence of an original, 15 an actuator attached to the microswitch 14, and 16 installed on the original table 10 so that the tip of the actuator 15 protrudes. It's a hole.

21 is a shutter, 22 is a rotation support shaft of the shutter 21,
23 is a lens, F is a microfilm, 24 is an aperture, 25 is an opening for image exposure, 26 is a support plate that supports the microfilm F on a plane, 27 is a supply of the microfilm F') -Jl/, 28 is a A take-up reel for micro film F, 29 a drive roller for micro film F, 30 a micro 7 no 11 nom R'/n
1st I bribe ro - → 9Q L de tatsu+rj;
+1. + 2 ・ノ 1-roller, 31 is a guide row for the microfilm F, 32 and 32 are illumination lamps for photographing originals, and 33 is a reflection plate for the illumination lamps 32 and 32.

FIG. 2 shows a perspective view of the aperture 24. In FIG.
It is ED.

Figure 3 shows a portion of the photographed microfilm F. In Figure 3, 51 is the photographed manuscript, A1.
A2...C4 are indicated, 52 is a search mark representing the beginning of the photographed EC manuscript, and 53 is a search mark for counting manuscripts when searching.

FIG. 4 shows the input/output signals of the microcomputer 40 as a control unit in the recording apparatus of the present invention, including the signal from the microswitch 14 that detects the presence or absence of a document to be photographed, and the signal that detects the document classification sheet. The signal from the sensor 13 and the recording end signal (film feed completion signal) are used as input signals, and the control signals for the automatic document feed control circuit, the recording device (photographing device) control circuit, and the search mark recording control circuit are used as output signals. .

Next, the operation of the above embodiment will be explained. In FIG. 1, when the power switch 7000 (not shown) is turned on, the document illumination lamps 32-32 are turned on, and the recording apparatus enters a standby state. In this standby state, the document classification sheet is placed at the beginning of the sheet-like document, and the document is set on the document a placement table 10 with the information side facing downward.

When a document is set on the document table 10, the actuator 15 is pushed by the document and moves, and this movement turns on the microswitch 14, which detects that the document is set on the document table 10.

Next, when the photographing switch (not shown) is turned on, the paper feed roller 5 is lowered by turning on the solenoid (not shown).

Upper belt 2 and lower belt 3 start rotating. Therefore, when the lowest document is fed and sent to the conveyor belt 7 section driven by the drive roller 6, the feed roller 5 is raised by turning off a solenoid (not shown).

As a result, the document becomes free and the conveyor belt 7
When the belt is transported to a predetermined location, that is, the image exposure position, the drive of the drive roller 6 is cut off and the transport belt 7 is stopped.
Hi. This operation causes the document to stop at the image exposure position.

When the document stops at a predetermined position, the shutter 21 opens and rotates for a predetermined period of time using the shutter rotation support shaft 22 as a fulcrum, the information on the document is exposed onto the film F through the lens 23, and the shutter closes.

When the shutter 21 closes, the film feed roller 29, pinch roller 30, and film take-up reel 28 rotate.
The feeding of the film F by a predetermined amount, that is, one frame, is stopped.

When the film F stops, the drive roller 6 and paper ejection roller 9
11 rotates for a certain period of time set by a timer (not shown), the photographed document is discharged to the paper discharge tray section 12, and the drive roller 6 and paper discharge rollers 9 and 11 are stopped.

Next, the above-described operation is repeated until the original on the document storage stand 10 is no longer detected by the microswitch 14. Therefore, the originals on the original storage stand lO are fed, photographed, and photographed one by one.
It will be ejected and everything will be photographed automatically.

When the originals are fed one by one and stopped at the image exposure position,
The matter detection sensor 13 detects whether it is a matter detection sheet or not, and controls the lighting of a search mark LE041442-43, which will be described later.

Therefore, the search marks corresponding to the manuscript information are as shown in FIG.
A search mark 53 representing a subdivision of the manuscript and a search mark 54 representing a subdivision of the manuscript are automatically recorded in correspondence with the photographed manuscript information 51, respectively.

FIG. 5 shows an example of the case detection sheet 50. FIG. (b) is detected. Furthermore, it is convenient and easy to understand when searching by writing the type of classification etc. as shown in the figure on the back side of the major classification detection mark.

FIG. 6 is a flowchart illustrating the operation of capturing a search mark. In the standby state of the recording device described above, select 9 appropriate A-Gourds from among multiple case classification sheets at the beginning of one case.1. When a document is set on the document table 10 with the side surface facing downward, the microswitch 14 detects the document (step 61).

Next, when the shooting start switch is turned on (step 62),
The presence or absence of the original is detected by the microswitch 14 (step 63), and the original is fed to a predetermined location (step 6).
4).

The document classification sheet detector 13 detects and determines whether the fed document is a classification sheet (major classification) (step 65);
If it is not a major classification sheet, the classification sheet detector 13 detects and determines whether it is a minor classification sheet (step 66), and if it is determined that it is not a minor classification sheet, it is determined that it is a minor classification sheet. I can judge.

Therefore, the original is exposed to microfilm F, which is a recording medium, in step 67), the search mark of the subdivision is exposed in step 68), and then the film is advanced a certain amount so that the unexposed film comes to the exposed area. Do (step 69)
.

This means that the original has been exposed with the search mark, and the exposed original is ejected in step 70).
Returning to confirmation of the presence or absence of an original on the placing table 10 (stay, PRO 3), the above-described sequence is repeated. When there is no original on the placing table 10, the photographing is completed.

Next, when the item detection sensor 13 detects that it is a major category in step 65, it sets the exposure of the major category search mark (step 71), exposes the item classification sheet (step 72), and sets the major category search mark. After exposure (step 73), the film advance sequence of step 69 is performed and the above-described operations are repeated.

Next, when the item detection sensor detects that it is a subdivision in step 66, it sets the exposure of the search mark for the subdivision (step 74), ejects the document (subdivision classification sheet) (step 75), Feeding the original (step 76)
.

When the original has been fed, the original is exposed to light in step 77).
Expose the small section search Yark (step 78) 0
Next, go to step 69, the film advance sequence,
Repeat the above operation.

- Therefore, by using the case classification sheet 50 together with a manuscript, search marks for major divisions, minor divisions, and minor divisions are automatically recorded in correspondence with the manuscript.

C. As described in detail, according to the present invention, by using the subject classification sheet together with the manuscript, search marks for major divisions, minor divisions, and minor divisions are automatically recorded in correspondence with the manuscript. This allows you to record search marks quickly and easily.
Moreover, the effect of eliminating recording errors can be obtained.

[Brief explanation of drawings]

Fig. 1 is a schematic diagram of the recording device of the present invention using microfilm as a recording medium, Fig. 2 is a perspective view showing the aperture section of Fig. 1, and Fig. 3 is a view of the microfilm showing the state in which a document has been photographed. 4 is an explanatory diagram showing the input/output signals of the microcomputer, FIG. 5 is a perspective view of the case classification sheet, and FIG. 6 is a flowchart illustrating the operation of capturing a search mark. 2 is an upper belt, 3 is a lower belt, 5 is a paper feed roller, 6 is a drive roller, 7 is a conveyance belt, 9 and 11 are paper ejection rollers, 10
1 is a document loading table, 12 is a paper output tray section, 13 is a sorting sheet detection sensor, F is a micro film, 21 is a shutter, 29 is a film feed roller, 23 is a lens, 32.3
2 is a lamp for document illumination. 31st! ! Figure 5 (C1) (b) Figure 4/, l'1

Claims (1)

[Claims] (1) Set multiple sheet-like originals in the stacked sheet automatic paper feeder, feed them one by one to the recording section, record them sequentially on the recording medium, and after recording, transfer the sheet-like originals to the recording section. In a recording device that outputs a document from a stacked sheet automatic feeder, it sequentially supplies a plurality of types of case classification sheets for classifying cases, a detection means for detecting a plurality of types of said case classification sheets, and sequentially sends documents set in a stacked sheet automatic feeder to a recording unit. a means for feeding and discharging, a recording means for recording the sheet-like original, and a recording means for recording on the recording medium a search mark for searching the original recorded on the recording medium, and the above-mentioned object detection sheet. A recording apparatus characterized in that a different type of search mark is automatically recorded in accordance with the type of document recorded on the recording medium using a detected signal.