JP2013135299A - Communication system, control method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a communication system, a control method, and a program that can prevent missing a station to get off.SOLUTION: A mobile terminal device 10 comprises: a schedule information setting unit 11 for setting schedule information including a start time and an arrival place; a GPS information acquisition unit 12 for acquiring GPS information; a first transmission unit 13 for transmitting the schedule information and the GPS information; a first reception unit 14 for receiving transmitted travel information; and an alarm notification time setting unit 15 for setting a notification time for the alarm on the basis of the travel information. A server 30 comprises: a third reception unit 31 for receiving the transmitted schedule information and GPS information; an estimation unit 32 for estimating the transportation means of a user from the arrival place and GPS information; an acquisition unit 33 for acquiring the travel information of the transportation means on the basis of the start time and current time; and a third transmission unit 34 for transmitting the travel information.

Description

  The present invention relates to a communication system that performs communication between a mobile terminal device and a server via a base station, a control method thereof, and a program.

  In addition to being used as an alarm clock at home or at a place of stay, an alarm function installed in a portable terminal device may be used for the purpose of preventing overtaking of a train or the like. In such cases, more efficient usage can be expected by linking with the schedule function.

  For example, Patent Document 1 proposes to set a wake-up function using schedule information. Specifically, this Patent Document 1 proposes a technique for automatically setting an alarm function by giving some time information (event start time, time information necessary for movement / preparation, etc.).

JP 2011-163860 A

  However, Patent Document 1 only automatically sets an alarm for a wake-up time by linking information on an event itself (event start time, execution location, etc.) with a schedule function.

  For example, even if Patent Document 1 is applied, an alarm is set in cooperation with information on the means of moving from the current position to the destination, time information on movement, etc., and it is possible to prevent the passengers from getting off at the getting-off station etc. I can't.

  It is an object of the present invention to provide a communication system, a control method, and a program capable of preventing overloading while strengthening cooperation between a schedule function and an alarm function to reduce a user's operation burden. .

  In order to solve the above-described problems, a communication system according to the present invention is a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. A schedule information setting unit that sets schedule information including a start time and an arrival place, a GPS information acquisition unit that acquires GPS information, a first transmission unit that transmits schedule information and GPS information to the base station, and a base station A base station is provided with a schedule information from the mobile terminal device, and a first notification unit that receives operation information transmitted from the mobile station and an alarm notification time setting unit that sets an alarm notification time based on the operation information. And a second receiving unit that receives GPS information, and a second transmitting unit that transmits schedule information and GPS information to the server. Included in the schedule information and the third receiving unit that receives the GPS information, the arrival location included in the schedule information, the estimation unit that estimates the moving means of the user from the GPS information, and the schedule information An acquisition unit that acquires operation information of the moving means based on the current start time, and a third transmission unit that transmits the operation information to the base station, and the second reception unit includes: The operation information transmitted from the third transmission unit is received, the second transmission unit transmits the operation information to the portable terminal device, and the alarm notification time setting unit is transmitted from the second transmission unit. Based on the operation information, a stop time at which the moving means stops at a predetermined stop location is obtained, and a time that is back by a predetermined time from the stop time is set as an alarm notification time.

  According to such a configuration, in the communication system, the server estimates the arrival location included in the schedule information, the moving means of the user from the GPS information, the start time included in the schedule information, and the current Based on the time, the operation information of the moving means is acquired, and the operation information is transmitted to the base station. In the portable terminal device, the moving means is based on the operation information transmitted from the base station. Since the stop time at which the vehicle stops is obtained and the time that is a predetermined time after the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In the communication system, the mobile terminal device is set in the current GPS information acquired by the GPS information acquisition unit and the schedule information setting unit after a predetermined time has elapsed after the setting by the alarm notification time setting unit is completed. A configuration may be provided that includes a polling management unit that controls the current schedule information to be transmitted from the first transmission unit to the base station.

  According to such a configuration, since the communication system updates the operation information at intervals of a predetermined time, the setting of the alarm notification time can be changed at intervals of the predetermined time, while responding to unexpected situations, You can prevent overtime.

  In the communication system, the polling management unit may be configured to extend or shorten the predetermined time interval based on the distance between the arrival location and the current position included in the schedule information based on the GPS information.

  According to such a configuration, the communication system can correct the alarm notification time based on accurate operation information, for example, by shortening the predetermined time interval as the current position approaches the arrival location. So you can prevent overtaking accurately. In addition, the communication system can reduce the processing load by extending a predetermined time interval as the current position is farther from the arrival location, for example.

  In the communication system, the mobile terminal device may include an alarm canceling unit that cancels the alarm set by the alarm notification time setting unit when the schedule setting by the schedule information setting unit is deleted.

  According to such a configuration, the communication system cancels the alarm in conjunction with the user performing the schedule deletion operation, so that a situation in which the alarm is notified at the set time even though the schedule is lost. It can be avoided.

  In order to solve the above problems, a communication system according to the present invention is a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. Includes a schedule information setting unit that sets schedule information including a start time and an arrival place, a first transmission unit that transmits schedule information to the base station, and a first that receives operation information transmitted from the base station. The base station includes a receiving unit and an alarm notification time setting unit that sets an alarm notification time based on the operation information, and the base station schedules from the mobile terminal device a storage unit that stores unique identification information indicating itself A second receiving unit for receiving information, a reading unit for reading identification information from the storage unit, and a first unit for transmitting the identification information read by the reading unit together with the schedule information to the server. And the server searches for the location information of the base station based on the identification information and the third receiving unit that receives the schedule information and the identification information transmitted from the second transmitting unit. Based on the search location, the location information, the first estimation unit that estimates the current location of the mobile terminal device, the arrival location included in the schedule information, and the estimated current location of the mobile terminal device A second estimating unit for estimating the moving means, a start time included in the schedule information, an acquisition unit for acquiring operating information of the moving means based on the current time, and a second for transmitting the operating information to the base station 3, the second receiving unit receives the operation information transmitted from the third transmitting unit, the second transmitting unit transmits the operation information to the mobile terminal device, and an alarm. Is the notification time setting unit the second transmission unit? Based on the operation information sent, the mobile unit obtains the stop time to stop at a predetermined stop location, a time traced back from the stop times for a predetermined time, and the configuration to set as the notification time of the alarm.

  According to such a configuration, the communication system estimates the moving means of the user from the arrival location included in the schedule information and the estimated current position of the mobile terminal device in the server, and is included in the schedule information. Based on the start time and the current time, obtain the operation information of the moving means, transmit the operation information to the base station, and in the mobile terminal device, based on the operation information transmitted from the base station, Since the stop time at which the moving means stops at a predetermined stop location is obtained, and a time that is a predetermined time later than the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In addition, since the communication system estimates the current position of the mobile terminal device from the location information of the base station, even if the mobile terminal device does not have a GPS acquisition function or cannot acquire GPS information, Notification time can be set.

  In order to solve the above problems, a control method according to the present invention is a control method for a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. The mobile terminal device includes a schedule information setting step for setting schedule information including a start time and an arrival place, a GPS information acquisition step for acquiring GPS information, and a first transmission step for transmitting the schedule information and GPS information to the base station. And a first reception step for receiving operation information transmitted from the base station, and an alarm notification time setting step for setting an alarm notification time based on the operation information. A second receiving step for receiving the schedule information and GPS information transmitted from the transmitting step, and a second transmission for transmitting the schedule information and GPS information to the server. And the server receives the schedule information and GPS information transmitted from the second transmission step, a third reception step for receiving the GPS information, the arrival location included in the schedule information, and the user information from the GPS information. An estimation step for estimating the moving means, a start time included in the schedule information, an acquisition step for acquiring operation information of the moving means based on the current time, and a third transmission for transmitting the operation information to the base station The second receiving step receives the operation information transmitted from the third transmitting step, the second transmitting step transmits the operation information to the portable terminal device, and the alarm notification time setting step is Based on the operation information transmitted from the second transmission step, a stop time at which the moving means stops at a predetermined stop location is obtained, and a time that is back by a predetermined time from the stop time is indicated at the time of alarm notification. It was on the configuration you want to set as.

  According to such a configuration, in the control method, the server estimates the arrival location included in the schedule information, the moving means of the user from the GPS information, the start time included in the schedule information, and the current Based on the time, the operation information of the moving means is acquired, and the operation information is transmitted to the base station. In the portable terminal device, the moving means is based on the operation information transmitted from the base station. Since the stop time at which the vehicle stops is obtained and the time that is a predetermined time after the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In order to solve the above problems, a control method according to the present invention is a control method for a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. The mobile terminal device receives a schedule information setting step for setting schedule information including a start time and an arrival place, a first transmission step for transmitting schedule information to the base station, and operation information transmitted from the base station. A first receiving step and an alarm notification time setting step of setting an alarm notification time based on the operation information, wherein the base station receives the schedule information transmitted in the first transmission step; In the receiving process, the reading process for reading out the identification information from the storage unit storing the unique identification information indicating itself, and the reading process together with the schedule information A second transmission step of transmitting the identification information to the server, and the server receives the schedule information and the identification information transmitted from the second transmission step, a third reception step of receiving the identification information, and the identification information , A search step for searching for location information of the base station, a first estimation step for estimating the current position of the mobile terminal device based on the location information, and an arrival location included in the schedule information A second estimating step of estimating the moving means of the user from the current position of the mobile terminal device; a starting time included in the schedule information; and an acquiring step of acquiring operation information of the moving means based on the current time; A third transmission step for transmitting the operation information to the base station, the second reception step receives the operation information transmitted from the third transmission step, and the second transmission step includes the operation information. Mobile device The alarm notification time setting step obtains a stop time when the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission step, and goes back a predetermined time from the stop time. The time is set as the alarm notification time.

  According to such a configuration, the control method in the server estimates the moving means of the user from the arrival location included in the schedule information and the estimated current position of the mobile terminal device, and is included in the schedule information. Based on the start time and the current time, obtain the operation information of the moving means, transmit the operation information to the base station, and in the mobile terminal device, based on the operation information transmitted from the base station, Since the stop time at which the moving means stops at a predetermined stop location is obtained, and a time that is a predetermined time later than the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In addition, since the control method estimates the current position of the mobile terminal device from the location information of the base station, even if the mobile terminal device has no GPS acquisition function or cannot acquire GPS information, Notification time can be set.

  In order to solve the above problems, a program according to the present invention controls a computer to control a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. A schedule information setting step for setting schedule information including a start time and an arrival place, a GPS information acquisition step for acquiring GPS information, and transmitting the schedule information and GPS information to the base station in the portable terminal device A first transmission step, a first reception step of receiving operation information transmitted from the base station, and an alarm notification time setting step of setting an alarm notification time based on the operation information. The second information is received by the base station and receives the schedule information and the GPS information transmitted in the first transmission step. A communication step and a second transmission step for transmitting schedule information and GPS information to the server, and the server receives the schedule information and GPS information transmitted from the second transmission step at the server. Based on the receiving step, the arrival location included in the schedule information, the estimation step for estimating the user's moving means from the GPS information, the start time included in the schedule information, and the current time. An acquisition process for acquiring operation information and a third transmission process for transmitting operation information to the base station are executed by the computer, and the second reception process receives the operation information transmitted from the third transmission process. The second transmission step transmits operation information to the mobile terminal device, and the alarm notification time setting step is based on the operation information transmitted from the second transmission step. Moving means obtains a stop time for stopping the predetermined stop location, a time traced back from the stop times for a predetermined time is set as the notification time of the alarm.

  According to such a configuration, in the server, the program estimates the arrival location included in the schedule information, the user's moving means from the GPS information, the start time included in the schedule information, and the current time Based on the operation information of the mobile means is acquired, the operation information is transmitted to the base station, and the mobile means is a predetermined stop location based on the operation information transmitted from the base station in the portable terminal device. Since the stop time at which the vehicle stops is obtained and the time that is a predetermined time later than the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In order to solve the above problems, a program according to the present invention controls a computer to control a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server. In the portable terminal device, the schedule information setting step for setting the schedule information including the start time and the arrival place, the first transmission step for transmitting the schedule information to the base station, and the base station are transmitted. The first reception step for receiving the operation information and the alarm notification time setting step for setting the alarm notification time based on the operation information are executed by the computer and transmitted by the first transmission step at the base station. Identification from the second receiving step for receiving the scheduled information and the storage unit storing the unique identification information indicating itself A schedule information transmitted from the second transmission process in the server is executed by causing the computer to execute a reading process for reading information and a second transmission process for transmitting the identification information read in the reading process together with the schedule information to the server. And a third receiving step for receiving the identification information, a search step for searching for the location information of the base station based on the identification information, and a first location for estimating the current position of the mobile terminal device based on the location information. The estimation step, the arrival location included in the schedule information, the second estimation step for estimating the moving means of the user from the estimated current position of the mobile terminal device, the start time included in the schedule information, Based on the current time, an acquisition step of acquiring operation information of the moving means and a third transmission step of transmitting the operation information to the base station are executed on the computer. The second reception step receives the operation information transmitted from the third transmission step, the second transmission step transmits the operation information to the portable terminal device, and the alarm notification time setting step includes the second On the basis of the operation information transmitted from the transmission step, a stop time at which the moving means stops at a predetermined stop location is obtained, and a time that is back by a predetermined time from the stop time is set as an alarm notification time.

  According to such a configuration, in the server, the program estimates the moving means of the user from the arrival location included in the schedule information and the estimated current position of the mobile terminal device, and starts included in the schedule information. Based on the time and the current time, the operation information of the moving means is acquired, the operation information is transmitted to the base station, and the mobile terminal device moves based on the operation information transmitted from the base station. Since the stop time at which the means stops at a predetermined stop location is determined and a time that is a predetermined time later than the stop time is set as the alarm notification time, it is possible to easily prevent overpass.

  In addition, since the program estimates the current position of the mobile terminal device from the location information of the base station, even if the mobile terminal device does not have a GPS acquisition function or cannot acquire GPS information, an alarm notification is issued. The time can be set.

  ADVANTAGE OF THE INVENTION According to this invention, a service can be provided, strengthening cooperation of a schedule function and an alarm function and aiming at the reduction of a user's operation burden.

It is a figure which shows the structure of the communication system of this invention. It is a figure which shows the structure of the communication system of this invention.

  Hereinafter, an example of an embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, the communication system 1 according to the embodiment of the present invention includes a mobile terminal device 10, a server 30, and a base station 20 that performs communication between the mobile terminal device 10 and the server 30. .

(First embodiment)
The mobile terminal device 10 includes a schedule information setting unit 11, a GPS information acquisition unit 12, a first transmission unit 13, a first reception unit 14, and an alarm notification time setting unit 15.

  The schedule information setting unit 11 sets schedule information including a start time and an arrival place. Specifically, the user operates the mobile terminal device 10 to activate the schedule function. The schedule information setting unit 11 registers the event disclosure time (T) and information about the event location, which is the arrival location (P), in the schedule DB 16 according to the user's operation. In the present embodiment, the event start time (T) is described as being registered with the date and time (for example, “November 4, 2011, 13:00”), but only the time (for example, , “13:00”).

The GPS information acquisition unit 12 acquires GPS information (LS).
The first transmission unit 13 transmits schedule information registered in the schedule DB 16 and GPS information (LS) to the base station 20. Note that the timing at which the schedule information and the GPS information (LS) are transmitted to the base station 20 may be the timing at which the schedule information is registered in the schedule DB 16 or based on the event start time (T) on the day of the event. It may be at the timing. In the present embodiment, the first transmission unit 13 reads the schedule information from the schedule DB 16, but the present invention is not limited to this, and a reading unit (not shown) may read the schedule information from the schedule B16. .

  The first receiver 14 receives the operation information (A) transmitted from the base station 20. The alarm notification time setting unit 15 sets the alarm notification time based on the operation information (A).

The base station 20 includes a second reception unit 21 and a second transmission unit 22.
The second receiving unit 21 receives schedule information and GPS information (LS) from the mobile terminal device 10. The second transmission unit 22 transmits schedule information and GPS information (LS) to the server 30.

The server 30 includes a third reception unit 31, an estimation unit 32, an acquisition unit 33, and a third transmission unit 34.
The third receiver 31 receives schedule information and GPS information (LS) transmitted from the second transmitter 22.

  The estimation unit 32 estimates the moving means of the user from the arrival location (P) included in the schedule information and the GPS information (LS). Specifically, the estimation unit 32 refers to the address book DB 35 based on the name of the arrival place when the arrival place is indicated by a name (for example, “JPO”) and the address is not known. Address (for example, “4-3-3 Kasumigaseki, Chiyoda-ku, Tokyo”). In addition, the estimation part 32 is not an actual address but longitude / latitude information (latitude (north latitude) 35 degrees 40 minutes 15.47 seconds (35.670964), longitude (east longitude) 139 degrees 44 minutes 45.226 seconds (139.7745896). )) May be extracted.

  The estimation unit 32 performs, for example, a route (route) search based on the arrival location (P) and the GPS information (LS), and a current position corresponding to the GPS information (LS) (for example, “Shin-Osaka Station”). ) To the arrival place (for example, “Japan Patent Office”) (for example, “Shin Osaka Station → (Nozomi) → Shinagawa → (Tokaido Main Line) → Shinbashi → (Ginza Line) → Toranomon”) (For example, “Nozomi”) is estimated.

The acquisition unit 33 acquires the operation information (A) of the moving means based on the start time (T) included in the schedule information and the current time. Specifically, in the case where the start time (T) is “November 4, 2011 13:00” and the current time is “November 4, 2011 10:00”, the acquisition unit 33 operates the operation management DB 36. , The operation information (for example, “Departure from Shin-Osaka 9:47, Arrival at Shinagawa Station 12:32”) of the moving means (for example, Nozomi) is acquired.
The third transmission unit 34 transmits the operation information (A) to the base station 20.

  The second reception unit 21 of the base station 20 receives the operation information (A) transmitted from the third transmission unit 34. Then, the second transmission unit 22 transmits the operation information (A) to the mobile terminal device 10.

  Based on the operation information (A) transmitted from the second transmission unit 22, the alarm notification time setting unit 15 of the mobile terminal device 10 obtains a stop time at which the moving unit stops at a predetermined stop location, and the stop A time that is back by a predetermined time from the time is set as an alarm notification time.

  More specifically, the alarm notification time setting unit 15 determines whether the moving means has a predetermined stop location (for example, “Shin-Osaka 9:47 departure, Shinagawa station 12:32 arrival”). It is requested to arrive at Shinagawa Station) at 12:32, and for example, 12:22, which is 10 minutes before arrival, is set as the alarm notification time.

  In this way, the communication system 1 can prevent overtaking while strengthening the cooperation between the schedule function and the alarm function and reducing the operation burden on the user.

  Moreover, although the structure and operation | movement of the communication system 1 were demonstrated in the above-mentioned, it is not restricted to this, You may comprise each component and it may be comprised as a control method and a program for preventing overpass.

  In addition, the mobile terminal device 10 includes the current GPS information (LS) acquired by the GPS information acquisition unit 12 and the schedule information setting unit 11 after a predetermined time has elapsed after the setting by the alarm notification time setting unit 15 is completed. The configuration may include a polling management unit 17 that controls to transmit the current schedule information set to 1 to the base station 20 from the first transmission unit 13. In the operation management DB 36, the operation information (A) is updated at predetermined intervals by an organization that manages and manages the moving means.

  According to such a configuration, since the communication system 1 updates the operation information (A) at predetermined time intervals, for example, the latest operation information ( The alarm notification time can be changed based on A). Therefore, the communication system 1 can prevent overtaking and can adjust the timing of alarm notification based on the latest operation information (A).

  The server 30 may be configured to transmit the operation information (A) to the mobile terminal device 10 via the base station 20 using push communication at the timing when the operation management DB 36 is updated. Push-type communication refers to data communication using a short message and communication using a C2DM (Cloud to Device Messaging) function. In the case of such a configuration, the communication system 1 can change the alarm notification time based on the latest operation information (A) with almost no delay.

  In addition, the polling management unit 17 may be configured to extend or shorten the predetermined time interval based on the distance between the arrival location and the current position included in the schedule information based on the GPS information (LS).

  According to such a configuration, the communication system 1 corrects the alarm notification time based on accurate operation information (A), for example, by shortening the predetermined time interval as the current position approaches the arrival location. So you can prevent overriding accurately. Further, the communication system 1 can reduce the processing load by extending a predetermined time interval as the current position is farther from the arrival location, for example.

  Further, the mobile terminal device 10 may be configured to include an alarm canceling unit 18 that cancels an alarm set by the alarm notification time setting unit 15 when the schedule setting by the schedule information setting unit 11 is deleted.

  In this way, the communication system 1 cancels the alarm in conjunction with the user performing a schedule deletion operation, and thus avoids a situation in which an alarm is notified at a set time even when the schedule is lost. Can do.

(Second Embodiment)
The communication system 1 may be configured not to include the GPS information acquisition unit 12. In such a case, the communication system 1 has the following configuration.

  As illustrated in FIG. 2, the mobile terminal device 10 includes a schedule information setting unit 11, a first transmission unit 13, a first reception unit 14, and an alarm notification time setting unit 15.

  The schedule information setting unit 11 sets schedule information including a start time and an arrival place. Specifically, the user operates the mobile terminal device 10 to activate the schedule function. The schedule information setting unit 11 registers the event disclosure time (T) and information about the event location, which is the arrival location (P), in the schedule DB 16 according to the user's operation. In the present embodiment, the event start time (T) is described as being registered with the date and time (for example, “November 4, 2011, 13:00”), but only the time (for example, , “13:00”).

The first transmission unit 13 transmits schedule information to the base station 20.
The first receiver 14 receives the operation information (A) transmitted from the base station 20.
The alarm notification time setting unit 15 sets the alarm notification time based on the operation information (A).

The base station 20 includes a second reception unit 21, a second transmission unit 22, a storage unit 23, and a reading unit 24.
The second receiving unit 21 receives schedule information from the mobile terminal device 10. The storage unit 23 stores unique identification information (LB) indicating itself.

  The reading unit 24 reads identification information (LB) from the storage unit 23. For example, the reading unit 24 reads the identification information (LB) from the storage unit 23 and transmits it to the second transmission unit 22 at the timing when the second reception unit 21 receives the schedule information.

  The second transmission unit 22 transmits the identification information (LB) read by the reading unit 24 together with the schedule information to the server 30.

The server 30 includes a third reception unit 31, an acquisition unit 33, a third transmission unit 34, a search unit 37, a first estimation unit 38, and a second estimation unit 39.
The third receiver 31 receives the schedule information and identification information (LB) transmitted from the second transmitter 22.

  The search unit 37 searches for the location information of the base station 20 based on the identification information (LB). Specifically, the search unit 37 searches the placement location information with reference to a table in which the identification information (LB) of the base station 20 and the placement location information (for example, longitude and latitude information) are associated with each other.

  The first estimation unit 38 estimates the current position of the mobile terminal device 10 based on the arrangement location information. Since the estimation of the current position by the first estimation unit 38 indicates that the mobile terminal device 10 is located somewhere in the area of the base station 20, for example, the moving direction is obtained from handoff information for switching the base station, and the mobile terminal A configuration for estimating the current position of the apparatus 10 may be used.

  The second estimation unit 39 estimates the moving means of the user from the arrival location included in the schedule information and the estimated current position of the mobile terminal device 10. Specifically, the second estimation unit 39 performs, for example, a route search based on the arrival location (P) and the current position of the mobile terminal device 10 to determine the current position of the mobile terminal device 10 (for example, "Shin-Osaka Station") to the arrival place (for example, "Japan Patent Office") (for example, "Shin-Osaka Station → (Nozomi) → Shinagawa → (Tokaido Main Line) → Shimbashi → (Ginza Line) → Toranomon") Extraction and estimation of moving means (for example, “Nozomi”).

The acquisition unit 33 acquires the operation information (A) of the moving means based on the start time (T) included in the schedule information and the current time. Specifically, in the case where the start time (T) is “November 4, 2011 13:00” and the current time is “November 4, 2011 10:00”, the acquisition unit 33 operates the operation management DB 36. , The operation information (for example, “Departure from Shin-Osaka 9:47, Arrival at Shinagawa Station 12:32”) of the moving means (for example, Nozomi) is acquired.
The third transmission unit 34 transmits the operation information (A) to the base station 20.

  The second reception unit 21 of the base station 20 receives the operation information (A) transmitted from the third transmission unit 34. Then, the second transmission unit 22 transmits the operation information (A) to the mobile terminal device 10.

  Based on the operation information (A) transmitted from the second transmission unit 22, the alarm notification time setting unit 15 of the mobile terminal device 10 obtains a stop time at which the moving unit stops at a predetermined stop location, and the stop A time that is back by a predetermined time from the time is set as an alarm notification time.

  More specifically, the alarm notification time setting unit 15 determines whether the moving means has a predetermined stop location (for example, “Shin-Osaka 9:47 departure, Shinagawa station 12:32 arrival”). It is requested to arrive at Shinagawa Station) at 12:32, and for example, 12:22, which is 10 minutes before arrival, is set as the alarm notification time.

  In this way, the communication system 1 can prevent overtaking while strengthening the cooperation between the schedule function and the alarm function and reducing the operation burden on the user.

  In addition, since the communication system 1 estimates the current position of the mobile terminal device 10 from the location information of the base station 20, the GPS information is obtained even if the mobile terminal device 10 does not have a GPS acquisition function or has the function. Even when it cannot be acquired, the alarm notification time can be set.

  Further, the communication system 1 according to the second embodiment may be configured to include the polling management unit 17 and the alarm release unit 18 as in the first embodiment.

  Moreover, although the structure and operation | movement of the communication system 1 were demonstrated in the above-mentioned, it is not restricted to this, You may comprise each component and it may be comprised as a control method and a program for preventing overpass.

  Further, in the first embodiment and the second embodiment, the movement means has been described as an alarm that is issued a predetermined time before the arrival time at which the moving means arrives at a predetermined stop location, thereby preventing overtravel. However, the present invention is not limited, and an alarm for notifying the departure time and the transfer time of the moving means may also be set. Further, for example, when the user has not moved even at the scheduled departure time, the communication system 1 searches for a route in time for the start time of the event, and determines the departure time based on the search result. A configuration for setting an alarm such as the above may be used.

  According to such a configuration, the communication system 1 can reliably guide the user to the place where the event is held on time.

  In addition, the communication system 1 uses the push communication from the server 30 in the event of a disaster such as an earthquake, on the condition that information about the user's return home and the mobile terminal device 10 is registered in the server 30 in advance. The operation information (A) and the route information that can be used may be transmitted to the mobile terminal device 10 to notify an alarm that prevents the user from getting over or overtaking the moving means.

  According to such a configuration, the communication system 1 can reliably guide the user to the return home.

DESCRIPTION OF SYMBOLS 1 Communication system 10 Portable terminal device 11 Schedule information setting part 12 GPS information acquisition part 13 1st transmission part 14 1st reception part 15 Alarm notification time setting part 16 Schedule DB
17 polling management unit 20 base station 21 second receiving unit 22 second transmitting unit 30 server 31 third receiving unit 32 estimating unit 33 obtaining unit 34 third transmitting unit 35 address book DB
36 Operation Management DB

Claims (9)

In a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
The portable terminal device
A schedule information setting unit for setting schedule information including a start time and an arrival place;
A GPS information acquisition unit for acquiring GPS information;
A first transmitter that transmits the schedule information and the GPS information to the base station;
A first receiver for receiving operation information transmitted from the base station;
An alarm notification time setting unit that sets an alarm notification time based on the operation information,
The base station
A second receiving unit for receiving the schedule information and the GPS information from the mobile terminal device;
A second transmission unit that transmits the schedule information and the GPS information to the server;
The server
A third receiver for receiving the schedule information and the GPS information transmitted from the second transmitter;
An arrival location included in the schedule information, and an estimation unit for estimating a moving means of the user from the GPS information;
Based on the start time included in the schedule information and the current time, an acquisition unit that acquires operation information of the moving means,
A third transmitter for transmitting the operation information to the base station,
The second receiving unit receives the operation information transmitted from the third transmitting unit,
The second transmission unit transmits the operation information to the mobile terminal device,
The alarm notification time setting unit obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission unit, and goes back a predetermined time from the stop time. A communication system that sets the alarm time as the alarm notification time. The portable terminal device
The current GPS information acquired by the GPS information acquisition unit and the current schedule information set in the schedule information setting unit after a predetermined time has elapsed after the setting by the alarm notification time setting unit is completed. The communication system according to claim 1, further comprising a polling management unit that performs control so as to transmit from the first transmission unit to the base station.   The communication system according to claim 2, wherein the polling management unit extends or shortens the predetermined time interval based on a distance between an arrival location and a current position included in the schedule information based on the GPS information. The portable terminal device
The communication system according to any one of claims 1 to 3, further comprising an alarm canceling unit that cancels an alarm set by the alarm notification time setting unit when the schedule setting by the schedule information setting unit is deleted. . In a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
The portable terminal device
A schedule information setting unit for setting schedule information including a start time and an arrival place;
A first transmitter that transmits the schedule information to the base station;
A first receiver for receiving operation information transmitted from the base station;
An alarm notification time setting unit that sets an alarm notification time based on the operation information,
The base station
A storage unit for storing unique identification information indicating itself;
A second receiving unit for receiving the schedule information from the mobile terminal device;
A reading unit for reading the identification information from the storage unit;
A second transmission unit that transmits the identification information read by the reading unit together with the schedule information to the server;
The server
A third receiver for receiving the schedule information and the identification information transmitted from the second transmitter;
Based on the identification information, a search unit for searching for location information of the base station,
A first estimation unit that estimates a current position of the mobile terminal device based on the placement location information;
A second estimation unit that estimates the user's moving means from the arrival location included in the schedule information and the estimated current position of the mobile terminal device;
Based on the start time included in the schedule information and the current time, an acquisition unit for acquiring operation information of the moving means,
A third transmitter for transmitting the operation information to the base station,
The second receiving unit receives the operation information transmitted from the third transmitting unit,
The second transmission unit transmits the operation information to the mobile terminal device,
The alarm notification time setting unit obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission unit, and goes back a predetermined time from the stop time. A communication system that sets the alarm time as the alarm notification time. In a control method of a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
The portable terminal device
A schedule information setting step for setting schedule information including a start time and an arrival place;
A GPS information acquisition step of acquiring GPS information;
A first transmission step of transmitting the schedule information and the GPS information to the base station;
A first receiving step of receiving operation information transmitted from the base station;
An alarm notification time setting step of setting an alarm notification time based on the operation information,
The base station
A second receiving step for receiving the schedule information and the GPS information transmitted from the first transmitting step;
A second transmission step of transmitting the schedule information and the GPS information to the server,
The server
A third receiving step for receiving the schedule information and the GPS information transmitted from the second transmitting step;
An arrival step included in the schedule information, and an estimation step for estimating a moving means of the user from the GPS information,
Based on the start time included in the schedule information and the current time, an acquisition step of acquiring operation information of the moving means;
A third transmission step of transmitting the operation information to the base station;
The second receiving step receives the operation information transmitted from the third transmitting step,
The second transmission step transmits the operation information to the portable terminal device,
The alarm notification time setting step obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission step, and goes back by a predetermined time from the stop time. A control method for setting the alarm time as the alarm notification time. In a control method of a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
The portable terminal device
A schedule information setting step for setting schedule information including a start time and an arrival place;
A first transmission step of transmitting the schedule information to the base station;
A first receiving step of receiving operation information transmitted from the base station;
An alarm notification time setting step for setting an alarm notification time based on the operation information,
The base station
A second receiving step of receiving the schedule information transmitted in the first transmitting step;
A reading step of reading out the identification information from a storage unit in which unique identification information indicating itself is stored;
A second transmission step of transmitting the identification information read in the reading step together with the schedule information to the server,
The server
A third receiving step for receiving the schedule information and the identification information transmitted from the second transmitting step;
A search step for searching for location information of the base station based on the identification information;
A first estimation step of estimating a current position of the mobile terminal device based on the placement location information;
A second estimation step of estimating the user's moving means from the arrival location included in the schedule information and the estimated current position of the mobile terminal device;
Based on the start time included in the schedule information and the current time, an acquisition step of acquiring operation information of the moving means;
A third transmission step of transmitting the operation information to the base station,
The second receiving step receives the operation information transmitted from the third transmitting step,
The second transmission step transmits the operation information to the portable terminal device,
The alarm notification time setting step obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission step, and goes back by a predetermined time from the stop time. A control method for setting the alarm time as the alarm notification time. A program that causes a computer to execute control of a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
In the portable terminal device,
A schedule information setting step for setting schedule information including a start time and an arrival place;
A GPS information acquisition step of acquiring GPS information;
A first transmission step of transmitting the schedule information and the GPS information to the base station;
A first receiving step of receiving operation information transmitted from the base station;
Based on the operation information, let the computer execute an alarm notification time setting step for setting an alarm notification time,
In the base station,
A second receiving step for receiving the schedule information and the GPS information transmitted in the first transmitting step;
Causing the computer to execute the schedule information and the second transmission step of transmitting the GPS information to the server;
In the server,
A third receiving step for receiving the schedule information and the GPS information transmitted from the second transmitting step;
An arrival step included in the schedule information, and an estimation step for estimating a moving means of the user from the GPS information,
Based on the start time included in the schedule information and the current time, an acquisition step of acquiring operation information of the moving means;
Causing the computer to execute a third transmission step of transmitting the operation information to the base station;
The second receiving step receives the operation information transmitted from the third transmitting step,
The second transmission step transmits the operation information to the portable terminal device,
The alarm notification time setting step obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission step, and goes back by a predetermined time from the stop time. A program for setting the alarm time as the alarm notification time. A program that causes a computer to execute control of a communication system including a mobile terminal device, a server, and a base station that performs communication between the mobile terminal device and the server,
In the portable terminal device,
A schedule information setting step for setting schedule information including a start time and an arrival place;
A first transmission step of transmitting the schedule information to the base station;
A first receiving step of receiving operation information transmitted from the base station;
Based on the operation information, let the computer execute an alarm notification time setting step for setting an alarm notification time,
In the base station,
A second receiving step of receiving the schedule information transmitted in the first transmitting step;
A reading step of reading out the identification information from a storage unit in which unique identification information indicating itself is stored;
Causing the computer to execute a second transmission step of transmitting the identification information read in the reading step together with the schedule information to the server;
In the server,
A third receiving step for receiving the schedule information and the identification information transmitted from the second transmitting step;
A search step for searching for location information of the base station based on the identification information;
A first estimation step of estimating a current position of the mobile terminal device based on the placement location information;
A second estimation step of estimating the user's moving means from the arrival location included in the schedule information and the estimated current position of the mobile terminal device;
Based on the start time included in the schedule information and the current time, an acquisition step of acquiring operation information of the moving means;
Causing the computer to execute a third transmission step of transmitting the operation information to the base station;
The second receiving step receives the operation information transmitted from the third transmitting step,
The second transmission step transmits the operation information to the portable terminal device,
The alarm notification time setting step obtains a stop time at which the moving means stops at a predetermined stop location based on the operation information transmitted from the second transmission step, and goes back by a predetermined time from the stop time. A program for setting the alarm time as the alarm notification time.

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