JP2013242928A - Registry management server, control method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that, in real estate business, a registry of a property is acquired from a store at the time of registering the property, at the time of making contract for the property, and at the time of placing advertisement for the property, or the like; there are stores for each region due to its business characteristics, and therefore a plurality of stores may use the same register book; and when each store acquires the registry, if there are the same registries, an unnecessary cost is generated because an acquisition fee is charged when acquiring the registry from registration information provided by the Justice Ministry via Internet.SOLUTION: A registry acquisition application is sent from a store terminal to a registry information management server. On the basis of information included in the acquisition application received by registry information management server and information stored in advance, it is determined whether the registry acquisition application to a registration center shall be performed or it shall be reported to a store terminal that the same acquisition application was already made.

Description

  The present invention relates to a registry information management system, a control method, and a program.

In the real estate business, a register is acquired from a store when registering a property, contracting a property, or placing an advertisement in a property. In the real estate business, there are stores in each region due to the nature of the business, and there is a possibility that multiple stores use the same registry. The registry is obtained from the Internet registration information provided by the Ministry of Justice, but it is expensive to obtain. In the case of acquiring a register for each store, useless expenses are incurred if there are duplicate registers. In view of this, in recent years, the importance of the registry management method has been considered in the industry that handles the registry, such as the real estate industry.

As one of them, Patent Document 1 discloses a registration information continuous online acquisition system that is an invention that enables registration information to be acquired from Internet registration information by the Ministry of Justice, and can be stored and printed as data. As a feature, not only the registration information that enables continuous acquisition by automating the SSL communication processing part, but also the acquisition status is managed in the data center.

Patent Document 2 discloses a registered item change detection system that is an invention for the purpose of suppressing wasteful acquisition costs by making a notification when there is a change in the registry information registered in the registry management database. It is disclosed. The feature is that not only when the change of the registry information is detected, but also the acquired date and time is managed in the data center.

JP 2004-046376 A JP 2005-210656 A

However, in the registration information continuous online acquisition system described in Patent Document 1, centralized management of the registry is possible by using a data center that stores the registry for each terminal that browses and registers the registry. There is a possibility that lack of freshness of information, which is one of the important properties of the register.

Therefore, the registered item change detection system described in Patent Document 2 provides a mechanism for keeping the registry information fresh by notifying when the registry information is changed.

The present invention browses a registry at a store terminal, and requests registration of the registry from the registration center terminal when the registry to be browsed is not stored in the registry management server. Further, when there is a registration registration request from a plurality of stores, it is possible to notify the registration completion to all the stores that have made the request when registration registration is completed.

Store terminal and control method thereof, registration center terminal and control method thereof, register management server and control method thereof, store terminal, registration center terminal, and copy of register capable of performing advanced register management with such features It is an object of the present invention to provide a registered copy management system configured by connecting a management server to each other via a network.

The present invention makes an application for register acquisition from the store terminal to the register management server, and judges based on the application information of the application for registration acquisition accepted by the register management server and the application status to be stored, and registers in the registration center terminal The purpose is to provide a mechanism for requesting acquisition of the original and notifying the store of the application status of the registry.

  The present invention relates to a registry information management server that accepts an application for acquiring a registry, a first information processing terminal that applies for the registration, and a registration related to an application that the registry information management server receives from a website. A registry information management system that is communicably connected to a second information processing terminal that acquires a book original, and the first information processing terminal stores a desired registry in the registry information management server. The first transmission means for transmitting an acquisition application request including information and the registry information management server store a registry information table in which the registry information and the application status of the registry information are uniquely associated with each other. Storage means; first receiving means for receiving the acquisition application request from the first information processing terminal; the desired registry information received by the first receiving means; and the registry information table Whether the application status of the registry information determined that the first determination unit is determined to overlap from the first determination unit that determines overlap with the stored registry information and the registry information table is being applied. A second transmission unit that transmits the desired registry information to the second information processing terminal when it is determined that the first determination unit and the second determination unit do not overlap, and When it is determined that the application status of the second determination means is being applied, the second transmission means does not transmit the desired registry information, and the desired registry is transmitted to the first information processing terminal. First notification means for notifying the application status of information.

  In addition, the first information processing terminal includes a third transmission unit that transmits an acquisition notification request including desired registry information to the registry information management server, and the registry information management server includes the first information processing terminal. A second receiving unit that receives the acquisition notification request from the information processing terminal, and the acquisition notification request information uniquely associated with the desired registry information received by the second receiving unit. Registration means for registering in the table.

  Further, the second information processing terminal includes a fourth transmission unit that transmits an acquisition completion notification including the desired registry information transmitted by the second transmission unit to the registry information management server, and the registration The book information management server receives an acquisition notification request from the second information processing terminal to the third reception unit that receives the acquisition completion notification and to the registry information that matches the registry information received by the third reception unit. A third determination unit that determines whether there is information from the registry information table; and when the third determination unit determines that there is acquisition notification request information, the first information processing terminal stores the desired registry And a second notification means for notifying completion of information registration.

  The registry information management server creates a list of registry information that overlaps with the desired registry information when the first determination unit determines that the first determination unit overlaps, and stores the list in the first information processing terminal. And a first display instruction means for instructing to display a list of overlapping registry information.

  The registry information can be centrally managed by the registry management server, and it is also necessary to acquire and view the registry by providing a registry copy management system that manages the registry acquisition application with the registry management server. In the real estate business, the efficiency of the business and the effect of restraining the acquisition cost of the register by preventing the acquisition of duplicate register.

  By managing the acquisition application, in addition to the store that made the acquisition application at the time of register registration completion, it notifies the store that wants to be notified that the registration of the register has been completed, thereby improving the speed of work. Play.

  By managing the acquisition date of the registry, there is an effect of maintaining the freshness of the registry information by providing a registry copy management system that requires a mechanism for notifying the necessity of updating the registry.

The present invention makes an application for register acquisition from the store terminal to the register management server, and judges based on the application information of the application for registration acquisition accepted by the register management server and the application status to be stored, and registers in the registration center terminal It is possible to provide a mechanism for requesting acquisition of the original and notifying the store of the application status of the registry.

The figure which shows the system configuration | structure of a registry information management system. The figure which shows the hardware constitutions of a registry information management server and a client terminal (a store, a registration center) It is a figure which shows the basic processing flow of the store client of a registry information management system. It is a figure which shows the registry search flow of a registry information management system. It is a figure which shows the search result flow (with a registry) of a registry information management system. It is a figure which shows the search result flow (no register book) of a register information management system. It is a figure which shows the registration application confirmation flow of a registry information management system. It is a figure which shows the basic flow of the registry registration center client of a registry information management system. It is a figure which shows the registry registration flow of a registry information management system. It is a figure which shows the registration registration completion notification flow of a registration information management system. It is a figure which shows the login screen which the shop client of a registry information management system displays. It is a figure which shows the login failure screen which the shop client of a registry information management system displays. It is a figure which shows the menu screen which the shop client of a registry information management system displays. It is a figure which shows the search screen which the shop client of a registry information management system displays. It is a figure which shows the search result list screen which the shop client of a registry information management system displays. It is a figure which shows the registry image screen which the shop client of a registry information management system displays. It is a figure which shows the registry image screen (expired) which the shop client of a registry information management system displays. It is a figure which shows the application list screen which the shop client of a registry information management system displays. It is a figure which shows the application list completion notification confirmation screen which the shop client of a registry information management system displays. It is a figure which shows the application screen which the shop client of a registry information management system displays. It is a figure which shows the duplication application confirmation screen which the shop client of a registry information management system displays. It is a figure which shows the application screen (at the time of duplication application) which the shop client of a registry information management system displays. It is a figure which shows the duplication application completion notification confirmation screen which the shop client of a registry information management system displays. It is a figure which shows the duplication application registered notification screen which the shop client of a registry information management system displays. It is a figure which shows the login screen which the registration center client of a registry information management system displays. It is a figure which shows the login failure screen which the registration center client of a registry information management system displays. It is a figure which shows the menu screen which the registration center client of a registry information management system displays. It is a figure which shows the application list screen which the registration center client of a registry information management system displays. It is a figure which shows the registry image screen which the registration center client of a registry information management system displays. It is a figure which shows the registry image screen (after registering book acquisition) which the registration center client of a registry information management system displays. 3101 is a figure which shows the shop table which the registry information management server of a registry information management system memorize | stores. 3102 is a figure which shows the user table which the registry information management server of a registry information management system memorize | stores. 3103 is a figure which shows the registry information table which the registry information management server of a registry information management system memorize | stores. It is a figure which shows the application information table which the registry information management server of 3104 registry information management system memorize | stores.

In FIG. 1, store client terminals (store terminals) 200, 205, and 206, a registration center client terminal (registration center terminal) 201, and a registry information management server (register book copy management server) 100 are connected via a communication line (LAN) 300. It is a system configuration | structure figure of the registry information management system (register book copy management system) connected so that communication was possible.

202, 207, and 208 are employees who use the registry information management system at each store, and use different store terminals at different stores. (Hereinafter referred to as store client). Reference numeral 200 denotes a store client terminal used by the store client 202 to use the registry information management system (hereinafter referred to as store terminal). The shop terminal 200 (first information processing terminal) can send and receive data to and from the registry information management server 100 via the network. Similarly, 205 and 206, which are store terminals of other stores, can transmit and receive data to and from the registry information management server 100 via the network.

Reference numeral 203 denotes an employee who is dedicated to acquiring the original copy of the registry using the registry management system at the registry registration center that handles registration of the registry (hereinafter referred to as registration center client). Reference numeral 201 denotes a registration center client terminal (second information processing terminal) for the registration center client 203 to use the registry information management system. The registry information management server 100 accepts an application for acquiring a registry. The store client terminal 200 applies for registration. The registration center client terminal 201 acquires an original registry file related to an application for acquiring a registry received by the registry information management server 100 from an external site (Web site). The registration center terminal below. The registration center terminal 201 can send and receive data to and from the registry information management server 100 via the network. Further, the registration center terminal can obtain the registry information (registered copy original) 204 disclosed by the Ministry of Justice via the Internet.

FIG. 2 is a diagram showing a hardware configuration of an information processing apparatus applicable to a registry information management system in which the client terminals 200 and 201 and the registry information management server 100 shown in FIG. 1 are communicably connected. is there.

In FIG. 2, 401 is a CPU that comprehensively controls each device and controller connected to the system bus 404. Further, the ROM 402 or the external memory 411 is necessary to realize a BIOS (Basic Input / Output System) or an operating system program (hereinafter referred to as an OS) that is a control program of the CPU 401 and a function executed by each server or each PC. Various programs to be described later are stored. Reference numeral 403 denotes a RAM which functions as a main memory, work area, and the like for the CPU 401. The CPU 401 implements various operations by loading a program necessary for execution of processing from the ROM 402 or the external memory 411 into the RAM 403 and executing the loaded program.

An input controller 405 controls input from a keyboard (KB) 409 or a pointing device such as a mouse (not shown). A video controller 406 controls display on a display device such as a CRT display (CRT) 410. In FIG. 2, although described as CRT410, the display device may be not only a CRT but also other display devices such as a liquid crystal display. These are used by the administrator as needed.

Reference numeral 407 denotes a memory controller, which is connected via an adapter to a hard disk (HD), flexible disk (FD), or PCMCIA card slot for storing a boot program, various applications, font data, user files, editing files, various data, and the like. Controls access to an external memory 411 such as a compact flash (registered trademark) memory.

Reference numeral 408 denotes a communication I / F controller which is connected to and communicates with an external device via a network (for example, the LAN 300 shown in FIG. 1), and executes communication control processing in the network. For example, communication using TCP / IP is possible.

Note that the CPU 401 enables display on the CRT 410 by executing outline font rasterization processing on a display information area in the RAM 403, for example. In addition, the CPU 401 enables a user instruction with a mouse cursor (not shown) on the CRT 410.

Various programs to be described later for realizing the present invention are recorded in the external memory 411 and executed by the CPU 401 by being loaded into the RAM 403 as necessary. Furthermore, definition files and various information tables used when executing the program are also stored in the external memory 411, and detailed descriptions thereof will be described later. Each flowchart processed by the registry information management system of the present invention will be described. FIG. 3 is a diagram showing a flow of the store terminal in the registry information management system.

As described above, the store terminal (store client) 200 and the registry information management server (hereinafter referred to as a server copy management server in FIG. 3) 100 are connected to each other via a network. Then, the store terminal 200 executes various processes via various operation screens that the server 100 instructs to display. One example will be described below. Steps 101 to 114 in FIG. 3 are processes executed under the control of the store terminal 200 and the CPU 401 of the server 100. In step 101, the store terminal 200 transmits a display request for a store login screen (FIG. 11) to the registry copy management server 100 (hereinafter referred to as server). In step 102, a display request for the store login screen (FIG. 11) is received. In step 103, the server 100 transmits a store login screen (FIG. 11) to the store terminal 200.

  In step 104, the store login screen (FIG. 11) is received from the server 100, and the store terminal 200 displays the store login screen (FIG. 11). The store login screen (FIG. 11) includes a store code input unit 1101, a login button 1102, and an end button 1103. (S104)

In step 105, a store login screen (FIG. 11) is received, the store code of each store is input from the store terminal 200 to the store code input unit 1101 by the store client, and the login button 1102 is pressed. In step 106, after the login button 1102 is pressed, store code information is transmitted to the server 100. In step 107, store code information is received. In step 108, the server 100 collates the received store code information with the store code in the store table (3101 in FIG. 31).

In step 109, when the store corresponding to the store code received from the store terminal 200 does not exist in the store table (3101 in FIG. 31), the server 100 transmits a store login failure screen (FIG. 12) to the store terminal 200. .

In step 110, the store login failure screen (FIG. 12) is received from the server 100, and the store terminal 200 displays the store login failure screen. The store login failure screen includes a message indicating that the login has failed and an OK button 1201. In step 111, after the OK button 1201 is pressed on the store terminal 200, the store code is input again.

In step 112, when a store corresponding to the store code received from the store terminal 200 exists in the store table (3101 in FIG. 31), the server 100 transmits a store menu screen (FIG. 13) to the store terminal 200.

In step 113, the store menu screen (FIG. 13) is received from the server 100, and the store terminal 200 displays the store menu screen (FIG. 13). The store menu screen (FIG. 13) includes a store name display unit 1301, a search button 1302, a pending application list button 1303, and a logout button 1304.
In step 114, the search button 1302 on the store menu screen (FIG. 13) is pressed. In step 115, the application list button 1303 on the store menu screen (FIG. 13) is pressed. This is the end of the description of FIG. FIG. 4 is a diagram showing a flow of the store terminal in the registry information management system. Steps 201 to 213 in FIG. 4 are processes executed under the control of the store terminal 200 and the CPU 401 of the server 100.
This is a flow when the search button 1302 is pressed on the store menu screen (FIG. 13).

In step 201, when the search button 1302 on the store menu screen (FIG. 13) of the store terminal 200 is pressed in S114, a display request for the store search screen (FIG. 14) is transmitted to the server 100. In step 202, a display request for a store search screen (FIG. 14) is received. In step 203, the server 100 transmits a store search screen (FIG. 14) to the store terminal 200.

In step 204, the store search screen (FIG. 14) is received from the server 100, and the store terminal 200 displays the store search screen (FIG. 14). The store search screen (FIG. 14) is a property number input area 1401, a real estate number input area 1402, a prefecture input area 1403, a lot number input area 1404, a building name input area 1405, a house number input area 1406, an application status input area 1407, an application The store input area 1408, registration date input area 1409, registrant input area 1410, search button 1411, application button 1412, clear button 1413, and return button 1414 are configured.
In step 205, the store client inputs a search condition in the input area of the store terminal 200, and then the search button 1411 is pressed. In step 206, a display request for register information in the register table including the search condition is transmitted to the server 100. In step 207, the search condition is received.

In step 208, the server 100 searches the registry that matches the search condition from the registry in the registry information table (3103 in FIG. 31). A register table (register book information table) is stored in the external memory 411 (storage means). The registry information table 3103 in FIG. 31 uniquely associates individual registry information with its acquisition status “registered” and application status “new application in progress” and “update application in progress”. is there.

In step 209, a search result register list is created from the register table based on the search conditions. The search result register list includes a property number, a real estate number, a prefecture name, an address, a building name, a house number, an application state, an application store, a registration date, and a registrant in the register register that matches the search condition.

In step 210, after creating the search result register list, the store terminal 200 is instructed to display the store search result list screen (FIG. 15) including the search result register list. The server 100 transmits a store search result list screen (FIG. 15) to the store terminal 200.

In step 211, the store search result list screen (FIG. 15) is received from the server 100, and the store terminal 200 displays the store search result list screen (FIG. 15). The store search result list screen (FIG. 15) includes a search result register list 1501 transmitted from the server, an image display button 1502, a re-search button 1504, and a return button 1505.

In step 212, there is a case where the target registry exists on the store search result list screen (FIG. 15) (acquired or being applied for acquisition). The store client searches the registry at the store terminal 200, and when the target registry exists on the displayed store search result list screen (FIG. 15), the store client selects the registry from the search result registry list, and the store terminal 200 image display buttons 1502 are pressed.

Step 213 is a case where the target registry does not exist in the store search result list screen (FIG. 15) (not acquired and no acquisition application). The store client searches the registry at the store terminal 200, and when the target registry does not exist in the displayed store search result list screen (FIG. 15), the new application button 1503 of the store terminal 200 is pressed. This is the end of the description of FIG. FIG. 5 is a diagram showing a flow of the store terminal in the registry information management system. Steps 301 to 316 in FIG. 5 are processes executed under the control of the store terminal 200, the registration center terminal 201, and the CPU 401 of the server 100. In step 301, a display request for the store registry image screen (FIG. 16) is transmitted to the server 100. In step 302, a display request for the store registry image screen (FIG. 16) is received. In step 303, the server 100 searches the registry for image display from the registry table (3103 in FIG. 31).

In step 304, when the search of the registry is completed, the server 100 confirms the application status of the corresponding registry, and determines from the registry table whether the selected registry code is being updated.

In step 305, when it is determined that the application status of the corresponding registry is an update application, the update application buttons 1612 and 1712 on the store registry image screen (FIGS. 16 and 17) to be described later are invalidated.

  In step 306, after the application status confirmation of the registry is completed, the server 100 confirms that the registry has expired and indicates whether a predetermined period has elapsed from the registration date associated with the selected registry code. Determine from the table.

In step 307, the registry may be updated due to its nature, and the freshness of the information is an important factor. Therefore, in the registry information management system, the registration date registered in the registry table (3103 in FIG. 31) of the server 100 is compared with the current date and time, and it is determined that it has not passed. If it is less than the register, the store register image screen (FIG. 16) is transmitted to the store terminal 200.

In step 308, the store register image screen (FIG. 16) is received from the server 100, and the store terminal 200 displays the store register image screen (FIG. 16). The store register image screen (FIG. 16) is an image display area 1601 for displaying an image image of an acquired register, a property number display area 1602, a real estate number display area 1603, a prefecture display area 1604, a lot number display area 1605, a building. Name display area 1606, house number display area 1607, application status display area 1608, application store display area 1609, registration date display area 1610, registrant display area 1611, update application button 1612, re-search button 1613, and return button 1614 Is done.

In step 309, the registration date of the registry registered in the registry table (3103 in FIG. 31) of the server 100 is compared with the current date, and 90 days or more have elapsed since the registration was determined to have elapsed. In the case of the registered register, the store register image screen (expired) (FIG. 17) is transmitted to the store terminal 200.

  In step 310, the store register image screen (expired) (FIG. 17) is an image display area 1701, an article number display area 1702, a real estate number display area 1703, a prefecture display area 1704, a lot number display area 1705, and a building name display area 1706. , House number display area 1707, application status display area 1708, application store display area 1709, registration date display area 1710, registrant display area 1711, update application button 1712, re-search button 1713, and return button 1714. (S310) The registered date display area is displayed in red.

When S305 is executed at the time of confirming the application status described above, the functions of the update application buttons (1612, 1712) on the store registry image display screen (FIG. 16) and the store registry image screen (expired) (FIG. 17) are provided. Display in a disabled state. In this case, you cannot apply for an update from the update application button.
In step 311, when an update application is made from the store terminal 200, the update application button 1712 on the store register image screen (expired) (FIG. 17) is pressed.

In step 312, the store terminal 200 transmits an update application and a registry code to update the registry already registered in the registry table (3103 in FIG. 31) of the server 100 to the latest. In step 313, when the server 100 receives the update application and the registry code, in step 314, the application is added to the application information table (3104 in FIG. 31), and the application information associated with the registry code is newly added to the application table. Register with. In step 315, when the addition of the application is completed, the server 100 transmits a registration book acquisition application notification (acquisition application request) to the registration center terminal 201. In step 316, the registration center terminal 201 receives a registration book acquisition application notification (acquisition application request) from the server 100. This is the end of the description of FIG. FIG. 6 is a diagram showing a flow of the store terminal in the registry information management system. Steps 401 to 422 in FIG. 6 are processes executed under the control of the store terminal 200 and the CPU 401 of the server 100. FIG. 4 is a search result flow (no register book) when the target register does not exist as a result of the search in FIG.

In step 401, when the application list button 1303 is pressed on the store menu screen (FIG. 13) of the store basic flow (FIG. 3) in S115, a store application list screen (FIG. 18) display request is transmitted to the server 100. In step 402, the display request for the store application list screen (FIG. 18) is received, and the server 100 searches the application table (3104 in FIG. 31).

In step 403, a registry list currently being applied is created. The application registry list consists of the property number, real estate number, prefecture name, street address, building name, house number, application status, application store, registration date, and registrant in the application registry that matches the search conditions. . In step 404, after creating the in-application registry list, the server 100 transmits a store application list screen (FIG. 18) to the store terminal 200.

In step 405, the store application list screen (FIG. 18) is received from the server 100, and the store terminal 200 displays the store application list screen (FIG. 18). The store application list screen (FIG. 18) includes a registry list 1801 that is currently being applied, a new application button 1802, an application completion notification button 1803, and a return button 1804.

In step 406, the store application list screen (FIG. 18) of the store terminal 200 is confirmed, and when the store client determines that the registry to be applied already exists, the application completion notification button 1803 is pressed. In step 407, a display request for the store application list application completion notification confirmation screen (FIG. 19) is transmitted to the server 100. In step 408, a display request for the store application list application completion notification confirmation screen (FIG. 19) is received. In step 409, the server transmits a store application list application completion notification confirmation screen (FIG. 19) to the store terminal 200.

In step 410, the store application list application completion notification confirmation screen (FIG. 19) is received from the server 100, and the store terminal 200 displays the store application list application completion notification confirmation screen (FIG. 19). The store application list application completion notification confirmation screen (FIG. 19) includes a yes button 1901 and a no button 1902. In step 411, the YES button 1901 is pressed. In step 412, a notification application request is transmitted to the server 100. In step 413, a notification application request is received. In step 414, the server 100 updates the application table (3104 in FIG. 31).

In step 415, when the store client determines that there is no application on the store application list screen (FIG. 18) displayed in S405, a new application button 1802 is pressed. In step 416, a display request for the store application screen (FIG. 20) is transmitted to the server 100. In step 417, a display request for the store application screen (FIG. 20) is received. In step 418, the server 100 transmits a store application screen (FIG. 20) to the store terminal 200.

In step 419, the store application screen (FIG. 20) is received from the server 100, and the store terminal 200 displays the store application screen (FIG. 20). On the store application screen (FIG. 20), the property number input area 2001, the real estate number input area 2002, the prefecture input area 2003, the lot number input area 2004, the building name input area 2005, the house number input area 2006, the application store input area 2007, It consists of an application button 2008, a clear button 2009, a return button 2010, and a notification application button 2011.

In step 420, new application information (registration book information relating to a registry book desired to be newly acquired) is input from the store client to the input area of the store application screen (FIG. 20) of the store terminal 200, and the application button 2008 is pressed. The

In step 421, an acquisition application request including registration information of the registration book desired by the store client, which is necessary for the acquisition application request and the acquisition application job, is transmitted to the server 100 (first transmission means).

In step 422, an acquisition application request and registry information are received from the store terminal 200, and the store client receives an acquisition application request for desired registry information (first receiving means), and the server performs a registration application confirmation flow. This is the end of the description of FIG. FIG. 7 is a diagram showing a flow of the store terminal in the registry information management system. Steps 501 to 519 in FIG. 7 are processes executed under the control of the store terminal 200, the registration center terminal 201, and the CPU 401 of the server 100.

In step 501, register information and acquisition application status desired by the store client received in S422 are registered. The registration application status to be registered is “new application in progress”. When the application information is received from the store terminal 200, the server 100 searches the registration table (3103 in FIG. 31) and the application table (3104 in FIG. 31), and determines whether the applied registration has already been registered or applied. Check. That is, it is determined whether all the registry information stored in the registry information table and the information included in the registry information desired by the store client received in S422 are duplicated (first determination unit). The information included in the registry information includes “property number”, “real estate number”, “prefecture”, “lot number”, “building name”, “house number”, and “applicant store”. The determination of overlap determined by the first determination means may be a case where one piece of information included in the registry information overlaps, or a case where a plurality overlaps.

In step 502, if there is an applied registry in the registry table (3103 in FIG. 31) or the application table (3104 in FIG. 31), a duplicate registry information list with duplicate registry information is registered. Extract and create from information table.

Further, the registration information of the registration table that overlaps with the registration information desired by the store client received in S422 is retrieved from the registration table, and the application status of the registration information is “newly applied” or “update application” It is determined whether it is “medium” (second determination means). If the application status of the registry information is “new application in progress” or “update application in progress”, application is in progress, while if it is “registered”, application is not in progress. When the second determination means determines that the application status of the registry information is “pending new application” or “pending update”, the registry information is stored in the store terminal 200 (first information processing terminal). The application status is notified (first notification means). Here, the notification method of the first notification means may be a method of sending an e-mail including the register information to the store terminal, and a screen for notifying the application status of the register information requested by the store client is displayed on the store terminal. A display instruction method may be used.

In step 503, a store duplication application confirmation screen (FIG. 21) and a store application screen (during duplication application) (FIG. 22) are transmitted to the store terminal 200. If it is determined in S501 that there is duplication, a store application screen (at the time of duplication application) (FIG. 22) that displays duplicate registry information including the duplicate registry information list created in S502 is displayed on the store terminal 200. Display instruction (first display instruction means).

(FIG. 22) is an example in which a list of overlapping registry information is displayed when “Tokyo” in the registry information input to “prefecture” in FIG. 20 matches in the registry information table. Note that a plurality of keywords may be included in the matching registry information in the registry information table.

The store application screen (FIG. 22) includes a property number input area 2201, a real estate number input area 2202, a prefecture input area 2203, a lot number input area 2204, a building name input area 2205, a house number input area 2206, an application store input area 2207, An application button 2208, a clear button 2209, a return button 2210, a notification application button 2211, and a duplicate registry information list 2212 are included.

In step 504, the store terminal 200 that has received the store duplication application confirmation screen (FIG. 21) from the server 100 displays the store duplication application confirmation screen (FIG. 21). The store duplication application confirmation screen (FIG. 21) includes an OK button 2101 in addition to a message indicating that there is a duplicate application or registry. The store terminal 200 that has received the store duplication application confirmation screen (during duplication application) (FIG. 22) from the server 100 displays the store duplication application confirmation screen (during duplication application) (FIG. 22).

In step 505, when the OK button is pressed, the store terminal 200 displays a store application screen (during duplicate application) (FIG. 22). The duplicate application list is displayed in the duplicate application display area 2012 on the store application screen (FIG. 22).

In step 506, after confirming the duplicate application list displayed on the store terminal 200 and selecting an application to be notified when registration of the application is completed, a notification application button 2211 is pressed.

In step 507, desired registration information and a notification application request (acquisition notification request) for notifying that the registration information has been acquired are transmitted to the server 100 (third transmission means).

In step 508, desired register information and a notification application request (acquisition notification request) are received from the store terminal 200 (second receiving means), and the server 100 confirms registration of the notification request register.

In step 509, when the application status of the target registry requested to be notified from the store terminal is already registered, the server 100 transmits a store duplication application registered notification screen (FIG. 24).

In step 510, the store duplication application registered notification screen (FIG. 24) is received from the server 100, and the store terminal displays the store duplication application registered notification screen (FIG. 24). The store duplication application registered notification screen (FIG. 24) includes an OK button 2401 and a message indicating that the application that issued the notification request has already been registered. In step 511, when the OK button is pressed, the store terminal 200 displays a store application screen (during duplicate application) (FIG. 22).

In step 512, the server 100 receives the notification application request, and as a result of confirming the registration, if the application status is new application or update application, the server transmits a store duplicate application completion notification confirmation screen (FIG. 23). To do.

In step 513, the store duplication application completion notification confirmation screen (FIG. 23) is received from the server 100, and the store duplication application completion notice confirmation screen (FIG. 23) is displayed on the store terminal 200. The store duplication application completion notification confirmation screen (FIG. 23) includes a message for confirming whether or not to receive a notification when application registration is completed, a yes button 2301, and a no button 2302. (S513) In step 514, the yes button 2301 is pressed. In step 515, an application table (3104 in FIG. 31) update request is transmitted to the server 100. In step 516, an application table (3104 in FIG. 31) update request is received. In step 517, the server 100 updates the application table (3104 in FIG. 31).

The registration book information received in S508 and the acquisition notification request information for the registration book information are registered in the registration book information table (registration means). In this case, information (flag) that can identify whether there is an acquisition notification request (not shown) in the registry information table may be registered in association with the registry information uniquely.

In step 518, there is no application registered in the registration table (3103 in FIG. 31) and the application table (3104 in FIG. 31) in S501, and duplicate applications exist in the registration table and the application table. If not, the server updates the application table.

In step 519, after the update of the application table is completed, the server 100 transmits a registration book acquisition application notification to the registration center terminal 201, and transmits the registry information received in S422 to the registration center terminal (second information processing terminal). (Second transmission means). That is, if the first determination unit determines that the registry information received in S422 does not overlap, the second transmission unit sends the registry information received in S422 to the registration center terminal (second information processing terminal). Send. If it is determined that the application status of the registry information received by the second determination unit in S422 is “new application in progress” or “update application in progress”, the second transmission unit receives the registry information received in S422 Is not transmitted to the registration center terminal (second information processing terminal). In step 520, the registration center terminal 201 that has received the registration acquisition request notification registers the registration. This is the end of the description of FIG. FIG. 8 is a diagram showing a flow of the registration center terminal in the registry information management system. Steps 801 to 816 in FIG. 8 are processes executed under the control of the registration center terminal 201 and the CPU 401 of the server 100. FIG. 8 is a flowchart of register registration at the registration center terminal 201. In step 801, the registration center terminal 201 transmits a registration center login screen (FIG. 25) display request. In step 802, a registration center login screen (FIG. 25) display request is received. In step 803, the server transmits a registry registration center login screen (FIG. 25) to the registry registration center terminal 201.

In step 804, a registry registration center login screen (FIG. 25) is received from the server 100, and the registration center terminal 201 displays a registry registration center login screen (FIG. 25). The registry registration center login screen (FIG. 25) includes a user ID input area 2501, a password input area 2502, a login button 2503, and an end button 2504. In step 805, the login ID and password are input to the registration center terminal 201, and the login button 2503 is pressed. In step 806, user information is transmitted. In step 807, user information is received. In step 808, the server 100 collates the received user information with the users in the user table (3102 in FIG. 31).

In step 809, if there is no corresponding user information as a result of the collation, the server 100 transmits a registration center login failure screen (FIG. 26) to the registration center terminal 201.

In step 810, the registration center terminal that has received the registration center login failure screen (FIG. 26) from the server 100 displays the registration center login failure screen (FIG. 26). The registration center login failure screen (FIG. 26) includes a login failure message and an OK button 2601.

In step 811, when the OK button 2601 on the registration center login failure screen (FIG. 26) is pressed, the registry registration center login screen (FIG. 26) is displayed.

In step 812, as a result of the user collation in S808, if matching user information exists in the user table, a registration center menu screen (FIG. 27) is transmitted to the registration center terminal 201.

In step 813, the registration center menu screen (FIG. 27) is received from the server 100, and the registration center terminal displays the registration center menu screen (FIG. 27). The registration center menu screen (FIG. 27) includes a user name display area 2701, an application list button 2702, and a logout button 2703. In step 814, the application list button 2702 on the registration center menu screen (FIG. 27) is pressed. In step 815, a display request for the registration center application list screen (FIG. 28) is transmitted to the server 100. In step 816, a display request for the registration center application list screen (FIG. 28) is received. This is the end of the description of FIG. FIG. 9 is a diagram showing a flow of the registration center terminal in the registry information management system. Steps 701 to 714 in FIG. 9 are processes executed under the control of the registration center terminal 201 and the CPU 401 of the server 100.

In step 701, a pending application registry in the application table is searched, a pending registry list is created, and a registration center application list screen (FIG. 28) is transmitted to the registration center terminal 201.

In step 702, the registry center terminal 201 that has received the registration center application list screen (FIG. 28) displays the registration center application list screen (FIG. 28). The registration center application list screen (FIG. 28) includes a pending application registration list 2801, a display button 2802, a delete button 2803, and a return button 2804. In step 703, an application for registering the registration center terminal 201 is selected, and the display button 2802 is pressed. In step 704, a registration center registry image screen (FIG. 29) display request is transmitted to the server. In step 705, a registration center registry image screen (FIG. 29) display request is received. In step 706, the server 100 searches and acquires the requested application from the application table. In step 707, the registration center registry image screen (FIG. 29) is transmitted to the registration center terminal.

In step 708, the registration center register image screen (FIG. 29) is displayed on the registration center terminal 201 that has received the registration center register image screen (FIG. 29). The registration center register image screen (FIG. 29) includes an image display area 2901, a property number input area 2902, a real estate number input area 2903, a prefecture input area 2904, a lot number input area 2905, a building name input area 2906, and a house number input area 2907. , Application status input area 2908, application store input area 2909, registration date input area 2910, registrant input area 2911, import button 2912, registration button 2913, hold button 2914, delete button 2915, and return button 2916.

In step 709, necessary items are input in the input area in the registration center register image screen (FIG. 29) of the registration center terminal 201, and the capture button 2912 is pressed. In step 710, an actual registry image is captured. The actual register image is obtained from the Internet registration information by the Ministry of Justice.

In step 711, the registration button 3013 on the registration center registry image screen of FIG. 30 of the registration center terminal 201 after the registration image has been captured and necessary items have been input is pressed.

In step 712, in order to register in the server 100 that acquisition of the registry information has been completed, the registry information received in S519 and its registry registration request (acquisition completion notification) are transmitted to the server 100 (fourth). Transmission means).

In step 713, a registration registration request is received from the registration center terminal (second information processing terminal). The registration information and the registration registration request (acquisition completion notification) are received (third receiving means).

In step 714, the server 100 registers the registered copy in the registry table. The registry information that matches the registry information received in S714 is searched from the registry information table, and it is determined whether there is the registration information acquisition notification request information that matches the received registry information (third determining means) ). If the application status of the registry information is “pending new application”, the application status is updated to “registered”. This is the end of the description of FIG. FIG. 10 is a diagram showing a flow of the registry management server in the registry information management system. Steps 901 to 905 in FIG. 10 are processes executed under the control of the store terminal 200, the registration center terminal 201, and the CPU 401 of the server 100. It is a flow which performs registration completion notification with respect to the store terminal which applied after registration completion of the registration book, and the store which performed application completion notification request.

In step 901, when registration of the registry is completed, the server 100 transmits a registry copy completion notification (registration completion notification) to the store terminal that has made the registration application and the update application. In other words, when it is determined that there is the acquisition notification request information in the registry information of the registry information table received in S714, notification of completion of registration (registration completion) is sent to the store terminal 200 (first information processing terminal) ( Second notification means). That is, when an acquisition completion notification is received in S713, a registration completion notification is transmitted to the store terminal 200. In step 902, the store terminal that has received the registration copy registration completion notification confirms the notification. Note that the registration completion notification is made using e-mail or the like. In step 903, when the notification to the application store is completed, the server 100 confirms the application table and confirms whether there is a store making a notification request.

In step 904, if there is a store making a notification request in the application table, the other store application registration completion notification is transmitted to the store terminal that made the notification request in the same manner as the application store. In step 905, the store terminal that has received the other store application registration completion notification confirms the notification. In step 906, when the registration completion notification to the application store and the notification request store is completed, the server 100 deletes the corresponding application from the application table. This is the end of the description of FIG. 11 to 24 are operation screens of the registry information management system displayed by the store terminal.
FIG. 14 is a search screen (before input) for register information displayed by the store client.

  FIG. 15 is a list display screen (after the search) of the search result of the registry information displayed by the store client. When the search button 1411 is pressed in FIG. 14, the registry information that matches the search condition is searched from the registry information table and displayed in a list.

FIG. 16 is a display screen of the acquired registry image displayed by the store client. When the image display button 1502 is pressed in FIG. 15, desired registry information selected from the list on the screen in FIG. 15 is retrieved from the registry information table, and together with information 1602 to 1611 as the registry information. An image of the acquired registry is displayed in 1601. Further, in the registration date column 1610, when a predetermined period has elapsed from the registration date, the display date is displayed in red, for example, so that it can be distinguished from the case where it has not elapsed.
FIG. 20 shows a new registry acquisition application screen (before input) displayed by the store client.

FIG. 22 is a diagram showing a new registry acquisition application screen displayed by the store client. When the application button 2008 is pressed in FIG. 20, the registry information to be acquired is displayed when there is an overlap with the registry information table.
25 to 30 are operation screens of the registry information management system displayed by the registration center terminal. Here, data used in the registry information management system of the present invention will be described. It is a figure which shows the database managed by the registry information management system below. All databases are stored in the external memory 411 of the registry information management server 100. 31 in FIG. 31 is a store table. Each store name and store ID are registered in association with each other. Reference numeral 3102 in FIG. 31 denotes a user table. Each user name and user ID are registered in association with each other.

Reference numeral 3103 in FIG. 31 denotes a registry information table. The register information is the identification information (register ID) for one real estate property, the location where the image file of the register acquired at the registration center is stored (image storage location), and the ID (property number) of the registered property , Real estate management ID (real estate number), prefecture (prefecture) where the property is located, property address (lot number), property name (building name), property room number (house number), and registry information management system The current status of the registry to be managed is switched to "Registered", "New application", "Update application". (Application status), the name of the store that applied for register acquisition in the register information management (application store), the date when the register was registered in the register information management (registration date), and the registration acquisition of the registration center that registered the register Contact name (registrant)

Reference numeral 3104 in FIG. 31 denotes an application information table. Application information includes identification information (register ID), registered property ID (property number), real estate management ID (real estate number), the prefecture where the property is located (prefecture), and the address of the property. (Lot number), property name (building name), property room number (house number), and the current status of the registry managed by the registry information management system, switching between "new application" and "update application" . (Application status), the name of the store that applied for register acquisition in the register information management (application store), the date when the register was registered in the register information management (registration date), and the registration acquisition of the registration center that registered the register Contact name (registrant)

The program according to the present invention is a program that allows a computer to execute the processing methods of the flowcharts shown in FIGS. 3 to 10. Is remembered.

As described above, a recording medium that records a program that implements the functions of the above-described embodiments is supplied to a system or apparatus, and a computer (or CPU or MPU) of the system or apparatus stores the program stored in the recording medium. It goes without saying that the object of the present invention can also be achieved by executing the reading.

In this case, the program itself read from the recording medium realizes the novel function of the present invention, and the recording medium storing the program constitutes the present invention.

As a recording medium for supplying the program, for example, a flexible disk, hard disk, optical disk, magneto-optical disk, CD-ROM, CD-R, DVD-ROM, magnetic tape, nonvolatile memory card, ROM, EEPROM, silicon A disk or the like can be used.

Further, by executing the program read by the computer, not only the functions of the above-described embodiments are realized, but also an OS (operating system) operating on the computer based on an instruction of the program is actually It goes without saying that a case where the function of the above-described embodiment is realized by performing part or all of the processing and the processing is included.

Furthermore, after the program read from the recording medium is written to the memory provided in the function expansion board inserted into the computer or the function expansion unit connected to the computer, the function expansion board is based on the instructions of the program code. It goes without saying that the case where the CPU or the like provided in the function expansion unit performs part or all of the actual processing and the functions of the above-described embodiments are realized by the processing.

Further, the present invention may be applied to a system composed of a plurality of devices or an apparatus composed of a single device. Needless to say, the present invention can be applied to a case where the present invention is achieved by supplying a program to a system or apparatus. In this case, by reading a recording medium storing a program for achieving the present invention into the system or apparatus, the system or apparatus can enjoy the effects of the present invention.

Furthermore, by downloading and reading a program for achieving the present invention from a server, database, etc. on a network by a communication program, the system or apparatus can enjoy the effects of the present invention.
In addition, all the structures which combined each embodiment mentioned above and its modification are also included in this invention.

100 registry information management server (information processing device)
200 store client terminal (first information processing terminal)
201 Registration center client terminal (second information processing terminal)
401 CPU
403 RAM
411 External memory

The present invention relates to a registry management server, a control method, and a program.

In order to solve the above-described problems, an object of the present invention is to provide a mechanism for reducing wasteful costs when acquiring a register for each terminal.

Present invention, the terminal or al acquired applicant, a registry management server for managing application information is being filed to obtain the registry, the applicant for receiving application information from said end end, to the acquisition application duplicate determines an information receiving unit, a new registration means for newly registering application information thus received to the application information that is the management, whether Bunch said received application information is duplicated with the application information that is the management and determination means, the duplicate when the determining means determines that you are overlapping, a screen for displaying the application information that overlaps with the application information that is the management, overlapping information display to display instruction to the terminal An instruction means, a registry original management means for managing a registration date when an acquired registry original is registered in the registry management server, and a request to display an acquired registry original from the terminal. Receiving means, reference date of registration of the accepted registry original, expiration date judging means for judging whether the accepted registry original has expired, and the received registry original to the terminal And an expiration information display instructing means for instructing to display information identifiable that the received original book has expired .

And storage means for storing application terminal data in which the application information to be managed is associated with the terminal that has applied for acquisition to the registry management server, and the registry original corresponding to the application information to be managed is the registry management. When registered in the server, the information processing apparatus further includes registration notifying means for notifying the terminal that has applied for acquisition that the original registry has been registered in the registry management server .

In addition, storage means for storing the application information to be managed, notification terminal data in association with other terminals that are not terminals that have applied for acquisition to the registry management server, and a registry original corresponding to the application information to be managed If registered in the registry management server, similar to the terminal that applied for acquisition, whether or not to notify the other terminal that the registry original has been registered in the registry management server And a reference means for referring to the notification terminal data .

According to the present invention, in order to solve the above-described problems, it is possible to provide a mechanism for reducing wasteful costs when acquiring a register for each terminal .

Claims (6)

Acquisition of a registry information management server that receives an application for acquisition of a registry, a first information processing terminal that performs application for acquisition of the registry, and an original registration book related to an application for acquisition received from the website A registry information management system connected to be communicable with a second information processing terminal that performs communication,
The first information processing terminal
The registration information management server comprises first transmission means for transmitting an acquisition application request including desired registration information,
The registry information management server
Storage means for storing a registry information table in which the registry information and the application status of the registry information are uniquely associated;
A first accepting means for accepting the acquisition application request from the first information processing terminal;
First determination means for determining overlap between the desired registry information received by the first reception means and the registry information stored in the registry information table;
Second determination means for determining whether or not the application status of the registry information determined that the first determination means is duplicated from the registry information table;
A second transmission unit that transmits the desired registry information to the second information processing terminal when it is determined that the first determination unit does not overlap;
When it is determined that the application status of the second determination means is being applied, the second transmission means does not transmit the desired registry information, and the desired registration is registered in the first information processing terminal. A first notification means for notifying the application status of book information;
A registry information management system characterized by comprising: The first information processing terminal
The registration information management server further comprises a third transmission means for transmitting an acquisition notification request including desired registration information,
The registry information management server
Second accepting means for accepting the acquisition notification request from the first information processing terminal;
Registration means for registering acquisition notification request information uniquely associated with the desired registry information accepted by the second accepting means in the registry information table;
The registry information management system according to claim 1, further comprising: The second information processing terminal is
The registration information management server further comprises fourth transmission means for transmitting an acquisition completion notification including the desired registration information transmitted by the second transmission means,
The registry information management server
Third accepting means for accepting the acquisition completion notification from the second information processing terminal;
Third determination means for determining from the registry information table whether there is acquisition notification request information in the registry information that matches the registry information received by the third receiving means;
Second notification means for notifying the first information processing terminal of the completion of registration of the desired registry information when the third determination means determines that there is acquisition notification request information;
The registry information management system according to claim 1, further comprising: The registry information management server
When the first determination means determines that the registration information is duplicated, it creates a list of registry information that overlaps with the desired registry information, and instructs the first information processing terminal to display the list of registry information that is duplicated First display instruction means for
The registry information management system according to any one of claims 1 to 3, further comprising: Acquisition of a registry information management server that receives an application for acquisition of a registry, a first information processing terminal that performs application for acquisition of the registry, and an original registration book related to an application for acquisition received from the website A control method of a registry information management system in which communication with a second information processing terminal for performing communication is performed,
The registry information management server
Storage means for storing a registry information table in which the registry information and the application status of the registry information are uniquely associated;
The first transmission means of the first information processing terminal includes a first transmission step of transmitting an acquisition application request including desired registry information to the registry information management server,
A first reception step in which a first reception unit of the registry information management server receives the acquisition application request from the first information processing terminal;
A first determination unit of the registry information management server is configured to first determine whether the desired registry information received in the first reception step and the registry information stored in the registry information table are duplicated. The judging process of
The second determination means of the registry information management server determines whether the application status of the registry information determined from the registry information table that the first determination step is duplicated is being applied. 2 determination steps;
Second transmission for transmitting the desired registry information to the second information processing terminal when the second transmission means of the registry information management server determines that the first determination step does not overlap. Process,
When the first notifying unit of the registry information management server determines that the application status of the second determination step is pending, the second transmission step transmits the desired registry information. A first notification step of notifying the first information processing terminal of the application status of the desired registry information;
The control method characterized by including. Acquisition of a registry information management server that receives an application for acquisition of a registry, a first information processing terminal that performs application for acquisition of the registry, and an original registration book related to an application for acquisition received from the website There is a program that can be read and executed by a registry information management system that is communicably connected to a second information processing terminal that performs communication,
The first information processing terminal;
Causing the registry information management server to function as a first transmission means for transmitting an acquisition application request including desired registry information,
The registry information management server
Storage means for storing a registry information table in which the registry information and the application status of the registry information are uniquely associated;
A first accepting means for accepting the acquisition application request from the first information processing terminal;
First determination means for determining overlap between the desired registry information received by the first reception means and the registry information stored in the registry information table;
Second determination means for determining whether or not the application status of the registry information determined that the first determination means is duplicated from the registry information table;
A second transmission unit that transmits the desired registry information to the second information processing terminal when it is determined that the first determination unit does not overlap;
When it is determined that the application status of the second determination means is being applied, the second transmission means does not transmit the desired registry information, and the desired registration is registered in the first information processing terminal. A first notification means for notifying the application status of book information;
A program characterized by functioning as

Images