KR20000036941A - system and method for providing information about delivery of earth and grounding information using network - Google Patents

Abstract

PURPOSE: A system providing the information for the outgoing and incoming of earth and sand and the information of the ground using the network and the method thereof are provided to connect the outgoing and incoming of earth and sand or construction materials generated in the construction field using the network and to make the ground data of each construction field into a database. CONSTITUTION: Open information(10) is divided into the information about earth and sand(T1) and materials(F1). The information about earth and sand(T1) is composed of open data input steps inputted by a user who wants to take out(T10) or in(T50) earth and sand. The user who inputted the open data searches a necessary data in an open data database(T40). The user who wants to take out earth and sand has to input the geological information(T13) of a lot number taken out. The information about materials(F1) is obtained by registering reusable materials(F2) and goods(F4) information generated in a construction field or researching data.

Description

System and method for providing information about delivery of earth and grounding information using network

The present invention relates to a system performed through a communication network, and in particular, the connection of the import and export of soil and construction materials occurring at the construction site using a network, and using a network that provides the ground data of each construction site as a database The present invention relates to a system and a method for providing soil export, import and ground information.

In general, civil works or construction sites proceed with construction such as digging, so the soil is discharged, and on the other hand, the landfill process required for the soil is carried out.

In other words, due to the nature of work at the construction site, the soil is classified into a process to be taken out and a process to be brought in. In the site where the soil is taken out, it is necessary to take it out. Will be required. As a result, consumers and suppliers who need to take out and bring in the earth and sand are acquiring the information offline through a company or an acquaintance, but this is not only efficient and limited, but it also takes a lot of money to bring in or take out the soil from a distance. There is a problem.

In addition, various types of heavy equipment and temporary materials are used at construction sites. When construction is completed, temporary materials, which can be recycled at other construction sites, are not recycled and disposed of, and not disposed of, but other construction equipment or materials are not disposed of. They are not well utilized and may be left until the next construction. In other words, there are places where construction materials and equipment used at construction sites are not necessary because the construction is completed, while the construction materials and equipment mentioned above are needed at new construction sites, but these materials and equipments cannot be used efficiently due to lack of information. As a result, construction materials that can be recycled are disposed of, which wastes resources and lacks utilization of equipment. Therefore, there is a problem that the cost of construction costs increases along with waste of resources.

In addition, construction and civil engineering are very deeply related to the ground. In other words, the foundation ground that forms part of the structure or supports the structure is the importance of the ground survey for the destruction of equilibrium due to the external force caused by the weight or load of the structure, the filling or excavation, the flow of groundwater, and the installation of the structure in the soft ground. As a result of the prominence, underground civil surveys using drilling equipment are being carried out at each civil engineering work or construction site. The data related to the above ground surveys are only used for a limited time, and there is a duplicate drilling survey for the same place due to the absence of information exchange.

Therefore, the present invention has been devised to solve the problems occurring in the construction site as described above, the purpose of the present invention by using the communication network earth and soil construction site, temporary construction materials and equipment need and construction site by region, by type It is to provide a system and method for providing the export, import and ground information of earth and sand using the network which can connect the most suitable site by quantity, quantity and date to prevent resource waste and reduce construction cost.

In addition, the system and method for providing the export, import and ground information of earth and sand using the network that can prevent the overlapping ground investigation and efficient land management by making database of the ground information generated at each civil engineering site by region. To provide.

1 is a schematic diagram of a bidirectional system using a network;

Figure 2 is a schematic overall flow diagram of a system for providing carry-out, import and ground information of soil using the network according to the present invention.

3 is a flow chart showing a user registration procedure in the system according to FIG. 2;

4 is a flow chart showing a procedure for retrieving earth and sand information in the system according to FIG.

5 is a flowchart showing a procedure for retrieving equipment information in the system according to FIG.

FIG. 6 is a flowchart schematically showing a procedure for retrieving ground information by a registered member in the system according to FIG. 2; FIG.

FIG. 7 is a flow chart schematically illustrating a process of searching for a survey entrustment, online consultation and yard by a registered member in the system according to FIG. 2; FIG.

8 is a flowchart illustrating a payment process in the system according to FIG. 2.

Explanation of symbols on the main parts of the drawings

1: Center site, 3: User site, 10: Public information, 11: General user, 20: Member information, 22: Member, C4: Member registration, T1: Earth and sand, F1: Equipment, J1: Geotechnical information search, P1: Survey consignment, P3: Sato yard search, K3: Payment

The above object is easily achieved by the present invention, and in accordance with an aspect of the present invention, a system for providing carry-out, import and ground information of earth and sand using a network includes a center site, a plurality of user sites, the center site, and the plurality of systems. The center site includes a user database for updating and registering a user's membership and membership information, a ground information database for storing and updating geotechnical information for each region, and export of earth and sand, A public information database for storing and updating imported and construction equipment information, a payment database for storing and updating information linked to external financial institutions and paid by a payment method, and a ground information database for receiving ground information received from the user site. Means for registering with .

According to another aspect of the present invention, a method of providing the carrying out, carrying out, and ground information of earth and sand using a center site, a plurality of user sites, and a network connecting the center site and the plurality of user sites is provided to the user site. From the authentication step to authenticate the membership of the connected user to the member and the general user authentication and the authenticated member in the authentication step can select the public information and member information, the general user can search only the public information An execution step of executing at least one of a ground information search, a request for consignment, an online consultation, and a yard search in the selection information and the member information selected in the information selection step; In the public information selected in the information selection step consists of a search step for retrieving the information on the import, export and purchase of equipment, sale of equipment, and the payment step of paying the charges generated in the execution step.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic configuration diagram of a bidirectional system using a network, and FIG. 2 is an overall flowchart of a system for providing carry-out, import and ground information of soil using a network according to the present invention.

As shown in the figure, the system for providing the carry-out, carry-in and ground information of the earth and sand using the network according to the present invention, a plurality of used by the authenticated member and the general user to obtain the carry-out, carry-in and ground information, etc. And a communication network for connecting to each other using a user site, a center site connected to the user site, and providing a service. The network mainly uses the Internet, and the user site and the center site are information processing devices such as a personal computer, a workstation, a main frame computer, and the like provided with a communication line interface device.

Hereinafter, with reference to FIGS. 2 to 8, a description will be given of a method in which a user obtains various information and registers and updates various ground information in a ground information database in a system for providing export, import and ground information of earth and sand using the network according to the present invention. do.

2 is a schematic overall flow diagram of a system for providing carry-out, carry-in and ground information of soil using a network according to the present invention.

As shown in the figure, a user who accesses the center site through a communication network determines whether the user is authenticated, and the authenticated user or a newly registered user maintains the membership of the member and discloses the member information or public information. The user who does not want to register in the above process can search, but only public information as a general user.

The public information is divided into information about earth and sand, and the information about earth and sand has a public data input step inputted by a user who wishes to carry out the earth and sand. There is. The user who enters the above process searches for the data needed by the user in the public database. Here, the user who wishes to take out the soil may enter the geological information of the land to be exported to proceed to the next step. In addition, the information on the equipment (F1) can register the information of the recycled material (F2) and the product (F4) generated at the construction site or can search the data (T60). After the above process, the user who needs further search enters the step C3, and the user who does not need the further search ends.

In addition, the member information consists of geotechnical information search, survey consignment, online consultation and Sato yard search. The member information is paid information, and the user who completes the process goes through a payment process.

An embodiment according to the present invention has been briefly described above, but will be described below in more detail with reference to FIGS. 3 to 8.

3 is a flowchart showing the membership authentication and the registration procedure of the user who accesses the center site 1. When the user accesses the center site 1, the homepage is displayed (C1), and the user's ID and password are read and compared with the data recorded in the user database D1. ) And the member information (22) step, and the unauthenticated user inquires about membership intention (C5). The user who is willing to join the office selects the appropriate places in the Personal (C7) and Enterprise (C9) fields, fills out a predetermined registration form (C11), and when the completion is completed, the registration is confirmed through the confirmation process (C13). . The user whose registration is confirmed as described above becomes a full member 22 and the data generated in the process is registered and stored in the user database D1. In addition, the user who does not want to register in the process of asking for the membership intention (C5) to obtain the qualification of the general user 11, the general user 11 can search only the public information 10 to be described later.

The only information accessible by the general user 11 is public information 10 which is publicly used, and the public information 10 will be described with reference to FIGS. 4 and 5.

The public information 10 that can be used by both the authenticated member 22 and the non-authenticated general user 11 in the above-mentioned step C includes information on the earth and sand T1 and equipment F1 generated at the construction site. Can be divided into information. First, the information regarding the earth and sand T1 shown in FIG. 4 is demonstrated.

First, the general user 11 who has selected the information on the earth and sand (T1) selects the export (T10) step when the earth and sand are taken out from the construction site, and the general user 11 who needs the earth and sand such as landfill is imported (T50) step. Select. However, the general user 11 who wishes to take out the soil (T10) must first input the ground information of the construction site in which the soil is generated, such as a trench construction (T13). The ground information T11 includes sand, loam, clay loam, sandy clay, and light clay based on the name of Soil texture of the International Soil Society. And geological components (T15) are divided into heavy clays and the like, and information about geological analysis (T19) according to land number (T17) and elevation is also input. The data generated in the above-described geological information input T13 step is accumulated in the ground information database D7, and the information is processed and used in the ground information retrieval J1 step described later. As described above, the general user 11 who inputs the geological information (T13) enters the public data room T21 and inputs the data (T30). In other words, the amount of soil to be taken out (T31), the desired export day (T33) to be taken out, and the soil contact (T37), which is the property of the soil to be taken out, should be posted on the bulletin board of the public archives (T21). The above data is stored in the open source database D3 and disclosed to another general user 11 in need of information. After completing the above process, the general user 11 searches for necessary data (T60). The data search T60 is also based on the data of the open source database D3. On the other hand, the general user 11 wishing to bring in the soil (T50) skips the above-described ground information input process (T13) and the amount of soil (T41) that she wants to bring in the public library (T23), and the desired import day. (T43), please enter Saturn (T47), the nature of the imported soil, and contact information (T45) to be posted on the bulletin board of the public archives (T23) and search for necessary materials. Similarly, the data generated in the above process is stored in the open source database D3. When the general user 11 who has completed the above process does not want the further search T70, all the processes are terminated, and when the further search T70 is desired, the general user 11 performs the additional search. The general user 11 who searches for the public information 10 in the additional search T70 moves to the public information 10 step, and the general user 11 who wants to search for the member information 20 is described above for membership authentication. In step C, the member authentication (C3) step is moved.

The search for the equipment F1, which is another search step that the general user 11 can search, will be described with reference to FIG. Information on the equipment (F1) is also used as a reference to the data of the open data database (D3). Information on the equipment (F1) is divided into recycled material (F2) generated from the construction site and the new product cost (F4). First, the general user 11 wishing to bring in the recycled material F2 required at the construction site inputs the material desired to be brought in at the import (F20) step (F21). That is, the above-mentioned importer inputs the kind (F23), material quantity (F25), desired carry-in date (F27), and contact information (F29) of the imported materials, and searches for export materials (F22) meeting the desired conditions. On the contrary, the general user 11 wishing to take out the recyclable material (F30) also displays the type (F33), material quantity (F35), desired export date (F37), and contact information (F39). Enter (F31) and search for required material (F32). The data generated in the above process is also stored and updated in the public data database D3 as in the above process. Similarly, a general user 11 who wants to buy or sell new equipment selects the product F4 stage. The general user 11 who wants to purchase a product inputs (F41) data describing the type of product (F43), quantity (F45), price (F47), product status (F48), and contact information (F49). On the contrary, the general user 11 who wants to sell the product (F50) has the data describing the type (F53), quantity (F55), price (F57), product status (F58), and contact information (F59). Enter (F51). The general user 11 who inputs the data as described above searches for the data (F42, F52) meeting or similar to the conditions of the purchase (F40), sale (F50) of the product presented in the above process. The data generated in the above process is also stored and updated in the public data database D3, and the general user 11 who needs further search proceeds to the next step, and the general user 11 who does not wish to search further proceeds. This ends. Although the above-described information retrieval regarding the earth and sand T1 and the equipment F1 of the public information 10 has been described as being searched by the general user 11, the authenticated member 22 can also be naturally searched, and the authentication can be performed. Since the search process of the member 22 is similar to the search process of the general user 11, it is omitted below.

The above-mentioned search process of the public information 10 may be used by anyone without distinguishing the general user 11 or the member 22, but the search for the member information 20 described below with reference to FIGS. 6 and 7 may be performed by the member. Only the authenticated member 22 and the newly registered member C13 in the authentication step C3 can access. As shown in FIG. 6, the member 22 who wishes to search the ground information J1 among the member information 20 checks the elevation of the geological analysis J13, the topsoil J15, and the ground state J17 of the branch number J11. The search is executed based on the ground information database D7 in which the accumulated and commissioned survey information is stored. Since the ground jumbo search J1 is operated for a fee, the information on the usage amount of the information is stored in the payment database D9 and proceeds to the next step K.

The search process of the Sato yard that can not obtain the necessary information in the above process, or entrusts the investigation of precise ground information, or other online consultation, and the earth and sand or recyclables will be described with reference to FIG. 7.

The member 22 who does not obtain the necessary information in the process of searching the ground information (J1) or wants to obtain more precise information requests a referral to the center site 1, where the member 22 is assigned to the branch number (P13). , Geological survey (P17), earth and sand survey (P18) the items listed and request. In addition, if the necessary equipment (F1) is available, you can also request to investigate the substrate (P19). In addition, members (22) who want to consult online (P2) conduct consultation (P21), and temporary storage of earth and sand and equipment, or members (22) who need soil or equipment in storage can search for Sato yard (P3). have. Search for the required exportable Sato yard (P41) with respect to the area (P43), the amount of excavable soil (P45), the earth and sand condition (P47), the desired export date (P48), the quantity of material to be transported (P49), and vice versa. The search for the sato yard (P51) that can be carried in by the member 22 wishing to carry in is carried out in the region (P53), the quantity of the excavable soil (P55), the earth and sand state (P57), the desired import date (P58), and the quantity of the imported material (P59). ). The data generated in the process is updated and registered in the aggregate database D5, and the price is stored and registered in the payment database D9 and settled in the next step.

The payment process of the information usage fee generated in the above process will be described with reference to FIG. 8. After completing the above process, the member first selects whether or not to perform additional search, and if the user does not want to perform additional search, the user pays the bill. In this case, the member who wants to search for additional member information proceeds to the above-described member information search step. Members who wish to proceed first to the public information retrieval step after paying the charges incurred in the process. The reason for this is that the member who is charged with the membership information can be terminated without making a payment when entering the public information level, and then goes through the payment step before entering the public information step. Alternatively, in the final termination step, each member may allow the termination after confirming the payment status based on the payment database.

After completing all the above processes, the member 22 will make a payment (K3) for the generated charges. The member 22 first confirms the payment amount (K31) and selects the payment means (K33). The payment means K33 can be paid by wire transfer K41, credit card K43, and cyber money K44, and finally confirm payment K35. Here, the payment means K33 may use the information stored in the user database D1. The data generated in the payment process is updated and registered in the payment database D9 connected to the external financial institution.

The present invention according to the configuration as described above, by providing a system and method for providing the transport, carry-in and ground information of the earth and sand using the network according to the present invention and the construction site and the construction site wishing to import the soil, temporary materials and equipment The project site is classified by region, type, quantity, and date, and the closest conditions are networked to each other to share the necessary information so that the soil and equipment and equipment generated at the construction site can be efficiently By reusing it, it can prevent waste of resources and reduce construction cost. Also, it provides a grounded database of geotechnical information generated at each civil construction site to prevent the overlapping geotechnical investigation and efficiently manages the national land. You can do

While the present invention has been illustrated and described with reference to certain preferred embodiments, the invention is not limited thereto but may vary without departing from the spirit or scope of the invention as set forth in the claims below. It will be readily apparent to those skilled in the art that such modifications and variations can be made in the art.

Claims (10)

A center site, a plurality of user sites, and a network connecting the center site and the plurality of user sites, The center site, A user database for updating and registering member authentication and member information of the user; A ground information database for storing and updating the ground information for each region; An open data database that stores and updates the sediment export, import and construction equipment information; A payment database connected with an external financial institution and storing and updating information paid by a payment means; And And a means for registering ground information received from the user site in a ground information database. The system of claim 1, wherein the user is divided into an authenticated user and a general user who can use only public information. The method of claim 2, wherein the member information available only to the authenticated user includes ground information registered and updated in the ground information database and survey consignment, online consultation, and yard information registered and updated in the aggregate database. A system that provides the export, import and ground information of earth and sand using the network. According to claim 2, The public information consists of the carry-out information and carry-in information of the earth and sand, in order to input the carry out information, the soil information using the network, characterized in that the input information can be entered A system that provides export, import and ground information. 5. The method of claim 4, wherein the soil information is composed of codes indicating soil number, soil texture, and elevation geological distribution and registered in the soil information database. Informational system. According to claim 4, wherein the export information includes the date of export, the amount of excavated soil, Saturn and contact information, the import information is composed of a code including the date of import, the amount of excavated soil, Saturn and contact information in the public data database A system for providing carry-out, carry-in and ground information of earth and sand using a network, which is registered. The system of claim 1, wherein the payment means comprises credit card, bank transfer, and cyber money, which can be used in whole or in part. A method for bidirectionally searching for necessary information by a system consisting of a center site, a plurality of user sites, and a network connecting the center site and the plurality of user sites, An authentication step of authenticating whether the user who is connected from the user site is classified as a member and a general user; An information selecting step in which the authenticated member can select public information and member information, and the general user can search only the public information; An execution step of executing at least one ground information search, a consignment request, an online consultation, and a yard search in the member information selected in the information selection step; A retrieval step of retrieving information on import, export, purchase and sale of earth and sand from the public information selected in the information selection step; And A method of providing carry-out, carry-in and ground information of earth and sand using the network, characterized in that it comprises a payment step of payment for the payment generated in the execution step. 10. The method of claim 8, wherein the member who has completed the execution step adds a search step of searching for information on import, export, purchase and sale of earth and sand, from the public information. And how to provide ground information. The method of claim 8, wherein the retrieving step includes registering new geological information in the geotechnical information database.