JPH05292172A - Dialer with memory dial function - Google Patents

Abstract

PURPOSE:To improve the maintenance of telephone directory data by using the telephone directory data and another external terminal such as an electronic notebook in common. CONSTITUTION:When a key switch 11 of a dialer is operated for telephone directory data transmission, a control signal is sent from a key entry section 16 of a control section 5 to a telephone directory registration section 17. Then a transmission data pointer is initialized and a message representing transmission start is outputted to a display device 10, the transmission processing is started and a communication control section 19 reaches the telephone directory data transmission enable state. Then data are read from a telephone directory data memory 12 and edited into a format by which the data are sent to an electronic notebook 22 by the control section 17 and the resulting data are stored in a transmission reception buffer 18. When the data in the memory 12 are lost, the data stored in the buffer 18 are read and outputted from the communication control section 19 to the outside of the control section 5 and sent to the electronic notebook 22. Since the telephone directory data and the telephone directory data of another external terminal equipment such as the electronic notebook 22 are used in common, the maintenance is improved.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dial transmitting device with a memory dial function, which stores a telephone number and a name as telephone directory data and can retrieve a telephone number by searching by name.

[0002]

2. Description of the Related Art FIG. 10 shows the configuration of a conventional dial transmission device with a memory dial function. In FIG. 10, 1 is a station line, 2 is a station line closing circuit section connected to the station line 1, 3 is a call control circuit section connected to the station line closing circuit section, and 4 is a station line closing circuit. The dial signal output unit 5 connected to the unit 2 is a control unit connected to the office line closing circuit unit 2, the call control circuit unit 3, and the dial signal output unit 4. 6 is a handset connected to the call control circuit unit 3, 7 is a speaker amplifier connected to the call control circuit unit 3 and the control unit 5, and 8 is a speaker connected to the speaker amplifier 7. 9 is a display device driver connected to the control unit 5, 10
Is a display device connected to the display device driver 9. 1
Reference numeral 1 is a key switch connected to the control unit 5, and 12 is a telephone directory data memory connected to the control unit 5. In the control unit 5, 13 is a dial transmission control unit connected to the dial signal output unit 4, 14 is a call control unit connected to the call control circuit unit 3 and the speaker amplifier 7, and 15 is connected to the display device driver 9. A display control unit, 16 is a key input unit connected to the key switch 11, and 17 is a phonebook search / registration control unit connected to the phonebook data memory 12.

Next, the operation of the above conventional example will be described.
By operating the key switch 11, the code detected by the key input unit 16 of the control unit 5 is processed by the telephone directory search registration control unit 17. If a search operation is performed,
The telephone directory data memory 12 is searched for telephone directory data corresponding to the search code, and the control unit 5 activates the display device driver 9 via the display control unit 15 and displays it on the display device 10. When the displayed phonebook data is not the desired phonebook data, the search operation is continued using the key switch 11, but when the phonebook data to be called is displayed, the key switch 11 is used. The call is made. As a result, necessary telephone number data is transmitted from the telephone directory search registration control unit 17 of the control unit 5 to the dial transmission control unit 12, and a dial signal is transmitted to the central office line 1 via the dial signal output unit 4.

On the other hand, when the registration operation is performed, the input name data and telephone number data are displayed on the display device 10.
And the displayed data is registered using the key switch 11, the input phonebook data is stored in the phonebook data memory 12 from the phonebook search registration controller 17 of the controller 5. It

[0005]

However, the above-mentioned conventional dial transmission device with a memory dial function has a problem that only the telephone numbers already stored in the telephone directory data memory can be searched and dialed. .. For this reason, the phone book data memory must be sufficiently maintained so that the latest address information is always stored, like a general address book. For that purpose, the phone book data must be re-registered one by one. There was a problem that it had to be. In recent years, information processing equipment has become popular,
There are electronic notebooks, address books for word processors, address books for personal computers, and the like, and it is a very troublesome problem for users who also use them to re-register phonebook data. Furthermore, when using an electronic notebook and a telephone with a memory dial function together, it is possible to use the same telephone directory data by directly connecting an electronic notebook that requires portability and a fixed-type telephone. Although the maintenance of data is improved, there is a problem that the portability of the electronic notebook is impaired when connected to the telephone, and the memory dial function of the telephone is impaired if the electronic notebook is not connected.

SUMMARY OF THE INVENTION The present invention is to solve such a conventional problem, and to provide a dial transmitting device with a memory dial function which shares telephone directory data, facilitates data maintenance, and is excellent in portability. It is intended.

[0007]

In order to achieve the above object, the present invention provides a dial transmitting device with a memory dial function with means for connecting another external terminal such as an electronic notebook, and It is possible to send and receive telephone directory data between the two.

The present invention also provides means for substituting read data for name data instead of name data in order to cope with the difference in the format of the telephone directory data between the dial transmission device with memory dial function and other external terminals. It is a thing.

The present invention is also provided with means for displaying the data capacity over during communication in order to cope with the difference in the capacity of the telephone directory data of the dial transmitting device with the memory dial function and other external terminals, and the memory dial. A means for displaying a communication error is provided when an error occurs during communication of telephone directory data between the dial transmission device with a function and another external terminal.

Further, in order to prevent the portability of other external terminals such as an electronic notebook from being impaired, the present invention further provides only the means for dialing the telephone number of the dial transmission device with the memory dial function to the central office line independently. , And the others are wirelessly connected to each other.

[0011]

With the above structure, the present invention improves the maintainability of the telephone directory data by sharing the telephone directory data of the dial transmission device with the memory dial function and the telephone directory data of other external terminals such as an electronic notebook. can do.

In addition, even if the name data of the telephone directory data cannot handle Chinese characters, the dial transmission device with the memory dial function can substitute the name data with the reading data, thereby expanding the range of connectable information devices. ..

Further, by displaying a trouble at the time of a call between the dial transmission device with the memory dial function and another external terminal, a difference in the memory capacity, and the like, the operability of the maintenance of the telephone directory data can be improved.

Furthermore, the dial transmission device with a memory dial function is divided into a master unit having a dial transmission function and a slave unit having a call function, a telephone directory memory function and an interface function with other external terminals, and wirelessly communicate with each other. By connecting with, the matching with other external terminals is improved in terms of portability and portability, and the telephone directory data can be easily maintained.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows the configuration of a dial transmission device with a memory function corresponding to the first to fifth embodiments of the present invention. Elements similar to those of the conventional example shown in FIG. 10 are designated by similar reference numerals. In FIG. 1, 1 is a station line, 2 is a station line closing circuit section connected to a station line 1, 3 is a call control circuit section connected to a station line closing circuit section, and 4 is a station line closing circuit. The dial signal output unit 5 connected to the unit 2 is a control unit connected to the office line closing circuit unit 2, the call control circuit unit 3, and the dial signal output unit 4. 6 is a handset connected to the call control circuit unit 3, 7 is a speaker amplifier connected to the call control circuit unit 3 and the control unit 5, and 8 is a speaker connected to the speaker amplifier 7. Reference numeral 9 is a display device driver connected to the control unit 5, and 10 is a display device connected to the display device driver 9. Reference numeral 11 is a key switch connected to the control unit 5, and 12 is a telephone directory data memory connected to the control unit 5. In the control unit 5, 13 is a dial transmission control unit connected to the dial signal output unit 4, 14 is a call control unit connected to the call control circuit unit 3 and the speaker amplifier 7, and 15 is connected to the display device driver 9. A display control unit, 16 is a key input unit connected to the key switch 11, 17 is a phonebook search / registration control unit connected to the phonebook data memory 12, and 18 is a transmission / reception buffer connected to the phonebook search / registration control unit 17. , 19 are communication control units connected to the telephone directory search registration control unit 17 and the transmission / reception buffer 18. Reference numeral 20 is an electronic notebook I / F circuit unit connected to the communication control unit 19 of the control unit 5, and 21 is an electronic notebook I / F circuit unit 2.
Reference numeral 22 denotes a connection connector connected to 0, and 22 denotes an electronic notebook connected to the connection connector 21 via a cable 23.

Next, the operation of the above embodiment will be described.
By operating the key switch 11, the code detected by the key input unit 6 of the control unit 5 is changed to the telephone directory search registration control unit 1.
7 is processed. When a search operation is performed, the phonebook data corresponding to the search code is stored in the phonebook data memory 12
Then, the control unit 5 activates the display device driver 9 via the display control unit 15 and displays it on the display device 10. When the displayed phonebook data is not the desired phonebook data, the search operation is continued using the key switch 11, but when the phonebook data to be called is displayed, the key switch 11 is used. And make a call. As a result, the necessary telephone number data is transmitted from the telephone directory search registration control unit 17 of the control unit 5 to the dial transmission control unit 13, and the dial signal is transmitted to the central office line 1 via the dial signal output unit 4.

On the other hand, when the registration operation is performed, the input name data and telephone number data are displayed on the display device 10.
To display. By performing a registration operation on the displayed data using the key switch 11, the input telephone directory data is stored in the telephone directory data memory 12 from the telephone directory search registration controller 17 of the controller 5. The operation up to this point is the same as in the conventional example.

Next, the cable 23 and the connector 2
Telephone book data is already registered in the electronic notebook 22 connected to the dial originating device via 1 and the telephone book search registration control unit 17 when the dial originating device receives the telephone book data from the electronic notebook 22. The operation of will be described with reference to the flowchart of FIG. First, by operating the key switch 11 of the dial transmission device to receive the telephone book data, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17, and the reception data pointer is initialized. (Step 3
1) Then, a message "starting reception" is output to the display device 10 (step 32), the reception process is activated, and the communication control unit 19 enters a state in which the telephone directory data can be received (step 33). Next, when the electronic notebook 22 is operated and the telephone directory data is sent to the electronic notebook I / F circuit section 20 through the cable 23 and the connector 21, the signal D
The C level is adjusted to that of the dial transmitter. The level-converted telephone directory data is input to the communication control unit 19 of the control unit 5, and the communication control unit 19 temporarily stores the received telephone directory data signal in the transmission / reception buffer 18. The telephone directory data stored in the transmission / reception buffer 18 is sequentially read from it (step 34), divided into names, telephone numbers, etc. by the telephone directory search registration controller 17 and edited, and stored in the telephone directory data memory 12. (Steps 35, 36, 37). When the telephone directory data in the transmission / reception buffer 18 is exhausted, the last data is written in the telephone directory data memory 12 (step 38), and then the display device 10 is operated.
The message "reception completed" is output to and the process ends (step 39).

Next, the telephone directory data is already registered in the telephone directory data memory 12 of the dial transmitting device, and the telephone directory search registration control unit 17 when transmitting the telephone directory data from the dial transmitting device to the electronic notebook 22. About the operation of
This will be described with reference to the flowchart in FIG. First, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17 by operating the key switch 11 of the dial transmission device for transmitting the telephone book data, and the transmission data pointer is initialized. (Step 4
1) Then, a message of "start transmission" is output to the display device 10 (step 42), the transmission process is activated, and the communication control unit 19 becomes in the telephone book data transmittable state (step 43). Next, the telephone book data is read from the telephone book data memory 12 (step 44), edited by the telephone book search registration control unit 17 into a format that can be transmitted to the electronic notebook 22, and temporarily stored in the transmission / reception buffer 18 ( Steps 45, 46, 47). Phonebook data memory 1
When there is no telephone directory data in 2, the send / receive buffer 18
The telephone book data temporarily stored in is sequentially read and output from the communication control unit 19 to the outside of the control unit 5 (step 48). The telephone directory data output to the outside of the control unit 5 enters the electronic notebook I / F circuit unit 20, where the signal D
The C level is adjusted to that of the electronic notebook 22 and transmitted to the electronic notebook 22 via the connector 21 and the cable 23. When the transmission of the telephone directory data is completed (step 49), the message "transmission completed" is output to the display device 10 and the process is completed (step 50).

Next, a second embodiment of the present invention will be described. The configuration of the transmitting device with a memory dial function in the second embodiment is almost the same as that of the first embodiment, except that the telephone search registration control unit 17 calls the reading data of the name data from the electronic notebook 22. Only the means for substituting the name data in the book data memory 12 is provided, and therefore only the receiving operation in the telephone directory search registration controller 17 will be described below with reference to the flowchart in FIG. First, by operating the key switch 11 of the dial transmission device to receive the telephone book data, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17, and the reception data pointer is initialized. In addition to being converted (step 51), a message “starting reception” is output to the display device 10 (step 52), the reception process is activated, and the communication control unit 19 enters the phonebook data reception state (step 53). .. Next, the electronic notebook 22 is operated so that the telephone directory data is transferred to the electronic notebook I / F circuit section 20 via the cable 23 and the connector 21.
, Where the DC level of the signal is adjusted to that of the dial transmitter. The level-converted telephone directory data is input to the communication control unit 19 of the control unit 5, and the communication control unit 19 temporarily stores the received telephone directory data signal in the transmission / reception buffer 18. The telephone directory data stored in the transmission / reception buffer 18 is sequentially read therefrom (step 54), and the telephone directory search / registration control unit 17 extracts the reading data of the name data as pseudonym data (steps 55, 56). After being edited by being divided into telephone numbers and the like, they are stored in the telephone directory data memory 12 (steps 57 and 58). When the telephone directory data in the transmission / reception buffer 18 runs out, the reading data of the last name data is taken out as kana data (step 56A),
After writing to the telephone directory data memory 12 (step 5
7A), the message of "reception completed" is output to the display device 10 and the process ends (step 59).

Next, a third embodiment of the present invention will be described. The configuration of the transmission device with a memory dial function in the third embodiment is almost the same as that of the second embodiment, except that the telephone book search registration control unit 17 reads the name data read from the electronic notebook 22. When the name data in the telephone directory data memory 12 is substituted, if the same name data is duplicated, only the means for adding an additional number to the name data for identification is different.
Only the receiving operation in the telephone directory search registration controller 17 will be described below with reference to the flowchart of FIG. First, by operating the key switch 11 of the dial transmission device to receive the telephone book data, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17, and the reception data pointer is initialized. (Step 61), the display device 10 "starts reception"
Message is output (step 62), the reception process is activated, and the communication control unit 19 enters the telephone directory data receiving state (step 63). Next, the electronic notebook 22 is operated so that the telephone directory data is stored in the cable 23 and the connector 2.
When it is sent to the electronic notebook I / F circuit section 20 via 1, the DC level of the signal is adjusted here to that of the dial transmitting device. The level-converted telephone directory data is input to the communication control unit 19 of the control unit 5, and the communication control unit 19
The signal of the received telephone directory data is temporarily stored in the transmission / reception buffer 18. The telephone directory data stored in the transmission / reception buffer 18 is sequentially read therefrom (step 6).
4) The phone book search registration controller 17 extracts the reading data of the name data as pseudonym data, and determines whether or not the same name data exists (step 6).
5, 66). If they are the same, an additional number is added to the name data (step 67), the name data and the telephone number are classified and edited, and then stored in the telephone directory data memory 12 (step 68, 69). When there is no more telephone book data in the transmission / reception buffer 18, the reading data of the last name data is taken out as pseudonym data and written in the telephone book data memory 12 (step 68).
A), the message "reception completed" is output to the display device 10 and the process ends (step 70).

Next, a fourth embodiment of the present invention will be described. The configuration of the transmission device with a memory dial function in the fourth embodiment is almost the same as that of the first embodiment, except that the telephone search registration control unit 17 monitors the amount of telephone directory data to be received. The only difference is that a means for displaying that is exceeded when the capacity of the telephone directory data memory 12 is exceeded, so only the reception operation in the telephone directory search registration controller 17 will be described below with reference to the flowchart of FIG. And explain. First, by operating the key switch 11 of the dial transmission device to receive the telephone book data, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17, and the reception data pointer is initialized. In addition to being converted (step 71), a message “start receiving” is output to the display device 10 (step 72), the receiving process is activated, and the communication control unit 19 enters the phonebook data receiving state (step 73). .. Next, the electronic notebook 22 is operated so that the telephone directory data is transferred to the electronic notebook I / F circuit section 20 via the cable 23 and the connector 21.
, Where the DC level of the signal is adjusted to that of the dial transmitter. The level-converted telephone directory data is input to the communication control unit 19 of the control unit 5, and the communication control unit 19 temporarily stores the received telephone directory data signal in the transmission / reception buffer 18. The telephone book data stored in the transmission / reception buffer 18 is sequentially read therefrom (step 74), and the telephone book search registration controller 17 judges whether or not the capacity of the telephone book data memory 12 still remains (step 75). , 76), if there is still capacity, the data is divided into names, telephone numbers, etc. and edited, and then stored in the telephone directory data memory 12 (steps 77, 78). If there is no capacity, a message "over capacity" is output to the display device 10 (step 79). When there is no more telephone book data in the transmission / reception buffer 18, the last data is written in the telephone book data memory 12 (step 77A), and then a message of "reception completed" is output to the display device 10 and the processing ends ( Step 80).

Next, a fifth embodiment of the present invention will be described. The configuration of the transmission device with a memory dial function in the fifth embodiment is almost the same as that of the first embodiment, but the communication control unit 19 of the control unit 5 includes means for monitoring communication with an external terminal. However, only the transmission / reception operation in the telephone directory search / registration control unit 17 will be described below with reference to FIGS. 7 and 8. First, in the receiving operation, as shown in FIG. 7, the key switch 11 of the dial transmission device is operated to receive the telephone directory data, so that the key input section 16 of the control section 5 changes to the telephone directory search registration control section 17. The operation signal is transmitted to the communication device, the reception data pointer is initialized (step 81), the message “start reception” is output to the display device 10 (step 82), the reception process is activated, and the communication control unit 1 is activated.
9 enters the telephone book data receiving state (step 83). Next, operate the electronic notebook 22 to save the telephone directory data in the cable 2.
When it is sent to the electronic notebook I / F circuit section 20 via the connector 3 and the connector 21, the DC level of the signal is adjusted here to that of the dial transmission device. The level-converted telephone directory data is input to the communication control unit 19 of the control unit 5, and the communication control unit 19 monitors the received signal at this time (step 84). Temporarily stores the received telephone directory data signal in the transmission / reception buffer 18. The telephone directory data stored in the transmission / reception buffer 18 is sequentially read therefrom (step 8).
5) After being edited by the telephone book search / registration control unit 17 by being divided into names, telephone numbers, etc., it is stored in the telephone book data memory 12 (steps 86, 87, 88). When the telephone directory data in the transmission / reception buffer 18 is exhausted, the last data is written in the telephone directory data memory 12 (step 87A), and then the message of "reception completed" is output to the display device 10 and the process ends ( Step 89). On the other hand, if the reception is abnormal, the communication control unit 19 notifies the telephone book search registration control unit 17 of the communication abnormality, and the telephone book search registration control unit 17 causes the display device 10 to display “ Output the message "Reception error" (step 9)
0).

Next, the transmission operation will be described with reference to FIG. First, an operation signal is transmitted from the key input unit 16 of the control unit 5 to the telephone book search registration control unit 17 by operating the key switch 11 of the dial transmission device for transmitting the telephone book data, and the transmission data pointer is initialized. When the message is converted (step 91), a message of "start transmission" is output to the display device 10 (step 92), the transmission process is activated, and the communication control unit 19 enters a state in which the telephone directory data can be transmitted (step 93). ). Next, the telephone book data is read from the telephone book data memory 12 (step 9
4), the electronic notebook 22 by the telephone book search registration controller 17
Edited to a format that can be transmitted to and temporarily stored in the transmission / reception buffer 18 (steps 95, 96, 9).
7). When the telephone directory data in the transmission / reception buffer 18 is exhausted, the telephone directory data stored in the transmission / reception buffer 18 is read and output from the communication control unit 19 to the outside of the control unit 5 (step 98). The telephone directory data output to the outside of the control unit 5 enters the electronic notebook I / F circuit unit 20, where the DC level of the signal is adjusted to that of the electronic notebook 22, and the electronic notebook via the connector 21 and the cable 23. 22
Sent to. The communication control unit 19 monitors the transmission signal at this time (step 99), and when the transmission is normally performed and the transmission of the telephone directory data is completed (step 100), the display device 10 displays "transmission completed". Is output and the processing ends (step 101). on the other hand,
If the transmission is abnormal, the communication control unit 19 notifies the telephone directory search registration control unit 17 of the communication abnormality, and the telephone directory search registration control unit 17 causes the display device 10 to display “transmission abnormality” via the display control unit 15. Is output (step 102).

FIG. 9 shows the configuration of a dial transmission device with a memory function corresponding to the sixth embodiment of the present invention. Elements similar to those of the embodiment shown in FIG. 1 are designated by like reference characters. There is. In FIG. 9, reference numeral 24 is a dial transmission master device, and 25 is a dial transmission slave device wirelessly connected to the dial transmission master device 24. In the dial transmission master unit 1, 1 is a station line, 2 is a station line closing circuit section connected to the station line 1, 3 is a call control circuit section connected to the station line closing circuit section, and 4 is a station line. A dial signal output unit connected to the closed circuit unit 2, 26 is a master unit control unit connected to the office line closed circuit unit 2, the call control circuit unit 3 and the dial signal output unit 4, 27
Is a wireless control circuit unit connected to the call control circuit unit 3 and the master unit control unit 26. In the dial transmitter 25, 28 is a radio control circuit section, 29 is a call control circuit section, 3
Reference numeral 0 is a slave unit control unit connected to the wireless control circuit unit 28. 6 is a handset connected to the call control circuit unit 29. Reference numeral 9 is a display device driver connected to the handset controller 30, and 10 is a display device connected to the display device driver 9. Reference numeral 11 is a key switch connected to the handset controller 30, and 12 is a telephone directory data memory connected to the handset controller 30. In the slave unit control unit 30, 13 is a dial transmission control unit connected to the wireless control circuit unit 28, 14 is a call control unit connected to the wireless control circuit unit 28, and 15 is display control connected to the display device driver 9. Section, 16 is a key input section connected to the key switch 11, 17 is a telephone directory search / registration control section connected to the telephone directory data memory 12, 18
Is a transmission / reception buffer connected to the telephone directory search registration control unit 17, and 19 is a communication control unit connected to the telephone directory search registration control unit 17 and the transmission / reception buffer 18. Reference numeral 20 denotes an electronic notebook I / F connected to the communication control unit 19 of the slave unit control unit 30.
A circuit portion, 21 is a connection connector connected to the electronic notebook I / F circuit portion 20, and 22 is an electronic notebook connected to the connection connector 21 via a cable 23.

Next, the operation of the sixth embodiment will be described. By operating the key switch 11, the code detected by the key input unit 16 of the slave unit control unit 30 is processed by the telephone directory search registration control unit 17. When a search operation is performed, the phonebook data corresponding to the search code is searched from the phonebook data memory 12, and the child device control unit 30 activates the display device driver 9 via the display control unit 15 to display the data. It is displayed on the device 10. When the displayed phonebook data is not the desired phonebook data, the search operation is continued using the key switch 11, but when the phonebook data to be called is displayed, the key switch 11 is used. And make a call. As a result, necessary telephone number data is transmitted from the telephone directory search registration control unit 17 of the handset control unit 30 to the dial transmission control unit 13, and is transmitted to the wireless control circuit unit 27 of the dial transmission master unit 24 through the wireless control circuit unit 28. Sent. In the dial transmission master unit 24, the dial signal from the wireless control circuit 27 is transmitted from the dial signal output unit 4 to the central office line 1 through the master unit control unit 26.

On the other hand, when the registration operation is performed, the input name data and telephone number data are displayed on the display device 10.
To display. The displayed data is stored in the phonebook data memory 12 from the phonebook search registration controller 17 of the handset controller 30 by performing a registration operation using the key switch 11.

Further, regarding the operation when the telephone directory data is already registered in the electronic notebook 22 connected to the dial sender 25 and the dial sender 25 receives the telephone book data from the electronic notebook 22, It is the same as the flowchart shown in FIG. 2, and the telephone directory data is already registered in the telephone directory data memory 12 of the dial transmitter 25.
The operation of transmitting the telephone directory data from the dial transmitter 25 to the electronic notebook 22 is the same as that of the flowchart shown in FIG.

As described above, according to the sixth embodiment, the dial transmission device with the memory dial function is composed of the dial transmission master unit 24 having the dial transmission function, the call function, the telephone directory memory function and the electronic notebook 22. Since it is separated and independently connected to the dial transmitter 25 having an interface function and is wirelessly connected to each other, the electronic notebook 2 which is important for portability
2 can be matched, and the telephone directory data can be easily maintained.

[0030]

As is apparent from the above embodiment, the present invention makes it possible to make a call by sharing the telephone directory data of the dial transmission device with the memory dial function with the telephone directory data of other external terminals such as an electronic notebook. The maintainability of book data can be improved.

Even when the name data of the telephone directory data cannot handle Chinese characters, the dial transmission device with the memory dial function can expand the range of connectable information devices by using the reading data as a substitute for the name data. it can.

Further, by displaying a trouble at the time of a call between the dial transmission device with a memory dial function and another external terminal, a memory capacity difference, and the like, the operability of the maintenance of the telephone directory data can be improved.

Furthermore, the dial transmission device with a memory dial function is divided into a master unit having a dial transmission function and a slave unit having a call function, a telephone directory memory function and an interface function with other external terminals, and wirelessly communicate with each other. By connecting with, the matching with other external terminals is improved in terms of portability and portability, and the telephone directory data can be easily maintained.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of a dial transmission device with a memory dial function according to first to fifth embodiments of the present invention.

FIG. 2 is a flowchart showing an operation at the time of data reception in the telephone directory search registration controller in the first embodiment of the present invention.

FIG. 3 is a flowchart showing an operation at the time of data transmission in the telephone directory search registration controller according to the first embodiment of the present invention.

FIG. 4 is a flowchart showing an operation at the time of receiving data in the telephone directory search registration controller in the second embodiment of the present invention.

FIG. 5 is a flowchart showing an operation at the time of receiving data in the telephone directory search registration control unit in the third embodiment of the present invention.

FIG. 6 is a flowchart showing an operation at the time of data reception in the telephone directory search registration controller in the fourth embodiment of the present invention.

FIG. 7 is a flowchart showing an operation at the time of receiving data in the telephone directory search registration controller in the fifth embodiment of the present invention.

FIG. 8 is a flowchart showing an operation at the time of data transmission in the telephone directory search registration controller in the fifth embodiment of the present invention.

FIG. 9 is a block diagram showing the configuration of a dial transmission device with a memory dial function according to a sixth embodiment of the present invention.

FIG. 10 is a block diagram showing the configuration of a conventional dial transmission device with a memory dial function.

[Explanation of symbols]

 1 office line 2 office line closed circuit part 3 call control circuit part 4 dial signal output part 5 control part 6 handset 7 speaker amplifier 8 speaker 9 display device driver 10 display device 11 key switch 12 phone book data memory 13 dial transmission control part 14 call control unit 15 display control unit 16 key input unit 17 phonebook search registration control unit 18 transmission / reception buffer 19 communication control unit 20 electronic notebook I / F circuit unit 21 connection connector 22 electronic notebook 23 cable 24 dial transmission master unit 25 dial transmission Handset 26 Base unit control unit 27, 28 Wireless control circuit unit 29 Call control circuit 30 Handset control unit

Claims (6)

[Claims] 1. Memory means for storing telephone book data consisting of a telephone number and a name, means for registering and retrieving telephone book data in the memory means, and means for dialing and transmitting the retrieved telephone number to a central office line. A dial transmission device with a memory dial function, comprising means for making a call through a central office line, means for connecting an external terminal having telephone directory data, and means for transmitting / receiving telephone directory data to / from the external terminal. 2. When the name data of the telephone directory data in the memory means is a kana and the name data of the telephone directory data of the external terminal is kanji, the reading data of the name data of the external terminal is changed to the name data in the memory means. The dial transmitting device with a memory dial function according to claim 1, further comprising means for substituting for the dial. 3. The device according to claim 1, further comprising means for automatically adding an additional symbol to the name data for identification when the same name data is received from the external terminal.
Dial transmission device with the dial function described. 4. The method according to claim 1, further comprising means for displaying a message indicating that the entire telephone book data of the external terminal cannot be received when the storage capacity of the telephone book data of the external terminal is larger than the memory capacity of the memory means. A dial transmission device with a memory dial function according to any one of 1. 5. The memory dial function according to claim 1, further comprising means for displaying that there is a communication error when an error occurs during transmission / reception of telephone directory data to / from an external terminal. Dial transmitter. 6. The dial transmission device with a memory dial function according to claim 1, wherein means for dialing a telephone number to an office line are independently used as a master unit and other units are wirelessly connected to each other as slave units. ..