KR101276239B1 - A precise mountain trail navigation system for a mobile phone - Google Patents

Abstract

The present invention relates to a precision mountain climbing navigation system for a mobile phone that can accurately locate and guide the road even in an environment where a search through the online is limited, such as a hiking trail, using a mobile communication terminal such as a mobile phone. In order to solve the problem that the navigation system is mainly driven by a vehicle or searches for a relatively well-known content such as an address or a business name, according to the present invention, a user, such as a smartphone, can always be carried by a user By using the mobile communication terminal, even in mountainous terrain such as hiking trails, the information of the hiking trails is displayed on the electronic map so that the user can always know his current location accurately, and precise climbing for mobile phones that can provide accurate directions even in bad weather or at night. A navigation system is provided.

Description

A precise mountain trail navigation system for a mobile phone}

The present invention relates to a navigation system, and more particularly, using a mobile communication terminal such as a mobile phone, for example, a mobile phone that can accurately locate and navigate the road even in an environment where search through the online is limited, such as a hiking trail. Relates to a precision mountaineering navigation system.

Recently, a navigation system has been commercialized and widely used by drivers.

Such a navigation system is generally mounted on a vehicle, but recently, the popularity of a navigation system implemented on a mobile communication terminal such as a mobile phone is also increasing.

In addition, the conventional navigation system was simply a way to the destination, but recently, not only the way, but also multimedia functions such as the playback of photos, music, movie files, or other directions depending on traffic conditions, There are also a number of additional features.

An example of such a conventional navigation system is, for example, a "navigation service method in a mobile communication terminal" as disclosed in Korean Patent Publication No. 10-2006-0017980 (published on February 28, 2006).

More specifically, the "Navigation service method in the mobile communication terminal" of the above-mentioned Patent Publication No. 2006-0017980, in order to go to the corresponding place using a conventional navigation system, the name or address of the destination that the user wants to go directly to The present invention relates to a service method for automatically setting a destination when a navigation is executed in a mobile communication terminal in order to solve the trouble of having to search for and input the data manually.

To this end, the above-mentioned Patent Publication No. 2006-0017980 is a process for checking whether destination information is included in a corresponding mail when a mobile communication terminal receives an email for user confirmation through a short message service (SMS); Checking whether to use the navigation service when receiving the mail containing the destination information, Checking and storing the destination and time information included in the mail when the navigation service is selected, and accessing the navigation system When the stored time information is read, the process of checking whether the current time is the time required to start navigation, and if the navigation start time, reads the stored destination information and confirms whether or not to automatically set the read information as the destination. Process and automatic destination selection The present invention discloses a service method that enables a user to easily and conveniently use the navigation system by configuring the read information automatically as a destination to perform navigation.

However, the above-mentioned "Navigation service method in a mobile communication terminal" of the 2006-0017980 described above merely inputs a destination instead of a user, and there is no mention of providing other additional services as described above. not.

In addition, as another example of the prior art as described above, for example, the navigation using the interworking with the "mobile communication terminal means," as disclosed in Korea Patent Publication No. 10-2009-0066259 (published on June 23, 2009) Content provision service system ".

More specifically, the "navigation content providing service system using the interworking with the mobile communication terminal means" of the above-described Patent Publication No. 2009-0066259, the navigation terminal using a mobile terminal using a mobile communication network, or, navigation The present invention relates to a navigation content providing service system using an interworking with a mobile communication terminal means for providing necessary information and content.

To this end, the above-mentioned Patent Publication No. 2009-0066259, a navigation management system for managing user registration and registered user information through a wired / wireless network, providing navigation information and providing content information to a registered user, and navigation management The mobile communication terminal, which provides the information and content information provided from the navigation management system according to the installed application program installed in the system and enables the operation operation control of the navigation terminal through linkage with the navigation terminal, and the mobile The operation of the navigation terminal is controlled by interworking with the communication terminal, and the navigation terminal and the navigation management system are installed to receive the information and contents provided from the mobile communication terminal. It comprises a user computer for accessing via the Internet, establishes a short-range wireless communication channel between the mobile communication terminal and the mobile terminal means using a mobile communication network, receives the content from the mobile communication terminal and transmits the content to the mobile terminal means The present invention discloses a navigation content providing service system that facilitates user convenience and enables effective use of a portable terminal means.

Therefore, according to the navigation content providing service system of the above-described Patent Publication No. 2009-0066259, it is possible to use the multimedia content in the navigation system through a mobile phone from various multimedia devices that the user has.

However, Patent Publication No. 2009-0066259 as described above uses a mobile communication terminal as a kind of repeater, and there is no mention of a navigation system for a mobile phone which is widely used recently.

In addition, as another example of the prior art for the navigation system as described above, for example, "output device of the camera image and map as disclosed in Korean Patent No. 10-0986592 (registered on October 4, 2010) and There is a way ".

More specifically, the "pattern and output device and method of the camera image and map" of the Patent No. 10-0986592, the conventional navigation or vehicle black box was able to provide only simple and flat data about the state of the vehicle In order to solve the problem, a map corresponding to the error-corrected GPS data through the map mapping operation is output along with the camera image, so that the driver can simultaneously view the camera image and the map when simulating driving to a specific destination, so that the travel route can be viewed. To provide a device and method for outputting camera images and maps for easy and accurate identification.

To this end, the registered Patent No. 10-0986592, the step of linking and storing the video data and the GPS data of the camera image, and outputting the data stored in association with the GPS data when the output of the video data for correction of the error with the map data Disclosed is a method of outputting a camera image and a map, comprising: performing a map mapping operation and outputting a map corresponding to the error-corrected GPS data together with a camera image.

However, the method of Patent No. 10-0986592 as described above is not mentioned with respect to a navigation system for a mobile phone such as a smart phone, which has been rapidly increasing in recent years, and the method of Patent No. 10-0986592 is also a vehicle driver. For the sake of not being able to help a lot in any situation other than driving.

On the other hand, in recent years, navigation is provided through a mobile communication terminal such as a mobile phone which can be always carried by the user, but this is also mainly driven by a vehicle, or even for pedestrians, relatively in urban areas. Most of them searched for the well-known contents such as address or business name in a place where communication environment is easy.

However, for example, in the case of hiking trails, there are many areas where map search is not possible online due to the limitation of mobile communication due to the nature of mountain, and it is not easy to see the map by referring to the surrounding terrain at night or in bad weather conditions. .

For this reason, there are cases of getting lost or distressed on hiking trails, and in order to prevent this, a navigation system for a mobile phone that provides accurate location information to a user by using a mobile terminal such as a newly emerging smart phone. Although it is desirable to provide a device, a device or method that satisfies all such requirements is not provided.

The present invention is to solve the problems of the conventional navigation system as described above, the object of the present invention, for example, such as a smart phone, using a mobile communication terminal that the user can always carry with the hiking trails In the same mountainous terrain, by displaying the information of the hiking trails on an electronic map, the user can always know his current location accurately, and to provide a precise mountaineering navigation system for mobile phones that can provide accurate directions even in bad weather or at night.

In order to achieve the object as described above, according to the present invention, in the precision climbing navigation system for mobile phones installed in a mobile phone, a GPS module for performing a GPS function, a compass module for performing a compass function, and performs a camera function There is provided a precise climbing navigation system for a mobile phone, characterized in that it comprises a camera module and a control unit for controlling the function of each module.

Here, the control unit is composed of a C program or a control program written in Object-c as a program such as an application installed in a mobile phone, and calls a component module in the form of a DLL (Dynamic Link Library) provided by the GPS module ( Call and read the numerical value to store the latitude, longitude, altitude data required for the electronic map in the form of a file such as CSV, xml, text.

The control unit may turn on the camera function, collect photo-related information, turn on the GPS function, collect GPS information, turn on the compass function, collect angle information, press a shooting shutter, and capture a file. When storing the file name and the collected information is inserted into the file in the form of a tag of the EXIF format, and checks whether the camera function is still on, if it is on, continues to collect each information at the time of shooting standby, the camera function If it is off, it is configured to perform an operation of turning off all remaining modules.

The control unit may provide information by displaying the file in which the collected information is inserted in the form of a tag in the form of an application program interface (API) on an electronic map, and transmits the position data recorded by the GPS module in a time sequence. And display the hiking trails by the graphic work to be connected accordingly.

In addition, the control unit, when displaying the picture information inserted in the tag on the electronic map, to display a graphic display indicating that there is a picture to inform the user that there is a picture, when clicking the graphic display and the image of the picture Characterized in that the configured to perform the operation to view the stored tag information together.

Further, the controller controls the screen movement so that the upper part is always magnetic north (electromagnetic north) on the electronic map on the basis of the keyboard of the mobile phone, and displays a line segment indicating the magnetic north direction on a symbol representing the current position, Characterized in that configured to match the mobile phone map direction.

The controller may be configured to display the azimuth information of the photograph on a digital map and match the actual terrain with the map by matching the angle of the photograph with the direction of the compass of the electronic map. .

In this case, the electronic map may be previously stored in a separate storage medium such as a memory of a mobile phone, or downloaded online, and may be configured to update a previously stored map.

In addition, the system is characterized in that the GPS location information and photo files generated by the predecessor, it is configured to be downloaded to the mobile phone of the other riders needed via the Internet, or infrared or Bluetooth communication to be used as a basic map .

In addition, the system, characterized in that configured to be able to buy and sell the image and reference information included in the path file and the picture information is displayed on the trail.

In addition, according to the present invention, in the control method of a precision climbing navigation system for a mobile phone installed in the form of an application in a mobile phone having a GPS module, a camera module and a compass function, the step of turning on the camera function and collecting the photo-related information; Turning on the GPS function and collecting GPS information, turning on the compass function and collecting angle information, maintaining the state of collecting each of the above information until the shutter is pressed, Inserting the file name and the collected information in the form of a tag of the EXIF format when the photographed file is stored, and checking whether the camera function is continuously on, and collecting each information at the time of recording standby if it is on. Continuously performing the steps to prepare for continuous shooting; and the camera module is turned off. If the performing the function of the off-balance of the module to control the mobile phone precision hiking navigation system, characterized in that configured to perform the step of minimizing the power consumption of the cellular phone method is provided.

Here, the navigation system is composed of a C program or a control program written in Object-c as a program installed in a mobile phone, and calls a component module in the form of a DLL (Dynamic Link Library) provided by the GPS module. Read the numerical value to store the latitude, longitude, altitude data required for the electronic map in the form of a file such as CSV, xml, text.

The navigation system may provide information by displaying the file in which the collected information is inserted in the form of a tag in the form of an application program interface (API) on an electronic map, and time-sequence of the position data recorded by the GPS module. Characterized in that it is configured to perform the operation for displaying the hiking trails by the graphical operation to connect according to.

Further, when the navigation system displays the photo information with the tag inserted on the electronic map, the navigation system displays a graphic display indicating that there is a picture to inform the user that there is a picture, and clicks the graphic display to display an image of the picture. And it characterized in that configured to perform the operation to view the stored tag information together.

In addition, the navigation system controls the screen movement so that the upper part of the mobile phone is always magnetic north (electromagnetic north) in the electronic map based on the keyboard of the mobile phone, and displays a segment representing the magnetic north direction on a symbol representing the current position. Characterized in that it is configured to match the map direction with the mobile phone.

In addition, the navigation system is configured to match the actual terrain and the map by displaying the azimuth information in which the picture was taken on the electronic map and matching the angle of the picture with the direction of the compass of the electronic map. do.

In this case, the electronic map may be previously stored in a separate storage medium such as a memory of a mobile phone, or downloaded online, and may be configured to update a previously stored map.

In addition, the method is characterized in that the GPS location information and photo files generated by the predecessor, it is configured to be downloaded to the mobile phone of the other riders needed via the Internet, or infrared or Bluetooth communication to be used as a basic map .

In addition, the method is characterized in that it is configured to be able to trade the image and reference information included in the path file and the picture information on which the trail is displayed by a commerce program on the Internet.

As described above, according to the present invention, by using the mobile communication terminal that can be always carried by the user, even in mountainous terrain such as a hiking trail, the information of the hiking trail is displayed on an electronic map so that the user can always accurately grasp his current location. In addition, it can provide a precision climbing navigation system for mobile phones that can provide accurate directions even in bad weather or at night.

That is, according to the present invention, for example, a mobile phone using a recent advanced computing application, such as a smart phone is implemented with a function that can accurately express the location using the GPS information, using such GPS information By displaying and expressing the information of hiking trails on an electronic map, it is possible to find out the current position of the trail on the trail, so that the user can always easily check that he is out of the registered hiking trail and return to the correct position. Accurate guides can be provided at night.

In addition, according to the present invention, by utilizing the compass function and the camera function basically provided in a recent mobile phone such as a smart phone, to obtain photo image information containing important information on the hiking trail, using the information useful for hiking It can provide a method for providing.

In addition, according to the present invention, by combining the respective functions provided in the mobile phone in addition to the above-described contents, it is possible to exert a beneficial function in daily life other than mountain climbing.

1 is a view schematically showing the basic configuration of the control system of the mobile phone in the precision mountain climbing navigation system for a mobile phone according to the present invention.
2 is a diagram schematically illustrating a process of inputting photographing information in the precision mountain climbing navigation system for a mobile phone according to the present invention.
3 is a diagram schematically illustrating a basic menu screen configuration of an application executed in an actual mobile phone in the precise mountain climbing navigation system for a mobile phone according to the present invention.
Fig. 4 is a diagram showing a display example of an electronic map in the precision mountain climbing navigation system for mobile phones according to the present invention.

Hereinafter, with reference to the accompanying drawings, it will be described in detail the precise climbing navigation system for a mobile phone according to the present invention.

Here, the content described below is only one embodiment for carrying out the present invention, the present invention is not limited only to the content of the embodiment described below.

In addition, in the following description, in order to simplify description, the photograph containing the positional information, the direction information, and the visual information at the time of taking a photograph shall be described as "location photograph information."

That is, the present invention, as described below, for example, the iPhone, or the current generation of mobile phones of the third generation or more can provide a camera and GPS and compass functions, such as using the 'location picture information including the location It is intended to provide a map service, etc., which is written and used.

More specifically, first, the precision mountain climbing navigation system for a mobile phone according to the present invention has a hiking trail position information input function.

That is, since the GPS function of the mobile phone provides location information (latitude and longitude), it generates a record file for recording the information so that it can be used in an electronic map.

Herein, the operation of the location recording function generates data by storing the location information of the corresponding point by the GPS receiver in a file form at predetermined time intervals.

Next, the precision mountain climbing navigation system for a mobile phone according to the present invention has a function of inputting location information into a picture.

In other words, since most mobile phones provide direction information through a compass function along with a camera function, a function of inputting information in the form of a tag into a photo file so that 'location photo information' can be obtained through these functions. Implement

In this case, since the location information is included in the picture itself (picture file), information can be moved with the file.

Subsequently, the precision climbing navigation system for mobile phones according to the present invention has a hiking trail display function.

In other words, the files created at the location recording stage have data continuously for each time zone, so the map display option function provides a way to read these files and connect them to the GPS points for each time zone. do.

In addition, since the storage time for each GPS point is stored in a file, the required time between specific points can be calculated.

Next, the precision mountain climbing navigation system for a mobile phone according to the present invention has a function of displaying a picture on a map.

That is, the function may read a photo file including the location photo information, and store the value of the photo position (latitude, longitude, etc.) read in the attribute value for processing the photo on the electronic map to express the photo on the electronic map. It is configured to be.

Here, the electronic map may be stored in advance in a separate storage medium such as a memory of a mobile phone, or may be downloaded online. The method of configuring the interface of the electronic map may be performed using an application program interface (API) method. It can be a way of delivering data.

More specifically, in the case of a material in which the photographing direction is input by the electronic compass function, an image including a direction indication of the photographing is provided on the electronic map, so that the direction of the electronic map and the actual photographed position are the same at the same azimuth angle. It can provide the ability to check the photo image.

In addition, the tag information containing the location information of the picture is configured to edit the location information by providing a function of modifying, updating or deleting the tag content for updating the tag content.

In addition, the precision climbing navigation system for a mobile phone according to the present invention has a function of using a hiking trail made by others.

That is, the GPS location information and photo files generated by the predecessors are valuable guide materials for the trailing climbers, so for example, they are uploaded to a server or the like and downloaded through the Internet, or via infrared or Bluetooth communication. It can be configured to be downloaded directly to the mountaineer's mobile phone and used as a basic map.

In addition, since the path file on which the trail is displayed and the image and reference information included in the photo information are valuable for information assetization, they can be used as a trading method by a commerce program on the Internet.

Subsequently, with reference to Figs. 1 to 4, the configuration of the precise mountain climbing navigation system for a mobile phone according to the present invention as described above and the detailed operation principle of each function will be described.

First, referring to FIG. 1, FIG. 1 schematically illustrates a basic configuration of a control system of a mobile phone in the precision climbing navigation system for a mobile phone according to the present invention.

That is, as shown in Figure 1, the precision climbing navigation system for a mobile phone according to the present invention comprises a GPS, a compass, a camera function and a control unit for controlling these functions, the form of a program such as an application installed in the mobile phone Can be.

Here, the control unit is composed of a control program written in a C program series (i-Phone is an Object-c), although the OS is different for each mobile phone, and uses a component module in the form of a DLL (Dynamic Link Library) provided by a GPS function providing application. By calling and reading the numerical value, the latitude, longitude, and altitude data required for the electronic map are stored in a file format supported by each mobile phone such as a CSV file, an xml file, and a text file.

Here, the electronic map is previously stored in a separate storage medium such as a memory of a mobile phone, or can be downloaded online, and is configured to update a previously stored map.

2 is a flowchart illustrating a process of inputting photographing information in the precision mountain climbing navigation system for a mobile phone according to the present invention as described above.

As shown in FIG. 2, when the control unit operates the GPS and compass functions, the position information file and the photo file are started through a series of processes as shown in FIG. 2 to indicate the position according to the cycle of the recording option. Creates a record, creates a location information file necessary for the electronic map representation until the user turns off the recording function, and saves it with the file name specified in the save option.

More specifically, the function of inputting the location information into the picture is a method of inputting the location information into the picture file in the form of a tag as shown in FIG. 2, and processes the overall function in the camera function.

That is, first, in step S100, when the camera function is turned on for photographing, the GPS function is turned on in step S110, and at the same time, data collection is started in step S111. In step (S120) to turn on the module for collecting the relevant information (On).

In this case, the valid data in step S111 may be a library providing GPS data. If the function is not provided by the GPS module, the data should be performed by the camera function, but most of the data is provided by the GPS module.

Subsequently, the compass function is turned on in step S130 and the angle data is collected in step S131 by the same method, and the function of maintaining the state with valid data until the shooting shutter is pressed in step S121 is performed. Run

Immediately after the event of pressing the shutter in step S300 and storing the file, in step S122, the photo information is inserted into the file in the form of a tag in EXIF format in which the file name and state of the digital photo are maintained.

Thereafter, periodically check whether the camera function is in the on state in step S400, and if not on, continuously perform the functions of each of the steps (S111, S131, S121) during shooting standby to prepare for continuous shooting.

In addition, if the state (Off) in step (S400) proceeds to step (S500), performs a function to turn off all the functions to minimize the power consumption of the mobile phone.

Therefore, as described above, a function of inputting location information into a picture can be implemented.

Next, with reference to Fig. 3, the trail and the picture display function of the precise climbing navigation system for mobile phones according to the present invention will be described.

Referring to FIG. 3, FIG. 3 is a diagram showing an example of the configuration of a basic menu screen when the precise mountain climbing navigation system for a mobile phone according to the present invention is executed in an actual mobile phone.

That is, by the basic configuration as shown in Figure 3, the GPS location information and the photo location information is input to the file 2. Path view-> 1. Select the file to be expressed via the path of the file open, at this time, display The option sets the presentation.

Here, the read file is displayed on the electronic map in the form of an API to provide information, and the trail is displayed by a graphic operation of connecting the recorded location records in chronological order.

4 is a diagram illustrating a display example of the electronic map displayed as described above.

At this time, the photo information is displayed in the graphic display that there is a picture by the display of the picture, and as shown in FIG. It can be configured to serve as a guideline.

Here, the photo containing information is an independent file with a jpg extension, and in order to apply it to the location information on the electronic map, when clicking the image of the image to be moved, the API is called to express the object of the photo on the electronic map. The location, file name, latitude, longitude, location azimuth, and other tag information are transferred to the electronic map to be displayed on the map.

In addition, the detailed method of expressing on the map is configured to be implemented in the electronic map function.

In addition, the photo-related information, as shown in Figure 4, the danger and reference in the hiking trails (poisonous / poisonous insects, cliffs, undivided crossroads, drinking water source, etc.) to display important information related to safety to the successor Can be represented on the trail to provide.

This function can be displayed using the file name of the picture, and other references can be configured to add more information through the tag information extension.

Next, a function of matching the direction of the actual terrain with the electronic map will be described.

First, for the function of matching the direction of the map with the actual terrain by the compass function, the screen movement is controlled so that the top is always magnetic north (electromagnetic north) on the electronic map based on the keyboard of the mobile phone. As shown in Fig. 4, a line segment indicating directionality is displayed on the symbol indicating the current position so as to be the same as that of the mobile phone magnetic position display, and this line segment is designated as magnetic north.

In addition, if the direction of the arrow at the point indicating the current position is the same as the magnetic north on the map, it can be seen that the map of the actual mobile phone and the current physical terrain.

Next, with respect to the function of matching the real picture with the input of the azimuth angle, when viewing the picture image in the direction in which the picture was taken, the topography and the map may be in a state in which the navigator may play a role.

That is, since the electronic map has the azimuth information where the picture was taken, if the angle of the picture coincides with the direction of the compass of the electronic map, the picture is taken.

Here, since there may be a difference in the direction in which the camera is mounted according to the design of the mobile phone, the actual photographing angle should be expressed in consideration of the angle calculated by the difference in the magnetic north direction of the mobile phone when storing the picture and expressing the picture direction.

For example, when the direction of the picture coincides with the direction of the camera, the blinking expression can be configured to act as a navigator to act on or obtain information on the picture image information.

Here, the above-described element technology and the like is a function supported by a GPS-related device or an expensive camera, but according to the present invention, since it can be implemented as an application operating in a mobile phone as described above, only a low-cost application purchase cost It can provide a service that performs the role of a guide that delivers directions and various information when hiking or other trips while carrying only a mobile phone without any additional equipment.

Further, according to the present invention, the GPS location information and the picture file generated by the predecessor as described above are downloaded to the cellular phone of the mountaineer who is required through, for example, the Internet or infrared or Bluetooth communication. It is designed to be used as a map, so it can be used as a valuable guide for trailing climbers.

In addition, according to the present invention, the image and reference information included in the path file and the photo information on which the trail is displayed can be bought and sold by a commerce program on the Internet, and thus can be utilized for information assetization.

As described above, the details of the precise climbing navigation system for a mobile phone according to the present invention have been described through the embodiments of the present invention as described above, but the present invention is not limited to the contents described in the above embodiments, and thus It is a matter of course that various modifications, changes, combinations, and substitutions may be made by those skilled in the art according to design needs and various other factors by those skilled in the art.

Claims (19)

In the precision climbing navigation system for mobile phones installed in a mobile phone,
A GPS module that performs a GPS function;
A compass module performing a compass function;
A camera module performing a camera function; And
Turn on the camera function, collect photo related information, turn on the GPS function, collect GPS information, turn on the compass function, collect angle information, press the shutter button to save the captured file. Inserts the file name and the collected information in the form of a tag in EXIF format, checks whether the camera function is on continuously, and if it is on, continuously collects each information at the time of shooting, and if the camera function is off, all the rest It includes a control unit for performing an operation to turn off the module,
The control unit,
When displaying the tag information with the tag on the electronic map, a graphic display indicating that there is a picture to inform the user that there is a picture,
Perform the operation of viewing the image of the photo and the stored tag information when the graphic display is clicked,
The screen movement is controlled so that the upper part is always magnetic north (electromagnetic north) on the electronic map based on the keyboard of the mobile phone, and the line indicating the magnetic north direction is displayed on the symbol representing the current position to match the actual map with the direction of the mobile phone map. ,
Display azimuth information taken on the electronic map,
And align the angle of the photograph with the direction of the compass of the electronic map so as to match the actual terrain with the map.
The method of claim 1,
The control unit is composed of a control program written in C program or Object-c in the form of a program such as an application installed in the mobile phone,
Calling a component module in the form of a DLL (Dynamic Link Library) provided by the GPS module to read the numerical value, the latitude, longitude, and altitude data necessary for the electronic map are stored in at least one of file formats including CSV, xml, and text. Precision mountaineering navigation system for mobile phones, characterized in that the storage in the form.
delete The method of claim 2,
The control unit,
Insert the collected information in the form of tags in EXIF format,
The tag inserted file is displayed on an electronic map in the form of an API (application program interface) to provide information.
And displaying a hiking trail by a graphic task of connecting the position data recorded by the GPS module in chronological order.
delete delete delete The method of claim 1,
The electronic map is pre-stored in a separate storage medium including the memory of the mobile phone, or can be downloaded online, the accurate climbing navigation system for a mobile phone, characterized in that configured to enable updating of the stored map.
The method of claim 1,
Precise mountaineering navigation system for mobile phones, characterized in that the GPS location information and photo files generated by the predecessor can be downloaded to the mobile phone of the other riders needed through the Internet or infrared or Bluetooth communication and used as a basic map. . The method of claim 1,
The mountain climbing navigation system for mobile phones, characterized in that configured to upload the image and reference information included in the path file and the picture information displayed on the trail to the server or at least one preset Internet site on the Internet.
In the control method of a precision climbing navigation system for mobile phones installed in the form of an application to a mobile phone having a GPS module, a camera module and a compass function,
Turning on the camera function and collecting photo-related information;
Turning on the GPS function and collecting GPS information;
Turning on the compass function and collecting angle information;
Maintaining a state of collecting the respective pieces of information until the photographing shutter is pressed;
Inserting a file name and the collected information in the form of a tag in EXIF format when the shutter is pressed and the captured file is stored;
Checking whether the camera function is continuously turned on, and if the camera function is turned on, continuously preparing respective photographing information to prepare for continuous shooting;
Minimizing power consumption of the mobile phone by performing a function of turning off all remaining modules when the camera module is in an off state;
When displaying the tag information with the tag on the electronic map, a graphic display indicating that there is a picture is displayed to inform the user that there is a picture, and when the graphic display is clicked, the image of the picture and the stored tag information are viewed together. Performing a processing to make it possible;
The screen movement is controlled so that the upper part is always magnetic north (electromagnetic north) on the electronic map based on the keyboard of the mobile phone, and the line indicating the magnetic north direction is displayed on the symbol representing the current position to match the direction of the mobile map. Performing a processing to make it possible; And
And displaying the azimuth information at which the picture was taken on the electronic map, and performing a process of matching the actual terrain with the map by matching the angle of the picture with the direction of the compass of the electronic map. A control method of a precision climbing navigation system for a mobile phone characterized by the above-mentioned.
12. The method of claim 11,
The navigation system is composed of a C program or a control program written in Object-c as a program installed in a mobile phone,
Calling a component module in the form of a DLL (Dynamic Link Library) provided by the GPS module to read the numerical value, the latitude, longitude, and altitude data necessary for the electronic map are stored in at least one of file formats including CSV, xml, and text. Control method of a precision mountain climbing navigation system for mobile phones, characterized in that the storage in the form. 13. The method of claim 12,
The navigation system provides the information by displaying the file in which the collected information is inserted in the form of a tag in the form of an application program interface (API) on an electronic map,
And a step of displaying a hiking trail by a graphic task of connecting the position data recorded by the GPS module in chronological order. delete delete delete 12. The method of claim 11,
The electronic map is pre-stored in a separate storage medium including the memory of the mobile phone, can be downloaded online, and the control of the precision mountain climbing navigation system for mobile phones, characterized in that configured to enable updating of the stored map Way.
12. The method of claim 11,
The mobile phone further comprises the step of downloading the GPS location information and the picture file generated by the predecessor to the mobile phone of the other riders needed through the Internet or infrared or Bluetooth communication to use as a basic map Method of precision mountain climbing navigation system. 12. The method of claim 11,
And uploading the image and reference information included in the path file and the photo information on which the trail is displayed to a server or at least one preset Internet site on the Internet.

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