KR20190025255A - A portable terminal having an automatic alarm function - Google Patents

Abstract

A portable terminal of the present invention is capable of directly inputting schedule or memo thereto even if a user sets an alarm one by one, receiving an external notification received thereto via a network, extracting information of date and time and destination only by receiving image data or voice data, determining a current position or a departure-desired position and one or more moving paths to the destination, inquiring a weather forecast server and/or a traffic information server by using one or more moving path sections or route information on the determined moving paths as a search term so as to acquire weather information and/or traffic information, calculating an estimated arrival time, and automatically setting an alarm time using the calculated estimated arrival time. In addition, a portable terminal performing an automatic alarm function is capable of inquiring a weather forecast server and/or a traffic information server until arrival from the alarm setting to the destination to acquire weather information and/or traffic information, recalculating an estimated arrival time, checking whether the estimated arrival time calculated previously is changed, and resetting an alarm time when the estimated arrival time is changed, changing a moving path to use, changing a transportation means to use, or setting a combination of the changes.

Description

[0001] The present invention relates to a portable terminal having an automatic alarm function,

The present invention relates to a method for facilitating setting of an alarm. When an application is activated or received from the portable terminal or received from the outside, or image data or voice data is obtained, a moving path from a departure point to a destination, A precise alarm time, guidance of required items, and the like.

Generally, the cellular phone has an alarm function built in, and the user has set the desired alarm time or desired vibration on the desired time, desired day of the week, and the like.

For example, when a ticket is reserved on a schedule or a ticket reservation server, the user forgets to set an alarm, or an alarm for a schedule or a ticket reservation is activated by the user directly to set the alarm date and time, , Volume, etc., it is necessary to set an alarm every time. When a plurality of alarms have been set, when alarms for different schedules are made at a similar time, it is difficult to know at once what alarm is. It is troublesome and difficult to set the time required for at least one route to the destination as an experience or the like.

Conventionally, in the portable terminal, the user's transportation route of the user, the notice time of the alarm time, and the mail address of the user are stored in advance in the external database, and the traffic information management center server registers the use traffic route When a time delay of traffic occurs in a notification time zone of an alarm time of a user stored in advance, the delay information service mail including the delay time is transmitted to the mail address of the user stored in the database, A portable terminal is known which extracts a delay time from a delay information service mail, resets a new alarm time calculated according to the extracted delay time as a new alarm time, and generates an alarm when the current time reaches the reset alarm time. Patent Document 1)

Conventionally, a morning call alarm time is set, and weather information and traffic information are previously received for predetermined areas and roads, and indexes and delay times are set in advance for each weather information and traffic information, There is known a mobile phone that calculates the delay time using traffic information to reset the alarm time of the morning call (Patent Document 2)

However, the related art has the following technical problems.

In order to set an alarm for the schedule or memo inputted by the user, the information is input to the alarm function unit again It is troublesome for the user to manually set an alarm even if he or she receives a ticket reservation confirmation notice by reserving an air ticket or a performance ticket or is notified by e-mail of a meeting schedule or the like. You may also forget to set an alarm.

Next, a method of extracting one or more movement paths from the start position to the destination is known. However, this is related to a mobile phone combined with a navigation device of a vehicle. Since the movement route by public transportation is not extracted, If the user does not want to do so, it is inconvenient for the user to separately search the route by public transportation, to set an alarm by guessing the expected arrival time at random, and in particular, Despite the perceptible issues.

In order to obtain the traffic information on the moving route, the moving route position, the notification time zone, the email address to be contacted, the mobile phone number, and the IP address must be registered in advance on the server side. If it is not possible to arrive at a desired time, a new route should be searched again. If a new route is selected and moved, the server is informed in advance of the location of the route, the email address to be contacted, Since the address is not registered, it is difficult to change the travel route adaptively, and only the road traffic information is started in the traffic information, for example, the real time parking situation information of the destination is searched and the moving route of the vehicle is moved to another parking lot The technique of changing the route is not disclosed, and the traveling time of the public transportation is inquired, Movement path which can use public transportation by calculating the waiting time, etc. FIG. Hamgye technique presented is not disclosed.

JP 2009-092490 A KR 10-2008-0007769 A

The present invention has been made in view of the above-mentioned inconvenience of the related art, and it is an object of the present invention to provide a portable terminal which is capable of inputting a schedule or memo by driving an application installed in the portable terminal, receiving an external notification to the portable terminal via the network, When the user selects the automatic alarm setting by receiving the data, the user can automatically set the alarm even if the user does not input the alarm setting manually.

In addition, the present invention can extract travel routes by means of public transportation in addition to a travel route using a car, so that it is not suitable to use a vehicle such as a car, or even if a sudden change in the road situation occurs, The present invention is intended to provide a portable terminal capable of changing all or changing the transportation means used, or a combination thereof to immediately deal with it.

When weather information and traffic information are obtained by accessing a weather forecasting server and a traffic information server, the present invention can be applied to a weather forecasting server, a traffic information server, One or more weather forecast servers, and / or a terminal that inquires and receives various information from one or more traffic information servers by using a road name, a train route number, and a bus route number of one or more travel route sections for each travel route, .

In order to solve the above problems, an application installed in a mobile terminal is activated to detect a place and a character string matching the address information list stored in the memory unit in the schedule or the memo when a schedule or memo is inputted, When a string according to the grammar type of the date and time stored in the unit is detected in the schedule or the memo, an alarm setting procedure may be performed for the schedule or the memo.

When the mobile terminal has received the external notification via the network, the mobile terminal detects a character string corresponding to the place stored in the memory and the address information list in the received external notification in the external notification, Is detected by the external notification, an alarm setting procedure may be performed for the external notification.

In addition, image data may be generated by capturing a screen displayed on the display unit by capturing with the camera unit to generate image data, or generating image data from the outside of the portable terminal (external interface such as USB or wireless network or USB of portable terminal) The image data is converted into a character string by the image recognition unit, a character string corresponding to a place stored in the memory unit and the address information list in the converted character string is detected in the character string, , The alarm setting procedure can be performed on the image data.

The voice recognition unit converts the voice data into a character string, and stores the converted character string in a memory, which is stored in the memory unit. And a string matching the address information list is detected in the character string, and if a character string in the grammar format stored in the memory unit is detected in the character string, an alarm setting procedure can be performed on the voice data.

In this way, when inputting to an application installed in a portable terminal, receiving an external notification via the network, or inputting image data or voice data, the user can easily make an alarm You will be able to configure

In addition, when extracting one or more movement routes, the present invention preliminarily stores the public transportation route information in the memory unit in order to extract the movement route by the other transportation means other than the movement route for the vehicle such as the car, The public transportation information to be obtained from the information of the departure position and the destination can be determined and retrieved from the traffic information server to obtain the traveling information of the public transportation to extract the traveling route, Weather information and / or traffic information to the weather forecast server and / or the traffic information server to obtain an arrival forecast time for each travel route, and to detect an alarm time at the calculated arrival estimated time, Thereby presenting to the user a variety of travel routes and transportation means to be moved, May provide an alarm that guides the enemy movement path, means of transportation.

In addition, the present invention can inquire weather information and / or traffic information for each route on one or more servers without registering in advance addresses to be contacted by the mobile terminal, information on the route to receive the information, Alarms can be provided.

According to the present invention, it is possible to easily set an alarm by simply inputting a schedule or memo once into an application other than the alarm function unit, without inputting directly to the alarm function unit. You can also set the alarm safely even if you forget to set the alarm.

According to the present invention, an alarm can be automatically set even by receiving an external notification via the network.

According to the present invention, even if the user does not type every time, the image data generated by capturing the image with the camera or the image data generated by capturing the screen displayed on the display unit or the image data received from the outside can be recognized and the alarm can be automatically set have.

According to the present invention, even if the user does not type every time, it is possible to automatically set the alarm by recognizing the micro-input voice or voice command, voice memo, or voice data received from the outside.

According to the present invention, it is possible to extract a moving route using various types of public transportation means, a moving route in which a car and a public transportation means are mixed together in addition to a moving route used by a car, It can adaptively cope with it.

In addition, since it is not necessary to register in the server in advance to receive weather information and / or traffic information, it can be inquired on various servers, for example, it is possible to prevent searching for a parking place according to the parking situation, Can be provided.

Further, according to the present invention, by allowing the user to set the notification form of the alarm in accordance with the transportation means used on the moving route, the traffic announcement voice is suddenly output from the speaker in the subway or the message is notified to the user It is possible to notify an alarm without causing an uncomfortable feeling such as not being properly transmitted.

1 is a diagram illustrating a network including a mobile phone, a weather forecast server, a traffic information server, and a ticket reservation server according to an embodiment of the present invention.
2 is a block diagram illustrating a portable terminal according to an exemplary embodiment of the present invention.
3 is a flowchart illustrating an alarm setting / reset operation according to an embodiment of the present invention
4 is an example of a ticket reservation confirmation notification received from a ticket reservation server which is one of external servers according to an embodiment of the present invention.
FIG. 5 is a diagram showing an example of string extraction in FIG.
6 is a view showing an embodiment of a screen in which a list of one or more movement paths between a source and a destination is displayed and a user selects one of the movement paths.
FIG. 7 is a view illustrating an example of a message window for confirming whether or not a created alarm is set when an alarm is generated for the movement route selected by the user in FIG.
FIG. 8 is a diagram illustrating an example of a screen of the most incoming call according to an embodiment of the present invention.
FIG. 9 is a view illustrating an example of a screen of the most-received message according to an exemplary embodiment of the present invention.
10 is a diagram illustrating an alarm mode setting according to an embodiment of the present invention.
11 is a diagram showing an example of performing an alarm function to a user in accordance with an alarm setting.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings.

In FIG. 1, a mobile terminal having an alarm setting function communicates with an external server such as a weather forecast server, a traffic information server, and a ticket reservation server via a network. In addition to the ticket reservation server, the external server may further include an e-mail server, a communication company server, a telephone server, and an SNS server.

The traffic information server includes an Advanced Traffic Information System (ATIS), a Vehicle Information and Communication System (VICS), an Advanced Traffic Management System (ATMS) (Advanced Information System), APTS (Transportation Information System), TOPIS (Transport Operation and Information Service), Seoul Metropolitan Police Agency Server, Korea Highway Corporation Server, A traffic broadcast server, a bus general ordering room (BMS), an urban railway construction server, and an airport server.

The weather forecast server includes a weather forecast server (US National Weather Service server, Korea Korea Meteorological Administration server, etc.), a private weather forecast server, a weather forecast server of a university or a research institute, a disaster information center, a disaster information center, And a Federal Emergency Management Agency server (FEMA).

In the present invention, the portable terminal is a portable wireless communication device such as a cellular phone, a smart phone, a PDA, a tablet device, and a notebook computer.

The network may be a network such as a Code Division Multiple Access (CDMA) network, a Time Division Multiple Access (TDMA) network, a Frequency Division Multiple Access (FDMA) network, an Orthogonal Frequency Division Multiple Access (OFDMA) network, a Wireless Local Area Network It may be a network such as the Internet called the World Wide Web.

In addition, it may be a communication standard such as IEEE 802.11a, b, n, s, u, ac, or ad, or may be a network based on IrDA infrared communication or Bluetooth.

2 (a) is a block diagram showing a configuration of a portable terminal according to an embodiment of the present invention, and the configuration of the portable terminal is not limited thereto.

2 (a), the mobile terminal comprises a wireless communication unit, a camera unit, a current position detection unit, a control unit, a display unit, an input unit, a memory unit, a microphone, and a speaker.

The wireless communication unit can be given a function of transmitting and receiving an RF signal. An antenna, an RF transceiver, an amplifier, an oscillator, and the like may be included to perform a function of transmitting and receiving an RF signal. The wireless communication unit may include a communication module capable of performing short-range communication.

The camera unit converts a light signal into digital image data by a known CCD image sensor or a module of a CMOS image sensor and stores the converted digital image data in the memory unit. When a user captures a printed matter including a date and time such as performances and travels with a camera unit and acquires an image of the printed matter, the image recognition function unit, which will be described later, converts the image into a character string.

The microphone is a voice input device for a user to make a telephone call and / or a voice command, and the voice recognition function unit transmits voice to the voice recognition function unit so that voice is converted into a character string do.

The display unit may be a display device such as an LCD, an OLED, or a touch-sensitive display. The display unit may transmit display data by wire or wirelessly to an external display device, not a mobile terminal, and render and display the display data.

The current position detection unit may include a GPS receiver, a velocity sensor, a gyroscope, a distance sensor, a geomagnetic sensor, or a combination thereof, and may automatically extract the current position of the mobile terminal.

The GPS receiving apparatus can receive the GPS signal transmitted from GPS (Global Positioning System) satellite and extract the latitude and longitude of the current position of the portable terminal.

The geomagnetic sensor detects geomagnetism and calculates information indicating the north-south direction as the absolute direction.

The gyro sensor outputs the relative angle with respect to the traveling direction of the portable terminal with respect to the north-south direction which is the absolute azimuth calculated by the geomagnetic sensor.

The distance sensor outputs a vehicle speed pulse or the like to detect the starting position and the moving distance information.

The memory unit may be configured as a non-volatile memory and may include a removable memory device. The memory unit may include various applications for operating various functions of the portable terminal. 2 (b) shows an example of an application. An SMS function unit, an SNS function unit, an image recognition function unit, a voice recognition function unit, a character string extraction unit, a most-recently received telephone function unit, a message function unit The traffic information inquiry function unit, and the weather information inquiry function unit are exemplified, but the present invention is not limited to this, and can be added or subtracted.

In addition, the memory unit is provided with a map list, a public transportation route information, a list corresponding to a place and an alarm mode, a place name corresponding to a place name, a detailed address, and a telephone number, such as an airport name, a terminal name, , Various history data can be stored.

Wherein the navigation unit receives one of a current position detected by the current position detection unit and a departure desired position set by an operation of a user as a departure point and, when a destination extracted by the string extraction unit is input, And notifies the weather information inquiry function unit and / or the traffic information inquiry function unit of one or more travel route information for each travel route.

When the weather information inquiry function unit and / or the traffic information inquiry function unit obtains weather information and / or traffic information and transmits the weather information and / or the traffic information to the navigation unit, the navigation unit displays weather information and / Calculates the estimated arrival time for each movement route, and transmits the calculated one or more movement routes to the display unit or transmits the calculated estimated arrival time to the microphone as a voice guide.

The alarm function unit sets an alarm for one movement route selected by the user from among the one or more movement routes.

The most incoming call function unit performs an alarm function in the form of incoming call for alarm notification instead of the incoming call from the other party.

As with most incoming calls, the Most Incoming Message function notifies you of an alarm in the form of a message, not an actual incoming message.

The control unit controls the wireless communication unit, the camera unit, the current position detection unit, the input unit, the microphone, the speaker, and the memory unit to automatically set an alarm.

3 is a flowchart illustrating an alarm setting / reset operation according to an exemplary embodiment of the present invention

A user of the mobile terminal can start the navigation unit and directly input the start point and the destination point to extract one or more movement paths.

First, in the extraction of a destination and a date, an application such as a schedule is activated in a portable terminal, and the user directly extracts the image or extracts the image from the external notification via the network. Alternatively, speech can be recognized and extracted from a voice file during a call.

First, a method in which a user activates an application such as a schedule installed in a mobile terminal and directly inputs a destination and extracts a destination and a date.

When a user activates an application such as a schedule unit and a memo unit and inputs a destination and a date to add a schedule, a memo, and the like, the inputted character string (the character is extracted by the image recognition function unit, When a user inputs a voice memo, the character string is extracted by the voice recognition function unit.) Here, the name of the place stored in advance in the memory unit and the detailed address are compared and stored, And the date and time can be retrieved and extracted according to a specific grammar type indicating the date and time of the month.

The grammatical form indicating the date and time is described in, for example, 2000/3/14, 2000/03/14, March 14, 2000, March 14, 2000, March 14/00, March 14/2000, The format of the date such as Mar / 00, 14 / Mar / 2000, 14/03/2000, 2000.3.14, etc., 13:00, 01:00 PM, PM01: 00, 1:00 pm, It can be used to extract a temporary string.

The reservation number, the seat number, the flight number, etc. inputted in accordance with the grammar of the reservation number, the grammar of the seat number, the grammar of the flight name, etc. can be extracted in the same manner as the date and time extraction method. The airline name and the airline code name can be extracted by comparing the pre-stored list of the airline name with the airline code name and the stored list and the input string.

Next, a method for extracting a destination and a date from an external notification received by the portable terminal via the network will be described.

When the user connects to the ticket reservation server by the input operation, pre-registers the ticket, transmits the ticket reservation confirmation notice from the ticket reservation server, and the portable terminal receives the ticket reservation confirmation notice, As shown, the destination name is compared with the list stored in the memory unit in correspondence with the place name and the detailed address, and the destination is extracted. For example, for the string of "National Theater Theatrical Theater" extracted in FIG. 5 (a), "National Theater Theatrical Theater - (Address) 59 Jangchungdan Road, Jung-gu, Jung-gu, Seoul, Korea, 02-2280-4114" Likewise, if it matches the name of the place in the address book, the address of the destination can be extracted to "Jungchungdan Road 59, Jung-gu, Seoul".

The date and time can be retrieved and extracted according to a specific grammar type indicating the date and time of the month. In the same manner as the date and time extraction method, the reservation number, the seat number, The airline can extract the airline name and the airline code name by comparing the list stored with the stored airline name and the airline code name stored in advance in the memory as well as the extracted method, Can be extracted. For example, the information of the airline code may be received from an International Air Transport Association (IATA) server, an International Civil Aviation Organization (ICAO) server or the like, and stored in a memory unit.

Also, when information such as a meeting schedule, a travel schedule, and the like is received from another person by e-mail, SMS (Short Message Service), or SNS (Social Network Service), the destination, You can extract the string.

In the case of the ticket reservation confirmation notification as shown in FIG. 4 (a), when the date and time are not included, the reservation number included in the ticket reservation confirmation notice is extracted, And obtains information such as the date and time of reservation, flight name, and the like.

Next, images are picked up by the camera section, captured, captured, or received via the network, or recognized from the image data received from the external interface, such as a USB port or a memory card connection port of the portable terminal, .

The image data received by the user from the camera section, the image data obtained by image capturing or the image data downloaded from the outside via the network, or the image data received from the external interface of the portable terminal, The destination is extracted by comparing the list stored with the place name and the detailed address stored in advance in the memory unit by the character string extracting unit and the recognized character string, and the date and time are recognized according to a specific grammar type The reservation number, the seat number, the flight number, etc. recognized in accordance with the grammar of the reservation number, the grammar of the seat number, the syntax of the flight number, etc. can be extracted. Like the method of extracting the place, the airline And the airline is codenamed such correspondence can be compared to a stored list of strings to recognize and extract the airline name and route code name.

Next, a method of extracting a destination and a date by voice recognition during a call or from a voice recording file will be described.

The voice recognition function section converts the voice file into a character string. The character string extracting section extracts the name of the place and the details of the place name stored in advance in the memory section The destination can be extracted by comparing the stored list with the address stored in correspondence with the recognized address, and the recognized portion can be searched for and extracted according to a specific grammar format representing the date and time of the month, A seat number, a flight number, etc. recognized based on the grammar of the seat number, the grammar of the seat number, the grammar of the flight name, the seat number, the flight name, and the like can be extracted. And compares the stored list with the recognized string to extract the airline name and the airline code name Can.

The user can proceed to the flow of FIG. 3 with respect to the schedule or memo where the destination and the location are automatically extracted by attempting to extract the destination and the time automatically to all the schedules or memos input to the application installed in the mobile terminal, The user can advance the flow of FIG. 3 only when an alarm setting is instructed by selecting a specific schedule or a specific memo from the schedule or the memo, or when a voice command is issued.

Likewise, in the case of an external notification received when receiving an external notification via a network, image data obtained or attempted to automatically extract a destination and a date from all received audio data and extracting a destination and a place, The user can advance the flow of Fig. 3, and when the user instructs the alarm setting or selects a voice command by selecting the external notification, the specific image data among the image data or the voice data, or the specific image data or the specific voice data The flow of FIG. 3 can be performed.

Also, in the case of data in the form of multimedia in addition to text, voice, and image, a string corresponding to a destination, a date, and the like can be extracted by extracting a character string by voice recognition or image recognition on voice data or image data included in a multimedia file have.

As described above, information on the date and time of the destination is obtained, and next, the information of the start position necessary for extracting the movement route from the navigation unit is obtained.

The navigation apparatus reads the starting position from the current position detected by the current position detecting unit or the starting desired position input by the user directly or from the previous starting position history stored in the memory unit and transmits the destination and the starting position to the navigation unit, One or more movement paths may be extracted for the section from the start position to the destination.

In this manner, weather information and / or traffic information is inquired by the weather forecast server and / or the traffic information server by the weather information inquiry function unit and / or the traffic information inquiry function unit for the extracted one or more travel routes , And the navigation unit calculates an estimated arrival time for each movement route according to weather information and / or traffic information obtained.

Estimated arrival time is the arrival time of the statutory speed, the congestion factor, the length of the congestion zone, and the average speed in the congestion zone when there is no particular congestion factor such as traffic accidents and road construction in each movement route section on the movement route The moving speed necessary for safe operation such as 20% deceleration and 50% deceleration can be reflected in the calculation of the estimated arrival time according to rainfall or snowfall information in each route section on the movement route and / have.

In addition, the estimated arrival time is calculated from the real-time operating information of the train route and the bus route that pass through the corresponding travel route section in each travel route section on the travel route, the average passage time, the travel interval, the transfer time (walking time) To the calculation of the estimated arrival time, and / or to calculate the traveling speed required for safe operation such as 20% deceleration and 50% deceleration depending on the rainfall or snowfall information and power failure in each route section on the travel route, The transfer time and the like can be reflected in the calculation of the estimated arrival time.

The obtained weather information may include disaster information such as earthquake, landslide, flood, typhoon, rainfall, snowfall, hail, fog, yellow sand, etc. The traffic information may include traffic jam, average speed, traffic accident, Flight information such as road construction, power outage, traffic information such as bus, subway, etc., traffic information such as departure and arrival time on the route, waiting time for transit, flight information, Status, immigration procedure time, and so on.

Further, when the transportation means is a car, it obtains the parking situation information of the destination, the parking charge information, the vehicle height restriction information, the parking situation around the destination, the parking charge information, (For example, when the parking status of the parking lot at the destination is full, the parking status of the surrounding parking lot is inquired to extract the parking lot which can be parked), and the parking lot or destination It is possible to change the travel route section of the travel route to the nearest parking lot, etc.), and when the distance traveled by the walk increases due to the change of the travel route section, Can be reflected.

For example, it is possible to obtain parking number information for each parking area of long-term parking lot and short-term parking lot from parking status information in traffic / parking on the homepage of Incheon Airport, for example, You can get real-time parking status information of private operation parking lot and public parking lot.

In this manner, the estimated arrival time for each route may be calculated, and the alarm time may be determined such that the estimated arrival time calculated is the previous date and time. It is possible to determine the alarm time so as to arrive before the set time in the time and date. In addition, if separate procedures are required depending on destination, an appropriate setting time can be set for each destination.

When the destination is a theater, a concert hall, or the like, for example, in the viewing alarm mode illustrated in FIG. 10, the procedure time at the destination is set to 30 minutes and the destination is set to arrive 30 minutes earlier than the date and time You can set the alarm time in conjunction with it.

In the case where the destination is an airport, for example, if any one of the extracted destination (departure airport name) and arrival airport name is an overseas airport name, or if the airline being used is an overseas airline, In the international mode, the procedure time can be set to 2 hours, the destination can be set to arrive 2 hours earlier than the date and time, and the alarm time can be set in conjunction with the setting. In addition, in the case of a destination requiring an essential procedure such as an airport, it is possible to modify the set time in two hours according to weather information and / or traffic information received from the weather forecast server and / or the traffic information server. The traffic information includes flight operation information, immigration procedure information, and the like.

As shown in FIG. 6, one or more movement paths that can arrive before or after the time of the one or more movement paths may be displayed or voiced on the display, and a user may select one of the one or more movement paths , An alarm is set for the selected route. When the icon displayed in FIG. 6 is touched or clicked, the detailed route, the real-time operation status, the charge, and the position of the stop can be displayed.

The selected route information may be transmitted to another person, or a transmission icon or a sharing icon that can be uploaded to an SNS, an electronic bulletin board, or the like may be installed.

The detailed route may include a route on the map, a route on the route map, a departure time / arrival time, and a route number of public transportation.

In FIG. 6, when the destination "Gimpo Airport (GMP)" is clicked, the detailed address and / or location on the map of Gimpo Airport can be displayed, and an incorrect position It may be displayed as a destination, or the user may be able to modify the destination when he or she desires another location as a destination.

In addition, if the destination is an airport or a ferry terminal, a route from the arrival airport to the reservation hotel can be simply added. In the case of overseas, if the rental car reservation icon (not shown) is not selected in FIG. 6, the travel route in the foreign country can be set to extract only the travel route by the public transportation means.

On the other hand, when the external notification is received as shown in FIG. 5, since the destination is Gimpo Airport and the destination is the overseas location in Tokyo (Haneda), the international alarm mode is set by Table 2, , One or more travel routes are extracted for a section from the home location to the destination Gimpo Airport and the estimated arrival time is calculated from weather information and / or traffic information for each travel route, Determines the alarm time, and displays it so that the user can select it as shown in FIG.

The meanings of icons exemplarily shown in FIG. 6 are as shown in Table 1 below.

      (E.g., a location icon indicating a school, etc.) other than the location icon, the transportation means icon, and the like illustrated in Table 1, a transportation means icon (e.g., a high speed bus icon, a town bus icon, an airplane icon, , A bicycle icon, a taxi icon, etc.). Also, when the transportation means of a section on the moving route is a taxi, a taxi can be reserved in advance by selecting a taxi icon before the arrival of the taxi boarding place.

Also, if the arrival of the bus, train, taxi, etc. is imminent, the icon on the moving route may indicate the remaining time until arrival, or be notified by a vibration sound. Or to inform the user in the form of voice guidance, most incoming call, or most incoming message. If it is not possible to board the scheduled time, the remaining time of the transportation means of the same route arriving next time can be displayed.

When an alarm is set, a confirmation message or a pop-up message can be displayed to the user as shown in FIG. 7, for example.

If the portable terminal arrives at the destination after the alarm is set or there is an instruction to end the alarm from the user, the alarm mode is terminated. Otherwise, if the current time is the set alarm time or after the alarm time, Simultaneously with the process of recalculation of the estimated time, the alarm is triggered by one of alarm sound, alarm display, voice guidance, video guide, most incoming call notification, and most message reception depending on the alarm mode.

After the alarm is set, the travel route selected for the weather forecast server and / or the traffic information server according to the weather information inquiry function unit and / or the traffic information inquiry function unit, The route number, and the bus route number as search terms, and obtains weather information and / or traffic information.

The route information of a train, a bus, or the like may be stored in advance in the memory unit of the portable terminal, or may be stored in the traffic information for the train route and the bus route related to the travel route between the start position and the arrival position It is available as one. In addition, route information of domestic trains and buses can be stored in advance, and information on overseas trains and buses can be obtained and stored after the route is extracted.

It is possible to set the calculation of the estimated arrival time in the setting of the alarm mode in Fig. 10 to be described later, for example, eight hours before the set alarm time.

One travel route is made up of a plurality of travel route sections, and weather information and / or traffic information (traffic congestion information, average speed, traffic accident information, transfer time, Waiting time, etc.), and the traffic information for the destination may include flight operation information, parking status information, passenger operation information, train operation information, and boarding procedure information. In the case where the search results are not displayed when the server searches for each route segment, for example, Wonhyo Bridge, Yeongdeungpo-gu Cheong Crossroads, etc., the upper area name including the travel route segment is reassigned as a search word, And when the result is retrieved with the re-designated local name, the re-designated local name can be stored as a search term for the corresponding route section and used for the next inquiry.

The navigation unit recalculates the estimated arrival time based on the received weather information and / or traffic information. It is determined whether the recalculated arrival estimated time has changed from the last estimated arrival time, and the recalculated estimated arrival time is the arrival When the estimated time is changed, the alarm time is reset, the travel route to be used is changed, the transportation means to be used is changed, or a combination of these changes is reset, and the user is informed of the alarm reset.

If the current time is after the alarm time, or if the estimated time of arrival is the date and time after the alarm time is adjusted, the navigation unit may read one or more previously extracted travel routes from the memory unit, The method comprising the steps of: extracting one or more movement paths between a departure point and a destination from a part of the one or more movement paths and replacing one or more other movement paths not selected by the user And the traffic information server to inquire weather information and / or traffic information for each route and calculates the estimated arrival time for each route, One or more movement paths (one movement path section in the selected movement path (I.e., a new route is replaced with a new route), extracting one or more extracted routes, displaying the extracted one or more routes to the user, or prompting the user to select one of the two routes by voice guidance, For example, the shortest time path priority, the high speed priority route priority, and the like) can be automatically selected, or when the portable terminal is already located on the movement route, the currently used transportation means can be automatically selected.

When the user is traveling on the selected route, the user can select and extract a new route for the car in preference to the car. However, even if the route is changed to a new route for the car, To the parking lot-to-public transportation route.

When the estimated arrival time is changed as described above, the alarm time is reset, or a part of the movement route or the movement route section is changed or the movement transportation means is changed.

When the alarm is changed, the user is informed of the alarm reset and the recalculation of the estimated arrival time is repeated.

The notification method of the alarm reset may be one of an alarm sound, an alarm display, an audio guide, an image guide, a most incoming call notification, a most incoming message, or a combination thereof.

Fig. 8 is an illustration showing an example in which voice guidance is performed by the most incoming call, and Fig. 9 is an illustration showing an example of guidance by text or image or image or link address by the most incoming message.

The most incoming call notification may be an indication of a ringing tone and an incoming call, an implementation of a call upon acceptance of an incoming call, a re-call reception upon call rejection, etc., rather than an actual telephone application, and may be a separate application functioning as the most- Can be operated.

The mode of the most incoming call notification is a mode in which the current position detection unit detects that the mobile unit is moving when the variation of the current position for a predetermined time exceeds the predetermined movement distance and automatically controls to be guided to the most incoming call notification mode, , ≪ / RTI > e-mail, and so on.

The distance between the current position (x, y) detected at the time t1 by the current position detection unit and the current position (x1, y1) detected at the time t2 by the current position detection unit is measured. , And if there is a position change of 100 m for 10 minutes, it is judged that it is moving.

If the distance between the starting position and the current position detected by the current position detecting unit after the alarm time exceeds 50 m, for example, it may be determined that the vehicle is moving.

In addition, it is also possible to acquire positional information of a base station, an access point, and the like to which the mobile terminal is connected, and determine whether the mobile terminal is moving or not.

Also, if the user refuses the incoming call to the most incoming call in the most incoming call notification mode or does not make an incoming call within a predetermined time (for example, one minute), it automatically switches to the format of the incoming message and guides the user And can be controlled to guide the user.

If the user refuses the incoming call to the most incoming call in the most incoming call notification mode or does not make an incoming call within a predetermined time (for example, one minute), the most incoming call notification So as to be guided to the user.

An example of the alarm mode setting is shown in Fig. If the destination type is an airport or a ferry terminal, one of the international alarm mode and the domestic alarm mode is selected, and the destination information (landing airport name, etc.) is extracted. If at least one of the destination and destination is determined to be overseas, The alarm mode is automatically determined, or the user can select either the international alarm mode or the domestic alarm mode.

If the type of the destination is a restaurant or a theater, it can be automatically set to the observation alarm mode. If the destination is a restaurant, the restaurant alarm mode can be set freely.

In the alarm mode, the user can newly register a new mode or modify an existing registered alarm mode.

An example of the setting of the alarm mode for each type of destination is shown in Table 2 below.

Type of destination Alarm mode Remarks Airport, Passenger Terminal International or domestic alarm mode If one of the destination or destination is overseas, the international alarm mode Theater, theater Observation Alarm Mode Korean Restaurant, Chinese Restaurant Dining out alarm mode

On the other hand, in FIG. 10, the alarm mode setting screen is an example of the alarm mode setting screen. In FIG. 10, the boxed portion in the drawing may be modified by touching or clicking (for example, , The guidance icon selected from the guidance information icon can be deactivated by a method such as box display disabling and box icon disabling by touching or clicking on the guidance icon.

For each alarm mode, the preferred transportation means and the preferred travel route can be designated. 6, when one or more moving paths are displayed, the display order of the moving path is changed and displayed according to the designated preference, or the moving path best suited to the specified preference is automatically selected An alarm can be set.

In the setting of the alarm mode, it is possible for the user to change the guide of the alarm mode in accordance with selection or selection of the items to be taken.

For example, when the user deselects the umbrella icon in the guidance information item in the watch alarm mode and is moving on the selected travel route, when rain information is obtained from the weather information, a route avoiding rain (for example, To change to an underground parking lot, a change from a bus movement to a subway shift, a change to an underground walk in the ground walk range, etc.), the user is notified of the effect of the alarm reset by changing some of the travel route sections .

11 is a diagram illustrating an alarm function according to a movement route according to an embodiment of the present invention, and will be described in detail below.

When the alarm time is reached, the user is guided to prepare the essential items required for traveling. At this time, the current position is the home position before the movement, and guides the user to the voice guide according to the international alarm mode of FIG. In FIG. 10, the user selects the addition from the passport, foreign currency, hotel reservation card, weather information, and addition from the traffic information as necessary essential items for the trip. Also, the voice guide also guides the user by voice to check whether the brought- . In Fig. 11, since rain is predicted from the weather information, it is guided to bring "Umbrella" as essential necessity.

11, the estimated arrival time is changed to 12:50 with deceleration from the moving route section B to the average vehicle speed of 20 km / hr from the traffic information obtained at the point 1 in the moving route on the moving route. have.

From the traffic information obtained from the ② branch while moving on the moving route, "Gimpo International Airport Basement 3F Parking Lot" will change the route to Gimpo International Airport Ground First Parking Lot.

③ From the traffic information obtained from the branch, "Estimated arrival time is 12:51, check-in counter is C counter, oz106 is delayed 30 minutes due to gas inspection, and the boarding start time is changed to 15:00 The exit gate is gate 116. "

If the current position detected after parking on the ground first parking lot is on the pedestrian road, the guide is the most recent incoming call when walking, so weather information and / or traffic information on the moving route is notified in the form of the most- .

If the user does not receive the most incoming call for a certain period of time (for example, one minute) or rejects the incoming call, it may be notified in the form of the most incoming message, or after the predetermined number of minutes To be notified.

 Users can travel safely even if they are not supposed to be late, such as air tickets, train tickets, passenger tickets, etc. By constantly grasping weather information and traffic information and guiding them, time is wasted, Can be moved.

In order to prevent inaccurate or incongruous voice guidance from the speaker on the move, such as during a bus, train, or walking, voice guidance may be provided as in the case of the most recent incoming call, or SNS, e-mail, SNS By guiding them in the same format, more natural and reliable guidance is possible.

Various inventions disclosed in this specification can be applied to an alarm function of, for example, a cellular phone, a tablet PC, a wearable computer, a notebook computer, a vehicle computer, and the like.

Claims (10)

In a mobile terminal,
An application installed in the portable terminal is started and a character string extracted or extracted from image data captured by the external notification received by the portable terminal via the schedule or memo entered by the user or via the network or a screen displayed on the display unit A character string extracted or extracted from the image data generated by capturing and generating the image, or a character string extracted and extracted from the image data received from the outside of the portable terminal, or a character string extracted or extracted from the voice data generated by inputting the voice from the microphone, Acquiring any one of the character strings by recognizing speech from voice data received from the outside of the terminal;
Extracting a destination and a date from the schedule, the memo, the external notification, the character string extracted by recognizing the image, or the character string extracted and recognized by speech recognition;
Detecting a current position in the current position detection unit or obtaining a desired start position set by the user;
Extracting one or more movement paths for a section from the current position or the desired departure position to the destination;
Receiving weather information and / or traffic information by querying the weather forecast server and / or the traffic information server for the at least one travel route;
Calculating an estimated arrival time, which is a time estimated to arrive at the destination starting from the current location or the desired departure position for the at least one travel route using the received weather information and / or traffic information;
Determining an alarm time using the estimated arrival time and presenting the at least one movement route to a user;
Setting an alarm for the one movement path selected by the user when the user selects one movement path of the one or more movement paths;
Gt; a < / RTI > alarm.
In a mobile terminal in which an alarm is set for a moving route from a departure position to a destination,
Checking whether the current position is detected by the current position detection unit and whether the portable terminal has reached the destination or the user has performed an operation for terminating the alarm;
Ending the processing of the alarm when the current position has arrived at the destination or when the user has performed an operation to end the alarm;
If the current position does not arrive at the destination, or if the user does not operate to end the alarm, the weather forecast server and / or the traffic information server inquires of the travel route to obtain weather information and / or traffic information Receiving;
Calculating an estimated arrival time, which is a time expected to arrive at the destination from the departure position with respect to the travel route, using the received weather information and / or traffic information;
Checking whether the expected arrival time has changed from the last expected arrival time;
If the estimated arrival time has changed from the previous estimated arrival time, the alarm time may be reset, a part or all of the travel route may be changed, a traffic means may be changed, or a combination thereof may be used to reset the alarm, Notifying of an alarm reset;
≪ / RTI >
3. The method according to any one of claims 1 to 2,
Determining whether the current time has reached the alarm time;
Reading weather information and / or traffic information from the weather forecast server and / or the traffic information server via the network;
Converting at least one of the content of the alarm, the weather information, and the traffic information into voice data or converting it into character data;
Informing a user of at least one of the content of the alarm, the weather information, and the traffic information in the form of a telephone call when converted into voice data;
The method comprising: informing a user of at least one of the content of the alarm, the weather information, and the traffic information in the form of an incoming message in the case of conversion into character data;
Outputting the voice data to inform the user of at least one of the content of the alarm, the weather information, and the traffic information if the user permits the incoming call;
The method may further include converting the at least one information into character data and notifying the user of the incoming call in a format of the message if the user rejects the incoming call or does not receive the incoming call within a predetermined time, Re-informing the user of the information;
The method comprising the steps of:
The method of claim 3,
Detecting a current position of the portable terminal by the current position detection unit, detecting a current position of the portable terminal after a predetermined time, and determining that the user is moving if the positional change of the current position is not less than a predetermined value;
Converting the at least one of the content of the alarm, the weather information, and the traffic information into voice data or converting it into character data when the user is determined to be moving;
Wherein the alarm is an alarm.
The method according to claim 1, wherein, in the step of extracting a place and a date,
A character string at a position close to a keyword of a matching character string or "location" is extracted as a location,
And extracting the place and date and time by extracting a character string at a position close to the keyword of the character string or the "date" corresponding to the grammatical form of the date and time as a date / time.
2. The method of claim 1, wherein in the step of presenting the one or more movement paths,
The method comprising displaying at least one of a type of transportation means used for each movement route, a calculated alarm time, an estimated arrival time, and movement route information on the display unit or voice guidance.
The method according to claim 1,
When the user selects one of the one or more movement paths, notifying the user of the contents of the alarm to be set for the one movement path selected by the user;
Further comprising the steps of:
3. The method according to any one of claims 1 to 2,
Wherein the weather information includes at least one of diary information, weather forecast information, disaster information, and disaster prevention information.
3. The method according to any one of claims 1 to 2,
Wherein the traffic information includes at least one of road traffic information, public transportation information, driving information, flight information, terminal related information, and parking information.
In the portable terminal,
Designating the contents of an alarm including at least one of designation of a departure position, a destination, weather information or traffic information, designation of an alarm notification format, designation of preferred transportation means, kind of preferred route Setting an alarm mode according to the type of a destination by designating one or more of designation of a designation time of a destination, designation of a procedure time at a destination, and designation of a start time of calculation of the estimated arrival time;
An application installed in the portable terminal is started and a character string extracted or extracted from image data captured by the external notification received by the portable terminal via the schedule or memo entered by the user or via the network or a screen displayed on the display unit A character string extracted and extracted from the image data generated by the capture, or a character string extracted and recognized from the image data received from the outside of the portable terminal, Obtaining a character string extracted from the voice data generated by inputting voice from the microphone or a character string extracted and recognized from the voice data received from the outside of the portable terminal;
Extracting a destination and a date from the schedule, the memo, the external notification, the character string extracted by recognizing the image, or the character string extracted and recognized by speech recognition;
Detecting the type of destination for the extracted destination,
Confirming whether the type of the detected destination is the alarm mode,
When the alarm mode is set for the type of the destination to which the destination corresponds, designation of the content of the alarm including at least one of designation of a departure position, take-away or weather information or traffic information, designation of an alarm notification format, Determining an alarm mode according to one or more information specified in the alarm mode from designation of a means, designation of a kind of a preferred route, designation of a procedure time at a destination, and designation of a calculation start time of arrival forecast time;
And automatically determining an alarm mode according to a destination including the destination.

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