JP2003037871A - Information processing terminal and schedule synchronizing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate registration and update of a schedule which is stored being synchronized with a plurality of portable telephone sets. SOLUTION: A portable telephone set 1a can transmit registered schedule information by using communication means like an electronic mail 1d to portable telephone sets 1b and 1c which have the same communication function of schedule information. The portable telephone set 1a refers to participants of the registered schedule, and can send the information by using a communication means like an electronic mail, to the participants to which the schedule information can be communicated. In the portable telephone sets 1b and 1c which receive the schedule information, the information can be registered in electronic schedule notebooks in the self portable telephone sets. By designating a plurality of candidate days and times of an event to be held and designating participants, communication is performed automatically to portable telephone sets of the participants, schedule information of the respective participants is captured, and the optimum day and time are calculated automatically. As a result, schedule can be adjusted automatically.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a mobile terminal device in a mobile communication system.

[0002]

2. Description of the Related Art FIG. 22 is a diagram showing a conventional portable telephone device. In FIG. 22, reference numeral 22a denotes a power key.
Reference numeral 2b is a display device for displaying liquid crystal or lightning-type numbers and characters, and 22c is an input device for displaying numbers and characters, and 22d.
Is a call key used when making a call, 22e is a call end key for disconnecting a call, 22f is a soft key key displayed in the left corner of the screen, 22g is a soft key key displayed in the right corner of the screen, 22h is a cursor movement key, 22
i is a menu key for displaying a menu, 22j is a speaker, 22k is a microphone, and 22l is an antenna. In addition, FIGS. 23, 24, 25, 26, and 27 are similar to FIG.
23 is a display example of the display device 22b of FIG. 2, FIG. 23 is a display example of the menu screen, FIG. 24 is a list display example of the electronic telephone directory, and FIG. 25 is a detailed table of registration contents of the electronic telephone directory. 26 shows a calendar display example of the electronic schedule book, and FIG. 27 shows a detailed display example of registered contents of the electronic schedule book.

In FIG. 23, 23a is a soft key display corresponding to the 22f key, 23b is a soft key display corresponding to the 22g key, 23c is a moving cursor for menu selection, 23d is a telephone book menu, and 23e is a schedule book menu. Is. In FIG. 24, 24a is a soft key display corresponding to the 22f key, 24b is a soft key display corresponding to the 22g key, 24c is a moving cursor used to select one from the list, and 24d is registered at 001. It is an example of content display. In FIG. 25,
25a is a soft key display corresponding to the 22f key, 25
b is a soft key display corresponding to the 22g key, 25c is a moving cursor used when selecting one from the displayed items, and 25d is a display example of registered telephone numbers. In FIG. 26, 26a is a soft key display corresponding to the 22f key, 26b is a soft key display corresponding to the 22g key, 26c is a calendar month display example, and 26d is a moving cursor indicating the currently selected date. . In FIG. 27, 27a is a soft key display corresponding to the 22f key, and 27b is a soft key display corresponding to the 22g key.

Further, FIG. 28 shows a part of the internal functional structure of a conventional portable telephone device. In FIG. 28, 28a is a key input control section for controlling the key input, 28b is a display device 22b. A display control unit for controlling the display on the display, a phonebook control unit 28c for registering, reading and managing the electronic phonebook, a phonebook memory 28d for storing data of the electronic phonebook, and 28e managing the state of the entire phone. 28f is a main control unit for registering and reading the schedule book,
A schedule book control unit for managing, 28g is a schedule book memory for storing data of an electronic schedule book, 2
8h is an e-mail control unit that controls e-mail in general.
Reference numeral 28i is a wireless unit having a wireless communication function, and 28j is a communication protocol control unit that controls wireless communication.

Next, the operation will be described. Power key 2
When the mobile phone device is powered on by 2a, the display device 22
Various information is displayed in b. When the menu key 22i is pressed, the key input control unit 28a detects the input key,
The key information is notified to the main controller 28e. Main controller 28e
Displays the menu according to the input key information.
8b, the menu list of the mobile phone device shown in FIG. 23 is displayed. The operation of the cursor key 22h is detected by the key input control unit 28a and transmitted to the main control unit 28e as key input information.
The display controller 28b moves the cursor. By this operation, when the moving cursor 23c is aligned with the telephone directory 23d from the menu list of FIG. 23 and the selection soft key 23b is selected by the right soft key key 22g, the right soft key input information is mainly input by the key input control unit 28a. It is transmitted to the control unit 28e. The main control unit 28e determines that the selection key 23b has been selected by the position information of the moving cursor and the right soft key, instructs the phonebook control unit 28c, reads out the phonebook registration data, and displays the data by the display control unit 28b. A list of 24 telephone directories is displayed.

The moving cursor 2 is pressed by the cursor key 22h.
4c is moved, the registration of 001-24d is selected from the telephone directory list of FIG. 24, and when the detail soft key 24b is pressed by the right soft key key 22g, these key input information are displayed. It is sent to the main controller 28e by 28a, and the main controller 28e instructs the telephone directory controller 28c to read out the telephone directory 001. Phonebook controller 28c
Reads out the data of the telephone directory 001 from the telephone directory memory 28d and transfers it to the main controller 28e. The detailed 001 telephone directory data information read by the main control unit 28e is displayed by the display control unit 28b as the telephone directory detailed screen of FIG.

Move cursor 2 with cursor key 22h
5c to phone number 25d, CALL softkey 2
When 5a is pressed by the left soft key 22f, the input information of the left soft key is transmitted to the main controller 28e by the key input controller 28a. When the main control unit 28e recognizes that the information of the item currently pointed by the cursor and the key input is a CALL operation, it reads the telephone number data selected by the cursor from the registration information of the telephone directory 001,
A call instruction is issued to the communication protocol control unit 28j using the telephone number. The communication protocol control unit 28j can make a call to the registered number 25d by performing a calling process using the wireless unit 28i for the instructed telephone number. Further, by pushing the editing soft key 25b with the right soft key 22g, the registered contents can be edited.

In the menu list screen of FIG. 23, the cursor key 22h is used to move the moving cursor 23c to the schedule book 23e from the menu list of FIG. 23, and the selection soft key 23b is used as the right soft key key 2.
When pressed by 2g, the key input information is transmitted to the main controller 28e by the key input controller 28a. The main control unit 28e determines that the schedule 23e is selected from the menu, and instructs the schedule book control unit 28f to read the schedule information. Schedule book control unit 2
8f reads the schedule information from the schedule book memory 28g and passes it to the main controller 28e. Main controller 28
Based on the data read by e, the display control unit 28b
The schedule book shown in FIG. 26 is displayed.

Move cursor 2 with cursor key 22h
6d is moved, a date is selected from the monthly list display 26c of the schedule, and when the detail soft key 26b is pressed by the right soft key 22g, the key input information is obtained by the key input control unit 28a. It is transmitted to 28e.
The main control unit 28e determines that the detailed information of a certain date is selected based on the cursor position information and the key input information, and the schedule book control unit 2 reads the detailed information of the date.
8f, and the read information is displayed on the display control unit 28b.
Thus, as shown in FIG. 27, a schedule detail screen for the selected date is displayed. In FIG. 27, the editing contents can be edited by pressing the editing soft key 27b with the right soft key 22g, and the date can be selected from the month list display 26c of the schedule, and the additional soft key 26a can be selected. It is possible to newly register a schedule by selecting the key 22f for the left soft key.

[0010]

As a conventional portable telephone device, there is an electronic telephone book capable of registering a plurality of pieces of personal information and a portable telephone device having an electronic schedule book function for registering and managing a personal schedule as described above. However, the registration of the schedule is carried out by the owner of the mobile phone device himself, and if it is planned to be arranged by several people, it is necessary for each person to definitely register the same deadline in the schedule book of each mobile phone device. there were. Therefore, if you make a mistake in entering the date or time,
When the schedule was changed afterwards, the schedule registration contents of each person may differ due to omission of changes, and there is a possibility that the schedule may be mismanaged. In addition, when deciding the schedule date, it was necessary to confirm the convenience of each participant one by one, determine the date of the event, and notify it.

Therefore, an object of the present invention is to facilitate registration of a schedule that is common among a plurality of members.
In particular, for a schedule that is common to a plurality of members, by specifying in advance the member to which the schedule should be registered, one representative can input the schedule into the mobile phone device, and the contents can be changed. It is also reflected in the mobile phone device of the member, the schedule is automatically registered among multiple people who have a common schedule, and when the content is changed after the schedule is registered, the content is changed by other members. It is also an object of the present invention to provide a mobile phone device having a function that can be immediately reflected. Also, by designating multiple candidate dates and times for the held event and automatically designating the participant, the mobile phone device of that participant is automatically communicated, and the schedule information of each participant is acquired to automatically optimize the date and time. An object of the present invention is to provide a mobile phone device having a function of calculating and automatically adjusting a schedule.

[0012]

An information processing terminal according to the present invention includes a communication unit for communicating data, a schedule memory for storing schedule data, a destination memory for storing destination information synchronized with the schedule data, and the schedule. A read synchronization unit for reading data from the schedule memory; and a schedule synchronization control unit for controlling the schedule data read by the read unit to be transmitted from the communication unit to the destination stored in the destination memory. Characterize.

The schedule synchronization control unit further monitors the update of the schedule memory, and when the schedule memory is updated, controls the schedule synchronization control unit to transmit the updated schedule data to the other party. .

A data type discriminating unit for discriminating the type of the schedule data received by the communication unit is further provided, and the data type discriminating unit discriminates that the schedule data is schedule candidate data from the other party with which the schedule data is synchronized. In this case, the reading means reads the schedule data corresponding to the schedule candidate data from the schedule memory, and the schedule synchronization control unit controls to transmit the read schedule data as response data to the other party to be synchronized. It is characterized by doing.

When the data type determination means determines that the schedule data received by the communication unit is response data to the schedule candidate data transmitted by the terminal itself, the schedule synchronization control unit determines that the response data includes the response data. The feature is that the schedule is adjusted based on the schedule.

The schedule synchronization control unit further controls the schedule after the schedule adjustment to be transmitted as defined data to the other party to be synchronized, while the data type determination means causes the schedule data received by the communication unit to be transmitted. Is determined to be the confirmed data, the schedule synchronization control unit controls to store the confirmed data in the schedule memory.

An information processing terminal according to the present invention is a communication unit for communicating data, a schedule memory for storing schedule data, a destination memory for storing destination information synchronized with the schedule data, and a destination stored in the destination memory. Based on destination information, the sender of the schedule data received by the communication unit determines whether the sender is a synchronization destination, and the sender determination unit determines a destination to which the sender of the received schedule data is synchronized. And a schedule synchronization control unit for controlling the schedule data to be stored in the schedule memory.

An information processing terminal according to the present invention includes a communication unit for communicating data, a schedule memory for storing schedule data, a destination memory for storing a destination synchronized with the schedule data and its priority, and a destination memory for storing the destination. Priority determining means for determining the priority of the sender of the schedule data received by the communication unit based on the received information, and the schedule based on the priority determined by the priority determining means and the received schedule data. It is characterized by updating the memory.

The schedule synchronization method according to the present invention is
A schedule memory for storing schedule data,
A schedule synchronization method comprising: a destination memory storing destination information that is synchronized with the schedule data, wherein the schedule data is read from the schedule memory, and the read schedule data is stored in the destination memory. It is characterized in that it is controlled to be transmitted first.

[0020]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiment 1. Embodiment 1 of the present invention will be described below with reference to the drawings. FIG. 1 is a diagram showing an example of a mobile phone device system according to the present invention. Figure 1
In 1a, 1a is an electronic telephone directory that can register a plurality of personal information such as name, telephone number, address, and email address, and an electronic schedule book that can register, manage, and display meetings and schedules, a wireless communication device, and an electronic schedule. The mobile phone device has a synchronization function, and 1b and 1c are mobile phone devices having the same function as 1a. 1d is a mobile phone device 1a
1e is an email sent from the mobile phone device 1a (“email” is referred to as “Email”)
1f is an email received by the mobile phone device 1b, 1g is an email sent by the mobile phone device 1b, 1h is an email received by the mobile phone device 1c, and 1i is a mobile phone device 1c. Is an email sent by. 1j and 1l are base stations of a wireless network, 1k
Is a public network or a local network such as a company.

FIG. 2 is a display example of a list of electronic telephone directories of the portable telephone device 1a. In FIG. 2, 2a is a moving cursor and 2b is an additional soft key used for adding new personal information. FIG. 3 is a display example of one registration content of the electronic telephone directory of the mobile phone device 1a, and in FIG.
“A” indicates a telephone number registered in the electronic telephone directory, and “3b” indicates an electronic mail address registered in the electronic telephone directory. In addition, FIG. 4 shows an example of schedule synchronization information display of an electronic telephone directory added in the present invention.
Indicates whether it has a schedule synchronization function,
Reference numeral 4b is connection destination information for schedule synchronization.

FIG. 5 is an example of a registration screen display of one schedule (one schedule) of the mobile phone device 1a. In FIG. 5, 5a is a participant list of this schedule,
b is one participant (one participant), 5c is schedule synchronization information of one participant (one participant), 5d is an editing soft key used for editing the registered content, 5e is a moving cursor,
Reference numeral 5f is a registration soft key for registering in the schedule book. The participant's schedule synchronization information 5c indicates whether the participant has a communication means (device) having a schedule synchronization function, for example, a synchronization means such as a mobile phone device or a personal computer having the same function as the present invention. Show. Figure 4
It is an example of an information screen about the schedule synchronization function of the members registered in the electronic telephone directory, and here, 4a indicates that the other party can perform schedule synchronization. When this member is registered as a participant, information indicating that this member is a partner having the schedule synchronization function is a display example of 5c in FIG. The schedule synchronization information is information including schedule data shared (should be synchronized) with a specific partner.

FIG. 6 is a display example of the participant registration screen on the schedule registration screen of FIG. 5 of the portable telephone device 1a. In FIG. 6, 6a is an additional soft key for adding a participant. FIG. 7 is a schedule date / time candidate date / time setting screen in the mobile phone device 1a. In FIG. 7, 7a is a schedule candidate date / time, 7b is a participant list, and 7c is an editing soft key used for editing the setting contents. FIG. 8 shows an event holding screen on the mobile phone device 1b or 1c. In FIG. 8, 8a is an NG soft key for rejecting the content, and 8b is an accepting content.
The K softkey.

FIG. 9 shows a block diagram of the inside of the portable telephone device of the present invention. In FIG. 9, 9a is a key input control unit that performs control related to key input, 9b is a display control unit that controls display on a display device, 9c is a telephone directory control unit that performs registration, reading, and management of an electronic telephone directory, and 9d. Is a phonebook memory for storing electronic phonebook data, 9e is a main control unit for managing the state of the entire telephone, 9f is a schedule book control unit for registering, reading and managing the schedule book, and 9g is electronic schedule book data. A schedule book memory that stores (schedule data), 9h is an electronic mail control unit that controls overall electronic mail, 9i is a wireless unit having a wireless communication function, 9j is a communication protocol control unit that controls wireless communication, and 9k is The schedule synchronization control unit controls the schedule synchronization function.

The telephone directory memory 9d stores destination information regarding the destination of the destination. The destination information also includes information indicating whether or not the destination is a partner with whom the schedule is synchronized. The telephone directory memory 9d is also called a destination memory. The schedule book memory 9g stores schedule data. The schedule data is stored in association with the destination of the transmission destination. Schedule book memory 9g
Is also called a schedule memory. Key input control unit 9a
Enter the schedule data, and enter the phonebook memory 9
Based on the destination information stored in d, the designation information for designating the destination to share the schedule data is input. The key input control unit 9a is also referred to as an input unit. The schedule synchronization control unit 9k inputs the schedule data and the designation information input from the key input control unit 9a. Based on the designation information, the destination information stored in the phonebook memory 9d is read, and the destination of the destination designated by the designation information is extracted from the read destination information. Schedule information is created using the extracted destination of the transmission destination and the schedule data. Further, schedule information from another information processing terminal is input, schedule data is extracted from the input schedule information, and the extracted schedule data is stored in the schedule book memory 9g.

Further, the schedule synchronization control section 9k is
To synchronize the schedule with other information processing terminals,
Schedule information is created using schedule candidate data which is a schedule candidate. When responding to the schedule candidate data, schedule information is created using the information that responds. In this embodiment, as the schedule information, the holding candidate information, the holding candidate response,
The case where the information about the event, the response to the event, and the notification of the event is included will be explained. However, the schedule information is not limited to these. Schedule information other than the above may be used when the sender and the receiver have previously agreed. The schedule information includes at least the schedule data and the destination of the transmission (destination information).
The schedule information further includes type information indicating which type of schedule information. The schedule information may also be schedule synchronization information. Furthermore, the schedule information may be clearly distinguished and expressed as follows. For example, information including the determined schedule data is schedule information, information when providing a candidate for a schedule is schedule information (held candidate information, held information, etc.), schedule candidate information, and a response to the above schedule candidate information is scheduled. It may be distinguished from the candidate response information (held candidate response, held inquiry response, etc.). The wireless unit 9i transmits the schedule information created by the schedule synchronization control unit 9k. Moreover, the schedule information transmitted from another information processing terminal is also received. The wireless unit 9i is also referred to as a communication unit.

Next, the operation will be described. As described in the conventional mobile phone device embodiment, the mobile phone device 1a has an electronic phonebook capable of registering a plurality of pieces of personal information as shown in the screen display example of FIG. 2 and the screen display example of FIG. Although it has an electronic schedule book capable of registering and managing schedules of such meetings and schedules, the personal information of the electronic telephone book of the mobile phone device of the present invention has the conventional mobile phone device. In addition to the telephone number 3a and the e-mail address information 3b as shown in FIG. 3, information 4a indicating whether the schedule synchronization is possible as shown in FIG. 4 is further included. Schedule synchronization means that the schedules and changes registered among a plurality of members having the same schedule are reflected in the electronic schedule book in the mobile phone device owned by another member.

In the screen display example of FIG. 4, the schedule synchronization information 4a indicates that schedule synchronization is possible, and the connection destination information 4b at the time of schedule synchronization indicates that the connection destination is an electronic mail address. . When registering a certain schedule in the mobile phone device 1a, as described in the embodiment of the conventional mobile phone device, for example, by selecting the schedule book from the menu list, the schedule registration screen of FIG. 5 is displayed. It In this screen display example, participants having the same schedule in the schedule setting of the invention can be registered in the participant list 5a. For example, in the schedule registration screen of FIG.
When the moving cursor 5e is moved to the participant list item 5a and the editing soft key 5d is selected, these key operations are transmitted to the main controller 9e by the key input controller 9a. The main control unit 9e causes the display control unit 9b to display the participant edit screen as shown in FIG.

In FIG. 6, when the additional soft key 6a is pressed, the key input information is transmitted from the key input control section 9a to the main control section 9e. The main controller 9e is a telephone directory controller 9c.
Is instructed to read the registered data information. The phone book control unit 9c reads out the phone book data from the phone book memory 9d and passes necessary information to the main control unit 9e. Main controller 9e
Causes the display control unit 9b to display the electronic telephone directory list of FIG.

Participants can be selected from the electronic telephone directory list shown in FIG. 2. In the electronic telephone directory list shown in FIG. 2, the moving cursor 2a is moved to the person who is registered as a participant, and an additional soft key is displayed. When 2b is selected, the key input information is transmitted to the main controller 9e by the key input controller 9a. The main controller 9e reads the detailed information of the selected participant from the phonebook memory 9d by the phonebook controller 9c, and the participant is added to the participant list of the schedule. The read detailed information of the participants includes information indicating whether schedule synchronization is possible, and information 5c indicating whether schedule synchronization is possible is added to the participant list 5a. In this example, “Syn” of the synchronization information 5c
The "c" display indicates that synchronization is possible.

Next, the operation for registering a schedule will be described with reference to FIG. In FIG. 5, when the registered soft key 5f is selected, the key input information is transmitted to the main controller 9e by the key input controller 9a. The main controller 9e
The schedule book control unit 9f saves the schedule data in the schedule book memory 9g. If the registered schedule includes a list of participants that can be synchronized, the schedule data is passed to the schedule synchronization control unit 9k. The schedule synchronization control unit 9k refers to the participant list 5a having the same schedule from the schedule data 10a (10b), and determines whether the participant can synchronize (10b).
c) If it is possible to synchronize, refer to the participant connection destination information (10d), create the schedule information in a specific format (10e), create an email with the schedule data attached, and then the email control unit 9h. Instruct to send mail (10f). The electronic mail control unit 9h transmits the mail to the destination via the wireless unit 9i by the communication protocol control unit 9j.

As described above, the schedule created by the mobile phone device 1a is automatically transmitted as schedule information using the electronic mail 1d, and the electronic mail 1d transmitted from 1a is the base stations 1j, 1l of the wireless network. For example, it is sent as e-mail 1f to the participant's mobile phone device 1b via a wireless or public network or a local network 1k such as an office. Similarly, the e-mail 1h to which the synchronization information is attached is also transmitted to the mobile phone devices 1c of other synchronizable participants.

Next, the operation when an electronic mail is received will be described with reference to FIG. The mobile phone devices 1b and 1c that have received the e-mail receive the received e-mails 1f and 1h.
The schedule information included in is read and registered in the electronic schedule book held in each of the mobile phone devices 1b and 1c. For example, in the mobile phone device 1b, the electronic mail data 11a received by the wireless unit 9i and the communication protocol control unit 9j is passed to the electronic mail control unit 9h, and the electronic mail control unit 9h determines whether the received mail is schedule information. (11b). When the electronic mail includes schedule information, the electronic mail is passed to the schedule synchronization control unit 9k. The schedule synchronization control unit 9k extracts the schedule information from the mail (11c), passes the extracted schedule information to the schedule book control unit 9f via the main control unit 9e, and saves it in the schedule book memory 9g (11d). By this processing, the mobile phone devices 1b and 1c of the synchronization destination can see the contents of the schedule as in the screen display example of FIG. 5 similarly to the mobile phone device 1a of the schedule registration source (11e).

The same applies when the schedule of FIG. 5 registered in the mobile phone unit 1a is changed.
The content of the change is that the schedule synchronization control unit 9k immediately sends the changed schedule information to the mobile phone devices 1b and 1c of the participants that can be synchronized by the schedule participant list 5e again by the email 1d, and the email 1f. , 1h, the mobile phone devices 1b and 1c can update the schedule according to the contents.

For a schedule whose schedule has not been decided in advance, it is possible to automatically adjust the schedule by designating a plurality of candidate dates and times. A schedule automatic adjustment procedure when the holding date and time is not determined will be described with reference to FIGS. 12 to 18. In the mobile phone device 1a, in the candidate date / time setting screen as shown in the screen display example of FIG. 7, the candidate days of the schedule are added as necessary as shown by 12a and 12b, and the schedule is adjusted as shown by 12c and 12d. Participants also add multiple.
In FIG. 7, 7a is a set candidate date and time, and 7b is a display example of the selected participant. When the candidate date and time and participants are determined, the mobile phone device 1a creates schedule information as holding candidate information in the schedule synchronization control unit 9k based on the candidate date and participant information (12e), and attaches the schedule information. The created electronic mail is created and sent to the mobile phone devices 1b and 1c of the participants by the electronic mail control unit 9h, the protocol control unit 9j, and the wireless unit 9i (1
2f). After transmission, the mobile phone device 1a waits for reception of schedule information from the mobile phone devices of the participants (13a).
Becomes

E-mail 1 with candidate date / time information attached
Mobile phone devices 1b and 1 that received f and 1g respectively
The mobile phone device 1c refers to the schedule information in the mobile phone devices 1b and 1c, respectively, and sends the schedule information for the candidate dates and times to the mobile phone device 1 via emails 1g and 1i, respectively.
Return to a. For example, when the mobile phone device 1b waits for a normal e-mail reception (13a), the e-mail 1
When f is received by the wireless unit 9i, the communication protocol control unit 9j, and the electronic mail control unit 9h, the electronic mail control unit 9h
Judges whether the electronic mail 13b includes schedule information (13d), and if not, performs the normal mail processing 13c. If the e-mail includes schedule information, the schedule synchronization control unit 9
The schedule information is read by k (13e), and the type of schedule information is determined (13f).

When the type of schedule information is holding candidate information, the processing shown in FIG. 14 is performed. The schedule synchronization control unit 9k requests the schedule book control unit 9f via the main control unit 9e to read out the schedule information currently stored for the candidate date and time. The schedule book control unit 9f reads out the schedule information of the requested date and time from the schedule book memory 9g and passes it to the schedule synchronization control unit 9k via the main control unit 9e. The schedule synchronization control unit 9k creates a holding candidate response as the schedule information for the holding candidate date and time (14b), creates a transmission mail with the created schedule information attached, and requests the electronic mail control unit 9h to send the mail.
The electronic mail control unit 9h includes a communication protocol control unit 9j,
The wireless unit 9i transmits the mail to the mobile phone device 1a waiting to receive the schedule information (13a) (14).
c).

The electronic mail 1g transmitted from the mobile phone device 1b is sent to the mobile phone device 1a via the base stations 1j and 1l of the wireless network, the wireless or public network, or the local network 1k such as the office.
received as e. When the mobile phone device 1a receives the e-mail (13b) by the wireless unit 9i, the communication protocol control unit 9j, and the e-mail control unit 9h in the e-mail reception waiting state (13a), the e-mail control unit 9a.
The h determines whether the electronic mail includes schedule information (13d), and when the electronic mail includes schedule information, passes the electronic mail to the schedule synchronization control unit 9k. The schedule synchronization control unit 9k extracts the schedule information from the email (13e). Schedule synchronization control unit 9
k determines the type of the retrieved schedule information (1
3f), if the type of schedule information is a holding candidate response, the process shown in FIG. 15 is performed.

The schedule synchronization control unit 9k temporarily holds the received information 15a on the held candidate response (15b), and judges whether or not the e-mails have been received from all the participants (15c).
If the responses from all the participants have not been obtained, the electronic mail waits again (13a). Upon receiving the schedule information from all the participants, the schedule synchronization control unit 9k uses the information to schedule adjustment processing 15
d to determine if schedule adjustment is possible (15
e) If the adjustment is not possible, the main control unit 9e is notified of the adjustment failure, and the main control unit 9e causes the display control unit 9b to display the result on the display device of the mobile phone device 1a (15h). When the schedule can be adjusted, the schedule synchronization control unit 9k creates the adjusted schedule information as the meeting inquiry information (15f), and sends a transmission mail with the schedule information attached to each participant (15g).

The mobile phone devices 1b and 1c of the participants receive the invitation information by e-mail 1f and 1h, respectively. For example, in the mobile phone device 1b, the e-mail 1
When f is received by the wireless unit 9i, the communication protocol control unit 9j, and the electronic mail control unit 9h, the electronic mail control unit determines whether the electronic mail 13b includes schedule information (13d). Reads the schedule information by the schedule synchronization control unit 9k (13e) and determines the type of the schedule information (13).
f). In the case where the type of schedule information is holding information, the processing shown in FIG. 16 is performed.

In FIG. 16, the schedule synchronization control section 9k conveys the received inquiry information 16a to the main control section 9e, and the main control section 9e causes the display control section 9b to display the information as shown in the screen display example of FIG. The inquiry is displayed on the display device of the mobile phone device 1b (16b), and the mobile phone device 1b waits for a response from the user 16c. When the user of the mobile phone device 1b selects the OK soft key 8b or the NG soft key 8a, the key input information by the key input control unit 9a is transmitted to the main control unit 9e, and the main control unit 9e uses the key input information to input the user's information. The response is transmitted to the schedule synchronization control unit 9k.
The schedule synchronization control unit 9k creates a meeting inquiry response as schedule information as a response result to the meeting inquiry (16d), and an e-mail with the information attached is an e-mail control unit 9h, a communication protocol control unit 9j, and a wireless unit 9.
It is transmitted by i (16e). In this way, the result of responding to the holding inquiry by the mobile phone devices 1b and 1c is transmitted again to the mobile phone device 1a by e-mail 1g and 1i as the holding inquiry response.

In the mobile phone device 1a, in the e-mail reception waiting state 13a, the e-mail 13 is transmitted by the wireless unit 9i, the communication protocol control unit 9j, and the e-mail control unit 9h.
Upon receiving b, the e-mail control unit 9h determines whether the e-mail includes schedule information. When the e-mail includes schedule information, the e-mail is passed to the schedule synchronization control unit 9k, and the schedule synchronization control unit performs the electronic control. The schedule information is retrieved from the mail (13e). The schedule synchronization control unit 9k determines the type of the retrieved schedule information (13f), and when the type of the schedule information is the meeting inquiry response, performs the process shown in FIG.

In FIG. 17, when the invitation inquiry response 17a is received, it is judged whether the responses have been received from all the participants (17b), and if the responses from all the participants have not been obtained, the e-mail is received again. It becomes waiting 13a. When the schedule synchronization control unit 9k receives the schedule information from all the participants, the schedule synchronization control unit 9k performs the result determination 17c of the holding inquiry response based on the information, and when the schedule adjustment result is not possible, the result is sent to the main control unit 9e. To the main controller 9e
Displays the schedule adjustment result by the display control unit 9b (17g). When the schedule adjustment result is OK, the schedule synchronization control unit 9k notifies the main control unit 9e of the result, and the schedule information of the adjustment result is sent to the main control unit 9k.
It is registered in the schedule book memory 9g by the schedule book control unit 9f via e, and the main control unit 9e displays the schedule adjustment result by the display control unit 9b (17).
d). When the result of the schedule adjustment is OK, the schedule synchronization control unit 9k creates schedule information as a notice of the holding decision (17e), and again sends an email with the schedule information attached to the participant's mobile phone device. Transmission is performed by the control unit 9h, the communication protocol control unit 9j, and the wireless unit 9i (17f).

The e-mail 1d transmitted from the mobile phone device 1a passes through the base stations 1j and 1l of the wireless network, the wireless or public network, or the local network 1k such as the office, as e-mails 1f and 1g. It is transmitted to the mobile phone devices 1b and 1c. For example, in the mobile phone device 1b, the electronic mail 1f is transmitted to the wireless unit 9
i, communication protocol control unit 9j, electronic mail control unit 9h
When it is received, the e-mail control unit determines whether the e-mail 13b includes schedule information (13d). If the e-mail 13b includes the schedule information, the schedule synchronization control unit 9k reads the schedule information (13d).
e), the type of schedule information is determined (13f).

When the type of schedule information is the notice of holding decision, the processing shown in FIG. 18 is performed. The schedule synchronization control unit 9k sends the received holding decision notification 18a to the main control unit 9
e, the schedule information of the holding decision notice is registered in the schedule book memory 9g by the schedule book control unit 9f via the main control unit 9e (18b), and the main control unit 9e
The e displays the holding notice guidance by the display control unit 9b (18c).

As described above, by automatically acquiring the schedule information of the participants, it becomes possible to automatically adjust the schedule.

As described above, the portable telephone device of this embodiment includes the wireless communication device part capable of wireless data communication, the display device capable of displaying characters and numbers, and the input device capable of inputting characters and numbers. In a mobile phone device equipped with an electronic phone book capable of registering a plurality of personal information such as name, telephone number, address, and e-mail address, and an electronic schedule book capable of registering, managing, and displaying schedules such as meetings and schedules , By specifying the other party who should share the same schedule with the schedule to be registered in one mobile phone device, the registered contents can be automatically sent to the mobile phone device of the other party who has the same function. It is characterized in that the registered schedule has a function of being automatically registered in the other party's mobile phone device.

Further, when changing the already registered schedule, this portable telephone device determines whether the schedule is synchronized with another portable telephone device, and if it is synchronized, It is characterized in that the changed contents are immediately reflected by automatically transmitting the changed contents to the other party's mobile phone device.

This mobile telephone device further specifies the candidate date and time of the event by designating a plurality of candidate dates and times for the event and deciding the participants who participate in the event when determining the date and time of the event whose date is not fixed. A call is sent to the mobile phone device having the same schedule information communication function of the participant, and the mobile phone device of each participant refers to the schedule information in its own mobile phone device for the received candidate date and time and holds the result. By replying to the mobile phone device that sent the date and time information, the mobile phone device that sent the event date and time information can automatically receive the schedule information of the event candidate date from the mobile phone device of each member. Event date and time are decided based on the received schedule information, and the decided schedule information is sent again to the mobile phone device of each participant. , A mobile phone device of each participant having an automatic scheduling function makes it possible to register the schedule information in the own portable telephone device.

Embodiment 2. In the first embodiment of the invention, e-mail is used as the communication method, but other communication methods, for example, using the control channel information of the mobile phone in cooperation with the communication carrier, or by the telephone number It is also possible to send and receive information as a temporary line communication state by making a call, and the same effect as that of the first embodiment of the present invention can be obtained.

Embodiment 3. In Embodiment 1 of 1 above, a communication network such as a public network is used as the communication system. However, it is possible to determine whether there is a designated communication partner for a mobile phone device within the range of infrared rays or weak radio waves. You may search by radio wave communication, and if it exists, you may communicate schedule information by that communication method,
The same effect as that of the first embodiment of the present invention is obtained. For example, in FIG. 19, the mobile phone devices 19a and 19c are
Schedule information 19d and 19e are transmitted and received using low-power weak radio waves such as the BlueTooth method. In addition, in the mobile phone devices 19a and 19b, the infrared devices 19h and 19i are used to schedule by infrared communication. Information 19f and 19g are transmitted and received.

Fourth Embodiment Although the mobile phone device is described in the first embodiment of the above 1, the mobile terminal device having no call function and the mobile phone device may be mixed, and the mobile phone device may be implemented on a computer connected to a network. It is also possible to incorporate an application having the same function as that of the mobile phone device described in the above embodiment to perform communication, and to achieve the same effect as in the first embodiment of the present invention. For example, in FIG. 20, 20a is a mobile phone device of the present invention and 20b is a mobile terminal device without a call function, but it has the same schedule synchronization communication function as the mobile phone device of the present invention, 20c is a mobile phone device 2
0a, a personal computer connected to a portable terminal device 20b, a wireless base station 20f, a public network, or a network capable of communicating via a local network 20g in a company. In the personal computer 20c,
An application capable of schedule synchronization with the mobile phone device 20a of the present invention is incorporated, and the mobile phone device 2
0a, mobile terminal device (mobile information processing terminal device) 20b,
Network 20g between personal computers 20c
By communicating the schedule information 20d, 20e, and 20h via each other, the schedules can be synchronized.

Embodiment 5. In Embodiment 1 of 1 above, it is described that one schedule registered by the mobile phone device is synchronized with the mobile phone device of the participant. However, in addition to the personal schedule book, the schedule with a specific partner is described. It is also possible to use a system that has a book and always synchronizes the schedule with the specific party, and synchronizes the schedule with the specific party during a call or communication such as e-mail. The schedule book with the specific partner may be set as a specific area in the personal schedule book, or may be identified by a flag indicating that the schedule book is with the specific partner. In the following, a case will be described in which a schedule book for a specific partner is provided separately from the personal schedule book.

For example, when the owners of the mobile phone device 1a and the mobile phone device 1b specify each other as a synchronization partner in the shared schedule book, first, one of the two is Pr.
Register as the imagery and the other as Secondary. This is to determine which information is prioritized when the schedules are registered in the mobile phone devices of the same date and time. In this case, Pri
The information of Mary is given priority. For example, the mobile phone device 1a is Primary and the mobile phone device 1b is S
If it is assumed that the schedule is input in the mobile phone device 1a and the mobile phone device 1b, the operation in each mobile phone device is as shown in FIG.

When the schedule data 21a is input,
It is judged whether or not the schedule information is schedule information with a partner for whom synchronization is designated in advance (21b), and if so, schedule information is created (21c) and internally stored as synchronization information (21d). It is possible to communicate with the other party's mobile phone device when the schedule is input, but in this example, when the next communication process with the other party's mobile phone device occurs, the synchronization function will automatically operate. Here is an example. In the state where the synchronization information is internally stored, the communication process with the specific party is waited for (21e), and the synchronization process is performed at the time when the communication condition such as a call occurs. Pri
In the case of "mary", first, the synchronization information of Secondary is requested (21g), and the process waits for reception of synchronization information from Secondary 21h.

The Secondary waits for a request for synchronization information at the start of the communication state (21l), sends the synchronization information of the updated schedule to the Primary (21m) if there is a request, and waits for reception of the synchronization information result 21n. Becomes The Primary receives the synchronization information 21i from the Secondary and performs the synchronization processing in combination with the synchronization information on the Primary side, and registers the result in its own schedule book (21j).
It is sent to the secondary (21k). Second
Upon receiving the synchronization result information, the ary registers the schedule information in its own schedule book (21o). In this way, it becomes possible to always synchronize the schedule with the designated partner.

The combination synchronization processing is to compare the schedule information of each other and make them the same. The purpose is that after the synchronization, the schedules common to the two persons in the own schedule book and the other party's schedule book are synchronized (that is,
There is no difference between the two schedule books for events that both people have in common). A specific example will be described below. A is Primary, B is Seco
It is assumed that two people register the following schedules in their respective schedule books. When synchronizing this, Mr. B has forgotten to put in the schedule for 5/24. Also, the time of 5/26 is different from that of Mr. A. When this is synchronized, the schedule of 5/24 is automatically registered in Mr. B's schedule book, and the schedule of 5/26 is changed to 18:00 with priority given to Primary. After synchronization, by displaying the synchronization result, etc.
The changed contents are notified to the user, and the mutual recognition can be made, and mistakes due to misunderstandings and registration errors can be prevented.

As described above, the portable telephone device of this embodiment has a shared schedule book function with a previously designated partner such as a lover or family, in addition to the personal schedule function, and can be displayed separately from the personal schedule book. Then, when the schedule is registered or changed in the shared schedule book, the other party's mobile phone device is automatically accessed and the schedule is automatically synchronized.

Further, the portable telephone device of this embodiment is
In addition to the personal schedule function, it has a shared schedule book function with pre-designated parties such as lovers and families,
It is characterized by having a function of automatically synchronizing the schedule books with each other during a call.

The schedule synchronization system according to the present invention is
In the schedule synchronization method of communicating schedule data between a plurality of information processing terminals via a communication network, each of the plurality of information processing terminals includes a storage area, and one information processing terminal has a destination for synchronizing the schedule data. Pre-store in the storage area, enter the schedule data,
Reading the stored destination, transmitting the schedule data to the destination, another information processing terminal receives the schedule data from the one information processing terminal, and stores the received schedule data in the storage area. Characterize.

The schedule synchronization system according to the present invention is
In a schedule synchronization method of communicating schedule data between a plurality of information processing terminals via a communication network, each of the plurality of information processing terminals includes a destination memory that stores a destination of a transmission destination and a schedule memory that stores schedule data. , An input unit for inputting schedule data, a schedule synchronization control unit for inputting the schedule data from the input unit and reading the destination of the transmission destination stored in the destination memory, and transmitting the schedule data to the destination of the transmission destination. A communication unit, the communication unit receives schedule data transmitted from another information processing terminal, the schedule synchronization control unit inputs the schedule data, and stores the schedule data in the schedule memory. It is characterized by

The input section inputs schedule data, the schedule synchronization control section inputs the schedule data from the input section, reads the schedule data from the schedule memory, and inputs the input schedule data and the read schedule data. Compare
When updating the schedule data stored in the schedule memory, the input schedule data is stored in the schedule memory, and the communication unit transmits the schedule data to the destination of the transmission destination.

Further, in one information processing terminal, the input section inputs schedule candidate data which is a candidate for a schedule, and the schedule synchronization control section inputs the schedule candidate data from the input section to the destination memory. The stored destination of the destination of the other information processing terminal is read, the communication unit transmits the schedule candidate data to the destination of the destination, and in the other information processing terminal, the communication unit uses the one information. Upon receiving the schedule candidate data transmitted from the processing terminal, the schedule synchronization control unit inputs the schedule candidate data from the input unit,
The schedule data is read from the schedule memory, the schedule candidate data and the schedule data are compared to create schedule candidate response information for the schedule candidate data, and the communication unit uses the schedule candidate response information as the one information. To the processing terminal, in the one information processing terminal, the communication unit receives the schedule candidate response information, the schedule synchronization control unit inputs the schedule candidate response information, to the schedule candidate response information On the basis of,
The schedule data is determined, and the communication unit transmits the determined schedule information to the destination of the transmission destination.

The information processing terminal is characterized in that it is any one of a portable telephone device, a portable information processing terminal device and a personal computer.

The communication network is characterized by using a wireless communication line.

An information processing terminal according to the present invention is an information processing terminal that communicates schedule data via a communication network, and includes a destination memory that stores the destination of the information processing terminal that is the transmission destination, and a schedule memory that stores the schedule data. An input unit for inputting schedule candidate data that is a candidate for a schedule, and a schedule synchronization control unit for inputting schedule candidate data from the input unit and reading the destination of the information processing terminal of the destination stored in the destination memory, A communication unit for transmitting the schedule candidate data to the destination of the information processing terminal of the transmission destination, wherein the communication unit is a schedule candidate response responding to the schedule candidate data from the information processing terminal transmitting the schedule candidate data. Upon receiving the information, the schedule synchronization control unit From inputs the schedule candidate response information, based on the schedule candidate response information,
The schedule data is determined, the determined schedule data is stored in the schedule memory, and the communication unit transmits the schedule data to a destination of the information processing terminal device of the transmission destination.

The communication unit receives the schedule candidate information transmitted from another information processing terminal, and the schedule synchronization control unit inputs the schedule candidate data from the input unit and reads the schedule data from the schedule memory. , Comparing the schedule candidate data and the schedule data to create schedule candidate response information in response to the schedule candidate data, the communication unit transmits the schedule candidate response information to the other information processing terminal, The communication unit receives the schedule data from the other information processing terminal, and the schedule synchronization control unit inputs the schedule data from the communication unit and stores the schedule data in the schedule memory. And

The destination memory further stores a priority order that determines which of the information processing terminal of a predetermined transmission destination and its own information processing terminal has priority when synchronizing schedules, and the communication unit Receives schedule data from the information processing terminal of the predetermined destination, the schedule synchronization control unit inputs the schedule data from the communication unit, reads the priority order from the destination memory, and stores the schedule memory. It is characterized in that schedule data corresponding to the retrieved and input schedule data is detected, and the detected schedule data is updated based on the read priority.

The communication unit receives the schedule data stored in the schedule memory from the information processing terminal of the predetermined transmission destination when communicating with the information processing terminal of the predetermined transmission destination, and the schedule synchronization control unit. Inputs the schedule data from the communication unit, searches the schedule memory, detects schedule data corresponding to the input schedule data, reads the priority from the destination memory, and inputs the schedule data and the input data. The detected schedule data is compared, and when the received schedule data and the detected schedule data do not match, the schedule data having a higher priority is matched.

The information processing terminal is characterized in that it is any one of a portable telephone device, a portable information processing terminal device and a personal computer.

The schedule synchronization method according to the present invention is
In a schedule synchronization method of communicating schedule data between a plurality of information processing terminals via a communication network, each of the plurality of information processing terminals stores a destination of a transmission destination in advance, inputs schedule data, and stores the data. The destination of the transmission destination is read, the schedule data is transmitted to the destination of the transmission destination, while the schedule data transmitted from another information processing terminal is received and the received schedule data is stored.

[0072]

As described above, according to the present invention,
Equipped with a wireless communication device that can wirelessly communicate data, a display device that can display letters and numbers, and an input device that can input letters and numbers, and can provide multiple personal information such as name, telephone number, address, and email address. A mobile phone device having an electronic phone book that can be registered and an electronic schedule book that can register, manage, and display schedules such as meetings and schedules has a communication function of schedule information between the mobile phone devices and the schedule. Information on whether or not the information communication function is available can be stored as personal registration information in the electronic telephone directory of the mobile phone device.

Further, when a schedule is registered, a participant of the schedule is selected from the electronic telephone directory to refer to a participant of the schedule having a communication function of the schedule information, and the schedule communication function Since the schedule information can be automatically transmitted to the participant who has the, the schedule can be automatically set to the participant's mobile phone device by registering the schedule for the schedule agreed by multiple parties. Since the same schedule information is registered in, it is possible to eliminate mistakes in schedule management due to misregistration or misunderstanding of the schedule.

Further, even when the schedule is changed, the information about the schedule change is immediately reflected to the other participants, so that it is possible to prevent a contact error or the like.

In addition, for a schedule whose schedule has not been decided,
By selecting multiple candidate dates and selecting participants from the electronic telephone directory, the schedule information of the candidate dates is transmitted to the mobile phone device having the function of communicating the schedule information, and the schedule information is received. By replying the schedule information registered in its own mobile phone device to the candidate date, the mobile phone device that has transmitted the candidate date and time can acquire the schedule information of each mobile phone device. It is possible to select a schedule that seems to be effective, and it is possible to automatically adjust the schedule.

[Brief description of drawings]

FIG. 1 is a diagram of an embodiment of a mobile phone device according to the present invention.

FIG. 2 is a diagram showing an example of an electronic telephone directory listing screen display of an embodiment of a mobile telephone device according to the present invention.

FIG. 3 is a diagram showing one registration screen display example of an electronic telephone directory of one embodiment of the mobile phone device according to the present invention.

FIG. 4 is a diagram showing a display example of a schedule synchronization information screen in one registration of the electronic telephone directory of one embodiment of the mobile phone device according to the present invention.

FIG. 5 is a diagram showing a registration screen display example of an electronic schedule book according to an embodiment of the mobile phone device of the present invention.

FIG. 6 is a diagram showing a display example of a participant registration screen of an electronic schedule book of one embodiment of the mobile phone device according to the present invention.

FIG. 7 is a diagram showing a display example of a schedule candidate date and time setting screen of an electronic schedule book of one embodiment of the mobile phone device according to the present invention.

FIG. 8 is a diagram showing a display example of a holding inquiry screen of an electronic schedule book in one embodiment of the mobile phone device according to the present invention.

FIG. 9 is a block diagram of the inside of the mobile phone device according to the present invention.

FIG. 10 is a flowchart showing a process when registering a schedule in the mobile phone device according to the present invention.

FIG. 11 is a diagram showing a mobile phone device according to the present invention.
It is a flowchart figure which showed the process at the time of receiving an email.

FIG. 12 is a diagram showing a mobile phone device according to the present invention,
It is a flow chart figure showing the first processing procedure when schedule adjustment is needed.

FIG. 13 is a flowchart showing the detailed process of the automatic schedule adjustment process for the electronic mail reception of the mobile phone device according to the present invention.

FIG. 14 is a flowchart showing processing when the type of schedule information is held candidate information in 13f of FIG.

FIG. 15 is a flowchart showing processing when the type of schedule information is a holding candidate response in 13f of FIG.

FIG. 16 is a flowchart showing the processing when the type of schedule information is held inquiry information in 13f of FIG.

FIG. 17 is a flowchart showing processing when the type of schedule information in 13f of FIG. 13 is an inquiry response.

FIG. 18 is a flowchart showing processing when the type of schedule information in 13f of FIG. 13 is a holding decision notification.

FIG. 19 is a diagram showing a form in which the mobile phone device according to the present invention communicates schedule information by infrared rays or weak radio waves.

FIG. 20 is a diagram showing a form in which a mobile terminal device or a personal computer having a similar function is used in addition to the mobile phone device according to the present invention.

FIG. 21 is a flow chart diagram showing a process for a system that always synchronizes a schedule with a specific partner.

FIG. 22 is a diagram of a conventional mobile phone device.

FIG. 23 is a diagram showing a menu screen display example of the display device in FIG. 22.

FIG. 24 is a diagram showing an example of an electronic telephone directory listing screen displayed on the display device in FIG. 22.

FIG. 25 is an electronic telephone directory 1 of the display device in FIG. 22.
It is a figure of an example of a registration screen display.

FIG. 26 is a diagram showing a display example of a month list display screen of the electronic schedule book of the display device in FIG. 22.

FIG. 27 is a diagram showing a display example of one registration screen of the electronic schedule book of the display device in FIG. 23.

FIG. 28 is a diagram showing an example of an internal functional structure of a conventional mobile phone device.

[Explanation of symbols]

1a mobile phone device, 1b mobile phone device, 1c mobile phone device, 1d e-mail, 1e e-mail, 1f
Email, 1g email, 1h email,
1i E-mail, 1j Wireless communication base station, 1k Public / Local communication network, 1l Wireless communication base station, 2a
Move cursor, 2b Left soft key, 4a Information indicating whether schedule synchronization is possible, 4b Schedule synchronization communication destination, 5a Participant list, 5b Participants, 5c Participant schedule synchronization information, 5d Right soft key, 5e Move cursor, 6a Right Softkey, 7a Candidate date and time, 7
b Participant list, 7c right soft key, 8a left soft key, 8b right soft key, 9a key input control unit,
9b display control unit, 9c phonebook control unit, 9d phonebook memory, 9e main control unit, 9f schedule book control unit,
9g schedule book memory, 9h electronic mail control unit, 9i wireless unit, 9j communication protocol control unit, 9k
Schedule synchronization control unit, 10a Schedule data, 10b Participant list reference process, 10c Synchronous determination process, 10d Communication connection destination read process, 10e Schedule information creation process, 10f E-mail transmission process, 11a Received e-mail, 11b Schedule information Judgment processing, 11c Schedule information reading processing, 11d Schedule information registration processing, 11e Schedule information screen display processing, 11f Normal email reception processing, 12a Schedule candidate date additional setting processing, 12b Judgment of other candidate desired dates Processing, 12
c Synchronous participant setting process, 12d Participant addition determination process, 12e Candidate date / time schedule information creation process, 12f E-mail transmission process, 13a
E-mail reception waiting state, 13b received e-mail, 13c normal e-mail receiving process, 13d process for determining whether schedule information is included, 13e schedule information reading process, 13f e-mail sending process, 14a received event candidate Information, 14b candidate date and time schedule information creation processing, 14c email transmission processing, 15a received candidate response for holding, 15b schedule information temporary holding processing, 15c determination processing whether all participants have received, 15d schedule adjustment processing,
15e Schedule adjustment result determination processing, 15f Adjustment schedule information creation processing, 15g E-mail transmission processing, 15h Adjustment failure screen display processing, 16a
Information on the received invitation, 16b Display processing of the invitation,
16c Waiting for meeting response, 16d Creating meeting reply, 16e E-mail sending processing, 17a Meeting reply received, 17b Judgment process whether all participants have received, 17c Meeting reply result judgment processing,
17d Schedule registration processing and display processing, 17e
Creation of notice of event, 17f E-mail sending process, 17g Schedule adjustment result display process, 18a
18d received meeting decision notification, schedule registration processing of held decision notification, 18c held meeting display processing, 19
a mobile phone device, 19b mobile phone device, 19c mobile phone device, 19d schedule information, 19e schedule information, 19f schedule information, 19g schedule information, 19h infrared device, 19i infrared device, 20a mobile phone device, 20b mobile terminal device,
20c personal computer, 20d schedule information, 20e schedule information, 20f wireless communication base station, 20g public / local communication network, 20h schedule information, 21a schedule data, 21b
Judgment process of schedule information with designated synchronization partner, 2
1c Schedule information creation processing, 21d Sync information storage processing, 21e Communication status occurrence wait, 21f Prim
ary / Secondary distribution, 21g synchronization information request processing, 21h synchronization information reception waiting, 21i synchronization information, 21j schedule book registration processing, 21k synchronization result information transmission processing, 21l synchronization information request waiting, 21
m Sync information transmission processing, 21n Sync information result waiting, 21o Schedule book registration processing, 22a power key, 22b display device, 22c input device, 22d call key, 22e call end key, 22f left soft key compatible key, 22g right key Soft key compatible key, 22h cursor movement key, 22i menu key, 22j speaker, 22k microphone, 22l antenna, 23a left soft key, 23b right soft key, 23c movement cursor, 23d phonebook menu, 23e schedule book menu, 24a left software Key, 24b right soft key, 24c moving cursor, 24d registered user display example, 25
a left soft key, 25b right soft key, 25c move cursor, 25d registered phone number, 26a left soft key, 26b right soft key, 26c schedule book month display example, 26d date selection cursor, 27a left soft key, 27b right software Key, 28a Key input control unit, 28b Display control unit, 28c Phonebook control unit, 2
8d telephone book memory, 28e main control unit, 28f schedule book control unit, 28g schedule book memory, 2
8h E-mail control unit, 28i wireless unit, 28j communication protocol control unit.

Claims (8)

[Claims] 1. A communication unit for communicating data, a schedule memory for storing schedule data, a destination memory for storing destination information synchronized with the schedule data, a reading unit for reading the schedule data from the schedule memory, and a reading unit. An information processing terminal, comprising: a schedule synchronization control unit that controls the communication unit to transmit the schedule data read out by the communication unit to the destination stored in the destination memory. 2. The schedule synchronization control unit further comprises:
The information processing terminal according to claim 1, wherein the schedule memory is monitored for update, and when the schedule memory is updated, control is performed so that the updated schedule data is transmitted to the partner. 3. The data type discriminating means for discriminating the type of schedule data received by the communication unit is further provided, and the data type discriminating means discriminates that the schedule data is schedule candidate data from a partner with which the schedule data is synchronized. In this case, the reading unit reads the schedule data corresponding to the schedule candidate data from the schedule memory, and the schedule synchronization control unit transmits the read schedule data as response data to the other party to be synchronized. The information processing terminal according to claim 1, wherein the information processing terminal is controlled as follows. 4. When the data type determining means determines that the schedule data received by the communication unit is response data to the schedule candidate data transmitted by the terminal itself, the schedule synchronization control unit determines the response. The information processing terminal according to claim 3, wherein the schedule is adjusted based on the data. 5. The schedule synchronization control unit further comprises:
When the schedule after the schedule adjustment is controlled to be transmitted as the final data to the other party to be synchronized, on the other hand, the data type determining unit determines that the schedule data received by the communication unit is the final data, The information processing terminal according to claim 4, wherein the schedule synchronization control unit controls the fixed data to be stored in the schedule memory. 6. A communication unit for communicating data, a schedule memory for storing schedule data, a destination memory for storing destination information synchronized with the schedule data, and the communication based on the destination information stored in the destination memory. Sender determination means for determining whether the sender of the schedule data received by the department is the other party to synchronize with, when the sender determination means determines that the sender of the received schedule data is the other party to synchronize with An information processing terminal, comprising: a schedule synchronization control unit that controls to store the schedule data in the schedule memory. 7. A communication unit that communicates data, a schedule memory that stores schedule data, a destination memory that stores a destination synchronized with the schedule data and its priority, and based on information stored in the destination memory, A priority determining means for determining the priority of the sender of the schedule data received by the communication unit; and updating the schedule memory based on the priority determined by the priority determining means and the received schedule data. Information processing terminal. 8. A schedule synchronization method, comprising: a schedule memory for storing schedule data; and a destination memory for storing destination information synchronized with the schedule data, the schedule data being read from the schedule memory and read from the schedule memory. A schedule synchronization method, comprising: controlling the transmitted schedule data to be transmitted to the destination stored in the destination memory.