JP5083711B2 - Portable terminal, schedule notification system, schedule notification method, and schedule notification program - Google Patents

Description

  The present invention relates to a mobile terminal, and more particularly to a mobile terminal capable of schedule management.

  For example, in the case of a mobile phone, when performing schedule management related to a user (user) action schedule at a company or home, the schedule data is basically input manually by the user or imported from a PC (personal computer) / external memory. (Schedule) is registered, and schedule data is not synchronized with the server.

  In addition, there are desktop PCs and other fixed devices that perform schedule data synchronization processing with the server, but in those cases, the user is at the installation location of the device, Since the schedule cannot be confirmed unless the device is in operation, the usage scene (usage status) is limited, and it is not particularly necessary to consider processing other than schedule synchronization.

As a related technique, JP-A-2005-196493 (Patent Document 1) discloses a schedule management system.
In this technology, the mobile phone is scheduled by a mail transmission / reception unit that transmits / receives mail including reception of mail attached with schedule data from the server, a web browsing unit that accesses the server and browses the web, and a mail unit. Based on the schedule data acquired by receiving the mail with the data attached, the scheduler unit updates its own schedule. As a result, the schedules of the plurality of mobile phones of the group members are managed in synchronization, and the schedules are shared by the group members.

JP 2005-196493 A

  The mobile phone is always carried by the user, and is required to be able to confirm the schedule at all times. Also, the usage scene for confirming the schedule changes in real time depending on the situation such as company, home, whereabouts, etc., day of the week, time zone, and the like. Therefore, the schedule data for which the user requests notification also changes in real time, and a method for notifying schedule data corresponding to this change has been required.

  According to Patent Document 1, since the schedule is shared by the group members, there is a problem that it becomes impossible to notify the optimum schedule when a part of the group members is different from the group members.

  An object of the present invention is to provide a mobile terminal, a schedule notification system, a schedule notification method, and a schedule notification program that perform schedule notification corresponding to various usage scenes in order to solve the above-described problems.

  The portable terminal of the present invention includes a condition setting unit that sets a predetermined condition, a wireless communication unit that performs synchronization processing of schedule data between the schedule management server, and a schedule notification time when the schedule notification time based on the schedule data is reached. A schedule control unit that determines whether the additional information added to the data conforms to a predetermined condition and determines to perform schedule notification based on the schedule data if the additional information conforms to the predetermined condition; It is characterized by that.

  The schedule notification system according to the present invention determines whether the additional information added to the schedule data meets a predetermined condition when the schedule notification time based on the schedule data has been reached, and the additional information meets the predetermined condition. In this case, the mobile terminal includes a mobile terminal that performs schedule notification based on the schedule data, and a schedule management server that manages additional information together with the schedule data and performs synchronization processing of the schedule data with the mobile terminal.

  The schedule notification method of the present invention is a schedule notification method in a mobile terminal, and (a) a step of setting a predetermined condition; (b) a step of performing a process of synchronizing schedule data with a schedule management server; (C) When the schedule notification time based on the schedule data is reached, it is determined whether the additional information added to the schedule data conforms to a predetermined condition. If the additional information conforms to the predetermined condition, the schedule data Performing a schedule notification based thereon.

  The schedule notification program of the present invention is a schedule notification program executed in a portable terminal, and (a) a step of setting a predetermined condition, and (b) a process of synchronizing schedule data with a schedule management server. (C) when the schedule notification time based on the schedule data is reached, it is determined whether the additional information added to the schedule data meets a predetermined condition, and the additional information meets the predetermined condition For example, a step of performing a schedule notification based on the schedule data is executed by a processor.

  Schedule synchronization processing is performed between the server and mobile device, so it is possible to manage the schedule in real time for each group of companies / schools / circles, etc., and use it in real time even if the schedule changes suddenly or changes place It is possible to receive a schedule notification according to the scene (usage status).

Embodiments of the present invention will be described below with reference to the accompanying drawings.
Here, a mobile phone will be described as a representative example of the mobile terminal. However, actually, it is not limited to this example.

FIG. 1 is a diagram showing an outline of the configuration of a system in a mobile phone 10 according to the present invention.
The mobile phone 10 includes a wireless communication unit 11, a data analysis / processing unit 12, a schedule control unit 13, a user data schedule management DB (database) 14, a mode setting unit 15, and a display / ring unit 16.

  The wireless communication unit 11 performs synchronization processing (communication processing) of “schedule data” with the schedule management server 20 that manages the schedule in each mode in the mobile phone 10. Here, “schedule data” synchronization processing refers to communication processing for reflecting “schedule data” held by the schedule management server 20 in “schedule data” held by the mobile phone 10. However, actually, conversely, the “schedule data” held by the mobile phone 10 can be reflected in the “schedule data” held by the schedule management server 20.

  At this time, the wireless communication unit 11 manages the “user identifier” that is identification information indicating the user or the mobile phone 10, and notifies the schedule management server 20 of the user identifier and uses it during the synchronization process. "Schedule data" corresponding to the person identifier is requested. The schedule management server 20 manages “schedule data” for each user identifier. The schedule management server 20 may associate the “user identifier” with the “schedule data”. It is also conceivable to use “user identifier” as additional information of schedule data. A plurality of user identifiers may correspond to “schedule data”. That is, the schedule management server 20 can provide the same “schedule data” to a plurality of mobile phones 10. If the schedule management server 20 can identify the user or the mobile phone 10 by user authentication or the like, the “user identifier” may not be present.

  Further, the wireless communication unit 11 passes the “schedule data” from the schedule management server 20 to the data analysis / processing unit 12 by receiving the synchronization process. Here, the wireless communication unit 11 can cope with normal wireless communication with a party other than the schedule management server 20, and when data other than the schedule data is received, it is passed to the data analysis / processing unit 12. You may do it.

  The data analysis / processing unit 12 determines whether the data acquired from the wireless communication unit 11 is schedule data. If it is not schedule data, normal data processing is performed. If it is schedule data, the schedule data acquired from the wireless communication unit 11 is analyzed, and additional information added to the schedule data is acquired. Here, the “mode type” added to the schedule data as additional information is acquired, and “schedule data” and “mode type” are passed to the schedule control unit 13. Note that, as a reference for determining whether the acquired data is schedule data, if the data content is in the form of schedule data, it is determined that the data is schedule data. Alternatively, the schedule data may be determined when additional information such as “mode type” is included.

  The schedule control unit 13 manages “schedule data” and the “mode type” added to the schedule data, and registers them in the user data schedule management DB (database) 14. At this time, the schedule control unit 13 may associate the “schedule data” with the “mode type” added to the schedule data and register it in the user data schedule management DB (database) 14.

  The user data schedule management DB (database) 14 stores “schedule data” and “mode type” added to the schedule data. The “mode type” is an example of additional information added to the schedule data, and is not actually limited to this example.

  The mode setting unit 15 manages the “mode state” indicating the current status of the user or the mobile phone 10 and provides the “mode state” to the schedule control unit 13. However, in practice, the mode setting unit 15 may only set the mode state, and the schedule control unit 13 may manage the set mode state. Further, the mode setting unit 15 can switch the mode state. When the mode state is changed while the schedule control unit 13 manages the mode state, the mode setting unit 15 performs “mode state change notification” to the schedule control unit 13. The schedule control unit 13 changes the mode state in response to the mode state change notification.

  It is also conceivable to change the mode state automatically depending on the time zone. For example, the mode setting unit 15 sets “company mode” if it is 9:00 am to 18:00 pm on weekdays, and “home mode” otherwise. At this time, the mode setting unit 15 may monitor the time (date and time) managed in the mobile phone 10. Here, the time (date and time) managed inside the mobile phone 10 indicates the time (date and time) based on the clock (timer function) inside the mobile phone 10. However, actually, it is not limited to these examples.

  In addition, the schedule control unit 13 has a timer function and updates the time (date and time) managed inside the mobile phone 10. The schedule control unit 13 compares the mode type managed together with the schedule data with the current mode state when the notification time of a certain schedule is reached, and the mode state and the mode type match or correspond to each other. For example, the display / sound unit 16 is instructed to execute schedule notification.

  The display / ring unit 16 notifies the user of a schedule in response to an execution instruction from the schedule control unit 13. The display / sounding unit 16 performs schedule notification by a screen display, sound, vibration, light emission, housing operation, and other methods that can be recognized by the user. Note that the display / sounding unit 16 may exist outside the mobile phone 10. For example, an external display or speaker near the mobile phone 10 may be used as the display / sounding unit 16 so that the schedule control unit 13 and the display / sounding unit 16 communicate via the wireless communication unit 11. . Further, the display / sounding unit 16 executes predetermined application software or a hardware function in response to an execution instruction from the schedule control unit 13, and sends a notification regarding execution start / execution completion of the application software or hardware function. It is good also as a schedule notice to a user.

  At this time, the schedule notification method may be changed according to the mode state or the mode type. For example, when the mode type is “company mode”, the schedule control unit 13 instructs the display / sound unit 16 to execute a schedule notification by vibration, and when the mode type is “home mode”, the schedule control execution by voice is executed. It is conceivable to give instructions. When changing the schedule notification method according to the mode type, the schedule control unit 13 manages a correspondence table (list) indicating a correspondence relationship between the mode type and the schedule notification method, and the user data schedule management DB ( Database) 14 is registered. Alternatively, information indicating the schedule notification method may be registered in the user data schedule management DB (database) 14 together with the mode type as additional information of the schedule data.

  Each unit in the mobile phone 10 may be a processor (processor) that executes a program that defines the function of each unit. Here, this program is called a schedule notification program. The schedule notification program is stored in a storage device or a storage medium (media).

FIG. 2 is a diagram showing an overview of the overall image of the schedule management system according to the present invention.
The mobile phone 10 and the schedule management server 20 according to the present invention form a schedule management system. That is, the schedule management system according to the present invention includes the mobile phone 10 and the schedule management server 20.

  The mobile phone 10 synchronizes schedule data with the schedule management server 20 side. This synchronization processing can be performed both from the schedule management server 20 side and from the user operating the mobile phone 10. That is, the schedule management server 20 may request the mobile phone 10 to perform schedule data synchronization processing, or the mobile phone 10 may request the schedule management server 20 to perform schedule data synchronization processing. Here, specific additional information is added to the schedule data to be synchronized. Based on this additional information, the mobile phone 10 determines the mode type of the schedule data and manages it together with the schedule data. At this time, the additional information is not limited to information indicating the mode type itself, and may be information that can directly or indirectly specify the mode type.

  In the mobile phone 10, the mode is managed. For example, it is possible to individually set modes, such as mode A (company mode) and mode B (home mode) shown in FIG. 2, or mode A and mode B can be used simultaneously or mode C (company / home). It is also possible to use a plurality of modes at the same time, such as a combined mode or an unrestricted mode. Further, when the user belongs to a plurality of groups at work, it is conceivable to set the mode by subdividing such as mode A1 (company mode: first group) and mode A2 (company mode: second group).

  As for the mode changing method, manual switching by the user, automatic switching by the designated start time / end time, switching by an external R / W (reader / writer) such as FeliCa (registered trademark) mounted on the mobile phone 10, It is assumed that any change method such as automatic switching according to activation of a roaming function overseas can be used. The mobile phone 10 refers to the mode managed in the mobile phone 10 and performs schedule notification based on the schedule data of the mode type corresponding to the referenced mode.

  Furthermore, the schedule data in the mobile phone 10 can be updated by the user, and the user can also change the mode type. For example, even if the schedule data synchronized from the schedule management server 20 side is mode A, if the user changes the mode type of the schedule data to mode B, it can also be handled as mode B schedule data. .

  Note that the schedule data managed by the schedule management server 20 may be input / changed by a person other than the user. For example, the mode type of schedule data input / changed by the user's superior or colleague is mode A (company mode), and the mode type of schedule data input / changed by the user's family or private friend is mode B ( Home mode). The method for identifying the person who inputs / changes the schedule may be determined based on the authentication result by performing user authentication when inputting / changing the schedule. Note that the authentication process in the server is a well-known technique, and thus a description thereof is omitted.

  Here, the mobile phone 10 notifies the user only of the schedule data in which the mode state of the mobile phone 10 matches the mode type managed together with the schedule data at the date and time registered in the schedule. And the user is not notified of data that does not match the mode type. However, in practice, the mode state and the mode type do not have to be completely matched as keywords, and may correspond to each other. For example, even if the mode state is “conference mode” and the mode type is “company mode”, if “conference mode” is included in “company mode”, the mode state and the mode type match or correspond. Judge that In this case, it is preferable that the mobile phone 10 holds a correspondence table (list) indicating a correspondence relationship between the “conference mode” and the “company mode”.

FIG. 3 is a diagram showing a configuration example of schedule data according to the present invention.
Additional information is added to the schedule data managed by the schedule management server 20. Here, information indicating the mode type is added as additional information to the schedule data such as the date and content of the schedule. The “user identifier” described above may be included in the additional information. The schedule data and the additional information are associated with each other. It is preferable that the schedule data and the additional information have a one-to-one correspondence. Since this schedule data is synchronously processed, it is common on the mobile phone 10 side and the schedule management server 20 side.

  One example of an actual use scene can be used for schedule management in a company. By setting the work mode during work on weekdays, the schedule data is updated synchronously with the schedule management server 20 as needed, so that the latest schedule can be shared throughout the company. If a vacation is acquired on a weekday, if the private mode is set, the company schedule is not notified, and only the private schedule can be notified. In addition, when the private mode is set, the mobile phone 10 may display a special screen as a schedule notification at a predetermined time on the anniversary or event date. For example, if a private mode is set, a Christmas-only screen display may be performed as a schedule notification at Christmas (Christmas, Xmas).

FIG. 4 is a sequence diagram showing an outline of synchronization processing between the schedule management server 20 and the mobile phone 10.
(1) Step S101
Schedule synchronization processing is performed between the schedule management server 20 and the mobile phone 10 via a network. The trigger for starting the synchronization process can be performed from the schedule management server 20 side or the user (mobile phone 10) side. Here, the wireless communication unit 11 starts a schedule synchronization process between the schedule management server 20 and the mobile phone 10.
(2) Step S102
When the schedule synchronization process is completed, the mobile phone 10 updates the user data schedule management database that manages the schedule data internally. At that time, the mode type obtained from the schedule data and the additional information of the schedule data is also managed. Here, the data analysis / processing unit 12 analyzes the schedule data to acquire the mode type added to the schedule data, and the schedule control unit 13 manages the user data schedule based on the schedule data and the mode type. The DB (database) 14 is updated.

FIG. 5 is a flowchart showing an outline of schedule notification in the mobile phone 10.
(1) Step S201
The schedule control unit 13 of the mobile phone 10 updates the time (date and time) managed in the mobile phone 10 at any time. That is, the passage of time is observed.
(2) Step S202
The schedule control unit 13 registers the schedule data acquired from the schedule management server 20 via the wireless communication unit 11 by the synchronization processing in the user data schedule management DB (database) 14 and manages it inside the mobile phone 10. When the current time (date) is updated, the updated time is compared with the time of the registered schedule data, and if the updated time matches the time of the predetermined registered schedule data, the schedule It is determined that it is the data notification time.
(3) Step S203
The schedule control unit 13 compares the mode type managed together with the schedule data and the current mode state on the mobile phone 10, and performs a schedule notification if the mode state and the mode type match. If the status and mode type do not match, schedule notification is not performed. For example, when the home mode is set, the company mode schedule notification is not performed. If the mode state and the mode type do not match, the update of the time (date and time) managed inside the mobile phone 10 is continued.
(4) Step S204
When the schedule control unit 13 determines that it is the notification time of the schedule data, the schedule control unit 13 instructs the display / ring unit 16 to execute the schedule notification. The display / ring unit 16 notifies the user of a schedule.

  Here, it can be considered that the schedule synchronization processing between the schedule management server 20 and the mobile phone 10 is also performed by the same schedule management as the schedule notification according to the present invention. At this time, the schedule control unit 13 instructs the wireless communication unit 11 to execute the schedule synchronization process with the schedule management server 20 instead of instructing the display / ring unit 16 to execute the schedule notification. For example, schedule synchronization processing is performed when the mode type is mode A (company mode). In this case, mode A (company mode) is set in the additional information (mode type) of the schedule data related to the schedule synchronization process, and is provided to the mobile phone 10 during the schedule synchronization process in advance. When the mode state is mode A (company mode), the schedule control unit 13 of the mobile phone 10 performs schedule synchronization processing based on the schedule data.

  If you want to forcibly receive the schedule notification regardless of the mode type, the user can change the mode type of the schedule data or the mode state of the mobile phone 10 by himself and change to the forced notification mode, etc. It is conceivable to execute the schedule notification unconditionally. When changing the mode type of the schedule data managed on the schedule management server 20 side, a person other than the user can change the mode type to the forced notification mode. At this time, if the forced notification mode is set, the schedule control unit 13 determines to execute the schedule notification unconditionally regardless of whether the mode state and the mode type match or correspond to each other. The display / sound unit 16 is instructed to execute schedule notification. For example, the forced notification mode may be included in one of the mode types, and the schedule notification may be forcibly performed when the forced notification mode is set even when other mode types are set. If the mode state is set to the forced notification mode, the schedule control unit 13 determines to execute the schedule notification unconditionally for all schedule data. It is preferable that the forced notification mode in the mode state can be easily changed like the manner mode of the mobile phone. For example, it is changed by an operation of a predetermined key such as one click (pressing) of the determination button.

  As described above, in the present invention, schedule data with predetermined additional information is synchronized between the mobile phone and the server.

  The mobile phone according to the present invention updates the schedule data in the mobile phone according to the synchronized schedule data, such as registration / change / deletion, and manages the schedule additional information such as the mode type. Do. It also has a mode switching function linked to the schedule mode type. For example, it has a function of switching modes such as company mode / school mode / home mode / circle mode / holiday mode. In addition, a schedule notification according to the current mode state and the mode type assigned to the schedule is performed. Furthermore, when it is desired to forcibly receive a schedule notification regardless of the mode type, the user can change the schedule data mode type and change the mode to the forced notification mode.

  That is, the mobile phone according to the present invention has a schedule synchronization processing function with the server, and can automatically update schedule data in the mobile phone. Note that certain additional information such as the mode type is added to the schedule data to be synchronized, and the schedule type and the like can be specified. Furthermore, the mobile phone has a mode switching function for switching modes such as company mode / home mode / holiday mode, etc., such as the mode state of the mobile phone at that time and the mode type added to the schedule. The presence / absence of the schedule notification can be easily changed according to the additional information.

  As one of the actual use cases, it may be used for schedule management within a company. By setting the mode for work during work on weekdays, the schedule data is updated synchronously with the server side at any time, so the latest schedule can be shared throughout the company. If a vacation is acquired on a weekday, if the private mode is set, the company schedule is not notified, and only the private schedule can be notified.

  As described above, in the present invention, since the schedule synchronization processing is performed by the server and the mobile phone, real-time schedule management can be performed in units of groups such as a company / school / circle. Since real-time schedule management becomes possible, the user can know in real time about a sudden time change or location change of the schedule. Since the user can select the mode of the mobile phone by himself, the user can receive only a schedule notification corresponding to the usage scene. Further, by providing a forced notification mode or the like, it is possible to perform a schedule notification regardless of the mode state.

  In practice, a wireless communication device having a schedule notification function similar to that of a mobile phone can be used instead of the mobile phone. For example, it is conceivable to use a gadget such as a notebook PC (personal computer), a car navigation system (car navigation system), or a portable game machine that has a schedule notification function and can perform wireless communication instead of a mobile phone. .

  The present invention assumes that a mobile terminal such as a mobile phone is used. Of course, instead of the mobile phone, the present invention can also be implemented using a communication device that performs wired communication. is there. In this case, it is preferable that the communication device that performs wired communication is present at a place where the user can check the schedule at all times, and is in operation when the user checks the schedule. As an example of a communication device that performs wired communication, a desktop PC (personal computer) that a user uses on a daily basis, a large display that is permanently installed in a place where the user stays for a long time, and the like can be considered.

FIG. 1 is a diagram showing a configuration example of a mobile phone according to the present invention. FIG. 2 is a diagram showing a configuration example of a schedule management system according to the present invention. FIG. 3 is a diagram showing a configuration example of schedule data according to the present invention. FIG. 4 is a diagram showing an outline of synchronization processing between the schedule management server and the mobile phone according to the present invention. FIG. 5 is a diagram showing an outline of schedule notification in the mobile phone according to the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Mobile phone 11 ... Wireless communication part 12 ... Data analysis / processing part 13 ... Schedule control part 14 ... User data schedule management DB (database)
15 ... Mode setting unit 16 ... Display / ring unit 20 ... Schedule management server

Claims (20)

Conditions for setting / changing a predetermined condition by any one of manual switching by a user, automatic switching by specifying a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function A setting section;
A wireless communication unit that performs schedule data synchronization processing with the schedule management server;
When the schedule notification time based on the schedule data has been reached, it is determined whether the additional information added to the schedule data meets the predetermined condition, and if the additional information meets the predetermined condition, the schedule A portable terminal comprising: a schedule control unit that determines to perform schedule notification based on data. The mobile terminal according to claim 1,
When the forced notification mode is set, the schedule control unit determines to perform the schedule notification unconditionally regardless of whether the additional information meets the predetermined condition.
Mobile device. The mobile terminal according to claim 1 or 2,
The condition setting unit is configured to perform the predetermined condition by any one of manual switching by a user, automatic switching by specifying a time zone, switching by an external R / W (reader / writer), and automatic switching in response to activation of a predetermined function. Change the mode state of your aircraft set as
The schedule control unit changes the presence / absence of a schedule notification according to whether or not the mode state of the own device corresponds to the mode type added as the additional information to the schedule data.
Mobile device. The mobile terminal according to any one of claims 1 to 3,
The wireless communication unit realizes sharing of the schedule data within a group to which the user belongs via the schedule management server by performing a synchronization process of the schedule data with the schedule management server, Reflect changes in schedule data in real time,
The schedule control unit determines a type of the additional information according to a partner who added the additional information to the schedule data.
Mobile device. The mobile terminal according to any one of claims 1 to 4,
The schedule control unit changes the correspondence between the predetermined condition and the additional information by changing the additional information added to the schedule data.
Mobile device. The user can set or change the predetermined condition by manual switching by the user, automatic switching by specifying the time zone, switching by external R / W (reader / writer), or automatic switching in response to activation of a predetermined function. upon reaching the schedule notification time based on the schedule data, the additional information the added to the schedule data is determined whether they comply with the predetermined condition, the schedule data if the additional information satisfies the specified condition A mobile device with schedule notifications based on
A schedule notification system comprising: a schedule management server that manages the additional information together with the schedule data and performs a synchronization process of the schedule data with the mobile terminal. The schedule notification system according to claim 6,
When the forced notification mode is set, the mobile terminal performs an unconditional schedule notification regardless of whether the additional information conforms to the predetermined condition.
Schedule notification system. The schedule notification system according to claim 6 or 7,
The portable terminal is configured as the predetermined condition by any one of manual switching by a user, automatic switching by specifying a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function. Change the set mode status of the own device, and change the presence / absence of schedule notification depending on whether the mode status of the own device and the mode type added as the additional information to the schedule data correspond Do
Schedule notification system. The schedule notification system according to any one of claims 6 to 8,
The portable terminal realizes sharing of the schedule data within a group to which the user belongs through the schedule management server by performing synchronization processing of the schedule data with the schedule management server, and the schedule The change of data is reflected in real time, and the type of the additional information is determined by the partner who added the additional information to the schedule data.
Schedule notification system. The schedule notification system according to any one of claims 6 to 9,
The portable terminal changes the correspondence between the predetermined condition and the additional information by changing the additional information added to the schedule data.
Schedule notification system. A schedule notification method in a mobile terminal,
A step of setting / changing a predetermined condition by any one of manual switching by a user, automatic switching by designation of a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function When,
A step of performing the synchronization process of schedule data to and from the schedule management server,
Upon reaching the schedule notification time based on previous SL schedule data, the schedule if the schedule data to the additional information added is determined whether they comply with the predetermined condition, the additional information only to conform to the predetermined condition Performing a schedule notification based on data. The schedule notification method according to claim 11,
When a forced notification mode is set when performing a schedule notification based on the schedule data, the step of unconditionally performing the schedule notification regardless of whether or not the additional information conforms to the predetermined condition
Further includes
Schedule notification method. The schedule notification method according to claim 11 or 12,
The own device set as the predetermined condition by any one of manual switching by the user, automatic switching by specifying a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function Changing the mode state of
Changing the presence / absence of a schedule notification according to whether or not the mode state of the own device corresponds to the mode type added as the additional information to the schedule data;
Further includes
Schedule notification method. A schedule notification method according to any one of claims 11 to 13,
By synchronizing the schedule data with the schedule management server, the schedule data can be shared within the group to which the user belongs via the schedule management server, and the schedule data can be changed in real time. Steps to reflect
Determining a type of the additional information by a partner who added the additional information to the schedule data;
Further includes
Schedule notification method. A schedule notification method according to any one of claims 11 to 14,
A step of changing a correspondence relationship between the predetermined condition and the additional information by changing the additional information added to the schedule data.
Further includes
Schedule notification method. A schedule notification program executed in a mobile terminal,
A step of setting / changing a predetermined condition by any one of manual switching by a user, automatic switching by designation of a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function When,
A step of performing the synchronization process of schedule data to and from the schedule management server,
Upon reaching the schedule notification time based on previous SL schedule data, the schedule if the schedule data to the additional information added is determined whether they comply with the predetermined condition, the additional information only to conform to the predetermined condition A schedule notification program for causing a processor to execute a step of performing a schedule notification based on data. The schedule notification program according to claim 16,
When a forced notification mode is set when performing a schedule notification based on the schedule data, the step of unconditionally performing the schedule notification regardless of whether or not the additional information conforms to the predetermined condition
For further processing by the processor
Schedule notification program. The schedule notification program according to claim 16 or 17,
The own device set as the predetermined condition by any one of manual switching by the user, automatic switching by specifying a time zone, switching by an external R / W (reader / writer), or automatic switching in response to activation of a predetermined function Changing the mode state of
Changing the presence / absence of a schedule notification according to whether or not the mode state of the own device corresponds to the mode type added as the additional information to the schedule data;
For further processing by the processor
Schedule notification program. The schedule notification program according to any one of claims 16 to 18,
By synchronizing the schedule data with the schedule management server, the schedule data can be shared within the group to which the user belongs via the schedule management server, and the schedule data can be changed in real time. Steps to reflect
Determining a type of the additional information by a partner who added the additional information to the schedule data;
For further processing by the processor
Schedule notification program. The schedule notification program according to any one of claims 16 to 19,
A step of changing a correspondence relationship between the predetermined condition and the additional information by changing the additional information added to the schedule data.
For further processing by the processor
Schedule notification program.

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