JPS5862733A - Japanese word processor - Google Patents

Abstract

PURPOSE:To save transmission and reception and to rationalize the system, by transmitting and receiving accessory information in addition to document information and automatically detecting whether or not the reception is possible from the information for retrieval stored in a specific area out of an incoming information memory. CONSTITUTION:The transmission side inputs a reception request signal to a communication controlling unit 111 via a line L and an MODEM M prior to the transmission of document and inputs the signal to a CPU100 via an I/O bus 121. The CPU100 discriminates the receptible state and returns the possibility. The transmission side receives a transmission permitting signal and transmits the data length of document information to be transmitted, and the CPU100 checks the margin in a storage capacity of a storage area 102B and when the capacity is assured, the transmission permitting signal is returned. The transmission side transmits the document information, the CPU100 stores the information in the storage area 102B to retrieve the memory 100 and to discriminate whether the information is to be printed 106 instantly or stored. Thus, the transmission and reception is automated for man-power saving and the transmission job of the document can be made efficient.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a Japanese word processor used in a BUTSUKU transmission V-stem.

Conventionally, when transmitting document information between Japanese word processors f (hereinafter referred to as JWP) via a communication line, the following transmission means have been adopted.

That is, when transmitting document information, the sender and receiver communicate with each other in advance, and the sender sends a JWP with the status 1! (transmission mode), and the receiving side sets JWP to receivable state 1s (receiving mode), so that the sending side and the receiving side synchronize with each other and transmit document information.

However, with such document transmission means, it is only possible to transmit document information between JWPs when both the sending and receiving JWPs are in a state where they can send or receive data. Therefore, it is not possible to send or receive document information at any time regardless of the operating state of the other party.
The present invention has been made in view of the above-mentioned circumstances, in that P is dedicated, which poses a problem in terms of workability and requires operator intervention during the reception period. The purpose of this is to enable both the sender and the receiver to send and receive document information at any time regardless of the state of the other party, and to provide an automatic incoming call processing system that can arbitrarily recognize 44N text messages as needed. Our purpose is to provide a Japanese word blog with four functions.

Another object of the present invention is to provide a Japanese food processor that can quickly and accurately select desired document information from a group of document information accumulated through its own kb1 communication processing, and output it in print or display. It's about doing.

An embodiment of the present invention will be described below with reference to the Fg plane. FIG. 1 is a block diagram showing the system configuration of the main parts in an embodiment of the present invention. In FIG. (hereinafter referred to as CPυ), 10 is DM pass 120v
The main memo 9 (Mg
M), part of which includes a specific area (hereinafter referred to as nursing care information or information search area) that stores document inspection information for selecting desired information from the accumulated incoming information group. 1
01 mu is provided. 102 is an FDD for document files that stores the document information inputted in dark characters on the own device side, and zozB is an FDD for storing the document information of the other party's device (
This is an FDD for incoming call information files that stores document information sent from the sender (JWP) and additional information unique to the document in respective predetermined areas. 181 is CPUJ#
Under the control of # (:F DD J #jjL, 1 #
FDD controller (
1-4 is various character pattern data including kanji (for example, 24 dots/character)
This is a character pattern memory (hereinafter referred to as KPM) that stores . 1111 is a CRT@Kibe that displays and outputs document information including kanji V, guides y, etc., and lag is a printer (Plk'r) that prints out document information including kanji.
), 101 is a CRT controller (hereinafter referred to as CRT-C) that controls the display output of the eilT display section 1111, and ZOa is a printer controller and controller (hereinafter referred to as PilT-C) that controls the print output of the printer 10g.
It is. The above CRT-C101 and i'RT-Cxo
a stores pattern data of characters (including the #1 character) to be displayed or printed from the KPM 104 via a dedicated path (hereinafter referred to as the KPM bus) 122 unique to accessing the KPM 704; The configuration and circuit connection example of 122 are shown in detail in %w4 Introduction No. 53-93811.

10 is a keyboard unit (Kn) comprising various data input keys and funkrayon keys used for document input processing work, koji collection work, etc.; Incoming document automatic output key - PKm and FDDI for immediately printing (or displaying) received document information as a type of key.
An incoming text *m selection key -FK b is provided for selecting arbitrary document information from among the incoming information group stored in olB. The iio sends various information input from the keyboard unit 109 to the CPU 100 via the 110 path 121.
This is a keyboard controller (MBC) for sending data to the computer. 111 is connected to CPUJO# via I10 bus 121, and under the control of CPU10o, it exchanges document information and its accompanying information with the other device via modem (M), communication line (L), etc. Furthermore, there is a communication steel wire unit (hereinafter referred to as CCU) that controls the transmission and reception of various signals in the transmission control procedure.

FIG. 2 is a block diagram showing the internal components of the CCUfJJ. In the figure, 201 is a modem interface circuit that interfaces with the modem (M), and sex is the CP
An input/output interface circuit that interfaces with the U side, that is, the I10 path 121, 20J is a transmission buffer that temporarily stores transmission data to be transmitted, 2.04 is a reception buffer that temporarily stores reception data, and 2#l is a transmission buffer. 20
Parallel/serial conversion for converting the data stored in J into serial data, converting the serial data received via the modem interface circuit 201 into parallel data in predetermined bit units (for example, byte units), and providing the parallel data to the reception buffer 204 It is a circuit. 206 is a control unit that controls each functional unit in the CCUll under the control of the CPU 100, and it uses a specific code (CC) fixed in advance.
It has a generation part 206m, and when receiving document information,
/08 Sus 12 The above specific code (CC) indicating that the document information is received at the head of the sent document information
It has the function of adding.

FIG. 3(1) is a diagram showing the information contents stored in the incoming call information axis search area 101m in the main memory 101, and FIG.
) is the document information and incidental information in FDDJOjB @(
This figure shows the accumulation state of the Bunbetsu Catalog (hereinafter referred to as Bunbetsu Catalog).
C) is the same as a! This is a diagram showing the items of the document catalog in 3(b).

FIG. 114 is a flowchart showing the operational flow of automatic call reception processing executed under the control of CPUJOo.

FIG. 5 is a flowchart showing the operation flow for selecting an arbitrary document from the group of incoming calls stored in the PDD 702H.

Here, the operation of one embodiment will be explained. First, the operation Ia m
At 1 knee #ite, under the CPU J o go@m, CCUll is set to receive mode. Furthermore, when the TG sentence automatic output key-FKm of the keyboard unit 10 is operated in order to automatically print out the document information received during automatic incoming call processing, this key operation signal is transmitted via the keyboard controller 1101 and the I10 path 121. CPU100
A control flag c (hereinafter referred to as unevenness lag) indicating the output mode of the incoming document in the CPU 100 is set. When transmitting document information, the other party's device (JWP of transmission price) first transmits a reception request signal. This reception request (No. 5 is the communication line (L) and modem (
M) is input to CCUll, and after predetermined data geography (V real-parallel conversion processing) is performed, I1
0 bus 121 to CPUJO# (FIG. 4, 1 to d). When the CPU 100 receives this reception request (No. 5), the CPU 100 receives the reception request (No.
g Determine whether or not it is in the receivable state, and if it is in the receivable state, send the first transmission permission signal (50-m) to the I10 node 1.
Send to ccυ111 via 21. The CCU 11 J sends this transmission permission signal (MuC-5) to the other party's device via the modem (M) and the 4th line 11 (L) ('s4 Figure e,
f).

Opponent side 11i! When i receives this transmission permission signal (AC-ON), it transmits a length code indicating the data length of the document information to be transmitted, prior to transmitting the document catalog and document information. When CI'Uroo receives this code, the storage area according to the code contents is stored in 11) D102B (whether it can be secured or not, that is, in FDD102B, a document catalog of 1 block and a document with the data length indicated by the above code). It is determined whether there is enough capacity left to store the information, and when the area is secured, a transmission permission signal (MuC-8) of s2 is sent to the other party's M device via the CCUI 11 (
4g to i), when the destination 411f 17I receives this transmission permission signal (MuC-8), it first transmits a document catalog with the contents shown in FIG. 183(C), and then transmits document information. CPU1#0 gives a write command to PDCJ#J to store the document catalog and document information received by CCUJJJ in a predetermined area in FDDJjJB. As a result, under the control of PDCJ#J, document catalogs and document information are divided into predetermined areas and stored in FDDJJJB in the order of arrival, as shown in FIG. 3(b). At this time, 10 passes 121 from CCUJ J J
The control unit 20- in the CCUJJJ adds a specific code (CC) to the document information outputted above, indicating that the document information is received in the abdomen. CPU
When 1#0 detects that all the document information with the data length according to the above-mentioned length code that has already been input has been stored in FDDJjJB, it now stores it in FDDJjJB and also outputs the 3rd W for the incoming information (document catalog and document information).
J (a) l; Main memo 91# for examination information of the contents shown.
The incoming call flag within 1 is t/m. If the message flag is raised and the incoming call information automatic output mode is displayed, the latest incoming call information stored in FDDJjJB,
That is, the document catalog and document information 1Nt that have been stored in PDDZoJB are now output one after another, and this information is printed out from the printer lag (4th @lj to exit). After that, return to reception ambush II (Fig. 4C) and wait until the next reception.
Other business office 3! (For example, document hexagonal processing, -collection, printing processing, etc. on the own device side) can be executed. or,
When determining the automatic output mode of incoming call information, that is, when determining the mu flag (Fig. 4, 1), if the 5 flags are not set, after the incoming call information is stored in the raDlozg, the receiving wait time is 1 m.
Return to (Fig. 4d). In addition, if the area cannot be secured in FDDI02B area securing judgment #- (Fig. 4 k),
It is sent to the other party's SWI device via the transfer waiting signal kccUxJJ, and a message indicating that the received document cannot be accepted is displayed on the CRT display section 105 (FIG. 4, 0.9). Also, when selecting an arbitrary document from the document information group already stored in the PDI 102B, use the incoming document selection key FK provided on the keyboard unit 109.
Operate b. When CPU1#0 is received, first, a group of search information is successively output from the incoming call information search area 101 in the main memo 91121, and output control is performed to the CITT display section 10M in a predetermined list format. When a document name consisting of these is selected, the FDD is then
A document catalog corresponding to the selected document name is successively displayed from JjJB, and output control is performed on the CRT display section 101.

If the incoming document selection key FKb is further operated here, based on the document pointer specific to the selected document catalog, the document i-report corresponding to the selected document catalog is read out from the FDDI02B and displayed on the CRTjll. Section 101
Ward 101 is closed. This incoming call list selection operation 7cy-
Part sv! Shown in A.

In the above embodiment, the length code indicating the data length of the document information to be received is sent to the other party in advance.
Based on the code contents, the FDDI
02B area is determined, but it is not limited to this. For example, in cases where the document information sent from the other party *t is predetermined within the data length range, the other party When receiving a reception request from the side VIW/l, a certain area may be reserved in FDDI 02B at will, and then a transmission permission signal may be immediately sent to receive document information and a document catalog. . or,
In the above embodiment, incoming call information and self! The document information input on the 1Fit side is stored in separate FDDs (101
Mu.

For example, when the amount of document information to be handled is relatively small, the above-mentioned information may be stored in the same FDD in separate areas.

As detailed above, according to the Nihonsaki word processor of the present invention, the incoming document information processing work can be automated, and both the sending and receiving sides can send and receive arbitrary document information regardless of the status of the other party's device. Therefore, the burden on the operator can be significantly reduced, documents can be transmitted smoothly, and document processing operations can be significantly improved.In addition, any document can be sent from among the incoming information group that has already been received and stored. can be selected easily and quickly.

[Brief explanation of the drawing] t! FIG. 111 is a block diagram showing an embodiment of the present invention, FIG. 2 is a block diagram showing the internal configuration of the communication control unit shown in FIG. 1, and FIG. 6) is a diagram showing an example of search information stored in the information retrieval area, and FIG.
is a diagram showing the contents of the document catalog shown in W(b), and FIGS. 4 and 5 are flowcharts for explaining the operation of the above embodiment, respectively. 100...Processing jllV device (cptr)% 101.
・・Main memory (Ml!M), 101 μm・Incoming call information archive area, 102 people, 102 B・−・F DD,
10 J...FDD controller (PDC), 104
...Character pattern memory (KPM), 105...C
RT display section, 106...Printer (PR'l'), 1
0r...CRT controller (cRT-C), 108
...Printer controller (PRT-C), 109.
...Keyboard unit (KB), 110...Keyboard controller (KBC), 111...Communication control x
Chive) (CCU), FKa...Incoming message automatic output key-1FKb...Incoming message remote selection key, M...Modem,
L...Communication line. Applicant's agent Patent attorney Takehiko Suzue Figure 2 CPU Figure 3m (a) (b) Figure 5

Claims (1)

[Scope of Claims] (1) A communication control device that controls transmission and reception of document information and supplementary information specific to the document, and an incoming information storage area that stores the document information and supplementary information received by the communication control device. A main memory having a file memory, a specific area for storing search information according to the contents of the incoming information storage area of this file memory, and a group of search information accumulated in the ** area of this main memory, or the above-mentioned file. This Japanese word presser is equipped with an output for selectively displaying or printing out incidental information or document information stored in the incoming call information storage area of the message. Upon receiving the reception request signal from HR on the other side, the file memo 91; secures an unused incoming call information storage area with a predetermined capacity, and then sends a transmission permission signal to the wristwatch* device. A Japanese word processor according to claim 1.口）Receive information indicating the amount of document information from the other party's device,
Based on that information, it is determined whether or not the received document information and accompanying information can be stored in the incoming call information storage area of the file memory, and when it is possible to store the received document information and the incidental information, the first party *i
1. A Japanese word processor according to claim 1, which causes i to send a transmission permission signal. (4) The Japanese word processor according to claim 1, wherein the incoming call information storage area and the storage area for document information input from the own device have separate file memory structures. (5) A Japanese word processor according to claim 1, wherein the incoming call information storage area and the document information storage area input from the own device are provided in the same memory.