KR100506618B1 - A method for searching map information by using an identification code and viewing a moving state of map image - Google Patents

Abstract

The present invention provides a map information system for storing a map image corresponding to an actual map, an interior of a building, a moving movie to be loaded when the map image is enlarged, reduced, moved up, down, left, right, and the like. The present invention relates to a method of moving and displaying a map image using a user information communication terminal connected through a computer communication network.

That is, the method of the present invention comprises the steps of: (1) extracting a corresponding map image according to a request of a user and providing the same to the user communication terminal; (2) viewing the map image at a first level; (at this time, the map image has an image sharing function set); and (3) enlargement, reduction, and image of the map image. Analyzing a corresponding movement command when a movement command such as, down, left, right exists; (4) loading a moving movie corresponding to the moving instruction to a second level; [At this time, the moving movie is composed of a map image before the movement (hereinafter, the current map image) and a post-movement map image (hereinafter, the target map image), the image sharing function is set. (5) The moving movie Viewing at a second level as an animation (moving from a current map image to a destination map image); (6) loading a target map image at a first level immediately before the animation of the moving movie is completed; (7) removing the current map image of the first level and the moving movie of the second level, and viewing the target map image to the first level. According to the present invention, the map can be freely moved, enlarged and reduced according to the user's convenience, and the smooth movement of the map image can be seen without the break or flickering of the map.

Description

A search method of map image and movement indication {A METHOD FOR SEARCHING MAP INFORMATION BY USING AN IDENTIFICATION CODE AND VIEWING A MOVING STATE OF MAP IMAGE}

The present invention relates to a map information search method and a movement display method using an identification code.

In particular, the present invention relates to a map information retrieval method for providing an identification code to map information (topographical maps, buildings, etc.) produced using flash animation to facilitate retrieval using the same on the Internet.

In addition, the present invention relates to a movement display method of a map image that enables smooth image movement without interruption or flickering by using a movement movie when moving from one map image to another map image.

The term "map information" used in the present invention is defined to include all types of map-based information, including maps, such as topographic maps, buildings, a large number of shops and houses in large buildings.

Therefore, the map information system refers to a system that provides all types of map-based information including a map to a desired user through the Internet, such as a topographic map, a building, a large number of shops and a house in a large building.

Furthermore, the map here is defined as including not only the picture representing the real space but also the picture representing the virtual space.

The current Internet classifies all information into keywords and categories based on text, and links all information according to the domain address system.

For example, in order to access the Internet for Lotte Department Store in 11 Sogong-dong, Jung-gu, Seoul, you can search for Lotte Department Store by keyword in various search engines, and then search for all information that contains the text Lotte Department Store. There are ways to access department stores by clicking and sorting various information into categories and shopping-> department store-> Lotte department store-> Lotte department store in Jung-gu, Seoul. There is a domain name for Lotte department store http: // There is a way to access www.lotte.com directly into your Internet browser.

However, this method can be used only when the user does not know the way or the location of the store, and can be troublesome when searching for a length or a store using location information that he knows.

In addition, in the existing map information system currently provided on the Internet, when moving from the current position to another position by dragging or clicking, the map information about the position to be removed is loaded and the map information about the position to be moved is loaded. While the map information regarding the position to be loaded is loaded, there is a phenomenon such as a disconnection of the screen or flickering due to a momentary movement, which causes problems such as inconvenience of the user and difficulty in locating the position due to the momentary movement.

Therefore, in the present invention, by expanding the map of the desired area to click on the desired store or directly enter the corresponding identification code to access the e-commerce system, the service of the desired store easily and conveniently without a difficult domain name or complicated category search process It provides a system that can be connected to.

In addition, the present invention provides a map information system that shows a natural movement seamlessly by loading the map information on the position to be moved at a different level from the currently displayed map information without removing the map information on the current position. Doing.

An object of the present invention is to provide a method of making a map source movie, an industry-specific movie, a building connection movie, etc. using a flash animation, and assigning a unique identification code to each map information to easily search for desired map information. .

In addition, another object of the present invention is to provide a movement display method of a map image without a screen breakage during movement by using a movement movie when moving between the map image and the map image.

Other objects and advantages of the invention will be described below and will be appreciated by the practice of the invention. In addition, the objects and advantages of the present invention can be realized by means and combinations indicated in the claims.

A preferred aspect of the present invention for achieving the above object is to search for map information using a map information system storing map image information and a user information communication terminal connected to the system via a computer communication network. It is about a method.

The method includes the steps of (1) preparing a first map image corresponding to the first area; (2) dividing the first map image into N (N≥2) pieces, and assigning and storing a first location code having a different serial number for each segmented segment image; (3) preparing a second map image corresponding to a second area constituting a part of the first area; (4) dividing the second map image into N (N≥2) pieces, and assigning and storing a second location code having a different serial number for each divided segment image; (At this time, the second location code is composed of `` first location code + different serial numbers. '') (5) Repeating the steps (3) and (4) at least once in a row Registering a map image block of a hierarchical structure with the map information system by providing an nth (n≥3) map image corresponding to the nth region by assigning an nth (n≥3) location code; (At this time, the n-th map image is one of the segmented segments of the n-th map image, and the n-th location code is composed of " n-th location code + different serial numbers. &Quot; Creating an object image of an institution, an enterprise, or a store disposed at an actual location of the area, and allocating and storing an industry type code and an object unique code for each of the institution, the company, and the store; (7) receiving a map information identification code consisting of " location code + unique code " from the user information communication terminal while a database of the map image and the object image is constructed; (8) extracting a corresponding map image and an object image based on the map information identification code; And (9) transmitting the extracted map image and the object image to the user information communication terminal and outputting the same.

In addition, another aspect of the present invention is a map image corresponding to the actual map, the inside of the building, and the like, and the map information storing the moving movie to be loaded when the movement of the map image zoom in, zoom out, up, down, left, right, etc. A system and a method for moving and displaying a map image using a user information communication terminal connected via the system and a computer communication network.

The method comprises the steps of: (1) extracting a corresponding map image according to a user's request and providing it to the user communication terminal; (2) viewing the map image at a first level; (at this time, the map image has an image sharing function set); and (3) enlargement, reduction, and image of the map image. Analyzing a corresponding movement command when a movement command such as, down, left, right exists; (4) loading a moving movie corresponding to the moving instruction to a second level; [At this time, the moving movie is composed of a map image before the movement (hereinafter, the current map image) and a post-movement map image (hereinafter, the target map image), the image sharing function is set. (5) The moving movie Viewing at a second level as an animation (moving from a current map image to a destination map image); (6) loading a target map image at a first level immediately before the animation of the moving movie is completed; (7) removing the current map image of the first level and the moving movie of the second level, and viewing the target map image to the first level.

In addition, step (4) further includes: (a) downloading a target map image constituting a moving movie based on the movement command from the map information system; (b) completing a moving movie by combining the target map image with a current map image that has already been downloaded and shared; And (c) loading the completed moving movie on a second level different from the first level.

In addition, the first level and the second level may be the same level.

The target map image is any one of an enlarged image, a reduced image, an upper image, a lower image, a left image, and a right image with respect to the current map image.

In addition, the map image movement display method of the present invention further comprises the step of setting a mask so that the moving movie is not displayed outside the output screen of the map browser when the movement command is an up, down, left, right movement command. It may include.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention. Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

First, Figure 1 is a diagram showing a system configuration for implementing a map information viewing method using an identification code according to a preferred embodiment of the present invention. As shown in the figure, the system of the present invention is connected to at least one terminal 10 and a server 30 via a network 20.

The terminal 10 may be a PDA, an IMT2000, a mobile phone, a personal computer, a workstation, or a larger or smaller computer system. Each terminal typically includes one or more processors, memory and input / output devices. The server also has a configuration similar to a terminal.

However, the server 30 includes a number of computers connected by a local network. In effect, the network includes hundreds to thousands of individual computer networks.

The network 20 may use an Internet communication protocol (IP) that allows a terminal to communicate with a server. The network 20 is representatively referring to the Internet, and is not necessarily limited thereto, and it is to be understood that the network 20 includes all intranets, extranets, and dedicated networks.

FIG. 2 shows program modules loaded into the ROM of the server 30 and a number of databases constituting a data storage device.

Hereinafter, it will be described in detail as follows.

The server 30 includes a server engine 31; A communication module 32 for transmitting and receiving data; Local extraction module 33a; Industry extraction module 33b; Building data extraction module 33c; An area map movement control module 34; A program module including a viewing module 35, a map image DB 36a; A map image movie DB 36b; A store icon DB 37a; Industry-specific movie DB 37b; Building detail information and a building internal store icon DB 38a; It consists of a database system which consists of a store connection movie DB 38b.

In this case, the server engine 31 is responsible for system operation, and in particular, receives a Hyper Text Transfer Protocol (HTTP) request to access a web page 39 identified by a Uniform Resource Locator (URL), that is, a client system, that is, a terminal. A firmware program for providing a web page 39 with respect to (10).

When the location code is input from the terminal 10, the area extraction module 33a extracts a map image corresponding to the location code.

The region map movement control module 34 extracts a movie corresponding to the enlargement, reduction, and movement command from the terminal 10.

The industry type extraction module 33b performs a function of extracting an object type code or an object unique code from the terminal 10 and corresponding object image and access information (homepage address, etc.) of the object.

When the building unique code is input from the terminal 10, the building data extraction module 33c extracts a movie including a cross-sectional view of each floor and a tenant shop icon.

When the moving command is input from the terminal 10, the viewing module 35 loads the movie to be moved at a different level from the currently viewed movie, and prioritizes the existing movie at the second frame where the moving animation starts after the loading is completed. This function prevents the moving movie from being obscured by the existing level map, and displays the button and information related to the location when the moving is completed.

The map image DB 36a is a database that stores an image of the area map, and the map image movie DB 36b is a database that stores a movie used for moving the area map.

In addition, the store icon DB 37a is a database storing store icons to be displayed on the industry type screen, and the industry type movie DB 37b stores a movie produced by arranging stores according to the industry type and a moving movie. Database.

The building detail information and the inside building store icon DB 38a is a database that stores the internal structure of the building (cross section of each floor) and the occupant shop icon, which are displayed on the screen when the building code is inputted, and the store connection movie DB 38b. ) Is a database that stores the movie created by the section of each floor, the tenant shop icon, and the moving movie.

Hereinafter, the process of producing map information using the identification code of the present invention implemented through the above system will be described with reference to FIGS. 3 to 6.

First, a process of manufacturing a map image and a movie using the same will be described with reference to FIG. 3A.

First, to prepare a map image corresponding to the actual map (S310) may be drawn directly on the flash, it may be used an external image or photo.

Flash is authoring software developed by Macromedia that is used to create vector-based animations that involve full-screen interfaces, graphical illustrations, and simple interactions. Creates a file that can be scaled up and down on the screen. The software is available up to version 6.0. Its speed and smooth graphical representation make it easy to find on many websites. Flash-generated content is saved with the filename extension ".SWF".

The initial map can be a world map, a Korea map, or a map of Seoul. The hierarchical structure of the initial map, the first magnification map, the second magnification map, and the third magnification map is used to fit the basic quadrangle screen to be displayed in the map browser. Prepare the map image block.

The prepared map is divided into a predetermined number per screen to determine a relative location code. (S320)

The division is preferably divided into nine parts, but is not limited thereto. The division may be arbitrarily determined according to an enlargement and reduction ratio of the map.

Preferably, a number from 1 to 9 is assigned from the top left to the right, followed by the previous number, which is the relative position code. For example, when a number (1st location code) of 1 to 9 is assigned to the initial map (1st map image), respectively, the first enlarged map (2nd map image) is " A second position code consisting of a number '. Therefore, the nth map image enlarged to the nth from the initial map has an nth position code consisting of "nth-1th position code + 1-9."

Preferably, a number is used as the location code. However, the present invention is not limited thereto, and a character such as an English letter or a Korean letter may also be used.

For example, as shown in FIG. 3B, when the initial screen is divided into 9 parts, a location code of 01 to 09 is assigned, and if the map image corresponding to the location code of 05 is further divided into 9 parts, each of them is 051 to 059. Is given the location code of.

If the same process is repeated for the map image corresponding to the location code 057, each of them is given a location code of 0571 to 0579.

This location code becomes an identification code identifying the map image.

Thus prepared map image is divided into nine blocks, as shown in Figure 3c, for example, diagonally separated and stored in 36 pieces each (S330).

That is, one map image is divided into 36 pieces and stored in the present embodiment, which is to allow more detailed movement when moving. Therefore, the map image is not limited to 36 pieces. It may be stored in each of the four pieces, or divided into four pieces again diagonally separated may be stored in each of 16 pieces.

Diagonal separation is used to reduce the burden of loading when moving diagonally from one map image to another.

Each piece can be marked to identify its location code and the order of each piece. For example, as shown in FIG. 3D, the file name can be displayed in the order of location code_each piece such as 051_1, 051_2, etc., and when stored as a table, the location code and the order of each piece are created as a table having data. May be

The stored map image is imported into the flash and the image sharing function is inputted into each map sharing data movie (S340). Using this, a movie to be output, moved, enlarged and reduced on the screen is produced.

Here, the step of S340 is not an essential task and may be used by sharing the map image as it is.

The reason for sharing is that once loaded maps can be used again without reloading.

For example, outputting a map image having a location code of 05 on the screen, as shown in FIG. 3D, when all the map sharing data movies from 05_1 to 05_36 are published in combination, a movie corresponding to 05 is generated.

Publish basically helps you safely insert Flash movies into your HTML documents. In other words, since the basic document format of the Internet is HTML, most of the HTML do not link directly to the Flash movie, but most of the HTML document inserts code (Object tag and Embed tag) to connect the Flash movie. Of course, if you link the swf document directly without inserting it into the HTML document, you can see it without any problem.

Also, as shown in FIG. 3E, the moving movie moving to the left is 0504, the moving movie moving to the right is 0506, the moving movie moving to the up is 0502, and the moving movie moving to the bottom is 0508. Publish each piece in combination. For example, as shown in FIGS. 3F and 3G, in the 0506 file, the first frame may be viewed as map 05, and the last frame may be displayed as 06, and then an automatic animation function may be provided.

Diagonally moving movies require more than the first and last frames of fragmented images above and to the side of the first frame to be shown in the middle of the move. For example, when moving from 05 to 03, as shown in FIG. 3E, the fragment images of the area indicated by the diagonal lines may be further combined.

3H and 3I show an example of diagonally moving movie production.

In addition to the production of a movie corresponding to the movement of eight directions, a movie corresponding to zoom in and zoom out can also be produced by providing an automatic animation function.

The movie corresponding to the movement is not limited to eight-direction movement, enlargement and reduction, and it is possible to move in multiple directions such as 16-direction movement or 0501 image map to 0601 image map for fine movement. You can also create a variety of movies based on distance and speed.

When all moving movies are produced, the masking technique provided by the flash is used to make the moving parts visible only on the part displayed on the screen, and the other parts are covered by the mask to make them invisible.

For example, a moving movie that moves from map 05 to map 06 is produced by combining maps 05 and 06. When this move movie is loaded, both maps 05 and 06 are visible. Since the whole process is shown and unnecessary maps are displayed out of the map screen frame, the moving layer is visible only on the map screen by applying a mask layer to the map moving animation layer so that the moving process can be seen exactly on the map screen. Is hidden by a mask so that it is not visible

Masking is a technique that creates a rectangle in black on one layer so that it fits the screen size exactly, and only the black rectangle is shown, and the other parts are hidden so that it is invisible.

Using the mask technique is not essential, and the mask technique may provide a natural and easy-to-view screen in terms of a user interface.

Here, the ten movies to be related to the movement can be cross-linked by making two movement movies with different level values assigned to the movement buttons in order to construct a dual map for eliminating a break or flicker of the map during movement. (S360)

In other words, if the loading movie is loaded at a different level than the map currently being shown, and the loading movie is removed, the existing movie is removed from the second frame where the moving animation starts, causing the moving movie to be obscured by the existing map. In order to construct a double map that implements a method to prevent losing, the same map is produced two times at different level values.

Although the exemplary embodiment is illustrated as two levels, the present invention is not limited to the dual level, and the multi level may be used to solve the disconnection or flicker of the map during the intended movement of the present invention.

For example, FIGS. 3J and 3K show that the level values of 6 and 5 are assigned in the production of the moving movie moving from the map 06 to the map 07. FIG.

If the moving movie currently displayed on the screen is a moving movie from map 07 to map 06, move the 0607 move movie to number 7 and 6 to the move button to go to map 07 to map 07 again. You need to set up a script that loads each of the burn levels.

If the moving movie currently displayed on the screen is a movie loaded at level 5, in order to load the movie moving to 07 at level 6, as shown in FIG. 3J, the 60607.swf moving movie is added to the moving button at 07. Save the current movie as 50706.swf by setting a script to load it on level 6.

If the moving movie currently displayed on the screen is a moving movie loaded in the 6th level, 50607.swf moves to the moving button to 07 as shown in FIG. 3K to load the moving movie of the 07 moving to the 5th level. Save the current movie as 60706.swf by setting up a script that loads the movie at level 5.

If the current screen is a 50706.swf movie, if you click the Go button to go to 07, 60607.swf, which moves from Map 06 to Map 07, is loaded and moved to Level 6 instead of the current Level 5. If you go to the map and click the Go button again to 06, the 50706.swf movie is loaded at level 5 instead of the current level 6 so that they are cross-connected.

If the current screen is 60706.swf movie, if you click the Go button to go to 07, 50607.swf, which moves from map 06 to map 07, is loaded and moved to level 5 instead of the current level 6. If you click on the Go button to go to map No. 6 again, you will load the 60706.swf movie on level 6 instead of the current level 5 so that it is also cross-linked.

In this way, the Move button on all maps can be loaded with two levels of the same move movie, so that the maps on all maps are cross-linked to each other so that the existing maps continue to load information while the new information you choose is loaded. When all the new information is loaded, the existing movie is removed from the second frame of the move animation to prevent the map from being obscured. When the move is completed, the new move button and the map of the moved position are completed. By allowing various information on the image to be loaded, all movements, enlargements, and reductions can be made naturally and the breakage and flickering of the map can be eliminated.

Next, a process of manufacturing the industry-specific movie according to a preferred embodiment of the present invention will be described with reference to FIG. 4A.

First, a classification of all institutions, companies, stores, and individuals is made, and the upper menu and the lower menu are designated, and a business type code indicating successively given upper menu values and lower menu values is determined.

For example, as shown in Fig. 4b, the industry code of the Chinese restaurant is 52, which is a concatenation of the value of the upper menu and the value of the lower menu, and the industry code of the police station is 13.

Here, the classification of the menu is not limited to only two stages, and even if the menu has two or more stages for detailed classification and accurate search, it does not matter as long as the menu values according to the stages are adopted.

In addition, the value of the lower menu itself may include the case where the corresponding value of the upper menu.

After setting the industry code like this, by creating an access icon or mark corresponding to all stores (S420) to place the access icon or mark of all the stores according to the industry code in accordance with the actual store location of all regions, (S430) Separate the connection icon or mark arranged in so as to be loaded when the menu is selected in all locations to produce a movie for each type of industry (S440).

Using the produced industry-specific movies, a movie to be used for moving between menus is produced at two different level values to construct a dual map for eliminating a break or flickering of the map.

In other words, if the loading movie is loaded at a different level than the map currently being shown, and the loading movie is removed, the existing movie is removed from the second frame where the moving animation starts, causing the moving movie to be obscured by the existing map. In order to construct a double map that implements a method to prevent losing, the same map is produced two times at different level values.

Although the exemplary embodiment is illustrated as two levels, the present invention is not limited to the dual level, and the multi level may be used to solve the disconnection or flicker of the map during the intended movement of the present invention.

Then, in the same way as when creating a map source movie, each move movie is programmed to the corresponding menu button so that a move movie corresponding to all other possible movements having different level values from the move movie can be loaded.

Next, a process of manufacturing a shop access movie according to an exemplary embodiment of the present invention will be described with reference to FIG. 5.

In the case of a shop in which many shops reside, such as a shopping mall, an image of an internal structure diagram such as a cross-sectional view of each floor is prepared to facilitate access to the shops in all buildings (S510), and information about each shop, In other words, a connection icon for accessing the homepage and the e-commerce system of each store is produced.

The preferred embodiment illustrates a case in which many shops are occupied, such as a shopping mall. However, the present invention is not limited thereto, and a plurality of independent tenants in the same building, such as a department store, an apartment, a house, or an officetel, may have a predetermined space. If it is occupied separately, it may be included.

The above-mentioned building is formulated with an arbitrarily given identification code, and a unique code is assigned to each occupant shop (S530).

Preferably, it may be given a certain identification code according to the characteristics of the building, such as department stores, apartments, houses, officetels. Preferably, a number may be given, but the present invention is not limited thereto, and a character such as an English letter or a Korean letter may also be used.

A connection icon of a store occupied in the corresponding floor is arranged in the cross-sectional view of each floor prepared above, and the cross-sectional view of each floor is generated as a movie and stored.

Using the produced shop access movie, a movie to be used for moving by floor is produced at two different level values for constructing a dual map for eliminating a break or flicker of the map (S550).

In other words, if the loading movie is loaded at a different level than the map currently being shown, and the loading movie is removed, the existing movie is removed from the second frame where the moving animation starts, causing the moving movie to be obscured by the existing map. In order to construct a double map that implements a method to prevent losing, the same map is produced two times at different level values.

Although the exemplary embodiment is illustrated as two levels, the present invention is not limited to the dual level, and the multi level may be used to solve the disconnection or flicker of the map during the intended movement of the present invention.

As described above, the map information system having an identification code sequentially expressing a code arbitrarily assigned to a certain range in each step according to the enlargement step may be usefully applied to finding a location in a virtual space rather than a real space.

As shown in Fig. 6A, the classification of categories is made spatial, the major classification is divided into nine, and each of the identification codes of 1 to 9 is determined.

If category 2 is clicked or '2' is selected in the input box, a screen as shown in FIG. 6B will be displayed.

In this screen, if the category 1 category is clicked or '21' is entered in the input box, the screen as shown in FIG. 6C will be displayed.

In this screen, if the category 2 category is clicked or if '212' is entered in the input box, a screen as shown in FIG. 6D will be output, and a desired theater can be selected from this screen.

In other words, to access Cine City, there may be a method of hierarchical access by clicking continuously, but the '21207', which is a theater identification code, is directly entered into the input box.

In this way, the production method of the system for providing the map information of the virtual space using the identification code is also the same as the method of the present invention. After the identification code is determined, a moving movie is produced.

When you create a move movie, you load the move movie at a different level than the map you're currently viewing, and after the load is complete, remove the existing movie at the second frame where the move animation begins, resulting in a map of the level that was previously shown. To create a dual map that implements a method that prevents the movie from being obscured, the same map is created two times with different levels.

Then, in the same way as when creating a map source movie, each move movie is programmed to the corresponding menu button so that a move movie corresponding to all other possible movements having different level values from the move movie can be loaded.

The building in S510 to S550 is not limited to a shop such as a shopping mall, and an emergency for general residential purposes such as an apartment or a house may also be applied to the building, in which case home networking such as apartment buildings, lakes, houses, etc. It can be connected to the system, the homepage of a resident, a digital device, or the like.

As described above, although the present invention has been described with reference to the accompanying drawings, the present invention is not limited by this and the technical idea of the present invention by those skilled in the art to which the present invention belongs Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described below.

Users can easily find a place, building, or store by using an identification code corresponding to a place or building that the user already knows.

The map can be freely moved, enlarged and reduced according to the user's convenience and provides a smoothly moving map image without any break or flicker of the map.

Based on this, it is possible to provide a convenient industry classification menu and to establish an integrated operating system that provides all the connection icons are correctly displayed on the map, providing both geographic information and various life information.

The following drawings attached to this specification are illustrative of preferred embodiments of the present invention, and together with the detailed description of the invention to serve to further understand the technical spirit of the present invention, the present invention is a matter described in such drawings It should not be construed as limited to

1 is a system configuration diagram for implementing a map information system using an identification code according to a preferred embodiment of the present invention,

2 is a functional block diagram schematically showing the configuration of a server according to an embodiment of the present invention;

3A is a flowchart illustrating a process of manufacturing a map image movie according to a preferred embodiment of the present invention;

3b is a view showing a process of assigning an identification code to a map image according to a preferred embodiment of the present invention;

3c illustrates a method of dividing a map image according to an exemplary embodiment of the present invention;

3d is a view showing a form displayed on the screen by combining the divided map image according to an embodiment of the present invention;

3E illustrates a moving aspect in accordance with a preferred embodiment of the present invention;

3F and 3G are views showing an example of left moving movie production according to a preferred embodiment of the present invention;

3H, 3I are views showing an example of diagonal moving movie production according to a preferred embodiment of the present invention;

3J and 3K illustrate a method of manufacturing a moving movie having different level values according to a preferred embodiment of the present invention;

4a is a flowchart illustrating a process of manufacturing a movie for each industry according to a preferred embodiment of the present invention;

Figure 4b is a view showing a method of determining the identification code according to the upper menu and lower menu for each industry according to a preferred embodiment of the present invention,

5 is a flowchart showing a process of manufacturing a store access movie according to an embodiment of the present invention;

6A, 6B, 6C, and 6D illustrate an application process to a web category according to a preferred embodiment of the present invention.

<Description of main reference numerals in the drawings>

10: terminal 20: network 30: server

Claims (8)

A method of retrieving map information using a map information system storing map image information and a user information communication terminal connected to the system via a computer communication network, the method comprising: (1) preparing a first map image corresponding to the first area; (2) dividing the first map image into N (N≥2) pieces, and assigning and storing a first location code having a different serial number for each segmented segment image; (3) preparing a second map image corresponding to a second area constituting a part of the first area; (4) dividing the second map image into N (N≥2) pieces, and assigning and storing a second location code having a different serial number for each divided segment image; Wherein the second location code consists of &quot; first location code + different serial number &quot;; (5) By performing the steps (3) and (4) repeatedly at least once in a series, the nth (n ≧ 3) map image corresponding to the nth region is prepared, and the nth (n ≥3) registering a hierarchical map image block with the map information system by assigning a location code; Wherein the n-th map image is one of the segmented segments of the n-th map image, and the n-th location code consists of "n-th location code + different serial number"; (6) preparing an object image of an institution, a company, and stores disposed at an actual location of the n region, and allocating and storing an industry type code and an object unique code for each of the institutions, companies, and stores; (7) receiving a map information identification code consisting of &quot; location code + unique code &quot; from the user information communication terminal while a database of the map image and the object image is constructed; (8) extracting a corresponding map image and an object image based on the map information identification code; (9) transmitting the extracted map image and the object image to the user information communication terminal, and outputting the map information. The method of claim 1, Map information retrieval method characterized in that the N is 9. A map information system that stores map images corresponding to actual maps, interiors of buildings, etc., and mobile movies to be loaded when the map image is enlarged, reduced, moved up, down, left, and right, and the system and the computer communication network. A method of moving and displaying a map image by using a user information communication terminal connected via (1) extracting a corresponding map image according to a user's request and providing the same to the user communication terminal; (2) viewing the map image at a first level; (at this time, the map image has an image sharing function set) (3) analyzing a movement command when there is a movement command such as enlargement, reduction, up, down, left, right for the map image; (4) loading a moving movie corresponding to the moving instruction to a second level; [At this time, the moving movie is made of a combination of a map image before the movement (hereinafter, the current map image) and a map image after the movement (hereinafter, the target map image), the image sharing function is set. (5) viewing the moving movie as animation (moving from the current map image to the destination map image) at the second level; (6) loading a target map image at a first level immediately before the animation of the moving movie is completed; (7) removing the current map image of the first level and the moving movie of the second level, and viewing the target map image on the first level. The method of claim 3, wherein step (4) is performed again. (a) downloading a target map image constituting a moving movie from the map information system based on the moving instruction; (b) completing a moving movie by combining the target map image with a current map image that has already been downloaded and shared; And and (c) loading the completed moving movie on a second level different from the first level. The method according to claim 3 or 4, And the first level and the second level are the same level. The method of claim 4, wherein And the target map image is any one of an enlarged image, a reduced image, an upper image, a lower image, a left image, and a right image of the current map image. The method of claim 3, wherein If the movement command is an up, down, left, right movement command, a map image movement display method further comprising the step of setting a mask so that the movement movie is not displayed outside the output screen of the map browser. . The method of claim 3, wherein Each of the map images is assigned a corresponding unique identification code; The user's request is a map image movement display method, characterized in that the unique identification code of the map image to be searched.