KR910007682B1 - Paper transmission method for fax - Google Patents

Abstract

The method designates multiple center facsimiles by one relay instruction to send pictures to many receivers. The method comprises steps: (A) checking the relay instruction and the multi-sending enable mode: (B) input and storing the group code number of receiver facsimile subscribers and setting the relay operation mode; (C) inputting and storing the facsimile subscriber number from which relay sending result data is collected and the group code numbers of the center facsimiles, and storing the start reserve time; and (D) reading and storing the manuscripts, setting the relay sending operation mode and sending the number of terminal facsimiles and the manuscript data to the corresponding center facsimiles.

Description

Relay instruction and broadcast transmission extension method

1 is a conventional relay transmission transmission progress state diagram.

2 is a system diagram for carrying out the present invention.

3 is a flow chart of the present invention.

4 is a transmission data format according to the present invention.

5 is a progress diagram of the present invention.

* Explanation of symbols for main parts of the drawings

200: CPU 201: keyboard

202: Rom 203: Ram

204: reading unit 205: printer

206: call signal processing unit 207: line interface

208: modem.

The present invention relates to a method of transmitting an original in a facsimile, and relates to a method of extending the number of relay facsimile and the number of relative facsimile to be received when transmitting an original. In general, a facsimile is a device that transmits a screen of an original to a facsimile of a counterpart station or records a screen transmitted from a facsimile of a counterpart station on a recording sheet.

The facsimile has a function of relay broadcast transmission to a plurality of relative facsimile through a center facsimile which plays a role of relaying a manuscript. Conventional relay broadcast transmission is performed according to the progress diagram as shown in FIG.

On the first diagram, the sending side facsimile 10 transmits the message for the relay instruction and the image of the original to the center facsimile 11.

The center facsimile 11 which receives the message of the relay instruction and the image of the original from the sending side facsimile 10 stores the received image of the original in its own memory, and then stores a plurality of previously stored by the message for the relay instruction. Dial the end facsimile (12-16) corresponding to the telephone number of the sequential order and transmit the image of the received and stored document, and then relay the result of communicating with each end facsimile (12-16) It operates in the form of transmission to one sending side facsimile 10.

As described above, in the conventional relay broadcast transmission, only one center facsimile may be designated as one relay instruction so that broadcast transmission can be performed only for one specific region.

Accordingly, an object of the present invention is to provide a relay instruction and broadcast transmission expansion method capable of transmitting images of a manuscript to a wide area by designating a plurality of center faxes by a single relay instruction during relay broadcast transmission of a fax.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a system diagram for carrying out the present invention. The CPU 200 inputs a central processing unit 200 for controlling a system and inputs control information designated by an operator. A keyboard 201 for transferring the data, a ROM 202 storing a program of the present invention, a RAM 203 for temporarily storing data, and a reading unit for reading an image of an original. 204, a printer 205 for printing the transferred image on a recording sheet, and an image of an original input from the reading unit 204 to be processed and transmitted to the CPU 200 or input from the CPU 200. A signal signal processing unit 206 for processing the transmitted image and outputting the image to the printer 205, a line interface 207 for relaying a system and a public telephone communication network, and image data to be transmitted from the CPU 200. Convert to analog signal And a modem 208 for converting the image signal transmitted through the line interface 207 or received through the line interface 207 into image data in the form of digital data and outputting the image signal to the CPU 200. In the flow chart of the present invention, the first step of checking whether the relay instruction and the broadcast transmission permission state is checked, and in the first step, storing the relay instruction and the broadcast transmission permission status temporary termination subscriber subscriber group code number and then setting the relay operation mode. And storing the second reservation period and the reservation time when the reservation start time is inputted after storing the facsimile subscription number for collecting the relay transmission result and the center facsimile group code number for performing the relay operation after performing the second process. After performing Step 3 and Step 3, the image of the original is read and stored, the relay transmission operation mode is set, and the image and the relay of the stored original are set. The fourth step of transmitting the subscriber number and the terminal facsimile subscriber group code number to be collected to each center facsimile corresponding to the stored group code number, FIG. 4 is a transmission data format according to the present invention, and FIG. It is a progress diagram of relay instruction and broadcast transmission progressed by the present invention.

Accordingly, the present invention will be described in detail with reference to FIGS. 1-5.

1 is a block diagram of a general facsimile, the detailed description of which is weak.

2 is a flowchart of the present invention performed by the CPU 200 in FIG. 1 and will be described in detail with reference to FIG. 1.

In step 301, the CPU 200 checks whether or not the relay instruction mode flag to be embedded in the CPU is in the set state, and confirms whether the relay instruction permitting state.

In step 301, when the relay instruction mode flag is in the set state, the CPU 200 recognizing the relay instruction allowable state checks whether the automatic dial state plug built in itself is set in order to confirm the automatic dialing possible state ( Step 302).

If the automatic dial state flag is set in step 302, the CPU 200 which recognizes that the automatic dial is in a state capable of automatic dialing checks whether the original to be transmitted to the reading unit 204 is set through the call signal processing unit 206. Step 303).

In step 301 through step 303, the CPU 200 checks whether the current relay instruction and broadcast transmission permit state.

When the document to be transmitted to the reading unit 204 is settled in step 303, the CPU 200 inputs a code number for the group of end-fax subscribers designated by the operator through the keyboard 201 to the RAM 203. After storing (step 304), the relay work mode is set by setting the relay work mode flag embedded in itself (step 305).

After performing step 305, the CPU 200 inputs a subscriber number of a facsimile to collect the relay transmission result designated by the operator through the keyboard 201 and stores it in the RAM 203 (step 306).

After performing step 306, the CPU 200 inputs the code numbers for the subscribers of the center facsimile to perform the relay broadcast transmission specified by the operator via the keyboard 201 and stores the code numbers in the RAM 203 (step 307). In operation 308, it is checked whether key data regarding the reservation time is input through the keyboard 201.

When the key data for the reservation time is input through the keyboard 201 in step 308, the CPU 200 stores the input reservation time in the RAM 203 (step 309).

When the reservation time is not input after performing step 309 or step 308, the CPU 200 inputs an original image from the reading unit 204 through the signal signal processing unit 206 and stores the image on the RAM 203. (Step 310)

After performing step 310, the CPU 200 sets a relay transmission mode by setting a relay transmission mode flag embedded therein, and then the center fax subscriber number corresponding to the center fax subscriber group code number previously stored in the RAM 203. Read the data into the ROM 202 and then automatically dial the center fax subscriber numbers sequentially through the modem 208 to collect the end facsimile group code number previously stored in the RAM 203 and the relay transmission result with each center fax. The subscriber number and the image data of the original are transmitted (step 311).

FIG. 4 is a diagram illustrating FIG. 4 in the format of data transmitted to the center facsimile by FIG.

401 is the head, 402 is the job name, 403 is the number of transmissions, 404 is the reservation time, 405 is the group code number of the center facsimile to perform the relay instruction, 405 is the communication mode, 407 is various condition flags, and 408 is The number of designated transmissions, 409 is the password, 410 is the file number entered into the memory, 411 is the request status, 412 is the group code number of the terminal fax subscribers to send the original image data from the relayed fax, and 413 is the relay transmission result. The fax subscriber's telephone number.

5 is a diagram illustrating the progress of the relay instruction and broadcast transmission progress according to the present invention.

S500 performs the flow chart of FIG. 3 as a relay instruction facsimile instructing relay, and sequentially transmits the data such as FIG. 4 and the image data of the original to each center facsimile (C1-CN) for the center facsimile group code number specified by the operator. send.

Each of the center facsimile (C1-CN) is then the end facsimile subscriber (E1-00-En-00) telephone number corresponding to the group code number of the end facsimile of 412 of the fourth among the plurality of subordinate facsimile subscribers of each dependent After transmitting the image data of the transmitted original by automatic dialing, the relay transmission result is automatically dialed by the relay transmission result collection facsimile telephone number of FIG. 405 to transmit the relay transmission result to the facsimile (IF).

As described above, the present invention has the advantage of designating a plurality of center facsimile relay instructions and the advantage of being able to broadcast to the end facsimile distributed in a plurality of specific areas with the above advantages, and also by specifying the relay transmission results There is an advantage that you can check the result sent from the desired place.

Claims (1)

In the relay instruction and broadcast transmission extension method of the fax, a first process of checking whether the relay instruction and the broadcast transmission permission state are allowed, and in the first process, the terminal instruction group code number of the relay instruction and the broadcast transmission permission status is terminated is stored. Enter the second process of setting the next relay operation mode, the fax subscription number to collect the relay transmission result after performing the second process and the center fax group code number to perform the relay operation, and then input the reservation start time. A third process of storing the reserved reservation time, and after reading the original image after performing the third process, set the relay transmission work mode, and then store the image of the stored original and the subscriber number and terminal fax subscriber to collect the relay transmission result. Characterized in that the fourth step of transmitting the group code number to each center fax machine corresponding to the stored group code number How to.

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