JP2001203871A - Communications equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To visually confirm the telephone number of the transfer destination in a facsimile machine having a transfer function. SOLUTION: When the transmission of a status list is requested (Yes in S113), image information for status list to be sent to a machine B is prepared (S115). In addition to the telephone number of the transfer destination, the facsimile number and telephone number of the facsimile machine are held in an EEPROM 18 and on the basis of these data, the status list is prepared so as to contain a facsimile number '0-xxx-xxx-3333' of this facsimile machine in addition to the transfer destination telephone number '0-0123456789'. Next, a CUP 12 sends the image information of the status list to the side of a telephone line 40 (S116). Corresponding to this operation, an operator presses a start switch for facsimile receiving, while picking up the handset of the machine B. Thus, the image information of the sent status list is received and printed on the side of the equipment B.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a communication device capable of transferring received image information.

[0002]

2. Description of the Related Art Conventionally, some communication apparatuses such as facsimile apparatuses have a function of transferring received image information. Image information is transferred by a method of directly inputting a transfer destination telephone number or the like to an operation panel of the facsimile apparatus, or a remote control method of inputting a transfer destination from the destination facsimile apparatus to the facsimile apparatus. In the remote control method, for example, when a person who instructs transfer to a facsimile machine located at point B moves to point C, the transfer destination is changed so as to transfer to a facsimile machine located at point C. Is possible. To change the transfer destination in this remote control system, first, a telephone attached to the transfer destination facsimile device calls the facsimile device performing the transfer, and inputs a predetermined number from the numeric keypad of the telephone to transfer the transfer command. , And then inputting the telephone number of the transfer destination from the numeric keypad. In changing the transfer destination of the facsimile apparatus, if an incorrect number is input, if the number is a normal telephone, repeated transmission of facsimile data will be attempted, causing trouble for the other party. Therefore, when the transfer destination is changed by the remote control method, it is necessary to confirm the telephone number of the transfer destination. Conventionally, a telephone number has been confirmed by reading out the inputted telephone number with a voice circuit or the like. For example, 00 ...
When the number is input, the facsimile apparatus asks for confirmation by transmitting zero, zero, etc. as the telephone number of the transfer destination after the input is completed.

[0003]

However, in the above-mentioned system in which the telephone number input by voice is read aloud, the operator confirms the telephone number with his / her ear. Is a facsimile, the image information is transferred to the facsimile device having the wrong telephone number, so that the communication contents are known to a third party and the image information is lost. Further, in order to read out the telephone number, it is necessary to add a dedicated voice circuit for generating a voice or to hold special information for voice synthesis, so that the cost for realizing the transfer function increases. There was also a problem.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-described problem, and has as its object to provide a communication device capable of visually confirming information on a transfer destination. Also, the present invention
An object is to provide a communication device having a transfer function at low cost.

[0005]

To achieve the above object, a communication device according to claim 1 is a communication device configured to be able to transfer received image information to a transfer destination, wherein information on the transfer destination is provided. Storage means for holding the image information, image information creation means for creating identification image information including information on the transfer destination stored in the storage means, and the image information in response to a request to transmit the identification image information There is provided identification image information transmitting means for transmitting the identification image information created by the creating means to the call destination.
Further, in the communication apparatus according to the second aspect, in addition to the configuration according to the first aspect, the identification image information includes a telephone number of a transfer destination and a telephone number of the own device.

[0006]

In the communication apparatus according to the first aspect of the present invention, the image information creating means creates identification image information including information on a transfer destination stored in the storage means. When a request for transmission of the identification image information is received, the identification image information transmitting means transmits the identification image information created by the image information creating means to the call destination. It is possible to confirm the preceding information from a destination or the like. In the communication device according to the second aspect, in addition to the operation according to the first aspect, the identification image information includes a transfer destination telephone number and a telephone number of the own device. Can be easily confirmed.

[0007]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a communication apparatus according to an embodiment of the present invention. FIG. 1 shows an electrical configuration of a facsimile apparatus according to a first embodiment of the present invention. The facsimile machine has a CPU 12 connected to a bus line 14. The bus line 14 includes a RAM 16 for temporarily storing received image information, an EEPROM 18 for storing a transfer destination telephone number and the like, a ROM 20 for storing control information such as various control routines, and an image processing unit 22. , A modem 24, a telephone number generation circuit 25, a timer 26, and a gate array 28. The image processing unit 22 is connected to a CCD image sensor 30 that reads a document to be transmitted. The gate array 28 includes a panel unit 32 including ten keys and function keys (not shown) for inputting to the facsimile apparatus, and LEDs (not shown) for performing various displays, and the like. A thermal head 34 for printing is connected. On the other hand, a network control unit (hereinafter, referred to as NCU) 36 is connected to the modem 24 via the switch circuit SW1. The NCU 36 switches between the handset 38, the telephone line 40, and the extension telephone 42 (not shown) by the switch circuit SW2. On the other hand, a speaker 44 is connected to the switch circuit SW1.

The modem 24 has a modulation / demodulation function of modulating a digital signal into an analog signal, outputting the modulated signal to the telephone line 40 via the NCU 36, and demodulating the analog signal input from the telephone line 40 into a digital signal. Device. Note that the modem 24 has, in addition to the above functions,
A voice digitizing function for converting voice analog data into voice digital data and a voice reproducing function for reproducing voice digital data into analog voice data may be provided.

[0009] The NCU 36 has a dialing function and a signal detection function, and sends out a signal by a method suitable for the telephone line 40, detects a signal transmitted from the telephone line 40, and executes a modem. It is a device that mediates the exchange of information between the H.24 and the telephone line 40. Also, the NCU 36 has
A handset 38 is connected so that a call between the user of the facsimile apparatus and the other party can be made.

The telephone number generation circuit 25 is a circuit for generating a call number (DTMF signal or dial pulse signal) for calling another telephone or facsimile apparatus.
When the information of the called number is inputted by the command of 12, the DTMF signal or the dial pulse signal is generated based on this information. This DTMF signal or dial pulse signal is sent to the telephone line 40 via the NCU 36,
An exchange connected to the telephone line 40 makes a call to the other party. The speaker 44 is a device that sounds a telephone call signal or the like.

The CPU 12 reads an original with the CCD image sensor 30, and according to an encoding method determined by the specification of the facsimile machine of the transmission destination, an MH code, an MR code,
Data compression is performed by encoding to an MMR code. Similarly, the received information (image information) encoded according to the specification of the facsimile machine of the transmission source is decoded and printed on the recording paper by the thermal head 34.

FIG. 2 conceptually shows the contents of the information stored in the RAM 16, in which the number memory 52 for storing the input telephone number and the received image information are temporarily stored. An image information memory 54 is included. FIG. 3 conceptually shows the contents of information stored in the EEPROM 18, and the EEPROM 18 includes a transfer destination number memory 62 for storing a telephone number of a transfer destination of image information. FIG. 4 conceptually shows the contents of the information held in the ROM 20.
20 includes a transfer destination change processing routine memory 72 for storing a transfer destination change processing routine executed when the CPU 12 changes the transfer destination, and an image for storing an image information reception processing routine executed when the image information is received. An information reception routine memory 74 and an image information transfer routine memory 76 for holding an image information transfer processing routine executed when image information is transferred are included.

[Change Instruction from Facsimile Apparatus] A transfer destination change processing routine executed when the facsimile apparatus of this embodiment is instructed to change a transfer destination will be described with reference to a flowchart of FIG. In this case, first, an operator who is planning to move from point B to point C on the road is set to transfer to a facsimile machine (hereinafter referred to as machine B) located at point B. In the facsimile machine of the embodiment, the transfer destination is changed from the machine B (that is, before the operator moves to the point C) so that the facsimile machine (hereinafter, referred to as machine C) located at the point C is forwarded. The case where an instruction is given will be described as an example.

First, the operator who sets the change of the transfer destination,
Raise the handset of the B machine so that the reception sound can be heard, and dial the telephone number of the facsimile apparatus using the numeric keypad. As a result, a call signal is transmitted from the telephone line 40 to the facsimile apparatus of this embodiment. When the call signal is received (Yes in S100), the CPU 12 of the facsimile apparatus closes the line by controlling the NCU 36, that is, connects the line, and prepares for an input from the telephone line 40 (S101).

Next, the operator uses the number key “95” previously assigned as a transfer destination change request using the numeric keypad of the machine B.
When "4" is input, the result of determination in S102 that determines whether or not a status list described later has been requested is No, and then it is determined whether a change request has been made S1.
The determination result of 03 is Yes, and the CPU 12 sends out the oscillating sound of the oscillating circuit (not shown) provided therein as the reception sound to the machine B (S104). Thus, the operator knows that the transfer destination change request has been identified by the facsimile machine, and that the input of the transfer destination telephone number is ready.

Then, the operator presses C on the numeric keypad of Aircraft-B.
The telephone number of the machine (here, the city code is 012 and the telephone number is 3456789) is input to the facsimile machine. Here, since the facsimile apparatus of the present embodiment is connected to the extension exchange, in order for the facsimile apparatus to be connected to the outside line, first, the number "0" is passed through the extension exchange, and the facsimile apparatus is connected to the extension exchange. It must be connected to an outside line. Therefore, the operator inputs a telephone number “001234565689” with “0” added to the head of the telephone number. The operator first inputs the number "0" for outside line connection by pressing down the 0 key of the numeric keypad. In response, the machine B sends a DTMF signal corresponding to the "0" key to the facsimile machine. As a result, the input signal becomes DTM
The determination result of S105 for determining whether the signal is the F signal is Yes.
It is determined whether the input of the telephone number has been completed (S106). Here, since the input of the telephone number has not yet been completed (No in S106), the CPU 12 stores the input number “0” in the number memory 52 of the RAM 16 (S107). And the input phone number is 2
It is determined whether the number exceeds the zero digit (S108).
The determination result at 108 is No, and the process returns to S105.
In this embodiment, the maximum number of input digits of the telephone number is 2
It has 0 digits.

Before starting the input of the telephone number following the input of the number "0" for the outside line connection, the operator uses the ten key of the B machine to input "*" assigned as a pause signal described later. * Press down the key. In response, the B machine sends a DTMF signal corresponding to the “*” key.
As a result, the result of the determination in S105 is Yes.
Then, it is determined whether or not the input of the telephone number has been completed S
The determination result at 106 is No, and the CPU 12 stores the input number (pause signal) “*” in the number memory 52 of the RAM 16 (S107). Since the input telephone number does not exceed 20 digits (N in S108)
o), and return to S105. The operator will continue to
Enter the city office number 012 and telephone number 3456789 of the aircraft C, and enter the entered number “0 * 0123456”.
789 "is stored in the number memory 52 (S105 to S105).
108). When the input of the telephone number is completed and the operator presses down the # key of the numeric keypad of the machine B by pressing "#" indicating the completion of the input of the telephone number, a DTMF signal indicating the completion of the input of the telephone number is responded in response. Since it is sent (Ye in S106)
s) The CPU 12 sends out the oscillating sound of the oscillating circuit to the machine B side as a reception sound (S110). This allows the operator
Know that the transfer phone number has been entered. If the input telephone number exceeds 20 digits (S108)
Yes), the CPU 12 generates a rejection sound by the oscillation circuit provided therein and sends it to the B-machine side. Thus, the operator knows that the telephone number for which the input has been attempted cannot be registered.

The CPU 12 stores the transfer destination telephone number stored in the transfer destination number memory 62 of the EEPROM 18 in the R
By rewriting the telephone number “0 * 012345789” stored in the number memory 52 of the AM 16, the transfer destination is changed from the facsimile machine (B machine) located at the point B to the facsimile machine (C) located at the point C. (S111). Further, the receiving mode is turned on, the timer 26 is reset, and holding of the received image information (image information for transfer) in the image information memory 54 is started.

Next, the CPU 12 waits for a status list request from the operator until the timer 26 reaches a predetermined time (S112) (S112, S11).
3, S117). Then, when the operator inputs a number “961” assigned in advance as a status list request from the numeric keypad of the B machine, the determination result of S113 for determining whether or not a status list request has been made becomes Yes, and the CPU 12 starts oscillating. An oscillating sound of the circuit is generated and sent to the Aircraft-B as a reception sound (S114). Thus, the operator knows that the status list will be sent.

Next, the CPU 12 creates image information for a status list to be sent to the machine B (S11).
5). The EEPROM 18 stores a facsimile number and a telephone number of the facsimile apparatus of the present embodiment, in addition to the above-mentioned transfer destination telephone number. In addition to the destination telephone number “0-0123456789”, the facsimile number “0− ×× −− ××××” on the facsimile apparatus side of the present embodiment.
−3333 ″ is included. Next, the CP
U12 sends the image information of the status list to the telephone line 40 side (S116). In response to this, the operator
When the start switch for facsimile reception is depressed while the handset of the machine is raised, the image information of the transmitted status list is received and printed by the machine B side. By visually recognizing the transfer destination telephone number described in the status list, the operator can confirm that the transmission destination has been properly set.

On the other hand, as long as the timer 26 has not timed out, the judgment result in S112 is No, and since the status list request has already been made,
The determination result of S113 is No. Here, when the operator who can confirm the transfer destination by the telephone number described in the status list inputs the number “955” assigned in advance as confirmation of the transfer destination (transfer start instruction) from the numeric keypad of the machine B, The judgment result of S117 for judging whether or not the signal indicating the confirmation of the transfer destination has been input becomes Yes, and the CP
U12 sends the reception sound to the B machine side (S118). Thus, the operator knows that the transfer will be executed. next,
The CPU 12 turns on a transfer mode described later (S11).
9) Then, by controlling the NCU 36 to release the line (S120), the transfer destination change processing routine ends.

If the telephone number of the transfer destination described in the status list is incorrect, the operator does not confirm the transfer destination. As a result, the determination of completion of the confirmation in S117 is No, and the process returns to S112. However, if the timer 26 times out in this state (S11
(Yes in 2), the CPU 12 controls the NCU 36 to release the line (S120), and ends the transfer destination change processing routine. Since the telephone number is incorrect, the operator attempts to enter the correct telephone number of the transfer destination. As a result, the above-described transfer destination change processing routine proceeds again, and the status list is sent. If the telephone number in this status list is proper, the transfer destination is confirmed (Yes in S117), and the reception sound is transmitted to the B machine side (S1).
18) The transfer mode is turned on (S119). In the flowchart shown in FIG. 5, the transfer destination change, the list request, and the transfer destination confirmation are sequentially performed in order to make the procedure easy to understand. However, if the telephone number described above is incorrect,
The transfer destination can be changed again without releasing the line.

Next, a transfer destination change processing routine executed when a change is instructed from the telephone to the facsimile apparatus of this embodiment will be described with reference to FIG.
This will be described with reference to the flowchart of FIG. Here, the operator who is traveling from point B to point C on the road, sends a fax to the facsimile apparatus of this embodiment, which is set to transfer to the facsimile apparatus (machine B) located at point B. A description will be given by taking as an example a case in which a transfer destination change is instructed from a car telephone (hereinafter, referred to as machine D) on the way from point B to point C so as to transfer to a facsimile machine (machine C) located at the point. I do.

First, the operator who sets the change of the transfer destination,
The telephone number of the facsimile apparatus of the present embodiment is dialed by using a numeric keypad of a car telephone (D machine). As a result, a call signal is transmitted from the telephone line 40 to the facsimile machine. When this call signal is received (Ye in S100)
s), the CPU 12 of the facsimile apparatus controls the NCU 36 to close the line, and prepares for an input from the telephone line 40 (S101).

Next, when the operator inputs the transfer destination change request number "954" from the numeric keypad of the D machine, the determination result of S102 for determining whether or not the status list has been requested is No. The judgment result of S103 for judging whether or not there is a change request is Yes, and the CPU 1
2 transmits a reception sound to the D machine side (S104).

The operator inputs the telephone number (0 * 012345789) of the machine C from the numeric keypad of the machine D to the facsimile machine side. Thereafter, the processing of S105 to S108 is repeated, and the inputted number “0 * 0123456”
789 "is stored in the number memory 52 of the RAM 16.
When the input of the telephone number is completed, the operator inputs "#" indicating completion of the input of the telephone number by depressing the # key of the numeric keypad of the machine D. In response to this, a DTMF signal indicating completion of input of the telephone number is sent (S106).
(Yes), the CPU 12 sends out a reception sound to the machine D (S110). Thus, the operator knows that the input of the transfer destination telephone number has been completed. Upon completion of the input of the telephone number, the operator ends the calling.

On the other hand, in S111, the CPU 12
The transfer destination telephone number stored in the transfer destination number memory 62 of the EEPROM 18 is replaced with the telephone number “0 * 012345789” stored in the number memory 52 of the RAM 16.
Is changed from the facsimile machine (machine B) located at the point B to the facsimile machine (machine C) located at the point C. Further, the receiving mode is turned on, the timer 26 is reset, and holding of the received image information in the image information memory 54 is started. Then, until the timer 26 times out (Yes in S112), the CPU 12 receives an input of a request for a status list from the operator (S113) or an input of confirmation completion of the transfer destination (S117). As described above, the operator of the car phone (machine D) waits for the call to be made (S113 and S117 are N).
o), the time set in the timer 26 times out (Yes in S112), and the CPU 12 releases the line (S120) and ends the transfer destination change processing routine once.

Thereafter, the operator arriving at the point C raises the handset of the facsimile machine (C machine) and dials the telephone number of the facsimile machine again using the numeric keypad. As a result, a call signal is transmitted from the telephone line 40 to the facsimile apparatus of this embodiment. In response to the calling signal (Yes in S100), the facsimile machine CP
U12 closes the line and prepares for an input from the telephone line 40 side (S101). When the operator inputs the number “961” assigned in advance as a status list request from the numeric keypad of the C machine, the status list is requested (Yes in S102), and the CPU 1
2 transmits the reception sound to the C machine side (S114). Thereby, the operator knows that the status list is transferred.

Next, the CPU 12 creates image information for a status list (S115), and sends the created image information to the telephone line 40 side (S116). In response, the operator presses down the start switch for facsimile reception while keeping the handset of the C machine up. As a result, the transmitted image information of the status list is received and printed by the C machine. By visually recognizing the transfer destination telephone number described in the status list, the operator can confirm that the transmission destination has been properly set.

On the other hand, unless the timer 26 has timed out, the result of the determination in S112 is No,
Since the request for the status list has already been made, the determination result in S113 is No. Here, the operator who was able to confirm the transfer destination by the telephone number of the transfer destination described in the status list is assigned a number “95” previously assigned as the transfer destination confirmation (transfer start command) from the numeric keypad of the C machine.
By inputting 5 ", the determination of the completion of the confirmation in S117 becomes Yes, and the CPU 12 sends the reception sound to the C machine side (S118). Thus, the operator knows that the transfer is executed. Next, the CPU 12 turns on a transfer mode to be described later (S119), controls the NCU 36 to release the line (S120), and ends the transfer destination change processing routine.

If the telephone number of the transfer destination described in the status list is incorrect, the operator does not confirm the transfer destination. Accordingly, the determination of the completion of the confirmation in S117 is No, and the process returns to S112,
When the timer 26 times out in this state (S
The CPU 12 controls the NCU 36 to release the line (S120), and ends the transfer destination change processing routine. For this reason, the operator sends the correct telephone number of the transfer destination to the facsimile machine (machine C) placed at the point C.
Enter from. As a result, the above-described transfer destination change routine proceeds again, and the status list is sent again.
If the telephone number in this status list is appropriate, the operator confirms the transfer destination (Yes in S117).
s) The reception sound is sent to the C machine side (S118), and the transfer mode is turned on (S119).

Next, an image information reception processing routine executed when facsimile data arrives at the facsimile apparatus after the reception mode is turned on in S111 of the transfer destination change processing routine shown in FIG. This will be described with reference to the flowchart of the transfer processing routine. When a call signal is sent from the exchange (Y in S151)
s), the CPU 12 of the facsimile apparatus controls the NCU 36 to open the line and prepare for an input from the telephone line 40 (S152). When the image information is sent from the telephone line 40, the image information is stored in the image information memory 54 of the RAM 16 (S153, S154). When the reception of the image information is completed (Yes in S154), the CPU 12
U36 is controlled to release the line (S155). Next, the process waits for a predetermined time set in the timer 26, for example, for 6 seconds (S156), and determines whether the transfer mode is on (S157). If the transfer mode has not been turned on (No in S157), the image information reception processing routine ends.

On the other hand, an image information transfer processing routine executed after the transfer mode is turned on in S119 of the transfer destination change processing routine shown in FIG. 5 will be described with reference to FIG. First, as described above, there is an incoming facsimile data, and the data is stored in the image information memory 54 of the RAM 16.
And the line is released (S151 to S155). Then, it waits for 6 seconds set in the timer 26 (S
156), and determines whether or not the transfer mode is on (S15).
7). In this case, since the transfer mode is on, (S
157 (Yes), the CPU 12 closes the line again (S
158) Based on the transfer destination telephone number “0 * 012345789” held in the EEPROM 18, the transfer destination C machine is dialed (S159). This S159
Will be described in detail with reference to the flowchart shown in FIG.

First, the CPU 12 stores one of the transfer destination telephone numbers stored in the transfer destination number memory 62 of the EEPROM 18.
(S201), and determines whether the first number of the transfer destination telephone number is "*" (S20).
2). Here, since the first number is "0" (No in S202), a DTMF signal or a dial pulse signal corresponding to the number "0" is generated by the telephone number generation circuit 25 and transmitted to the telephone line 40 (S203). ). Then, it is determined whether the dialing is completed (S20).
4) In this case, the determination result in S204 is No, and the process returns to S201 to read the number next to the transfer destination telephone number.

Next, the CPU 12 sets the transfer destination telephone number 2
It is determined whether or not the number (here, “*”) is “*” (S202). Here, the determination result in S202 is Yes, and the timer 26 waits until the next number after * is transmitted.
Wait for about 3 seconds set in. Since the facsimile apparatus of this embodiment is connected to the internal exchange as described above, the number "0" must first be used to connect to the external line.
Must be sent to the internal exchange and connected to the outside line.
Immediately after the number “0”, when the next number is dialed and the internal exchange has not yet connected the line to the external line, the next number is not sent to the external exchange side, and The situation where the telephone cannot be connected may occur. For this reason, after the determination in S202, the control waits for about 3 seconds set in the timer 26 (S205), and cancels the transmission of the next number until the connection to the outside line is securely made. After the elapse of the waiting time, it is determined whether or not the dialing is completed (S2).
04), here, the determination result of S204 is No,
The process returns to S201.

Thereafter, the third and subsequent numbers "0123456789" are sequentially transmitted to the line side by the processing of S201 to S204, and a call signal is transmitted to the C machine by the external exchange. Then, in S160 shown in FIG.
The image information stored in the image information memory 54 is transferred to the machine C side. When this transfer is completed (Yes in S161),
The NCU 36 is controlled to release the line (S162), and the image information transfer processing routine ends. When a facsimile is received after the transfer mode is turned on, FIG.
The image information reception processing routine and the image information transfer processing routine shown in (1) are advanced by the CPU 12 as a series of processing.

In this embodiment, there is an advantage that image information can be reliably transferred even when the facsimile apparatus is connected to the extension exchange. Further, the facsimile apparatus starts holding image information upon receiving an instruction to change the transfer destination of image information, and receives a transfer start command from an operator who has confirmed the transfer destination based on the image information for identification, and then receives the instruction. In order to start the transfer of the held image information, the operator can visually confirm the telephone number of the transfer destination and then instruct the start of the transfer. In particular, even when the operator changes the transfer destination by telephone before moving, and receives the identification image information by the facsimile device after moving and confirms the transfer destination, the transfer start is instructed after the confirmation. Since image information is sent from the point at which the transfer destination is changed by telephone, even if the wrong transfer destination is specified by telephone, it is received from the transfer destination change instruction to the actual transfer start instruction. The transferred image information will not be transferred by mistake.

[0038]

As described above in detail, in the communication device of the present invention, the information of the transfer destination can be visually confirmed.
Whether the telephone number of the transfer destination is correct or not can be easily confirmed from the destination. Further, the communication device of the present invention can easily confirm that the transmission is from the communication device of the own device by including the telephone number of the own device in the identification image information. Furthermore, the above-described confirmation method can be implemented only by preparing control information for executing a confirmation routine. Therefore, since it is not necessary to add a voice circuit or the like for confirming the information of the transfer destination by voice, a communication device having a transfer function can be provided at low cost.

[Brief description of the drawings]

FIG. 1 is a block diagram of a facsimile apparatus according to an embodiment of the present invention.

FIG. 2 is a diagram conceptually showing the contents of a RAM.

FIG. 3 is a diagram conceptually showing the contents of an EEPROM.

FIG. 4 is a diagram conceptually showing the contents of a ROM.

FIG. 5 is a flowchart illustrating a transfer destination change processing routine.

FIG. 6 is a diagram showing a status list sent in the facsimile apparatus of the embodiment.

FIG. 7 is a flowchart illustrating an image information transfer processing routine.

FIG. 8 is a flowchart illustrating dial processing of the facsimile apparatus according to the present embodiment.

[Explanation of symbols]

 12 CPU 16 RAM 18 EEPROM 20 ROM 24 Modem 25 Telephone number generation circuit 36 NCU

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Claims (2)

[Claims] 1. A communication device configured to be able to transfer received image information to a transfer destination, comprising: storage means for holding the transfer destination information; and transfer destination information stored in the storage means. Image information creating means for creating identification image information, and an identification image for sending the identification image information created by the image information creation means to a call destination in response to a request to transmit the identification image information A communication device comprising: an information transmission unit. 2. The communication apparatus according to claim 1, wherein the image information for identification includes a telephone number of a transfer destination and a telephone number of the own device.