JP3531564B2 - Telephone terminal for information communication system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] [0001] The present invention relates to text data.
Information communication system that can send and receive
The present invention relates to a mobile phone terminal. [0002] 2. Description of the Related Art In mobile phone terminals and the like,
So-called text data transmission / reception
Those with built-in auto-mail and e-mail functions are widely available.
It is very popular. In such a phone terminal,
When sending, each character is assigned multiple characters.
In addition to the numeric keys “0” to “9”, an asterisk
(*) Key, sharp (#) key, function key
Key, power key, and other auxiliary keys to operate
It is common to create text data. I
However, this configuration creates text data
Key operations are very complicated, and text data
Since it takes a long time to create data,
There was a problem that burden was increased. Such a problem
To solve a point, for example, spectrally
Speech recognition device that converts to text data by analysis etc.
It is conceivable that a voice recognition device
The device requires a large-scale circuit configuration, which enhances portability.
Is difficult to realize in telephone terminals that require miniaturization
It was difficult. [0003] SUMMARY OF THE INVENTION
As a technology that can be determined, conventionally,
The text input method and apparatus described in Japanese Patent Publication No. 90 are known.
Have been. This uses voice data for voice recognition processing.
Therefore, a speech recognition device that converts text data,
With storage device for storing text data after
Establish a recognition center and carry this voice recognition center
Connect to the base station of the telephone terminal via a wireless or wired line.
Next, create text data on the mobile phone terminal
The voice signal input on the mobile phone terminal side.
To the voice recognition center to recognize the input voice and
Conversion to text data and the resulting text
Is sent back to the mobile phone terminal.
This eliminates the need for complicated key operations. [0004] However, what is described in this publication
Connects the mobile phone terminal to the base station side (voice recognition center).
Connected, that is, after the telephone line is connected
In the state where the input speech signal is encoded,
To send audio to the
There is a situation that the talk time is lengthened by the time of the call. This
Unsolved problem that call cost increases
And fully enhance the qualitative value of the user interface
It was difficult. [0005] The present invention has been made in view of the above circumstances.
Yes, the purpose is the operation required to create text data
Can be increased without increasing the cost of calls and the complexity of the structure.
Simplicity and the qualitative direction of the user interface
To provide a telephone terminal for an information communication system capable of realizing the above
It is in. [0006] [MEANS FOR SOLVING THE PROBLEMS] To achieve the above object
The means described in claim 1 can be adopted. By this means
If you want to send text mail from the phone terminal
If this is the case, enter the voice corresponding to the mail
Power. Then, the audio input is converted to audio data
Is temporarily stored in the voice data storage means. This state
When a connection start operation is performed by the operating means from
When the talk control unit accesses the communication network,
After this, the connection to the communication network succeeded
Sometimes said audio data stored in the audio data storage means
Is transmitted to the information communication system.
On the information communication system side, the voice recognition device
Data to text data and storage device
After that, the text data is stored and the stored text data is stored.
The text data is distributed to the audio data in advance.
Selective distribution is performed based on the destination designation data. Therefore, text data is stored in the telephone terminal.
When you create a
No key operation is required, greatly reducing the burden on the user.
Become so. In addition, large-scale circuit configuration on the telephone terminal side
The need for a built-in speech recognition device
There is no risk of complication. In this case,
In some cases, it is necessary to temporarily store the input audio data.
In this memory state, the connection to the communication network succeeds
First (when the telephone line is connected)
The audio data is transmitted to the information communication system.
The time required for voice input is included in the call time.
No more. As a result, the creation of text data
Necessary operations are accompanied by soaring call costs and complicated structures
Can be greatly simplified without
The quality of the interface can be improved. [0008]In this case, the call control means
The voice data stored in the storage means is converted to text data.
The state of transmission as voice data for conversion and voice mail
And the audio for conversion to text data
Operate to send data and voicemail
It is configured to be switchable according to the operation of the
The input voice data can be sent to voice
It can also send mail and voice & text mail.
As a result, convenience in actual use is further enhanced.
Can be. [0009] [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention is applied to a portable telephone.
An embodiment will be described with reference to the drawings. Figure
4 schematically shows the appearance of the mobile phone 1 (corresponding to a telephone terminal).
Is shown in In FIG. 4, the housing of the mobile phone 1 is shown.
Body 2 has a call start key and a redial key on its front side.
Key, call end key, numeric keys "0" to "9", asterisk
Risk (*) key, sharp (#) key, function
Key, conversion key to convert character input to kanji, etc.
Key operation unit 3 including various keys, LCD panel 4 (display
), Microphone 5 for transmitting voice, receiving sound
Speaker 6 for voice output, displays incoming call status and charging operation status
LED 7 is provided for
An antenna 8 is provided. FIG. 5 shows an electrical configuration of the portable telephone 1.
Are indicated by combinations of functional blocks. this
In FIG. 5, the control circuit 9 (call control means, display control means)
Is equivalent to the column) is configured including a microcomputer
Control program stored in an internal ROM (not shown).
RAM (not shown) for programs and work areas
(Equivalent to data storage means).
Various controls related to communications (calls and sending and receiving e-mails)
Configuration. The control circuit 9 includes the key operation unit 3 and
Address book, redial memo,
For example, an EEPROM for storing the communication history
Storage unit 10 and output unit 11 (for the LCD panel 4
Backlight, not shown, the LED 7, not shown
Vibrator, etc.), microphone 5 and microphone
The audio processing unit 12 and the wireless communication unit 13 for the speaker 6
Has been continued. The antenna 8 is connected to the wireless communication unit 13.
Has been continued. In this case, the radio communication unit 13 transmits
When the transmitted incoming signal is received through the antenna 8
And outputs it to the control circuit 9. Control times
The road 9 performs wireless communication when an incoming call detection signal is given.
Obtain and store the control data following the incoming signal from the unit 13
Incoming notification operation (ring tone or incoming melody
The operation of outputting from the speaker 6 or the unillustrated
Operation to drive the blaster), and in this state key operation
When the connection start operation is performed through the work unit 3, the line
By executing the connection operation, the wireless communication unit 13 and the voice processing unit 12
Connect between. In such a line connection state, the wireless communication unit
13 converts the radio signal received through the antenna 8 into audio data.
Data or text data.
When the data is demodulated, the audio processing unit 12
The demodulated voice data input from the wireless communication unit 13 is
The output is made from the phone 6 as a reception signal. Also,
When demodulation of the text data is performed, the control circuit 9
Is displayed on the LCD panel 4 in a predetermined format.
Control is performed. The audio processing unit 12 operates in a
The audio signal input from the microphone 5 is modulated and
It is given to the transmitting unit 13 as a transmission signal. Then, the wireless communication section
Reference numeral 13 denotes a baseband for the transmission signal from the voice processing unit 12.
After processing, radio waves of a predetermined frequency band from the antenna 8
The operation of transmitting as a signal is performed. The audio processing unit 12 is in a line disconnected state.
Then, the audio signal input from the microphone 5
Encoding and compression to convert to digital audio data.
To the control circuit 9.
In this case, the audio data is stored in an internal RAM (not shown).
Temporary storage in the specified buffer memory area
Has become. The audio data stored in this way will be described later.
Is modulated by the wireless communication unit 13 when such an operation is performed.
Is transmitted as a radio signal from the antenna 8
Configuration. FIG. 6 shows an information communication system for the portable telephone 1.
System 14 by the combination of functional blocks
Shown schematically. In this FIG.
The stem 14 includes a number of base stations 15 for the mobile phone 1.
(Only one station is shown) and a communication cable (eg,
A host station 16 connected via an optical fiber, for example)
A communication connected to a server (not shown) in the host station 16
Communication network comprising a communication network 17 (for example, the Internet).
Network, and the communication network
To exchange data with the mobile phone 1 through the
Strike computer 18 (corresponding to a voice recognition device)
A storage device 19 connected to the host computer 18;
It is provided with a configuration. In this case, the host
The coding and compression on the mobile phone 1 side are
Converts the compressed audio data into text data
Speech recognition program to convert is installed
ing. In this embodiment, the host computer 18
And the storage device 19, and the communication network 17 to the host station 16.
Are connected via the host station 16,
(Alternatively, a main host station that bundles many host stations 16
(Inside). FIGS. 1 and 2 show the control inside the portable telephone 1.
A part related to the gist of the present invention in the contents of control by the circuit 9
FIG. 3 shows a host in the information communication system 14.
Of the present invention out of the contents controlled by the computer 18
Related parts are shown.
A description will be given together with the continuous action. FIG. 1 and FIG.
Of control routine when rule transmission mode is selected
It is shown. In FIG. 1, in this control routine,
First, a sound signal input from the microphone 5 is sounded.
The voice processing unit 12 converts the voice data into voice data.
The audio data of the
(Step S1).
After this, the type of outgoing mail is displayed on the LCD panel 4.
Display the mail type selection screen for selecting
Step S2) In this display state, the
Waits until a file type selection operation is performed (step S
3). As for the mail type, the input voice is sent as it is.
Voice mail and input voice in text data format
Text mail (e-mail) to send by e-mail, Boy
Voice that sends both email and text mail
& Text mail is set. When a mail type selection operation is performed
Determines the selected mail type (step S4),
If the result is "voice mail",
Determines whether to check the contents of the email
(Step S5). Note that such a selection operation is
This is performed through the operation unit 3. [0021] A state in which the content confirmation is not performed has been selected.
In this case (“NO” in step S5), the key operation unit 3 is
Communication destination specification data (email destination telephone number, or
Mail address on a network such as the Internet
Or other input operations have been completed.
(Step S6). Input operation of distribution destination specification data is completed
If not, the process returns to step S5, but the input operation
If the connection has been completed, the connection start operation via the key operation unit 3 is performed.
It is determined whether or not a crop has been performed (step S7). If the connection start operation has not been performed,
Return to step S5, but when the connection start operation is performed
After executing the mail transmission routine S8,
To In this routine S8, the line to the base station 15
Performs the connection operation, and when the connection is successful,
The voice data stored in step S1 is transmitted to the input distribution.
Contact designation data and mail type are voice mail
Mail data associated with the type data indicating
And transmit it from the wireless communication unit 13 through the antenna 8
Then, after the communication is completed, the line is cut off. It is determined "YES" in step S5.
In other words, the state of checking the contents of voicemail is selected.
If selected, the audio data stored in step S1
Is reproduced through the speaker 6 (step S9), and the sound
Judge whether the voice data is to be modified or not (step
Step S10). When the state to be corrected is selected (step
("YES" in step S10), input from the microphone 5
The audio signal is converted to audio data by the audio processing unit 12.
And converts the audio data into an internal RA (not shown).
M is updated and stored in the buffer memory area set to M (step
Step S11), and thereafter, proceed to the determination step S12.
You. If a state where no correction is performed is selected (step
("NO" in step S10), the step S11 is skipped.
The process jumps to step S12. In step S12, the key operation unit 3 is
Whether or not the input operation of the distribution destination specification data has been completed
Is determined, and the input operation of the distribution destination designation data is performed
If not, the process returns to step S12.
If the force operation has been completed, connect via the key operation unit 3.
It is determined whether a start operation has been performed (step S1).
3). And if the connection start operation has not been performed
Returning to step S12, the connection start operation has been performed.
In this case, the aforementioned mail transmission processing routine S8 is executed.
After returning. On the other hand, the judgment in the judgment step S4
If the result was "text mail", the text
Judgment of the selection status of whether to check the contents of the mail
(Step S14). The state without contents confirmation is selected.
Key ("NO" in step S14)
The input operation of the distribution destination designation data through the operation unit 3 is completed.
It is determined whether or not there is (step S15). Delivery destination designation
If the data input operation is not completed, step S1
4. If the input operation has been completed, return to key operation.
It is determined whether or not a connection start operation through the operation unit 3 has been performed.
(Step S16). If the connection start operation has not been performed,
Returning to step S14, if the connection start operation is performed
In this case, after executing the mail transmission process routine S17,
To return. In this routine S17, the
When the line connection operation is successful and the connection is successful
Then, the voice data stored in step S1 is input.
Distribution destination specification data and mail type
Emails associated with the type data indicating
Data from the wireless communication unit 13 through the antenna 8
And after the communication is completed, the line is cut off. It is determined "YES" in step S14.
State, that is, the state of confirming the contents of the text mail
If is selected, get line connection / text data
The processing routine S18 is executed. In this routine S18
Performs a line connection operation to the base station 15 and performs the connection.
When the continuation is successful, the voice stored in step S1
Confirmation request data including data is created and the wireless communication unit 13
From the antenna 8 and the host
Confirmation text returned from the computer 18 as described later
Receives and stores text data. This line connection / text data acquisition processing
When the routine S18 is completed, the line is cut off.
(Step S19). Then, the obtained confirmation text
The data is displayed on the LCD panel 4 (step S20),
Determines whether to select whether to modify the text data
(Step S21). In addition, the above line disconnection step
Maintain the line connection state without executing S19
It is good also as composition. Then, when the state to be corrected is selected
("YES" in step S21), the LCD panel 4
The text data displayed on the
A step that accepts correction by text input operation
After executing step S22, the process proceeds to determination step S23.
You. If there are many corrections in the text data,
Cancel the previous steps until the voice input
It is also possible to start over from step S1. On the other hand, fix
Is selected (step S21).
("NO") is determined by jumping to step S22.
The process proceeds to the disconnection step S23. In this step S23, the key operation unit 3 is
Whether or not the input operation of the distribution destination specification data has been completed
Is determined, and the input operation of the distribution destination designation data is performed
If the period has not been completed, the process returns to step S22.
If the force operation has been completed, connect via the key operation unit 3.
It is determined whether a start operation has been performed (step S2).
4). And if the connection start operation has not been performed
Returning to step S22, the connection start operation is performed
In this case, after executing the mail transmission processing routine S25
Return to In this routine S25, the base station 15
To the line connection, and that the connection was successful.
The text data displayed on the LCD panel 4
The destination specification data and mail type entered as
Corresponding to type data indicating that it is a strike mail
Creates mail data in the state and cancels it from the wireless communication unit 13.
Transmission via tener 8, and after the communication is completed, the line is cut off
Do the work. The result of the judgment in the judgment step S4 is
If "Voice & Text Mail"
& Whether to check the contents of text mail or not
Is determined (step S26 in FIG. 2). In FIG.
If a state where content confirmation is not performed is selected (step
("NO" in step S26), distribution via the key operation unit 3
Judge whether input operation of destination specified data has been completed
(Step S27). Input operation of distribution destination specification data is completed
If not, the process returns to step S26.
If the operation has been completed, open the connection through the key operation unit 3.
It is determined whether a start operation has been performed (step S2).
8). If the connection start operation has not been performed, the
Returning to step S26, if the connection start operation is performed
In this case, after executing the mail transmission process routine S29,
To return. In this routine S29, the
When the line connection operation is successful and the connection is successful
Then, the voice data stored in step S1 is input.
Delivery destination designation data and mail type are voice & text
Status associated with type data indicating that it is a strike mail
Mail data of the status
Via the network 8 and the line is cut off after the communication is completed.
I do. It is determined "YES" in step S26.
In other words, check the contents of voice & text mail
If the user selects the state to perform
The stored voice data is reproduced through the speaker 6 (step
(Step S30), a choice of whether or not to modify the audio data
The state is determined (step S31). When the state to be corrected is selected (step
("YES" in step S31), input from the microphone 5
The audio signal is converted to audio data by the audio processing unit 12.
And converts the audio data into an internal RA (not shown).
M is updated and stored in the buffer memory area set to M (step
Step S32), after which line connection and text data acquisition
The process moves to the processing routine S33. Also do not modify
When the state is selected ("NO" in step S31)
Jumps to step S32 and
The process proceeds to the strike data acquisition processing routine S33. The above line connection / text data acquisition processing
In the routine S33, a line connection operation to the base station 15 is performed.
Also, when the connection is successful, record in step S1.
Create confirmation request data including voice data
Transmission from the communication unit 13 through the antenna 8
Is returned from the host computer 18 as described later.
Receiving and storing the confirmation text data. This line connection / text data acquisition processing
When the routine S33 is completed, the line is cut off.
(Step S34). Then, the obtained confirmation text
The data is displayed on the LCD panel 4 (step S35),
Determines whether to select whether to modify the text data
(Step S36). In addition, the above line disconnection step
Maintain the line connection state without executing S34
It is good also as composition. Then, when the state to be corrected is selected
("YES" in step S36)
The text data displayed on the
A step that accepts correction by text input operation
After executing step S37, the process proceeds to determination step S38.
You. If there are many corrections in the text data,
Cancel the previous steps until the voice input
It is also possible to start over from step S1. On the other hand, fix
Is selected (step S36).
“NO” is a jump to step S37 and a decision
The process moves to step S38. In step S38, the key operation unit 3 is
Whether or not the input operation of the distribution destination specification data has been completed
Is determined, and the input operation of the distribution destination designation data is performed
If not, the process returns to step S37.
If the force operation has been completed, connect via the key operation unit 3.
It is determined whether a start operation has been performed (step S3).
9). And if the connection start operation has not been performed
Returning to step S37, the connection start operation has been performed.
In this case, after executing the mail transmission processing routine S40
Return to In this routine S40, the base station 15
To the line connection, and that the connection was successful.
At this time, the voice data and the LCD
And the text data displayed on the
Delivery destination designation data and mail type are voice & text
A state in which the data is associated with the type data indicating that it is an email
Of mail data from the wireless communication unit 13
8 and after the communication is completed,
Do. FIG. 3 shows a host in the information communication system 14.
In the computer 18, the mobile phone 1
Data or confirmation request data through the base station 15 or the like.
This shows a control routine when the data is received. this
In FIG. 3, the host computer 18 stores the mail data.
And which of the confirmation request data has been entered
(Steps S101, S102). And confirm request data
Data is included in the confirmation request data.
Speech recognition processing to convert speech data to text data
Execution of the processing routine S103, and the converted output
A reply to the mobile phone 1 as text data for confirmation
After executing step S104, the judgment loop (step
(Steps S101 and S102). Therefore, the mobile phone 1
Side, the line connection / text data acquisition processing
The routines S18 and S33 (see FIGS. 1 and 2) are executed.
When a voice signal is input,
Confirmation text data corresponding to the issue is returned
Become. On the other hand, when the mail data is input
Sometimes, based on the type data included in the mail data,
Then, the mail type is determined (step S105). here
If the result of the judgment is
Voice data contained in the input mail data
(Step S10).
6). Note that this voice mail contains the contents in the mail data.
It is assumed that the destination designation data is attached. After this,
The terminal (mobile phone) specified by the distribution destination specification data
Machine, pager, etc.)
Notification is performed (step S107), and then mail distribution is performed.
The process moves to the processing routine 108. When the result of the determination in step S105 is "text
Mail data, the input mail data
Contains text data or audio data.
Is determined (step S109). In this case,
When text data is included in the
On the telephone 1 side, the line connection and text data acquisition
From the processing routine S18 to the mail transmission processing routine S25
The state in which the series of operations up to
After confirming the contents of the text data,
This corresponds to a state in which transmission has been performed. In addition,
The state that audio data is included in the
On the first side, the mail transmission processing routine S17 (FIG.
1) is performed, that is, in the text data
Email data can be sent without performing
This is equivalent to a broken state. In step S109, text data is included.
If it is determined that the
Data is stored in the storage device 19 as a text mail.
Step S112 after executing Step S110
Move to. This text mail contains the mail
The destination designation data in the data is attached. On the other hand, in step S109, the audio data
Data is included, the voice recognition processing
After executing routine S111, proceed to step S112.
I do. In the voice recognition processing routine S111, the mail
Voice data in the data is converted to text data by voice recognition processing.
Data and convert the text data to text mail.
And store it in the storage device 19. This text mail
Also includes the delivery destination designation data in the mail data.
State. In step S112, a text mail
The terminal (mobile phone) specified by the attached
Phone, pager, etc.)
Is notified, and then the mail distribution processing routine 1
08. When the result of the determination in step S105 is "voice
& Text mail "
Whether text data is included in the file data
(Step S113). In this mail data
Contains at least voicemail audio data
You. In this case, the text data is
The state included is that the text
From the data acquisition routine S33
A series of operations up to routine S40 (see FIG. 2) were performed.
Status, that is, voice & text data contents confirmation operation
Equivalent to the state where mail data was sent later
It is. Also, text data is included in the mail data.
If no mail is sent, the mobile phone 1
The state in which the processing routine S29 (see FIG. 2) is performed,
Confirmation of voice and text data
Equivalent to a state where email data was sent without
Things. "YES" is determined in the step S113.
Text data in the mail data
Step S11 of storing as mail data in the storage 19
4. Voice data included in the mail data
Step S115 of storing in the storage device 19 as
After the sequential execution, the process proceeds to step S117. In addition, this
Voice & text mail like in the mail data
Is attached. On the other hand, in step S113, "N
If it is determined to be "O", voice recognition and voice mail storage processing
To the step S117 after executing the management routine S116.
Transition. Voice recognition and voice mail storage processing route
In step S116, voice data in the mail data is recognized by voice.
Is converted to text data by
Is stored in the storage device 19 as text mail.
In both cases, the voice data contained in the mail data is
And stored in the storage device 19 as a file. In addition, such a boy
Specify the delivery destination in the mail data even for text & text mail
The data is attached. In step S117
Is the destination designation data attached to voice and text mail.
Terminal (mobile phone, pager, etc.)
To notify that voice and text mail has arrived
Then, the process proceeds to the mail distribution processing routine 108.
You. In the mail distribution processing routine, the voice
Incoming mail notification step S107, incoming text mail
Notification step S112, voice & text mail incoming call
Is the terminal notified of the incoming call according to the execution of step S117?
Received a mail request from the terminal,
Data, and return after the transmission is completed.
I do. In addition, the terminal that receives voice & text mail
Receive either voice mail or text mail
Operation or both reception operations can be performed selectively.
ing. In short, according to the present embodiment described above,
When sending a text mail, the input voice data
Processing to convert to text data by performing voice recognition processing
Can be accessed from the mobile phone 1 through a telephone line.
It is configured to take over the host computer 18
When creating text data,
A complicated key that only requires voice input through the phone 5
Operation is not required, and the burden on the user can be greatly reduced.
Become so. In addition, a large-scale circuit is provided on the mobile phone 1 side.
This eliminates the need for a built-in speech recognition device.
There is no fear that the structure will be complicated. In particular, in the case of this embodiment, the portable telephone 1
In this case, the input voice data is
The memory is temporarily stored in the AM, and the host
A connection to a communication network including the computer 18 is established.
Successful (when the telephone line is connected)
E-mail data including the voice data and delivery destination designation data
Data to the host computer 18 for the first time.
When sending text mail,
The time required for voice input is no longer included in the call time
Become. As a result, the operations required to create text data
Can be increased without increasing the cost of calls and the complexity of the structure.
Simplification, and the user interface
Quality improvement of the source. According to the present embodiment, the portable telephone 1
The input audio data is
When converted to text data, the text data
The LCD panel on the mobile phone 1 side to confirm the contents
Since it is configured so that it can be displayed and modified on
The convenience when using it is improved. Moreover,
In this embodiment, in addition to text mail, voice mail and
Voice and text mail can be sent.
Therefore, the convenience is further improved. Of course, this
Send voicemail or voice & textmail like
If you do, the voice corresponding to the content of the mail
Data is temporarily stored in the internal RAM, and then the line connection
For the first time a connection is made,
Is transmitted as mobile data.
The rise in strike can be suppressed. The present invention is limited to the above embodiment.
The following modifications or extensions are possible.
You. Voice mail transmission function and voice & text mail
The file transmission function may be set as needed. mobile phone
Not only for machines, but also for car phones, PHS or pagers
Is also applicable.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a flowchart showing control contents of a mobile phone according to an embodiment of the present invention (part 1). FIG. 2 is a flowchart showing control contents of a mobile phone side (part 2). FIG. 3 is a flowchart showing control contents on the information communication system side. FIG. 4 is a perspective view of a mobile phone. FIG. 5 is a functional block diagram showing an electrical configuration of the mobile phone. [Description of reference numerals] 1 is a mobile phone (telephone terminal), 3 is a key operation unit (operation means), 4 is an LCD panel (display device), 9 is a control circuit (call control means, display control means) , 14 is an information communication system, 18 is a host computer (speech recognition device), 1
Reference numeral 9 denotes a storage device.

──────────────────────────────────────────────────続 き Continued on front page (58) Field surveyed (Int.Cl. ⁷ , DB name) H04M 11/00-11/10

Claims (1)

(57) [Claim 1] A speech recognition device that converts speech data transmitted through a communication network into text data, and a storage device that stores the text data.
A telephone terminal used in an information communication system having a mail distribution function of selectively distributing text data stored in the storage device based on distribution destination designation data previously associated with the audio data. Audio data storage means for temporarily converting the data into audio data and temporarily storing the data; operating means for inputting the distribution destination designation data indicating the distribution destination of the audio data and performing a connection start operation; An operation of accessing the communication network when a start operation is performed, and transmitting voice data stored in the voice data storage means to the information communication system when connection to the communication network succeeds thereafter; Call control means for performing the following , wherein the call control means is stored in the voice data storage means.
Can be sent as voice mail.
And stored in the voice data storage means.
The audio data for converting the audio data into the text data
And send as voicemail
State, audio data for conversion to text data and buttons
Operation of the operation means to the state of sending as an email
A telephone terminal for an information communication system, characterized in that the telephone terminal is configured to be switchable according to the following .