JPS6199987A - Original recording device - Google Patents

Abstract

PURPOSE:To execute quickly the print-out, and to execute easily a book-binding work by providing a recording time page sequence recording means for recording a page sequence in case of recording an original. CONSTITUTION:In case of a book type original, the original is placed on an original read device 100 provided with an automatic original feed device 110, and when a book SW504, a total page number information SW505, and a double- side original SW414 are depressed, and a recording SW409 is depressed in this state, the original read device 100 reads successively the original, and it is recorded in an optical disk through an optical disk drive device 300. A controlling circuit 201 executes an operation based on information such as a book original, a total page quantity, a double-side original, and 'recording time page sequency information' is recorded as managing information in the optical disk. In case of executing a reproducing print-out, when an original print SW503 is depressed, original information is transferred to a printer 400 from the optical disk drive device 300, in accordance with a sequence of 'recording time page sequence information' under control of a DMAC202, and a two page portion each is printed out in its order.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a document recording device for electronic files and the like.

[Prior Art] In an electronic file using a conventional document recording device, for example, an optical disk device, a document is encoded and recorded on an optical disk.

In order to record a manuscript on an optical disk, in addition to the manuscript information, the number of pages of the manuscript, the sector number in which a predetermined page is recorded, page order information necessary for reproduction printout, etc. are also recorded. Information other than the above manuscript information is recorded as management information. The document information and management information are recorded separately on the optical disk.

Not shown in FIG. 11, document information is sequentially recorded from the outer circumferential direction of the optical disk toward the inner circumferential direction, and the document information is recorded sector by sector over a plurality of sectors. On the other hand, the management information is recorded from the inner circumferential direction to the outer circumferential direction of the optical disc, and is recorded in units of sectors.

By the way, on an optical disk, the original information is not necessarily recorded continuously, but during playback, the original information is recorded in ascending order of page number (that is, from the page with the least number of pages to the page with the most number of pages). Information is read. This is because the order in which the document information is read is in accordance with the management information. That is, the page order information, which is one of the management information, is recorded by rearranging all of the recorded pages from the first page to the last page in ascending order of page number.

For example, when recording a double-sided document with only one page printed on one side using an automatic reading device, as shown in FIG.
Only the odd-numbered pages on the front side are read and recorded, and the second time, only the even-numbered pages on the back side of the document are read and recorded. However, when recording page order information, information for outputting document information in ascending order of page number over the entire document is recorded in sectors of one optical disc as one of the management information. That is, it is recorded as page order information.

If you want to print the original information on both sides after recording it in this way, first extract only the odd numbered pages from the original information recorded on the optical disc and arrange them in ascending order. This requires the operation of selecting only even-numbered pages from the manuscript information and arranging them in ascending order. In other words, since the page order information that was once rearranged is rearranged when recording the manuscript, there is a problem in that it takes time to prepare for printout.

Furthermore, when printing multiple pages of content on one side of a sheet of paper, reading and recording a document, and then reproducing and printing it out, the processing speed is expected to be extremely fast. An example is a book-type original M (center-bound weekly magazine type manuscript) as shown in FIG. 13, or a so-called two-page spread manuscript.

In other words, in the above-mentioned book type manuscript, if it is possible to read and record two pages at a time, the right page and the left page, as shown in the figure, and then reproduce and print them out,
Faster processing can be expected than when reading, recording, printing, etc. are performed on a page-by-page basis.

[Objective of the Invention 1] The present invention has been made by focusing on the problems of the prior art described above, and is to quickly print out a double-sided manuscript, a book-type manuscript, a spread manuscript, etc. after reading and recording it. It is an object of the present invention to provide a document recording device that can facilitate bookbinding operations.

[Embodiment J of the invention FIG. 1 is a block diagram showing one embodiment of the present invention.

The original VA reading device 100 has an automatic document feeder of the same type as that provided in a copying machine, etc., and a detailed example thereof is shown in FIG.

The electronic file main body 200 includes a control circuit 201 and a DMAC.
(Direct memory access controller) 20
2 and 6, control peripheral devices and record on optical disk 8
Although this document is used to search for information that is available, only the portions necessary for explaining the present invention will be described.

The control circuit 201 is a circuit that controls peripheral devices, and controls the peripheral 1N25 via a control path. The control circuit 201 also includes a recording page order recording unit that records the page order when recording a manuscript, and a manuscript status recording unit that records information regarding the status of the manuscript on a recording medium. be. Therefore, the document status recording means records whether one side of the document is printed on one page or multiple pages.

The DMAC 202 performs data transfer at high speed via the data bus. The control bus is a bus for communicating control data between the control circuit 202 and peripheral devices, and the data bus is for data transfer between each section via this bus.

The optical disk drive device 300 manages document information and management information by driving an optical disk.

In addition, the code|symbol 400 is a printer, the code|symbol 501 is a recording SW,
502 is a print SW1 503 is an original print SW1 504 is a book SW, 505 is a total page number information SW, 506 is a double-sided document SW, 5
07 is a display that displays the number of pages and the like.

FIG. 2 is a diagram showing an example of an automatic document feeder.

The automatic document feeder 110 includes a document supply tray 111 on which documents are placed, a document supply side drive roll 112,
Original supply side driven roll 113 and original transport motor 114
A document discharge side drive roll 115, a document discharge roll 116, a U-turn roll 117, and a document discharge tray 118 are provided.

Next, the operation of the above embodiment will be explained.

First, the operation when recording a document by printing one page on one side will be explained.

First, as shown in FIG. 3, only one side of a double-sided document (that is, only odd pages) is supplied to the document supply tray 111 of the document reading device 100 to a document reading section (not shown). In this way, only the odd pages of the manuscript are read,
The originals are stacked on the original output tray 118, as shown in FIG. 4, with the even numbered pages facing down and the originals with fewer pages facing down.

After reading the odd pages, as shown in FIG. 5, the document is fed from the F side to the document reading section without changing the front and back directions of the document.

Next, book type (weekly magazine binding type A3 size (A4
A case will be described in which a document of size x 2)) is recorded, reproduced, and printed out.

FIG. 6 shows the reading order of a book type manuscript and the page order information in the management information.

A document reading device H? equipped with an automatic document feeder 110? 10
0, and press the book 5W504 to notify the control circuit 201 that the document is a knock type, and at the same time display the total page number information 5W.
By pressing 505 for the total number of pages, total page number information is input to the control circuit 201. As a result, the total number of pages is displayed on the display 507. and,
By pressing the double-sided original 5W414, the control circuit 201 is notified that it is a double-sided original. Record 5 in this state
When W409 is pressed, the document reading device 100 sequentially changes to 11?
The information is transferred to the DMAC 202, data bus 4o8. The information is recorded on an optical disc via the optical disc drive device 300.

This kind of document reading operation is performed in the state shown in Figure 6 "First reading (front side)", in which the front side of the document is moved from the outer circumference of the optical disc toward the inner circumference. Subsequently, the back side of the document is recorded in the same manner as shown as [Second reading (back side)].

After that, the control circuit 201 performs calculations based on information such as that it is a book manuscript, the total number of pages, and that it is a double-sided manuscript, and the information shown as "recording page order information" in FIG. 6 is the management information. recorded on an optical disc.

Furthermore, the information shown in FIG. 6 as "ascending page order information" (the same information as the conventional page read order) is also recorded on the optical disc as management information.

If you want to start the playback printout, proceed as follows.

First, the electronic file main body 200 uses the search function to search for information about the above-mentioned manuscript.

Then, press Original Print 5W503 and DM
Under the control of the AC 202, the document information is transferred from the optical disk drive device 300 to the printer 400 in the order shown in FIG. Ru. In this case, rorJ is displayed on the display 507 (Ori
ainal) is displayed. The printout is performed in A3 size increments (two A4 original pages each).

That is, first, the image printed on the front side of the document is printed out, and when the front side is finished printing, the printer 400 temporarily stops. Next, the printer 400 is loaded with paper so that printing can be done on the back side of the output paper.
When the user presses the original print button 5W503 again, printing of the image that was printed on the back side of the document starts in the same way, and when that is finished, the printer 400 stops and the "Or" display on the display 507 also disappears.

Through the above operations, the original is printed in the same state as when it was recorded (the same state as the original), and a copy is quickly made.

On the other hand, if only the print 5W 502 is pressed at the start of printout, the DMAC 202 transfers the original information from the optical disk drive @ 300 to the printer 400 in the order shown as "ascending page order information" in FIG. The pages are printed out one page at a time in the order shown at the bottom of FIG.

In addition, in Fig. 7.8 of the Nukabako, the recording operation of the document behind the above-mentioned operation is shown by flow 11-]-, and in Figs. 9 and 10,
In addition to the above operation, the original printing operation is 70-degrees and 27 combs.

Furthermore, in the explanation of the above embodiment, it was explained that a printed manuscript is used, but a handwritten manuscript may also be used.
You may also use manuscripts with pictures in addition to text.

[Effects of the Invention] The present invention makes it possible to quickly print out double-sided manuscripts, book-type manuscripts, double-page manuscripts, etc. in the same condition as when they were read, after reading and recording them, and also facilitates bookbinding. It has the effect of being able to

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing an embodiment of the present invention, Fig. 2 is a perspective view showing an automatic document feeder, Fig. 3 is a perspective view showing a document supply tray, and Fig. 4 is a perspective view showing a document ejection tray. 5 is a perspective view showing the document feeding procedure, FIG. 6 is a view showing the reading state and page order information, and FIGS.
The figure shows a flowchart 1-1 showing the original reading operation. Figs. 9 and 10 are flowcharts showing the printing operation. Fig. 11 shows an optical disc. Fig. 12 shows the reading degree and page order information in the conventional example. 13 are explanatory diagrams of a book type manuscript. DESCRIPTION OF SYMBOLS 100... Document reading device, 110... Document automatic feeder, 111... Document supply tray, 118... Document discharge tray, 200... Electronic file main body, 201
. . . Control circuit, 300 . . . Optical disk drive device, 400 . . . Printer. Figure 13 Figure 8

Claims (3)

[Claims] (1) A manuscript recording device that separately records manuscript information and management information related to the manuscript information, characterized in that it has a recording page order recording means for recording the page order when recording the manuscript. Recording device. (2) In a document recording device that separately records document information and management information regarding this document information, a recording page order recording unit that records the page order when recording the document; information regarding the state of the document; A document recording device comprising: document state recording means for recording information on a recording medium; (3) The document recording device according to claim 2, wherein the document state recording means records whether one page or multiple pages are printed on one side of the document.