JPH02105771A - Facsimile equipment for automobile telephone - Google Patents

Abstract

PURPOSE:To easily manage the communication of the title equipment by reading the dial information transferred from a handset to radio equipment and recording telephone numbers of communicated partners in a communication management report. CONSTITUTION:When an operator makes dial operations, the dial information is transferred from a handset 3 to radio equipment 1 by means of upward serial signals and the CPU of an interface device 2 reads and stores the transferred dial data. When a communication management report is outputted, telephone numbers of communicate partners corresponding to each picture receiving/ transmitting process are recorded in the report. Therefore, necessity of recording the communicated partner by the operator is eliminated and the communication can be managed easily.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a facsimile device for a car phone that is used by being connected to a car phone device.

[Prior Art] When receiving NTT's car phone service, a car is equipped with a radio device and a handset that make up the car phone device, but in recent years, a facsimile device has been connected to this car phone device to use the car phone network. Facsimile communication is taking place.

Normally, when performing such facsimile communication,
After dialing the handset to call the destination operator and talking, the facsimile machine is activated and images are sent and received.

By the way, if you want to know the history of the transmission/reception processes executed in this way, facsimile machines are well known that have a function of outputting a communication management report as needed.

On the other hand, NTT's car phone service has a memory dial function that allows you to register the contact phone number in advance in correspondence with a two-digit memory dial number and make a call by specifying the memory dial number. ing.

In this case, the contact telephone number W8 is stored within the wireless device.

[Problems to be Solved by the Invention] However, even if a facsimile device has the function of outputting a communication management report as described above, when a call is made by dialing the handset, the facsimile device cannot input the contact telephone number. Therefore, the contact telephone number is not recorded in the communication management report. Therefore, when managing contacts, the operator has had to write down their telephone numbers and the like.

Furthermore, facsimile machines are equipped with a plotter that records received images on recording paper, so by using this, it is possible to record the contact telephone numbers registered with the memory dial function as a list on recording paper. It's convenient. Furthermore, it would be convenient if the operating status of the car telephone device, communication history, etc. could be output on recording paper.

However, in the past, facsimile machines did not have the ability to read signals and information from the car phone, so they were unable to record and output various information and device status on the car phone. This is inconvenient because it is necessary to write down the necessary information on paper, and communication management and device management cannot be easily performed.

SUMMARY OF THE INVENTION An object of the present invention is to provide a facsimile device for a car telephone that eliminates the above-mentioned inconvenience and allows easy communication management and device management.

[Means for Solving the Problems] As a first means, the present invention reads dial information indicating the telephone number of the communication destination transferred from the handset to the wireless device when making a call to the communication destination by operating the handset. , When you make a call to a communication destination and execute transmission/reception processing, the communication destination phone number is memorized, and when outputting a communication management report, the communication destination phone number corresponding to each image transmission/reception process is recorded. I try to do that.

In addition, as a second means, the call display information transferred from the wireless device to the handset is read, the start time and end time of communication including the call and image transmission/reception processing are determined, and the start time and end time of the communication are determined. Communication history information including time is recorded on recording paper as a communication management report.

In addition, as a third means, the wireless device failure information transferred from the wireless device to the handset is read, and the read date and time and the failure state based on the wireless device failure information are recorded on a recording paper as a failure record. I try to do that.

Furthermore, as a fourth means, a memory dial read request is executed to the wireless device to read the stored contact telephone number, and the read contact telephone number is recorded on a recording paper along with each memory dial number. That's what I do.

[Operation] In the above first means, the communication management revo-1- is the contact destination? I
Since the HM number is recorded and output, there is no need for the operator to write down the communication destination, and communication management can be easily performed. Furthermore, with the second means, call history can also be managed using one communication management report. Furthermore, in the third means, when a failure occurs in the wireless device, the failure state is recorded and output, which facilitates the management of the device.6Furthermore, the fourth means
With the above means, the contact telephone number registered as a memory dial is recorded and output, so that the memory dial can be easily managed.

[Embodiments] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 shows a block diagram of a facsimile communication system according to an embodiment of the present invention. In the figure, an interface device 2 is connected to a wireless device 1 for a car telephone, and a handset 3 and a facsimile device 4 are connected to the interface device 2.

The wireless device 1 and the handset 3 are car telephone devices provided by NTT, and are of a new type that began service in the Tokyo metropolitan area in May 1988.

FIG. 2 shows a circuit diagram of the interface device 2, in which the wireless device 1 is connected to the connector 2a, and the handset 3 is connected to the connector 2b.

Pin l, which is the transmission signal terminal of connector 2a, is connected to relay 2.
0 is connected to the common terminal C□ of one circuit, and pin 3, which is a received signal terminal, is connected to the common terminal c2 of the other circuit. Pin 1, which is the transmission signal terminal of the connector 2b, is connected to the break side contact a of one circuit of the relay 20, and pin 3, which is the reception signal terminal, is connected to the break side contact a2 of the other circuit. There is.

Connectors 2a and 2b have 10 pins, pins 1.3
The signal terminals other than the transmitting/receiving signals and the up/down serial signals of pins 5 and 6 are connected one-to-one between the two. The connected signals are as follows. That is, the ground lines for the transmission/reception signals at pins 2 and 4, the power supply on/off request signal at pin 7, the power supply at pins 8 and 10, and the ground line at pin 9.

One end of one winding of the transformer 2d is connected to a terminal for the transmission signal TD of the facsimile machine 4, and one end of one winding of the transformer 2e is connected to a terminal for the reception signal RD. The other ends of the windings of the transformers 2d and 2e are both connected to the ground GND of the facsimile machine 4.

One end of the other winding of the transformer 2d is connected to the make side contact b of one circuit of the relay 2C, and one end of the other winding of the transformer 2e is connected to the make side contact b2 of the other circuit. There is. Further, a terminal for the power supply voltage Vc of the facsimile device 4 and a terminal for the call/fax switching signal TEX are connected to both ends of the winding of the relay 2C. The transformers 2d and 2e are provided to isolate the earth line of the facsimile device 4 and the car telephone device in terms of direct current.

The CPU 2f has a built-in ROM and RAM, and has an input port IP and an output port O that input and output 8-bit digital signals.
It is a single-chip LSI equipped with P.

Serial interfaces 2g and 2h, which are LSI interfaces for inputting and outputting serial signals, are connected to the CPU 2f via a signal bus.

Pin lO, which is the power supply terminal of connectors 2a and 2b, is connected to CP
It is connected to each power terminal V of U2f, serial interfaces 2g, and 2h, and pin 9, which is a ground terminal of connectors 2a and 2b, is connected to each of these ground terminals G.

The 8-bit signal line of the output port OP of CPU2f is
It is connected to the input data IO terminal of the facsimile device 4 via the photocoupler 2j. Further, each signal line of output data OD of the facsimile device 4 is connected to an input port IP of the CPU 2f via a photocoupler 2j.

The photocouplers 2i and 2j are provided to isolate the ground line of the facsimile device 4 and the car telephone device in terms of direct current. For this.

The photocouplers 2i and 2j are connected to the power supply and ground on the wireless device 1 side, that is, the pins 9 of the connectors 2a and 2b. ]0,
The terminal of the power supply Vc and the terminal of the earth GND on the side of the facsimile machine 4 are connected, respectively.

Serial signal output terminal 0 of serial interface 2g
is pin 5, which is the upstream serial signal terminal of connector 2a.
The serial signal input terminal (2) of the serial interface 2 is connected to pin 6, which is the down serial signal terminal of the connector 2a.

Furthermore, the serial signal output terminal O of the serial interface 2h is connected to pin 6, which is the down serial signal terminal of connector 2b, and its serial signal input terminal ■ is connected to pin 5, which is the up serial signal terminal of connector 2b. ing.

FIG. 3 shows a block diagram of the facsimile machine 4. As shown in FIG. In the figure, a scanner 4a reads an original image and extracts image information, and a plotter 4b records the image information on recording paper. Encoding/decoding section 4
c encodes image information to be transmitted and decodes image information received.

The modem 4d modulates and demodulates image information and transmits the same, and also transmits various procedure signals in a transmission control procedure, and inputs and outputs the transmission signal TD and reception signal RD.

The communication control unit 4e executes predetermined transmission control and executes facsimile communication.

The handshake boat 4f outputs a call/fax switching signal TEX, inputs an input signal ID to the CPU 2f, and outputs an output signal OD. The operation display section is used to display the operating status of the device and perform various operations for transmission and reception.

The system control section 4h is composed of a microcomputer system, and controls each section mentioned above to execute predetermined operations of the facsimile machine. The power supply section 41 is
While supplying power to each of the above parts, the interface device 2
The power supply voltage Vc is supplied to.

With the above configuration, when the facsimile device 4 is not operating, the call/fax switching signal TEX is at a high level, and the common terminals CI HC2 of the relay 2c are connected to the contacts alja2. This results in
Pin 1, which is a transmission signal terminal, and pin 3, which is a reception signal terminal, between connectors 2a and 2b are connected to each other.

On the other hand, while the wireless device l and handset 3 are in operation,
Downlink serial signal SD from wireless device 1, handset 2
An upstream serial signal SU is output from each of the terminals.

As shown in FIG. 4, the CPU 2f and serial interfaces 2g and 2h input the downlink serial signal SD from the wireless device 1 and transfer it as is to the handset 3, and also input the uplink serial signal SU from the handset 3.
is input and transferred as is to wireless device l.

Therefore, the wireless device 1 and the handset 3 operate in the same way as if they were directly connected. That is, when making a call, the operator takes the handset 3 off-hook and dials the telephone number of the other party. Thereby, a call is made to the other party, and when the operator of the other party answers, the telephone conversation can be made.

If facsimile communication is to be carried out, the two operators should discuss this, and each operator should perform a predetermined activation operation on the operation display section 4g of the facsimile machine 4 of his own station, and then use the handset 3. on-hook.

As a result, the facsimile device 4 is activated and notifies the CPU 2f of the interface device 2 that it has been activated, while setting the call/fax switching signal line EX to a low level. As a result, the winding of the relay 2C is energized, and the connection of the common terminal eltc2 is switched to the make contact b/lb2 side.

As a result of this switching, the transmission signal line of the wireless device 1 is connected to the transmission signal TD line of the facsimile device 4 via the transformer 2d, and the reception signal line of the wireless device 1 is connected via the transformer 2e. , are connected to the receiving signal RD line of the facsimile machine 4.

Incidentally, the hook state of the handset 3 is notified to the wireless device 1 by an uplink serial signal SU. As shown in FIG. 5, each of the upstream and downstream serial signals SD and SU includes a start bit ST, data bits Do-D7, parity bit P, and subbit SP. Then, when hook switch information 2 is indicated to handsera 1 by the upstream serial signal,
As shown in FIG. 6(a), "101001" is set in data bits D7-D2. When data X of data bit Da is II ] II, an off-hook state is shown where a DC loop of the telephone line is formed, and when it is 0, an on-hook state is shown where a DC loop is open. When the value is 1'', the handset 2 is in a raised state, and when it is '0', the handset is in a lowered state.

As shown in FIG. 4, the CPU 2f has a function of setting off-hook information for the uplink serial signal SU, that is, forcibly setting the data Y to '1'. When receiving notification of activation, the data Y is forcibly set to 1''. As a result, even if the hand cell l-3 is on-hook, the wireless device 1 is notified of the off-hook state while the facsimile device 4 is being activated.

In this state, the facsimile machines 4 on the transmitting and receiving sides execute predetermined facsimile machine communication by mutually outputting the transmission signal TD and inputting the reception signal RD. Note that in this embodiment, TTI (Transmit
ter Terminal Identity
on) has the function of transmitting information. The TTI information includes the telephone number or name of the calling station, the date and time of the call, etc.
This is known character information recorded at the beginning of the received image on the receiving side.

When this facsimile communication is completed, the call/fax switching signal TEX returns to high level, and the common terminals C and lc2 of the relay 2c are switched and connected to the contacts a and ta2, and the handset 3 returns to its original talking state where it can be used. return.

In this embodiment, when facsimile communication is executed as described above, the processing shown in FIG. 7 is executed in parallel. That is, when the operator performs a dial operation when making a call, dial information is transferred from the handset 3 to the wireless device 1 using the uplink serial signal SU.

When dial information is indicated by this uplink serial signal SU, as shown in FIG. 6(b), the data bit D
"1001" is set in 7 to D, and data bit D
The dial data d3 to d are set in 3-Do.

As shown in FIG. 4, the CPU 2f of the interface device 2 has a function of reading various information transferred by the upstream and downstream serial signals SD and SU.

As shown in FIG. 7, the CPU 2f constantly monitors whether or not the dial information is transferred using the uplink serial signal SU (processing 101, processing 102, processing 102).
(Proceed to process 101 from N). When the dial information is detected (Y in process 102), the transferred dial data d3 to do are read and stored (process 10).
3).

After this, it is determined whether the car telephone device is in the middle of a call. This determination is made based on the call display information of the downlink serial signal SD. When the call display information is indicated by the downlink serial signal SD, as shown in FIG. 8(a),
"1oio" for data bits D7 to D.

11'' is set, and data X indicating whether or not a call is in progress is set in data bit D0. This data X becomes II II II when the call busy display is on, that is, when a call is in progress.

Based on this data X, it is determined whether the call is in progress (process 104), and if the call is not in progress (N in process 104), the reception of dial information is continued (proceed to process 101).

When the operator at the other end answers, the call-in-progress display is turned on. When the call display is turned on (Y in process 104),
The CPU 2f reads the stored dial data d3 to dO.
is sent to the facsimile machine 4 (process 105).

The facsimile device 4 monitors the information sent from the interface device 2 (N loop of process 201).
, upon receiving the above dial data d, ~do (processing 2
Y of 01), this is stored (process 202).

Next, the start of the transmission process of the facsimile machine 4 and the call-in-progress display are monitored (process 203, from N in process 203 to process 204, and from N in process 204 to process 203).

Here, suppose that the facsimile machine 4 is activated by the operator and the transmission process is started (Y in process 203).
), the current time is read from the built-in clock as the communication start time (process 205). Then, the sending side is T
When transmitting TI information, the above dial data d3 to
d0 is added in a fixed format and transmitted. As a result, on the receiving side, as shown in Figure 9,
At the beginning of the received image, along with display A of the calling station's telephone number and station name 2 and the date and time of the call, the called party's telephone number B is displayed (process 206).

Thereafter, the end of the transmission process is monitored (process 207), and when the transmission process is completed (Y in process 207), the time at that time is read as the communication end time (process 208). and,
In addition to each of the above times, various information such as the date of the day (1) whether the communication was successful or not is stored as communication history information (2).
09), the above processing is completed.

On the other hand, if the facsimile device 4 does not start the transmission process and only performs the reception process or the call, the process ends immediately when the call-in-progress display is turned off (Y in process 204).

As described above, when making a call to a communication destination by operating the handset 3, the dial information is read, and the dial information is added to the TTI information and transmitted. This results in
Since the sender and destination are recorded on each received document, it is easy to identify where the document was sent from and where it was sent at a glance, making it easier for operators to manage received documents. Become.

In this embodiment, the process shown in FIG. 10 is also executed in parallel when the above-described facsimile communication and phone call are executed. That is, the CPU 2f constantly monitors the call display of the downlink serial signal SO (processing 3).
01, process 302, process 301 from N of process 302).

Then, when the call display is turned on (V in process 302)
, sends predetermined information to the facsimile machine 4 to notify that the call has started (process 303).

As described above, the facsimile device 4 monitors the information sent from the interface device 2, and when it is notified of the start of the call (Y in process 401), the facsimile device 4 records the current time from its built-in clock. Read as communication start time (
Processing 402).

On the other hand, the CPU 2f continues to monitor the call display (process 304), and then when the call display is turned off (process 304).
Y) 5 Notify the end of the call (process 305).

When the facsimile machine 4 is notified of the end of the call (Y in process 403), it reads the time at that time as the communication end time (process 404). Next, along with each of the above times,
Processing to remember the date etc. of that day as communication history information 4
05), the above processing is completed.

Now, if the operator wants to know the transmission history of document transmission, as shown in FIG. 1I, when the operator performs a transmission report request operation on the operation display section 4g of the facsimile machine 4 (Y in process 501), the plotter 4b displays the following information: A transmission management report as shown in FIG. 12 is output (process 502). In other words, the title 601 of the report is displayed at the top of one sheet of recording paper.
is recorded, and at the bottom of each communication date 602, communication start time 603, communication end time 604, and destination phone number 6.
05, communication time rIlj 606, and communication result 607
are recorded respectively. Note that the communication time is calculated as the time from the communication start time to the communication end time.

Additionally, if you want to know the communication history including phone calls and facsimile communications, you can request a communication report (processing 5).
03 Y), a communication management report is output as shown in FIG. 13 (process 504). That is, the title of the report 701 is recorded at the top of one sheet of recording paper, and the date 702 of each communication, the communication start time 703, the communication end time 7041, and the telephone number 7 of the other party only in the case of a call are recorded at the bottom.
05 and communication time 706 are recorded.

As described above, since the contact telephone number is recorded in the communication management report based on the read dial information, the operator can easily manage communication.

It also reads the call display information transferred from the wireless device 1 to the handset 3, determines the start time and end time of communication, and outputs the date, time information, communication time, etc. as one communication management report. I did it like this,
In addition to image sending and receiving processing, you can also easily manage calls.

Now, in this embodiment, the process shown in FIG. 14 is further executed. That is, the CPU 2f constantly monitors the wireless device failure information of the downlink serial signal SD (processing 8
01, process 802, process 801 from N of process 802).

When wireless device failure information is indicated by this downlink serial signal SD, "000101" is set in data bits D7-D2, as shown in FIG. 8(b), and data indicates a fault condition.

When the CPU 2f detects the wireless device failure information (Y in process 802), it sends data X and Y indicating the details of the failure to the facsimile machine 4 (process 8o3).

The facsimile machine 4 monitors the information notified in the same way as described above, and when the above data x and y are notified (Y in process 901), it reads the time at that time (process 902).
, records and outputs a failure report that notifies you of the occurrence of a failure (
Processing 903).

FIG. 15 is a recording example of this failure report, which records the time when a failure occurred in the wireless device and data X and Y indicating the failure state.

As a result, even if a failure occurs while the operator is absent, the operator can determine what kind of failure has occurred based on the failure report, making it easier to manage the apparatus.

By the way, NTT's car phone service has a memory dial function that allows you to register a contact's phone number in advance in correspondence with a two-digit memory dial number 00-19 and make a call by specifying that address. We are prepared. In this case, the registered contact telephone number is stored in the wireless device 1, and the stored contact telephone number can be read out from the wireless device 1 by a predetermined memory dial read request operation. ing.

In this embodiment, the facsimile device 4 has a function of recording and outputting the contact telephone numbers registered by this memory dial function as a memory dial list.

As shown in FIG. 16, when the operator performs an operation to request a memory dial list (Y in process 1001), the facsimile machine 4 issues a memory dial read request to the CPU 2f (process 1002).

When the CPU 2f receives the memory dial read request (Y in process 1101), the CPU 2f sets predetermined memory dial read request information in the uplink serial signal sU and sends it to the wireless device 1.

That is, as shown in FIG. 6(C), this memory dial read request information consists of three frames of data, and one
The frame number is fixed data of "10000111". Also, each data bit D, -D in the second frame and third frame are both nior/lz"0000",
.

Memory dial numbers 07 to no are indicated by each data bit D, to Do of the two frames.

Therefore, first, enter the requested memory dial number as “00”.
(decimal) (processing 1102), creates predetermined memory dial read request information according to the above, and
(processing 1103).

As shown in FIG. 17, when the wireless device 1 inputs the memory dial read request information using the uplink serial signal SU, the wireless device 1 receives the dialing information indicating the stored contact telephone number and the end of the call using the downlink serial signal SD. Outputs the dial completion information shown.

In the above dial information, as shown in FIG. 8(e), data bits D7 to D4 are "1001", and the telephone number is set one digit each to data d, to d0 of data bits D3 to Do. It is. Further, the dial completion information includes data bits D7 to Do as shown in FIG. 8(d).
is fixed data of 10101010''.

The CPU 2f sequentially receives the dial information output from the wireless device 1 (processing 1104, N of processing 1105).
(Proceed to process 1104). Then, when dial completion information is received (Y in process 1105), the received number information, that is, in this case, the memory dial number "o o '"
The communication destination telephone number corresponding to is sent to the facsimile machine 4 (processing 1106).

Next, the read memory dial number is determined (process 1107), and if the number is not 111911 (N in process 1107), the memory dial number is incremented by 1 (process 1108), and the next contact telephone number is sent from the wireless device 1. It is read in the same way (proceed to process 1103).

After reading up to the memory dial number +11911 in this way (Y in process 1107), the facsimile machine 4 is notified of the end of the process (process 1109).

On the other hand, when the above-mentioned number information is sent from the CPU 2f (Y in process 1003), the facsimile machine 4 sequentially receives and stores it (processes 1004, 1005, 100).
(Proceed to process 1003 from N of 5).

Then, when the end of the above process is notified (process 1005
Y), the plotter 4b outputs a memory dial list as shown in FIG. That is, the list title 1201 is recorded at the top of one sheet of recording paper, and the memory dial numbers "00" to 11191 are recorded at the bottom left of the list title 1201.
1 is recorded, and the corresponding registered contact telephone number is recorded on the right side.

This eliminates the need for the operator to memorize the contact telephone number registered as a memory dial or write it down on paper, making memory dial management easier.

In the above embodiment, as shown in FIG. 12, the contact telephone number is recorded in the transmission management report assuming that the calling party is the one making the call. However, when the receiving party is making the call, Similarly, the contact telephone number can be recorded as a reception management report. Also, combine both into one
Needless to say, it is also possible to create a single transmission/reception management report.

Furthermore, in the communication management report shown in Figure 13,
Information identifying whether each communication is a phone call or an image transmission/reception may be recorded.

In addition, in the case of a car phone device that allows you to select unit charges, a coin storage command for charging in 100 yen increments is transferred via the downlink serial signal, so this coin storage command is detected, the communication fee is calculated, and this is displayed. It is conceivable to record the information in the communication management report mentioned above.

Furthermore, in the fault report shown in Fig. 15, the data X and Y shown in Fig. 8 (b) indicating the fault state are recorded as they are, but it goes without saying that the fault state may also be recorded as a comment. stomach.

Furthermore, although the wireless device 1 and the handset 3 are based on a new system whose service started in the Tokyo metropolitan area in May 1986, the wireless device 1 and the handset 3 are explained as examples, but other systems may also be used for a long period of time. The present invention can be similarly applied when transferring equivalent information.

[Effects of the Invention] As described above, according to the present invention, by reading the dial information transferred from the handset to the wireless device,
Since the contact telephone number is recorded in the communication management report, communication management can be easily performed. Also,
The call display information transferred from the wireless device to the handset is read, and the communication history including the call and image transmission/reception processing is recorded using the communication management report.
It also makes call management easier. Furthermore, when a failure occurs in a wireless device, the failure state is recorded, making it easier to manage the device. Furthermore, since the contact telephone number registered as the memory dial is read out and recorded on the recording paper, the memory dial can be easily managed.

[Brief explanation of the drawing]

FIG. 1 is a device configuration diagram of a facsimile communication system according to an embodiment of the present invention, FIG. 2 is a circuit configuration diagram of an interface device, and FIG. 3 is a block configuration diagram of a facsimile device.
Fig. 4 is an explanatory diagram showing the functions of the CPU and serial interface in the interface device, Fig. 5 is an explanatory diagram of serial signals, Fig. 6 is an explanatory diagram of various information of upstream serial signals, and Fig. 7 is an explanatory diagram of dial information. An operation flowchart showing reading and its processing, FIG. 8 is an explanatory diagram of various information of the down serial signal, and FIG. 9 is an explanation of the T recorded on the receiving side.
An explanatory diagram of TI information, FIG. 10 is an operation flowchart showing reading of call display information and related processing;
Figure 1 is an operational flowchart showing the output processing of various management revo-1. Figure 12 is an explanatory diagram showing an example of recording a transmission management report. Figure 13 is an explanatory diagram showing an example of recording a communication management report. Figure 14. 15 is an explanatory diagram showing an example of recording a failure report. FIG. 16 is an operation flowchart showing the process of reading memory dial information. FIG. 17 is a flowchart showing the process of reading memory dial information from a wireless device. Explanatory diagram showing information read operation, 1st
FIG. 8 is an explanatory diagram showing an example of recording a memory dial list. ■...Wireless device, 2...Interface device, 2a
, 2b...connector, 2c...relay, 2d,
2e...Transformer, 2f...CPU, 2g, 2h・
...Serial interface, 21゜2j...Photocoupler, 3...Handset, 4...Facsimile device, 4a...Scanner, 4b...Plotter: 4c
... Encoding/decoding unit, 4d... Modem, 4e...
・Communication control unit, 4f...handshake port, 4g
...Operation display section, 4h...System control section, 41.
··Power supply part. Figure Figure Figure 1゜ Figure Figure Figure Figure Figure 0b'/(Je) Figure Figure Figure Figure

Claims (1)

[Claims] (1) A facsimile device for a car phone that has a function of recording and outputting history information of executed image transmission/reception processing as a communication management report, and is used by connecting to a wireless device and a handset of the car phone device. , a dial information reading means for reading dial information indicating a telephone number of the communication destination transferred from the handset to the wireless device when a call is made to the communication destination by operating the handset, and a transmission/reception process for calling the communication destination. When executing the above, a contact telephone number storage means stores the contact telephone number obtained by reading the above, and records the history information of each image transmission/reception process including the stored contact telephone number as the communication management report. A facsimile device for a car telephone, characterized in that it is equipped with communication management report recording means for recording on paper. (2) In a car phone facsimile device that has a function to record and output communication history information as a communication management report and is used by connecting to the wireless device and handset of the car phone device, the information is transferred from the wireless device to the handset. a communication time determining means for determining a start time and an end time of communication including a telephone call and image transmission/reception processing based on the read telephone call display information; A facsimile device for a car telephone, comprising communication management report recording means for recording the communication history information including the start time and end time obtained by the determination on recording paper as the communication management report. (3) When a mobile telephone device is connected to the above-mentioned wireless device and handset, the mobile telephone device has a function of transmitting wireless device failure information indicating the failure state from the wireless device to the handset when a failure occurs in the wireless device. In the facsimile device for a car telephone to be used, a failure information reading means for reading the wireless device failure information, and a failure report for recording the date and time of reading the wireless device failure information and the failure state based on the wireless device failure information on a recording paper. A facsimile device for a car telephone, characterized in that it is equipped with a recording means. (4) In a facsimile device for a car phone that is used by connecting to a handset and a wireless device of a car phone device that has a memory dial function that stores a contact telephone number in correspondence with each memory dial number, the wireless a memory dial reading means for executing a memory dial read request to the device to read out the stored contact telephone number; and a memory dial for recording the read contact telephone number on a recording paper along with each memory dial number. A facsimile device for a car telephone, characterized in that it is equipped with a list recording means.