JPS62159569A - Information recording system - Google Patents

Abstract

PURPOSE:To improve an operation efficiency in the arrangement and sorting of information by recording the information so as to store recording papers in the sequence of page by recording the information read from an original in a memory means once and reading the information from the memory means in the prescribed sequence of the pages. CONSTITUTION:Since the recording paper 18 on which the information is recorded in a recording part 16 is discharged to a copying tray with a recording surface directed upward, the original are mounted in the sequence of the pages with a reading surface directed downward, an operator sets the information so as to output it from a memory part 15 from the recording part 16 in the sequence of the pages opposite to the sequence read in a reading part 12 from an operating part 14. A control part 13 outputs a reading instruction to the reading part 12, the reading part 12 reads the information of the original 17 sequentially in the sequence of the pages, the read information is stored in the memory part 15 once and read in the sequence of the pages of the instruction of the control part 13 according to the instruction of the control part 13. From the control part 13, the instruction for outputting the information in the sequence of the pages opposite to the reading sequence according to the instruction from the operating part 14 is outputted. Accordingly, from the memory part 15, the information in the opposite sequence of the pages to the reading sequence, namely, from the posterior page is outputted to the recording part 16 and recorded in the recording paper 18 in the recording part 16.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to an information recording system, and more particularly, to an information recording system that improves the organization of recording paper on which information is recorded.

(Prior Art) Generally, in an information recording system, such as a copying machine or a facsimile machine equipped with an automatic document feeder, information on stacked documents is sequentially read and recorded on recording paper in the order of reading.

For example, in a copying machine, as shown in FIG. 4, originals 1 stacked in page order with the reading side facing down are read in page order by the reading section 2, and the read information is sent via the control section 3. It is sent to the recording section 4. The information sent to the recording section 4 is recorded on recording paper 5 in the order in which it is read, and is stacked on a copy tray.

In this case, when the recording sheets 5 are stacked with their recording surfaces facing down, they are stacked in page order, which is convenient for organizing and classifying information.

However, in order to make it easier to check the recording state, the recording sheets 5 are generally stacked with the recording surface facing up.

Therefore, the recording paper 5 is arranged in the reverse order of the page order, that is,
The subsequent page is stacked on top of the previous page. As a result, when organizing and classifying information, the page order of the recording paper 5 must be changed, resulting in a problem of poor work efficiency.

(Objective of the Invention) Therefore, the present invention stores information read from a manuscript in a storage means, reads the information from the storage means in a predetermined page order, and records the information so that the recording paper is stored in page order. The purpose is to improve the efficiency of organizing and classifying information.

(Structure of the Invention) In order to achieve the above-mentioned object, the present invention provides an information recording system that sequentially reads the information of the accumulated manuscript and records it on recording paper, and includes a storage means for storing the information read from the manuscript, It is characterized in that information is read out from the storage means in a predetermined page order and recorded on recording paper.

Hereinafter, the present invention will be specifically explained based on examples.

FIG. 1 is a diagram showing an embodiment of the present invention, and this embodiment is applied to a copying machine.

In FIG. 1, 11 is a copying machine, and the copying machine 11 is
It includes a reading section 12, a control section 13, an operation section 14, a storage section (storage means) 15, and a recording section 16. A plurality of original documents 17 are placed on the reading unit 12 in page order with the side on which information is written facing down, and the reading unit 12 automatically scans the information of the original 17 one page based on a signal from the control unit 13. Read one by one. The read information G is stored in the storage section 15 and is then sent to the control section 13.
are read from the storage unit 15 in accordance with the order of instructions from
It is output to the recording section 16. The operation section 14 is a section where an operator inputs commands to the copying machine 11, such as the number of copies to be made, the output page order of information from the storage section 15, and the like. The storage unit 15 is composed of, for example, a RAM, and stores information on a predetermined number of originals at the same time. Further, the storage unit 15 outputs the stored information on the plurality of pages of bones in the order of commands from the control unit 13. The recording section 16 records the storage section 1 using an electrostatic recording method, for example.
The information sent from 5 is recorded on recording paper 1 in the order in which it was sent.
8, and the recording paper 18 on which the information has been recorded is discharged onto the copy tray with the recording surface facing up in the recording order.

Next, the action will be explained.

In this copying machine 11, the recording paper 18 on which information has been recorded in the recording section 16 is ejected to the copy tray with the recording side facing up. If the pages are placed in order, the operator can
The information is set to be outputted from the storage section 15 to the recording section 16 in the page order opposite to the order read by the reading section 12. The control unit 13 controls the reading unit 12 according to instructions from the operation unit 14.
The reading unit 12 sequentially reads the original 17 in page order.
Read information. The read information is temporarily stored in the storage unit 15 and then controlled. '11 According to the command of section 13, control section 1
The pages are read out in the page order of the 3 instructions. Now, the control unit 13 outputs a command to output pages in the reverse order of the reading order based on an instruction from the operation unit 14. Therefore, the storage unit 15 outputs the page order reverse to the reading order, that is, the information of the next page to the recording unit 16, and the recording unit 16 outputs the information on the recording paper 1.
Recorded in 8. The recording paper 18 on which information has been recorded is discharged from the recording section 16 to a copy tray with the recording side facing up.

However, since information is recorded on the recording paper 18 starting from the next page, the recording paper 18 on which information is recorded is accumulated in the copy tray in descending page order from the top.

Therefore, it is possible to eliminate the need to adjust the page order of the recording sheets 18 stored in the copy tray of the copying machine 11 again, thereby improving the efficiency of organizing and classifying information.

FIG. 2.3 is a diagram showing another embodiment of the present invention, and this embodiment is applied to a facsimile communication system.

In FIG. 2, reference numeral 21 denotes a sending facsimile device, and the sending facsimile device 21 includes an operation console 22, a central processing unit (CPU) 23, a memory 24 as a storage means, a scanner 24, a plotter 26, and a communication control device 27. We are prepared.

The console 22 is the so-called operating unit of the sending facsimile machine 21, and the operator can control the sending facsimile machine 21.
This is the part that operates the. The central processing unit 23 is the operation console 22
scanner 25 and plotter 26 based on commands from the communication control device 27 and signals from an external line input from the communication control device 27.
It also controls communication with external lines via the communication control device 27. The scanner 25 is equipped with an automatic document feeder, and sequentially reads information from a plurality of documents 28 stacked with the side on which information is recorded facing down, and converts the information into electrical signals.

The plotter 26 is a recording device using an electrostatic recording method or the like, and records information sent from an external line on recording paper. The memory 24 is composed of a buffer memory, etc., and temporarily stores the information read and encoded by the scanner 25, and transmits it to an external line via the communication control device 27 according to instructions from the central processing unit 23. Further, the memory 24 is connected to the communication control device 2.
7 and outputs the stored information to the plotter 26 according to instructions from the central processing unit 23. The communication control device 27 has a built-in automatic call origination/reception type network control device (AA-NCU), and controls communication with external lines.

In FIG. 2, 31 is a receiving facsimile machine, and the receiving facsimile machine 31 includes an operation console 32, a central processing unit (CPU) 33, a scanner 34, and a professional seventer 3.
5 and communication system W36. The receiving facsimile machine 31 differs from the transmitting facsimile machine 21 in that it does not have information storage means. Therefore, the receiving facsimile device 31 outputs information via the communication control device 36 in the page order of the document 37 read in the memory 24, and the plotter 35 outputs the information in the order in which it was input via the communication control device 36. Record the ttra on recording paper for 3 days,
The recording paper 38 is discharged onto the copy tray with the recording side facing up.

Next, the action will be explained.

In the sending facsimile device 21, the scanner 25 reads the information on the placed document 28 in page order and stores it in the memory 2.
Memorize it once in 4. Since the sending facsimile device 21 has a memory 24, when communicating, it determines the recording output attributes of the destination, i.e., whether to eject the recording paper into the copy tray with the recording side facing up or with the recording side facing down. It detects whether the information is to be ejected to the copy tray, and determines the transmission order of information according to the attributes of the recording output of the transmission destination. The attribute of this recording output can be detected on the receiving side by transmitting it from the transmitting side using, for example, a DIS signal (digital identification signal) among the control signals according to CCITT Recommendation T.30. That is, when the recording paper is ejected to the copy tray with the recording side facing up, a specific bit in the DIS signal is set to "1", and when the recording paper is ejected to the copy tray with the recording side facing down, the specific bit in the DIS signal is set to "1". The attribute of the facsimile machine 31 on the receiving side is detected by setting the specific bit to "0" and checking this DIS signal on the transmitting side.

Now, the receiving facsimile device 31 discharges the recording paper 38 recorded by the plotter 35 onto the copy tray with the recording side facing up, so the receiving facsimile device 31 outputs the recording paper 38 printed by the plotter 35 to the copy tray, so that the receiving facsimile device 31 outputs the recording paper 38 printed by the plotter 35 to the copy tray, so that the receiving facsimile device 31 outputs the recording paper 38 recorded by the plotter 35 to the copy tray, so that the receiving facsimile device 31 outputs the recording paper 38 recorded by the plotter 35 to the copy tray, so that the receiving facsimile device 31 outputs the recording paper 38 recorded by the plotter 35 to the copy tray, so that the receiving facsimile device 31 outputs the recording paper 38 recorded by the plotter 35 to the copy tray. In response to a call from , a specific bit of the DIS signal is set to "1" and output. The sending facsimile machine 21 detects that the specific focus of this DIS signal is "1", and after training and confirming that the sending facsimile machine 21 is ready for reception, transmits the information stored in the memo IJ 24 from the next page. The data are outputted via the communication control device 27 in the order in which they are placed. Therefore, in the facsimile machine 31 on the receiving side, the plotter 35 records in the feeding order starting from the last page, and the recording sheets 38 on which information is recorded are stored in the copy tray in sequence with the recording side facing up.

As a result, the recording sheets 38 on which information is recorded are accumulated in the copy tray in descending page order from the top.

Therefore, in this embodiment as well, it is possible to omit the work of adjusting the recording sheets 38 accumulated in the copy tray of the receiving side facsimile machine 31 to the page order again, and to organize and organize information.
The efficiency of classification work can be improved.

In the other embodiments described above, only the transmitting facsimile machine has a storage means, but conversely, the present invention can also be applied to a case where only the receiving facsimile machine has a storage means. In this case, the receiving facsimile detects the attribute of the output of the sending facsimile, that is, whether it is to be sent in page order or in the order of placement, and records the order in which information is read from the storage means accordingly. Decide by considering the output attributes. At this time, the receiving facsimile determines the attributes of the sending facsimile by detecting whether a specific bit in the DC3 signal (digital command signal) sent from the sending facsimile is "l" or "0". To detect.

Furthermore, when both the sending facsimile and the receiving facsimile have storage means, one of the facsimiles only needs to perform one of the above functions.

(Effects) According to the present invention, recording sheets can be stored in page order,
Work efficiency can be improved in organizing and classifying information.

[Brief explanation of drawings]

FIG. 1 is a schematic block diagram of an embodiment in which the information recording system of the present invention is applied to a copying machine. 2.3 shows an example in which the information recording system of the present invention is applied to a facsimile communication system, FIG. 2 is a schematic block diagram thereof, and FIG. 3 is a time chart of control signals of the facsimile communication system. FIG. 4 is a block diagram showing a copying machine which is a conventional information recording system. 11...Copying machine, 12...Reading unit, 13...Control unit, 14...Operation unit, 15...Storage unit, 16...Recording section, 17...Document, 18...Recording paper, 21...Sending side facsimile device, 22...
...Operation console, 23...Central processing unit, 24...Memory, 25...Scanner, 26...Plotter, 27...・Communication control device, 28... Original, 31... Receiving side facsimile device, 32...
...Operation console, 33...Central processing unit, 34...Scanner, 35...Plotter, 36...Communication control device, 37... ...manuscript, 3 days...recording paper. Figure 1] 5 12. Reading part 13: Pr'J first part 14: , Nashii Shimokuni 15. Recording, wholesale 16. Recording 1 evil Figure 2

Claims (1)

[Claims] In an information recording system that sequentially reads information from accumulated manuscripts and records them on recording paper, a storage means for storing information read from the manuscript is provided, and the information is read from the storage means in a predetermined page order and recorded on the recording paper. An information recording system characterized by: