KR101823667B1 - System for Sharing Map- Based Information Created by User in Vehicles and Operating Method for the Same - Google Patents

Abstract

The present invention provides a map-based user participation type sharing information system for a vehicle and an operating method thereof. The system includes: a vehicle terminal and a personal information terminal attached to a vehicle for communication; a communication network connecting at least one vehicle terminal and at least one personal information terminal with each other; and a sharing information server recording and storing map-based position information, adding user participation type sharing information to the vehicle terminal or personal information terminal through the communication network, in a designated area and outputting the information based on a request or search. The vehicle terminal and the personal information terminal include: a GPS receiving part receiving a GPS signal to measure a position of the vehicle; a position generating part generating position information through the GPS signal received by the GPS receiving part; a sharing information generating part generating user participation type sharing information with the position information generated through the position generating part; a transmitting part transmitting identification information for identifying the vehicle terminal and map-based position information including the user participation type sharing information to a sharing information server; and a receiving part receiving the sharing information transmitted from the sharing information server.

Description

[0001] The present invention relates to a map-based user participation type shared information system and a method for operating the same in a vehicle,

The present invention relates to a map-based user participation type shared information system and a method of operating the same in a vehicle. More particularly, the present invention relates to a map- And more particularly, to a system and method for sharing multimedia content information such as graffiti, memo, voice, image, sketch, music,

In recent years, development of portable terminals for mobile communication has been actively developed due to the rapid development of electronics, communication, parts, and production technologies. Also, as the demand for each individual increases, The terminal can be easily secured.

Mobile communication is a service for instantly wirelessly connecting with a desired party whenever and wherever a registered mobile terminal freely moves within a service area formed by a mobile communication system, and the portable terminal is being developed in a compact and lightweight manner.

The portable terminal carries 24 hours for communication where and when it may occur. However, in order to solve the problem that the usage time is very short due to the voice communication, the SMS, MMS, telephone number management, , A voice recorder, a calculator, a camera, a GPS, etc. Recently, a smart phone having a small computer function has been developed, and a PDA, a tablet PC, (Mobile convergence) that covers other independent functional areas such as healthcare, diagnosis, diagnosis, and health checkup.

In general, Geographic Information System (GIS) and spatial information are mixed and used in similar concepts. GIS is an information system that utilizes databases to replace existing paper maps with digital maps, and to use this information meaningfully through various analysis software. GIS basically aims to simplify reality, and since the late 1980s it has become widely used due to the rapid development of computer technology. Spatial information that has been developed based on GIS technology has been used since 2000 to refer to new spatial information technology and services. Most of all, the way of using spatial information is changing from a method directly used by humans to a method used indirectly through intelligent objects. In the case of automobile maps, the driver has directly checked the map in the past, but now he does not directly access the map information because he finds the route through navigation. Unlike GIS, spatial information is a intelligent object of spatial information, so future spatial information is intended to represent reality as it is.

Many people travel by car and spend more time in the car. However, automobiles still function as a means of transportation, but there is no automotive system that can realize emotional ICT.

With the advancement of IT technology and the spread of smartphones, modern people exchange their feelings whenever and wherever. However, the technology to exchange emotions using devices other than smartphones has not developed yet. A car that is a necessity for modern people and a lot of time can be a means of realizing emotional ICT, and related technology is needed.

In addition, there is a need for a system that can share information among people traveling in a car. As the cultures that emphasize leisure have spread, there are many people who leave their homes by car on their holidays. When a group or associate leaves, many vehicles are used. In many cases, they communicate with each other and share information on the move.

For example, if you go to a rest area while you reach your destination, or return to a route other than the predetermined length, you communicate mainly by telephone. All information can be delivered only by the user's voice, and it is difficult to share the video information such as traffic information and maps.

A method for sharing traffic information using a mobile communication terminal according to Korean Patent Publication No. 10-2012-0005178 (2012.01.16) and a traffic information sharing server and Korean Patent Registration No. 10- 1497994 (Feb. 25, 2015), which is a multimedia map service system and a method for providing the multimedia map service system.

This conventional technique has an advantage of knowing at which point a specific photograph is taken, but there is a problem in that it can not provide various information about a specific position or path on a map (electronic map).

Therefore, it is necessary to develop a technique of sharing or providing information that is experienced or acquired with respect to a specific location or area in an electronic map in real time with a specific party or group.

A method of sharing traffic information using a mobile communication terminal according to Korean Patent Publication No. 10-2012-0005178 (Jan. 16, 2012) and a traffic information sharing server Korean Patent Registration No. 10-1497994 (Feb. 25, 2015) discloses a multimedia map service system and method of providing the same

The present invention has been proposed in order to solve the above problems, and it is an object of the present invention to provide a mobile terminal, a personal information terminal or a mobile terminal, The present invention provides a system and method for sharing multimedia content information such as music, video, and the like with each other or between the same groups.

According to an aspect of the present invention, a user participatory shared information application is downloaded through a communication network, recorded and installed, and downloaded around the electronic map information centered on coordinate information of the current location analyzed and recorded in an allocated area of the memory And to associate at least one of the user participation type shared information inputted through various interfaces with the corresponding position of the electronic map by the coordinate information and to be outputted by selection, A vehicle terminal and a personal information terminal; A communication network connecting one or more of the vehicle terminals or one or more of the personal information terminals to each other; And a shared information server for storing map-based positional information to which the user participation type shared information is added to the vehicle terminal or the personal information terminal through the communication network in an allocated area and outputting the requested information by searching and requesting, The terminal and the personal information terminal may include a GPS receiver for receiving GPS signals to measure the position of the vehicle; A position generator for generating position information through the GPS signal received by the GPS receiver; A shared information generation unit for generating the location information and the user participation type shared information generated from the location generation unit; A transmitting unit for transmitting identification information identifying the vehicle terminal and map-based location information added with the user participation type shared information to the shared information server; And a receiver for receiving the shared information transmitted from the shared information server.

The user participation type shared information may include any one of text, graffiti, voice, image, sketch, music, and video in the map-based location information.

According to another aspect of the present invention, the vehicle terminal may include any one of a tablet computer, a smart phone, a notebook computer, and a portable terminal including a communication function of a fixed type or detachable attachment type to a vehicle.

According to another aspect of the present invention, the identification information may include a vehicle identification number and a group number for communicating with the same group.

According to another aspect of the present invention, the personal information terminal may include any one of a notebook computer, a personal computer, a tablet computer, and a portable terminal.

According to another aspect of the present invention, there is provided a map-based user participation type shared information system operating method including a vehicle terminal, a personal information terminal, a communication network, and a shared information server, Receiving a GPS signal through the GPS receiver; A second step of generating location information of the user through the GPS signal received by the GPS receiver; A third step of transmitting, to the shared information server, the location information added with identification information of the vehicle terminal or the personal information terminal and user participation type shared information; The shared information server transmitting the shared information including the location information to the vehicle terminal or the personal digital assistant belonging to the same group through the identification information; And the vehicle terminal or the personal information terminal may receive the shared information transmitted from the shared information server.

According to another aspect of the present invention, the user participatory shared information includes at least one of map-based user participation in a vehicle including one of user participatory text, graffiti, memo, voice, image, sketch, Provides a method for sharing information.

As described above, according to the present embodiment, multimedia content information such as user participation type text, graffiti, memo, voice, image, sketch, music, and moving picture is added to the map based position information through the vehicle terminal between passengers of different vehicles So that they can be mutually shared.

In addition, it can be safely and quickly moved with information on vehicle driving situation sharing between vehicles moving to a group, and can be applied to a vehicle that carries out an unexpected situation or an emergency occurring during moving of a vehicle.

1 is a diagram illustrating an overall configuration of a map-based user participation type shared information system in a vehicle according to an embodiment of the present invention.
FIG. 2 is a view illustrating a detailed configuration of a vehicle terminal and a portable terminal in a map-based user participation type shared information system in a vehicle according to an embodiment of the present invention.
3 is a detailed functional configuration diagram of a vehicle terminal including a vehicle terminal and a personal information terminal according to an embodiment of the present invention.
4 is an explanatory diagram of the configuration of a section memo information frame according to an embodiment of the present invention.
5 is a diagram illustrating a map-based user participation-type shared information management method in a vehicle according to an embodiment of the present invention.
FIG. 6 is a diagram illustrating a map-based user-participant shared information operation method in a vehicle according to another embodiment of the present invention.
7 is a flowchart illustrating a method of operating a route information routine according to an embodiment of the present invention.
FIG. 8 is a flowchart illustrating an operation method of a graffiti path course search routine according to an embodiment of the present invention.
FIG. 9 is a view showing contents added with map-based user participation type shared information in a vehicle according to an embodiment of the present invention.

Hereinafter, some embodiments of the present invention will be described in detail with reference to exemplary drawings. It should be noted that, in adding reference numerals to the constituent elements of the drawings, the same constituent elements are denoted by the same reference symbols as possible even if they are shown in different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. Throughout the specification, when an element is referred to as being "comprising" or "comprising", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise . In addition, '... Quot ;, " module ", and " module " refer to a unit that processes at least one function or operation, and may be implemented by hardware or software or a combination of hardware and software.

1 is a diagram illustrating an overall configuration of a map-based user participation type shared information system in a vehicle according to an embodiment of the present invention.

The map-based user participation type shared information system in the vehicle according to the present embodiment includes vehicles 100a, 100b and 100c, vehicle terminals 200a, 200b and 200c, a shared information server 300, Personal information terminal 400, portable terminal 500, and communication network 600.

The vehicle terminals 200a, 200b, and 200c and the personal information terminal 500 download and execute a user participation type shared information application via a communication network, Information recorded in an allocated area of the memory, user-participation-type shared information composed of voice memo, graffiti memo, text memo, and video memo input through various interfaces, It is connected to the corresponding position and controlled so as to be output by selection.

An application is a kind of application program, which is also referred to as an application or an application and mainly refers to an application program used in a small computer. Since many kinds of applications are continuously developed and used for various application fields, And an app used in the present invention will be referred to as a user participatory shared information app.

The vehicle terminals 200a, 200b, and 200c, which are fixedly attached to or detachable from the vehicles 100a, 100b, and 100c, are connected to different vehicle terminals 200a, 200b, and 200c belonging to the same group through the communication network 600, The personal information terminal 400, or the portable terminal 500, as shown in FIG. The user participation type shared information generated by the user from the vehicle terminals 200a, 200b and 200c or the personal information terminal 400 and the mobile terminal 500 may include text, memo, graffiti, voice, image, sketch, music A moving picture, and the like, and the shared information is communicated through the shared information server 300.

The user participation type shared information can be utilized as follows. A route guidance route line of various friends can be provided at any place such as a home, an office, an outside scene, or an automobile through mobile apps such as the vehicle terminals 200a, 200b, 200c, personal information terminal 400, You can set up a new path line on the map while viewing the location path in real time. In addition, when the user records a voice at a specific point, the information recorded when the actual vehicle approaches the voice recording point on the route line drawn by me serves as the guidance voice. That is, various voice recordings among friends can be guided along the moving position of the vehicle, including navigation guidance by voice recorded at a specific point.

The communication network 300 includes all known communication networks and SNS such as a wired communication network including the Internet, a wireless communication network including a mobile communication network and a wireless LAN, a private communication network, and a private communication network.

FIG. 2 is a view illustrating a detailed configuration of a vehicle terminal in a map-based user participation-participating shared information system in a vehicle according to an embodiment of the present invention.

The vehicle terminals 200a, 200b and 200c include a GPS receiver 220 for receiving a GPS signal for measuring the position of the vehicle, a position generator 230 for generating position information through a GPS signal received by the GPS receiver, A transmitting unit 240 for transmitting the shared information including the information 210 and the location information to the shared information server, and a receiving unit 250 for receiving the shared information transmitted from the shared information server 300. The identification information 210 includes a unique number 211 and a group number 212.

The vehicle terminals 200a, 200b, and 200c may be a tablet computer, a smart phone, a notebook computer, a personal digital assistant, a portable terminal, or the like capable of communicating with a shared information server 300 that is fixed or detachable to a vehicle.

3 is a diagram illustrating a configuration of a personal information terminal and a portable terminal connected to a map-based shared information server in a vehicle according to an embodiment of the present invention. The personal information terminal 400 may be a notebook computer, a personal computer, a tablet computer, a smart phone, a portable terminal 500, or the like.

Therefore, the map-based user participation type shared information system in the vehicle is a map-based map in which information such as user participatory text, graffiti, memo, voice, image, sketch, music and video is added through different vehicle user terminals or personal information terminals There is an advantage that location information can be shared.

4 is a detailed functional configuration diagram of a vehicle terminal including a vehicle terminal and a personal information terminal according to an embodiment of the present invention.

The map-based graffiti and route information real-time sharing system 900 includes a vehicle terminal 1000, a communication network 2000, a map information server 3000, a route memo information server 3000, (4000), a communication path management server (5000), a personal information terminal (6000), and a mobile communication system server (7000).

The vehicle terminal 1000 may be a route section including a voice memo, a graffiti note, a text memo, and a video memo input through various interfaces including a microphone, a file, a text message, an SNS, a touch panel, a camera, a scanner, Information is linked to the corresponding position of the electronic map by the coordinate information, and displayed as a thumbnail image, and is controlled to be output by selection, and is recorded, stored, and managed.

The vehicle terminal 1000 and the personal information terminal 6000 are connected to the mobile terminal control unit 1010, the mobile communication unit 1020, the map information processing unit 1030, the GPS receiver 1040, the LVS unit 1050, (Not shown) that includes the image processing unit 1060, the coordinate arithmetic mean unit 1070, the voice memo processing unit 1080, the graffiti memo processing unit 1090, the character memo processing unit 1100, the video memo processing unit 1110, .

The mobile terminal control unit 1010 controls and manages the overall operation of the vehicle terminal or the personal information terminal, outputs control signals to the configured functional units, and monitors the operation status.

In the following description, it is assumed that the mobile terminal control unit 1010 operates by activating the user participation type shared information application. That is, the control and monitoring functions of the mobile terminal control unit 1010 are operated by the user participation type shared information application.

The mobile terminal communication unit 1020 communicates in a CDMA or WCDMA manner by using a corresponding control signal of the mobile terminal control unit 1010, while simultaneously communicating with any one or more of Wi-Fi, Bluetooth, and beacon systems.

That is, the mobile communication unit 1020 includes both a CDMA, a WCDMA, a Wi-Fi, a Bluetooth, a beacon, and a communication function unit including a ZigBee system.

The map information processing unit 1030 accesses the map information server 3000 according to the corresponding control signal of the mobile terminal control unit 1010 and downloads the electronic map information in a streaming manner and stores the information in the allocated area. And controls and manages the electronic map of the area included in the predetermined radius of the coordinate information center so that the electronic map is displayed and displayed at a specified magnification.

If the electronic map information stored and managed by changing the coordinate information is not available, the user automatically accesses the map information server 3000 to download the electronic map of the area (area) included in a certain radius centered on the coordinate information Record and store in the allocated area.

The GPS receiver 1040 receives a GPS signal from known GPS satellites according to a corresponding control signal of the mobile terminal controller 1010 and calculates and outputs the GPS satellite coordinate information.

The LBS unit 1050 receives a known LBS signal from the mobile communication system server 7000 according to the corresponding control signal of the mobile terminal control unit 1010 and calculates and outputs the LBS coordinate information.

The user interface unit 1060 computes and outputs the inertial coordinate coordinate information from the inertial navigation apparatus having a known mechanical configuration configured by the corresponding control signal of the mobile terminal control unit 1010.

The coordinate arithmetic averaging unit 1070 receives the GSPS coordinate information, the LVIS coordinate information, and the inertial coordinate coordinate information according to the corresponding control signal of the mobile terminal control unit 1010, and outputs the average coordinate information As final coordinate information.

In this case, the mobile terminal control unit 1010 restrictively activates one or more selected one of the GPS unit 1040, the LVS unit 1050 and the ETS unit 1060, 6th consecutive times may be input to the coordinate arithmetic average unit 1070 and an arithmetic average may be calculated to output the output value as the final coordinate information. In this case, it is preferable to input the value obtained by successively detecting the coordinate information three times at intervals of 0.1 second to the coordinate arithmetic mean unit 1070 and to calculate the arithmetic average to output the value as the final coordinate information, thereby reducing the entire operation time . Even if the number of times is increased more, it is included within the error range of 5%.

The voice memo processing unit 1080 compresses the voice memo input through the corresponding interface by the corresponding control signal of the mobile terminal control unit 1010, records the voice memo in a state corresponding to the designated coordinate information in association with the corresponding thumbnail image, If selected, the data is decompressed and output. Here, the thumbnail image is described as including a mark that can recognize the voice memo.

The graffiti memo processing unit 1090 compresses the graffiti memo input to the interface by the corresponding control signal of the mobile terminal control unit 1010 and records the thumbnail image in a state corresponding to the designated coordinate information in association with the thumbnail image, If selected, the data is decompressed and output. Here, the thumbnail image describes that a graffiti note is included in a mark, and the graffiti note means a quick written handwritten character, symbol, picture, etc., and can be scanned or photographed.

The character memo processing unit 1100 compresses the character memo input to the corresponding interface by the corresponding control signal of the mobile terminal control unit 1010, records the character memo in a state corresponding to the designated coordinate information in association with the thumbnail image, If selected, the data is decompressed and output. Here, the thumbnail image is described as including a mark capable of recognizing a character note, and the character includes a text character entered as a typeface or a sperm.

The video memo processing unit 1110 compresses the video memo input through the corresponding interface according to the corresponding control signal of the mobile terminal control unit 1010 and records the thumbnail image in a state corresponding to the designated coordinate information in association with the thumbnail image, If selected, the data is decompressed and output. Here, the thumbnail image includes a marker that can recognize a video memo, and the video image includes a moving image, a still image, a photographed image, a photographed image, and all photographed images.

The nymph input / output unit 1120 inputs or outputs a voice signal, a graffiti signal, a character signal, and a video signal according to a corresponding control signal of the mobile terminal control unit 1010.

FIG. 5 is an explanatory view of the configuration of an interval memo information frame according to an embodiment of the present invention.

The vehicle terminal distributes route section memo information in a plurality of field areas provided in the section memo information frame 8000, encrypts the route section memo information, transmits the encrypted route memo information to the route memo information server 4000, decodes the received section memo information frame, Information is extracted.

The section memo information frame 8000 will be described in detail later.

The communication network 2000 is assumed to include all known communication networks and SNS such as a wired communication network including the Internet, a wireless communication network including a mobile communication network and a wireless LAN, a private communication network, and a private communication network.

The map information server 3000 accesses the vehicle terminal via a communication network, searches for a surrounding electronic map centered on coordinate information received by the request, and downloads the map in a streaming manner.

The route memo information server 4000 accesses the vehicle terminal via a communication network and records route section memo information linked to the electronic map information, route section route information and coordinate information received by the request and indicated by the thumbnail image in the allocated area Save and print by request and search.

When the vehicle terminal is connected, the path note information server 4000 automatically checks whether the latest version of the user participation type shared information application is installed and operated. If the user participation type shared information application is installed and operated, The participating shared information app is configured to be downloaded and installed in a streaming manner and controlled and monitored to be operated.

The communication route management server 5000 accesses the vehicle terminal via the communication network and transmits the route section memo information recorded in the route memo information server upon request to any one or more than one selected from the text message, And establishes and provides a communication path to be transmitted using the communication path.

The personal information terminal 6000 is connected to the vehicle terminal 1000 via the communication network 2000 and operates in the same configuration and function as the vehicle terminal 1000, Information is provided in real time via the communication path set up and provided by the communication path management server 5000 or is retrieved from the route memo information server 4000 and designated to the vehicle terminal 1000, new route section memo information is generated and designated coordinate information As shown in FIG.

The mobile communication system server 7000 records and manages the model name, model number, subscriber identity and financial information of a plurality of vehicle terminals 1000 and 6000, confirms the current position of each vehicle terminal in real time, And controls and manages communication route control, communication fee management, and the entire operation of the mobile communication network while performing the necessary control to maintain communication according to the movement of the terminal.

The section memo information frame 8000 consists of a total of 64 words, where one word is 8 bytes and one byte is 8 bits. Since the section memo information frame 8000 is an encryption process, it is very unlikely that a designer will arbitrarily select a word and a byte structure from being hacked by others.

The segment memo information frame 8000 includes a total of 12 fields each of which includes a start overhead field 8010, a map information field 8020, a center coordinate field 8030, a voice memo field 8040, A graffiti memo field 8050, a character memo field 8060, a video memo field 8070, a first reserved field 8080, a second reserved field 8090, a third reserved field 8100, a CRC ) Check field 8110, and an end overhead field 8120.

The start overhead field 8010 includes information indicating the start position of data of the section memo information frame 8000, the number of data described in the section memo information frame 8000, the serial number of the section memo information frame 8000, The address (IP address) information of the transfer destination and the waypoint information are described.

The map information field 8020 can describe the corresponding electronic map information of the route section and describe the corresponding URL (URL) address for searching the electronic map.

In the center coordinate field 8030, coordinate information corresponding to the center of the map information (electronic map information) which is the coordinate information finally calculated and outputted by the vehicle terminal and which displays the route section is recorded together with the corresponding time information.

In the voice memo field 8040, all voice class memo signals inputted and recorded during the path section are recorded together with the corresponding time information.

The graffiti memo field 8050 records all the graffiti note signals inputted and recorded in the path section together with the corresponding time information.

In the text memo field 8060, all the text memo signals inputted and recorded during the path section are recorded together with the corresponding time information.

In the video memo field 8070, all the video memo signals inputted and recorded during the path section are recorded together with the corresponding time information.

The first preliminary field 8080 includes a map information field 8020, a center coordinate field 8030, a voice memo field 8040, a graffiti memo field 8050, a character memo field 8060, Compress and record.

The second spare field 8090 includes a map information field 8020, a center coordinate field 8030, a voice memo field 8040, a graffiti memo field 8050, a character memo field 8060, And the same contents as the first spare field 8080 are recorded.

The third spare field 8100 is left blank for extensibility.

The sialic (CRC) check field 8110 checks whether the data of the section memo information frame 8000 is erroneous or not by using a known CRC check method and restores the data if there is an error. If the erroneous data can not be recovered, If it is impossible to recover even by the Hamming code method, a retransmission request signal is displayed, and information indicating that the transmission side can transmit the section memo information frame 8000 of the serial number is described. If it is normal, a retransmission request signal is not written.

The termination overhead field 8120 includes information indicating the position where the data of the section memo information frame 8000 ends and transmission destination information.

Since it is necessary to write information in the section memo information frame 8000, it is impossible to extract accurate information if the structure of the section memo information frame is unknown. Therefore, the mobile terminal control unit 1010 has a function of encrypting or decrypting with the interval memo information frame 8000. [

FIG. 6 is a diagram illustrating a map-based user participation type shared information operation method in a vehicle according to an embodiment of the present invention.

A method for operating a map-based user participation type shared information system including a vehicle terminal, a personal information terminal, a communication network, and a shared information server, the method comprising the steps of: receiving GPS signals through a GPS receiver of a vehicle terminal or a personal information terminal ; A second step of generating location information of the user through the GPS signal received by the GPS receiver; A third step of transmitting, to the shared information server, the location information added with identification information of the vehicle terminal or the personal information terminal and user participation type shared information; The shared information server transmitting the shared information including the location information to the vehicle terminal or the personal digital assistant belonging to the same group through the identification information; And the vehicle terminal or the personal information terminal may receive the shared information transmitted from the shared information server.

7 is a diagram illustrating a map-based user participation type shared information operation method in a vehicle according to another embodiment of the present invention. 8 is a flowchart illustrating a method of operating a route information routine according to an embodiment of the present invention. 9 is a flowchart illustrating an operation method of a graffiti path course search routine according to an embodiment of the present invention.

Hereinafter, a map-based user participation type shared information system and an operation method in a vehicle will be described in detail with reference to all the accompanying drawings. The vehicle terminal 1000, the communication network 2000, the map information server 3000, ), A communication path management server (5000), a personal digital assistant (6000), and a mobile communication system server (7000) (S1010), it is confirmed whether the user participation type shared information application is installed and operated in the vehicle terminal (S1020).

If it is determined that the user participation type shared information application is installed and operated by the mobile terminal control unit 1010 of the vehicle terminal (S1020), the terminal accesses the route memo information server and downloads the latest version of the user participation type shared information application in a streaming manner Stores it in the allocated area, automatically installs it, and automatically sets the operating state (S1030).

Meanwhile, according to one embodiment, the mobile terminal control unit 1010 periodically accesses the route memo information server at 24 o'clock or 0 o'clock every day and receives a wireless download of the latest version of the user participation type shared information application in a streaming manner It is configured to be performed automatically.

When generating the graffiti path course by the vehicle terminal (S1040), the start point and the arrival point of the graffiti path course are determined, and the map information is retrieved, recorded, stored and displayed (S1050).

When the graffiti path course information generated by the vehicle terminal is shared with the personal information terminal in real time (S1060), the personal information terminal to be shared by the group view is designated or selected and designated or set as a slave, And to be connected to the communication path of the registered medium (S1070).

The vehicle terminal registers the master candidate list to be converted to the vehicle terminal in the order of the support object and the designated object in the order of the personal information terminal, writes and stores the list in the self-allocated area, records and stores in the allocated area of the route memo information server ).

If it is determined that the graffiti path is started by the vehicle terminal (S1090), the route information routine is operated or executed (S1100). The path information routine will be described in detail again below.

If it is determined that the graffiti path has been completed by the vehicle terminal (S1110), the path memo information recorded in the graffiti path section is converted into the segment memo information frame, recorded and stored in a memory area allocated as a unit file itself, (S1120), and controls the respective objects or members constituting the shared group to be transmitted via the communication path by each designated medium of the personal information terminal (S1130).

On the other hand, if it is determined that the graffiti path course is not generated by the vehicle terminal (S 1040), the graffiti path course search routine is controlled and monitored (S 1140). The graffiti path course search routine will be described in detail below.

The mobile terminal control unit of the vehicle terminal activates and drives the GPS unit 1040, the LVS unit 1050, the UE unit 1060, and the coordinate arithmetic average unit 1070, respectively, And sets the output coordinate information as the center position of the electronic map, and designates a level value indicating the magnification of the displayed map (S2010).

That is, the vehicle terminal activates and activates the GPS receiver, the GPS receiver, and the GPS receiver, and transmits the calculated coordinate information to the center of the output map information and transmits the coordinate information to the group view object at a specified scale.

If the level is not specified, the electronic map of the entire path section is automatically designated as a level for displaying on one screen.

When the personal information terminal included in the group view target selects the view alone (S2020), the control unit monitors and controls the single view mode to be operated separately from the group view (S2030), and searches map information of the graffiti path course in the single view mode And requests the information server (S2040).

Although the vehicle terminal may be operated as a master and operated in the single view mode, a detailed description thereof will be omitted.

When the personal information terminal desires to return to the group view mode from the single view mode (S2050), the individual view mode is terminated and the group information is returned to the group view mode, so that the state controlled by the vehicle terminal is displayed without modification (S2060).

The route is progressed and shared in real time (S2070) by moving from the starting point to the arrival point of the graffiti path course by the vehicle terminal (S2070), linking the multimedia contents including the graffiti, the recording, the memo and the image to the coordinate information and the summarized thumbnail image Records and manages them (S2080).

When it is desired to transmit the information recorded by the vehicle terminal to the sharing group (S2090), the recording information stored in each designated communication medium included in the group view is transmitted (S2100).

The information recorded here is recorded in the master mobile terminal and recorded and managed in the same way in the route memo information server.

The mobile terminal control unit of the vehicle terminal or the user participation type shared information app counts the elapsed time after the vehicle terminal finally inputs the information or inputs the control signal or the operation signal (S2110).

If it is counted that the first allowed time has elapsed after the last access time in which the vehicle terminal has input the control signal or the like by the mobile terminal control unit or the user participatory shared information app (S2120), the subordinate sharing target of the master candidate list is designated as the master S2130) and returns because it ends the route information routine.

The graffiti path course search routine is searched and selected by grabbing path course information registered and managed in the route memo information server by the mobile terminal control unit of the vehicle terminal (S3010), and the entire length of the selected graffiti path course is analyzed The level of the scale is automatically adjusted so as to be displayed in all of the nimble input / output units of the display device (S3020).

If the level set by the vehicle terminal is adjusted (S3030), the scale level is set or adjusted to an arbitrary value (S3040), and information on the graffiti path course is reproduced at a specified speed (S3050).

When the route information is evaluated by the vehicle terminal, the personal information terminal, and another vehicle terminal (S3060), the recommendation button displayed is clicked, and a recommendation memo is input (S3070).

The route information having a large number of recommendation numbers can be displayed with commercial advertisements as compensation provided by the route memo information server.

When the temporary playback stop is set by the vehicle terminal (S3080), a search engine for searching for the category around the route course at the stopped position is linked and driven (S3090).

When searching for a distance of a predetermined section included in the graffiti path course by the vehicle terminal (S3100), the controller calculates and outputs a path, time, and distance according to the moving means between the designated first position and the second position S3110).

Here, when the moving means is different, the moving path may be different, and there may be a difference also in the moving time and the moving distance.

If it is desired to enlarge and display a specific area by the vehicle terminal (S3120), the map of magnification magnified more than two times is displayed superimposed on the coordinate information of the designated position (S3130).

The magnification is preferably any one magnification or level selected from the range of 2 to 10 magnifications, and a magnification or level of magnification of 5 magnifications is most optimally desirable to accurately identify the position.

When the route memo information is input to a specific area by the vehicle terminal (S3140), the multimedia content information and the blog information are selectively input to the corresponding position specified by the coordinate information, and the input information is displayed while being divided into time (S3150).

FIG. 10 is a view showing contents added with map-based user participation-type shared information in a vehicle according to an embodiment of the present invention.

As shown in FIG. 10, a user sets (design) a route in an electronic map and links multimedia contents including photographs, texts, voices, images, and the like to key points, positions, or points on the designed path The present invention is directed to a technique of sharing a content as a separate content, that is, providing a variety of contents according to position and time order, so that the user can easily grasp the corresponding path as one continuous flow.

On the other hand, the communication parties can share the map results, or can provide a map designed to another designated party and share the same.

(The level and the center position are the same) between one or a plurality of communication counterparts in real time, and the position display, graffiti, and the like inputted through the various interfaces of the personal information terminal including the user or the opponent through the shared map, Memos, images and other information secured in real time.

Also, in the case of registering the personal information terminal as the sharing target member, it is possible to register the application (Call Map) or the communication medium in use and communicate through the communication medium, and to communicate with another personal information terminal A selection process is performed so that communication is performed with the registered communication medium or application.

Meanwhile, the present invention provides a technique for communicating with the other party through a telephone call, an instant message service, mail, SNS, etc., and recording, storing, providing and sharing information learned or learned by the user at a selected location on the map can do.

It is also possible to share the results of the communication among the communication parties or to provide a map designed to the other party designated separately. In addition, after delivery of the information on the map path, it is necessary to convey additional or supplemental content.

Although the present invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various modifications and variations can be made in the present invention within the scope of the following claims.

The foregoing description is merely illustrative of the technical idea of the present embodiment, and various modifications and changes may be made to those skilled in the art without departing from the essential characteristics of the embodiments. Therefore, the present embodiments are to be construed as illustrative rather than restrictive, and the scope of the technical idea of the present embodiment is not limited by these embodiments. It is to be understood that the scope of the present invention is to be construed as being limited only by the scope of the appended claims.

100, 100a, 100b, 100c: vehicle
200, 200a, 200b, 200c:
210: identification information section 220: GPS receiving section
230: Position generating unit 240:
250: Receiving unit 260: Shared information generating unit
300: Shared information server 400: Personal information terminal
500, 500a, 500b: portable terminal 600: communication network
1000: vehicle terminal 1010: mobile terminal controller
1020: mobile terminal communication unit 1030: map information processing unit
1040: Zip Pores Part 1050:
1060: IES part 1070: Coordinate arithmetic mean part
1080: Voice memo processing unit 1090: Graffiti memo processing unit
1100: Text memo processing unit 1110: Video memo processing unit
1120: Null input / output unit 2000: Communication network
3000: Map information server 4000: Path note information server
5000: Communication path management server 6000: Personal information terminal
7000: Mobile communication system server

Claims (7)

The user participation type shared information application is downloaded through the communication network, recorded and installed, and the surrounding electronic map information centered on the coordinate information of the received and analyzed current location is downloaded and recorded in the allocated area of the memory, A vehicle terminal and a personal information terminal capable of being attached to and communicating with a vehicle in which any one or more of the participatory share information is associated with a corresponding position of the electronic map by coordinate information and controlled to be output by selection,
A communication network connecting one or more of the vehicle terminals or one or more of the personal information terminals to each other;
And a shared information server for storing map-based location information to which the user participatory shared information is added to the vehicle terminal or the personal information terminal through the communication network in an allocated area,
The vehicle terminal and the personal information terminal
A GPS receiver for receiving GPS signals for measuring the position of the vehicle;
A position generator for generating position information through the GPS signal received by the GPS receiver;
A shared information generation unit for generating the location information and the user participation type shared information generated from the location generation unit;
A transmitting unit for transmitting identification information identifying the vehicle terminal and map-based location information added with the user participation type shared information to the shared information server; And
And a receiving unit for receiving shared information transmitted from the shared information server,
Wherein a path is set on a map by user input, and multimedia contents are registered at a set point, a set position, or a set point on the path by a user input. The method according to claim 1,
Wherein the user participation type shared information includes any one of text, graffiti, memo, voice, image, sketch, music, and video in the map-based location information. The method according to claim 1,
Wherein the vehicle terminal is any one of a tablet computer, a smart phone, a notebook computer, and a portable terminal including a communication function of a fixed type or removable attachment type to a vehicle. The method according to claim 1,
Wherein the identification information comprises a vehicle identification number and a group number for communicating with the same group. The method according to claim 1,
Wherein the personal information terminal is any one of a notebook computer, a personal computer, a tablet computer, and a portable terminal. A method of operating a map based user participation type shared information system including a vehicle terminal, a personal information terminal, a communication network, and a shared information server,
A first step of receiving a GPS signal through a vehicle terminal attached to a vehicle or a GPS receiver of a personal information terminal;
A second step of generating location information of the user through the GPS signal received by the GPS receiver;
A third step of transmitting, to the shared information server, the location information added with identification information of the vehicle terminal or the personal information terminal and user participation type shared information;
The shared information server transmitting the shared information including the location information to the vehicle terminal or the personal digital assistant belonging to the same group through the identification information; And
Wherein the vehicle terminal or the personal information terminal receives the shared information transmitted from the shared information server,
Wherein the route is set on a map by user input, and the multimedia contents are registered at a set point, a set location, or a set point on the route by user input. The method according to claim 6,
Wherein the user participation type shared information includes any one of a user participation type text, a graffiti, a note, a voice, an image, a sketch, a music, and a video in the map based location information.

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