JP2006309540A - Internet simulation of lease management model, or the like of spiral stake - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a lease management simulation for performing overall management by assisting/operating a server system for integrally managing various needs and sees of a spiral stake. <P>SOLUTION: An Internet simulation via a communication network is built as a method of providing information for effectively utilizing the characteristics of a ground restraining effect of the spiral stake in installing a basic structure on the soft ground, or the like. As shown in Fig. 4, there are a support force calculation simulation (support force calculation model), a past result display simulation (past result display model), and the lease management simulation (lease management model). <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention is a series of Internet simulations in which spiral pile bearing capacity calculation simulation (bearing capacity calculation model), past performance display simulation (past performance display model), and lease management simulation (lease management model) are operated in cooperation via a communication network. Management and method.

When purchasing spiral piles, a mechanism has been used in which customers receive orders directly from the manufacturing plant. Also, if an attempt was made to build a system for ordering leased materials through a leasing company, as shown in FIG. 2, it took a long time by utilizing a method such as mailing a document or facsimile. In order to meet this, there is a need for individual measures to match the mechanical properties of piles and the conditions of the installation location as to what kind of spiral piles should be applied in order to satisfy the individual needs of customers. It took a long time. In addition, there was no simulated simulation for customers to judge and place orders. As shown in Fig. 3, spiral piles as civil engineering and building materials have been developed by twisting square pipes and flat steel to develop technology and develop new applications. Although there are other effective uses, there were problems such as it was difficult for customers to obtain technical information to take advantage of the ground restraint effect of spiral piles. Furthermore, when it is desired to use it as a short-term temporary material, there are problems such as lack of a lease system, lease material management, etc., and difficulty in product inventory management compared to the conventional purchasing method that has been based on purchasing. . This Internet simulation is constructed as a system shown in FIG. 1 in order to solve the above problems.
Japanese Patent No. 3023583

However, according to the conventional technology, it was insufficient for each customer, manufacturer and leasing company of spiral piles. In other words, there were demerits such as difficulty in obtaining technical information and technical support related to specification standards as a customer, and a large burden of explanation handling labor due to the implementation of individual explanations by manufacturers themselves for similar applications. In addition, the customer himself could not determine the applicability of spiral piles of the required standards in a simulated manner according to the conditions of the installation location.
Therefore, the present invention provides a lease management simulation that comprehensively manages a server system that centrally manages the various needs and seeds of spiral piles, and at the same time, the customer himself simulates spirals. The issue is to determine the applicability of piles based on past application results.

In order to solve the above problems, the first invention calculates the bearing capacity of a spiral pile via a communication network, and builds a bearing capacity calculation simulation (bearing capacity calculation model) that calculates ground bearing capacity, pile bearing capacity, etc. It is.
The second invention is the construction of a past performance display simulation (past performance display model) that is provided via a communication network with respect to performance technical information related to the versatile utilization method possessed by the spiral pile, and construction of an implementation method.
In the third invention, the contractor (= customer) can quickly and easily obtain information about the contracted property from the terminal via the communication network in the contract such as lease, rental, installment sales, etc. of the spiral pile. Management of lease management simulation (lease management model) and construction of implementation method.
Furthermore, the fourth invention is a series of Internet simulation management and construction of a method for operating a spiral pile bearing capacity calculation simulation, past performance display simulation, and lease management simulation through a communication network.

  According to the first invention, the second invention, the third invention and the fourth invention, where, how much, what is cheap lease material, timely entry, whether the standard of the spiral pile to be applied is correct, spiral pile Satisfy the requirements such as whether or not the leasing contract can be centrally managed.

One embodiment of the present invention is shown in FIG.
In a series of Internet simulations including a lease management model, unified management of data that enables lease contracts, maintenance contracts, sales contracts, technical support, etc. is performed via six communication networks. Further, for each lease contract in the leasing company server 7, technical advice such as supportability calculation simulation can be obtained via the 5 terminals as required by the customer. Furthermore, a past performance display simulation can be performed by the association server 10 that supervises the countermeasure construction result data in the server 7.

  Transactions such as leasing over the communication network 6 consist of a lease contract between the customer terminal 1 and the lease company input / output terminal 2, a sales contract between the lease company server 7 and the supplier terminal 3, and a maintenance contract between the maintenance company terminal 4 and the customer terminal 1. , Technical advisor (spiral method association) terminal 5 and customer terminal 1 technical support.

  The leasing company server 7 includes an input / output terminal 2, a main storage unit 9 in which a contract information master file exists, and a processing unit 8. The input / output terminal 2 has a function of receiving information input from the customer terminal 1, supplier terminal 3, maintenance company terminal 4, technical advisor (spiral method association) terminal 5, and information processed by the processing unit 8. Is output to and displayed on the customer terminal 1, the supplier terminal 3, the maintenance company terminal 4, and the technical advisor (spiral construction method association) terminal 5. The main storage unit 9 includes files such as a contract information master file, a user ledger, a spiral pile standard table, and a countermeasure work example. The contract information master file registers and manages the contract number, user number, contract date, contract period, leased product name, installation location, quantity, number of payments, lease standard number, etc. of the leased property associated with the lease contract. The user ledger registers and manages the user number, login password, telephone number, facsimile number, electronic mail address, postal code, address, contract person, etc. for each customer of the lease contract. The spiral pile standard table registers and manages the standard number, standard specification, total length, unit price for purchase, unit price by lease period, etc. for each standard of leased property. Countermeasure examples can be searched using a past performance display simulation. Based on the lease standard No., installation location form, etc., the past installation results and examination examples will be registered and managed as a database that can be prosecuted as an outline diagram.

  The processing unit 8 includes a CPU and the like, and includes a login function, a menu display function, a contract contents inquiry function, an invoice / direct debit notice inquiry function, a payment schedule inquiry function, an estimate request / estimated list display function, a request / contract. It has a content inquiry function, a contact / inquiry function for contract contents, a technical inquiry function for technical consultation, a usage agreement display function, and the like.

  FIG. 4 shows the entire flow of the Internet simulation including the lease management simulation.

  The customer inputs the user ID and password, logs in (S01), and selects the menu screen (S04). The execution example necessary for the customer can be inquired and searched as a past performance display simulation from the inquiry of the contract contents and the technical inquiry screen (S08). If necessary, an inquiry (S09) can be made in order to obtain advice on handling individual cases. When there is a change in the contract details of the leased property, an application (S11) for a contract (change), etc. can be made to change the quantity, lease period, and the like. The application is executed (S13), and the user is logged out.

  FIG. 5 shows a main menu screen of the Internet simulation, and a bearing capacity calculation simulation, a past performance display simulation, and a lease management simulation can be selected.

FIG. 6 shows an input processing screen for the bearing capacity calculation simulation. The ground support capacity is calculated by inputting the ground conditions and design external force at the place where the spiral pile is installed.
FIG. 7 shows a calculation processing screen for the total spiral strength of the spiral pile. By inputting the specifications of the spiral pile to be used, the total spiral strength per spiral pile is automatically calculated. Through these series of simulations, the customer can estimate the specifications of the spiral pile used.

  8, 9, 10 and 11 are conceptual diagrams of search examples of past performance display simulations. FIG. 8 shows a first specific example (cut slope countermeasure work). FIG. 9 shows a specific example 2 (L-type retaining wall foundation). FIG. 10 shows a specific example 3 (street light foundation). FIG. 11 shows a specific example 4 (box culvert basis).

  FIG. 12 shows a menu screen for the lease management simulation. This screen is for contract details inquiry, invoice / direct debit notice inquiry, payment schedule inquiry, quotation request / estimated list, request / contract contents inquiry, contract contents contact / inquiry, technical consultation related technical inquiry, terms of use, etc. Consists of

  The contract contents inquiry enables the inquiry from the customer terminal 1 to the leasing company server 7 regarding the lease contract contents, the location of the leased property, the lease contract fee, and the like.

  The invoice / direct debit notice inquiry makes it possible to make an inquiry from the customer terminal 1 to the leasing company server 7 regarding invoices, direct debit notices, and the like.

  The payment schedule inquiry enables an inquiry from the customer terminal 1 to the leasing company server 7 regarding the payment schedule.

  The estimate request / estimated list corresponds to the estimate request for the leased property and displays a list of estimated leased properties. It also serves as a reception desk for new contract applications.

  The request / content inquiry makes it possible to make an inquiry from the customer terminal 1 to the leasing company server 7 regarding requests and application contents within the lease period.

  The contact / inquiry regarding the contract contents enables the contact / inquiry from the customer terminal 1 to the leasing company server 7 with respect to various contacts and inquiries regarding the contract contents.

  The inquiry about the technology enables the customer terminal 1 to contact and inquire the lease company server 7 regarding the contents to which the customer applies the leased product, for example, the quantity required at the installation location, the calculation of the support capacity, and the like.

  The terms of use make it possible to make an inquiry from the customer terminal 1 to the leasing company server 7 regarding the terms of the lease contract using the communication network.

  The above-described management methods such as customer management, lease contract, sales contract, maintenance contract, and provision of technical method information regarding lease contracts using a communication network can be used for various lease transactions.

"Effect of the embodiment"
According to this embodiment, as shown in FIG. 1, a system is prepared in which a customer can procure an optimal spiral pile according to the application. The usage purpose of the customer is centrally received through the communication network of 6, and the matching processing with the past utilization cases is performed in the processing unit of 8 in the main storage unit of 9 in the lease company server of 7. If there are no past use cases, contact the 5 technical advisors (Spiral Construction Association) to make a timely inquiry about the material standards. This includes examples of installation locations of spiral piles and provision of allowable bearing capacity of spiral piles according to the ground conditions. In order to centrally manage the location, quantity, lease period, shape standard, etc. of spiral piles by the leasing company's server, the optimum combination of materials is selected from hand-held lease materials. In addition, when the number of members on hand is insufficient, a contact order to the manufacturer is immediately output on the screen 3 so that it is possible to promptly contact the customer with the inquiry result of the supply conditions.

"Other embodiments"
In the embodiment of FIG. 1, it is assumed that the server is of a format that is used by a leasing company alone. However, if the servers of a plurality of leasing companies are connected and information management of the leasing material is linked, the handheld leasing material is used. It is also possible to construct a system that allows temporary replenishment from other leasing companies when there is a shortage. In this way, a single system operation and a system operation that considers server cooperation / interlocking by a plurality of leasing companies may be used.

Spiral piles are extremely effective as materials for construction foundation structures that have the effect of restraining the ground, ensuring support in soft ground, and enabling manual construction. Providing this product to the market widely through the service system such as this lease contract and disclosing performance information such as application examples is extremely beneficial from the viewpoint of social infrastructure development in Japan as well as the world, and can be used industrially. The property is considered extremely high. From this point of view, it is considered effective to procure spiral piles by simulating the applicability of the optimum spiral piles according to the application by building this Internet simulation. In addition to engineering use, it can be used in fields such as health promotion and visual therapy utilizing the shape characteristics of spiral piles.

The perspective view of the lease service system which shows one Embodiment of this invention. The perspective view of the lease management system which shows a prior art. The perspective view of a spiral pile. The perspective view of the whole flow of internet simulation. The perspective view which shows a main menu screen. The perspective view of the ground condition etc. input screen of bearing capacity calculation simulation. The perspective view of the pile strength output screen of bearing capacity calculation simulation. The perspective view of the past performance display simulation example 1 (cutting slope countermeasure work). The perspective view of the past performance display simulation example 2 (L-type retaining wall foundation). The perspective view of the past performance display simulation example 3 (street light foundation). The perspective view of the past performance display simulation example 4 (box culvert foundation). The perspective view which shows the menu screen of lease management simulation. The perspective view which shows a contract information master file. The perspective view which shows a user ledger. The perspective view which shows a spiral pile specification table | surface.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Customer (user) terminal 2 Lease company input / output terminal 3 Supplier (spiral pile manufacturer) terminal 4 Maintenance company terminal 5 Technical advisor (spiral construction association) terminal 6 Internet 7 Lease company server 8 Lease company server processing section 9 Lease company Server main memory 10 Spiral Construction Association Server

Claims (4)

A method of providing a bearing capacity calculation simulation (bearing capacity calculation model) for calculating the bearing capacity of a spiral pile via a communication network and calculating the ground bearing capacity, pile bearing capacity, etc. A method of managing and implementing past performance display simulations (past performance display models) provided via a communication network for performance technology information related to the versatile use of spiral piles. Lease management simulation (lease management model) that allows contractors (= customers) to quickly and easily obtain information from the leasing company server via a communication network regarding contracted properties in contracts such as spiral pile leasing, rental, and installment sales ) Management and implementation method. A series of Internet simulation management and methods for operating the above support capacity calculation simulation, past performance display simulation, and lease management simulation through a communication network.