KR950002315B1 - Memory state transmission method for fax - Google Patents

Abstract

informing standby state by transmitting the first memory excess state message to the transmitting part if a memory state flag is 0 during personal reception mode, and informing receptable state by transmitting transmittable state message to the transmitting part if the flag is 1, thereby accurately informing memory state.

Description

Memory status transmission method when receiving fax

1 is a schematic diagram of a typical facsimile receiver.

2 is a flow chart of a conventional method of receiving a facsimile of a facsimile.

3 is an explanatory diagram of a call back message of the first aspect of the present invention.

4 is an explanatory diagram of a call-back message of the second aspect of the present invention.

5 is a flowchart illustrating a method of transmitting a memory state in facsimile reception of the present invention.

* Explanation of symbols for main parts of the drawings

1 central processing unit 2 image processing IC

3: DAA 4: memory

5: LCD display unit 6: recording unit

7: scanner

The present invention relates to facsimile intimate reception, and more particularly, to a method of transmitting a memory state during facsimile intimacy reception by informing a counterpart of a transmission point by informing a counterpart of a memory state upon initiation.

FIG. 1 is a schematic diagram of a facsimile receiver of a general facsimile, comprising a central processing unit (1) for controlling the entire facsimile system, and data and a central processing unit coming from the outside through a data access arrangement (DAA) (3). (1) an image processing IC (ASIC) 2 which receives data inputted from (1) and performs image processing, a memory 4 which receives and stores received data upon proximal reception, and receives information received from the outside An LCD display unit 5 for displaying under the control of the image processing IC 2, and a recording unit 6 for recording and printing data received from the outside.

Here, reference numeral 7 is a scanner.

In general, when a facsimile has a memory function, one of the methods of using a memory is an electrostatic reception. In a reception using a memory, data is generally stored in a memory when a recording sheet on the receiving end is run out. On the other hand, pro-receipt is used to store or report the received data only.

In other words, the received data is stored in the memory immediately without going through the output device, and the stored data can be extracted by a desired person through a password.

The receiver keeps receiving data in the memory while the memory is empty, but when the data is full, it can no longer receive the data, so it sends a voice request to the transmitter.

In the case of such electrostatic reception, as shown in the flowchart of FIG. 2, when the memory 4 on the receiving side becomes full when the electrostatic reception is performed, the CPU 2 and the DAA 3 for image processing are processed by the central processing unit 1; The voice request is sent to the sender via a message indicating that the current memory is full and the sender cannot receive the data.

However, in the conventional art, when there is a person operating the electrostatic reception on the receiving side, the data stored in the memory can be retrieved again by retrieving the data. Otherwise, the voice side only sends the voice request. If there is no person on the receiving side, the call cannot be made through the voice request, so not only the situation of the receiving side is accurately known, but even when the memory is empty, the timing of the transmission cannot be accurately known.

Therefore, in order to solve the conventional problem, the present invention provides a facsimile that allows the sender to perform the next action by determining the situation by sending a message to the sender, which notifies the sender of the situation when the memory is full when the receiver is full. The present invention is a method of transmitting a memory state upon provocation. A detailed description will be given below with reference to the accompanying drawings.

The flowchart of the present invention is as shown in FIG. 5, and its operation and effects will be described in detail as follows.

If the receiving memory 4 is full during the receiving, the receiving party sends the first message to the sender as shown in Fig. 3, "Please wait until empty because the memory is full." Tells.

The sender then waits until the memory is empty and defers the transmission.

At this time, when the sending memory becomes empty, the receiving side informs the sending side that the memory is empty as the second message "The memory is now empty and data can be sent" as shown in FIG.

If the receiving memory is full or empty, set the status flag so that if the flag is 0, if the flag is full, if the flag is full, the second message is sent if the flag is 0. If the flag is 1, the first message is sent. The other party waits.

This is also possible with a call back message that indicates that the recipient is missing from the facsimile.

In this way, when the user performs a friendly reception using the memory, the memory is full or empty, so that the other party accurately informs the user with the monitor function.

As described in detail above, the present invention provides two types of messages to the counterpart when receiving a provocation, informing the receiver of the memory state of the receiver to present accurate determination setting criteria to the counterpart.

Claims (1)

Checking the memory status flag in the proximate reception mode, and if the flag is 0, sending the first memory excess status message to the sender to inform the standby status; if the flag is 1, sending the transmittable status message to the sender; A method of transmitting a memory state upon facsimile reception of a facsimile capable of sending and receiving messages in a step of informing a receiver of a reception possible state.