JPS6266753A - Message transmission system - Google Patents

Abstract

PURPOSE:To add freely a message having optional contents to a text by allowing a terminal equipment to convert the message to a picture element signal in accordance with the control of a minicomputer and to transmit this signal as a FAX signal in accordance with the insertion position. CONSTITUTION:When a message is inputted from a keyboard KBD 4, a computer SCP 3 performs the input processing of insertion range and position of the message in response to the input designation from the KBD 4 in accordance with preliminarily determined designation to determine the insertion range and the insertion position of the message and designates and sends a destination to a terminal TEQ 2 in accordance with the input of a destination number from the KBD 4.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention includes a function to be connected to a small computer, and
General facsimile function? The present invention relates to a facsimile message transmission system that is implemented in a terminal device that has C9.

[Conventional technology]

When using a facsimile (hereinafter referred to as FAX) device, when sending a message, the sender's name, department number, serial number of the sent document, etc.
Insert it as a message and add it to the top of page n6.
This is transmitted as the ranking recorded at the bottom.

[Problem that the invention seeks to solve]

However, in the past, messages were set in a fixed manner, and when forwarding documents received from other sources, etc.
Even though the entire contents of the message must be changed, this is not possible, and the receiving side of the forwarding does not know what the sender is. This is causing problems such as misunderstandings.

[Means to solve all problems]

To solve all the above-mentioned problems, the present invention has the following measures.
It consists of 9 parts.

In other words, in a terminal device that can be connected to a small computer and has full FAX functions, if the small computer is
Message to be sent to AX Enter the insertion position of this message, and according to this input, the small computer will control the entire terminal device ('This message will be sent to the terminal device fi
f, and the terminal device sends the message according to the control of the small computer? The signal is converted into a pixel signal and transmitted as an F'AX signal according to the insertion position.

[Effect]

Therefore, when a message is sent from a small computer (hereinafter referred to as 5CP) and the insertion position is entered manually, these are given to the terminal device as a character code creation command, and the terminal device converts the gear rough code gold pixel signal to the terminal device. Convert, sword,
The message will be sent depending on the insertion position, and the user is responsible for setting the insertion position based on the content of the message.

〔Example〕

Examples below? The present invention will be explained in detail with reference to the figures shown.

Figure 2 shows an overview of the entire system.Terminal equipment (hereinafter referred to as TEQ) 2 is connected to a subscriber line 1 such as a telephone line.
In addition, it is connected to 5CP3, which includes (1) a keyboard (hereinafter referred to as KBD) 4) a cathode ray tube display (hereinafter referred to as CRT) 5, a floppy disk device (hereinafter referred to as FDE>6). The 5CP3 (YU, N) has all the functions of a normal personal computer and a Japanese word processor, and also has TEQ.
2, 117. It controls the TEQ2 and performs all types of backup.

Mayu, TEQ2 has general functions including FAX function and automatic dial transmission [function as filling machine? Preparedness, FA
During the X function, the method grade of the standard communication method according to CCITTyh notification is G11k! In addition to being able to send and receive fax signals on its own, the 4-part reception record for the fax function can also be made as a printer that can be controlled by three 5CPs. In this case,
1 alphabetic and numeric character 'k' 16x24 dots, 1 van; y, and 1 kanji character '132x32
It is composed of dots, each of which is printed.

FIG. 3 is a block diagram of F'1TEQ2, and F'1 is a block diagram of F'1TEQ2. FAXD is roughly divided into FAX circuit section (hereinafter referred to as FAXD) 11 for functions, control circuit section (hereinafter referred to as CNTD) 12, and telephone circuit section (hereinafter referred to as D) for telephone equipment.
ll is equipped with a 4800 BPS modem (hereinafter referred to as MDM).
) 101, interface (hereinafter referred to as 1/'E>102
．． 103, and a fixed memory (hereinafter referred to as ROM C10
MDMlol is connected to the I/F 102, and the I/F 103 has an operation unit (hereinafter referred to as
0PE) 105, the transmission is a conversion detection circuit (hereinafter referred to as 5)
ENS)106. Receiving recording circuit (hereinafter referred to as RFC) 1
07. Various circuits (hereinafter referred to as MIX) 108 such as a driving motor, a document non-detection circuit, etc. are connected.

In addition, CNTD12 has a variable memory (hereinafter referred to as R,
=(M) 201, microcomputer (hereinafter referred to as μCP) 2 consisting of a microprocessor, memory, etc.
02,■,・'F2O3, Character signal generator for kanji using ROM metal (hereinafter referred to as CCG) 204, similar character signal generator for alpha vent and numbers (hereinafter referred to as ACG) 205
, I/F206 with 5CP3 according to IEEE488-1975 interface bus standard GPIB, I/F20 with SCP3 according to Centronics standard
7. I/F20B with 5CP3 according to EIA standard R8232CK, oscillation sound detection circuit (hereinafter referred to as TDT) used for captain communication 211.75BPS cIMDM
212, automatic dialing circuit (hereinafter referred to as ADS) using pulse or complex audio frequency (hereinafter referred to as MF) signal 213.16
A detection circuit (hereinafter referred to as D
ET) 214 etc., these and FAX Dl
I/F102.103 and I70M104 are connected to each other by a common bus.

In addition, 5CP3 is I/F206 TFC depending on the interface standard of the other side.
is used, and when the TEQ2 is used as a full printer, the printer output of the SCP3 is connected to the I/'F207.

In this case, μCP2O2 executes all instructions in ROM 104, operates keys in 0PE105, and executes I/F'20.
6 or 208k SCP 3 makes decisions on control data processing while accessing the necessary data kRAM 201 according to the commands, work, and detection power of TDT 211 and DET 214. , according to this result, I/'F102.103.
Control of each part via 206 to 208, sending of data and various signals to 5CP3, MDM212, ADS
213 control, switching circuit (hereinafter referred to as SWC) that controls all I/F2O3 valves 215 Control ring of the work relay RL? At the same time, using CCG 204 and ACG 205i, 5
All conversions from character codes to character signals on the CP3 side are performed.

On the other hand, Kanakura's telephone circuits (hereinafter referred to as "places") are installed in place D13, including telephone communication circuits, handset dialing circuits, etc.
301, dial signal switching between pulse and MF''signals;
A control circuit (hereinafter referred to as CN) that controls switching between call origination and hold
T) 302, display circuit (hereinafter referred to as DPK) 303 having a key and indicator light, dial key (hereinafter referred to as DIK) 3
04, a hook switch (hereinafter referred to as H8) 305, etc., are connected to each other, and the position 301 closes or closes the DC loose depending on the output of H8305 corresponding to off-hook and the output according to the operation of DIK304. The work “
All dial calls are made, L9 is used for the other party's response, calls are made using the handset at 301, and CNT
Is there a dial signal on the switch inside 302? Pulse and M
1-y set n1DPK303
At the same time, the CNT302 switches and takes full control according to the key operation, and at the same time, the indicator light of the DPK303 is
) is to be displayed.

Then, place 301 is connected to the switch key of FAXDll, relay RL contact rt'', rt2 all 2 fully connected lines 10 lines Ll, Lx are connected to lt'9, contact rzl , rt2, the L placement 301 is separated,
FAXDll line transformer LTXU jack J!
, J2, the line 1, Lt is connected to the three-turn transformer HYB, and the receiving line 1ltIIR of the three-turn transformer HYB is M
DMl(N, 212 receiver power RI and TDT
211 and through the transmitting side SU 5WC215ffi of the three-turn transformer HYB, MDM 101.2
The sender output SO1 of 12 is selectively connected to the MF signal output MFO of the ADS213. Also, between the contact rt2 and the line transformer LT,
The pulse output DPO of ADS213 is inserted, and a varistor V is inserted between the contact rt2 and the switching key.
A parallel circuit of R1 resistor R+ and capacitor C5 is inserted in the column, and these terminal voltages and contacts rz
l's position 3011n: I'd! Pressure is applied to each input of the DET214.
However, each of the above-mentioned detections is performed twice (one time and one time).

Therefore, in response to the operation of the OPE 105, the FAXDll performs all the controls of the μCP2O2 as a FAX device, controls the MIXloB', and also controls the 5ENS10.
EliFA to the pixel signal fMDM101 of the transmitted original by 6
Converts to X signal, and drives relay RL' via I/F 203k, and SWC215kMD
In order to switch to the M101 side, a FAX signal of grade Gl [M9 is G■] is transmitted.

On the other hand, when a call arrives, μCP 202 drives relay RL and 5
At the same time as switching WC 215 7, setting all reception conditions, controlling MIX 10B', and MDM 101
The pixel signal from IREc107 is given to the pixel signal IREc107, and this ILK processing performs automatic reception 4ff. −
1. When making/receiving calls, press D13 et al.) After 1 operation, 0
13E105 It is the same even if you operate the money\Send-1 Next, reception is performed and the same operation is performed in response to the command of 5CP3.

:f, oh, ΔDS213 The automatic dial call to Kongo was made in response to the commands of SCP 3 η and others, and was also made in accordance with the same commands! JTDT211 Machining MDM
212 is working, KBD4 work CR, 'f'5
Captain communication using r is performed.

2J] 1ko'i i'J:, message? The flowchart shows the control situation when inserting a transmitter.
A) is the main routine, -su/, (B) is the lower routine, in each step (S) is 5CP3i1111, (μ) is μ
The process is executed by the processor (hereinafter referred to as CPU) on the CP 202 side.

That is, in (3), KBD4 η Tamemono 1
Does Metsuse have enough manpower? If ``401'' is YES, the message is added to the sending document in ``402, ``402 input process for inputting messages, and step 401 is N (NO.
) in case of i/1, 'FD 9 message reading' from FDE6's floppy disk (Koroshita, FD) '41
1', 1), then select turtle message #412 from these, do all, then, if step 401 is Y, use KBDJ)
When step 401 is N, the insertion range of one message, insertion position nail, input processing ``421'' is performed,
This 'f''LV is used to fully determine the insertion range and insertion position of the message, and in response to the input of the destination number using KBD4, 1 destination designation transmission is performed for TEQ2. is relay RL
The machine controls the ADS 213 and performs ``automatic dialing'' 423.

Next, the CPU of 5CP3 follows step 421 and inserts the message - Dobe? Judging as “431”, if this is Y’”’C, send 1 message “4327”
However, depending on N in this, step 401 is performed and the manuscript is sent? "441? Determine, Y, read the original sound, store it in the RAM 201, read out the 1 original image signal" 442 complete line, NK in step 441
Accordingly, read out the entire text stored in the FD (443), and then send the participation signal "444 All lines," and then insert the lower part of the message in the same way as in step 431. 451 After all judgments are made, if the result is Y""1, one message is sent (F! "452 yk: carried out) in the same way as step 432.

On the other hand, (B) f'i step 432 The details of step 452 are as follows. First, the sound message character code → pixel signal #501 is 9, and the character code is 5C.
P3: CCG the message forwarded from “C” 2
04, ACG 205 is converted into a 9-character signal, arranged in the same way as all the messages, stored in the RAM 201, and read out sequentially in the same direction as the main scanning of the original document in the contents 'ksENs106. Convert to code all pixel signal.

Next, perform 1 message 1 image signal transmission" 502 ffi, and depending on the result of step 421, do you want to make the part of the message a separate page from the entire text? 1 message separate page?"
511, and if the result is Y, the process goes to 512, ``Send 1 recording paper cutting signal.''

Therefore, the main text stored in the FD or the TE
It is your responsibility to add a message with arbitrary content to the transmission manuscript inserted in Q2 by inputting it on KBD 49, and the place to insert it is the second part or the bottom of the main text, or the main text. Since it is possible to freely select a page that is separate from the forwarding document, it is optional to add the names and department numbers of the sender and relay forwarder to forwarded manuscripts, etc., as a whole message. Misidentification, etc.? It becomes something that does not occur.

Also, input characters from KBD4 are L to FAX signal!
If you use the 5CP3 as a word processor to create the entire message and send it as a business message, it will be a printed manuscript. The effort of creating and transmitting from -C using a FAX machine can be omitted.

1, other equivalent means can be applied depending on the situation, and the 5CPS side in FIG. 2 only needs to have the condition KL7'c and the t configuration all selected, and Various modifications are possible, such as having the same structure.

〔Effect of the invention〕

As is clear from the above description, according to the present invention, arbitrary content can be freely added to the entire message body, so the origin of the forwarded manuscript, etc. can be clearly identified9, and the receiving side can
The possibility of misidentification of the origin is eliminated, and a remarkable effect can be obtained in sending FAX messages.

[Brief explanation of drawings]

FIG. 1 is a flowchart showing the control situation, FIG. 2 is a schematic diagram of the entire configuration, and FIG. 3 is a block diagram of a terminal device.・＠Fist・KBD (keyboard°), 5・-san・CRT
(Cathode-ray tube display), 6...FDE (Floppy disk, 101.212...MDM
(modulator/demodulator), 104...■7OM (fixed memo I
J), 10B... 5ENS (photoelectric conversion detection circuit), 107... REC (recording sickle circuit), 201
----- RAM (variable memory), 202---...μ
CP (microcomputer), 204...CCG
(character signal generator for kanji), 205...ACG (character signal generator for alphabet), 213...AD
S (auto dial n route). Patent applicant: Tasaku Electric Seisakusho Co., Ltd. Nippon Telegraph M: Hana Co., Ltd.

Claims (1)

[Claims] In a terminal device connected to a small computer and having a facsimile function, a message to be transmitted by facsimile from the small computer and the insertion position of the message are input, and the small computer transmits the message to the terminal device in response to the input. and transmits the message to the terminal device, and in response to the control, the terminal device converts the message into a pixel signal and transmits it as a facsimile signal depending on the insertion position. .