JP2001195410A - Subject matter information display system, and data storage method and display method for system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a subject matter information display system, capable of preparing needed page data each time without preparing all page data to display each subject matter data as necessary, even if there are many pieces of subject matter data. SOLUTION: This subject matter information display system is provided separately with a page data database 107, where the display format form of data is stored in a server 1, a subject matter database 204, where detailed data on many subject matters are stored and a graphic database 303 in which icon data displaying image data about an image where a subject matter is arranged, and the subject matter. Also the system is provided with a clickable map generating means 113 that prepares a clickable map displaying an icon linked with the detailed data of a retrieval subject matter on an image, thereby displaying the detailed data of the subject matter by clicking the icon from a terminal 2 and also changing display contents only by changing material data, such as the subject matter data.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an object information display system using a computer system, a method of storing data in the object information display system, and a display method.
Data in target object information display system, target object information display system that can create necessary page data as needed without creating all page data to display each target object data And a display method.

Hitherto, Japanese Patent No. 2756483 has been proposed as a method for displaying information on a predetermined point (for example, a facility such as a shop) on the Internet by clicking the point on the drawing. this is,
Advertisement information is supplied by a computer system including a server that has constructed a database including images and a terminal connected to the server via a line. That is, while prompting the advertisement requester to enter the advertisement information, the map information for displaying the map on the server, and the position designation of the advertisement target object on the map are prompted, and the advertisement target position specified on the map is displayed. The coordinates of the object are stored one by one on the server side in association with the inputted advertisement information, and a database is constructed.

On the other hand, a terminal is accessed by a terminal to access a server to display a map based on the map information, and a point on the map corresponding to the stored coordinates of the advertising object. In the iconized advertisement object displayed at the point, a desired advertisement object is selected, and the terminal reads out the advertisement information associated with the selected advertisement object from the server and reads the advertisement information. The advertisement information is displayed and output to the advertisement recipient. According to this technique, the advertisement recipient clicks a facility such as a shop on a map displayed on the display device of the terminal connected to the database stored by the server with a pointing device, thereby registering the facility registered in advance. The advertisement information of the store is displayed.

[0004]

However, in the above-described method of supplying advertisement information and the method of registering the advertisement information, the server displays map data and all detailed advertisement information to be displayed linked to this map. Must be created and stored in advance. For this reason, the amount of map data to be stored or the HTML data created in advance becomes enormous. In addition, when maintenance such as correction or deletion of the advertisement information is performed, the HTML is required each time. There is a problem that data must be stored again in the server, which is complicated.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and is required without preparing all the page data for displaying each target object data even when having a large number of target object data. It is an object of the present invention to provide a target object information display system which can create page data as required each time, and a method of storing and displaying data in the target object information display system.

[0006]

According to a first aspect of the present invention, a search is made for a target object that matches desired conditions from a large number of target object information, and the location of the searched target object is indicated by an icon on the drawing. A target object information display system for displaying detailed information of the target object by designating the icon; a page data database storing a display format form of data on a display device; An object database storing detailed data including explanatory character data and / or necessary image data related to the object, a search unit for searching the object database from the object database based on designation of a condition, and the object are arranged. A drawing database storing drawing data related to the drawing and icon data for displaying the target object;
The position of the retrieved target object on the drawing stored in the drawing database is specified, and the icon data is superimposed on the position of the target object to create a target object arrangement drawing. Clickable image generation means for creating clickable image data linked to detailed data of the target object stored in the target object database each time by clicking an icon on the object arrangement drawing, and a clickable image generation unit for searching and specifying the target object. A page data generating means for displaying detailed data on a display device based on a display form stored in the page data database.

[0007] The invention according to claim 2 is constructed in a computer system comprising a server and a terminal connected to the server, retrieves a target object that meets desired conditions from a large number of target object information, and retrieves the retrieved target object. By indicating the location of the with an icon on the drawing, and by specifying the icon,
A target object information display system for displaying detailed information of the target object, wherein the server has a page data database storing a display format form of data to a terminal, and explanatory character data and / or objects for a number of target objects. A target object database storing detailed data including necessary image data related to the object, a search unit for searching the target object database from the target object database based on designation of a condition from a terminal, and drawing data relating to a drawing in which the target object is arranged And a drawing database storing icon data for displaying the target object, and specifying the position of the searched target object on the drawing stored in the drawing database, and specifying the icon at the position of the target object. Create a target object layout drawing by superimposing data, and the icon on the target object layout drawing Clickable image generation means for creating clickable image data linked to the detailed data of the target object stored in the target object database each time when clicked from the end, and detailed data of the searched and designated target object on the above page An object information display system comprising: page data generation means for displaying on a terminal based on a display form stored in a data database.

[0008] The invention described in claim 3 is the above-mentioned claim 1,
Or a target object information display system according to claim 2, wherein the WEB server includes a page data database, a search unit, a clickable image generation unit, and a communication interface with a terminal; and a target object server including a target object database. And a drawing server provided with a drawing database and drawing data processing means.

[0009] The invention described in claim 4 is the above-mentioned claim 1,
4. The object information display system according to claim 2 or 3, wherein the drawing data processing means displays the icon of the designated target object or a target which is a mark on the drawing previously stored in the server on the drawing. Is a target object information display system that creates drawing data so as to be located at the center of the object.

According to a fifth aspect of the present invention, there is provided the object information display system according to the first, second, third, or fourth aspect, wherein the terminal moves the drawing together with the drawing. Display means for displaying a button indicating a possible direction; and request sending means for sending the corresponding movement point data to the server when the button is operated by the input means. And a clickable image generating means for changing the display center position of the drawing.

According to a sixth aspect of the present invention, there is provided the object information display system according to the first, second, third, fourth, or fifth aspect, wherein the object is a real estate property. The target thing database is a target thing information display system that stores a property number, a property position, a property detail description, and / or necessary image data related to the property, which are character data of each real estate property.

According to a seventh aspect of the present invention, there is provided a page data database in which a data display format form is stored in a server, and explanatory character data and / or explanation data for a large number of objects.
Alternatively, a target object database storing detailed data including necessary image data on the target object, and a drawing database storing drawing data on a drawing in which the target object is arranged and icon data for displaying the target object are separately provided. This is a method for storing data in a target thing information display system that only stores, changes, and deletes detailed data on a target thing in a target thing database when storing, changing, and deleting detailed data of the target thing.

According to an eighth aspect of the present invention, the object according to the seventh aspect is a real estate, and the object database is a character number, a position of the property, which is character data of each real estate. Stores detailed data consisting of the detailed description of the property and / or the necessary image data related to the property. When storing, changing, or deleting the detailed data of each real estate property, stores and changes the detailed data of the real property in the target thing database. This is a method of storing data in the target thing information display system that performs only the deletion process.

According to a ninth aspect of the present invention, one or a plurality of target objects are designated from the candidate target objects displayed on the terminal and transmitted to the server, and the server displays on the terminal an icon indicating the designated target object on the drawing. Is created and transmitted to the terminal, and the terminal designates a desired icon from the displayed drawing, and the server transmits the explanatory character data and / or necessary image data of the target object to the terminal. This is a method of displaying data in the target object information display system to be transmitted.

According to a tenth aspect of the present invention, in the ninth aspect of the present invention, when an object is designated from the terminal, the server sets an icon of the first designated object,
Alternatively, this is a data display method in a target object information display system that generates and transmits clickable drawing data such that an icon indicating a target as a mark on the drawing stored in a server in advance is located at the center of the drawing.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a real estate information display system in which a target object is a real estate in the target object information display system according to the present invention will be described below with reference to FIGS.
This will be described with reference to FIG. (First Embodiment) In this example, a server 1 (100, 20
(0,300), a database including detailed character data and image data of a large number of real estate properties is constructed, and the terminal (client) 2 (400) is connected to the server 1 via the network 3 such as the Internet. The user selects a real estate property from the terminal 2 based on the map hierarchy and other conditions, and displays detailed contents of the property.

FIG. 1 is an overall configuration diagram of a real estate information display system according to the present invention. Web server 10 in the drawing
0, the property server 200 serving as the target thing database and the map server 300 serving as the drawing server are configured as separate servers, respectively, and are connected to the property server 200 and the map server 300 via the dedicated line 4 from the web server 100. However, they may be connected via the Internet. These servers may be a single server as long as problems such as CPU load and hard disk capacity are allowed.

FIG. 2 is a functional block diagram showing the configuration of the web server 100. Communication interface 101
Performs communication with the client 2 (400) on the Internet 3 using, for example, the HTTP protocol. The request control means 102 includes an initial screen of the present system, a URL of a linked page, a selection result of an option for property search, input conditions (hereinafter referred to as property search conditions), information of a property to be displayed, and the like. The request is received from the client 2 (400) and passed to the appropriate function means. Further, the request control unit 102 transmits the clickable map (property arrangement map) mainly displaying the first property displayed on the client 2 (400) to the client 2 (400) so that other properties are displayed on the monitor 407. The request is received by the input means of (1), and the display of the map is moved.

The property search mediation means 103 transmits property search conditions from the client 2 to the communication interface (property) 1
04 and the result of the search by the property server 200 (number of items or property list, etc.)
Is passed to the page data generation unit 105 in order to generate a screen to be displayed on the client 2 (400).

The page data generation means 105 receives the URL requested by the client 2 (400), the search result from the property search mediation means 103, the map image from the clickable image generation means 110, and the clickable map page data, and accesses the page data. The page data database 107 storing page data having a fixed framework (form) such as an initial screen is accessed through the means 106, and appropriate page data is generated and extracted.

The clickable image generating means 110 includes:
It includes a map server control unit 111, a map image temporary storage unit 112, and a clickable map generation unit 113. Property information (map hierarchy, travel points (x, y), property latitude / longitude, Property N
o.). The clickable image generating means 110 transmits the property information to the communication interface (map) 1.
08 and transmitted to the map server 300 via the map server 300, the map image received from the map server 300 is temporarily stored in the map image temporary storage means 112, and at the same time, the map server 3
Based on the size of the map image (latitude / longitude at the upper left of the map image and the latitude / longitude at the lower right) received from 00 and the property information held in the map server control means 111, the clickable map generation means 113 clicks on the clickable property. Generate maps and use them for page data generation means 105
Hand over to

FIG. 3 is a functional block diagram showing the configuration of the property server 200. The search means 202 searches and extracts the property that matches the property search condition acquired through the communication interface 201 from the property database 204 in which the property information is stored in advance using the access means 203 and stores the search result in the relevant property information. It is stored in the means 205. Further, the search unit 202 transfers the search result to the web server 100 via the communication interface 201. Further, when the detailed information of the specific property is requested, the detailed information of the specific property is extracted from the corresponding property information storage unit 205.

The relevant property information storage means 205 is used to store the search result and, when a narrow search is required, to search again from the search result stored here in order to shorten the time required for the search.

In the property database 204, the property No., which is character data, information on the location of the property (area classification, address, latitude / longitude, nearest station, etc.), rent of the property, floor plan,
In addition to other equipment statuses, information such as image data of the appearance of the property, floor plan, and the like, which are image data, are registered in advance for each property as needed.

FIG. 4 is a functional block diagram showing the configuration of the map server 300. The map data processing means 310, which is a drawing data processing means, stores the property information received through the communication interface 301 in the map hierarchy (scale) information holding means 311 and the base point holding means 312, and accesses the drawing database via the access means 302. From the map data file stored in a certain map database 303, a fixed-size map image centering on a property to be displayed on a map is cut out by the map image cutout means 313 and pasted into the map image processing work area 314.
When there are a plurality of properties to be displayed, a map image centered on the property selected first or the property listed at the top can be cut out.
In addition, other methods (such as centering on the average position of the target property, placing a specific property at one of the four corners, or diverting from the sea in the seaside area) can be used as a method of cutting out.

The map data processing means 310 outputs an appropriate icon from the icon data file stored in the map database 303 to the icon extracting means 31.
5, the extracted icon is attached by the information adding means 316 to the corresponding property location of the map image attached to the map image processing work area 314. In this example, the map database 303 holds a map data file created at a plurality of scales (map layers) and divided and held in an appropriate size, and an icon data file. It should be noted that the map data file does not have to be separated, but is very heavy because the data in each file is enormous.

The map data file holds a map image file (bitmap, vector data), its scale (map hierarchy), and base point data (latitude / longitude of each place). I
D, Holds the icon size.

FIG. 5 is a functional block diagram showing the configuration of the client 2 (400). Communication interface 40
1 communicates with the server 1 on the Internet 3 using, for example, the HTTP protocol. The request sending unit 402 includes a mouse 41 which is a pointing device.
1 and a condition and a selection result input by the input unit 410 including the keyboard 412 are transmitted to the communication interface 4.
01 to the WEB server 100. H
The TML interpreting unit 405 interprets the HTML received from the WEB server 100, passes it to the display control unit 406 for display on the display unit (monitor) 407, and displays it on the display unit 407.

Next, the operation of the real estate article information display system according to this embodiment will be described. FIG. 6 is an overall flowchart viewed from the client operator side. First, from the client 2 (400) to the WEB server 100,
An initial screen of the present system is requested, and a large area selection screen is displayed (SA1). The large area is, for example, the Tohoku area,
It is classified as Kanto, Tokai, Kansai, etc.
For example, when the Kanto area is selected, a middle area selection screen is displayed next (SA2), and the screen is displayed for each of Tokyo, Chiba, Kanagawa, and the like. For example, if Tokyo is selected here, a screen for selecting rent and floor plan is displayed next. The rent,
Before displaying the floor plan screen, the area may be narrowed as a small area by city, group, ward, train line, or the like.

Next, the operator inputs (selects) a desired rent range and a condition such as a floor plan (SA3) and performs a search. The number of hits as a result of the search is displayed on the monitor (monitor)
407 is displayed. If the number of applicable properties is within the predetermined number (1000 in this example), the property list is displayed as it is (SA4, SA6). If the number exceeds the predetermined number, or if it is desired to perform a search by adding a condition without exceeding the number, equipment conditions (for example, flooring, air conditioner, auto lock, etc.) are added and a narrowed search is performed (SA5).

In the displayed property list, the operator selects, on the property list screen, whether to display a map or to display detailed information for each property, particularly for the property desired by the operator or all properties (SA7). When the detailed information of the selected property is displayed by selecting the display method, the detailed information is displayed from the property described at the top of the property list (SA8). To move to the next property, the user presses the next property button added to the currently displayed property detailed information screen, or selects a corresponding part in the property list displayed in another window.

For the property for which the detailed information is displayed, a map in which the icon image and the property number are plotted at the property location can be displayed (SA9). On the other hand, when the map display is selected as the display method, an icon image and a map (see FIG. 9) plotting the property number are displayed at the location of the relevant property (SA10), and the property for which detailed information is desired to be displayed is displayed. Is clicked on the map, detailed information (see FIG. 10) of the property is displayed (SA11).

FIG. 7 is a flowchart showing a procedure in which the real estate property information display system according to the present embodiment displays the property on a map. The procedure for searching for a property uses a known means, and a description thereof will be omitted. The property search mediation means 103 of the WEB server 100 receives the property searched in the property server 200 according to the property search condition from the operator (the property is narrowed down to a predetermined number), and the page data generation means 105 stores the page data database. A property list page is generated by incorporating the searched property into the page data of the property list display form stored in 107, and is displayed on the monitor 407 of the client 2 (400) as shown in FIG. 8 (SB1).

The display screen 10 shows a list of properties 11
And a button to go to the map page "Go to map screen" button 1
2 and a check box 13 for selecting a map display are displayed. If there is a property that attracts the operator's attention, the relevant property is operated by operating the mouse 411 to make a check mark 14
(At this time, the designated position of the mouse 411 is specified by the position detecting means 403 of the client 2 (400)), and the “Go to map screen” button 12 is pressed (see FIG. 8). If the user wants to plot the entire displayed property list on a map, he presses a "select all" button (not shown). Conversely, when all the properties are set to be checked when the property list is displayed, unchecked properties are not displayed for properties that are not of interest (SB2). .

WEB which received a request for map display from request sending means 402 of client 2 (400)
The request control means 102 of the server 100 includes a map layer (the initial display is 1/20000), a moving point (x, y),
Property latitude / longitude (unit: milliseconds), property No.
Applicable property information such as (a plurality of properties) is stored in the map server control means 11.
1 and sends it to the map server 300. The map hierarchy (scale factor) is 5 for overcrowded areas such as the city center.
One-thousandth or one-tenth-thousandths, for areas that are not overcrowded, one-twentieth-thousand, and large-scale map hierarchies of 70,000, 1: 200,000, etc. are available for selection of large, middle, etc. (SB3).

The movement point is set to 0 as standard.
(3, -2, -1, 0, 1, 2, 3,... (Moving fixed pixels based on the leading property according to points)) to move the central property so that other properties can be displayed on the map. Things. For example, the latitude (+1) point moves to the center of the top property (center) and the center of the top of the map, and (+
2) For the point, the head property moves to the top of the map to display the property that has not been displayed before (SB
4). Note that this movement point is generated by pressing the display movement buttons 24 at the top, bottom, left and right of the clickable map shown in FIG.

Then, in the map server 300, the map data processing means 310 generates a map image centering on the leading property among the relevant property information received from the WEB server 100. The map hierarchy of the property applicable information is stored in the map hierarchy (scale) information holding means 311, and the latitude / longitude of the property and the property No. are stored in the base point holding means 312.
To generate the map image, the map data file stored in the map database 303 is moved on the map surface around the latitude / longitude of the first property (if there is a movement point, the position of the latitude / longitude specified by the specified logical coordinates) The display position of the map surface is moved so as to obtain a map image of a predetermined size (unit: pixel) (SB5), and stored in the map image processing work area 314. Although the top property is used as a reference, a map can be created based on other properties, or based on a specific facility (ward office, city hall, school, etc.), a railway line station, or the like. In this case, the property database 204 needs to have information (latitude and longitude, name, and division) for each facility.

The specified character string (property No.) and icon extraction means 3 are added to the specified latitude and longitude of the cut-out map image stored in the map image processing work area 314.
15 and the icon extracted by the information adding means 316.
To generate a one-file icon-equipped map image (SB6). The map data processing means 310
The generated map image and the upper left of the map image (x = 0,
y = latitude / longitude, and latitude / longitude information at the lower right of the map image (x = 0 + map size, y = 0 + map size)
The data is transmitted to the EB server 100 (SB7). At this time, the logical coordinates of the upper left and lower right corners of the map image are converted into their respective latitudes and longitudes.

The transmitted map image is temporarily stored in the map image temporary storage means 112 in the clickable image generation means 110 of the web server 100. In addition,
The latitude / longitude information of the upper left and lower right corners of the map image is stored in the map in advance. And the map server control means 111
HTML of a clickable map corresponding to the icon of the property by the clickable map generating means 113 at the location of the target property calculated by the following formula based on the property information stored in the map information and the latitude / longitude information of the upper left and lower right corners of the map image: Is generated (SB8).

Logical x coordinate = map × size × (latitude of property−
Latitude of map image upper left / (Latitude of lower right of map image-Latitude of upper left of map image) Logical y coordinate = Map y size x (Longitude of property-Longitude of upper left of map image) / (Longitude of lower right of map image-Map image Longitude at upper left)

Here, the clickable map generating means 11
The configuration of the clickable map automatically generated in step 3 will be described in more detail. The clickable map is composed of an HTML file for displaying the entire page, a map image file displayed therein, and a MAP file for describing the correspondence between the coordinates of the map image file and the click operation. The description in the HTML file is as follows. <a href=“*****.map”><img src = “*****. gif” ISMAP border = 0></a> where the first sentence above specifies the corresponding MAP file The second sentence is a description for specifying a map image file. The description in the MAP file is as follows. default http: // ~ *****. html point http: // ~ *****. gif x, y Here, the first sentence is the description that specifies the HTML file, and the second sentence is the map This is a description for specifying the image file and the click operation coordinates x, y. In this example, “point” that operates as a point area is taken as an example, but in addition, a circle area “circle”, a square area “rect”, and a polygon area “poly”
"gon" can also be specified. The clickable map generation unit 113 automatically generates a character string by synthesizing a fixed character string held in advance with the calculated coordinate value, and writing the synthesized character string in each file.

When the clickable maps are generated for all the properties, the map image temporary storage unit 112 transfers the stored map image, and the clickable map generation unit 113 transfers the generated clickable map HTML to the page data generation unit 105. The page data generating means 105 generates page data (HTML) by incorporating the map image and the HTML of the clickable map into the page data of the predetermined form stored in the page data database 107 (SB9), and generates the page data through the communication interface 101. The returned page data is returned to the client 2 (400) (SB10).

In the client 2 (400), the received page data (HTML) is interpreted by the HTML interpreting means 405, and is displayed by the display control means 406 on the display means (monitor).
407 (SB11) (see FIGS. 5 and 7).

Display means 40 of client 2 (400)
7, a map image 21 is displayed on the screen as shown in FIG. 9, and an icon 22 and a property No.
The clickable map 20 displaying (“00131201”) is displayed.

Then, the operator clicks the clickable map 20.
Is clicked, the position detection means 403 detects the clicked position, and the property of the property
No. 23 from the request sending means to the WEB server 100
Request to. The request control means 102 of the WEB server 100 transmits the property No. 23 to the property server 200 through the property search mediation means 103, and the search means 202 of the property server 200
5 is retrieved and acquired, and transmitted to the page data generation means 105 via the property search mediation means 103 of the WEB server 100. The page data generation means 105
Data (HTML) that incorporates detailed information of the property into the page data of a predetermined form stored in
Is generated, and the page data generated through the communication interface 101 is transmitted to the client 2 (400) (see FIG. 10).

In this example, as shown in FIG. 10, this data page 30 includes an external view 31 and a floor plan 32 of the property as image data and detailed information 3 of the property as character data.
3 is displayed. This display content is determined by designating a form stored in the page data database 107 in advance. The reference numeral 34 in the figure is "next property" for displaying page data of the next property.
Button.

In the property list page (FIG. 8) displayed on the client 2 (400), if the property No. 23 is clicked directly instead of the button 12 to the map screen, it is stored in the corresponding property information storage means 205 of the property server 200. The detailed information of the property is searched and obtained, and displayed on the client 2 (400) (see FIG. 10). In addition, a map (see FIG. 9) incorporating a clickable map can be displayed from the property detailed information screen (see FIG. 10) by the same mechanism as described above.

(Other Embodiments) FIGS. 11 and 12
Shows another embodiment of the object information display system according to the present invention. This example is a book information display system in a library, a bookstore, or the like.

The system configuration of the book information display system according to this example is the same as that of the first example described above. In this example, the target thing database 204 includes book information such as the classification number, classification name, book name, author, publisher, and date of publication of each book, book arrangement position, summary, keywords, cover image data, and the like. Detailed data is stored. Further, the map database 303 stores map data such as a bookcase layout drawing of a library or a bookstore, and icons for displaying books and bookshelves.

The book information display system according to the present example operates as follows. First, desired conditions (classification, book title, etc.) are input from the initial setting screen of the client 2 (400). As a result of searching from the target object database 204, a search result screen 40 as shown in FIG. 11 is displayed on the monitor 407 of the client 2 (400).

In this example, on the search result screen 40, the contents of the respective items are displayed in the display column of the bookshelf display check box 42, the item column 41 indicating the classification number, classification, signature, author, publisher, and bookshelf position. Is displayed. At this time, classification and other items may be selected and displayed, instead of being provided for each book as a check mark column.

Next, on the screen of the client 2 (400), the user places the mouse cursor on the check box 42 of the required book and clicks it to add a check mark 43. Then, similar to the first example described above, the clickable map generation unit 113 generates the clickable map 50 as shown in FIG. This clickable map 5
In 0, the selected book is displayed on which shelf on which floor in the library. That is, this map displays the number of floors and the number of bookshelves, the position of the bookshelf, the position of the bookshelf, and the icon 52 indicating the position of the book is displayed on the bookshelf 51. Characters are displayed.

By clicking on the icon 52 on the client 2 (400), the detailed information of the selected book can be displayed. Alternatively, the bookshelf may be set as the icon of the clickable map 50, and the detailed information of the book placed on the bookshelf may be displayed by clicking the bookshelf icon.

According to this example, it is possible to easily manage book data in which the number of books and detailed data are enormous, and frequently deleted, added, and modified.

In addition to the above examples, the present invention can be used for various purposes such as displaying acupoints that are effective for specific symptoms in the human body, or displaying a sales point of a desired product in a department store or supermarket. it can.

It should be noted that the present invention is not limited to the above-described embodiment, and it is needless to say that various changes can be made without departing from the scope of the present invention.

[0057]

According to the target object information display system according to the present invention, a clickable map image in which target objects matching the conditions are distributed is generated each time, so that detailed data of all target objects can be displayed in advance. There is no need to create HTML data, and the data amount can be prevented from becoming enormous.

In a target object information display system having detailed data for a large number of target objects, a display form is stored in a page data database, drawing data is stored in a drawing database, and detailed data for each target object is stored in a drawing database. Stored in the object database,
These data are combined and displayed as needed.
Therefore, when the storage, update, or deletion of the target thing data occurs, simply store, change, or delete the explanatory character data of the target thing and / or the necessary image data of the property in the target thing database, and the other database. It is not necessary to change this data, so that the object data can be efficiently stored, updated, and deleted.

If the server is divided into a WEB server, a property server, and a map server, the size of each server can be small.

Further, if the image data is created and displayed so that the icon of the article searched by the drawing data processing means is located at the center of the map, the situation around the object can be grasped accurately. it can.

Further, if the display center position of the drawing can be changed based on the moving point data,
The situation around the target object can be grasped more accurately.

Further, in the object information display system according to the present invention, the number of cases is enormous, and the database of a real estate property whose data fluctuates frequently is updated, updated, or deleted only by changing the property database in relation to the property. Since this can be performed without changing the data in the database, it is optimal as a database for real estate properties.

In addition, if the icon of the first specified property among the plurality of specified properties is displayed so as to be located at the center of the map, the user of the property information display system can use the property information display system around the first desired property. Will be more understandable.

If a target, such as a station or a government office, which is a landmark on the map is included in the property, and the icon of the target is arranged at the center of the map, the target can be identified. Can be easily grasped.

[Brief description of the drawings]

FIG. 1 is a diagram showing a system configuration to which a target object information display system according to the present invention is applied.

FIG. 2 is a functional block diagram illustrating a configuration of a web server according to the first embodiment.

FIG. 3 is a functional block diagram illustrating a configuration of a property server according to the first embodiment.

FIG. 4 is a functional block diagram illustrating a configuration of a map server according to the first embodiment.

FIG. 5 is a functional block diagram illustrating a configuration of a client according to the first embodiment.

FIG. 6 is a flowchart illustrating processing as viewed from a client according to the first embodiment.

FIG. 7 is a flowchart illustrating a process for displaying a corresponding property on a map according to the first embodiment.

FIG. 8 is a screen of a real estate article search result according to the first embodiment.

FIG. 9 is a display screen of a map with a clickable map for real estate property search according to the first embodiment.

FIG. 10 is a screen that displays detailed information of a corresponding property according to the first embodiment.

FIG. 11 shows a library information search screen of a library according to another embodiment of the present invention.

FIG. 12 is a display screen of a clickable map for retrieving library book information according to another embodiment of the present invention.

[Explanation of symbols]

 1 Server 2 Client 2 Terminal 3 Network (Internet) 4 Dedicated line 10 Display screen 11 Property list 12 Button 13 Check box 14 Check mark 20 Clickable map 21 Map image 22 Icon 23 Property No. 24 Display move button 30 Data page 31 Appearance Fig. 32 Floor plan 33 Detailed information 34 Button 100 Server 101 Communication interface 102 Request control means 103 Property search mediation means 104 Communication interface (property) 105 Page data generation means 106 Access means 107 Page data database 108 Communication interface (map) 110 Clickable image Generation means 111 Map server control means 112 Map image temporary storage means 113 Clickable map generation means 200 Property server (target thing server) 201 Communication interface 202 Search means 203 Access means 204 Property database 205 Applicable property information storage means 300 Map server (drawing server) 301 Communication interface 302 Access means 303 Map database (drawing database) 310 Map data processing means 311 Information holding means 312 Base point holding means 313 Map image cutting out means 314 Map image processing work area 315 Icon taking out means 316 Information adding means 401 Communication interface 402 Request sending means 403 Position detecting means 405 HTML interpreting means 406 Display control means 407 Display means 410 Input means 411 Mouse 412 Keyboard

Claims (10)

[Claims] 1. A search is made for a target object that matches a desired condition from a large number of target object information, the location of the searched target object is indicated by an icon on a drawing, and the icon is designated to specify the location of the target object. An object information display system for displaying detailed information, comprising: a page data database storing a display format form of data on a display device; descriptive character data for a large number of objects and / or necessary image data for the objects. An object database storing detailed data consisting of: a search means for searching for an object from the object database based on designation of conditions; drawing data relating to a drawing in which the object is arranged; and icon data for displaying the object. The stored drawing database and the searched object are stored in the drawing database By specifying the position on the surface, the icon data is superimposed on the position of the target object to create a target object layout drawing, and by clicking the icon on the target object layout drawing, the target object is clicked. Clickable image generation means for creating clickable image data linked to the detailed data of the target object stored in the database each time, and a display form storing the detailed data of the searched and specified target object in the above page data database Object information display system, comprising: page data generating means for displaying on a display device based on the information. 2. A computer system comprising a server and a terminal connected to the server, searches for a target object that meets desired conditions from a large number of target object information, and locates the searched target object on the drawing. An object information display system for displaying detailed information of the object by indicating the icon by specifying the icon, wherein the server includes a page data database storing a display format of data to the terminal; Object database that stores detailed data consisting of explanatory character data and / or necessary image data for the object, and a search means for searching for the object from the object database based on a condition specified from the terminal And the drawing data related to the drawing where the object is placed and the icon data for displaying the object. And a drawing database storing the searched object, specifying the position of the searched object on the drawing stored in the drawing database, and superimposing the icon data on the position of the object to arrange the object. A clickable image generating means for generating a drawing, each time generating an clickable image data linking to the detailed data of the target object stored in the target object database when an icon on the target object arrangement drawing is clicked from a terminal; A page data generating means for causing a terminal to display detailed data of a searched and designated target object on the basis of a display form stored in the page data database. 3. The object information display system according to claim 1, wherein the object information display system includes a page data database, a search unit, a clickable image generation unit, and a communication interface with a terminal.
3. The target object information display system according to claim 1, comprising an EB server, a target object server including a target object database, and a drawing server including a drawing database and a drawing data processing unit. 4. The drawing data processing means creates drawing data such that an icon of a designated target object or a target which is a mark on the drawing stored in a server in advance is located at the center of the drawing. The target object information display system according to claim 1, 2, or 3. 5. A terminal for displaying, together with a drawing, a button indicating a direction in which the drawing can be moved, and a request sending means for sending, to the server, moving point data corresponding to the operation of the button by the input means. Wherein the server further comprises: a clickable image generating means for changing a display center position of the drawing based on the received moving point data. Item 4. The target object information display system according to Item 4. 6. The subject matter is a real estate property, and the subject matter database stores a property number, a location of the property, a detailed description of the property, and / or necessary image data related to the property, which are character data of each real estate property. The target object information display system according to claim 1, claim 2, claim 3, claim 4, or claim 5. 7. A page data database in which a data display format form is stored in a server, and a target object database in which detailed data including explanatory character data and / or necessary image data relating to a plurality of target objects are stored. , A drawing database that stores the drawing data on the drawing in which the target object is placed, and a drawing database that stores the icon data that displays the target object are separately provided. When storing, changing, or deleting the detailed data of the target object, the target object in the target object database is used. A method of storing data in a target object information display system that only performs processing of storing, changing, and deleting detailed data of the object. 8. The target thing is a real estate property, and the target thing database is composed of a property number, a position of the property, a detailed description of the property and / or necessary image data relating to the property, which are character data of each real estate property. 8. The subject matter according to claim 7, which stores detailed data, and stores, changes, and deletes detailed data related to the real estate in the subject matter database when storing, changing, and deleting detailed data related to each real estate. A method for storing data in an information display system. 9. A clickable image data in which one or more target objects are designated from the candidate target objects displayed on the terminal and transmitted to the server, and the server superimposes an icon indicating the designated target object on the drawing on the terminal. And sends it to the terminal. The terminal designates a desired icon from the displayed drawing, and the server sends the explanatory character data and / or necessary image data of the target object to the terminal. How data is displayed in the system. 10. When a target object is specified from a terminal, the server displays an icon of the target object specified first or an icon indicating a target which is a mark on the drawing stored in the server in advance in the center of the drawing. The method for displaying data in the target object information display system according to claim 9, wherein the clickable drawing data is created and transmitted so as to be located at a position.