JP2002251513A - Device, system and method for collating whereabout, and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate collation for customer's whereabouts. SOLUTION: This system is a whereabout collating system wherein a whereabout collator for collating customer information transmitted from a retriever side terminal with information as to an actual existing inhabitant is able to be connected to the retriever side terminal via communication network. This method is a method wherein the customer information is collated with the actual existing information stored in the whereabout collator, and wherein collated result information is transmitted to the retriever side terminal, when the customer information transmitted from the retriever side terminal is received. When the actual existing information corresponding to the customer information is not found, dwelling house map information corresponding to the customer information is allowed to be distributed, so as to allow the whereabout of the customer information to be collated easily.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a location collation apparatus, a location collation system, a location collation method, and a storage medium that support confirmation of the location of a customer.

[0002]

2. Description of the Related Art When a customer applies for a bank, a credit card, or the like, the customer's address is required. In some cases, the financing company performs authentication by confirming the location of the principal based on the customer's address obtained at the time of the application. Also, when sending direct mail such as catalogs to many customers, it is difficult to obtain the customer's relocation information in the shipping list without delay, and postal mail will be returned to customers whose mailing address is unknown. May be done. At that time, a loss of shipping cost occurs, so it is desired to confirm the location of the customer in advance. Conventionally, as a method of confirming the location of such a customer, a check has been made with a resident's card, or a visit to an address where the customer has actually entered is confirmed with a nameplate or the like. As a technique for confirming such an address, Japanese Patent Application Laid-Open No. H11-3332 is disclosed.
The technique described in Japanese Patent Application Laid-Open Publication No. H10-209,086 is known. This Japanese Patent Laid-Open No. 11-
In Japanese Patent No. 3332, when an address, a postal code, and a telephone number are input on a homepage obtained through the Internet, the correspondence between the address of the server-side terminal and the postal code is determined by collating means provided in the server-side terminal. A technique is described in which a dictionary or the like to be described is referred to to check whether input information is appropriate.

[0003]

The above prior art has the following problems. First, the method of investigating a customer's location confirmation using resident's card or nameplate information is troublesome. Second
According to the technology described in Japanese Patent Application Laid-Open No. 11-3332, at least a dictionary that describes a correspondence between an address and a postal code, a correspondence between a postal code and a telephone number, and a correspondence between a telephone number and an address is used. The collation is performed with reference to one of them. Therefore, the correspondence between the address, the postal code, and the telephone number can be confirmed, but the information cannot be confirmed with the customer's name. Can be confirmed, but the location of the resident cannot be confirmed. The present invention has been made in view of the above problems, and has as its object to provide a location collation device, a location collation system, a location collation method, and a storage medium that can easily collate the location of a customer.

[0004]

In order to solve the above-mentioned problems, the invention of claim 1 is, for example, as shown in FIGS. 1 and 2, a customer address or telephone number transmitted from a searcher side terminal 4, 41, 42. A location matching device 3 for matching customer information including a number with information on a real resident, and resident information recording information such as an address and a resident name of each real house;
A real information storage unit 5 for storing real information consisting of at least resident information of telephone number information recording real telephone number information, and a receiving unit for receiving the customer information transmitted from the searcher side terminal (For example, the transmission control unit 1
4), the presence information stored in the presence information storage unit 5 is compared with the customer information received by the receiving unit (for example, the transmission control unit 14), and the presence information corresponding to the customer information is compared. A collation result acquiring unit (for example, CPU 10) for acquiring a result of whether or not there is, and collation result information acquired by the collation result acquiring unit (for example, CPU 10) to the searcher side terminals 4, 41, and 42. Transmission means (for example, the transmission control unit 14) for transmission.

According to the first aspect of the present invention, there is provided a real information storage unit 5 comprising at least resident information of the resident information and telephone number information, and the searcher side terminals 4, 41, 4
Receiving means for receiving the customer information transmitted from 2;
And a collation result acquisition means for collating the presence information with the customer information to acquire the collation result information, so that the customer information transmitted from the searcher side terminals 4, 41, and The result obtained by collating the information can be obtained. Further, the obtained collation result information can be transmitted to the searcher side terminals 4, 41, 42 by the transmission means. Therefore, the searcher terminals 4, 41,
It is possible to easily perform an operation of confirming whether or not the customer information transmitted from 42 and the corresponding information are included in the existing information on the actual resident. Further, since the presence information includes at least the resident information of the resident information and the telephone number information, the accuracy of confirming the location of the customer registered in the customer information is improved. That is, for example,
Even if the customer lives in a house that does not have a general telephone line, or if the registered person of the general telephone line is different from the actual telephone line user, etc. You can check the presence or absence. Further, if the real information includes telephone number information, even if the customer information is composed of telephone numbers, an address is estimated from the telephone number, and the address information is searched for and collated with the resident information. Becomes possible. Further, when the customer information includes an address and a telephone number, it is possible to confirm the consistency between the address and the telephone number.

[0006] The customer information is information on the customer owned by the searcher, and includes, for example, information including the customer name in addition to the customer address and telephone number.

[0007] The resident information is created from, for example, a resident card or a resident list checked by a research organization, and the location of an existing house is associated with the name of a resident using the house. Information. The telephone number information is created from a telephone directory or the like created by a telephone company, and is information in which a telephone number of an existing telephone line is associated with a name of a contractor who has contracted the telephone line. It is.

[0008] The collation result information indicates a result of whether or not there is real information corresponding to the customer information. For example, the collation information includes information indicating only the existence or nonexistence of the real information corresponding to the customer information, There is information to convey the result.

FIG. 3 and FIG.
As shown in FIG. 2, a location collation device 20 for collating customer information including a customer address or telephone number transmitted from the searcher side terminals 4, 41, and 42 with information on an actual resident.
3, real information including at least resident information of resident information in which information such as the address and resident name of each real house is recorded and telephone number information in which real telephone number information is recorded. A real information storage unit 205 for storing information, and a map information storage unit 206 for storing map information including latitude and longitude information
A receiving unit (for example, a transmission control unit 214) for receiving the customer information transmitted from the searcher side terminal; the presence information stored in the presence information storage unit 205; A collation result acquisition unit (for example, CPU 210) for collating the customer information received by the transmission control unit 214) and acquiring a result as to whether or not there is presence information corresponding to the customer information; Map information acquisition means (for example, CPU 210) for acquiring map information including the position of the address information included in the customer information;
A house map information generation unit (for example, a home map information generation unit that generates house map information by associating the resident information with the map information obtained by the map information obtaining unit (for example, the CPU 210)
A transmission unit (for example, a transmission control unit 214) for transmitting the collation result information acquired by the collation result acquisition unit and the generated house map information to the searcher side terminals 4, 41, 42; It is characterized by having.

According to the second aspect of the present invention, there is provided a real information storage unit 205 for storing real information including at least resident information of the resident information and the telephone number information;
Receiving means for receiving the customer information transmitted from the searcher-side terminals 4, 41, and 42, and further matching the real information with the received customer information to obtain the matching result information Since there is a matching result acquisition unit that performs
It is possible to obtain a result of collating the customer information transmitted from the searcher side terminals 4, 41, 42 with the real information. Further, a map information storage unit 206 that stores map information including latitude and longitude information, and a map information acquisition unit that acquires map information including a location of the address information included in the presence information or the customer information, includes the presence information. Alternatively, it is possible to acquire map information including the position of the address information included in the customer information. Furthermore, since there is provided a house map information generating means for generating house map information by associating the resident information with the obtained map information, the position of the address information contained in the real information or the customer information is mapped. Can be written above. Then, the transmission means can transmit the collation result information and the generated house map information to the searcher side terminals 4, 41, 42. Thereby, the collation result information obtained by collating the customer information transmitted from the searcher side terminals 4, 41, and 42 with the real information is easily included in the searcher side terminals 4, 41, and 42 including the map information. Can be provided.

The map information is, for example, information relating to a topographic map composed of image information and latitude / longitude information, and is information for expressing geography with coordinate values and image data.
The house map information is obtained by adding a sign indicating the location of a building to such map information.For example, a sign in the shape of a building is attached on a map, and a resident name is indicated on the sign. There are things that are.

According to a third aspect of the present invention, in the location collation apparatus 203 of the second aspect, when the collation result acquiring means (for example, the CPU 210) determines that there is no real information corresponding to the customer information, Map information acquisition means (for example, CPU 210) for acquiring map information in a predetermined range including position information included in the customer information; the house map information generated in association with the map information; Transmission means for transmitting the associated resident information to the searcher-side terminals 4, 41, 42 (for example,
Transmission control unit 214).

According to the third aspect of the present invention, when the matching result acquisition means determines that there is no real information corresponding to the customer information, the map information in a predetermined range including the position information included in the customer information. Map information acquisition means for acquiring
And transmitting means for transmitting the house map information generated in association with the map information and the resident information associated with the house map information to the searcher side terminals 4, 41, 42. Therefore, the house map information and the resident information can be easily provided to the searcher terminals 4, 41, 42. Thus, when the matching result obtaining means determines that there is no real information corresponding to the customer information, the searcher can use the searcher-side terminals 4, 41, and 42 to search for the house map information and the resident information. Thus, it is possible to search for information considered to correspond to the customer information. Therefore, even if the customer information has some kind of error and there is no corresponding real information, it is possible to search by the neighboring house map information.

According to a fourth aspect of the present invention, there is provided the location matching device according to any one of the first to third aspects, wherein the location matching device stores history information of location matching requests from the searcher terminals. The history information storage units 23c and 223c and a charge calculating unit (for example, C) for calculating a usage charge according to the charging condition when the history information matches a predetermined charging condition.
PU10, 210).

According to the invention of claim 4, the matching history information storage units 23c and 223c for storing history information of the location matching request from each of the searcher terminals 4, 41 and 42, If the conditions are met, there is provided a charge calculating means for calculating a usage charge in accordance with the charging condition, so that the charging according to the history of the location matching request from each of the searcher terminals 4, 41, 42 is performed. It can be easily realized.

According to a fifth aspect of the present invention, for example, as shown in FIG. 1 or FIG. 3, the location verification device 3, 203 according to any one of the first to fourth aspects is transmitted to the customer information, Terminal 41, 4 requesting collation of information with real information
2 are connected to a communication network 2, and the location verification devices 3, 20 are connected via the communication network 2.
It is characterized by 3 and the searcher terminal 41 can be connected.

According to the fifth aspect of the present invention, the location collation devices 3 and 203 and the searcher terminals 41 and 42 can be connected via the communication network 2. If there are connectable searcher-side terminals 41 and 42, distribution of the collation result information can be easily performed without any physical restrictions. In the case of distributing the house map information, it is possible to easily deliver the collation result information including the house map information of a necessary area.

According to a sixth aspect of the present invention, for example, as shown in FIG. 5, a location collation method for collating customer information transmitted from searcher terminals 4, 41, and 42 with real information relating to a real resident. And the searcher side terminals 4, 41, 4
Receiving the customer information including the address or telephone number of the customer transmitted from step 2; comparing the stored real information with the customer information received in the receiving step S3; Matching result acquisition step S4 of acquiring the result as to whether or not there is real information corresponding to
And a transmission step S5 of transmitting the collation result information acquired in the collation result acquisition step S4 to the searcher side terminals 4, 41, 42.

According to the sixth aspect of the present invention, in the location collation method, by performing the receiving step S3, the collation result acquiring step S4, and the transmitting step S5, the searcher side terminals 4, 41, 42 The presence / absence of the presence information corresponding to the transmitted customer information can be easily obtained.

According to a seventh aspect of the present invention, as shown in FIG. 6, for example, a location collation method for collating customer information transmitted from searcher terminals 4, 41, and 42 with real information relating to a real resident. And the searcher side terminals 4, 41, 4
Receiving the customer information including the address or telephone number of the customer transmitted from step 2; comparing the stored real information with the customer information received in the receiving step S24; A matching result obtaining step S25 for obtaining a result as to whether or not there is presence information corresponding to the above; a map information obtaining step S33 for obtaining map information including the position of the address information included in the presence information or the customer information; A house map information generating step S for generating house map information by associating the resident information with the map information obtained in the map information obtaining step S33.
34, the matching result information acquired in the matching result acquiring step S25 and the house map information generating step S
And a transmitting step S35 of transmitting the house map information generated by the terminal 34 to the searcher side terminals 4, 41, 42.

According to the seventh aspect of the present invention, in the location collation method, the receiving step S24, the collation result acquiring step S25, and the map information acquiring step S33.
When, by passing through the said housing the map information generating step S34, the collation result information as to whether or not the actual information corresponding to the customer information transmitted from the searcher terminal 4,41,42, and the house map information easily acquired, can be generated by the transmitting step S35, it may be transmitted to the searcher terminal 4,41,42.

According to an eighth aspect of the present invention, in the location collation method according to the seventh aspect, when there is no actual information corresponding to the customer information in the collation result acquiring step S25, the location information included in the customer information is determined. A map information obtaining step S33 for obtaining map information of a predetermined range including: a house map information generated in association with the map information obtained in the map information obtaining step S33; The resident information and the searcher terminal 4,
And a transmission step S35 for transmitting the data to the transmission lines 41 and 42.

According to the invention of claim 8, in the location matching method of claim 7, the matching result obtaining step S2
At 5, when there is no real information corresponding to the customer information,
Map information acquisition step S33, the house map information,
The transmission step S35 of transmitting the resident information associated with the house map information to the searcher-side terminals 4, 41, and 42 is performed, so that there is no real information corresponding to the customer information. Even so, it is possible to easily provide a surrounding map and resident information corresponding to the customer information.
Therefore, the searcher can easily obtain the surrounding map and the resident information corresponding to the customer information, and can easily search for the real information corresponding to the customer information.

According to a ninth aspect of the present invention, there is provided a storage medium 13 storing a computer-executable program for distributing map information, wherein a customer address or telephone number transmitted from the searcher terminal 4, 41, 42 is stored. Receiving step S3 for receiving the customer information including the number, collating the stored real information with the customer information received in the receiving step S3, and determining whether there is real information corresponding to the customer information. A program is stored which includes a process for realizing a collation result acquiring step S4 for acquiring a result and a transmitting step S5 for transmitting collation result information from the collation result acquiring step S4 to the searcher terminals 4, 41, 42. It is characterized by:

According to the ninth aspect of the present invention, a computer executable program for distributing map information is stored,
The receiving step S3 and the collation result obtaining step S
4 and a program including a process for realizing the transmission step S5, the reception step S3, the collation result acquisition step S4, and the program stored in the storage medium as necessary. The processing in the transmission step S5 can be automatically performed.

The storage medium is, for example, an optical medium,
It is composed of a magnetic or semiconductor memory or the like. This storage medium is, for example, one that is fixedly provided in a storage device (for example, a magnetic tape, a hard disk, or the like) or one that is detachably provided (for example, FDD, MO, LD, D
VD, ZIP, etc.).

According to a tenth aspect of the present invention, as shown in FIG.
A storage medium 213 storing a computer-executable program for distributing location collation information and map information, and stores customer information including a customer address or telephone number transmitted from the searcher-side terminals 4, 41, 42. A receiving step of receiving S24, collating the stored presence information with the customer information received in the receiving step S24, and obtaining a result as to whether or not there is presence information corresponding to the customer information; A result obtaining step S25, a map information obtaining step S33 for obtaining map information including a position of the address information included in the real information or the customer information,
A house map information generating step S34 for generating house map information by associating the resident information with the map information obtained in the map information obtaining step S33, and the matching result information obtained in the matching result obtaining step S25, The house map information generated in the house map information generation step S34 and the searcher side terminals 4, 41, 42
A program for implementing the transmitting step S35 for transmitting to the user is stored.

According to the tenth aspect of the present invention, the receiving step S24 and the collation information obtaining step S25 are executed by a program stored in the storage medium as necessary.
The processing in the map information acquisition step S33, the house map information generation step S34, and the transmission step S35 can be automatically performed.

According to an eleventh aspect of the present invention, as shown in FIG. 2 or FIG. 4, in the storage medium 23 or 223 of the ninth or tenth aspect, information such as an address and a resident name of each real house is stored. Recorded resident information database 23a, 2
It is characterized in that real information including at least the resident information databases 23a and 223b of the telephone number information databases 23b and 223b storing the actual telephone number information is stored.

According to the eleventh aspect of the present invention, in the storage medium 23 or 223 according to the ninth or tenth aspect, at least the resident of the resident information databases 23a and 223a and the telephone number information databases 23b and 223b. Since the presence information having the information databases 23a and 223a is stored, the presence information stored in the storage media 23 and 223 is read by a computer, so that the presence information can be collated or searched.

A twelfth aspect of the present invention is characterized in that, in the storage medium 213 of the tenth aspect, map information including latitude and longitude information is stored.

According to the twelfth aspect of the invention, since the storage medium 213 stores the map information including the latitude and longitude information, the map information stored in the storage medium 213 is read by the computer. Map information corresponding to the customer information or the resident information can be easily obtained. Further, since the map information includes the latitude and longitude information, the house map information can be easily generated based on the latitude and longitude information.

The invention of claim 13 is the invention of claim 9 or 10
In the described storage media 23, 223, history information of the location matching request from each of the searcher terminals 4, 41, 42 and a fee calculation program for calculating a usage fee according to a predetermined charging condition are stored. It is characterized by.

According to the invention of claim 13, in the storage medium 23,223 and the history information of the location verification request from the searcher terminal 4,41,42, the use charge in accordance with a predetermined charging conditions Since the charge calculation program to be calculated is stored, the history of the location matching request is stored by reading the charge calculation program into a computer, and according to a predetermined charging condition, the usage charge corresponding to the history is stored. The calculation process can be performed automatically.

[0035]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A location collation apparatus, a location collation system and a location collation method according to the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the overall configuration of an example of an embodiment of a location matching device 3 and a location matching system 1 according to the present invention. Location verification system 1 according to the present invention, the location verification unit 3, a communication network 2,
The searcher-side terminals 41, 42, the file server 23, the display device 8,..., Etc. are configured. The location collation device 3 and the searcher-side terminals 41, 42 are connected by the communication network 2 using the Internet. I have.

The location collation device 3 is a WWW (World Wide Wealth).
b) It has a function as a server and an application server, and has a CPU (Central Processor) inside as shown in FIG.
ssing Unit) 10 and RAM (Random Access Memor)
y) 11, a storage device 13, a transmission control unit 14, an input device 15, a display device 16, and the like.
5 and various interfaces. Further, in addition to the storage device 13, a file server 23 is provided so as to be connectable.

The CPU 10 includes a system program stored in the storage device 13, various application programs corresponding to location collation and display processing, and various data corresponding to various instruction signals input from the searcher terminals 41 and 42. Is stored in the RAM 11 and various processes are executed in accordance with the application program stored in the RAM 11 in accordance with the instruction and the input data.
It is temporarily stored in AM11. Further, the CPU 10 stores part or all of the processing result information in the result information storage unit 13c of the storage device 13.

The RAM 11 stores the storage device 13
Forms a program storage area for expanding various data when executing a program stored in
A storage area for temporarily storing data relating to processing executed by the processing unit 10, a work area processed by an input instruction and input data, and the like are formed.

The storage devices 13 and 23 are hard disk devices (storage devices) in which programs and data are stored in advance.
13 and a file server 23 in which a database such as a resident information database 23a is stored. The storage device 13 is a CD-R drive device that can read and write data such as program information. Further, the file server (storage device) 23 is provided to be connected to the location verification device 3.

The hard disk (storage device) of the hard disk device 13 is provided with a web server program information storage unit 13a, a verification program information storage unit 13b, and a result information storage unit 13c.

Web server program information storage unit 13a
Stores various application software including web server software in addition to a control program such as an OS (operating system). The collation program storage unit 13b includes application server software and the like,
A control program necessary for location collation processing and the like is stored. The result information storage unit 13c stores part or all of the processing result information by the CPU 10.

The file server 23 is an FTP (File Tr)
Ansfer Protocol) is a computer having a server function and having a large-capacity magnetic disk. The file server 23 has a real information storage unit 5 including a resident information database 23a and a telephone number information database 23b.
And a collation history information database 23c and an authentication database 23d, and stores other databases referred to for location collation and files such as various software and documents.

The real information storage unit 5 includes a resident information database 23a and a telephone number information database 23b. The resident information database 23a is created from a resident card or a resident list checked by a research organization, and is information in which the location of a real house and the name of a resident living in the house are associated with each other. is there. The telephone number information is created from a telephone directory or the like created by a telephone company, and the telephone number of an actual telephone line corresponds to the name of the contractor who has contracted the telephone line and the line laying address. The attached information.

The history information database 23c stores the processing results in the connection period from when the location collation system 1 receives a connection request from the searcher side terminals 41 and 42 to the location collation apparatus 3 until the provision of the collation results is completed. I remember.
That is, the identification information (ID) of each of the searcher terminals 41 and 42
And connection terminal numbers) and information such as connection date, connection time, service use contents, and the like.

The authentication database 23d is a database that stores information about the searcher terminals 41 and 42 that can be connected to the location collation system 1, and includes identification information (ID and connection terminal number) of each of the searcher terminals 41 and 42. , Etc.) and corresponding passwords are stored, and include information necessary for authenticating the connection to the location verification device 3.

The information stored in each database stored in the file server (storage device) 23 can be written, deleted, or corrected in the storage device 23 by a predetermined program read by the CPU 10. Has become.

The transmission control unit 14 has a modem (MODEM:
MOdulator / DEModulator), terminal adapter (T
A: A terminal adapter) or a router, etc., for transmitting various kinds of information and a signal for a location collation request with the searcher terminals 41 and 42 via a communication line such as a telephone line, an ISDN line, or a dedicated line. Send and receive.

The input device 15 includes a pointing device such as a mouse and a touch pen in addition to a keyboard, and is used for inputting various kinds of program information and signals for designating the contents of editing or deleting a database.

The display device 16 includes the searcher-side terminals 41 and 42.
, For example, a CRT (Cathode Ray Tu
be), an LCD (Liquid Crystal Display) or the like, and displays various program information and contents of editing and deletion of the database on the screen according to the display control of the CPU 10.

The location matching device 3 having the above configuration is connected to the communication network 2 (Internet), and outputs the matching result information of the real information corresponding to the customer information to the searcher connected to the communication network 2 (Internet). It has a function of transmitting to the terminals 41 and 42. The searcher terminals 41 and 42 in the location matching system 1 are L
There are a searcher side terminal 41... Connected to the AN and a searcher side terminal 42 directly connected to the communication network 2.

The searcher terminals 41 and 42 include a personal computer or the like, and include a CPU, a RAM, a hard disk device, an input device, a transmission control unit, and a display device 8.
, Etc., which are connected via a bus or various interfaces.

The CPU is located in accordance with a system program stored in the hard disk device, various application programs corresponding to the display processing of the result of matching of the presence information, and various instruction signals transmitted from the searcher terminals 41 and 42. A processing result or the like relating to the information display transmitted from the collation device 3 is temporarily stored in the RAM, and the processing result is displayed on the display device 8.

The RAM forms a program storage area for expanding various data when the CPU executes a program stored in the hard disk device, and a storage area for temporarily storing data relating to processing executed by the CPU. A work area or the like processed by the input instruction and the input data is formed.

The hard disk device stores control programs such as an OS (operating system), application programs necessary for connection to the communication network 2 (Internet), and the like.

The input device includes a keyboard and a pointing device such as a mouse and a touch pen in addition to a keyboard, and is used for inputting customer information and inputting collation request items.

The transmission control unit is constituted by a modem, a terminal adapter, a router, or the like.
Various information and a signal for requesting information acquisition are transmitted to and received from the location verification device 3 via a communication line such as an ISDN line or a dedicated line.

The display devices 8 are connected to the searcher side terminals 41 and 42.
, And is configured by, for example, a CRT, an LCD, or the like, and displays map information, map information distribution request conditions, and the like on a screen in accordance with display control of the CPU 10.

Next, a location collation method using the location collation system 1 according to the present embodiment will be described with reference to the flowchart shown in FIG. If it is desired to verify the location of the customer information, the U
When an RL (Uniform Resource Locator) is designated, it is transmitted via the communication network (Internet) 2 and the web page is displayed on the display device 8. On the displayed web page screen, an authentication number including a personal number and a password of the searcher terminal is input, and the authentication information is transmitted to the location verification device 3. When the transmitted authentication number of the user is compared with the authentication database 23d and the connection is approved, a customer information input screen shown in FIG. 7 is displayed on the display device 8. Here, in step S1, customer information whose location is to be collated is input from the searcher side terminals 41 and 42. Types of customer information to be input include an address and a telephone number, and can be selected.

FIGS. 7 and 12 show searcher-side terminals 41 and 4 respectively.
2 is a display screen of the browser displayed on the display device 8 of FIG. 2 and shows a web page when inputting customer information. In FIGS. 7 and 12, first, it is specified whether the type of customer information to be input is an address or a telephone number. That is, the type of the corresponding customer information is selected from the check buttons b71, b72, b121, and b122 provided on the left side of the "zip code" and "telephone number" displayed at the top of the screen. When inputting the address of the customer information, if the postal code check buttons b71 and b121 are designated by a pointing device or the like, a text box b73 for inputting the postal code is displayed on the right side thereof. On the other hand, when inputting the telephone number of the customer information, when the check buttons b72 and b122 of the telephone number are designated by a pointing device or the like, a text box b123 for inputting the telephone number is displayed on the right side thereof.

First, a procedure for inputting an address as customer information will be described. As shown in FIG. 7, a postal code check button b71 is specified, the postal code of the customer information is input in a postal code text box b73, and an "address development" button b74 is specified by a pointing device or the like. Then, the postal code information is transmitted from the searcher terminals 41 and 42 to the location verification device 3. The location verification device 3 searches the postal code database 23e, and stores the address information corresponding to the received postal code information in the searcher terminal 4.
1, 42. Thereby, as shown in FIG.
In the searcher's terminals 41 and 42, the address corresponding to the input postal code is an address display field b75 to the character / chome.
Will be displayed. The displayed contents are confirmed, the address of the customer to be verified is confirmed to be correct, and the address input is completed.

If the postal code is not input, the address of the customer information can be directly input to the address display fields b75 using an input device such as a keyboard. At this time, the address is input to b75... And a "select" button b78.
Is specified, the location matching device 3 performs a forward match search process, and the place name corresponding to the combo box b76 provided on the left side of the input box b75 is displayed. Therefore, after the input of place names halfway, specifying the "Select" button B78, easily applicable place name is supposed to be displayed.

If the user selects the button b77 provided at the end of the combo box b76 without directly inputting a character in the input box b75, the combo box b76 is enlarged downward. , A list of place names is displayed. The address can also be designated while selecting the corresponding place name or the like from the displayed place name list.

As shown in FIG. 8, after the designation of the address of the customer information is completed, when the "execute search" button b89 displayed at the lower part of the screen is selected, in step S2, the inputted address information is changed to the customer information. It is transmitted to the location collation device 3 simultaneously with the collation request signal. At this time, in the input of the address, all the input fields from "area" to "character / chome" are required to be input, and if the "execute search" button b89 is specified in a state where the input information is insufficient, this is indicated. An error message (not shown) is displayed.

Next, a case where a telephone number is input as customer information will be described. In step S1, as shown in FIG. 12, on a web page showing a screen for inputting customer information, the telephone number of the customer to be verified is input in the telephone number input field 121, and in step S2 "address development" Button 12
When 2 is selected and executed, a collation request signal is transmitted to the location collation device 3 together with a telephone number as customer information.

The transmitted customer information and collation request signal are received by the location collation device 3 in step S3. Upon receiving the customer information and the matching request signal, in step S4, the location matching device 3 searches for the presence information stored in the presence information storage unit 5 and matches the presence information corresponding to the received customer information. . When the corresponding real information is detected by the collation, the resident list stored in the real information storage unit 5 is transmitted to the resident list of the area corresponding to the customer information in step S5.

At step S6, the searcher side terminals 41 and 42, which have received the collation result information, execute a program for displaying the collation result information received at step S7. Are displayed on the display device 8... When the customer information is a telephone number, a screen as shown in FIG. 13 is displayed. In addition,
The screens shown in FIGS. 9 and 13 are activated and displayed as separate windows from the screens shown in FIGS. The information displayed at this time is, as shown in the display areas 9B and 13B, displayed as a table in which names (resident names) and addresses written on the nameplate of the building included in the designated character / chome are listed. It has become so.

FIG. 10 shows the display area 9 of FIGS. 9 and 13.
B and 13B are shown. As described above, when there is an apartment such as an apartment or a condominium in the corresponding area, the triangular button 901 provided beside the nameplate name (the name of the apartment) in the display areas 9B and 13B is pressed by the pointing device of the input device. When designated and executed, as shown in 9B-1, the column of information is increased below the apartment house name, and the resident name and the room number of each room are displayed. Also, as shown in 9B-2, when the resident name and the room number of each room are displayed and the triangle button 901 provided next to the apartment house name is selected and designated, 9B-1 , Only the apartment house name is displayed. In addition,
In the information of this resident list, "1 to 20 items are being displayed (63 items)" is displayed, and 20 items can be simultaneously displayed on one screen, and provided at the end of the table. By moving the scroll bar 902 up and down, information on the upper and lower ends of the table can be confirmed.

Further, as shown in FIG. 10, numbers are arranged in the upper part of the table in accordance with the number of cases. For example, when there are 63 pieces of information, "1 2 3 4" and 1 to 4 are displayed. Numbers are arranged, and when the pointer is moved to the position of each number with the input device and executed, a table of 20 items is displayed. For example, if you want to check the information of the 25 th "2"
Is selected and executed, a web page of a table of the resident information from the 21st to the 40th is displayed and can be confirmed. Also, a “Back” button 90 is provided on the left and right above the table.
3 and a “Next” button 904. When the pointer is moved to the position of the “Back” button 903 and executed, the web pages of the previous 20 tables are displayed, and when the pointer is specified at the position of the “Next” button 804, the next We of table showing 20 cases
Page b is displayed.

When the resident list shown in FIG. 9B is searched, a search item input field 90 shown in the display area 9A is used.
In 5..., The address of the customer information is input in more detail, or the customer name is input, and a “refine search” button 906 is specified and executed using a pointing device or the like. Then, the web page of the resident list including the corresponding resident information is displayed in the display area 9B, and the search can be easily performed.

On the other hand, in FIG.
As shown in (1), the telephone number, the name of the subscriber of the telephone number, and the telephone line laying address are displayed up to the character / chome. here,
By pointing the pointer at the position of the phone number and specifying it,
As shown in the display area 14A of FIG. 4, information associated with the telephone number is displayed.

When the resident information corresponding to the customer information can be identified from the resident list, the pointing device and the like are executed in accordance with the position of the resident name, as shown in FIG.
As shown in the first display area 11B, detailed information of the resident is displayed. The display area 11B is provided with a “registrant name” input field 111 and a “remarks” input field 112.
In the “registrant name” input box 111, the name of the searcher to be registered can be input, and in the “remarks” input box 112, additional information relating to the resident information can be input. The input additional information is subjected to an overwrite update process by an “update” button 113, a new addition process by a “new addition” button 114, and a deletion process by a “delete button” 115. . To return to the resident list screen, select "Return to list" 116 to return to the web page screen shown in FIG. In this way, it is confirmed whether there is information corresponding to the customer information to be collated and the real information.

[0072] Upon completion of the location verification by program whereabouts collation of steps S1 to S7, in step 8 is located verification apparatus 3, the searcher terminal 41, connection time and matching to the location verification device 3 The connection history such as the number of cases is stored in the collation history information database 23c. In step S9, the connection history is confirmed, and a request for displaying a resident list screen as shown in the display areas 9B, 13B, and 14B of FIGS. 9, 13, and 14 is received. If it is determined that the delivery, step S1
At 0, a fee is calculated according to a predetermined charging system. Then, the fee calculated in step S10 is stored in the matching history information database 23c, and the location matching method ends.

According to the location collation method in the example of the above embodiment, the customer information of the customer to be collated is input from the searcher side terminals 41 and 42 and transmitted to the location collation device 3 so that the customer can be easily identified. Real information corresponding to the information can be collated. In addition, when inputting the postal code or telephone number at the time of inputting the customer information, the place name of the corresponding area is displayed, so that the input of the customer information is easy. Further, since the resident list of the resident in the area corresponding to the postal code or the telephone number is provided to the searcher side terminals 41 and 42, for example, when there is no real information matching the address of the customer information However, the information corresponding to the customer information can be easily searched from the residents in the vicinity by using the resident list.

In the example of the present embodiment, FIGS.
The specific configuration such as the display screen example shown in FIG. 4 is not limited to the example of this embodiment. In short, the searcher's terminal 4
The collation result information is provided from the location collation device 3 in response to a request from the storage devices 1 and 42, a series of processes stored in the storage devices 13 and 23 are performed, and displayed so that location collation can be easily performed. Should be fine.

The location collation system 1 of the present embodiment
In the above, the Internet was used as the communication network 2. However, the present invention is not limited to this. For example, it is possible to connect to the location collation device 3 via an extranet constructed by connecting a plurality of intranets. That is, it is only necessary that the searcher-side terminals 41 and 42 can be connected to the location collation device 3 via the communication network 2.

In step S1, when the customer information is input from the searcher terminals 41 and 42, the input customer information is address information or a telephone number. In addition to this, the customer name is input. It may be. In this case, the resident information further narrowed down from the corresponding resident list can be displayed from the beginning, the collation operation can be performed more easily, and the collation result of the presence or absence of the corresponding information can be obtained more quickly.

Further, when the resident list is transmitted to the searcher-side terminals 41 and 42, a billing program for calculating a fee and storing it in the result information database 13c of the location matching device 3 is provided. However, the present invention is not limited to this. For example, the searcher side terminals 41 and 42
May be adapted to other charging systems, such as charging for the time connected to the location verification device 3, or may not include a charging program.

Next, a second example of the present embodiment will be described. The location collation system 21 according to the second embodiment shown in FIG.
, Searcher side terminals 41 and 42 and file server 223
When a display device 8 ..., it is constituted by such as the location verification apparatus 3 and the searcher terminal 41 are connected by a communication network 2 using the Internet.

The difference between the location collation system 21 of the second embodiment and the location collation system 1 of the first embodiment is that the file server 223 has a map information database 206 as shown in FIG. The location verification device 20
No. 3 is characterized in that a function for associating map information with the collation result is provided. The rest of the system configuration is the same as in the first example described above. Therefore,
In the following description, description of parts common to the example of the first embodiment will be omitted.

The location collation device 203 is the web server 20
31, an application server 2032, and a map information distribution server 2033. As shown in FIG. 4, the CPU 210, the RAM 211, the storage device 213, the transmission control unit 214, the input device 215, comprising a display device 216 DOO etc., which are connected via a bus 215 and various interfaces. Further, in addition to the storage device 213, a file server 223 is provided so as to be connectable.

The storage devices 213 and 223 include a hard disk device (storage device) 213 in which programs and data are stored in advance, and a file server 223 in which a database such as the resident information database 23a is stored.

The hard disk (storage device) of the hard disk device 213 includes a web server program information storage unit 213a (2031), a verification program information storage unit 213b (2032), and a result information storage unit 213c.
And a map information generation program information storage unit 213d and a map display control program information storage unit 213e. The web server program information storage unit 13a
(2031) and the collation program information storage unit 13b (2
032) and the result information storage unit 13c are the same as those in the example of the first embodiment, and a description thereof will be omitted.

Map information generation program information storage section 13d
Stores a program necessary to generate house map information by associating map information with resident information. The map display control program storage unit 13e includes Map Guide server software and the like, and stores map information in the searcher terminals 41 and 42.
Display control programs necessary for display on the display devices 8... Are stored.

The file server 223 is a computer having the function of an FTP server and having a large-capacity magnetic disk. The file server 223 includes a real information storage unit 205 including a resident information database 23a and a telephone number information database 23b, a collation history information database 23c, an authentication database 23d, a postal code database 223e, and a map information storage unit. 206, and also stores files such as other databases and various software and documents which are referred to for location collation.

The existence information storage unit 205, the history information database 23c, and the authentication database 23d are the same as those in the first embodiment, and therefore will not be described.
The map information storage unit 206 stores map information including latitude and longitude information. The map information is information relating to a topographic map composed of image information and latitude / longitude information, and is information for expressing geography with coordinate values and image data.

The map information stored in the map information storage unit 206 includes vector (coordinate value) data and raster (image) data, and each data is stored in a data format for a map display program. . The screen display of the map information is performed by downloading the viewer and operating the viewer based on the URL input by each browser.

More specifically, for example, a house map of 1/1500 manufactured by Zenrin and a national road map manufactured by Shobunsha (1/25000, 1/5
0000) are stored as electronic data. In addition, map data such as 1/25000 and 1/100000 is also stored.

The map data includes landmark information on schools, parks, buildings, and the like, and the landmark on the map based on the map data is displayed. The landmark information is also stored in association with the latitude and longitude information. The landmark information also stores information such as the date and time when the building was built and the owner.

[0089] Next will be described along the flowchart showing the location verification method using the location verification system 1 in FIG. 6 in the second embodiment. When the location collation of the customer information is desired, the URL of the web page stored in the location collation device 3 is designated. That is, on the screen transmitted on the communication network (Internet) 2 and displayed on the display device 8..., An authentication number including a personal number and a password of the searcher side terminal is input, and the authentication information is collated. Transmit to the device 3. When the transmitted authentication number of the user is compared with the authentication database 23d and the connection is approved, a customer information input screen shown in FIG. 7 is displayed on the display device 8. Here, in step S21, customer information whose location is to be collated is input from the searcher side terminals 41 and 42. The type of customer information to be input includes an address and a telephone number, as in the first embodiment, and can be selected. The method from the input of the customer information in step S21 to the transmission of the customer information and the collation request signal in step S23 is described in the example of the first embodiment, as shown in FIGS. The description is omitted because it is the same as.

The customer information and collation request signal transmitted in step S23 are received by the location collation device 3 in step S24. When the location collation device 3 receives the customer information and the collation request signal, in step S25, the location collation device 203 sets the presence information storage unit 20
5 is searched, and the address information corresponding to the received customer information is checked.

If it is determined in step S26 that there is actual information corresponding to the customer information, the process proceeds to step S26.
The process proceeds to step S27, and if there is no actual information, the process proceeds to step S
Go to 33. First, the case where the presence information is present will be described.

When the presence information is detected, step S
At 27, a resident list of an area corresponding to the address information is transmitted from the resident information stored in the real information storage unit 205 as collation result information. Step S28
, The searcher-side terminal 4 receiving the matching result information
In steps 1 and 42, in step S29, a program for displaying the received collation result information is executed. If the customer information is address information, a screen as shown in FIG.
, And when the customer information is a telephone number, a screen as shown in FIG. 13 is displayed. The screens shown in FIGS. 9 and 13 are the same as those described in the first embodiment.

If the resident information corresponding to the customer information can be specified from the resident list, a pointing device or the like is executed at the position of the resident name.
5, the detailed information of the resident is displayed. The display areas 15A and 15B conform to the display contents and functions shown in FIG. 11, but differ in that a “map display” button 151 is provided in FIG. When confirming actual information corresponding to customer information to be collated from the collated actual information, if the user wants to confirm map information further, the user selects and designates a "map display" button 151 with a pointing device or the like. At this time, when a map information acquisition request is made in step S30, the map information acquisition request is transmitted to the location matching device 203 in step S31. Incidentally, at step S30, if not performed an acquisition request for map information, and ends the verification of actual information corresponding to the customer information.

In step S32, the location matching device 203 that has received the map information acquisition request performs a process in step S33 to acquire map information and resident information of the area including the address corresponding to the customer information. That is,
From the map information stored in the map information storage unit 206 of the file server 223, the corresponding map information is obtained and the resident information stored in the resident information database 223a stored in the real information storage unit 205 is obtained. Next, in step S34, the program stored in the map information generation program information database 213d is activated, and the map information and the resident information acquired in step S33 are associated with each other via latitude and longitude information and the like. House map information in which resident information is added to the information is generated. The generated house map information is transmitted to the searcher terminals 41 and 42 in step S35.

The house map information transmitted in step S35 can be displayed on the display devices 8 connected to the searcher terminals 41 and 42 by the map display control program stored in the storage device 213. Information has been generated.

At step S36, the searcher terminals 41 and 42 that have received the house map information perform a process of displaying them on the display device 8... As shown in the display area 16C of FIG. Will be displayed as In the displayed house map information, a mark m1 is displayed on the sign of the building corresponding to the resident selected as the real information corresponding to the customer information. Viewing Figure 16 region 16B and 1
With reference to 6C, it is confirmed whether or not there is real information corresponding to the customer information.

If no real information corresponding to the customer information is found in step S26, the process proceeds to step S26.
Go to 33. The location collation device 203 determines in step S3
At 3, the territory map information and the resident information corresponding to the postal code information and the telephone number information of the customer information are acquired. The house map information generated in step S34 is
At 35, it is transmitted to the searcher side terminals 41 and 42. In step S36, the house map information is received, and in step S3
7, the searcher-side terminal 41 on which the house map information is displayed,
On the display screen 42, the searcher searches for a nameplate name that matches the customer name on the map. As a result of the search, when the name of the nameplate which seems to correspond to the customer information is found on the map, the "return to list" button 162 in the display area 16B of FIG. 16 is designated, and from the resident list as shown in FIG. The corresponding real information is searched to confirm the real information corresponding to the customer information.

When the location collation is completed in the course of the location collation of steps S21 to S37, the location collation apparatus 203 determines in step S38 that the searcher side terminals 41 and 42 are in place.
Then, the connection history such as the connection time to the location verification device 3 and the number of verifications is stored in the verification history information database 223c. Then, in step S39, the connection history is confirmed, and the display areas 9B, 13B shown in FIGS.
When the display request of the resident list as shown in B and 14B is received, and it is determined that the resident list and the map information have been distributed, in step S40, the calculation of the fee according to the predetermined charging system is performed. Done. Then, step S40
Of the fee calculated in the result information database 13c
And the location collation method ends.

According to the example of the second embodiment, the location collation device 203 stores the customer information owned by the searcher,
In performing collation with the real information on the real resident, if the customer information is transmitted from the searcher terminals 41 and 42 to the location collation device 203, the collation result can be easily obtained. Further, when no real information corresponding to the customer information is detected, house map information corresponding to the customer information can be delivered. Therefore, the searcher can easily collate the real information corresponding to the customer information that he / she owns, and need not always possess the latest real information, and can efficiently collate the location. .

Note that, in the example of the present embodiment, the specific configuration such as the display screen example shown in the drawings is not limited to the example of this embodiment. In short, the collation result information is provided from the location collation device in response to a request from the searcher's terminal, and a series of processes stored in the storage device are performed, and displayed so that location collation can be easily performed. I just need.

Further, the location collation system 2 of the present embodiment
1, the Internet was used as the communication network 2, but the present invention is not limited to this. For example,
The location collation device 3 may be connectable via an extranet constructed by connecting a plurality of intranets. That is, it is only necessary that the searcher-side terminals 41 and 42 can connect to the material creation support device 3 via the communication network 2.

In step S21, when the customer information is entered from the searcher terminals 41 and 42, the customer information to be entered is address information or a telephone number. In addition to this, the customer name is entered. It may be. In this case, the resident information further narrowed down from the corresponding resident list can be displayed from the beginning, the collation operation can be performed more easily, and the collation result of the presence or absence of the corresponding information can be obtained more quickly.

Further, when the resident list or the map information is transmitted to the searcher side terminals 41 and 42, a charge program is calculated and stored in the result information database 13c of the location matching device 3 when the fee is calculated. I decided to
It is not limited to this. For example, one corresponding to another charging system, such as charging for the time during which the searcher side terminals 41 and 42 are connected to the location matching device 3, and
It may not have a charging program.

[0104]

According to the first aspect of the present invention, there is provided the presence information storage unit, and receiving means for receiving the customer information transmitted from the searcher terminal, further comprising the presence information and the customer information. And the transmission means, and obtains the collation result information by collating the information, the customer information transmitted from the searcher side terminal and the corresponding information,
It is possible to easily perform the operation of checking whether or not the information is included in the existing information on the actual resident. Further, since the presence information includes at least the resident information of the resident information and the telephone number information, the accuracy of confirming the location of the customer registered in the customer information is improved. For example, even if the customer lives in a house that does not have a general telephone line, or if the registrant of the general telephone line is different from the actual telephone line user, the resident information required to confirm the location is You can check the location. Further, if the real-world information includes telephone number information, even if the customer information is a telephone number, an address is estimated from the telephone number, and the address information is searched for and collated with the resident information. Becomes possible. Further, when the customer information includes an address and a telephone number, it is possible to confirm the consistency between the address and the telephone number.

According to the second aspect of the present invention, since the resident information, the presence information storage unit, and the receiving unit are provided, and the collation result acquiring unit is provided, the resident information is transmitted from the searcher side terminal. It is possible to easily obtain a result obtained by comparing the obtained customer information with the real information. Further, the map information storage unit and the map information acquisition means can acquire map information including the location of the address information included in the real information or the customer information. Further, since the home map information generating means is provided, the location of the address information included in the real information or the customer information can be indicated on a map. The transmitting unit can transmit the collation result information and the generated house map information to the searcher side terminal. Accordingly, the customer information transmitted from the searcher terminal and the real information can be collated, and the collation result information can be provided to the searcher terminal including the map information.

According to the third aspect of the present invention, the same effect as that of the second aspect can be obtained, and it is determined by the collation result obtaining means that there is no real information corresponding to the customer information. In this case, the map information acquisition unit is provided, and the housing map information and the resident information associated with the house map information are provided with a transmission unit that transmits the resident information to the searcher side terminal. The house map information and the resident information can be provided to the searcher terminal. Accordingly, when the matching result acquisition unit determines that there is no real information corresponding to the customer information, the searcher can use the searcher-side terminal to obtain the customer information from the house map information and the resident information. You can search for information that seems to correspond to the information. Therefore, even if the customer information has some kind of error and there is no corresponding real information, it is possible to search by the neighboring house map information.

According to the fourth aspect of the present invention, the same effect as any one of the first to third aspects can be obtained. Is provided, a charge calculating means for calculating a usage charge according to the charging condition is provided, so that charging according to the history of location matching requests from the searcher terminals can be easily realized.

According to the fifth aspect of the present invention, since the location collation device and the searcher terminal can be connected via a communication network, if there is a searcher terminal connectable to the location collation device, In addition, it is possible to easily deliver the collation result information without being subject to physical restrictions. In the case of distributing the house map information, it is possible to easily deliver the collation result information including the house map information of a necessary area.

According to the location collation method of the invention of claim 6, the receiving step, the collation result acquiring step,
Through the transmitting step, the presence or absence of the presence information corresponding to the customer information transmitted from the searcher terminal can be easily obtained.

According to the seventh aspect of the present invention, in the location matching method, the receiving step, the matching result obtaining step, the map information obtaining step, and the house map information generating step perform the search. Verification result information on the presence or absence of the presence information corresponding to the customer information transmitted from the client side terminal, and the house map information can be easily obtained and generated, by the transmitting step,
It can be transmitted to the searcher side terminal.

According to the eighth aspect of the present invention, the same effect as that of the seventh aspect can be obtained, and in the location collation method, as a result of the collation result acquisition step, the actual When there is no information, by going through the map information acquisition step and the transmission step,
Even if there is no real information corresponding to the customer information,
Peripheral map and residents information corresponding to the customer information can be easily provided. Therefore, the searcher can easily obtain the surrounding map and the resident information corresponding to the customer information.

According to the ninth aspect of the present invention, a computer executable program for distributing map information is stored,
Since the receiving step, the collation result obtaining step, and a program that includes processing for realizing the transmitting step are stored, the receiving step includes the steps of: The processing in the collation result obtaining step and the transmitting step can be automatically performed.

According to the tenth aspect of the present invention, the receiving step, the collation information obtaining step, the map information obtaining step, and the house map information generation are executed by a program stored in the storage medium as required. And the transmitting step can be automatically performed.

According to the eleventh aspect of the invention, the same effect as that of the ninth or tenth aspect can be obtained, and the real information is stored in the storage medium since the real information is stored. By reading the information into a computer, it is possible to perform collation and search of the real information.

According to the twelfth aspect of the invention, the same effect as that of the tenth aspect can be obtained, and the storage medium stores the map information including the latitude and longitude information. By reading the map information stored in the storage medium into a computer, map information corresponding to the customer information or resident information can be easily obtained. Further, since the map information includes the latitude and longitude information, the house map information can be easily generated based on the latitude and longitude information.

According to the thirteenth aspect, the same effect as in the ninth or tenth aspect can be obtained, and the storage medium stores the history information of the location collation request from each searcher terminal. And the charge calculation program according to a predetermined charge condition are stored. By reading the charge calculation program into a computer,
The history of the location collation request can be stored, and a process of calculating a usage fee according to the history can be automatically performed according to a predetermined charging condition.

[Brief description of the drawings]

FIG. 1 is a diagram showing an overall configuration of a map information distribution system according to claim 1 of the present invention.

FIG. 2 is a block diagram showing a main configuration of the map information distribution device according to claim 1 of the present invention.

FIG. 3 is a diagram showing an overall configuration of a map information distribution system according to claim 2 of the present invention.

FIG. 4 is a block diagram showing a main configuration of a map information distribution device according to a second embodiment of the present invention.

FIG. 5 is a flowchart for explaining processing of the map information distribution device according to claim 1 of the present invention.

FIG. 6 is a flowchart for explaining processing of the map information distribution device according to claims 2 and 3 of the present invention.

FIG. 7 is an explanatory diagram illustrating a display example of a display device according to the embodiment of the present invention.

FIG. 8 is an explanatory diagram illustrating a display example of a display device according to the embodiment of the present invention.

FIG. 9 is an explanatory diagram illustrating a display example of the display device according to the embodiment of the present invention.

FIG. 10 is an explanatory diagram illustrating a display example of the display device according to the embodiment of the present invention.

FIG. 11 is an explanatory diagram illustrating a display example of the display device according to the embodiment of the present invention.

FIG. 12 is an explanatory diagram illustrating a display example of the display device in the embodiment of the present invention.

FIG. 13 is an explanatory diagram illustrating a display example of the display device in the embodiment of the present invention.

FIG. 14 is an explanatory diagram illustrating a display example of the display device in the embodiment of the present invention.

FIG. 15 is an explanatory diagram illustrating a display example of the display device in the embodiment of the present invention.

FIG. 16 is an explanatory diagram illustrating a display example of the display device in the embodiment of the present invention.

[Explanation of symbols]

 1,201 Location verification system 2 Communication network 3,203 Location verification device 5,205 Reality information storage unit 13,213 Storage device 23,223 Storage device (file server) 41,42 Searcher side terminal 206 Map information storage unit 23c, 223c Matching history information storage unit

Claims (13)

[Claims] Claims 1. A location matching apparatus for comparing customer information including a customer address or telephone number transmitted from a searcher terminal with information on an actual resident, comprising: A real information storage unit for storing real information including at least resident information of resident information in which information such as a person name is recorded and telephone number information in which real telephone number information is recorded; and the searcher terminal. Receiving means for receiving the customer information transmitted from the client; comparing the real information stored in the real information storage unit with the customer information received by the receiving means; A collation result acquisition unit for acquiring a result of whether or not there is information; and a transmission unit for transmitting collation result information acquired by the collation result acquisition unit to the searcher side terminal. Location verification device. 2. A location matching device for comparing customer information including a customer address or telephone number transmitted from a searcher side terminal with information on an actual resident, wherein the address and the residence of each real house are compared. A real information storage unit for storing real information including at least resident information of resident information in which information such as a person's name is recorded and telephone number information in which real telephone number information is recorded; A map information storage unit that stores map information; a receiving unit that receives the customer information transmitted from the searcher terminal; a presence information that is stored in the presence information storage unit; Verification result acquisition means for collating with the customer information obtained, and acquiring a result as to whether or not there is presence information corresponding to the customer information; and determining a position of the address information included in the presence information or the customer information Map information obtaining means for obtaining map information, housing map information generating means for generating house map information by associating the resident information with the map information obtained by the map information obtaining means, and the collation result obtaining means Transmission means for transmitting the collation result information obtained by the above and the generated house map information to the searcher side terminal. 3. The location collation device according to claim 2, wherein when the collation result acquisition means determines that there is no real information corresponding to the customer information, a predetermined range including position information included in the customer information. Map information obtaining means for obtaining the map information of the above, the house map information generated in association with the map information, and the resident information associated with the house map information to the searcher side terminal A location collation device comprising: a transmission unit that transmits the location. 4. The location collation apparatus according to claim 1, wherein: a collation history information storage unit for storing history information of a location collation request from each searcher side terminal; A location calculating device for calculating a usage fee according to the charging condition when the condition is met. 5. The location collation device according to claim 1, further comprising: a searcher terminal that transmits the customer information and requests a collation between the customer information and the real information. A location collation system, wherein the location collation device and the searcher-side terminal can be connected via the communication network. 6. A location collation method for collating customer information transmitted from a searcher terminal with real information relating to a real resident, comprising: a customer address or a telephone number transmitted from the searcher terminal. Receiving the customer information including: comparing the stored real information with the customer information received in the receiving step, and determining whether there is real information corresponding to the customer information. A location collation method comprising: a collation result acquisition step of acquiring; and a transmission step of transmitting collation result information acquired by the collation result acquisition step to the searcher side terminal. 7. A location collation method for collating customer information transmitted from a searcher terminal with real information relating to a real resident, comprising: a customer address or a telephone number transmitted from the searcher terminal. Receiving the customer information including: comparing the stored real information with the customer information received in the receiving step, and determining whether there is real information corresponding to the customer information. A verification result obtaining step of obtaining; a map information obtaining step of obtaining map information including a location of the address information included in the real information or the customer information; and a map information obtained by the map information obtaining step; A housing map information generating step of generating house map information by associating information with the information; Location verification method characterized by comprising a transmission step of transmitting the house map information generated by the map information generating step to the searcher terminal. 8. The location collation method according to claim 7, wherein in the collation result acquisition step, when there is no real information corresponding to the customer information, a map of a predetermined range including position information included in the customer information. A map information obtaining step of obtaining information; housing map information generated in association with the map information obtained in the map information obtaining step; and the resident information associated with the housing map information. A transmitting step of transmitting to the searcher side terminal. 9. A storage medium storing a computer-executable program for distributing map information, a receiving step of receiving customer information including a customer address or telephone number transmitted from the searcher terminal. A collation result acquisition step of collating the stored presence information with the customer information received in the reception step, and acquiring a result as to whether or not there is presence information corresponding to the customer information; A transmission step of transmitting the collation result information acquired by the acquisition step to the searcher side terminal; 10. A storage medium storing a computer-executable program for distributing location collation information and map information, receiving customer information including a customer address or telephone number transmitted from the searcher terminal. A matching step of comparing the stored presence information with the customer information received in the receiving step to obtain a result as to whether or not there is presence information corresponding to the customer information. A map information obtaining step of obtaining map information including a position of address information included in the real information or the customer information; and a house in which the resident information is associated with the map information obtained by the map information obtaining step. A house map information generating step of generating map information, the matching result information acquired by the matching result acquiring step, and the house Storage medium characterized by a program for realizing a transmission step of transmitting the house map information generated by the FIG information generating step to the searcher terminal is stored. 11. The storage medium according to claim 9 or 10, wherein a resident information database storing information such as an address and a resident name of each real house, and a telephone number information database storing real telephone number information. A storage medium storing at least real information including a resident information database. 12. The storage medium according to claim 10, wherein map information including latitude and longitude information is stored. 13. The storage medium according to claim 9, wherein history information of a location matching request from each searcher terminal and a charge calculation program for calculating a usage charge according to a predetermined charging condition are stored. A storage medium characterized by the following.