JP5260723B2 - Information processing apparatus, information processing method, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an information processor that easily collects various kinds of information on the current situation of a building to allow a user to know the actual condition of the building, that easily makes the collected information possible to be browsed, and that easily and accurately calculates repair costs on the basis of the collected information and the browsed information. <P>SOLUTION: In response to a data transmission request from client terminals 3a, b and c (a first information processor, a second information processor), a server 1 receives input of information on a building, stores the information in a hierarchical state in accordance with its field and how detailed the information is, extracts information about knowing the actual condition of the building, generates such screen data that plural display methods can be switched, stores the history of the screen data, calculates costs for rebuilding the building or repairing the building, and transmits any of the screen data capable of being switched between the plural display methods, the screen data in the history, and the calculated cost data. <P>COPYRIGHT: (C)2013,JPO&amp;INPIT

Description

  The present invention relates to an information processing apparatus, an information processing method, and a program.

  A system is known in which building facility information and information related to the construction of the building are organically related and managed, and are effectively reflected in a long-term maintenance plan for the building based on such information (for example, Patent Document 1).

  There is also known a building renovation information providing apparatus that has been filed in the past by the present applicant and that can estimate the renovation cost of a building as accurately as possible without having complete information on the building (Patent Document 2).

Patent No. 4010495 (FIGS. 12 and 15) JP 2010-97586 A

  In the system disclosed in Patent Document 1, the contents recorded on the deterioration diagnosis sheet (FIG. 16 of Patent Document 1) in which the situation of the building was investigated and described in the field are entered as data, and long-term maintenance reflecting the contents It is possible to create a maintenance plan table (FIG. 15 of Patent Document 1). And if you want to estimate the cost of future renovation, when you create this long-term maintenance and maintenance plan table, calculate the planned year and the area and length of the building to be repaired by the user. Is possible.

  However, in the system disclosed in Patent Document 1, the facility manager collects information about the building in some way in advance, and if it is not recorded, it creates a deterioration diagnosis sheet and a long-term maintenance maintenance plan table Can not do itself. In addition, even if information about a building is collected and recorded in advance by the facility manager, the deterioration diagnosis sheet for investigating the state of the building itself is created at any time and not created at any time Is not specifically described. That is, the system side does not determine whether or not the deterioration diagnosis sheet can be created, and therefore the state of the building is investigated at an arbitrary timing of the facility manager. For this reason, there is no guarantee that the information on the building recorded in the system is always data that matches the current building situation. Therefore, in order to accurately grasp the current state of the building and to make a highly accurate long-term maintenance plan, it is necessary to keep track of the latest situation by the hands of facility managers and others. If such a management system is not in place, it is not easy to prepare a long-term maintenance and maintenance plan table with high accuracy after accurately grasping the current state of the building.

  In addition, because there is no function to manage the history of the long-term maintenance and maintenance plan table itself and the deterioration diagnosis sheet that has been recorded by investigating the state of the building locally, it is created based on past deterioration diagnosis results and their deterioration diagnosis results. It is not easy to know what the long-term maintenance plan table was.

  Furthermore, in Patent Document 1, construction information (property information file) is linked as information on a building. For example, in the examination stage of conducting local conditions, investment, M & A, etc. from the viewpoint of electrical equipment, From the viewpoints of the surrounding local conditions used in the work to examine the financial status of the investment target and the risk management status of legal affairs (so-called due diligence), the usage status from the perspective of energy, the local status from the perspective of security, and earthquake resistance It is not possible to view information from various viewpoints of the building, such as the local situation (earthquake resistance diagnosis).

  The technique disclosed in Patent Document 2 filed by the present applicant is an invention for the purpose of calculating a repair cost with the highest possible accuracy when information on the current building is insufficient. Therefore, although an embodiment (second embodiment of Patent Document 2) having a storage unit (current building data storage unit 520 of Patent Document 2) that stores information related to the current building is also disclosed, Similar to Patent Document 1 described above, it is assumed that information collected by the user by some means is stored, and the above-described problem exists.

  Moreover, it does not provide a mechanism that makes it easy to link building renovation cost information and various collected information with other systems such as so-called corporate settlement systems and asset management systems.

  In order to solve at least one of the problems described above, the present invention can easily collect various information about the current building and grasp the actual state of the building, and has high accuracy based on the collected information. An object of the present invention is to provide an information processing apparatus, an information processing method, and a program capable of easily calculating a repair cost.

  In order to achieve the above-described object, the information processing apparatus according to the present invention transmits predetermined input screen data to the first information processing apparatus or the second information processing apparatus, and is input via the input screen. A receiving unit that receives input of information related to a building, a storage processing unit that stores data in a storage unit according to the field of information about the building received by the receiving unit and the details of the information, and a storage processing unit that stores the information in the storage unit Screen data generating means capable of extracting predetermined information from the stored information on the building and generating at least two types of screen data of an outline and details of the extracted predetermined information, and generated by the screen data generating means History information storage means for storing the history of screen data to be reconstructed, and rebuilding of the building based on predetermined information included in the screen data stored by the history information storage means Or any of cost calculation means for calculating the cost for renovation, screen data generated by the screen data generation means, screen data stored in the history information storage means, and calculation cost data calculated by the cost calculation means Transmitting means for transmitting the information to the first information processing apparatus or the second information processing apparatus.

In addition to the configuration of the information processing apparatus described above, the cost calculation means is requested to calculate the cost by changing the repair condition for each part of the building from the first information processing apparatus or the second information processing apparatus. In this case, the information for each part of the building according to the request is extracted from the information on the actual state of the building stored in the storage unit , and the cost is calculated by reflecting the extracted information as a condition for the renovation of the building. Preferably, the transmission means transmits the cost data calculated by the cost calculation means to the first information processing apparatus or the second information processing apparatus.

  Further, in addition to the configuration of any of the information processing apparatuses described above, the accepting unit displays a plurality of items that can be alternatively selected when accepting input of information about the building on a predetermined input screen, It is preferable to display selection support information on the input screen according to the combination of item selections. The information processing apparatus further includes a determination unit that determines a category type of the information about the building to be collected by the user of the first information processing apparatus or the second information processing apparatus and the specialty of the user. The means preferably changes predetermined input screen data to be transmitted to the first information processing apparatus or the second information processing apparatus in accordance with the determination result of the determination means.

  In addition to the configuration of any of the information processing apparatuses described above, data linkage means capable of outputting information related to the building received by the cost calculation means or the reception means in a data format that can be used by other systems. It is preferable to provide.

  Further, the storage processing unit stores the information on the building received by the receiving unit in the storage unit for each hierarchy definition associated with the item output by the other system, and the data linkage unit is output by the other system. It is preferable to output the information regarding the building memorize | stored for every hierarchy definition matched with an item to be.

Another invention is a viewpoint as an information processing method. That is, an information processing method used for an information processing apparatus having a reception means, a storage processing means, a screen data generation means, a history information storage means, a cost calculation means, and a transmission means, wherein the reception means is a first information processing apparatus. Or a reception step for transmitting predetermined input screen data to the second information processing apparatus and receiving an input of information regarding the building input via the input screen, and a storage processing unit regarding the building received in the reception step A storage processing step that stores data in the storage unit in a hierarchy according to the field of information and the details of the information, and screen data generation means extracts predetermined information from the information about the building stored in the storage unit by the storage processing step. And a screen data generation step capable of generating at least two types of screen data of an outline and details of the extracted predetermined information , The history information storage unit, a history information storage step of storing a history of the screen data generated in the screen data generating step, the cost calculation means, the predetermined information included in the screen data stored in the history information storage step The cost calculation step for calculating the cost for rebuilding or renovating the building based on the screen data generated in the screen data generation step by the transmission means, the screen data stored in the history information storage means, the cost An information processing method comprising: a transmission step of transmitting any of the calculated cost data calculated by the calculation means to the first information processing apparatus or the second information processing apparatus.

  Another invention is a viewpoint as a program for causing a computer to function as follows. That is, receiving means for transmitting predetermined input screen data to the first information processing apparatus or the second information processing apparatus and receiving input of information related to the building input via the input screen; The storage processing means for storing in the storage unit in a hierarchy according to the field of information on the building received by the means and the detail of the information, and extracting the predetermined information from the information on the building stored in the storage unit by the storage processing means Screen data generation means capable of generating at least two types of screen data of outline and details of the extracted predetermined information, and history information storage means for storing a history of screen data generated by the screen data generation means And the cost of rebuilding or renovating the building based on the predetermined information contained in the screen data stored by the history information storage means The first information processing apparatus outputs any one of the cost calculation means for performing payment, the screen data generated by the screen data generation means, the screen data stored in the history information storage means, and the calculated cost data calculated by the cost calculation means Or a program for functioning as a transmission means for transmitting to the second information processing apparatus.

  According to the present invention, it is easy to collect various information related to the current building and grasp the actual state of the building, and an information processing device that can easily calculate a high-quality repair cost based on the collected information, Information processing methods and programs can be provided.

It is a figure which shows the example of whole structure of the building repair expense information provision system containing one Embodiment of the information processing apparatus of this invention, the information processing method, and a program. It is the figure which showed notionally the function implement | achieved by the building repair expense information provision system shown in FIG. It is a block diagram which shows the relationship between each function implement | achieved by the Web server and DB server which comprise the server shown in FIG. 1, and a client terminal. It is a figure which shows the hardware structural example of the server shown in FIG. It is a figure which shows the structural example of the table in DB shown in FIG. It is a figure which shows the function implement | achieved when the program shown in FIG. 3 is performed by CPU. It is a figure which shows the function implement | achieved when the program shown in FIG. 3 is performed by CPU. It is a block diagram which shows the function details of the cost calculation part shown in FIG. It is a flowchart for demonstrating the process sequence of the server which received the process request from the client terminal. It is an example of the screen output and displayed when a user inputs the outline | summary of a property with a client terminal. It is an example of the screen output and displayed when a user inputs the details of the current space configuration of a building with a client terminal. It is an example of the screen output and displayed when a user inputs the details of the current space configuration of a building with a client terminal. It is an example of the screen output and displayed when the user inputs the details of the current floor structure of the building at the client terminal. It is an example of the screen output and displayed when a user inputs the building outline of a building with a client terminal. It is an example of the screen output and displayed when a user inputs the building outline of a building with a client terminal. It is an example of the screen output-displayed when a user inputs the outline | summary of the electrical installation of a building with a client terminal. It is an example of the screen output-displayed when a user inputs the outline | summary of the electrical installation of a building with a client terminal. It is an example of the screen output-displayed when a user inputs the outline | summary of the water supply / drainage sanitary equipment of a building with a client terminal. It is an example of the screen output-displayed when a user inputs the outline | summary of the air-conditioning ventilation exhaust gas facility of a building, and the outline | summary of elevator equipment with a client terminal. It is a figure which shows an example of the outline | summary of the screen (actual condition grasping | ascertainment sheet) on which the actual condition grasping | ascertainment information displayed based on the information which the user input via the input screen shown in FIGS. It is a figure which shows an example of the screen which made the actual condition grasp sheet | seat shown in FIG. 20 more detailed. It is an example of a screen output and displayed on the display of the client terminal when logging in to the service provided by the server and newly registering a building (property). The screen shown in FIG. 22 is an example of a screen for registering “Property Summary” displayed when the “Next” button is pressed. It is an example of a screen in a case where “property overview” is displayed after basic building information is registered. It is an example of the screen which output-displayed the item regarding "architecture outline" among the items of "the present condition grasp" shown in FIG. FIG. 25 is an example of a screen that outputs and displays items related to “Outline of water supply and sanitation facilities” among the items of “Present status” shown in FIG. FIG. 25 is an example of a screen on which items related to “space configuration” are output and displayed among the “present status grasp” items shown in FIG. 24. It is an example of the screen transition at the time of creating a repair plan from the screen displayed in FIG. FIG. 29 is a diagram showing an example of a screen on which a list is displayed when a plurality of renovation plans are registered by the method shown in FIG. 28. It is a figure which shows an example of the screen displayed by selecting the item of "renovation plan (external finishing)" shown in FIG. The figure which shows an example of the list item screen displayed by selecting "renovation plan (external finishing)", "renovation plan (shared equipment)", and "renovation plan (internal finishing)" shown in FIG. is there. FIG. 32 is an example of a screen displayed when “renovation target room list” in the “renovation plan (internal finishing)” list item shown in FIG. 31 is selected. It is an example of the screen displayed in order to designate the repair content of the classroom selected in FIG. 6 is an example of a screen displayed when editing unit price information recorded in the unit price information storage table shown in FIG. 5. 6 is an example of a screen displayed when editing unit price information recorded in the unit price information storage table shown in FIG. 5. It is a flowchart for demonstrating repair cost calculation processing. It is a flowchart for demonstrating repair cost calculation processing. It is a flowchart for demonstrating repair cost calculation processing. It is a figure which shows the relationship between property summary information, PAL stage or ERR stage, property detailed information, floor structure information, and site | part specification information. It is a figure which shows an example of the repair expense at the time of correcting specification information according to site | part. It is a conceptual diagram in case the other system and the service which a server provides cooperate. 41 is an example of items included in a fixed asset ledger and depreciation calculation table created as an attachment to the financial statement shown in FIG. It is an example of the information which the facility management system shown in FIG. 41 outputs as a public facility list. It is an example of the information which the facility management system shown in FIG. 41 outputs as a land / building outline. It is an example of the item contained in the asset ledger which the asset management system shown in FIG. 41 has. It is a figure for demonstrating the relationship between the hierarchy definition defined in DB of a server, and the hierarchy definition defined in the asset ledger detailed version shown in FIG. It is an example of the data output from the asset ledger detailed version shown in FIG. It is an example of the data output from the asset ledger detailed version shown in FIG. The information stored in the facility management system shown in FIG. 41, the information stored by the facility hierarchy definition stored in the server, and the asset detailed ledger detailed version of the asset management system shown in FIG. 41 are stored. It is a figure for demonstrating notionally the relationship with the information which exists.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, although the building repair expense information provision system containing one Embodiment of the information processing apparatus of this invention, the information processing method, and a program is demonstrated as an example, this invention is limited to what is contained in this Embodiment. is not.

1. FIG. 1 is a diagram showing an example of the overall configuration of a building repair cost information providing system including an information processing apparatus, an information processing method, and a program according to an embodiment of the present invention. In the building refurbishment cost information providing system, the server 1 is connected to relay devices (not shown) such as hubs and routers, firewalls (not shown), and client terminals 3a, 3b, and 3c via the network 2 (hereinafter referred to as these). In particular, the term “client terminal 3” is used so as to be able to communicate with each other. The server 1 is an example of an information processing apparatus according to the claims, and the client terminal 3 is an example of a first information processing apparatus or a second information processing apparatus according to the claims.

  The server 1 is a server computer that provides a service realized by a function of application software (hereinafter simply referred to as “application”) by a so-called usage form called SaaS (Software as a Service). The building refurbishment cost information providing system can provide services common to a plurality of companies or organizations, while adopting a so-called multi-tenant architecture from the viewpoint of security and adopting a plurality of companies or organizations in one DB. Data areas (tenants) corresponding to organizations are clearly distinguished and managed.

  The network 2 is a transmission path for establishing communication between computers. The network 2 is generally realized by a communication cable, and TCP / IP (Transmission Control Protocol / Internet Protocol) is used as a communication protocol. Note that the transmission path of the network 2 is not limited to a cable, but a wired or wireless general-purpose line or dedicated line, wired or wireless, as long as the communication protocol between them is the same or compatible. A plurality of networks, for example, a LAN (Local Area Network), a WAN (Wide Area Network), an IP (Internet Protocol) communication network such as the Internet, a public telephone network, a mobile phone network, and the like.

  The client terminal 3 incorporates a Web browser 51 (FIG. 3), which will be described later, capable of communicating with the server 1, and belongs to a company or organization that has signed a service use contract with a person who provides the service of this system. A client computer used by a user. The client terminal 3 can acquire input screen data for inputting information on the result of the user's grasp of the current state of the building from the server 1 via the network 2 and present it to each user. Further, the client terminal 3 acquires input screen data from the server 1 through the network 2 for inputting the outline of the building, details, or specification information for each part after the user conducts a field survey. Then, it can be presented to each user.

  The client terminal 3 in the present embodiment is a personal computer such as a notebook personal computer or a desktop personal computer as shown in the client terminals 3a and 3b shown in FIG. Any portable device such as a PDA (Personal Digital Assistant) may be used. That is, any service can be used as long as it can access the service provided by this system via the network 2 and give various execution instructions.

  FIG. 2 is a diagram conceptually showing functions realized by the building repair cost information providing system shown in FIG. In the building repair cost information provision system, users can easily input information by adopting a simple input method in a format that can easily perform various surveys (building value survey, degradation status survey, and other surveys) on site. In addition, the input information is accumulated in a database as grasping information of each field and aggregated.

  Here, as the grasping information of each field, for example, property overview (floor area, space composition, etc.), building deterioration status (external finishing, internal finishing, etc.), equipment status (electrical equipment, building equipment, etc.), peripheral status ( Value evaluation, etc.), energy use (cost of light and water, etc.), periodic inspection contents (such as periodic inspection contents by year), security, interior, barrier-free, existing disqualification (firefighting equipment, etc.), and seismic diagnosis information Etc.

  Then, it is possible to create a report for grasping the actual condition of the building in conjunction with the information grasped for each field. In this actual condition report, the current part classification, specifications, quantity, etc. are reflected from the data input from the client terminal 3 and accumulated in the database, and the findings and photographs taken in the field survey are output. The Furthermore, this actual state grasp report has at least two output methods, such as a summary sheet and a detail sheet, and can present local information at a level desired by the browsing user.

  In addition, the history of the actual state grasp report is also managed by the database, and it is possible to browse the past actual state grasp report. In addition, it is easy to make a budget plan by conducting a comparative study while changing the location, specifications, and quantity of the reconstruction and refurbishment simulation based on data obtained by grasping the actual situation. Hereinafter, details for realizing these functions will be described.

<Configuration of each device>
FIG. 3 is a block diagram illustrating a relationship between each function realized by the Web server 10 and the DB server 20 configuring the server 1 illustrated in FIG. 1 and the client terminal 3. The server 1 illustrated in FIG. 1 includes a web application server 10 (for convenience of explanation, simply referred to as “Web server 10”) and a database server 20 (hereinafter simply referred to as “DB server 20”). .

<Configuration of Web Server 10>
The Web server 10 is a server computer having the following functions. In other words, the Web server 10 is configured such that HTTP (HyperText Transfer Protocol), HTTPs (HTTP over
A service program that provides a display of HTML (HyperText Markup Language) file and object (image, etc.) data to the Web browser 51 incorporated in the client terminal 3 using Secure Socket Layer) or other protocols; And the function of the Web server on which the service program operates, the function of the application server for providing a specific business service, and the company or organization to which the user belongs when the user accesses the system by operating the client terminal 3 It is a server computer having a function of performing multi-tenant control for determining whether or not to access the corresponding DB 22.

  The “application server” here refers to the role of executing the application layer program in the so-called three tier model in which the system is divided into the presentation layer, the application layer, and the data layer. It is a server that bears.

  The Web server 10 includes at least a communication control unit 11, an application 12, and a tenant control unit 13 in order to provide each function described above.

  The communication control unit 11 receives a request (HTTP request) from the client terminal 3, and returns a response (HTTP response) to this request. In addition, the communication control unit 11 activates the application 12 in response to a request from the client terminal 3.

  The application 12 is a so-called Web application, and is a business application commonly used by a plurality of tenants (that is, a plurality of companies or organizations). The application 12 in the present embodiment includes a program 12A that collects information about a building using the DB server 20, and a program 12B that calculates a renovation cost of the building. Detailed functions of the program 12A and the program 12B will be described later. The application 12 may have a program other than the program 12A and the program 12B.

  The tenant control unit 13 has at least a tenant determination function, a database access function, and an API (Application Program Interface) function.

  The tenant control unit 13 as the tenant determination function controls which of the tables in the DB 22 is the access destination in response to a processing request from the client terminal 3 belonging to each tenant. Specifically, the tenant control unit 13 determines the client terminal that has transmitted the HTTP request based on information (session identification information, user name, password, etc.) included in the HTTP request received by the communication control unit 11. 3 can be determined.

  The tenant control unit 13 as a database access function provides an interface (function, method) for accessing the DBMS 21 to the application 12. The tenant control unit 13 generates an SQL (Structured Query Language) statement corresponding to the access request to the DBMS 21 via this interface, and transmits it to the DB server 20. Further, the tenant control unit 13 sets a table corresponding to the tenant specified by the tenant determination as an access target.

  The tenant control unit 13 as an API function is for data (hereinafter referred to as “session object”) developed on a RAM 33 (FIG. 3) described later in order to manage a session (or session information) with the client terminal 3. Provides an interface (function, method) for access. Note that the tenant control unit 13 records the identification information of the tenant specified by the tenant determination function in the session object. The tenant identification information is automatically set and assigned by the tenant control unit 13 so that each company or organization can be uniquely identified. The tenant control unit 13 identifies the tenant to be accessed without determining the source of the HTTP request transmitted from the client terminal 3 every time by referring to the tenant identification information recorded in the session object. can do.

<Configuration of DB server 20>
The DB server 20 will be described. The DB server 20 is a server computer having a DBMS (DataBase Management System) 21 and a DB 22. The DBMS 21 is software that manages information registered in the DB 22, interprets SQL statements transmitted from the tenant control unit 13, executes various processes, and returns the processing results to the tenant control unit 13.

  The DB 22 is a database that stores systematically related information to be managed. The DB 22 has a plurality of tables (data management areas) corresponding to each company or organization that uses the service. The DB 22 is preferably constructed with a so-called hierarchical database, but may be constructed with a relational database or a network database.

<Hardware configuration of server 1>
A hardware configuration example of the server 1 will be described. FIG. 4 is a diagram illustrating a hardware configuration example of the server 1 illustrated in FIG. 1. Note that the hardware configuration shown in FIG. 4 is merely an example, and is not limited to these. The hardware configuration other than the configuration shown in FIG. 4 is different depending on the configuration, performance, application, and function of the server. Sometimes.

As shown in FIG. 4, a CPU (Central Processing Unit) 31 and a ROM (Read Only)
Memory 32 and RAM (Random Access Memory) 33 are connected to each other by a bus 34.
An input / output interface 35 is further connected to the bus 34. The input / output interface 35 includes an input unit 36 including a keyboard, a mouse, and a microphone, an output unit 37 including a display and a speaker, a storage unit 38 including a hard disk and a nonvolatile memory, and a network interface. Are connected to a drive unit 40 that drives a removable medium 41 such as a communication unit 39, a magnetic disk, an optical disk, a magneto-optical disk, or a semiconductor memory.

  In the server 1 (computer) configured as described above, the CPU 31 sends, for example, an OS (not shown), programs 12A and 12B, and other necessary programs stored in the storage unit 38 to the input / output interface 35. Processing is performed by reading the data into the RAM 33 via the bus 34 and executing it.

  The programs 12A and 12B executed by the CPU 31 are, for example, magnetic disks (including flexible disks), optical disks (CD-ROM (Compact Disc-Read Only Memory), DVD (Digital Versatile Disc), etc.), magneto-optical disks, and Blu-ray disks. Alternatively, the program is recorded on a removable medium 41 that is a package medium composed of a semiconductor memory or the like, or provided via a wired or wireless transmission medium such as a local area network, the network 2, or digital satellite broadcasting.

  The programs 12A and 12B can be installed on the computer by storing the removable medium 41 in the drive 40 and storing it in the storage unit 38 via the input / output interface 35. The programs 12A and 12B can be installed in a computer by being received by the communication unit 39 via a wired or wireless transmission medium and stored in the storage unit 38. In addition, the programs 12A and 12B can be installed in the computer in advance by storing them in the ROM 32 or the storage unit 38 in advance.

<Main table configuration>
Next, main tables stored in the DB 22 of the DB server 20 will be described. FIG. 5 is a diagram showing a configuration example of a table in the DB 22 shown in FIG. For convenience, a configuration example of tables common to a plurality of tenants is shown, but the schema (data structure) of these tables may be the same among tenants or may be different among tenants.

  As shown in FIG. 5, the table stored in the DB 22 includes a part information storage table 221, a first package information storage table 222, a second package information storage table 223, a current building data storage table 224, and a specified data storage table 225. , A unit price information storage table 226 and a screen data storage table 227 are stored. Each of these tables is referred to in each process to be described later executed by the server 1. Hereinafter, each table will be described.

  The part information storage table 221 is a table in which information related to parts divided into items for building a building, building constituent materials, and equipment in the building is recorded. Here, “part” does not mean a predetermined part of a building, but means a unit in which structural units of a building are collected from the viewpoint of building work. The “parts” are recorded in a hierarchy such as a major classification, a middle classification, and a minor classification.

  The first package information storage table 222 is a combination of at least information including building specifications, part types and quantities, constituent material types and quantities, and equipment types and quantities (hereinafter referred to as “first number”). 1 package information ”) is stored in a plurality of folders classified according to the amount of input information.

  By referring to the first package information storage table 222, the server 1 can predict and supplement the appropriate type and quantity information for the type of information input by the user and items for which the quantity is insufficient. It becomes.

  The second package information storage table 223 is a combination of information including the type (specification) of equipment and the quantity thereof in addition to the first package information corresponding to the whole or a part of the building or the type of equipment renovation. (Hereinafter referred to as “second package information”) is a table in which a plurality of folders are classified and stored so as to correspond to the type of modification. An example of a specific type of repair will be described later.

  The server 1 refers to the second package information storage table 223, so that the type of information input by the user and the quantity thereof are insufficient, and the appropriate type for the type of renovation selected by the user It is also possible to predict and supplement quantity information.

  The current building data storage table 224 is a table in which various information collected by the program 12A for grasping local information is recorded in addition to the property summary information, property detailed information, and floor configuration information. Specifically, in the current building data storage table 224, the local situation from the viewpoint of electrical equipment, the financial situation of the investment target, the risk management situation of legal affairs, etc. are examined in advance at the stage of investing and M & A, etc. The surrounding local conditions used for work (so-called due diligence), the usage status from the viewpoint of energy (such as PAL (Perimeter Annual Load) or ERR (Energy Reduction Rate) which is an index value related to the amount of energy used in buildings), Information from various points of view such as the local situation from the viewpoint of security and the local situation from the viewpoint of earthquake resistance (earthquake resistance diagnosis) is recorded. The current building data storage table 224 records a logic table that associates the specification information for each part.

  The regulation data storage table 225 stores regulation data (including legal information) that regulates each piece of information stored by the first package information storage table 222 based on design criteria and / or statistics. The regulation data storage table 225 stores statistical values and coefficients for each type (model) of a building such as an office, a school, or a hospital. Here, the statistical value is information indicating the distribution status of the unit price for each part constituting each model.

  For example, taking the office as an example, the statistical values are the individual unit price of each component when the cabinet, the outer wall, the wall / floor components of each room, and the components constituting the office are composed of multiple components. If there is variation depending on the office, it means the value when statistically processing the variation. The coefficient is a numerical value for adjustment for each model that is referred to when the construction cost is calculated from the unit price. In addition to the above-described statistical values and coefficients stored in the prescribed data storage table 225, design formulas necessary for calculating the number or form of constituent materials or facilities, and such calculation formulas are determined. The necessary conditional formulas are also stored. For example, when building a building having a specific earthquake resistance, the prescribed data storage table 225 includes a calculation formula for calculating the number of reinforcing bars as an example of the constituent material and how much the thickness of the reinforcing bars is necessary. It is remembered.

  The unit price information storage table 226 stores cost information for each part such as the cost of the constituent material and the cost of the equipment. Note that the cost information stored in the unit price information storage table 226 can be edited by the user.

  The screen data storage table 227 stores image data constituting various screens to be displayed on the Web browser 51 of the client terminal 3. The screen data storage table 227 further stores one or a plurality of types of output screen data that can be displayed in response to a request from the Web browser 51 of the client terminal 3. Moreover, the screen data of the local grasp sheet | seat which were output in the past and are mentioned later are memorize | stored. An example of output screen data stored in the screen data storage table 227 will be described later.

<Functions realized by main programs>
Functions realized by the programs 12A and 12B shown in FIG. 3 will be described. FIG. 6 is a diagram showing functions realized when the program 12A shown in FIG. The program 12A is a program that performs overall processing relating to the current state survey of buildings. As illustrated in FIG. 6, the program 12 </ b> A implements the functions of an input screen generation unit 311, an information acquisition unit 312, and an acquisition information processing unit 313.

  The input screen generation unit 311 receives various input information related to the building included in the HTTP request from the client terminal 3 acquired via the communication control unit 11, and indicates in what field the information about the building is to be collected. At the same time, referring to the screen data storage table 227 based on the determination result, appropriate input screen data is generated and transmitted to the Web browser 51 of the client terminal 3.

  The information acquisition unit 312 transmits the input screen data generated by the input screen generation unit 311. When the user operates the client terminal 3 to transmit an HTTP request to the server 1, the information acquisition unit 312 is included in the HTTP request. Information indicating various requests (information registration, search, deletion, etc.) regarding information regarding the building to be acquired is acquired, and what kind of processing is to be performed is determined.

  When the various requests acquired and determined by the information acquisition unit 312 are processes that need to operate the DB 22, the acquisition information processing unit 313 sends an execution request for processing according to the request to the tenant control unit 13. To notify.

  FIG. 7 is a diagram illustrating functions realized when the program 12B illustrated in FIG. The program 12B is a program that refers to the DB 22 in response to a processing request from the user and performs the entire processing necessary for calculating the renovation cost of the building.

  As illustrated in FIG. 7, the program 12B realizes the functions of the input information receiving unit 321, the access target determining unit 322, the first information creating unit 323, the second information creating unit 324, the cost calculating unit 325, and the output unit 326. To do.

  The input information receiving unit 321 receives various input information related to the building included in the HTTP request acquired via the communication control unit 11. The input information receiving unit 321 receives a removal site, a removal / temporary cost, a modification type, a modification site change instruction, and the like.

  For example, the input information reception unit 321 functions as a removal site reception unit that receives an instruction to select a site to be removed from the client terminal 3. Here, “removal” is a subordinate concept of “renovation”. Note that the input information receiving unit 321 can also receive an instruction to select a site to be repaired in a broad sense including not only removal but also cleaning, painting, parts replacement, and the like.

  Further, the input information receiving unit 321 also functions as a removal / temporary cost receiving unit that receives cost information required for removal and temporary installation for the removal based on information on the removal site to be removed. The cost information may include information transmitted from a terminal (not shown) on one or more construction contractors in addition to the client terminal 3. The input information receiving unit 321 can receive not only the information on the removal site to be removed but also information on the cost required for removal and temporary installation based on the information on the site to be repaired.

  The input information reception unit 321 also functions as a modification type reception unit that receives a modification type from the user.

  Further, the input information receiving unit 321 also functions as a repaired part change instruction receiving unit that receives a change instruction of a part of the information after the repair. After reviewing the information after refurbishment, changes in refurbishment costs, changes in refurbishment modes, etc. may occur. Even in such a case, the renovation can be changed further. As a part of the change instruction method, any method such as a method of rewriting a part to be changed from the display of the information after the modification or a method of inputting contents to be changed in a separate display can be adopted.

  The access target determination unit 322 determines which folder included in either the first package information storage table 222 or the second package information storage table 223 is to be accessed according to the amount of input information from the user, or a cost calculation unit. In step 325, it is determined whether to perform cost calculation.

  The access target determination unit 322 has a plurality of levels of information thresholds, and when accessing either the first package information storage table 222 or the second package information storage table 223, input information from the outside is received. After determining which threshold value, which threshold value is lower or higher, select a folder stored in the first package information storage table 222 or the second package information storage table 223, and select data from a specific folder. Enable reading.

  For example, when receiving the type of renovation, the access target determination unit 322 accesses the data stored in the current building data storage table 224 and stores the second package information within the allowable range of information regarding the current building. One or more second package information is selected from the table 223. “Within the allowable range of information about the current building” is interpreted to mean “within the range that is inevitably constrained when renovating the total number of floors, total floor area, and floor area of the current building”. The In a certain folder, package information of repair sites that match a certain repair type is stored, and the number of packages is considerably large. However, the package information includes information that cannot be repaired in view of the structure of the current building to be repaired. The access target determination unit 322 selects only one or a plurality of package information that can be repaired, excluding those that cannot be repaired.

  Further, the access target determination unit 322 can select one or a plurality of second package information so as to be within the allowable range in consideration of the allowable range of the repair cost by the user's selection.

  Further, the access target determination unit 322 selects a cost corresponding to the change instruction when the input information reception unit 321 as the reception of the modification part change instruction receives a part of the modification instruction. It also functions as a selection section. As the repair information after the change instruction and the cost after the change instruction, the cost calculated by the cost calculation unit 325 described later is output by the output unit 326.

  The first information creation unit 323 accesses a specific folder in a plurality of folders and accesses data stored in the part information storage table 221 and the specified data storage table 225 based on the determination by the access target determination unit 322. Then, one or more types of building design information satisfying the input information are created. The first information creation unit 323 can specify specifications for each part, and can calculate the number of building components and facilities in consideration of the specifications. The building design information created by the first information creation unit 323 is output to the output unit 326.

  The second information creation unit 324 accesses the data stored in the unit price information storage table 226 based on the determination by the access target determination unit 322, and selects each cost related to the constituent material and equipment in the building design information. These are added to the building design information, and building design information is newly created when a new building to be repaired is newly constructed (that is, rebuilding). The building design information created by the second information creation unit 324 is output to the output unit 326.

  The cost calculation unit 325 obtains overall property summary information and the like from the part information storage table 221 regarding the structure and equipment of the building to be repaired, determines the property detailed information such as external finish, Decide whether you want to calculate the composition and specifications for each part, and calculate the cost of building or repairing the building. The cost calculated by the cost calculation unit 325 is output to the output unit 326.

  Here, the property summary information includes, for example, the property name, area, main use, number of floors, site area, building area, total floor area, main structure, ground condition, and overall grade. The detailed property information includes height, building perimeter, reference floor, site margin, excavation depth, water level, basic form, equipment outline such as presence or absence of elevator or mechanical parking, overall construction period, etc. The floor configuration means each floor area, each floor height, each floor ceiling height, each floor structure type, outer wall length (planar shape), each floor use, and the like. Site-specific specifications include exterior wall finishes, presence / absence of evacuation equipment and signs, interior finishes, number and method of elevators and elevators in mechanical parking lots, specifications and number of electrical equipment, water supply / drainage equipment, air conditioning equipment, etc. Say.

  The property summary information is an example of more overall information with respect to the property detailed information, the floor configuration information indicating the floor configuration, or the site-specific specification information indicating the site-specific specification. The property detail information is more local information with respect to the property summary information, and is an example of more overall information with respect to the floor configuration information or the site-specific specification information. The floor configuration information is more local information with respect to the property summary information or property detailed information, and is an example of more overall information with respect to the site-specific specification information. The site-specific specification information is an example of more local information with respect to the property summary information, property summary information, or property detailed information.

  FIG. 8 is a block diagram showing details of functions of the cost calculation unit 325 shown in FIG. As shown in FIG. 8, the cost calculation unit 325 includes an acquisition unit 325A, a design information calculation unit 325B, a design information determination unit 325C, a calculation unit 325D, and a design information correction unit 325E.

  The acquisition unit 325A acquires property summary information, property detailed information, and the like from the DB 22. Furthermore, the acquisition unit 325A includes a summary information acquisition unit 325A1, a detailed information acquisition unit 325A2, a floor configuration information acquisition unit 325A3, and a site-specific specification information acquisition unit 325A4. The summary information acquisition unit 325A1 acquires property summary information from the DB 22. The detailed information acquisition unit 325A2 acquires the detailed property information from the DB 22. The floor configuration information acquisition unit 325A3 acquires floor configuration information from the DB 22. The site-specific specification information acquisition unit 325A4 acquires site-specific specification information from the DB 22.

  The design information calculation unit 325B obtains the property detail information represented by the amount from the property summary information, the floor configuration information represented by the amount from the property detailed information, and the site specific specification information represented by the amount from the floor configuration information. calculate. The design information calculation unit 325B includes a detailed information calculation unit 325B1, a floor configuration information calculation unit 325B2, and a part-specific specification information calculation unit 325B3. The detailed information calculation unit 325B1 calculates the detailed property information represented by the amount from the property summary information. The floor configuration information calculation unit 325B2 calculates the floor configuration information represented by the amount from the property summary information and the property detailed information. The site-specific specification information calculation unit 325B3 calculates site-specific specification information represented by an amount from property summary information, property detailed information, floor configuration information, and the like.

  The design information determination unit 325C uses the logic table, the property overview information, and the property detailed information as the method based on the logic table and the property overview information recorded in the current building data storage table 224 in advance. The site-specific specification information represented by the method is determined from the logic table, the property overview information, the property detail information, the floor configuration information, and the like. Here, a system means what is specified with a name etc. other than a numerical value.

  The design information determination unit 325C includes a detailed information determination unit 325C1, a floor configuration information determination unit 325C2, and a site-specific specification information determination unit 325C3.

  The detailed information determination unit 325C1 determines the detailed property information represented by the method from the logic table and the property summary information recorded in the current building data storage table 224 in advance.

  The floor configuration information determination unit 325C2 determines the floor configuration information represented by a method from the logic table, the property overview information, the property detailed information, and the like recorded in advance in the current building data storage table 224.

  The site-specific specification information determination unit 325C3 determines site-specific specification information represented by a method from the logic table, the property overview information, the property detailed information, the floor configuration information, and the like recorded in advance in the current building data storage table 224.

  The calculation unit 325D calculates the unit price recorded in advance in the unit price information storage table 226 from the acquired property summary information, property detailed information, floor configuration information, or site-specific specification information. To calculate the estimated amount of building or repairing the building.

  When the acquired site-specific specification information is changed, the design information correction unit 325E corrects the changed item and the item related to the changed item. For example, when the refrigerator is selected as the heat source facility among the items of the part-specific specification information, the design information correction unit 325E causes the heat source facility to cool and cool from the refrigerator when the chiller / heater is selected instead of the refrigerator. Along with the correction to the water device, the piping equipment is corrected from the cooling water piping to the cold / hot water piping. For example, the design information correction unit 325E, when a cold / hot water machine (for example, an absorption-type cold / hot water generator) is selected as the heat source facility among the items of the part-specific specification information, a refrigerator and a boiler are used instead of the cold / hot water machine. Is selected, the heat source equipment is modified from a cold / hot water machine to a refrigerator and a boiler, and the piping equipment is modified from a two-pipe pipe to a four-pipe pipe for simultaneous use of cold water and hot water.

  The output unit 326 includes a first building design information output unit that outputs the building design information created by the first information creation unit 323, a repair site cost output unit that outputs the repair site and its cost, and a second information creation unit. It functions as a second building design information output unit that outputs the building design information created by 324 and a cost calculation unit calculated by the cost calculation unit 325. The output unit 326 reads appropriate screen data from various screen data stored in the screen data storage table 227, generates an HTML file, and outputs the HTTP response of the Web server 10 together with the information output by each unit described above. To the client terminal 3. In the program 12B, the processing request from the user is to calculate the repair cost. However, since the input information is insufficient, the output unit 326 causes the first information creation unit 323 or the second information creation unit 324 to execute the program 12B. When the created building design information is output, the building design information is transferred to the cost calculation unit 325 and the repair cost is calculated.

2. Processing procedure (information processing method)
Next, a processing procedure until the server 1 that receives a processing request (HTTP request) from the client terminal 3 responds (that is, until an HTTP response is returned) will be described.

  FIG. 9 is a flowchart for explaining the processing procedure of the server 1 that has received a processing request from the client terminal 3. In the following processing, the Web server 10 automatically assigns information (session ID) for identifying a session when a session with the client terminal 3 is established, and assigns the session ID to a specific storage area (hereinafter referred to as “session object”). It is assumed that the session ID is transmitted to the client terminal 3, and the client terminal 3 holds the session ID transmitted from the Web server 10 in a cookie or the like, and the HTTP is transmitted to the client terminal 3. Assume that the session ID is transmitted to the Web server 10 for each request.

  The client terminal 3 transmits an HTTP request to the server 1 when making a data request due to a user operation or the like (S1). For example, the user transmits a user ID (information for uniquely identifying the user) and password information from a login screen displayed on the Web browser 51 of the client terminal 3. Alternatively, the information input via the screen displayed on the Web browser 51 is transmitted in a state where the user has already logged in.

  The Web server 10 determines whether the tenant ID associated with the session ID included in the HTTP request of S1 can be registered (S2). Specifically, the Web server 10 refers to whether a tenant ID is registered in the session object. For example, when logging in for the first time, the tenant ID is not registered in the session object.

  If the Web server 10 determines that the tenant ID is not registered in the session object (NO in S2), the management table in which the combination of the user ID and password included in the HTTP request and the tenant ID are registered in association with each other. (Not shown) is searched and the identified tenant ID is registered in the session object (S3).

  On the other hand, when the tenant ID is already registered in the session object in the determination of whether or not S2 can be registered (Yes in S2), the Web server 10 responds to the content of the HTTP request (for example, the URL included in the HTTP request). The application 12 is specified, and the application 12 is activated or called (S4). As a method for specifying the application 12 according to the content of the HTTP request, for example, correspondence information between the URL and the application 12 may be recorded in advance.

  The application 12 activated or called in S4 executes a specific process according to the contents included in the HTTP request (S5), and accesses (data search, registration, data access) to the DB 22 in the course of executing this specific process. When an operation such as update or deletion occurs, an access request is transmitted to the WEB server 10 (S6).

  Upon receiving the access request in S6, the WEB server 10 specifies the tenant ID from the session object associated with the session ID, and specifies a table corresponding to the specified tenant ID as an access target (S7). The WEB server 10 generates an SQL statement for executing the access requested by the application 12 for the table to be accessed in S7, and transmits the access request to the DB server 20 (S8). As a method for specifying a table to be accessed based on the tenant ID, for example, correspondence information between each stored tenant ID and the table name of each table may be recorded in advance.

  In the DB server 20 that has received the SQL statement of S8, the DBMS 21 executes a processing request to the DB 22 (S9), and transmits the processing result (for example, the search result) to the Web server 10 (S10).

  The WEB server 10 that has received the processing result of S10 notifies the processing result to the application 12 (S11). Upon receiving the notification in S11, the application 12 executes the continuation of the specific process using the process result, and generates HTML data for displaying the process result (S12). Then, the WEB server 10 includes the HTML data generated by the application 12 in the HTTP response and transmits it to the WEB browser 53 of the client terminal 3 (S13). The client terminal 3 causes the browser 53 to display the HTML data included in the HTTP response in S13 (S14). Hereinafter, the Web server 10 and the client terminal 3 can display a desired processing result on the client terminal 3 for the user by repeating the processes of S1 to S14, and provide a service based on the function of the application 12. .

3. Output screen example (understanding actual conditions)
Next, an example of a screen displayed on the client terminal 3 used by the user according to the processing procedure of FIG. 9 will be described. 10 to 18 are examples of screens output and displayed on the display of the client terminal 3 used by the user. The screen described below is displayed on the display (not shown) of the client terminal 3 when grasping the actual state of the information on the basic building registered in the server 1. When grasping the actual state of the building, it is preferable to input data while directly confirming the state of the building on site, so the client terminal 3 is preferably a mobile terminal. However, the client terminal 3 may be a device that cannot be carried or a stationary device. In addition, although the example of a screen shown below is an example in case a building is a school, depending on the kind of building, there may exist input items other than the input item contained in these screens.

  FIG. 10 is an example of a screen that is output and displayed when the user inputs an outline of the property at the client terminal 3. In the example shown in FIG. 10, “school name”, “location”, “building use”, “site area”, “structure type”, “number of floors”, “ “Building area (health rate)”, “Total floor area (floor area ratio)”, “Number of students”, “Number of classes held”, “Completion date (year)”, “Building shape (planar shape)”, “ It is possible to enter information such as whether or not a completed drawing exists. In this example, when an inverted triangle mark on the right side of the “Location”, “Building use”, “Structure type”, and “Building type” input areas is selected, a pull-down menu (not shown) is displayed. You can select from the items. Although not specifically described in other drawings, an inverted triangle mark is displayed in the input area for items that can be selected from the pull-down menu.

  FIGS. 11 and 12 are examples of screens that are output and displayed when the user inputs details of the current space configuration of the building at the client terminal 3. In the example shown in FIGS. 11 and 12, “room name” and “photograph” can be registered as information necessary for grasping the details of the current space configuration of the building in the left area. . Also, in the area on the right side, “room floor area”, “number of rooms”, “floor area”, “main current specifications (the presence of ceilings, the number of lighting fixtures, the number of air conditioners, The number of units and the number of ventilation fans) can be input. On this screen, you can click on any of the item numbers (1-95) on the left side of “Room Name” to enter the detailed information of the clicked classroom in the right area. It has become. In addition, the total of the number of rooms and the floor area input by the user is displayed at the lower end of the right region of FIG.

  In addition, in order to upload and register photos of each classroom, by clicking the black square button in the “Photos” item, a screen (not shown) for selecting the photos to upload is displayed, and the photos are uploaded. It is possible to register.

FIG. 13 is an example of a screen that is output and displayed when the user inputs details of the current floor structure of the building at the client terminal 3. In the example shown in FIG. 13, in order to grasp the details of the current floor structure of the building, “floor area (m ² )”, “floor height (m)”, “other construction (balcony, atrium)” for each floor. , "Outer wall length (m)" can be input. For the total of “construction floor area (m ² )” and “total floor area”, “floor area (m ² )”, “floor height (m)”, “other construction (balcony, atrium)” ) ”And“ outer wall length (m) ”are automatically calculated.

  FIG. 14 and FIG. 15 are examples of screens that are output and displayed when the user inputs a building outline of the building at the client terminal 3. In the examples shown in FIG. 14 and FIG. 15, “roof / rooftop waterproofing specification”, “outer wall specification”, “balcony presence / absence”, “outdoor stairs presence / absence” are necessary information for grasping the architectural outline of the building. , “Existence of the presence of steel handrails other than outdoor stairs and balconies” can be entered. In addition, the presence / absence of repair history, the number of repairs, the most recent implementation year, etc., can be entered for these items. Furthermore, in the “findings” column, items investigated by the user in the field can be directly described. It is also possible to input (register) each of the photographs taken of the facilities etc. in the field by clicking on the area where “current photograph” is written in the “photograph” column. As shown in FIG. 15, in “Presence / absence of balcony”, the balcony floor area is displayed by default as a total value of all floors of the balcony area of the meeting structure, but the user can arbitrarily edit it. . Further, as the initial value of the steel frame staircase of “presence / absence of rooftop staircase”, the value input to the ground staircase of the property outline shown in FIG. 10 is automatically displayed.

  FIGS. 16 and 17 are examples of screens that are output and displayed when the user inputs an outline of the electrical equipment of the building at the client terminal 3. In the example shown in FIG. 16 and FIG. 17, “Cubicle repair history”, “Presence / absence of private power generation facilities”, “Presence / absence of uninterruptible power supply”, “Storage battery” as information necessary to grasp the outline of the electrical equipment of the building Presence / absence ”,“ maintenance history of main line equipment ”,“ repair history of power / electric equipment ”,“ repair history of broadcasting equipment ”,“ repair history of telephone equipment ”,“ repair history of TV hearing equipment ”,“ Internet ” Enter the "Presence / absence of equipment", "Automatic fire alarm equipment", "Presence / absence of smoke prevention equipment", "Presence of lightning rod equipment", "Presence of gas leak alarm equipment", "Presence of security equipment" It is possible. In addition, the presence / absence of repair history, the number of repairs, the most recent implementation year, etc., can be entered for these items. Furthermore, in the “findings” column, items investigated by the user in the field can be directly described. It is also possible to input (register) each of the photographs taken of the facilities etc. in the field by clicking on the area where “current photograph” is written in the “photograph” column.

  FIG. 18 is an example of a screen that is output and displayed when the user inputs an outline of the water supply and drainage sanitation facilities of the building at the client terminal 3. In the example shown in FIG. 18, “water supply equipment specifications”, “water supply pump equipment specifications”, “water supply pipe equipment repair history”, “water pipes” are necessary information for grasping the outline of the water supply / drainage sanitary equipment of the building. It is possible to input “Repair history of equipment”, “Presence / absence of drainage pump”, “Specification of gas equipment”, and “Specification of fire fighting equipment”. In addition, the presence / absence of repair history, the number of repairs, the most recent implementation year, etc., can be entered for these items. Furthermore, in the “findings” column, items investigated by the user in the field can be directly described. It is also possible to input (register) each of the photographs taken of the facilities etc. in the field by clicking on the area where “current photograph” is written in the “photograph” column.

  FIG. 19 is an example of a screen that is output and displayed when the user inputs an outline of the air-conditioning ventilation / exhaust / fume facility of the building and an outline of the elevator equipment on the client terminal 3. In addition, in FIG. 19, although the outline | summary of the air-conditioning ventilation exhaust gas facility of a building and the outline | summary of elevator equipment were shown in one figure for convenience, it may be displayed on the same screen as a screen, and is displayed separately. Or either. In the example shown in FIG. 19, it is possible to input “presence / absence of air-conditioning equipment”, “presence / absence of heating equipment”, and “presence / absence of mechanical ventilation equipment” as information necessary to grasp the outline of the air-conditioning ventilation / smoke exhaust equipment of the building. It has become. In addition, it is possible to input “presence / absence of elevator equipment” and “presence / absence of dam waiter equipment” as information necessary for grasping the outline of the elevator equipment in the building. In addition, the presence / absence of repair history, the number of repairs, the most recent implementation year, etc., can be entered for these items. Furthermore, in the “findings” column, items investigated by the user in the field can be directly described. It is also possible to input (register) each of the photographs taken of the facilities etc. in the field by clicking on the area where “current photograph” is written in the “photograph” column.

  Information input by the user via the input screens shown in FIGS. 10 to 18 is recorded in the current building data table 224 shown in FIG. 5 in a hierarchy according to the field of the information and the details of the information. . When these pieces of information are updated and edited, they are recorded and managed as a history.

4). Output screen example (actual grasp sheet)
FIG. 20 is a diagram illustrating an example of an outline of a screen (actual grasping sheet) on which actuality grasping information displayed based on information input by the user via the input screens illustrated in FIGS. It is. As shown in FIG. 20, as a summary of the result of the user's actual situation grasp, the actual situation grasp sheet includes “Property overview”, “Main use”, “Site area”, “Building area”, “Total floor area”, “Children” It consists of an area that displays the number of students / classes and the number of classes held, and an area that displays the hierarchy by part, main specifications / quantity, findings, and current photos. The

  FIG. 21 is a diagram illustrating an example of a screen in which the actuality grasping sheet illustrated in FIG. 20 is further detailed. As shown in FIG. 21, as further details of the external finishing, “Rooftop” and “Roof” are distinguished. In particular, if it is “Rooftop”, “PH floor rooftop”, “Top floor rooftop”, “Other rooftop” And so on. Then, the result of investigation according to detailed parts such as the type of waterproof specification, the type of heat insulating material, the thickness, what kind of finishing material is used, and what kind of rising specification is displayed.

  20 and 21 are output on the display (not shown) of the client terminal 3, but may be printed. As a result, the paper is preferable for the user who can easily confirm. In addition, as shown in FIG. 20 and FIG. 21, two types of output methods are adopted as the outline and the details thereof, but the actual state comprehension sheets divided into three or more hierarchies are output respectively. May be. Further, the outline and details of the actual situation grasping sheet are configured to be linked to the list items, respectively, but may be configured to be switchable in a tab form on one screen. As a result, when it is desired to check each screen of the details and the summary, it is possible to immediately check by switching the tabs without changing between the two screens. Alternatively, a configuration may be employed in which details are displayed by double-clicking an item in the outline of the actual state grasping sheet. As a result, it is possible to directly refer only to a part that the user wants to know in more detail. Further, a list may be created so that a history list of the actual condition grasping sheet can be referred to. Thereby, it is possible to easily refer to what kind of actual situation has been grasped in the past.

5. Output screen example (when creating a repair plan, etc.)
22 to 30 are examples of screens that are output and displayed on the display (not shown) of the client terminal 3 used by the user. The screen described below is displayed on the display (not shown) of the client terminal 3 when basic building information is registered in the service provided by the server 1. Since the user grasps the actual state of the building and then sets the repair conditions and creates a plurality of repair plans, the client terminal 3 is preferably a stationary device. However, the client terminal 3 may be a mobile terminal or the like. In that case, when grasping the actual state of the building, a screen as described below may be displayed on the display of the client terminal 3 and operated. In addition, although the example of a screen shown below is an example in case a building is a school, depending on the kind of building, there may exist input items other than the input item contained in these screens.

  FIG. 22 is an example of a screen output and displayed on the display of the client terminal 3 when logging in to the service provided by the server 1 and newly registering a building (property). In the example shown in FIG. 22, “main menu” and “management menu” are displayed in the “navigation” window on the left side of FIG. 22, and the “new property registration” window is displayed on the right side. In the “New Property Registration” window, the property type can be selected (new construction, renovation) and main usage can be selected. The user can input more detailed information by pressing the “Next” button after selecting them.

  FIG. 23 is an example of a screen for registering “Property Summary” that is displayed when the “Next” button is pressed on the screen shown in FIG. In the example shown in FIG. 23, when registering “Property Overview”, “Property Name”, “Location”, “Building Usage”, “Site Area”, “Structure Type”, “Floor”, “Building Area (Health) Coverage ratio "," total floor area (floor area ratio) "," number of students "," number of classes held "," completion date (year) "," building shape (planar shape) "," presence of completed drawings " "Can be entered. The input items shown in FIG. 23 correspond to the input items having the same name in the screen shown in FIG. However, “school name” in FIG. 10 corresponds to “property name” in FIG. When the user presses a “registration” button after appropriately inputting or selecting these, registration of basic building information is completed.

  FIG. 24 is an example of a screen in a case where “Property Summary” is displayed after basic building information is registered. In the example shown in FIG. 24, after basic information is registered on the screens of FIGS. 22 and 23, fine data input is performed on the screens shown in FIGS.

  In the example of the screen shown in FIG. 24, data about the property that has already been registered and the current status is displayed on each item. These numerical values are displayed on the basis of information input on the screens shown in FIGS. 10 to 18. On this screen, each item can be edited and newly input. In the upper part of the screen shown in FIG. 24, items of “status grasp”, “renovation plan”, “renovation plan (external finishing)”, “renovation plan (shared equipment)”, and “renovation plan (internal finishing)” are displayed. ing. Among these, when “Understanding the current status” is selected, the input items are “Property overview”, “Architecture overview”, “Electrical facility overview”, “Water supply / drainage sanitary facility overview”, “Air conditioning ventilation / smoke exhaust facility overview”, “Elevator equipment” and “space configuration” are displayed in a list, and by selecting one of these, screens as shown in FIGS. 25 to 27 described later are displayed. When “output summary” is selected as an output item, an overview of the actual state grasping sheet as shown in FIG. 20 is output and displayed. When “detail by part” is selected, it is possible to select which part to specify. Via the screen (not shown), the part-specific details of the actual state grasping sheet as shown in FIG. 21 are output and displayed.

  FIG. 25 is an example of a screen that outputs and displays items related to “architecture overview” among the list items displayed when “current state grasp” shown in FIG. 24 is selected. As shown in FIG. 25, detailed information on each item of “roof rooftop” and “outer wall” is displayed as the architectural outline. The numerical value displayed in the detailed information is displayed based on the information input on the screens shown in FIGS. However, each item can be edited and newly entered on this screen.

  FIG. 26 is an example of a screen that outputs and displays items related to “Outline of water supply and drainage sanitary equipment” among the items of “Current status grasp” shown in FIG. As shown in FIG. 26, detailed information for each item of “water supply equipment” and “water supply pump equipment” is displayed as an outline of the water supply and drainage sanitation equipment. These numerical values are displayed based on information input on the screen shown in FIG. However, each item can be edited and newly entered on this screen.

  FIG. 27 is an example of a screen on which an item related to “space configuration” is output and displayed among the “status grasp” items shown in FIG. As shown in FIG. 27, as the space configuration, “classification”, “room type”, “room name”, “room area”, “number of rooms”, “floor area”, “equipment by room”, “image” Detailed information of each item is displayed. No numerical value is input to these, but they are displayed based on information input on a detailed input screen (not shown) that transitions from the screen shown in FIGS. 11 and 12. However, each item can be edited and newly entered on this screen.

  FIG. 28 is an example of screen transition when a renovation plan is created from the screen displayed in FIG. When “renovation plan” at the top of the screen displayed in FIG. 28 is selected, “new creation of renovation plan” is selected from the list item displayed. Then, as shown in the lower part of FIG. 28, a repair plan registration window is displayed, and the name of the repair plan can be designated and registered.

  FIG. 29 is a diagram showing an example of a screen displaying a list of a plurality of renovation plans registered by the method shown in FIG. As shown in FIG. 29, the “renovation plan list” includes items of “renovation plan name” and “update date”, and the update date (the initial value is the registration date) for each repair plan is known. It is like that. In the column to the right of “Update Date”, there are “Decide” and “Delete” buttons. When updating each renovation plan, the update process is performed by pressing the “Decide” button. The “renovation plan” can be deleted by pressing the “delete” button. It is possible to create a new “renovation plan” by pressing the “New” button from this screen, and search for a “renovation plan” that has already been registered by pressing the “Search” button. Transition to a screen (not shown) that can be performed.

  FIG. 30 is a diagram illustrating an example of a screen displayed by selecting the item “renovation plan A” illustrated in FIG. 29. In the example shown in FIG. 30, a screen for setting repair conditions for the “top floor” of “roof / rooftop” included in the list item “renovation plan (external finishing)” is displayed. Hereinafter, a specific method for creating a repair plan will be described.

  In the column of the table shown in FIG. 30, there are displayed a large-category column of “current specification / quantity by part”, “renovation designation”, “renovation specification / quantity / cost”, and a column that further classifies these columns. Has been. The column “Current Status Specification / Quantity” is further divided into columns “Specification”, “Quantity”, and “Year of Use”. The “renovation designation” column is further divided into “execution presence / absence” and “grade designation” columns. The column of “renovation specifications / quantity / cost” is further divided into columns of “name / summary”, “quantity”, “unit price”, “amount”, and “remarks”. On the other hand, in the row of the table shown in FIG. 30, the specifications of the external finish are “protection waterproof”, “exposure waterproof”, “sheet waterproof”, “coat waterproof”, “single”, “metal plate” , "Roof roof top" is displayed respectively.

  In the area where the numerical value of each column included in the “current state / part-specification / quantity” is input, the numerical value input by the user on the input screen shown in FIG. 14 is displayed. Then, the user reviews the values entered in the columns “Quantity” and “Year of use” and presses the “Determination” button under “Year of use”. Then, the determination result is displayed in “grade designation” in the item of “modification designation”. The grade determination here is performed by referring to a table (not shown) in which the years of use and the grades are associated with each part in the DB 22 and referring to the table. In addition, the user can also determine whether or not the repair can be performed for each part depending on whether or not the “execution / non-execution” check box in the “repair specification” item of each specification item is checked. . The grade determination result can be changed to another grade displayed by a pull-down menu.

  When it is desired to set the changed grade, the grade change can be confirmed by pressing the “change” button below the area where the determination result is displayed. When the grade is changed, the list item displayed in the “Name / Description” pull-down menu automatically changes. The user can select the content of the repair by selecting a predetermined item from the list item displayed in the pull-down menu of “Name / Description” and pressing the “Select” button. If the button “Select from all grades” at the top of the column “Current Status / Specification / Quantity by Part” is pressed, it is also possible to select the contents of the repair from all the options regardless of the grade.

  The “quantity” included in “renovation specifications / quantity / cost” is entered as “quantity” included in “current status / specification / quantity by part” as an initial value. It is also possible. When calculating the repair cost, the user presses an “update” button at the bottom of the screen to calculate the quantity × unit price, and the repair cost at this part is calculated.

  FIG. 31 shows “renovation plan (external finishing)”, “renovation plan (shared equipment)”, and “renovation plan (internal finishing)” when updating the renovation plan of “renovation plan A” shown in FIG. It is a figure which shows an example of the list item screen displayed by selecting. In the screen as shown in FIG. 30, the condition for calculating the repair cost of “renovation plan (external finishing)” is set, but the repair plan for each item listed in the list of “renovation plan (shared equipment)” Can be set in detail.

  FIG. 32 is an example of a screen displayed when “renovation target room list” in the “renovation plan (internal finishing)” list item shown in FIG. 31 is selected.

  In the columns of the table shown in FIG. 32, there are displayed columns of large categories of “renovated space configuration” and “renovation designation”, and columns in which these columns are further classified. The “renovated space configuration” column is further divided into columns of “classification”, “room type”, “room name”, “room area”, “number of rooms”, and “floor area”. The column “Renovation designation” is further divided into columns “Implementation” and “Specification / quantity”.

  In the screen shown in FIG. 32, the user can select a room to be repaired by checking the check box in the “Implementation” item in the “Renovation designation” column. By pressing the “select” button in the item, it becomes possible to set more detailed repair contents.

  FIG. 33 is an example of a screen displayed for designating the renovation contents of the classroom selected in FIG. The user can freely specify from the selection items such as “interior”, “improvement of closed classroom function”, “lighting equipment”, “air conditioning equipment”, etc. of the selected classroom. It can be set by pressing the “Update” button in the screen. The repair cost can be freely changed by changing the “quantity” of “detailed specifications / quantity” displayed at the bottom of the screen.

  34 and 35 are screen examples displayed when editing the unit price information recorded in the unit price information storage table 226 shown in FIG. The user can freely edit the unit price information on these screens. When the user edits, the unit price information recorded in the unit price information storage table 226 is managed as a table unique to the user.

6). Modification Cost Calculation Processing Example Next, processing for calculating the modification cost according to access from the client terminal 3 will be described. 36 to 38 are flowcharts for explaining the repair cost calculation processing. The processing of each step shown in FIGS. 36 to 38 is realized by performing the communication processing described in FIG. 9 between the server 1 and the client terminal 3. The following processing is an example of calculating the repair cost while checking the effect of energy saving when trying to calculate the repair cost according to the energy saving measures for the structure and facilities of the building.

  In step S <b> 21, the server 1 transmits and displays property summary input screen data for inputting property summary information to the client terminal 3 in response to a request from the client terminal 3. The client terminal 3 that has received the data on the property summary input screen from the server 1 displays the property summary input screen. The property summary input screen here is partly different from the example shown in FIG. 23. In addition to the property name, area, main use, site area, building area, total floor area, number of floors, main structure, ground It is assumed that each of the status, overall grade, PAL stage, and ERR stage can be input.

  The user operates the client terminal 3 displaying the property summary input screen, so that the property name, area, main use, site area, building area, total floor area, floor number, main structure, ground condition, overall Grade, PAL stage, and ERR stage values can be entered or selected from a menu. When the user clicks a button for instructing registration of property summary information, the client terminal 3 transmits data including the inputted property summary information to the server 1 via the network 2. The server 1 controls the communication unit 39 including a network interface to receive data including the property summary information transmitted from the client terminal 3.

  In step S <b> 22, the access target determination unit 322 sends the information to the first information creation unit 323, the second information creation unit 324, or the cost calculation unit 325 according to the variety of the property summary information received via the input information reception unit 321. to access. In this process, the cost calculation unit 325 is accessed. The acquisition unit 325A included in the cost calculation unit 325 acquires the property summary information transmitted in S21. In the cost calculation unit 325, the summary information acquisition unit 325A1 included in the acquisition unit 325A acquires the property summary information from the supplied data.

  In step S23, the detailed information calculation unit 325B1 included in the design information calculation unit 325B calculates the detailed property information such as height, building perimeter, and reference floor area that can be calculated from the property summary information acquired in S22. . For example, the detailed information calculation unit 325B1 calculates the height by multiplying the floor number of the property summary information by a predetermined floor height. For example, the detailed information calculation unit 325B1 calculates the floor area per floor by dividing the total floor area of the property summary information by the number of floors, and calculates the long side and the short side of a predetermined ratio from the floor area. And ask for the perimeter of the building.

  In step S24, the detailed information determination unit 325C1 included in the design information determination unit 325C refers to the logic table (not shown) recorded in the current building data storage table 224, and determines the overall grade, PAL stage of the property summary information, And from the ERR stage, property details such as earthquake resistance and external finish are determined.

  The logic table here is associated with specifications and values of the shape, aperture ratio, window type, wall, and roof for each PAL stage, and air conditioning, lighting, ventilation, hot water supply for each ERR stage. , And elevator specifications and values are associated in advance. In the logic table, specifications and values are associated with the overall grade, but the server 1 determines that the specifications and values at the PAL stage and the ERR stage are given priority.

  In step S25, the detailed information determination unit 325C1 included in the design information determination unit 325C refers to the logic table, and enters the property detail input screen, the floor configuration input screen from the overall grade, PAL stage, and ERR stage of the property summary information. Alternatively, selectable menu items on the site-specific specification input screen are determined.

In step S26, the floor composition information calculation unit 325B2 included in the design information calculation unit 325B can calculate from the property summary information acquired in the procedure of step S22 and the property detailed information calculated or determined in the procedures of step S23 and step S24. The floor configuration information such as the area, floor height, ceiling height, and outer wall length of each floor is calculated.
For example, the floor configuration information calculation unit 325B2 sets the reference floor ceiling height calculated in the procedure of step S23 as the ceiling height of each floor as it is.

  In step S27, the floor composition information determination unit 325C2 included in the design information determination unit 325C determines the structure, etc. from the property summary information acquired in the procedure in step S22 and the property detailed information calculated or determined in the procedures in steps S23 and S24. Determine the floor structure information. For example, the floor structure information determination unit 325C2 determines the main structure of the property summary information as it is as the structure of each floor.

  In step S28, the site-specific specification information calculation unit 325B3 included in the design information calculation unit 325B calculates site-specific specification information such as external finishing and internal finishing from the information acquired in the procedure of step S22. For example, the site-specific specification information calculation unit 325B3 calculates the area of the window from the opening ratio determined from the PAL stage, the circumference of each floor, and the floor height.

Further, for example, the site-specific specification information calculation unit 325B3 has α × total floor area (m ² ) × 0 when the building use (building multi-air conditioning) package is adopted when the main use of the property summary information is a company building. Calculate Burma's ability (kw) from 7 × 1000 (α is a coefficient described later). When the main use of the property summary information is a tenant building, the site-specific specification information calculation unit 325B3 adopts a building package, and when the tenant area is unknown, α × total floor area × 0.7 × 0.7 / When the capacity of bilmar (kw) is calculated from 1000, the bilmar package is adopted, and the tenant area is unknown, the capacity of bilmar from α × (total floor area−tenant area (m ² )) × 0.7 / 1000 (Kw) is calculated. In this case, α is 200 when an ice heat storage tank is adopted, 170 is adopted when an outside air processing air conditioner is adopted, and 185 when a total heat exchanger is adopted.

  In step S29, the site-specific specification information determination unit 325C3 included in the design information determination unit 325C refers to the logic table, and the overall grade, PAL stage, and ERR stage of the property summary information, and the detailed property information calculated or determined Also, the site-specific specification information such as external finish and internal finish is determined from the floor configuration information. For example, the site-specific specification information determination unit 325C3 determines the type of window such as heat reflecting glass or multi-layer glass from the PAL stage.

  In step S <b> 30, the calculation unit 325 </ b> D is recorded in advance in the unit price information storage table 226 in the structure of the building, the number of facilities, and the specification represented by the property summary information, the property detailed information, and the part-specific specification information. Then, the repair cost is calculated by multiplying the unit price according to the number and specifications.

  In step S31, the server 1 selects “Property List” arranged on the screen shown in FIG. 22 in response to a request from the client terminal 3, and instructs the display of the property detail input screen displayed thereafter. It is determined whether or not to display the property detail input screen depending on whether or not a button (not shown) for clicking is made.

  If it is determined in step S31 that the property detail input screen is to be displayed, the procedure proceeds to step S32.

  In step S <b> 32, the server 1 causes the client terminal 3 to display a property detail input screen for inputting property detail information. That is, the server 1 generates the property detail input screen data, controls the communication unit 39 including the network interface, and transmits the property detail input screen data to the client terminal 3 that has requested the property detail input screen data via the network 2. . The client terminal 3 that has received the property detail input screen data from the server 1 displays the property detail input screen.

  The user operates the client terminal 3 displaying the property detail input screen, so that the building height, the building periphery, the reference floor area, the reference floor ceiling height, whether there is a site margin, and the ground condition represented by the N value It is possible to input values such as the presence / absence of an elevator or the presence / absence of an escalator, or the user can select from a menu. When the user clicks a button for instructing transmission of the detailed property information, the client terminal 3 transmits data including the input detailed property information to the server 1 via the network 2.

  In step S33, the acquisition unit 325A included in the cost calculation unit 325 acquires the detailed property information. The server 1 receives data including the detailed property information transmitted from the client terminal 3. The server 1 supplies the data including the received property detail information to the cost calculation unit 325. The detailed information acquiring unit 325A2 of the acquiring unit 325A included in the cost calculating unit 325 acquires the detailed information by extracting the property information from the supplied data.

  In step S34, the floor composition information calculation unit 325B2 included in the design information calculation unit 325B includes the property summary information, the property detailed information acquired in the procedure of step S33, and the property detailed information calculated or determined so far (acquired items Floor composition information such as area, floor height, ceiling height, and outer wall length of each floor that can be calculated.

  In step S35, the floor composition information determining unit 325C2 included in the design information determining unit 325C includes the property summary information, the property detailed information acquired in the procedure of step S33, and the property detailed information calculated or determined so far (acquired items Floor structure information such as structure is determined.

  In step S36, the site-specific specification information calculation unit 325B3 included in the design information calculation unit 325B calculates site-specific specification information from the acquired property detailed information and the calculated or determined floor configuration information.

  In step S37, the site-specific specification information determination unit 325C3 included in the design information determination unit 325C determines site-specific specification information from the acquired property detail information and the calculated or determined floor configuration information with reference to the logic table. To do.

  In step S38, the calculation unit 325D adds the unit price information storage table 226 to the structure of the building and the number and specifications of the facilities represented by the property summary information, the property detailed information, and the part-specific specification information obtained so far. Is multiplied by a unit price corresponding to the number and specification stored in advance to recalculate the repair cost, thereby correcting the repair cost, and the procedure returns to step S31.

  If it is determined in step S31 that the property detail input screen is not displayed, the procedure proceeds to step S39.

  In step S39, the server 1 determines whether the request from the client terminal 3 is made by clicking a button (not shown) for instructing display of the floor configuration input screen. It is determined whether to display the input screen. If it is determined in step S39 that the floor composition input screen is to be displayed, the procedure proceeds to step S40.

  In step S40, the server 1 causes the client terminal 3 to display a floor configuration input screen for inputting floor configuration information. The server 1 transmits the data of the floor configuration input screen to the client terminal 3 that has requested the data via the network 2. The client terminal 3 that has received the data on the floor composition input screen from the server 1 displays the floor composition input screen.

  The user operates the client terminal 3 displaying the floor composition input screen to input values such as area, floor height, ceiling height, structure, outer wall length, and ratio for each floor, or from the menu. It becomes possible to select. When the user clicks a button for instructing transmission of floor configuration information, the client terminal 3 transmits data including the input floor configuration information to the server 1 via the network 2.

  In step S41, the acquisition unit 325A included in the cost calculation unit 325 acquires the detailed property information. The server 1 receives data including the floor configuration information transmitted from the client terminal 3. The server 1 supplies the data including the received floor configuration information to the cost calculation unit 325. The floor configuration information acquisition unit 325A3 of the acquisition unit 325A included in the cost calculation unit 325 acquires the floor configuration information by extracting it from the supplied data.

  In step S42, the site-specific specification information calculation unit 325B3 included in the design information calculation unit 325B calculates site-specific specification information from the acquired or determined property detail information and floor configuration information.

  In step S43, the site-specific specification information determination unit 325C3 included in the design information determination unit 325C refers to the logic table and determines site-specific specification information from the acquired or determined property detail information and floor configuration information. .

  In step S44, the calculation unit 325D adds the unit price information storage table 226 to the structure of the building and the number and specifications of the facilities represented by the property summary information, the property detailed information, and the part-specific specification information obtained so far. The cost of repair is corrected by recalculating the cost of repair by multiplying the unit price according to the number and specifications recorded in advance, and the procedure returns to step S31.

  On the other hand, if it is determined in step S39 that the floor composition input screen is not displayed, the procedure proceeds to step S45, and the server 1 determines that the request from the client terminal 3 is arranged on the property summary input screen. It is determined whether or not to display the site-specific specification input screen depending on whether or not the button (not shown) for instructing the display of the specification input screen is clicked.

  If it is determined in step S45 that the part-specific specification input screen is to be displayed, the procedure proceeds to step S46.

  In step S46, the server 1 causes the client terminal 3 to display a part-specific specification input screen for selecting each item of the part-specific specification information or inputting a value of the item. That is, the server 1 generates and supplies data for the site-specific specification input screen. The server 1 controls the communication unit 39 including a network interface to transmit the data on the part-specific specification input screen to the client terminal 3 that has requested the data via the network 2. The client terminal 3 that has received the data on the part-specific specification input screen from the server 1 displays the part-specific specification input screen.

  An example of the site-specific specification input screen will be described later. By operating the client terminal 3 displaying the part-specific specification input screen, the user can input the value of each item of the part-specific specification information or select each item from the menu. . When the user clicks a button (not shown) for instructing transmission, the client terminal 3 transmits data including the selected item of the part-specific specification information and the value of the input item via the network 2. Send to 1

  In step S47, the acquisition unit 325A included in the cost calculation unit 325 acquires the selected item of the part-specific specification information and the value of the input item. The server 1 controls the communication unit 39 including a network interface to receive data transmitted from the client terminal 3. The server 1 supplies the received data to the cost calculation unit 325. In the cost calculation unit 325, the site-specific specification information acquisition unit 325A4 included in the acquisition unit 325A acquires the selected item of the site-specific specification information and the value of the input item from the supplied data. To do.

  In step S48, the design information correction unit 325E included in the cost calculation unit 325 determines whether the acquired item or the value of the item has been changed. If it is determined in step S48 that the acquired item or the value of the item has been changed, the procedure proceeds to step S49, and the design information correction unit 325E determines that the item-specific specification information has been changed and changed. Correct related items. For example, when an air conditioner with only cold water has been selected as the air conditioner until then, when the air conditioner with cold / hot water is selected, the piping facility is modified from the cooling water pipe to the cold / hot water pipe.

  In step S50, the calculation unit 325D adds the unit price information storage table 226 to the structure of the building and the number and specifications of the facilities represented by the property summary information, the property detailed information, and the part-specific specification information obtained so far. The cost of repair is corrected by recalculating the cost of repair by multiplying the unit price according to the number and specifications recorded in advance, and the procedure returns to step S31.

  If it is determined in step S48 that the acquired item or the value of the item has not been changed, it is not necessary to modify the item of the site-specific specification information, and the procedure returns to step S31.

  If it is determined in step S45 that the part-specific specification input screen is not to be displayed, the specification has been determined. Therefore, the procedure proceeds to step S51, and the cost calculation unit 325 displays an estimate. That is, the cost calculation unit 325 supplies the calculated repair cost data to the communication control unit 11. The server 1 controls the communication unit 39 including a network interface to transmit data to the client terminal 3 via the network 2. The client terminal 3 that has received the data including the repair cost from the server 1 displays the data including the repair cost.

  In step S52, when the user desires to print data including the repair cost, the cost calculation unit 325 instructs the WEB server 10 to generate data for printing. The Web server 10 that is instructed to generate data including the renovation cost for printing causes the data including the renovation cost for printing to be transmitted to the client terminal 3 via the network 2. The client terminal 3 that has received the data including the repair cost for printing from the server 1 prints the estimate, and the process of generating the estimate ends (end).

  Here, the process of calculating the repair cost performed by the server 1 will be described with reference to a relationship diagram.

  FIG. 39 is a diagram illustrating a relationship among property summary information, PAL stage or ERR stage, property detailed information, floor configuration information, and site-specific specification information. In FIG. 39, it is assumed that the PAL stage or the ERR stage is included in the property summary information and the PAL stage or the ERR stage is set in advance by the user.

  First, as shown in FIG. 39, the server 1 has property summary information including property name, area, main use, number of floors, site area, building area, total floor area, main structure, ground condition, and overall grade, Get the PAL or ERR stage.

  Here, the main use indicates a so-called in-house building or a tenant building. The number of floors indicates the number of floors above the ground, underground, and rooftop. The main structure indicates a steel structure (S structure), a reinforced concrete structure (RC structure), a reinforced steel concrete structure (SRC structure), or the like. The ground condition indicates good quality, slightly soft or soft. The overall grade indicates any of A having the highest grade and E having the lowest grade. The PAL stage or the ERR stage is any one of 1 to 5.

  When the server 1 acquires the PAL stage or the ERR stage from the DB 22 together with the article summary information, the server 1 calculates the detailed article information, the floor composition information, and the site-specific specification information from the acquired article summary information and the PAL stage or the ERR stage. In addition, the repair cost is calculated from the determined and acquired property summary information, the PAL stage or the ERR stage, and the calculated or determined property detailed information, floor configuration information, and site-specific specification information.

  Here, when calculating a detailed renovation cost, the server 1 acquires the detailed property information, the floor configuration information, or the legal information (regulated data) related to the legal data input by the user. For example, as shown in FIG. 39, the server 1 includes, among the detailed property information, the height, the building circumference, the reference floor, the site margin, the excavation depth, the water level, the basic form, and the equipment entered by the user. Get summary or total work schedule value or method. In this case, the building circumference indicates the length of the long side and the short side, and the reference floor indicates the area and the ceiling height. The facility outline indicates the presence or absence of an elevator or the presence or absence of a mechanical parking lot.

  Further, for example, as shown in FIG. 39, the server 1 has each floor area, each floor height, each floor ceiling height, each floor structure type, outer wall length (planar) input by the user in the floor configuration information. Shape), value or method for each floor usage. Furthermore, for example, as shown in FIG. 39, the server 1 acquires the presence / absence of a fire extinguishing facility such as a sprinkler or a fire hydrant, which is input by the user, from the legal information.

  When the server 1 acquires the detailed property information, the floor configuration information, or the legal information, the server 1 corrects the detailed property information and the floor configuration information according to the acquired detailed property information, the floor configuration information, or the legal information, The specification information is corrected, and the repair cost is calculated from the property summary information, the PAL stage or the ERR stage, and the corrected property detailed information, floor configuration information, and site-specific specification information.

Furthermore, when calculating a more detailed repair cost, the server 1 acquires site-specific specification information. For example, as shown in FIG. 39, the server 1 relates to the finishing of the outer wall, which is input by the user among the part-specific specification information, or finish materials such as tiles, stones, or aluminum panels, or PC (Precast Concrete). ) Plate, extruded plate, ALC (Autoclaved)
Acquire the method of intermediate material such as Lightweight Concrete board. For example, as shown in FIG. 39, the server 1 includes, among the part-specific specification information, evacuation equipment such as an evacuation ladder and evacuation hatch, signboards such as a hall name plate and a guide board, Get the value or method around the roof, such as a roof railing. Further, for example, as shown in FIG. 39, the server 1 acquires a value or method for an electrical facility, a water supply / drainage facility, or an air conditioning facility from the site-specific specification information.

  When the server 1 acquires the part-specific specification information, it corrects the part-specific specification information, and repairs it from the property summary information, the PAL stage or the ERR stage, the property detailed information, the floor configuration information, and the corrected part-specific specification information. Calculate the cost.

<Specific calculation example of repair costs>
FIG. 40 is a diagram illustrating an example of the repair cost when the specification information is corrected for each part. As shown in FIG. 40, even if the area, main use, number of floors, site area, building area, total floor area, main structure, and number of floors are the same, the exterior finish depends on the grade, PAL stage, or ERR stage. The cost of refurbishment will change due to changes in electrical equipment, water supply and drainage sanitation equipment, and air conditioning ventilation and smoke exhaustion equipment. For example, the area, main use, number of floors, site area, building area, total floor area, main structure, and number of floors are the same, and external finishing, internal finishing, electrical equipment, sanitary equipment, air conditioning equipment are B grade, PAL If stage is 4 and ERR stage for air conditioning, lighting, ventilation, hot water supply and elevator is 4, repair cost is 793,447,581 yen, but external finish, internal finish, electrical equipment, sanitary equipment, air conditioning equipment Is C grade, PAL stage is 2, and ERR stage for air conditioning, lighting, ventilation, hot water supply, elevator is 2 and the repair cost is 734,034,990 yen. In this case, since the cost per total floor area is known for the frame, external finish, internal finish, equipment, and various expenses, the composition ratio of the overall costs can also be compared.

  In this way, for example, after grasping the current state of a building, the degree of energy saving measures can be taken into account, and it can be easily corrected for each part of the building according to the grade, and the repair cost can be obtained. In other words, since the cost of renovating the building can be easily obtained, it is possible to confirm the level and cost of different energy saving measures, and it is possible to obtain the cost of renovating the building with a higher investment effect.

7). Operation of the embodiment The server 1 (information processing apparatus) according to the present embodiment, the information processing method executed by the server 1, and the program installed in the server 1 are the client terminal 3 (first information processing apparatus or first information processing apparatus). 2) to receive predetermined input screen data and accept input of information related to the building (accepting means and accepting step), and stratify according to the field of information regarding the accepted building and the details of the information The information (predetermined information) regarding the actual state of the building is extracted from the information stored in the storage unit 38 (storage processing means and storage processing step) and stored in the storage unit 38, and the outline and details of the extracted information Screen data can be generated (screen data generation means and screen data generation step), and the generated screen data (History information storage means and history information storage step), and calculate the cost for rebuilding or renovating the building based on the information regarding the actual state of the building included in the stored screen data (Cost calculation means and cost calculation step), any one of the generated screen data, the screen data stored as history information, and the calculated cost data is transmitted to the client terminal 3 (transmission means and transmission step) Yes.

  For this reason, the user can grasp the actual state of the building even when there is no means for collecting information about the building. Moreover, since the past actual situation grasp is recorded as a history when the service provided by the server 1 is used, it is possible to determine when and in which field the field survey was conducted by referring to them. It is easy to know. That is, it is possible to easily collect various information about the current building and grasp the actual state of the building. Further, since at least two types of screen data can be generated for the outline and details of the information collected by the server 1, it is possible to browse the information collected easily at a level desired by the user. Furthermore, since the user can calculate the repair cost based on the information collected in the server 1, there is an effect that the repair cost with high accuracy based on the field survey can be easily calculated.

  In addition to the above-described server 1 (information processing apparatus), the information processing method executed by the server 1, and the configuration of the program installed in the server 1, the data transmission request from the client terminal 3 is modified according to the building site. If it is a request to calculate the cost of changing the cost, information for each part of the building corresponding to the transmission request is extracted from the information regarding the actual state of the building stored in the storage unit 38, and the extracted information is Expenses are calculated by reflecting them as building renovation conditions, and the calculated expense data is transmitted to another information processing apparatus. For this reason, on the premise of highly accurate information based on a field survey, it is possible to calculate by setting repair cost conditions for each part, so that it is possible to calculate repair costs based on more detailed condition settings.

  In addition to any of the above-described server 1 (information processing apparatus), the information processing method executed by the server 1, and the configuration of the program installed in the server 1, an example of the input screen (predetermined predetermined) When accepting input of information related to a building on the input screen), a plurality of items that can be alternatively selected are displayed, and selection support information is displayed on the input screen according to a combination of selections of the plurality of items. Good. Thus, for example, even if the user operating the client terminal 3 is not familiar with the technical field related to the building to be surveyed, what information should be input and what location should be confirmed By displaying selection support information such as images and messages indicating goodness, it is possible to avoid a situation in which a user who is conducting a field survey cannot input any information without knowing technical matters. Therefore, there is an effect that the quality of collected information can be maintained at a certain level.

  Further, the server 1 (information processing apparatus), the information processing method executed by the server 1, and the program installed in the server 1 are classified into the category type of information about the building to be collected by the user operating the client terminal 3, and A determination unit (not shown) for determining user specialty may be provided, and input screen data to be transmitted to the client terminal 3 may be changed according to the determination result of the determination unit. For example, when the server 1 estimates or determines that the user operating the client terminal 3 has a technical knowledge level, years of experience, and a specialized field having sufficient information collection capability, a screen on which more detailed data can be input To be displayed. On the other hand, a user interface that makes it possible to collect information as much as possible, such as displaying a screen and support information or a help file that allows you to enter data in a selective manner when you assume or determine that you are a user who does not have sufficient information collection capabilities To provide. As a result, in the case of a user such as a skilled expert, more detailed information is provided, and in the case of a user such as a beginner, the minimum amount of information is collected. As a result, it is possible to provide a usage form suitable for the user level of the service provided by the server 1. In this case, when the user logs in to the server, information regarding the technical knowledge level, years of experience, and specialized fields is stored in advance on the server 1 side, and these are referred to. Judgment should be made. Note that the determination may be made not on a user basis but on a company basis.

  Further, in addition to any of the servers 1 (information processing apparatus) described above, the information processing method executed by the server 1, and the configuration of the program installed in the server 1, information on the building received from the client terminal 3 You may make it provide the data cooperation means (not shown) which can output in the data format which can be utilized by a system. Here, the other system is, for example, a system including a financial management system, a facility management system, an asset management system, etc. in a certain local government.

  Next, an example of the relationship between the above-described other system and the present embodiment will be described with reference to another embodiment. In this embodiment, illustration of the configuration example is omitted, but in addition to the configuration shown in FIG. 1, another system (system 400) configured by a server or the like is connected to the server 1 and the client terminal via the network 2. 3 can communicate with each other.

  FIG. 41 is a conceptual diagram when the system 400 and the service provided by the server 1 cooperate. The system 400 includes a financial management system 401, a facility management system 402, and an asset management system 403. The server 1 stores data corresponding to documents (or data display screens) to be output as actual condition grasp reports and documents (or data display screens to be output by each system) output by each system included in the system 400. The hierarchy definition (data structure) is stored in the DB 22. For example, the system 400 outputs a public facility list 406, a land / building outline 407, and an asset ledger detailed version 408. The public facility list 406, the land / building outline 407, and the asset ledger detailed version 408 include more detailed information in this order. The DB 22 of the server 1 has a hierarchy definition corresponding to the output items of the public facility list 406, the land / building outline 407, and the asset ledger detailed version 408 in the DB 22. Therefore, for example, when detailed information on facilities managed by a certain local government is input to the server 1 and updated, not only the data hierarchy in which the detailed information is to be recorded, but also the related higher data hierarchy, Alternatively, items defined in the lower data hierarchy are automatically recalculated based on the updated information. The information is updated in each system by outputting information corresponding to the item of the document (or data display screen) output to each system by the data linkage means of the server 1. That is, as a result, the actual situation report output by the server 1, the public facility list 406 and the land and building summary 407 output by the facility management system 402, the asset ledger 405 and the asset ledger detailed version 408 output by the asset management system 403, respectively. The relationship with other data is linked. Each item will be specifically described below.

  The financial management system 401 is a system for creating and outputting a so-called financial statement 404 (for example, balance sheet, profit and loss statement, etc.) of a certain local government and its supporting documents. In the financial statement 404, items related to fixed assets are created based on information included in an asset ledger 405 (fixed asset ledger) possessed by an asset management system 403 described later. Details of the items relating to the fixed assets are described in the attached document of the financial statement 404. As an attached document of the financial statement 404, for example, there is a fixed asset ledger and depreciation calculation table. Information described in the fixed asset ledger / depreciation calculation table is created based on information managed in the asset ledger 405.

  FIG. 42 is an example of items included in the fixed asset ledger and depreciation calculation table created as an attachment to the financial statement 404 shown in FIG. As shown in Figure 42, the fixed asset ledger and depreciation calculation table shows the balance of the previous year, the increase for the current year, the decrease for the current year, the depreciation for the current year, the valuation difference (this year ), There are items such as the balance at the end of the year. For each of these items, an item that matches each asset described in the asset ledger 405 of the asset management system 403, which will be described later, is automatically determined based on a predefined rule, calculated, Calculation results are entered.

  The facility management system 402 is a system for managing information related to public facilities owned by the local government based on the Local Autonomy Law and the public property rules established by the local government, and outputting the managed information. The facility management system 402 can create a public facility list 406 and a land / building outline 407 and output information described therein.

  FIG. 43 is an example of information output as the public facility list 406 by the facility management system 402 shown in FIG. The public facility list 406 includes information on public facilities managed by the local government. As shown in FIG. 43, the public facility list 406 includes, for example, a district / housing complex name, location, facility name, jurisdiction section, usage type, arrangement form, building name, construction year, site area, building area, total floor Summary information of facilities such as area, each area, structure, number of floors, building performance information regarding necessity of earthquake-resistant diagnosis, necessity of earthquake-proof reinforcement, and information on possession forms such as land owners, building owners, etc. It is summarized for each facility.

  FIG. 44 is an example of information output as the land / building outline 407 by the facility management system 402 shown in FIG. The land / building outline 407 includes more detailed information than information on each public facility managed in the public facility list 406. As shown in FIG. 44, the land / building outline 407 is classified according to four items: basic information, performance information (by building), cost information, and others.

  Basic information is classified according to three items: overview, land, and building. The item “Summary” includes information such as the building name, location, jurisdiction section, administrative property / ordinary property, installation purpose, layout, number of buildings, building name, usage type (facility name), operating entity (by facility), etc. Is included. The item of land includes information on the land such as the area of the city planning area, the use area, and other area districts, the site area, the acquisition price, the existing price, and the status of the leased land. The item “building” includes information such as the building date, building area, total floor area, structure, number of floors, acquisition price, existing price, leased land, depreciation, and whether or not the subsidy system is used.

  Performance information (by building) includes deterioration status, large-scale repair history, seismic diagnosis (necessity, implementation status, etc.), seismic reinforcement (necessity, implementation status, etc.), barrier-free response status, asbestos countermeasures, building Information such as total surplus floor (existence, number of customers, area, utilization status, etc.), total environmental load (greening of the site, CO2 emissions, etc.) is included.

  The cost information includes information on the total amount such as utility bills, business consignment costs, repair costs at various places.

  Others include information such as the power receiving method, the presence of drawings, etc. (completed drawings, drawings at the time of extension, confirmation notice, permission notice, inspection certificate, etc.) and remarks.

  As described above, the facility management system 402 mainly manages information on facilities related to buildings and land. The server 1 has a hierarchy definition (or data hierarchy structure) defined for the public facility list 406 and the land / building outline 407, and by referring to information recorded in these hierarchies, Information that matches each item defined for the public facility list 406 and the land / building outline 407 can be specified, and the information that the facility management system 402 has can be updated. As a result, it is possible to easily grasp which hierarchy definition should be output in units of hierarchy definition, and data linkage between the server 1 and the facility management system 402 included in the system 400 is easy. It becomes possible.

  It should be noted that the detailed information for each public facility building part not included in the public facility list 406 and the land / building outline 407, the amount information indicating the evaluation value for each building part, etc. 403.

  The asset management system 403 is a system for managing information related to fixed assets owned by local governments and outputting information related to fixed assets. The asset management system 403 has information on fixed assets described in the financial statements 404 or the attached documents. For example, the asset management system 403 classifies fixed assets such as land, buildings, and machinery and deferred assets by type of fixed asset, and then depreciates detailed information such as acquisition date and acquisition price, and assets that require depreciation. Forehead information etc. The asset management system 403 also has summary information and detailed information about fixed assets, construction history information, and the like for calculating such information. Further, the asset management system 403 has information on future cost prediction result information calculated by simulation or information for simulating future cost prediction. The asset management system 403 that manages information as described above has an asset ledger 405 and an asset ledger detailed version 408.

  FIG. 45 is an example of items included in the asset ledger 405 included in the asset management system 403 shown in FIG. As shown in FIG. 45, the asset ledger 405 includes basic information such as account item (4), subject (5), acquisition amount / acquisition amount equivalent amount (11), book value before change (13), A total of 38 management items such as the amount information of the depreciation amount (28) are included.

  An asset ledger 405 shown in FIG. 45 is created based on information recorded in the asset ledger detailed version 408. That is, for each of these items, an item that matches each asset described in the asset ledger detailed version 408 to be described later is automatically determined and calculated based on a predefined rule, and the calculation result is input. Is done.

  The asset ledger detailed version 408 includes a facility ledger 409 having summary information of each facility, and an asset detail ledger 410 having more detailed information than the facility ledger 409. Since the facility ledger 409 manages the same information as the public facility list 406 of the facility management system 402, detailed description thereof is omitted. Note that the facility ledger 409 and the asset detail ledger 410 shown in FIG. 41 are separated from each other, but may be configured as a single ledger.

  In the asset ledger detailed version 408, in addition to the building outline information, detailed information for each part of the building and equipment, specifications for each part at the time of completion, repair, repair, etc., quantity, evaluation information, etc. are managed. . In addition, the asset ledger detailed version 408 also manages future cost prediction result information calculated by simulation, information for simulating future cost prediction, and the like.

  Further, the detailed items of the asset ledger detailed version 408 are updated based on the building detailed information collected by grasping the actual state of the building provided from the data linkage means of the server 1. The data linkage means of the server 1 has a hierarchy definition (or data hierarchy structure) corresponding to the detailed items defined for the asset detail table detail version 408, and by referring to these, the asset detail table details Information that matches the detailed items defined for the version 408 can be output.

  FIG. 46 is a diagram for explaining the relationship between the hierarchy definition defined in the DB 22 of the server 1 and the hierarchy definition defined in the asset ledger detailed version 408 shown in FIG. In the DB 22 of the server 1, for example, as shown in the upper and lower stages of FIG. 46, two hierarchical definitions are made as information about a certain part. Based on the data input to the server 1, appropriate hierarchy definition items are selected or calculated, and the specification information and quantity information for each part item are stored. Further, the amount information for each part is calculated from the specification information, the quantity information, and the unit price information for each part item stored in the DB 22 of the server 1. In the example shown in FIG. 46, the hierarchy definition shown in the upper part is an item corresponding to the item managed in the asset ledger detailed version 408, and the hierarchy definition shown in the lower part further includes items managed in the asset ledger detailed version 408. It is defined in detail. Note that the hierarchy definition shown in the lower row may correspond to detailed items input to the server 1.

  Specifically, as shown in the upper part of FIG. 46, in the item relating to the part of the outer wall / opening in the hierarchy definition for the asset ledger detailed version 408, the east face has two specification items, finishing and opening. Although defined collectively, as shown in the lower part of FIG. 46, the specification of the east surface, the north surface, the west surface, and the south surface is defined in the part of the outer wall / opening in the lower layer. Yes. Between these upper and lower hierarchy definition areas, numerical values are automatically calculated and combined.

  For example, in the four specification items shown in the lower part of FIG. 46, the total amount information of the specification of the outer wall aluminum spandrel tension thickness 2.0 color is 8,122,500 yen, aluminum sash (horizontal continuous window. Low-e glass) The total amount information is required for each of the four specifications of each part, such as 73,319,644 yen. On the other hand, in the two specification items in the upper part of FIG. 46, the total amount information (8,122,500 yen) of the specification that the outer wall aluminum spandrel which is the first specification is 2.0 color of the outer wall aluminum spandrel tension of the lower part is shown. Although stored as it is, the remaining three specifications store the total amount information added up in the item of aluminum sash F1X + single-drawing horizontal continuous window.

  Note that the hierarchical definitions (or data structures) shown in the upper and lower sections of FIG. 46 and the detailed items included in these hierarchical definitions are merely examples, depending on the items in the asset ledger detailed version 408 defined by the local government. Thus, the design of the hierarchy definition of the DB 22 of the server 1 can be changed as appropriate. Further, a hierarchy definition corresponding to the item in the asset ledger detailed version 408 defined by the local government is set in advance on the server 1 side, and the corresponding hierarchy definition is obtained by referring to the hierarchy definition information requested from the local government side. You may do it. As described above, the relationship between the building-specific hierarchy definition held on the server 1 side and the detailed item definition of the asset ledger detailed version 408 has the same or corresponding hierarchy definition (data structure). Therefore, it is possible to easily grasp which hierarchy definition should be output in units of hierarchy definition, and data linkage between the server 1 and the asset management system 403 included in the system 400 can be easily performed. It becomes.

  47 and 48 are examples of data output from the asset ledger detailed version 408 shown in FIG. The data shown in FIG. 47 is stored in a hierarchy definition (or data hierarchy structure) in which the database (not shown) for managing the asset ledger detailed version 408 of the asset management system 403 is the same as or corresponds to the current building data storage table 224 of the DB 22. The outline information of the building is updated by taking in the data linkage means of the server 1 and outputted.

  For example, “Building Name”, “Completion Year”, “Use”, “Structure”, “Floor (Ground, Basement, PH)”, “Building Area”, “Total Floor Area” in the item “Summary of Building” shown in FIG. The data (specifications and quantity) shown in each column, or the data shown in the surrounding layout map and the image shown in the site layout map are the same as or correspond to the current building data storage table 224 of the DB 22. A database (not shown) that manages the asset ledger detailed version 408 is updated and output from the data linkage means of the server 1 such as property summary information included in the hierarchy definition (or data hierarchy structure).

  Similarly, the data shown in FIG. 48 includes a hierarchy definition (or data hierarchy) in which a database (not shown) for managing the asset ledger detailed version 408 of the asset management system 403 is the same as or corresponds to the current building data storage table 224 of the DB 22. It is updated by taking in the information stored in the structure) and output.

  For example, the items shown in the repair / renovation history item shown in FIG. 48, such as the specification / quantity, etc. shown for each part of the building at the time of new construction, and the price data for each part, the specification shown for each part of the item of large-scale renovation / Special data such as quantity, data shown in removal, repair or renovation amount, cost data shown in cost forecasts for the next 30 years, radar chart on items such as annual heat load, etc., current building data storage in DB22 Detailed information on buildings included in the same or corresponding hierarchy definition (or data hierarchy structure) in the table 224, estimated amount data for each part calculated in the past or present, evaluation result data, and the like from the data link means of the server 1 A database (not shown) for managing the asset ledger detailed version 408 is updated by taking in and output Those were. In the example shown in FIGS. 47 and 48, the existing data is updated and output. However, if the existing data is not stored in the database managing the asset ledger detailed version 408, the data is imported as it is. The data may be output.

  Thus, the database (not shown) for managing the asset ledger detailed version 408 of the asset management system 403 has the same or corresponding hierarchy definition of the asset ledger detailed version 408 based on the data acquired from the data linkage means of the server 1. The existing data stored can be easily updated. Further, the data linkage means of the server 1 simply outputs the data stored in the same or corresponding hierarchy defined in the database (not shown) for managing the asset ledger detailed version 408 of the asset management system 403, Data can be easily linked with the management system 403.

  As described above, the data collected by the actual status of the building by the service provided by the server 1 is collected into the asset ledger 405, the public facility list 406, the land / building outline 407, the asset ledger that the system 400 has. Since information is stored so as to be the same as or corresponding to the hierarchical definition (or data hierarchical structure) of the detailed version 408 and is output to the system 400, the actual situation report and facility output by the server 1 as a result The relationships between the public facility list 406 and the land and building summary 407 output by the management system 402, and the asset ledger 405 and the asset ledger detailed version 408 output by the asset management system 403 are linked. Thereby, for example, the total amount information described in the acquisition price of the building in the basic information of the land / building outline 407 shown in FIG. 44 is the total amount information at the time of new construction of the asset ledger detailed version 408 shown in FIG. 44. However, since the facility in the example shown in FIG. 44 is different from the facility in the example shown in FIG. 48, they do not coincide on the drawing. In addition, when a building is renovated, detailed information such as specifications / quantities by site for the renovation and the current price after renovation are written in the asset ledger detailed version 408, and the basis of the land / building outline 407 In the existing price (evaluation year) column of the building of information, the same price as the total current price after the repair described in the asset ledger detailed version 408 is written.

  If it is necessary to directly update information managed by the facility management system 402 on the local government side without inputting data to the server 1, the directly updated information is transferred from the facility management system 402 to the server 1 side. And the updated information may be output to the facility management system 403 to maintain data consistency between them. As a result, a database (not shown) for managing information to be output as a land / building outline 407 when performing asset management and information included in the asset ledger detailed version 408 linked to the asset ledger 405 are managed. Even if there is no mechanism for ensuring data consistency with a database (not shown), it is possible to share information via the data linkage means of the server 1 to ensure data consistency. Become. Hereinafter, such an embodiment will be described.

  49 shows the information stored in the facility management system 402 shown in FIG. 41, the information stored by the hierarchy definition of the facility stored in the server 1, and the asset details of the asset management system 403 shown in FIG. It is a figure for demonstrating notionally the relationship with the information which the ledger detailed version 408 has memorize | stored.

  The server 1 can easily output the information described in the land / building outline 407 of the facility management system 402 as a facility-specific actuality grasp sheet from the information stored in the DB 22 according to the facility hierarchy definition. is there. And the information (for example, existing building data at the time of completion, annual periodic medical examination data, annual construction history, etc.) input to the server 1 is stored in an area to be stored according to the hierarchy definition of the facility. The information described in the land / building outline 407 can be updated via the data linkage means. In addition, the server 1 can manage the asset information when the information described in the land / building outline 407 is updated on the facility management system 402 side (for example, information that needs to be updated every year, such as information on utility water). The updated information is received from the management system 402 side, the information stored in the DB 22 is updated according to the facility hierarchy definition, and the history management is performed. Then, the data linkage unit of the server 1 passes update information and history management information to a database (not shown) managing the asset ledger detailed version 408 of the asset management system 403 as shown in FIG. As a result, all three of the data output as the land / building outline 407, the data recorded and managed by the server 1, and the data stored in the asset ledger detailed version 408 are linked. That is, the server 1 is a detailed version of the asset ledger that is linked to the asset ledger 405 in a state in which information that is managed and updated by the land / building summary document 407 is added to the information obtained by grasping the actual state of the building. 408 data details can be updated. As a result, as shown in FIG. 49, since the server 1 side manages the data update history in the facility management system 402, the data details of the asset ledger detailed version 408 linked to the asset ledger 405 It is possible to easily grasp how the management system 402 transitions with respect to the outline information of the building taking into account the information updated every year, the specifications for each part, the quantity, and the cost.

  49, the hierarchy definition of the facilities held by the server 1 in the concept described in FIG. 49 is defined to include more detailed information in the order of the public facility list 406, the land / building overview 407, and the asset ledger detailed version 408. Has been. Therefore, for example, when detailed information about a facility is input to the server 1 and updated, the items defined in the related higher hierarchy or lower hierarchy as well as the hierarchy in which the detailed information itself is defined Is recalculated and automatically updated.

  By the way, as for the accounting of local governments, cash accounting was conventionally done by so-called single-entry bookkeeping, but the preparation of financial documents by corporate accounting methods (so-called double-entry bookkeeping and accrual accounting) from the financial results of 2008 (fixed) An asset ledger is also required at the same time. However, since the local government had its own ledger for managing fixed assets, which is a public property ledger, it does not necessarily have enough information to be described as a fixed asset ledger. For example, in a public property ledger, assets (for example, sewer pipes, roads, rivers, etc.) to be capitalized may not be managed on the fixed asset ledger. In the public property ledger, there is a case where the amount information of the building and the land is not grasped even if the fixed asset is already managed. Furthermore, there are cases where the past amount information cannot be verified retroactively in the public property ledger. Therefore, in order to create a fixed asset ledger by diverting data from the existing public property ledger as it is, it is necessary to correct or add detailed information such as amount information for each building category and renovation history information. There is. In this regard, the information collected and held by the server 1 according to the present embodiment, as already described, can be easily collected, calculated, and managed in history without being an expert. have. Moreover, it has the structure which can update and output the item which matched each objective by aiming at interlocking | linking with each of the some system which a local government holds. In addition, information that is independently input in each system owned by the local government (information that needs to be updated every year, etc.) is also updated by the unique update process in each system by ensuring data consistency via the server 1. It has a configuration that can easily avoid inconsistencies that occur.

8). Other Modifications Although the embodiment of the present invention has been described above, various modifications other than the above-described examples are possible. For example, the server 1 may be constructed by physically separating the function as the application server from the Web server 10, that is, the application server may be constructed as a separate computer. As a result, it is possible to realize load distribution, redundancy, etc. by functional units. If the processing capacity of the Web server 10 is insufficient due to the number of users who use the service provided by the server 1 and the usage frequency, a plurality of Web servers 10 are constructed by providing a load balancer (not shown) and communication processing is performed. The load may be distributed. Alternatively, when the communication processing capability of one Web server 10 is sufficient, the DB server 20 and one apparatus may be constructed. As a result, the cost for the physical device can be reduced.

  In addition, a so-called multi-tenant architecture has been adopted so that services can be provided to other companies, organizations, or local governments using SaaS, but a DB 22 is provided separately for each company, organization, or local government. In addition, a so-called single tenant architecture or a data center may be constructed and a so-called conventional ASP (Application Service Provider) that provides services may be adopted. Accordingly, when it is desired that the data is physically separated from other people's data and managed according to the security policy of the company, group, or local government to be used, this is a preferable usage mode. In addition, when the service provider and user belong to the same company, organization, or local government (for example, when a system is built for use within the company group and is used only within the company group) Even if a single tenant type architecture is adopted, information in a company is not leaked to the outside, which is a preferable usage form.

  In addition, the data collected after the actual situation is grasped by the service provided by the server 1 is stored as a database or an asset ledger detailed version 408 for outputting as a land / building outline 407 for facility management. However, in addition to this, a database for outputting the land / building outline 407 and a database storing the asset ledger detailed version 408 are also available. At the same time, a program or application using these databases may be installed in the server 1 so that all these services can be provided to the user. Thereby, the function of the server 1 and the function of the system 400 including the financial management system 401, the facility management system 402, the asset management system 403, and the like are configured as one system. That is, the server 1 may have the function of the system 400. In this case, it is not necessary to output necessary data from the server 1 to the system 400 for cooperation.

  In the embodiment described with reference to FIGS. 41 to 49, the public facility list 406, the land / building outline 407, and the asset ledger detailed version 408 include more detailed information in this order. However, it is not always necessary to include more detailed information in this order. That is, the DB 22 of the server 1 may not have a hierarchy definition that includes more detailed information in the order of the public facility list 406, the land / building outline 407, and the asset ledger detailed version 408. In the embodiment described with reference to FIGS. 41 to 49, the asset ledger 405, the public facility list 406, the land / building outline 407, and the asset ledger detailed version 408 have been described as being all linked. Any of the asset ledger 405, public facility list 406, land / building outline 407, and asset ledger detailed version 408 may be linked. The asset ledger 405, public facility list 406, land / building outline 407, asset You may construct | assemble so that each one part (for example, only the outline information of a building etc.) of the ledger detailed version 408 may interlock | cooperate. As a result, it is possible to update existing data held by each system step by step and gradually link them.

  In the embodiment of the present invention, the client terminal 3 transmits information input as a result of the on-site grasp of the building to the server 1 and requests the server 1 to calculate renovation costs. In addition to these, these processes are used in such a manner that each processing is performed in the client terminal 3 that exists in a physically different place or in the client terminal 3 that is used in different time zones. May be. For example, building basic information is input by operating the client terminal 3b, which is a desktop personal computer. Then, as a device for conducting a field survey of the building and transmitting information input as a survey result to the server 1, a client terminal 3c which is a portable terminal possessed when the user visits the site directly (claim) The first information processing apparatus) is operated. Furthermore, when browsing, outputting, and calculating repair costs based on information obtained through field surveys, client terminals such as laptop computers that are physically different from the client terminal 3b You may make it operate and utilize 3b (2nd information processing apparatus of a claim). That is, it is not necessary to perform all the processing with a specific device, and the service provided by the server 1 can be easily used.

  Further, in the embodiment described with reference to FIGS. 41 to 49, the point that the service provided by the server 1 and the system 400 cooperate is described. You may make it apply to the input item of (when inputting information). For example, a data input screen may be generated for each item defined in the asset ledger detailed version 408 and necessary data items may be input. This makes it possible to easily collect information covering the necessary items in the municipal asset ledger detailed version 408. Even if the input screen including all the items defined in the asset ledger detailed version 408 is not generated, items necessary for the local asset register detailed version 408 are highlighted (different from other items). Coloring or adding a border, displaying a pop-up message indicating that input is essential, and displaying an error screen when there is no input may be performed. As a result, it is possible to support the input of detailed building information to be managed by the local government.

  In addition, a part or all of the series of processes described in the embodiment of the present invention can be executed by hardware or may be executed by software. Further, the program executed by the computer may be a program that is processed in time series in the order described in this specification, or in parallel or at a necessary timing such as when a call is made. It may be a program for processing.

  The present invention provides a mechanism for easily collecting information related to a building, such as a company, group, or local government that intends to renovate a building such as an office, a school, a hospital, or a condominium, and refurbishment based on the collected information. It is easy to use at low cost without taking into consideration the mechanism for performing simulations, the mechanism for managing past building information as a history, and other mechanisms that are specifically required to link these mechanisms. be able to.

DESCRIPTION OF SYMBOLS 1 ... Server (an example of information processing apparatus of claim), 2 ... Network, 3, 3a, 3b, 3c ... Client terminal (first information processing apparatus of claim, second information processing Example of apparatus) 10... Web server, 11... Communication control unit (example of transmission means in claims), 12.
12A, 12B... Program (an example of a claim program), 13... Tenant control unit,
20 ... DB server, 21 ... DBMS, 22 ... DB, 31 ... CPU, 32 ... ROM,
33 ... RAM, 34 ... bus, 35 ... input / output interface, 36 ... input unit, 37 ... output unit, 38 ... storage unit (an example of history information storage means in claims) 39 ... communication unit, 40 ... drive, 41 ... removable media, 51 ... Web browser, 221 ... part information storage table, 222 ... first package information storage table, 223 ... Second package information storage table, 224 ... Current building data storage table, 225 ... Prescribed data storage table,
226 ... Unit price information storage table, 227 ... Screen data storage table (an example of claim history information storage means), 311 ... Input screen generation unit (an example of claim screen data generation means, determination means) , 312... Information acquisition unit, 313... Acquisition information storage processing unit (an example of storage processing means in claims), 321... Input information reception unit (an example of reception means in claims), 322. ..Access target judgment unit, 323... First information creation unit, 324... Second information creation unit, 325... Cost calculation unit (an example of cost calculation means in claims), 326. Unit (an example of data linkage means in claims) 325A ... acquisition unit, 325B ... design information calculation unit, 325C ... design information determination unit, 325D ... calculation unit, 325E ... design information Correction part, 325A1 ... Overview Information acquisition unit, 325A2 ... detailed information acquisition unit, 325A3 ... floor configuration information acquisition unit, 325A4 ... site-specific specification information acquisition unit, 325B ... detailed information calculation unit, 325B2 ... floor configuration information Calculation unit, 325B3 ... site-specific specification information calculation unit, 325C1 ... detailed information determination unit, 325C2 ... floor configuration information determination unit, 325C3 ... site-specific specification information determination unit, 400 ... system ( Examples of other systems), 401 ... financial management system, 402 ... facility management system, 403 ... asset management system, 404 ... financial statement, 405 ... asset ledger, 406 ... public List of facilities, 407 ... land / building summary, 408 ... asset ledger detailed version, 409 ... facility ledger, 410 ... asset detailed ledger

Claims (8)

Receiving means for transmitting predetermined input screen data to the first information processing apparatus or the second information processing apparatus and receiving an input of information about the building input via the input screen;
Storage processing means for storing in the storage unit in a hierarchical manner according to the field of information on the building received by the receiving means and the details of the information;
Screen data capable of generating predetermined information from the information related to the building stored in the storage unit by the storage processing means, and generating at least two types of screen data of an outline and details of the extracted predetermined information Generating means;
History information storage means for storing a history of the screen data generated by the screen data generation means;
Cost calculation means for calculating the cost for rebuilding or renovating the building based on the predetermined information included in the screen data stored by the history information storage means;
Any one of the screen data generated by the screen data generation unit, the screen data stored in the history information storage unit, and the calculated cost data calculated by the cost calculation unit may be the first information processing apparatus or the first Transmitting means for transmitting to the information processing apparatus 2;
An information processing apparatus comprising: The information processing apparatus according to claim 1,
The cost calculation means is:
When the first information processing device or the second information processing device requests calculation of the cost for changing the repair condition for each part of the building, the actual state of the building stored in the storage unit is grasped The information for each part of the building in response to the request is extracted from the information about, and the cost is calculated by reflecting the extracted information as a condition for the renovation of the building,
The information processing apparatus, wherein the transmission means transmits the cost data calculated by the cost calculation means to the first information processing apparatus or the second information processing apparatus. The information processing apparatus according to claim 1, wherein:
The accepting means is
When accepting input of information related to the building on the predetermined input screen, a plurality of items that can be alternatively selected are displayed, and selection support information is displayed on the input screen according to a combination of selection of the plurality of items. An information processing apparatus characterized by that. The information processing apparatus according to claim 3,
A determination unit that determines a category type of information on a building to be collected by the user of the first information processing apparatus or the second information processing apparatus and the specialty of the user;
Said accepting means in response to said judgment result judging unit, the first information processing apparatus or an information processing apparatus and changing a predetermined input screen data to be transmitted to the second information processing apparatus . The information processing apparatus according to any one of claims 1 to 4, wherein:
An information processing apparatus comprising: a data linkage unit capable of outputting information on the building received by the cost calculation unit or the reception unit in a data format that can be used by another system. The information processing apparatus according to claim 5,
The storage processing means includes
Information on the building received by the receiving means is stored in the storage unit for each hierarchy definition associated with an item output by the other system,
The data linkage means includes:
Outputting information on the building stored for each hierarchy definition associated with an item output by the other system;
An information processing apparatus characterized by that. An information processing method used in an information processing apparatus having a reception unit, a storage processing unit, a screen data generation unit, a history information storage unit, a cost calculation unit, and a transmission unit,
A receiving step in which the receiving means transmits predetermined input screen data to the first information processing apparatus or the second information processing apparatus and receives an input of information about the building input via the input screen;
A storage processing step in which the storage processing means stratifies and stores the information in the storage unit according to the field of information about the building received in the receiving step and the details of the information;
The screen data generation means extracts predetermined information from the information related to the building stored in the storage unit by the storage processing step, and at least two types of screen data of an outline and details of the extracted predetermined information A screen data generation step capable of generating
The history information storage means stores a history of the screen data generated in the screen data generation step;
A cost calculation step in which the cost calculation means calculates a cost for rebuilding or renovating the building based on the predetermined information included in the screen data stored in the history information storage step;
The transmission means uses the first information as one of the screen data generated in the screen data generation step, the screen data stored in the history information storage means, and the calculated cost data calculated by the cost calculation means. An information processing method comprising: a processing device or a transmission step of transmitting to the second information processing device. Computer
Receiving means for transmitting predetermined input screen data to the first information processing apparatus or the second information processing apparatus and receiving an input of information about the building input via the input screen;
Storage processing means for storing in the storage unit in a hierarchical manner according to the field of information on the building received by the receiving means and the details of the information;
Screen data capable of generating predetermined information from the information related to the building stored in the storage unit by the storage processing means, and generating at least two types of screen data of an outline and details of the extracted predetermined information Generating means;
History information storage means for storing a history of the screen data generated by the screen data generation means;
Cost calculation means for calculating the cost for rebuilding or renovating the building based on the predetermined information included in the screen data stored by the history information storage means;
Any one of the screen data generated by the screen data generation unit, the screen data stored in the history information storage unit, and the calculated cost data calculated by the cost calculation unit may be the first information processing apparatus or the first Transmitting means for transmitting to the information processing apparatus 2;
Program to function as.

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