KR102262469B1 - Method for recording travel and method for recommending travel route - Google Patents

Abstract

The present invention relates to a travel record method and a travel route recommendation method, and more particularly, a travel record method and a travel route for generating travel record information of a user and recommending a travel route to another user based on the generated travel record information data It is about the recommendation method.
A travel recording method according to an embodiment of the present invention includes the steps of sampling location information of a user terminal using a global location determination system; storing location information and time information at which an event using the user terminal occurs; generating travel record information using the sampled location information of the user terminal and location information and time information where the event occurred; and transmitting the generated travel record information to a management server through a network network, wherein the generating of the travel record information includes the location information of the sampled user terminal and the location information where the event occurred. The process of creating a travel route record by mapping on the service map; and inserting event information including the time information into a location on the location-based service map where the event occurred in the travel route record.

Description

{Method for recording travel and method for recommending travel route}

The present invention relates to a travel record method and a travel route recommendation method, and more particularly, a travel record method and a travel route for generating travel record information of a user and recommending a travel route to another user based on the generated travel record information data It is about the recommendation method.

Recently, as the five-day week system has been established in various workplaces and schools, the number of people who enjoy traveling to various regions at home and abroad is increasing.

Accordingly, as the frequency of individual travel increases, there is an increasing demand for individuals to record and keep memories of each trip. However, in the related art, photos taken at travel destinations are uploaded with location tags on social network services (SNS).

In addition, as travel opportunities increase, customized travel route recommendations are required, and books or other applications containing various types of information are generally provided for travelers. These books or applications mainly provide recommended information about travel places or nearby attractions, shops, other businesses, institutions, etc. In many cases, such recommended information is provided in a dry and uniform way.

Korean Patent Publication No. 10-2018-0003514

The present invention generates travel record information of a user through location information of a user terminal and event information using the user terminal, and recommends a travel record method and travel route recommendation to other users based on the generated travel record information data provide a way

A travel recording method according to an embodiment of the present invention includes the steps of sampling location information of a user terminal using a global location determination system; storing location information and time information at which an event using the user terminal occurs; generating travel record information using the sampled location information of the user terminal and location information and time information where the event occurred; and transmitting the generated travel record information to a management server through a network network, wherein the step of generating the travel record information is based on location information of the sampled user terminal and location information where the event occurred The process of creating a travel route record by mapping on the service map; and inserting event information including the time information into a location on the location-based service map where the event occurred in the travel route record.

The event may include at least one of taking a photo, receiving a card usage history, inputting a spending history, entering a memo, and receiving tag information through the network.

In the process of generating the travel route record, the size of the location display may be adjusted according to the number of overlapping sampling locations of the sampled location.

The process of inserting the location on the location-based service map may include: distinguishing the type of the event; and differently displaying the location on the location-based service map according to the type of the event.

The sampling of the location information may include: identifying a current location on the location-based service map; detecting a curved road and an intersection in a road section within a preset radius from the current location using the location-based service map; and determining the corresponding section of the current position among straight road sections, curved road sections, and intersection sections according to whether the curved road and the intersection are detected, wherein the sampling period of the curved road section and the intersection section is the straight line It may be different from the sampling period of the road section.

The process of determining the corresponding section of the current location includes: determining a moving direction by comparing a previous location with the current location; and determining whether the detected curved road or intersection is located in the moving direction.

A travel route recommendation method according to another embodiment of the present invention includes the steps of: databaseizing the travel record information stored in the management server as a travel record method according to an embodiment of the present invention; and recommending a travel route to another user by using the databased travel record information data.

The database forming process may be performed by dividing personal information and travel description information of the user who has created the travel record information.

The user's personal information may be obtained through the user's login information.

The process of recommending a travel route to the other user may include: receiving a travel condition from a terminal of the other user; and matching the received travel conditions and the travel record information data according to the user's personal information and travel description information.

The process of recommending the travel route to the other user may include deriving a location where the event is made more than a preset number of times from a plurality of the travel record information data.

The process of recommending the travel route to the other user may include a process of providing estimated cost information of the recommended travel route by analyzing expenditure details of each travel route from the travel record information data.

A travel service system according to another embodiment of the present invention includes: a location information receiver for sampling location information of a user terminal using a global location determination system; an event detection unit that detects the occurrence of an event using the user terminal and stores location information and time information where the event occurred; a travel record generation module for generating travel record information by using the sampled location information of the user terminal and location information and time information at which the event occurred; and a data communication unit that transmits the generated travel record information to the management server through a network network, wherein the travel record generation module uses the sampled location information of the user terminal and the location information where the event occurred on a location-based service map a travel route generating unit for generating a travel route record by mapping on the image; and an event information synthesizing unit for inserting the event information including the time information into the location on the location-based service map where the event occurred in the travel route record.

a display unit for displaying the travel record information; and a travel route reproducing unit for displaying the travel route record on the location-based service map through the display unit.

The location information receiver includes a location detector for detecting a current location on the location-based service map, and detects a curved road and an intersection in a road section within a preset radius from the current location using the location-based service map, a road section determination module for determining a corresponding section of the current location among straight road sections, curved road sections, and intersection sections according to whether the curved road and the intersection are detected; and a frequency generator for transmitting a sampling period to the location information receiver according to the determined corresponding section of the current location.

The road section determination module includes: a moving direction detecting unit for determining a moving direction by comparing a previous position with the current position; a peripheral road detection unit for detecting curved roads and intersections in a road section within the preset radius; and a road section verifying unit for confirming whether the detected curved road or intersection is located in the moving direction.

a data storage unit for storing the travel record information transmitted to the management server into a database; and a travel route recommendation unit for recommending a travel route to another user by using the stored travel record information data.

a travel condition input unit for receiving the travel conditions of the other user; and a travel matching unit matching the received travel conditions and the travel record information data according to the user's personal information and travel description information.

The travel recording method according to the embodiment of the present invention maps the user's travel route on the location-based service map and inserts the event information into the location where the event on the location-based service map occurs to generate travel record information, even after time has elapsed. You can accurately check the details of your trip. In addition, by managing the generated travel record information in a management server through a network network, travel record information can be checked through all terminal devices capable of network communication.

In addition, the importance of each location can be grasped at a glance by varying the display size according to the number of overlapping sampling locations of the sampled location, and different events are displayed at each location on the location-based service map according to the type of event. You can see at a glance what has been done.

In addition, in the travel route recommendation method according to the embodiment of the present invention, such travel record information is divided into user's personal information and travel description information and converted into a database, thereby having personal information and travel description information matching other users' travel conditions. An optimal customized travel route may be recommended to other users by using the user's travel record information.

1 is a flowchart illustrating a travel recording method according to an embodiment of the present invention.
Figure 2 is a diagram showing the display of travel record information according to an embodiment of the present invention.
3 is a flowchart illustrating a travel route recommendation method according to another embodiment of the present invention.
4 is a schematic diagram illustrating a travel service system according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, and only these embodiments allow the disclosure of the present invention to be complete, and the scope of the invention to those of ordinary skill in the art will be completely It is provided to inform you. In the description, the same reference numerals are assigned to the same components, and the sizes of the drawings may be partially exaggerated in order to accurately describe the embodiments of the present invention, and the same reference numerals refer to the same elements in the drawings.

1 is a flowchart illustrating a travel recording method according to an embodiment of the present invention.

Referring to FIG. 1 , a travel recording method according to an embodiment of the present invention includes the steps of sampling location information of a user terminal using a global location determination system (S110); storing location information and time information at which an event using the user terminal occurs (S120); generating travel record information by using the sampled location information of the user terminal and location information and time information where the event occurred (S130); and transmitting the generated travel record information to the management server through a network (S140).

First, location information of a user terminal using a global positioning system (GPS) is sampled (S110). By sampling the location information of the user terminal using a global positioning system (GPS), it is possible to record a travel route (or travel route). Here, the location information may be obtained by measuring latitude and longitude, may be sampled at regular time intervals, or may be sampled differently according to sections.

Next, location information and time information at which an event using the user terminal occurs are stored (S120). When an event using the user terminal occurs while recording the user's travel route, location information and time information at which the event occurred may be stored. The stored location information and time information of the event may be displayed on a Location Based Service (LBS) map and stored as travel record information.

Then, travel record information is generated using the sampled location information of the user terminal, location information and time information where the event occurred (S130). Travel record information can be generated using the sampled location information of the user terminal and location information and time information where the event occurred, and the user's travel route and location information and time information at which the event occurred are combined with a location-based service (LBS). ) can be shown on the map.

Then, the generated travel record information is transmitted to the management server through the network (S140). The generated travel record information can be transmitted to the management server through a network network, and by managing the travel record information generated by the management server, the storage capacity limit of the user terminal can be overcome, and if a terminal device capable of network communication It is possible to check the travel record information anytime, anywhere even without the user terminal.

2 is a diagram showing the display of travel record information according to an embodiment of the present invention.

Referring to FIG. 2, the process of generating the travel record information (S130) is a process of generating a travel route record by mapping the sampled location information of the user terminal and the location information where the event occurred on a location-based service map ( S131); and inserting the event information including the time information into the location on the location-based service map where the event of the travel route record occurred (S132).

A travel route record may be generated by mapping the sampled location information of the user terminal and the location information where the event occurred on a location-based service (LBS) map (S131). By mapping the sampled location information of the user terminal and the event location information on the LBS map, the user's travel route and the event location information are mapped on the LBS map can be displayed, and through this, a travel route record can be created.

The event information including the time information may be inserted into the location on the LBS map where the event of the travel route record occurred (S132). When the location information where the event occurred is displayed on the location-based service (LBS) map, the event information including the time information is inserted (or stored) at the location where the event occurred on the displayed location-based service (LBS) map. can do. The travel route record in which the user's travel route and the event information are displayed on the location-based service (LBS) map may be generated.

The event may include at least one of taking a photo, receiving a card usage history, inputting a spending history, entering a memo, and receiving tag information through the network. A photo may be taken using the user terminal, and a photo taken during the travel route may be included in the event. In addition, the card usage history can be received through the user terminal, the expenditure details can be directly entered into the user terminal, and when the card usage details are received or the expenditure details are input, the event can be recognized as having occurred. have. Here, when the usage details such as cash expenditure cannot be received through the user terminal, the expenditure details can be directly input, and the directly inputted expenditure details can be classified as an expenditure event together with the card usage details. In addition, the user may directly input a memo into the user terminal, for example, may input explanatory information about a trip.

Meanwhile, the user terminal may also receive tag information through the network. For example, when arriving at a location including tag information, tag information may be received in the user terminal, and when a post such as a photo is posted with a location tag on a social network service (SNS) If it is located in the same place as the tagged location, it can receive tag information and inform that it has arrived at that location.

Accordingly, a location meaningful to the user, such as taking a picture and spending, may be displayed on the LBS map.

In the process of generating the travel route record (S130), the size of the location display may be adjusted according to the number of overlapping sampling times of the sampled location. A large number of overlapping sampling means that the location may be an important location on a travel route, and the greater the number of overlapping sampling times, the bolder the location may be. For example, when the number of overlapping sampling times is large, it may mean staying at the location for a long time, or it may mean finding the location again.

That is, the thickness of the display may be varied according to the importance on the travel route, and the importance of the location may be determined according to the number of overlapping sampling times.

Meanwhile, the size of the event display may be adjusted according to the importance of the event.

The process of inserting the location on the location-based service map (S132) includes the process of discriminating the type of the event (S132a); and differently displaying the location on the location-based service map according to the type of the event (S132b).

The type of the event can be distinguished (S132a). For example, the type of event may be classified into a photo taking event, an expenditure event, a state input event, and the like, and the user may easily distinguish the event type.

A location on the LBS map may be displayed differently according to the type of the event (S132b). Depending on the type of the event divided (or differentiated) in this way, the location on the LBS map may be displayed differently, and what event occurred at each location is displayed on the LBS map. can be recognized by eye.

The step of sampling the location information (S110) includes the step of identifying a current location on the location-based service map (S111); detecting a curved road and an intersection in a road section within a preset radius from the current location using the location-based service map (S112); and determining (S113) a corresponding section of the current location among a straight road section, a curved road section, and an intersection section according to whether the curved road and the intersection are detected.

It is possible to determine the current location on the location-based service (LBS) map (S111). The current location on the LBS map may be identified and the sampling period may be changed according to a corresponding section of the current location.

In addition, a curved road and an intersection may be detected in a road section within a preset radius from the current location using the location-based service (LBS) map (S112). A curved road and an intersection can be detected in a road section within a preset radius from the current location using the location-based service (LBS) map, and a location adjacent to (or close to) the curved road or the intersection is a preliminary curved road. It can be determined as a section or a preliminary intersection section.

Then, according to whether the curved road and the intersection are detected, a corresponding section of the current location among a straight road section, a curved road section, and an intersection section can be determined ( S113 ). When the curved road and the intersection are detected, it can be determined as a preliminary curved road section or a preliminary intersection section, and the preliminary curved road section or the preliminary intersection section located in the moving direction can be determined as the curved road section or the intersection section.

Here, the sampling period of the curved road section and the intersection section may be different from the sampling period of the straight road section. A travel route is created by connecting the sampled location information to a straight line. When changing the moving direction in the curved road section or intersection section, the sampling period is long and the interval between two points is large, the location-based service (LBS) Since the travel route cannot be mapped along the road on the map, when changing the moving direction in the curved road section or intersection section, the sampling period is reduced and the sampled location information is connected to a straight line on the LBS map. You can make it possible to map a travel route along a road. On the other hand, in a straight road section, even if the sampling period is long, the sampling period can be lengthened because the travel route can be mapped along the road on the LBS map by connecting the two sampled location information in a straight line. , it is possible to reduce the sampling of unnecessary location information.

Accordingly, the sampling period of the curved road section and the intersection section may be different from the sampling period of the straight road section.

The step of determining the corresponding section of the current location (S113) includes the steps of comparing the previous location with the current location to determine the moving direction (S113a); and confirming whether the detected curved road or intersection is located in the moving direction (S113b).

The moving direction may be determined by comparing the previous position with the current position (S113a). Since it is possible to know whether the user will enter the detected curved road or intersection only by determining the moving direction of the user, the moving direction may be determined by comparing the previous position with the current position.

And it can be checked whether the detected curved road or intersection is located in the moving direction (S113b). When the detected curved road or intersection is located in the moving direction, since the user will enter the detected curved road or intersection, it can be determined as a curved road section or an intersection section.

Meanwhile, the detected movement direction may determine whether the user has changed the movement direction at the intersection.

In the process of determining the section of the current location ( S113 ), when the current location is the starting location, it is determined as the intersection section, and when the current location is the end location, it can be determined as the straight road section.

When the current position is the starting position, since the user's moving direction is not determined, it can be determined as the intersection section in which the moving direction can be changed.

On the other hand, when the current position is the end position, the moving direction is no longer changed at the end position, so that the straight road section may be determined.

And the process (S113) of determining the corresponding section of the current location may include a process (S113c) of confirming the corresponding section setting record of the current location, and when the setting record is confirmed, the current It is possible to determine the corresponding section of the location.

It is possible to check the corresponding section setting record of the current location (S113c). A corresponding section of the current location determined for each sampling position of the travel route may be stored, and in the location where the corresponding section of the current location is stored, the corresponding section of the current location may be determined as the stored corresponding section of the current location.

That is, when the setting record is confirmed, the corresponding section of the current position may be determined by the previous setting record. Accordingly, the time for determining the corresponding section of the current location can be shortened, and the corresponding section of the current location can be quickly determined.

3 is a flowchart illustrating a travel route recommendation method according to another embodiment of the present invention.

A travel route recommendation method according to another exemplary embodiment of the present invention will be described in more detail with reference to FIG. 3 , but matters overlapping with those described above in relation to the travel recording method according to the exemplary embodiment of the present invention will be omitted.

A travel route recommendation method according to another embodiment of the present invention includes the steps of: databaseizing the travel record information stored in the management server as a travel record method according to an embodiment of the present invention (S210); and recommending a travel route to another user by using the databased travel record information data (S220).

First, the travel record information stored in the management server is converted into a database by the travel record method according to an embodiment of the present invention (S210). A plurality of the travel record information may be stored in the management server, and the stored travel record information may be converted into a database.

Next, a travel route is recommended to another user by using the databased travel record information data (S220). A travel route may be recommended to the other user through the travel record information data recorded and experienced by the user.

The database forming process ( S210 ) may be performed by dividing personal information and travel description information of the user who has created the travel record information. By dividing the personal information and the travel description information of the user who has generated the travel record information, a travel route may be recommended according to the personal information of the other user and the purpose of the travel. Here, the user's personal information may be demographic information such as age, gender, family composition, marital status, etc., and the travel description information may be the satisfaction of the trip and the nature of the trip, such as family trip, filial piety trip, couple trip, etc. have.

The user's personal information may be obtained through the user's login information. The user's login information may include the user's subscription information, and may also include the user's login frequency and login location. The user's personal information may be obtained through the log-in information, and a travel route of the user matching the other user may be recommended.

The process of recommending a travel route to the other user (S220) includes the process of receiving a travel condition from the terminal of the other user (S221); and matching the received travel conditions and the travel record information data according to the user's personal information and travel description information (S222).

Travel conditions may be input from the terminal of the other user (S221). In order to effectively (or accurately) match the other user with the user's travel route, it is necessary to check the travel conditions such as the travel purpose of the other user, so that the travel conditions may be input from the other user's terminal. Accordingly, a travel route suitable for the other user may be recommended through more accurate matching.

In addition, the received travel conditions and the travel record information data may be matched according to the user's personal information and travel description information (S222). When a travel condition is input from the other user's terminal, the received travel condition and the travel record information data may be matched according to the user's personal information and travel description information, and the personal information of the other user and the received travel information data may be matched. Travel route information of a user having personal information and travel description information matching travel conditions may be recommended.

The process (S220) of recommending a travel route to the other user may include a process (S223) of deriving a location where the event is made more than a preset number of times from a plurality of the travel record information data.

It is possible to derive a location where the event is made more than a preset number of times from the plurality of travel record information data (S223). For example, a location where a lot of photo-taking events are performed may be derived as a photo-taking spot (or photo spot), and a restaurant in a location where a lot of spending events are made may be derived as a restaurant. In addition, the more the event takes place, the more it can be derived as a travel (or tourist) attraction.

The process of recommending a travel route to the other user (S220) may include a process of providing estimated cost information of the recommended travel route by analyzing the expenditure details of each travel route from the travel record information data (S224).

It is possible to provide estimated cost information of a recommended travel route by analyzing the expenditure details of each travel route from the travel record information data (S224). Since the travel record information stores expenditure details at each expenditure event location, it is possible to grasp the expenditure details of each travel route through the expenditure details of each expenditure event stored, and a recommended trip by analyzing the expenditure details of each travel route It is possible to calculate the estimated cost information of the route. In this case, estimated cost information may be calculated by synthesizing expenditure details of expenditure events at each location of the recommended travel route. The calculated estimated cost information may be provided to the other user along with the recommended travel route.

4 is a schematic diagram illustrating a travel service system according to another embodiment of the present invention.

A travel service system according to another embodiment of the present invention will be described in more detail with reference to FIG. 4 , and the details overlapping with those described above in relation to the travel recording method and the travel route recommendation method according to the exemplary embodiments of the present invention are to be omitted.

A travel service system 100 according to another embodiment of the present invention includes: a location information receiving unit 110 for sampling location information of a user terminal using a global location determination system; an event detection unit 120 that detects the occurrence of an event using the user terminal and stores location information and time information where the event occurred; a travel record generation module 130 for generating travel record information by using the sampled location information of the user terminal and location information and time information at which the event occurred; and a data communication unit 140 for transmitting the generated travel record information to the management server 200 through a network network.

The location information receiver 110 may sample the location information of the user terminal using a global positioning system (GPS), and the location of the user terminal using the global positioning system (GPS) By sampling the information, a travel route (or travel route) can be recorded. For example, the location information receiving unit 110 is to receive location information from a plurality of global positioning system (GPS) satellites, the location information is C/A code (Coarse/Acquisition code) or standard code (Standard code) ) may be included. Here, the location information may be obtained by measuring latitude and longitude (and altitude), may be expressed in the form of coordinates including latitude, longitude, and altitude, may be sampled at regular time intervals, and may be You can sample differently. In addition, the user terminal may include a smart phone, a tablet, a phablet, and the like.

The event detection unit 120 may detect the occurrence of an event using the user terminal, and may store location information and time information at which the event occurred. When an event using the user terminal occurs while recording the user's travel route, location information and time information at which the event occurred may be stored, and the stored location information and time information of the event may be stored in a location-based service (Location-Based Service). Based Service (LBS) may be displayed on a map and stored as travel record information.

The event may include at least one of taking a photo, receiving a card usage history, inputting a spending history, entering a memo, and receiving tag information through the network. A photo may be taken using the user terminal, and a photo taken during the travel route may be included in the event. In addition, the card usage history can be received through the user terminal, the expenditure details can be directly entered into the user terminal, and when the card usage details are received or the expenditure details are input, the event can be recognized as having occurred. have. Here, when the usage details such as cash expenditure cannot be received through the user terminal, the expenditure details can be directly input, and the directly inputted expenditure details can be classified as an expenditure event together with the card usage details. In addition, the user may directly input a memo into the user terminal, for example, may input explanatory information about a trip.

Meanwhile, the user terminal may also receive tag information through the network. For example, when arriving at a location including tag information, tag information may be received in the user terminal, and when a post such as a photo is posted with a location tag on a social network service (SNS) If it is located in the same place as the tagged location, it can receive tag information and inform that it has arrived at that location.

The travel record generation module 130 may generate travel record information using the sampled location information of the user terminal and the location information and time information where the event occurred, the user's travel route and location information where the event occurred and Time information may be displayed on a location-based service (LBS) map.

The data communication unit 140 may transmit the generated travel record information to the management server 200 through a network network, and manage the travel record information generated in the management server 200, thereby limiting the storage capacity of the user terminal. It can be overcome, and if it is a terminal device capable of network communication, it is possible to check the travel record information anytime and anywhere even if it is not the user terminal.

The travel record generation module 130 includes: a travel route generator for generating a travel route record by mapping the sampled location information of the user terminal and the location information where the event occurred on a location-based service map; and an event information synthesizing unit for inserting the event information including the time information at the location where the event occurred in the travel route record. The travel route generator may generate a travel route record by mapping the sampled location information of the user terminal and the location information where the event occurred on a location-based service (LBS) map, and through the mapping, the location-based service (LBS) It is possible to display the user's travel route and location information where the event occurred on a map, thereby creating a travel route record.

The event information synthesizing unit may insert the event information including the time information into the location on the location-based service map (LBS) where the event of the travel route record occurs. When the location information where the event occurred is displayed on the location-based service (LBS) map, the event information including the time information is inserted (or stored) at the location where the event occurred on the displayed location-based service (LBS) map. can do. The travel route record in which the user's travel route and the event information are displayed on the location-based service (LBS) map may be generated. Accordingly, a location where an event meaningful to the user, such as taking a picture or spending, occurs may be displayed on the location-based service (LBS) map.

The travel service system 100 according to the present invention includes a display unit 150 for displaying the travel record information; and a travel route reproducing unit 160 for displaying the travel route record on the location-based service map through the display unit 150 .

The display unit 150 may display (or display) the travel record information on a screen, and visually provide a menu of the user terminal, input data, function setting information, and other various information to the user. The display unit 150 may perform a function of outputting a screen such as a booting screen, a standby screen, and a menu screen of the user terminal. In particular, the display unit 150 may perform a function of outputting a screen according to an operation of an application for providing a travel record. For example, the display unit 150 is formed of a liquid crystal display (LCD), an organic light emitting diode (OLED), an active matrix organic light emitting diode (AMOLED), or the like. It may be implemented as a touch screen, and in the case of a touch screen, a touch sensor may be included. Here, the touch sensor can detect the user's touch input, and is composed of a touch sensing sensor such as a capacitive overlay, a pressure, a resistive overlay, or an infrared beam, It may be configured as a pressure sensor, and in addition to the sensors, all kinds of sensor devices capable of sensing contact or pressure of an object may be used as the touch sensor. The touch sensor may detect the user's touch input and may generate a detection signal, and the detection signal may include coordinate data inputted by the user. When the user inputs a touch position movement motion, the touch sensor may generate a detection signal including coordinate data of a touch position movement path. In particular, when the display unit 150 is formed of a touch screen, some or all of the input functions may be performed through the display unit 150 .

The travel route reproducing unit 160 may display the travel route record on the LBS map through the display unit 150 . The travel route reproducing unit 160 may reproduce (or display) the travel route record on the display unit 150 using the location-based service (LBS) map, and according to the user's input, Reproduction may be started, and, for example, when the display unit 150 is a touch screen, the user's input may be detected through the display unit 150 to start reproduction of the travel route record.

When the reproduction of the travel route record is started, the travel route reproducing unit 160 moves along the travel route of the travel route record, and the LBS map may be displayed through the display unit 150, , a screen such as a virtual camera moving along a travel route in the LBS map and photographing may be displayed through the display unit 150 . The travel route reproducing unit 160 may display a portion captured by the virtual camera on the LBS map on the screen while moving the virtual camera along the travel route.

As described above, while displaying the location-based service (LBS) map using a virtual camera, the travel route reproducing unit 160 may determine whether the location where the event occurred within a preset range from the travel route exists. have. The location where the event occurred is generated during the user's travel, and accordingly, the travel route reproducing unit 160 travels through the display unit 150 when the location where the event occurs within a preset range from the travel route exists. The location-based service (LBS) map may be displayed by moving from the route to the location where the event occurred. That is, the travel route reproducing unit 160 may display a screen captured by moving the virtual camera to the location where the event occurred in the LBS map through the display unit 150 . In this case, when there is a location where a plurality of the events occurred, the locations where the plurality of events occurred may be displayed according to the order in which the events occurred.

For example, the location where the event occurred may be displayed as an icon on the LBS map, and the event summary information may be additionally displayed using a speech bubble. Furthermore, when an icon is selected by the user, the travel route reproducing unit 160 may output contents related to the event. Here, the content may include photos, videos, music, and text, and in the case of photos or videos, the travel route playback unit 160 displays the photos or videos on a predetermined area or the entire screen of the display unit 150 . In the case of text, text may be displayed on a predetermined area or the entire screen of the display unit 150 , and in the case of a music file, music may be output by playing the corresponding music file.

Meanwhile, as described above, the travel route reproducing unit 160 while displaying the travel route and the event information (or the location where the event occurred) generated during the trip on the location-based service (LBS) map using a virtual camera. may determine whether there is an input from the user requesting to end reproduction of the travel route record through the display unit 150 or the like, or whether the reproduction of the travel route record ends by reproducing to the end of the travel route. As a result of the determination, if the end of the travel route is reproduced or there is an input from the user, the travel route reproducing unit 160 may end reproduction of the travel route record. On the other hand, if not, the travel route reproducing unit 160 may continue (or repeat) the reproduction of the travel route record.

As described above, in the present invention, a travel route, a location where the event occurred, and contents related to the event can be displayed on the LBS map using a virtual camera, and the moving speed of the virtual camera is set according to the setting. may vary. Accordingly, the present invention can provide a user experience (UX) that allows the user to visually, intuitively and realistically recall a trip. In particular, when the location-based service (LBS) is provided in a format such as a street view, a road view, or a street view, a user experience (UX) may be provided to have a feeling of returning to a travel place.

The location information receiver 110 may include a location detector for detecting a current location on the LBS map. The location detector may determine the current location on the LBS map, and may determine the current location on the LBS map and change the sampling period according to a corresponding section of the current location.

The travel service system 100 according to the present invention detects a curved road and an intersection in a road section within a preset radius from the current location using the location-based service (LBS) map, and whether the curved road and the intersection are detected a road section determination module 170 for determining the corresponding section of the current position among straight road sections, curved road sections, and intersection sections according to and a frequency generator (not shown) for transmitting a sampling period to the location information receiver 110 according to the determined corresponding section of the current location.

The road section determination module 170 detects a curved road and an intersection in a road section within a preset radius from the current location using the location-based service (LBS) map, and a straight line according to whether the curved road and the intersection are detected. It is possible to determine a corresponding section of the current location among a road section, a curved road section, and an intersection section. The road section determination module 170 may detect a curved road and an intersection in a road section within a preset radius from the current location using the location-based service (LBS) map, and is adjacent to (or Proximity) may be determined as a preliminary curved road section or a preliminary intersection section. And according to whether the curved road and the intersection are detected, the corresponding section of the current position among the straight road section, the curved road section and the intersection section can be determined, and when the curved road and the intersection are detected, a preliminary curved road section or It may be determined as the preliminary intersection section, and the preliminary curved road section or the preliminary intersection section located in the moving direction may be determined as the curved road section or the intersection section.

The frequency generator (not shown) may transmit a sampling period to the location information receiver 110 according to the determined corresponding section of the current location. In this case, the sampling period of the curved road section and the intersection section may be different from the sampling period of the straight road section. A travel route is created by connecting the sampled location information to a straight line. When changing the moving direction in the curved road section or intersection section, the sampling period is long and the interval between two points is large, the location-based service (LBS) Since the travel route cannot be mapped along the road on the map, when changing the moving direction in the curved road section or intersection section, the sampling period is reduced and the sampled location information is connected to a straight line on the LBS map. You can make it possible to map a travel route along a road. On the other hand, in a straight road section, even if the sampling period is long, the sampling period can be lengthened because the travel route can be mapped along the road on the LBS map by connecting the two sampled location information in a straight line. , it is possible to reduce the sampling of unnecessary location information.

Accordingly, the frequency generator (not shown) may make the sampling period of the curved road section and the intersection section different from the sampling period of the straight road section, and generate a frequency corresponding to each sampling period to generate a location information receiving unit ( 110) can be transmitted.

The road section determination module 170 includes: a moving direction detecting unit for determining a moving direction by comparing a previous position with the current position; a peripheral road detection unit for detecting curved roads and intersections in a road section within the preset radius; and a road section verifying unit for confirming whether the detected curved road or intersection is located in the moving direction. The moving direction detecting unit may determine the moving direction by comparing the previous position with the current position. Since it can be known whether the user enters the detected curved road or intersection only by determining the moving direction of the user, the moving direction detecting unit can determine the moving direction by comparing the previous position with the current position. Meanwhile, the detected movement direction may determine whether the user has changed the movement direction at the intersection.

The peripheral road detection unit may detect a curved road and an intersection in a road section within the preset radius. The peripheral road detection unit may detect a curved road and an intersection in a road section within a preset radius from the current location using the location-based service (LBS) map to determine whether to enter a curved road or an intersection, and the curved road Alternatively, a location adjacent to (or close to) the intersection may be determined as a preliminary curved road section or a preliminary intersection section.

The road section verification unit may check whether the detected curved road or intersection is located in the moving direction. When the detected curved road or intersection is located in the moving direction, since the user will enter the detected curved road or intersection, the preliminary curved road section or preliminary intersection section located in the moving direction is defined as the curved road section or intersection. segment can be determined.

The travel service system 100 according to the present invention includes a data storage unit 135 for storing the travel record information transmitted to the management server 200 into a database; and a travel route recommendation unit 180 for recommending a travel route to another user by using the stored travel record information data.

The data storage unit 135 may store the travel record information transmitted to the management server 200 into a database. The data storage unit 135 may store a plurality of the travel record information in the management server 200 , and may convert the stored travel record information into a database.

The travel route recommendation unit 180 may recommend a travel route to another user by using the stored travel record information data, and recommend a travel route to the other user through the travel record information data recorded by the user directly experiencing it. can

On the other hand, the travel route recommendation unit 180 may derive a location where the event is made more than a preset number of times from the plurality of travel record information data, and the location where a lot of photo-taking events are made is a photo-taking spot (or photo spot). It can be derived, and a restaurant in a location where a lot of spending events are made can be derived as a restaurant. In addition, the more the event takes place, the more it can be derived as a travel (or tourism) attraction. In addition, the travel route recommendation unit 180 may provide estimated cost information of the recommended travel route by analyzing the expenditure details of each travel route from the travel record information data.

The travel service system 100 according to the present invention includes a travel condition input unit 155 for receiving the travel conditions of the other user; and a travel matching unit 190 matching the received travel conditions and the travel record information data according to the user's personal information and travel description information.

The travel condition input unit 155 may receive the travel condition of the other user, and may receive the input through the terminal of the other user. In order to effectively (or accurately) match the other user with the user's travel route, it is necessary to check the travel conditions such as the travel purpose of the other user, so that the travel conditions may be input from the other user's terminal. Accordingly, a travel route suitable for the other user may be recommended through more accurate matching.

The travel matching unit 190 may match the received travel conditions and the travel record information data according to the user's personal information and travel description information. When a travel condition is input from the other user's terminal, the received travel condition and the travel record information data may be matched according to the user's personal information and travel description information, and the personal information of the other user and the received travel information data may be matched. Travel route information of a user having personal information and travel description information matching travel conditions may be recommended.

Meanwhile, the road section determination module 170 may include a corresponding section storage unit for each location for storing the determined section of the current location. The corresponding section storage unit for each location may store the determined section of the current location, store the section of the current location determined for each sampling location of the travel route, and check the stored section setting record of the current location to determine the current location. In the location where the corresponding section of the location is stored, the corresponding section of the current location may be determined as the stored corresponding section of the current location. That is, when the setting record is confirmed, the corresponding section of the current location can be determined with the previous setting record, and accordingly, the time for determining the corresponding section of the current location can be shortened, and the corresponding section of the current location can be quickly determined. can be decided

As such, in the present invention, by mapping the user's travel route on the location-based service map and inserting the event information into the location where the event occurred on the location-based service map to generate travel record information, even after time has elapsed, the travel details are accurately recorded. can be checked In addition, by managing the generated travel record information in a management server through a network network, travel record information can be checked through all terminal devices capable of network communication. In addition, the importance of each location can be grasped at a glance by varying the display size according to the number of overlapping sampling locations of the sampled location, and different events are displayed at each location on the location-based service map according to the type of event. You can see at a glance what has been done. In addition, by dividing such travel record information into user's personal information and travel description information, the user's travel record information is used to match the travel conditions of other users and travel record information for optimal customized travel. Routes can be recommended to other users.

Although preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and common knowledge in the field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims It will be understood by those having the above that various modifications and equivalent other embodiments are possible therefrom. Accordingly, the technical protection scope of the present invention should be defined by the following claims.

100: travel service system 110: location information receiving unit
120: event detection unit 130: travel record generation module
135: data storage unit 140: data communication unit
150: display unit 155: travel condition input unit
160: travel route regeneration unit 170: road section determination module
180: travel route recommendation unit 190: travel matching unit
200: management server

Claims (18)

sampling the location information of the user terminal using the global location determination system;
storing location information and time information at which an event using the user terminal occurs;
generating travel record information using the sampled location information of the user terminal and location information and time information where the event occurred; and
The process of transmitting the generated travel record information to a management server through a network network;
The process of generating the travel record information includes:
generating a travel route record by mapping the sampled location information of the user terminal and location information where the event occurred on a location-based service map; and
Inserting the event information including the time information into the location on the location-based service map where the event of the travel route record occurred,
The process of sampling the location information is
identifying a current location on the location-based service map;
detecting a curved road and an intersection in a road section within a preset radius from the current location using the location-based service map;
determining the corresponding section of the current location among straight road sections, curved road sections, and intersection sections according to whether the curved road and the intersection are detected,
In the process of generating the travel route record, the importance is displayed by adjusting the size of the location display according to the number of overlapping sampling of the sampled location,
In the process of sampling the location information, a travel recording method of making a sampling period of the curved road section and the intersection section different from a sampling period of the straight road section. The method according to claim 1,
The event includes at least one of taking a picture, receiving a card usage history, inputting a spending history, entering a memo, and receiving tag information through the network. delete The method according to claim 1,
The process of inserting the location on the location-based service map is,
distinguishing the type of the event; and
and displaying a different location on the location-based service map according to the type of event. delete The method according to claim 1,
The process of determining the corresponding section of the current location is,
Comparing the previous position with the current position to determine the moving direction; and
A travel recording method comprising the step of confirming whether the detected curved road or intersection is located in the moving direction. The process of databaseizing the travel record information stored in the management server with the travel record method of any one of claims 1 to 2, 4, and 6; and
The process of recommending a travel route to another user by using the databased travel record information data; a travel route recommendation method comprising a. 8. The method of claim 7,
The process of forming the database is a travel route recommendation method performed by classifying personal information and travel description information of the user who has generated the travel record information. 9. The method of claim 8,
The personal information of the user is a travel route recommendation method obtained through the login information of the user. 9. The method of claim 8,
The process of recommending a travel route to the other user is
receiving a travel condition input from the other user's terminal; and
and matching the received travel conditions and the travel record information data according to the user's personal information and travel description information. 8. The method of claim 7,
The process of recommending a travel route to the other user is
and deriving a location where the event is made more than a preset number of times from a plurality of the travel record information data. 8. The method of claim 7,
The process of recommending a travel route to the other user is
and analyzing the expenditure details of each travel route from the travel record information data and providing estimated cost information of the recommended travel route. a location information receiver including a location detector for detecting a current location on a location-based service map, and a location information receiver for sampling location information of a user terminal using a global location location system;
an event detection unit that detects the occurrence of an event using the user terminal and stores location information and time information where the event occurred;
a travel record generation module for generating travel record information by using the sampled location information of the user terminal and location information and time information at which the event occurred;
a data communication unit for transmitting the generated travel record information to a management server through a network;
By using the location-based service map to detect a curved road and an intersection in a road section within a preset radius from the current location, according to whether the curved road and the intersection are detected, among a straight road section, a curved road section, and an intersection section a road section determination module for determining a corresponding section of the current location; and
a frequency generator for transmitting a sampling period to the location information receiver according to the determined section of the current location;
The travel record generation module,
a travel route generation unit for generating a travel route record by mapping the sampled location information of the user terminal and location information where the event occurred on the location-based service map; and
and an event information synthesizing unit for inserting the event information including the time information into the location on the location-based service map where the event of the travel route record occurred,
The travel route generation unit displays the importance by adjusting the size of the location display according to the number of overlapping sampling of the sampled location,
The frequency generator sets the sampling period of the curved road section and the intersection section to be different from the sampling period of the straight road section. 14. The method of claim 13,
a display unit for displaying the travel record information; and
Travel service system further comprising a; travel route reproducing unit for displaying the travel route record on the location-based service map through the display unit. delete 14. The method of claim 13,
The road section determination module,
a movement direction detection unit for determining a movement direction by comparing the previous position with the current position;
a peripheral road detection unit for detecting curved roads and intersections in a road section within the preset radius; and
A travel service system comprising a road section verification unit for confirming whether the detected curved road or intersection is located in the moving direction. 14. The method of claim 13,
a data storage unit for storing the travel record information transmitted to the management server into a database; and
A travel service system further comprising a; a travel route recommendation unit for recommending a travel route to another user by using the stored travel record information data. 18. The method of claim 17,
a travel condition input unit for receiving the travel conditions of the other user; and
The travel service system further comprising a; travel matching unit that matches the received travel conditions and the travel record information data according to the user's personal information and travel description information.

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