JP7295076B2 - Cartographic systems and cartographic programs - Google Patents

Description

The present invention relates to a mapping system, a mapping method and a mapping program.
More specifically, a map creation system, a map creation method, and a map creation program for creating a map by superimposing and displaying customer names associated with or associated with customer information as a nameplate on a map such as a simple map or blank map. It is about.

Conventionally, techniques for displaying map information on a display screen are generally known.
An example of such technology is disclosed in Patent Document 1.

Japanese Patent Application Laid-Open No. 2004-20244 (Patent Document 1) proposes a navigation system that allows the user to move reliably along an intended route or a searched route according to a map screen.

This navigation system
a current location detection unit that detects the current location;
a display unit for forming a map screen;
facility selection processing means for selecting facilities within a predetermined area set in correspondence with the current location;
and an emphasis notification processing means for emphasizing the selected facility and notifying the operator.

Japanese Patent Application Laid-Open No. 2004-20244 (Claims)

In recent years, from the viewpoint of personal information protection, it is difficult to grasp personal information, and the handling of personal information is greatly restricted, such as the need to confirm the intention of the individual.
Therefore, it is difficult to create a map in which nameplates are displayed on the map.

In the navigation system described in Patent Document 1, it is difficult to grasp personal information such as a nameplate.

Furthermore, if it is possible to visualize sales results such as target values and results for each salesperson, it will be possible to support sales activities, but there is no map creation system or creation method that enables visualization of sales results. .
Therefore, there is a demand for the development of a map creation system and a map creation method that enable visualization of such sales results.

In view of such circumstances, the present invention provides a map creation system, a map creation method, and a map creation program capable of superimposing and displaying a customer name associated with customer information as a nameplate on a map such as a simplified map or a blank map. It is intended to provide

That is, the invention according to claim 1 of this invention is
a map database that stores data relating to a map that has a layer structure and is associated with or associated with latitude and longitude information as a map image layer;
map data extraction means for reading the map image layer from the map database;
a customer database that stores data related to customers in association with or in association with nameplates representing the customers;
a public information database that stores public information data on land and/or buildings made public by a predetermined means in association with or in association with a predetermined symbol;
extracting the customer's address, house number or telephone number from the customer database and converting it into latitude and longitude coordinates , and extracting the land and/or building address, house number or telephone number from the public information database; Latitude-longitude conversion means for converting to latitude and longitude coordinates ;
a customer nameplate image layer creating means for creating a nameplate image layer of a customer that can be displayed by being superimposed on the map image layer, the nameplate image layer displaying the nameplate of the customer based on the coordinates of the customer;
An image layer of the land and/or buildings that can be superimposed and displayed on the map image layer, wherein the land and/or buildings are displayed as the predetermined symbols based on the coordinates of the land and/or buildings. land and building image layer creating means for creating a land and building image layer;
The map image layer and the customer nameplate image layer so that the latitude and longitude indicated by the latitude and longitude information of the map image layer, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer match. and map image creation means for creating a map image by superimposing the land and building image layers ;
and output means for outputting the created map image.

The invention according to claim 2 of this invention is
The cartographic system of claim 1, wherein
Said map is
It is characterized by being a simplified map or a blank map.

The invention according to claim 3 of this invention is
In the mapping system according to claim 1 or 2,
The created map image is
It is characterized by being a residential map image.

The invention according to claim 4 of this invention is
In the map creation system according to any one of claims 1 to 3,
The mapping system comprises:
further comprising a customer information management server for managing data related to the customer, and a mobile terminal capable of communicating with the customer information management server via a network,
The customer database is
It is characterized by being configured to cooperate with the customer information management server.

The invention according to claim 5 of this invention is
In the map creation system according to any one of claims 1 to 4,
The mapping system comprises:
Furthermore, a sales performance information management server for managing data relating to sales performance or results, and a sales performance information management server that cooperates with the sales performance information management server and stores data relating to the sales performance or results in association with or in association with the information that can identify the customer. Equipped with a sales performance management system that has a sales performance database that
The sales performance information management server is
configured to work with said customer database;
It is characterized by

The invention according to claim 6 of this invention is
In the mapping system according to claim 5,
The mapping system comprises:
It is characterized by comprising a portable terminal capable of communicating with the sales performance information management server via a network.

The invention according to claim 7 of this invention,
In the mapping system according to any one of claims 1 to 6,
The customer database is
Furthermore, it is characterized by storing data related to prospective customers in association with or in correspondence with the nameplates representing the prospective customers.

The invention according to claim 8 of this invention is
In the map creation system according to any one of claims 1 to 3,
The mapping system comprises:
It is characterized by being a residential mapping system.

The invention according to claim 9 of this invention is
In the mapping system according to any one of claims 1 to 8 ,
The public information data is
stored in the public information database in association with or associated with the use or purpose;
The mapping system comprises:
Classifying means for classifying the public information data stored in the public information database into a plurality of groups for each of several uses or purposes; Determining means for determining whether or not there is classified data that meets a purpose; and Selecting means for selecting classified data determined by the determining means to match the predetermined use or purpose,
The latitude/longitude conversion means is
The address, house number or telephone number of the classified data selected by the selection means can be extracted and converted into latitude and longitude coordinates.
It is characterized by

The invention according to claim 10 of this invention,
In the mapping system according to any one of claims 1 to 9 ,
The public information database is
Acquiring public information data on land and/or buildings that have been made public by prescribed means at regular intervals;
The land and building image layer creation means includes:
updating and creating the land and building image layer based on the acquired public information data;
The map image creation means includes:
It is characterized by creating a map image based on the updated land and building image layers.

The invention according to claim 11 of this invention,
a step of pre-storing data relating to a map having a layer structure as a database in association with or in association with latitude and longitude information to construct a map database ;
a step of building a customer database by pre-storing customer-related data as a database in association with or in association with the nameplate representing the customer ;
building a public information database by pre-storing public information data relating to land and/or buildings made public by a predetermined means in association with or in association with a predetermined symbol as a database;
a map extraction step of reading a map image layer from the map database;
Latitude for extracting the customer's address, house number or telephone number from the customer database, extracting the land and/or building address, house number or telephone number from the public information database, and converting them into latitude and longitude coordinates, respectively. a longitude conversion step ;
creating a nameplate image layer in which the nameplate of the customer is displayed based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step; an image layer creation process ;
Land and/or buildings in which the land and/or buildings are displayed as predetermined symbols based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step, and a land and building image layer creation process for creating a building image layer;
The map image layer and the customer nameplate image layer so that the latitude and longitude indicated by the latitude and longitude information of the map image layer, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer match. and a map image creation step of creating a map image by superimposing the land and building image layers;
an output step of outputting the created map image;
A map creation method characterized by having

The invention according to claim 12 of this invention,
12. The mapping method of claim 11, wherein
Said map is
be a simplified map or a blank map;
It is characterized by

The invention according to claim 13 of this invention,
a step of storing data relating to a map having a layer structure in a map database in association with latitude and longitude information;
a step of storing data relating to a customer in a customer database in association with or associated with a nameplate representing the customer ;
a step of storing public information data relating to land and/or buildings made public by a predetermined means in a public information database in association with or in association with a predetermined symbol;
a map extraction step of extracting a map image layer from the map database;
Latitude for extracting the customer's address, house number or telephone number from the customer database, extracting the land and/or building address, house number or telephone number from the public information database, and converting them into latitude and longitude coordinates, respectively. a longitude conversion step;
creating a nameplate image layer in which the nameplate of the customer is displayed based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step; an image layer creation step;
Land and/or buildings in which the land and/or buildings are displayed as predetermined symbols based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step, and a land and building image layer creation step of creating a building image layer;
The map image layer and the customer nameplate image layer so that the latitude and longitude indicated by the latitude and longitude information of the map image layer, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer match. and a map image creation step of creating a map image by superimposing the land and building image layers;
an output step of outputting the created map image;
It is a map creation program characterized by causing a computer to execute

In the map creation system, map creation method and map creation program of the present invention, particularly in the computer, the map image creation means has a layer structure and is related or associated with latitude and longitude information (map image layer). ) and a customer nameplate image layer that can be superimposed and displayed on the map image layer, wherein the customer nameplate associated with or associated with the customer-related data is the customer's location information (latitude and longitude coordinates) The nameplate image layer displayed at an appropriate position based on is superimposed so that the latitude and longitude indicated by the latitude and longitude information of the map image layer and the latitude and longitude of the customer nameplate image layer match, and the map image is displayed configured to create
Therefore, according to the present invention, it is possible to easily create a map on which nameplates are displayed.

In the map creation system, map creation method, and map creation program of the present invention, a simplified map or a blank map, more preferably a blank map, can be selected as the map.
With such a configuration, it is possible to create a map in which only the necessary information such as the nameplate is conspicuously displayed, and the map (map image) created in this way can also be used as a residential map. .
Further, the provider of the map image can provide such a map (map image) at a low cost.

The map creation system is provided with a customer information management server for managing data relating to the customer, and a mobile terminal capable of communicating with the customer information management server via a network, and the customer database is stored in the customer information management server. can be configured to work with
With such a configuration, from the mobile terminal, data related to or associated with the nameplate on customers, photos including location information (latitude and longitude, etc.) by GPS (Global Positioning System), etc. can be sent to the customer information management server. can be stored in the customer database via .

Furthermore, the map creation system of the present invention further comprises a sales performance information management server that manages data on sales performance or results, and a sales performance information management server that cooperates with the sales performance information management server, and uses the data on sales performance or results to identify the customer. and a sales result management system having a sales result database that stores information in association with the information that can be obtained, and the sales result information management server is configured to cooperate with the customer database, more preferably, the customer database, The data about the customer can be stored in association with or associated with a nameplate representing the customer and information that can identify the customer.
With such a configuration, when outputting the map image, it is possible to show the business result or result linked to the nameplate of the customer and/or prospective customer at an appropriate position on the map image. Visualization of sales results or results in

In the mapping system, mapping method, and mapping program of the present invention, the customer may include prospective customers who are thinking of doing business in the future.
With such a configuration, it is possible to visualize sales results or results targets, and to promote the creation of maps with nameplates displayed on the map, which has hitherto been greatly restricted from the viewpoint of personal information protection. can be done.

Furthermore, in the map creation system, map creation method, and map creation program, a public information database for storing public information data relating to land and/or buildings made public by a predetermined means in association with or associated with a predetermined symbol. a map image creating means comprising data (map image layer) relating to a map having a layer structure and associated with latitude and longitude information, and a customer's nameplate that can be displayed superimposed on the map image layer. a nameplate image layer in which a customer's nameplate associated with or associated with the customer's data is displayed at an appropriate position based on the customer's location information (coordinates of latitude and longitude); and the map. An image layer of land and/or buildings that can be superimposed and displayed on an image layer, and which is related or associated with public information data relating to said land and/or buildings disclosed by a predetermined means. is displayed at an appropriate position based on the location information (latitude and longitude coordinates) of the land and/or building image layer, and the latitude and longitude information indicated by the latitude and longitude information of the map image layer The longitude, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer are superimposed so as to match each other to create a map image.
Therefore, according to the present invention, it is possible to easily create a map on which nameplates and predetermined symbols representing land and/or buildings are displayed.
Therefore, it is possible to create a map with higher accuracy.

In the map creation system, the map creation method, and the map creation program, the public information data is stored in the public information database in association with or associated with a predetermined use or purpose, and is stored for each of several uses or purposes. It is possible to classify them into a plurality of groups so that they can be displayed on the map image for a predetermined purpose or purpose.
Such a configuration enables the creation of maps that meet the individual purposes of the user.

In the map creation system, the map creation method, and the map creation program, the public information data relating to the land and/or building that has been made public by a predetermined means is stored in the public information database every predetermined period of time, and the acquired public information data is By updating and creating the land and building image layer based on the information data, it is possible to create (update) the map every predetermined period.

1 is a block diagram showing an example of the overall configuration of a map creation system of the present invention; FIG. 1 is an explanatory diagram showing an example of a layer structure of a map image by the map creation system of the present invention; FIG. FIG. 4 is a flowchart showing an example of the contents of processing performed by the map creation system of the present invention; FIG. 3 is a block diagram showing another example of the overall configuration of the cartographic system of the present invention; FIG. 5 is a flowchart showing another example of the contents of processing performed in the map creation system of the present invention; FIG. 3 is a block diagram showing another example of the overall configuration of the cartographic system of the present invention; FIG. 4 is an explanatory diagram showing an example of a display of sales achievements or results on a mobile terminal; FIG. 10 is an explanatory diagram showing another example of a map image produced by the map creation system of the present invention;

An embodiment of a map creation system according to the present invention will be described below.
The present invention is not limited to the disclosed embodiments, and various improvements can be made without departing from the gist of the invention.

In FIG. 1, a map creation system 1 of the present invention includes a map database 2, a map extraction means 3, a customer database 4b, a latitude/longitude conversion means 5, a customer nameplate image layer creation means 6, and a map image creation means 7. , and output means 8 .

The map database 2 stores map data, and may be a hard disk, a DVD (Digital Versatile Disk), a storage medium such as a semiconductor memory, or an external storage in a server connected via a communication network such as the Internet. It is configured.
In the map database 2, various map data have a layer structure (map image layer) and are stored in association with or associated with latitude and longitude information.
In addition to the latitude and longitude information, the map data may be related or associated with the scale of the map display and the display size on the screen.

Examples of the map include various maps such as a detailed map in which all shapes of roads, buildings, rivers, etc. in the map are described by vectors, and a macro map for car navigation in which the map is drawn with the center line of the road. It is preferable to select a simple map or a blank map in which only target buildings, objects and roads that serve as landmarks when turning, and letters indicating their names are described, and other unnecessary items are deleted. be able to.
More preferably, a blank map is selected as the map.
With such a configuration, users can obtain only the information they need at a low cost, and can easily check it on the map without being confused by other information displayed on the map. be able to.
Furthermore, the provider can provide such maps (map images) at low cost.

Note that the simple map and blank map are commercially available at low prices, and the commercial products can be used.
Therefore, companies that have their own users can use the map image as a residential map at a low cost.

The map extracting means 3 reads predetermined map data from the map database 2 based on the conditions (area, scale, display size on the screen, etc.) input from the input means, for example.
For example, when an address is input as a condition from the input means, this address is converted into latitude and longitude coordinate information by a predetermined conversion means, and the map extracting means 3 extracts map data that matches the coordinate condition. do.
The map data read out from the map database 2 becomes a map image layer for creating a map image by superimposing it on the customer nameplate image layer, and is sent to the map image creating means 7 as will be described later.

The customer database 4b stores customer-related data, and is composed of storage media such as hard disks, DVDs, and semiconductor memories, and external storage in servers connected via communication networks such as the Internet. is.

Examples of the data on the customer include, but are not limited to, name, age, sex, address or house number, telephone number, and the like.
Note that these data include at least data that can be converted into latitude and longitude coordinates such as addresses, house numbers, telephone numbers, etc., and are stored in the customer database 4b in nameplates representing the customers, such as customer surnames. They are stored in association or correspondence.

In this embodiment, the customer database 4b constitutes a customer management system 4 in cooperation with a customer information management server 4a that manages data on the customer, as shown in FIG.

The latitude/longitude conversion means 5 extracts the customer's address and telephone number from the customer database 4b and converts them into latitude and longitude coordinates.
In this embodiment, the latitude/longitude conversion means 5 holds correspondence table data between an address and latitude/longitude coordinates, and thereby converts an address into latitude/longitude coordinate information.

The customer nameplate image layer creation means 6 is a customer nameplate image layer that can be displayed by being superimposed on the map image layer 12, and is a nameplate image layer ( Customer nameplate image layer) 13 is created.
Specifically, the customer nameplate image layer creation means 6 arranges a plurality of customers in a predetermined area based on the latitude and longitude coordinates (position information) of the customers converted by the latitude/longitude conversion means 5. By showing, a nameplate image layer is created in which the customer's nameplate is shown at an appropriate position within a predetermined area.

The map image creating means 7, as shown in FIG. The latitude and longitude indicated by the latitude and longitude information of the image layer 12 and the latitude and longitude of the nameplate image layer 13 are superimposed to create a map image 14 .
In the map image created in this manner, the nameplate is displayed so as to stand out, so it is possible to use this map image particularly as a residential map.

The output means 8 outputs the map image created by the map image creation means 7, and outputs or displays the map image on a predetermined means such as a display or a printer.

When the map image is clicked using a known method, only a predetermined range is re-output based on the latitude and longitude information indicating the clicked position, or a predetermined display is performed by scrolling or dragging. You may make it scroll the inside of a part.
Furthermore, using a known method, a plurality of map images may be created, combined and output.

Next, an example of a procedure for creating a map image to be output or displayed will be described.

In the map database 2, map data having a layered structure are stored in association with or associated with latitude and longitude information, map display scale, and display size on the screen.
In the customer database 4b, data related to customers are stored in association with or associated with customer names and addresses, and nameplates representing the customers.

When creating a map image, as shown in FIG. 3, first, conditions for a map image to be created, such as an area, are input from the input means (step S1).
At that time, for example, when an address is input as a condition from the input means, the address is converted to latitude and longitude coordinate information by a predetermined conversion means (which holds data in a correspondence table between the address and latitude and longitude coordinates). is converted to

Next, in step S2, the map extracting means 3 accesses the map database 2 and extracts the map data (layer) 12 that matches the input conditions.

On the other hand, in step S3, the latitude/longitude conversion means 5 converts the customer's address in the customer database 4b into latitude/longitude coordinates.

Further, in step S4, the customer nameplate image layer creation means 6 sets the arrangement position of the nameplate representing the customer based on the coordinates, and creates the customer nameplate image layer 13. FIG.

Next, in step S5, the map image creating means 7 creates a map image 14 by superimposing the map image layer 12 and the customer nameplate image layer 13 on each other.

After that, the output means 8 outputs the map image as shown in FIG. 2, and ends the process (step S6).

In the present invention, the map creation system 1 comprises, as shown in FIG. 17 , selection means 18 , and land and building image layer creation means 19 for creating the land and/or building image layer 20 that can be displayed superimposed on the map image layer 12 .
In this embodiment, the public information database 15 is configured to cooperate with a public information management server 21 that manages data relating to the public information.

The public information data relating to land and/or buildings disclosed by the above-mentioned prescribed means relates to land and/or buildings, mass media such as TV, radio and newspapers, and network media such as electronic bulletin boards, blogs and SNS. There is no particular limitation as long as it is disclosed by a predetermined means such as.
The public information data includes, for example, registry information and new construction information published by the government, information that can be disclosed about land and / or buildings owned by companies, public information that can be disclosed with the consent of customers, company Industry-specific survey information (company name, location, etc.) collected by (especially private research companies), statistical data, marketing data, telephone directory data, tourism information, various public information such as townpage database, disclosure of land and/or buildings for sale available information, etc.
The public information data includes at least information that can be converted into the coordinates, such as the address of the land or building, house number, or telephone number.

In the public information database 15, public information data relating to land and/or buildings disclosed by a predetermined means are stored in association with or associated with predetermined symbols representing the land and buildings.
As the symbol, for example, the name of the owner of the land or building, the name of the place, the name of the building, etc. can be selected, and there is no particular limitation.

In this invention, the public information data can include information on the use or purpose of land and/or buildings.

The classification means 16 classifies the public information data stored in the public information database 15 into a plurality of groups according to usage or purpose.

The judging means 17 selects the groups classified by the classifying means 16 for purposes or purposes input as conditions in advance or conditions input by predetermined input means (not shown) such as a keyboard and a mouse. Determine whether there is anything that matches the usage or purpose.

The selecting means 18 selects those determined by the determining means 17 to match the usage or purpose.

In FIG. 4, the latitude/longitude conversion means 5 converts the address, house number, telephone number of the land and/or building from the public information database 15, or the land and/or land in the group selected by the selection means 18. It is configured to be able to extract building addresses, house numbers, and telephone numbers and convert them into latitude and longitude coordinates.

The land and building image layer creation means 19 is an image layer of the land and/or building that can be displayed by being superimposed on the map image layer 12, and is capable of displaying the land and/or building based on the coordinates of the land and/or building. and/or creates a land and building image layer 20 in which buildings are displayed as the predetermined symbols.
Specifically, the land and building image layer creation means 19 creates a plurality of images in a predetermined area based on the latitude and longitude coordinates (position information) of the land and/or buildings converted by the latitude/longitude conversion means 5. , a land and building image layer 20 is created in which predetermined symbols representing land and/or buildings are shown at appropriate locations within a predetermined area.

In the map creation system having such a configuration, the map image creation means 7, as shown in FIG. The nameplate image layer 13 and the land and building image layer 20 created by the land and building image layer creation means 19 are combined with the latitude and longitude indicated by the latitude and longitude information of the map image layer 12 and the latitude and longitude of the nameplate image layer 13. A map image is created by superimposing such that the longitude matches the latitude and longitude of the land and building image layer 20 .
Therefore, in the map image created in this way, in addition to the nameplate, the symbols representing the land and buildings are displayed conspicuously, so it is possible to use this map image particularly as a residential map. Become.
The obtained map image can be output using the output means 8 in the same manner as described above.

Next, an example of a procedure for creating a map image to be output or displayed by the map creating system having such a configuration will be described.

In the map database 2, map data having a layered structure are stored in association with or associated with latitude and longitude information, map display scale, and display size on the screen.
In the customer database 4b, data related to customers are stored in association with or associated with customer names and addresses, and nameplates representing the customers.
Further, in the public information database 15, public information data relating to land and/or buildings are stored in association with or associated with the names of the land and/or buildings and predetermined symbols representing the land and/or buildings. there is

When creating a map image, as shown in FIG. 5, first, conditions for a map image to be created, such as an area, are input from the input means (step S11).
At that time, for example, when an address is input as a condition from the input means, the address is converted to latitude and longitude coordinate information by a predetermined conversion means (which holds data in a correspondence table between the address and latitude and longitude coordinates). is converted to

Next, in step S12, the map extracting means 3 accesses the map database 2 and extracts the map data (layer) 12 that matches the input conditions.

On the other hand, in step S13, the latitude/longitude conversion means 5 converts the customer's address in the customer database 4b into latitude/longitude coordinates.

Further, in step S14, the customer nameplate image layer creation means 6 sets the arrangement position of the nameplate representing the customer based on the coordinates, and creates the customer nameplate image layer 13. FIG.

At step 15, the classification means 16 classifies the public information data stored in the public information database 15 into a plurality of groups according to usage or purpose.

In step 16, the judging means 17 compares the purpose or purpose input in advance or the purpose or purpose input using the input means with the purpose or purpose of the group classified by the classification means 16, and matches. Determine if there is anything to do.
At step 16, if there is a group that matches the purpose or purpose input in advance or the purpose or purpose input using the input means, the determination at step 16 is Yes.

On the other hand, in the groups classified by the classification means 16, if there is no group matching the purpose or purpose input in advance or the purpose or purpose input using the input means, in step 16, judgment is No.
After that, for example, the application or purpose is input again, and further comparison and determination are performed in step S16.

When the determination in step S16 is YES, the process proceeds to step S17, and the selection means 18 selects a group for a predetermined application or purpose.

Further, proceeding to step 18, the latitude/longitude conversion means 5 converts the address of the land and/or building in the group into latitude/longitude coordinates.

Furthermore, in step S19, the land and building image layer creation means 19 sets the arrangement position of the predetermined symbol representing the land and/or building based on the coordinates, and creates the land and building image layer 20. FIG.

Next, in step S20, the map image creating means 7 superimposes the map image layer 12, the customer nameplate image layer 13, and the land and building image layer 20 to create a map image.

After that, the output means 8 outputs the map image and terminates the process (step S21).

In the present invention, the mapping system 1 can be configured to be updated every predetermined period.
For example, the public information database 15 is configured to acquire public information data on new land and/or buildings that have been made public by a predetermined means at regular intervals, and the land and building image layer creating means is configured to , by configuring to create the land and building image layer based on the data including the acquired new public information data, it is possible to create a map image based on the updated land and building image layer. .

Further, in the present invention, the map creation system 1 communicates with a customer information management server 4a that manages customer-related data in cooperation with the customer database 4b (for example, configured to be communicable), and the customer information management server 4a. It can be configured to include a mobile terminal 9 capable of communicating via a line (network).
With such a configuration, from the mobile terminal 9, the data related to or associated with the nameplate representing the customer, the photograph including the position information (latitude and longitude, etc.) by GPS (Global Positioning System), etc. can be sent to the customer. It becomes possible to store in the customer database 4b via the information management server 4a.
At that time, when it is determined that the position information given to the photo matches the customer information stored in the customer database 4b, the photo is associated with or associated with the nameplate representing the customer. It may be stored in the database 4b.
Furthermore, a map image of a predetermined range may be transmitted to the mobile terminal based on the positional information from the mobile terminal.
In addition, although a mobile phone, a smart phone, a tablet terminal, etc. are mentioned as said portable terminal, it is not limited to these.

Furthermore, in the present invention, the customer can include prospective customers who are thinking of doing business in the future.
In this case, the data on the prospective customer can be input using a predetermined input means and stored in the customer database 4b.
The data on the prospective customer is the same as the data on the customer, such as name, age, gender, address or house number, telephone number, etc. These data are stored in the customer database 4b. , the nameplate representing the prospective customer, for example, is stored in association with or associated with the prospective customer's surname.

Furthermore, the data on the prospective customer can be stored in the customer database 4b by transmitting the data to the customer information management server 4a using the portable terminal 9. FIG.
For example, data on the prospective customer is sent from the portable terminal to the customer information management server 4a with the GPS information of the prospective customer attached.
Data relating to the prospective customer are then associated or associated in the customer database 4b with a nameplate representing the prospective customer, eg the prospective customer's surname.

In this invention, the map creation system 1 can be further linked with a sales result management system 10 .
In FIG. 6, a sales performance management system 10 includes a sales performance information management server 10a that cooperates with the customer database 4b and manages data on sales performance or results, and a sales performance information management server 10a that cooperates with the sales performance information management server 10a and and a sales performance database 10b that stores data on performance or results.

On the other hand, the information about the customer or prospective customer stored in the customer database 4b is associated with or associated with information that can identify the customer or prospective customer, such as an identifier (for example, customer number).
The sales result database 10b can be composed of a storage medium such as a hard disk, a DVD, a semiconductor memory, or an external storage in a server connected via a communication network such as the Internet. associated with information that can identify the customer or prospect, such as the customer or prospect's identifier (eg, customer number).

In addition, as data related to sales results or results, for example, the name of the ordered or purchased product, the amount of the order or purchase, the product or contract amount, the evaluation point given in consideration of the campaign or the target value thereof, the evaluation Examples include, but are not limited to, rankings obtained by aggregating points for each product, each person in charge, and each profitability.

In the map creation system with such a configuration, as shown in FIG. 8, when outputting the map image, an appropriate position on the map image is linked to information such as an identifier that can identify customers and/or prospective customers. It can show the business results or results that have been identified.
For example, in FIG. 8, "10" is displayed as the score (point) of sales performance.
Incidentally, as shown in FIG. 7, the data relating to the sales performance or results may be output or displayed separately.

In this embodiment, the sales result information management server 10a is configured to be able to communicate with the mobile terminal 9 via a communication line.
With such a configuration, a user (for example, a salesperson) can, for example, access the sales performance information management server 10a from the mobile terminal 9, as shown in FIG. Most of the data stored in 10b can be obtained in real time.

Next, a map creation program according to the present invention will be explained.
A program for a control device such as a computer to execute the processing based on the operations described above constitutes the program of the present invention.

As a storage medium for recording this program, an optical disk, a semiconductor memory, a magnetic recording medium, or the like can be used, and these may be used by forming a ROM, a RAM, a memory card, or the like.

The present invention relates to a map creation system, a map creation method, and a map creation program for creating a map, in which a customer name associated with or associated with customer information is superimposed as a nameplate on a map such as a simplified map or a blank map. It allows you to display
Therefore, it can be used in a wider range of applications as a map image, particularly as a residential map image.

1 map creation system 2 map database 3 map data extraction means 4 customer management system 4a customer management server 4b customer database 5 latitude/longitude conversion means 6 customer nameplate image layer creation means 7 map image creation means 8 output means 9 portable terminal 10 sales results management System 10a Sales performance information management server 10b Sales performance database 11 Communication line 12 Map image layer 13 Customer nameplate image layer 14 Map image 15 Public information database 16 Classification means 17 Judgment means 18 Selection means 19 Land and building image layer creation means 20 Land and Building image layer 21 Public information management server

Claims (11)

a map database that stores data relating to a map that has a layer structure and is associated with or associated with latitude and longitude information as a map image layer;
map data extraction means for reading the map image layer from the map database;
a customer database that stores data related to customers in association with or in association with nameplates representing the customers;
a public information database that stores public information data on land and/or buildings made public by a predetermined means in association with or in association with a predetermined symbol;
extracting the customer's address, house number or telephone number from the customer database and converting it into latitude and longitude coordinates, and extracting the land and/or building address, house number or telephone number from the public information database; Latitude-longitude conversion means for converting to latitude and longitude coordinates;
a customer nameplate image layer creating means for creating a nameplate image layer of a customer that can be displayed by being superimposed on the map image layer, the nameplate image layer displaying the nameplate of the customer based on the coordinates of the customer;
An image layer of the land and/or buildings that can be superimposed and displayed on the map image layer, wherein the land and/or buildings are displayed as the predetermined symbols based on the coordinates of the land and/or buildings. land and building image layer creating means for creating a land and building image layer;
The map image layer and the customer nameplate image layer so that the latitude and longitude indicated by the latitude and longitude information of the map image layer, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer match. and map image creation means for creating a map image by superimposing the land and building image layers;
and output means for outputting the created map image. Said map is
2. The cartographic system according to claim 1, wherein the cartographic map is a simplified map or a blank map. The created map image is
3. The map creation system according to claim 1, wherein the image is a residential map image. further comprising a customer information management server for managing data related to the customer, and a mobile terminal capable of communicating with the customer information management server via a network,
The customer database is
4. The map creation system according to any one of claims 1 to 3, wherein the map creation system is configured to cooperate with the customer information management server. Furthermore, a sales performance information management server for managing data relating to sales performance or results, and a sales performance information management server that cooperates with the sales performance information management server and stores data relating to the sales performance or results in association with or in association with the information that can identify the customer. Equipped with a sales performance management system that has a sales performance database that
The sales performance information management server is
5. The map creation system according to any one of claims 1 to 4, wherein the map creation system is configured to cooperate with the customer database. 6. The map creation system according to claim 5, further comprising a portable terminal capable of communicating with said sales result information management server via a network. The customer database is
7. The map creation system according to any one of claims 1 to 6, further comprising storing data related to prospective customers in association with or in association with nameplates representing said prospective customers. The mapping system comprises:
4. The map creation system according to any one of claims 1 to 3, which is a residential map creation system. The public information data is
stored in the public information database in association with or associated with the use or purpose;
The mapping system comprises:
Classifying means for classifying the public information data stored in the public information database into a plurality of groups for each of several uses or purposes; Determining means for determining whether or not there is classified data that meets a purpose; and Selecting means for selecting classified data determined by the determining means to match the predetermined use or purpose,
The latitude/longitude conversion means is
9. The method according to any one of claims 1 to 8, wherein an address, house number or telephone number of the classified data selected by said selection means can be extracted and converted into latitude and longitude coordinates. Mapping system. The public information database is
Acquiring public information data on land and/or buildings that have been made public by prescribed means at regular intervals;
The land and building image layer creation means includes:
updating and creating the land and building image layer based on the acquired public information data;
The map image creation means includes:
10. The map creation system according to any one of claims 1 to 9, wherein the map image is created based on the updated land and building image layers. a step of storing data relating to a map having a layer structure in a map database in association with latitude and longitude information;
a step of storing data relating to a customer in a customer database in association with or associated with a nameplate representing the customer;
a step of storing public information data relating to land and/or buildings made public by a predetermined means in a public information database in association with or in association with a predetermined symbol;
a map extraction step of extracting a map image layer from the map database;
Latitude for extracting the customer's address, house number or telephone number from the customer database, extracting the land and/or building address, house number or telephone number from the public information database, and converting them into latitude and longitude coordinates, respectively. a longitude conversion step;
creating a nameplate image layer in which the nameplate of the customer is displayed based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step; an image layer creation step;
Land and/or buildings in which the land and/or buildings are displayed as predetermined symbols based on the coordinates converted in the latitude/longitude conversion step so as to be superimposed on the map image layer extracted in the map extraction step, and a land and building image layer creation step of creating a building image layer;
The map image layer and the customer nameplate image layer so that the latitude and longitude indicated by the latitude and longitude information of the map image layer, the latitude and longitude of the customer nameplate image layer, and the latitude and longitude of the land and building image layer match. and a map image creation step of creating a map image by superimposing the land and building image layers;
an output step of outputting the created map image;
A map creation program characterized by causing a computer to execute

Images