JP5226745B2 - System for providing application usage services for materials, construction costs, etc. for scaffold construction - Google Patents

Description

  The present invention relates to an application use service providing system that provides a SaaS (Software as a Service) type cloud service to an external user having a communication environment that can be connected to the Internet. An application service provider (same as ASP) that hosts such software, as a SaaS providing server, a Web server, a core application server that performs an accumulation process such as materials and construction costs for scaffold construction, and an input / output of the accumulation process Provided a basic database server capable of delivering data, accepted use registrations of a plurality of external users via the Web server, granted limited access rights to each, and provided a location-free service Materials, construction costs, etc. for scaffold construction Relating to the processing application using the service providing system.

  Here, the cloud service (or cloud computing) is a location-free form that uses IT resources provided by a service provider (ASP) via a network without possessing information technology utilization resources (IT resources). Refers to services (or computing) converted to. The software means hardware and the application means application software for purpose use.

  In this respect, the material / construction cost accumulation processing application (same as the core application) related to the present invention is not limited to the outline of the construction target structure related to the scaffolding construction that does not have the design drawing or the drawing information (CAD data), and the scaffolding Based on the specifications (same as the target construction) and construction condition setting input, the material and construction costs are accumulated based on the material quantity in accordance with the occupational safety and health regulations, and 3D CAD drawings are automatically displayed. In addition, it refers to application software for automatically generating a form related to a budget and other construction details including a three-dimensional CAD completed drawing and the material quantity.

  Conventionally, estimates related to construction properties represented by painting, repairs, or temporary construction (specifically, budgeting) are based on starting with the creation of drawings in a series of work processes starting with the installation of scaffolding, and the estimate It took a lot of time and effort to optimize the cost. In these circumstances, several proposals regarding rationalization of estimation are known.

  In general, a system is known that estimates a necessary budget, work artificial (garlic), construction period, etc. from a detailed drawing created by CAD, and estimates the total budget of the construction. Here, it is premised on the creation of a CAD drawing, and the labor is not negligible.

  On the other hand, it is possible to perform integration processing based on the quantity of materials simply by storing the past results (values) in a data file and setting several construction conditions without requiring drawings for temporary scaffold construction. An integrating system has been proposed (see Patent Document 1).

  In addition, a construction budget formulation system has been proposed that can use computer-assisted linkage of orders with external contractors related to materials and construction by using the product of this integration system (see Patent Document 2).

  Here, in order to solve the problem that the contractor's decision regarding this type of construction property is unclear, and to calculate the optimal construction budget that is fair and belongs to the current construction price level, Accumulated data based on the quantity of materials is automatically generated by the company's own computer, and the accumulated data and the standard estimated price data that is the product are included as basic data related to the construction estimate creation, and the estimated upper limit of the standard estimated price data is estimated. Create construction property standardized information that uniformly establishes the estimate creation standard for each construction property by adding a buyer condition with the price or desired construction price, and at least a specific group of contractors outside the company via communication means including the network The difference between the estimated application price from the contractor and the standard construction price data is indexed according to a certain assessment standard, and So that is reflected in the decision-making and appropriate or reasonable to promote the calculated development.

  In recent years, a service providing server provides a service for using an application by giving a limited access right to a user (same as an external user) who accesses the service providing server using an external computer for a user, Attempts to commercialize a cloud service that saves created or edited data or files in a database server and provides SaaS-type services that can be reused by external users based on their access rights. (For example, refer to Patent Document 3).

  In such a cloud service utilization form, SaaS is an application service provision. From the viewpoint of the system layer, PaaS (Platform as a Service) and infrastructure (basic equipment) that provides an application platform according to business characteristics. IaaS (Infrastructure as a Service) providing services) and Haas (Hardware as a Service) providing hardware (including data centers) are considered.

  However, in terms of building an environment where external users share hardware resources (virtualization / consolidation), equipment costs can be reduced, but the expected performance (execution results) can be obtained, or security can be ensured. There is a concern that is sufficient. There are also concerns about improved availability and operational reliability.

Japanese Patent No. 3546344 JP 2002-133180 A JP 2009-70015 A

  By the way, it is considered that the criteria for determining whether or not the cloud service can be used depends on the characteristics of the business using the IT system, and it is said that the IT system generally has applicability.

  The application (main application) relating to the present invention is highly versatile in the field of use (industry), and the part unique to an external user such as a company can be covered with an option of condition input, so that it is sufficiently applicable.

  Then, in the cloud service utilization form, it can be said that the service content itself has a specific objective effect (technical solution problem related to the invention), and any known information processing technique (procedure or means) can be used. I think it will be important whether the service content is general-purpose. In this respect, there is no service that uses a material / work cost accumulation processing application for scaffolding work related to the present invention.

  The present invention has been made in view of such circumstances, and solves the above-mentioned problems. From the viewpoint of a plant, a building, a spherical tank, a cylindrical tank, a bridge, and other structures to be constructed, the scaffold design drawing or the drawing thereof is used. Material, construction cost, etc. related to scaffolding construction that does not have information (CAD data) is executed as an integration process based on the material quantity by a computer, and a 3D CAD drawing is self-drawn, and a 3D CAD completed drawing and material Providing a core application that performs information processing for automatically generating reports related to budgets and other construction details including quantities as a SaaS cloud service to external users with a communication environment that can be connected to the Internet A system for providing application usage services for materials, construction costs, etc. for completed scaffold construction Than is.

In order to solve the problem, the first invention is an application use service providing system that provides a SaaS cloud service to an external user having a communication environment connectable to the Internet.
As an SaaS providing server, an ASP that hosts software related to service provision on the Web site side, a Web server, a basic application server that performs an accumulation process such as materials and construction costs for scaffold construction, and input / output data of the accumulation process A platform that can provide a location-free service by providing a basic database server capable of delivering data, accepting use registrations of a plurality of external users via the Web server, and granting limited access rights to each. It is a service provision system for using application processing for materials, construction costs, etc. for construction,
The backbone application server is
Based on the outline of the construction target structure related to the scaffolding construction that does not have the design drawings or the drawing information (CAD data), the specifications of the scaffolding (same as the target construction) and the construction condition setting input, Executes accumulation processing of materials, construction costs, etc. based on material quantity in accordance with regulations, automatically draws 3D CAD drawings, and forms related to budget and other construction details including the 3D CAD completed drawings and the material quantities Information processing to automatically generate data,
In order for the backbone database server to exchange data with at least the backbone application server,
A set of files that can be displayed and output based on the selected input is stored as a drawing data for each type of scaffolding form corresponding to the type of structure to be constructed. A scaffolding type drawing database,
A material that is created based on data input for the integration process by the external user and that constitutes a file group in which the purchase unit price, lease unit price and other material unit price unique to the company are stored as a file and aggregated for each external user A unit price database, and a step database that comprises a group of files that are stored in a table as a table data on the company-specific yield, which is a work efficiency index for each target construction, and aggregated for each external user;
A user data folder that is formed in an area in the backbone database server and stores the accumulated processing results (same as accumulated processing customization information) executed by the external user in a folder dedicated to the user, and is aggregated and maintained for each external user. Owned,
The external user accesses the Web site from an in-house computer using a browser for browsing the Internet, executes the in-house integration processing, and obtains integration processing customization information as a result of the processing. It is.

In the second invention, a limited access right is given to a user (same as an external user) who accesses the service providing server by using a user external computer by the service providing server on the website side. The application or service is provided, and the created or edited data or file is stored in the database server, and the external user provides the reusable service for the data or file based on the access right of the user. In an application usage service providing system that provides a SaaS cloud service,
Based on the outline of the construction target structure related to the scaffolding construction that does not have the design drawings or the drawing information (CAD data), the specifications of the scaffolding (same as the target construction) and the construction condition setting input, Executes accumulation processing of materials and construction costs based on the material quantity according to the regulations, automatically draws 3D CAD drawings, 3D CAD completed drawings, and forms related to budget and other construction details including the material quantities In order to provide an information processing service for external users, such as materials and construction costs that automatically generate
As an SaaS providing server, an ASP that hosts the software for providing the service on the Web site side is a Web server, a basic application server that performs an accumulation process such as materials and construction costs for scaffold construction, and an input / output of the accumulation process Provided a basic database server capable of delivering data, accepted use registrations of a plurality of external users via the Web server, granted limited access rights to each, and provided a location-free service It is a system for providing application processing services for materials, construction costs, etc. for scaffold construction,
The basic database server is at least as a database configuration,
A set of files that can be displayed and output based on the selected input is stored as a drawing data for each type of scaffolding form corresponding to the type of structure to be constructed. A scaffolding type drawing database,
A material that is created based on data input for the integration process by the external user and that constitutes a file group in which the purchase unit price, lease unit price and other material unit price unique to the company are stored as a file and aggregated for each external user A unit price database, and a step database that comprises a group of files that are stored in a table as a table data on the company-specific yield, which is a work efficiency index for each target construction, and aggregated for each external user;
A user data folder that is formed in an area in the backbone database server and stores the accumulated processing results (same as accumulated processing customization information) executed by the external user in a folder dedicated to the user, and is aggregated and maintained for each external user. While holding
The backbone application server is at least as a function realization means,
Construction target type selection input processing means for displaying the menu and selecting the type of the plant, architecture, spherical tank, bridge and other construction target structure related to the scaffolding construction,
Select and input the type of scaffold applied to the selected construction target structure, display the type drawing as reference, and display a list of input items that serve as basic data for the integration process of the scaffold construction on the condition setting input screen, Setting input processing means for performing operation input related to numerical data, temporary period and other condition settings;
Material analysis processing means for calculating the material type and its quantity by calculating according to the occupational safety and health rules,
For the integration item, the material unit price extracted from the material unit price database, the material type and the material quantity obtained by the material analysis processing means are integrated, and the material cost and the like in the target construction extracted from the step database. Material and construction cost accumulation processing means for accumulating construction costs etc. based on the yield and quantity of each material,
An integrated item display processing means for displaying at least a labor cost, a material cost, a material weight, a material list, a pile, a process chart, and a temporary area related to the integrated item, and displaying / outputting the construction details and other forms,
In conjunction with the setting input processing means, the scaffold construction execution drawing by 3D CAD is automatically generated and displayed step by step in response to input conditions related to numerical data and other condition settings, and when the condition input is completed, the scaffold construction is completed. Having CAD drawing creation processing means for automatically generating, displaying and recording the drawing,
The external user accesses the Web site from an in-house computer using a browser for browsing the Internet, executes the in-house integration processing, and obtains integration processing customization information as a result of the processing. It is.

  According to the present invention, when an external user performs an integration process unique to the company with computer support, the external user does not own the integration process software (IT resource) and switches to a location-free form for use via a network. In addition, the integration processing result can be saved in the user data folder so that it can be downloaded and acquired as necessary. In connection with this, the advantage of reducing investment cost, operation cost, and management cost is also great.

It is an Example block diagram of this invention system. It is an Example flow sheet of the system of the present invention. It is a schematic explanatory drawing which shows the business flow in the business model which concerns on this invention system. It is a table | surface (example of a screen display) which shows the material weight and material unit price data of the suspension scaffold for pipe racks which demonstrates the integrating | accumulating process of this invention system. Similarly, it is a list (screen display example) showing the step data of the pipe rack suspension scaffold. Similarly, it is an input display screen for performing a data input operation related to the integration processing of the pipe rack suspension scaffold. Similarly, it is an output display screen of the integration processing result based on the input condition. Similarly, it is an output display screen (partial display) of a construction statement slip (including a member list list) reflecting the integration processing result. Similarly, it is an automatic operation | movement figure flowchart explaining the CAD drawing creation processing procedure of the suspension scaffold for pipe racks. Similarly, it is the output display drawing of the drawing base point explaining the execution processing function of the CAD drawing creation processing means of the pipe rack suspension scaffold. Similarly, it is the output display drawing which shows a rack external shape and an external display dimension. Similarly, it is an output display drawing which shows a work floor level and its dimension. Similarly, it is the output display drawing which shows the arrangement | positioning space | interval and its dimension of a parent pipe. Similarly, it is an output display drawing which shows a rack outside channel | path installation position and its dimension. Similarly, it is an output display drawing which shows arrangement | positioning of a parent pipe and a suspension chain. Similarly, it is an output display drawing showing the configuration of the rolled pipe and the upper raising. Similarly, it is an output display drawing which shows laying of a scaffold board. Similarly, it is an output display drawing showing the construction of handrails and middle rails. Similarly, it is an output display drawing showing the construction of the baseboard. Similarly, it is an output display drawing of CAD completed drawing (scaffold construction completed drawing). It is an output display drawing of the assembly scaffold for towers which is CAD completion drawing (scaffold construction completion drawing) in other examples of the system of the present invention.

  The form for carrying out the present invention is the above-described second invention configuration, wherein the CAD drawing creation processing means stores a program for building scaffolding basic rules for applying construction conditions in accordance with the provisions of the occupational safety and health rules, The following execution processing functions regulated by the scaffold construction basic rules are included.

  That is, the drawing base point (X = 0, Y = 0, Z = 0) is displayed in coordinates, the scaffold outer shape is displayed in coordinates in the XYZ coordinate space from the drawing base point, and the outer shape display dimensions are displayed and output. An execution processing function at each stage that displays the coordinates of the placement status of the scaffold construction member based on the input or selection input, displays the layout dimensions, and displays and outputs a completed drawing with dimensions that satisfy all the input conditions. is there.

  In addition, the material / construction cost estimation means selects and inputs the type of material unit price (budget unit price, estimated unit price, and purchase unit price) consisting of execution budget (budget), construction price (estimate), and purchase (purchase), and temporary period Based on the material unit price extracted from the material unit price database and the material quantity calculated by the material analysis processing means, the material cost including temporary area and material weight is accumulated and recorded according to the type of the material unit price. At the same time, we calculated the temporary and dismantling labor costs for each material by applying the yield for each material in the construction extracted from the stochage database to the unit labor cost (artificial unit price), and multiplying each material quantity by the respective material quantity. The construction cost including the paid labor cost is accumulated and recorded.

  An embodiment of the system of the present invention (hereinafter referred to as an embodiment system) will be described below with reference to the accompanying drawings. Naturally, this invention is not limited to the structure in an Example, but is contained in the protection scope of this invention, unless it deviates from the summary of this invention.

  As shown in FIGS. 1 and 2, the embodiment system X includes a basic application server 1, a basic database server 2, and a Web server 4 as the SaaS providing server S of the ASP (Web site side).

  The usage environment of the basic application server 1 and the basic database server 2 is maintained and managed in accordance with each access of a plurality of external users A; B (same as the client) via the Web site. Providing location-free services. FIG. 3 shows a schematic explanatory diagram of a business flow for explaining a business model according to the embodiment system.

  The basic database server 2 has at least a scaffold type drawing database 21, a material unit price database 22, a step database 23, and a user data folder 3 as a database configuration. Here, the user data folder 3 is formed in an area in the basic database server 2 and the accumulated processing result (according to accumulated processing customization information [3A1, 3An; 3B1, 3Bn] not shown) obtained by the external user A; B is stored. Files are stored in folders 3A; 3B dedicated to the person, and are stored and managed for each external user A; B (see FIG. 1).

  The scaffold type drawing database 21 stores drawing data for each type related to the scaffold construction corresponding to the type of structure to be constructed, and is referenced and displayed to assist the data input operation of the external user A (B). Yes (see FIG. 6).

  The material unit price database 22 and the step database 23 are variably set (customized) based on data input (see setting input processing means 12 described later) of the external user A (B).

  Here, the material unit price database 22 inputs numerical values for budget unit price, estimated unit price, purchase unit price, unit weight, and other material unit prices including the company's unique basic charge and lease unit price for scaffold construction in the operation input table field displayed on the screen. Thus, table data is created and collected for each external user A (B) and stored as a file. FIG. 4 shows a screen display example of a material unit price data list of a pipe rack suspension scaffold (hereinafter simply referred to as a suspension scaffold) for explaining the integration processing of the embodiment system.

  In addition, the walk-in database 23 creates table data by inputting numerically the company-specific yield, which is a work efficiency index for each work for each target construction, in the operation input table field displayed on the screen, and creates an external user A (B). Each file is aggregated and stored. FIG. 5 shows a screen display example of the step scaffold data list.

  The basic application server 1 includes at least a construction object type selection input processing unit 11, a setting input processing unit 12, a material analysis processing unit 13, a material / work cost integration processing unit 14, an integration item display processing unit 15, and a CAD. The drawing creation processing means 16 has a software configuration for executing execution processing by combining a series of function realizing means related to integration processing.

  The construction object type selection input processing means 11 selects a type of plant, building, spherical tank, bridge or other construction object structure related to the scaffolding (not shown), and inputs an operation input to the condition setting used for the integration process. Is to get you started.

  The setting input processing means 12 selects and inputs the type of scaffold (construction) to be applied to the selected construction target structure, displays and displays the scaffold type drawing, and serves as basic data for the scaffold construction integration process. Items are displayed in a list on the condition setting input screen, and are used to perform operation inputs related to numerical data, temporary periods, and other condition settings. The reference display of the scaffold type drawing can be separately switched to display output by execution processing of CAD drawing creation processing means 16 described later.

  The material analysis processing means 13 is for calculating the material type and the quantity thereof by performing arithmetic processing according to the occupational safety and health rules (same as the contents of the scaffold construction basic rules described later).

  The material / construction cost accumulation processing means 14 accumulates material costs, etc. for the accumulated items based on the material unit price and material quantity extracted from the material unit price database, and for each material in the target construction extracted from the step database 23. The construction cost is accumulated based on the yield and the quantity of materials.

  Here, as shown in the input display screen for performing the data input operation related to the suspension scaffold accumulation process, the execution budget (budget), construction price (estimate), and purchase (purchase) are shown in FIG. A material unit price type (budget unit price, estimated unit price, and purchase unit price) is selected and input, and a temporary period is set and input.

  Then, based on the input data, based on the material unit price extracted from the material unit price database 22 and the material quantity calculated by the material analysis processing means 13, material costs including temporary area and material weight are accumulated according to the type of material unit price. To calculate the temporary and dismantling labor costs for each material by applying the yield for each material in the construction extracted from the stock database 23 to the unit labor cost (artificial unit price) The work cost including the paid labor cost multiplied by the quantity is accumulated and recorded.

  The totalized item display processing means 15 edits at least the labor cost, material cost, material weight, material list, stacking, schedule and temporary area related to the totalized items calculated and generated by the material / construction cost integration processing means 14, respectively. Other forms are displayed and output.

  FIG. 7 shows an output display screen of the accumulated processing results based on the input conditions of the suspended scaffolding, and FIG. 8 shows an output display screen of the construction details slip (including the material list list) reflecting the accumulated processing results.

  The CAD drawing creation processing means 16 cooperates with the setting input processing means 12 in the data input operation related to the integration process, and generates a scaffold construction execution drawing by three-dimensional CAD corresponding to the input conditions related to numerical data and other condition settings. It is a function realization means that automatically generates and displays in stages, and automatically generates, displays, and records the scaffold construction completion drawing when condition input is completed, and applies construction conditions in accordance with the rules of occupational safety and health regulations Scaffold construction basic rules are stored in a program, and the following execution processing functions regulated by the scaffold construction basic rules are included.

  <1> Execution processing function for displaying coordinates of the drawing base point (X = 0, Y = 0, Z = 0).

  <2> An execution processing function for displaying the outer shape of the rack in the XYZ coordinate space from the base point and displaying the outer display size based on numerical input of rack conditions including at least the beam ceiling level, the rack length, and the rack width.

  <3> Based on the numerical value of the scaffolding condition or selection input consisting of at least the descending width from the beam ceiling (work floor level), outer passage conditions (passage installation method including presence or absence of handrails), parent pipe installation interval, and installation method An execution processing function for displaying the arrangement state of the scaffold construction member (configuration of the work floor) and displaying and displaying the arrangement dimension.

  <4> Execution processing function for displaying and outputting a completed drawing with dimensions that satisfies all rack conditions.

  FIG. 9 shows a flow chart for explaining the CAD drawing creation processing procedure of the suspended scaffold, and FIG. 10 to FIG. 20 show drawing examples. Hereinafter, the correspondence between the input conditions and the automatic operation diagram (output display drawing) will be described.

  As shown in the drawing display output drawing for explaining the execution processing function of the CAD drawing creation processing means of the suspension scaffold, the drawing base point (X = 0, Y = 0, Z = 0) is automatically displayed as coordinates. .

  As shown in the output display drawing of the outline display dimensions in FIG. 11, the rack outline and outline display dimensions are automatically displayed using the beam ceiling level, rack length and width as input conditions.

  As shown in the output display drawing of the work floor level and its dimensions in Fig. 12, the work floor level and its dimensions are added and automatically displayed using the descending from the beam ceiling as an input condition.

  As shown in the drawing of the output interval of the parent pipe arrangement interval and its dimensions in Fig. 13, the arrangement interval and its dimensions reflecting the number of parent pipes are added and automatically displayed using the parent pipe arrangement interval (parent pitch) as an input condition. .

  As shown in the output drawing of the rack outer passage installation position and its dimensions in FIG. 14, the rack outer passage installation position and its dimensions are added and automatically displayed using the passage installation method as an input condition.

  As shown in the output display drawing of the parent pipe and the suspension chain in FIG. 15, the arrangement form of the parent pipe and the suspension chain is added and automatically displayed using the parent pitch and the rack length as input conditions.

  As shown in the output display drawing of the rolled pipe and uplifting in FIG. 16, the installation form of the rolled up pipe and uplifting is added and automatically displayed using the installation method of the scaffolding plate and the installation method of the passage as input conditions.

  As shown in the output display drawing of the scaffold board in FIG. 17, the number of scaffold boards in the passage, the number of rows of the scaffold boards, and the installation method of the scaffold boards are added as input conditions and automatically displayed.

  As shown in the output display drawing of the handrail and the middle rail in FIG. 18, the construction form of the handrail and the middle rail is added and automatically displayed using the presence / absence of the installation as an input condition.

  As shown in the output display drawing of the baseboard in FIG. 19, the baseboard construction form is added and automatically displayed using the presence or absence of the baseboard as an input condition.

  Then, as shown in the output display drawing of the CAD completed drawing in FIG. 20, the scaffold construction completion drawing that satisfies the above input conditions is automatically displayed.

  For reference, FIG. 21 shows an output display drawing of a tower scaffolding which is a CAD completed drawing (scaffolding construction completion drawing) in another embodiment (another integration process in which detailed description is omitted).

  As mentioned above, external users can use the application service of the present invention by accessing the ASP website from their own computer using a browser for browsing the Internet, and can be used anytime and anywhere as their own integration processing tool. Is possible. In addition, it can be expected as a business model in that it can acquire an appropriate accumulation result that eliminates the old problem (opacity of the accumulation basis) and contributes to business support the more it is used.

  The present invention converts an application for material and construction cost accumulation processing from own ownership to application use by cloud computing, and the external user who has access rights only for the company as customization information for creation and editing of the accumulation processing result Since it can be stored in a data folder, it can be expected to contribute widely to this field, and has high industrial utility value.

1 Core application server
11 Construction target type selection input processing means
12 Setting input processing means
13 Material analysis processing means
14 Materials and construction costs
15 Integration item display processing means
16 CAD drawing creation processing means 2 Core database server
21 Scaffolding type drawing database
22 Material unit price database
23 Walk-in database 3 User data folder 3A User data folder A (external user A)
3B User data folder B (external user B)
4 Web server

A External computer for user A (external user A)
B External computer for user B (external user B)
S SaaS providing server [ASP]
X Material / Construction Costs Accumulation Processing Application Use Service Providing System (Invention)

Claims (4)

In an application usage service providing system that provides a SaaS (Software as a Service) type cloud service to an external user having a communication environment capable of connecting to the Internet,
An application service provider (same as ASP) that hosts software related to service provision on the website side, as a SaaS provision server, a web server and a core application server that performs an accumulation process such as materials and construction costs for scaffold construction A basic database server capable of delivering the input / output data of the integration process, accepting use registrations of a plurality of external users via the Web server, and granting limited access rights to each, It is a service providing system that uses materials, construction costs, etc. processing application application for scaffold construction that provides services,
The backbone application server is
Occupational health and safety regulations are established based on the outline of the structure to be constructed for scaffold construction that does not have design drawings or its drawing information (CAD data), as well as the specifications of the scaffold (same as target construction) and the setting conditions. According to the material quantity, the material and construction costs are summed up, and the 3D CAD drawing is automatically drawn, and the budget and other work details including the 3D CAD completed drawing and part quantity are automatically created. Information processing to generate,
In order for the backbone database server to exchange data with at least the backbone application server,
A set of files that can be displayed and output based on the selected input is stored as a drawing data for each type of scaffolding form corresponding to the type of structure to be constructed. A scaffolding type drawing database,
A material that is created based on data input for the integration process by the external user and that constitutes a file group in which the purchase unit price, lease unit price and other material unit price unique to the company are stored as a file and aggregated for each external user A unit price database, and a step database that comprises a group of files that are stored in a table as a table data on the company-specific yield, which is a work efficiency index for each target construction, and aggregated for each external user;
A user data folder that is formed in an area in the backbone database server and stores the accumulated processing results (same as accumulated processing customization information) executed by the external user in a folder dedicated to the user, and is aggregated and maintained for each external user. Owned,
Scaffolding characterized in that the external user accesses the Web site from an in-house computer using a browser for browsing the Internet, executes in-house exclusive processing, and obtains integrated processing customization information as a result of the processing. System for providing application processing services for materials, construction costs, etc. for construction. The service providing server on the website side provides a service for using the application by giving a limited access right to the user (same as the external user) who accesses the service providing server using the external computer for the user. SaaS (Software as a Service) type that saves data or files created and edited in a database server and provides services that can be reused by external users based on their access rights In the application service providing system that provides the cloud service of
Occupational health and safety regulations are established based on the outline of the structure to be constructed for scaffold construction that does not have design drawings or its drawing information (CAD data), as well as the specifications of the scaffold (same as target construction) and the setting conditions. According to the material quantity based on the material quantity and the construction cost, etc., the 3D CAD drawing is automatically drawn, and the budget and other work forms including the 3D CAD completed drawing and the part quantity are automatically generated. In order to provide information processing services for external users, such as material and construction cost generation processing to be generated,
An application service provider (same as ASP) that hosts the software for providing the service on the Web site side, as a SaaS providing server, a core application server that performs an accumulation process such as materials and construction costs for scaffold construction And a basic database server capable of transferring the input / output data of the integration process, accepting use registrations of a plurality of external users via the Web server, and granting limited access rights to each, It is a service providing system that uses materials, construction costs, etc. for the scaffolding construction application service providing service of
The basic database server is at least as a database configuration,
A set of files that can be displayed and output based on the selected input is stored as a drawing data for each type of scaffolding form corresponding to the type of structure to be constructed. A scaffolding type drawing database,
A material that is created based on data input for the integration process by the external user and that constitutes a file group in which the purchase unit price, lease unit price and other material unit price unique to the company are stored as a file and aggregated for each external user A unit price database, and a step database that comprises a group of files that are stored in a table as a table data on the company-specific yield, which is a work efficiency index for each target construction, and aggregated for each external user;
A user data folder that is formed in an area in the backbone database server and stores the accumulated processing results (same as accumulated processing customization information) executed by the external user in a folder dedicated to the user, and is aggregated and maintained for each external user. While holding
The backbone application server is at least as a function realization means,
Construction target type selection input processing means for displaying the menu and selecting the type of the plant, architecture, spherical tank, bridge and other construction target structure related to the scaffolding construction,
Select and input the type of scaffold applied to the selected construction target structure, display the type drawing as reference, and display a list of input items that serve as basic data for the integration process of the scaffold construction on the condition setting input screen, Setting input processing means for performing operation input related to numerical data, temporary period and other condition settings;
Material analysis processing means for calculating the material type and its quantity by calculating according to the occupational safety and health rules,
For the accumulated items, material costs are accumulated based on the material unit price extracted from the material unit price database, the material type and material quantity obtained by the material analysis processing means , and the material in the target construction extracted from the step database Material and construction cost accumulation processing means for accumulating construction costs etc. based on the yield and the quantity of materials for each,
An integrated item display processing means for displaying at least a labor cost, a material cost, a material weight, a material list, a pile, a process chart, and a temporary area related to the integrated item, and displaying / outputting the construction details and other forms,
In conjunction with the setting input processing means, the scaffold construction execution drawing by 3D CAD is automatically generated and displayed step by step in response to input conditions related to numerical data and other condition settings, and when the condition input is completed, the scaffold construction is completed. Having CAD drawing creation processing means for automatically generating, displaying and recording the drawing,
Scaffolding characterized in that the external user accesses the Web site from an in-house computer using a browser for browsing the Internet, executes in-house exclusive processing, and obtains integrated processing customization information as a result of the processing. System for providing application processing services for materials, construction costs, etc. for construction. In the system for providing a service for using an accumulation processing application such as materials and construction costs for the scaffold construction according to claim 2,
The CAD drawing creation processing means stores a program for building scaffolding basic rules for applying construction conditions in accordance with the occupational safety and health regulations, and includes the following execution processing functions regulated by the scaffold building basic rules A system for providing services for using application processing for materials and construction costs for scaffold construction, which is characterized by
<1> Execution processing function for displaying coordinates of the drawing base point (X = 0, Y = 0, Z = 0).
<2> An execution processing function for displaying the outer shape of the scaffold in the XYZ coordinate space from the drawing base point and displaying the outer display size.
<3> An execution processing function for displaying the arrangement state of the scaffold construction member in coordinates and displaying the arrangement dimension based on the numerical value input or selection input of the construction condition.
<4> An execution processing function that displays and outputs a completed drawing with dimensions that satisfies all input conditions. In the system for providing a service for using an accumulation processing application such as materials and construction costs for the scaffold construction according to claim 2,
Accumulation processing means such as materials and construction costs,
Select and input material unit price (budget unit price, estimated unit price and purchase unit price) consisting of execution budget (budget), construction price (estimate), and purchase (purchase), set and input temporary period, and extract from material unit price database Based on the material unit price and the material quantity determined by the material analysis processing means, the material cost including the temporary area and the material weight is accumulated and recorded according to the type of the material unit price,
Applying the yield for each material in the target construction extracted from the stochastic database to the unit labor cost (artificial unit price) to calculate temporary / dismantling labor costs for each material, and multiplying all materials by each material quantity A system for providing application usage services for materials and construction costs, etc. for scaffold construction, characterized in that construction costs including labor costs are accumulated and recorded.