KR100971123B1 - Earthwork management system for intelligence excavator - Google Patents

Abstract

PURPOSE: An earthwork management system for intelligence excavator is provided to effectively provide enormous amount of data during working with basic data necessary for automated construction, thereby enhancing efficiency of intelligence excavator. CONSTITUTION: A process management module(510) operates registration and inquiry of all kinds of process schedules. The process management module operates reengineering of the management of processing schedule and process management business. A construction management module(530) operates task reengineering about daily work report and earth and sand management. The construction management operates registration and output of earth and sand carryout history. The construction management module transmits processing result in real time of the sand carryout detail to intelligent excavator(700) in real time.

Description

Earthwork management system for intelligence excavator

The present invention relates to an earthwork management system for an intelligent excavator, and more particularly, by automatically storing, managing, and analyzing the basic data required for the automated construction and the enormous amount of data generated during operation, thereby providing automated construction equipment (especially The present invention relates to an earthwork management system for intelligent excavators that enables the intelligent excavator to recognize the environment and perform the work, and to reflect the data in real time.

Earthwork refers to the work of refilling the ground surface after excavating and completing the space to the ground surface necessary for constructing the foundation or basement in constructing the structure. Is a generic term for. In a relatively small construction, it refers to construction such as site cleanup, ground clearance, digging of pits, backfilling, soil stacking, land selection, and residue disposal.

In general, the construction management system of PMIS (Project Management Information System) efficiently classifies the data generated in the construction process into WBS, and then divides it into cost, material, delivery, profit, etc. Computer-based information management system.

This construction project management system, 'PMIS' is used for the efficiency of construction work centered on large corporations, but the information system that can be used by specialized companies that carry out earthworks is still under development.

Existing simple earthwork 'PMIS' has been developed, but most of the programs applied here are programs such as earthwork design and earthwork calculation, which take a file system-based data storage method, but the speed and capacity of the file system are limited. Many were not suitable for automation systems.

Therefore, the present invention is proposed to provide an earthwork management system that can process a large amount of data related to earthworks construction,

An object of the present invention is to provide an earthwork management system for an intelligent excavator that can efficiently store, manage, analyze, and provide basic data necessary for automated construction and a huge amount of data generated during work.

Another problem to be solved by the present invention is an intelligent construction equipment (in particular, intelligent excavator) for an intelligent excavator that can improve the performance by reflecting the data that changes in real time in the operation while recognizing the environment and performing the operation It is to provide the earthwork management system.

Another problem to be solved by the present invention is to analyze the definition and flow of the corresponding data based on the information for the earthwork construction management system so that it can be used as the basic data of the design and development of the system. To provide earthwork management system for intelligent excavator.

Another problem to be solved by the present invention is an earthwork management system for an intelligent excavator that saves time through the automation of repetitive tasks, prevents unnecessary communication, reduces costs, and enables quick and transparent construction management. To provide.

The "earthwork management system for intelligent excavator" according to the present invention for solving the above problems,

In connection with on-site equipment, data generated during work is stored, managed, and analyzed, and work redesigns focused on process management, resource management, and construction management are provided for informatization of earthworks process management, and performance data is provided. A construction project management module for transmitting and receiving construction related information in connection with the construction project management system (PMIS);

Collect the performance data provided from the earthwork construction management module and selectively provide it to the client computer and the supervisory computer for each field, and transmit the planning data to the earthwork construction management module when an inquiry about the earthwork construction management is requested from the client computer. A monitoring system;

It is connected to the earthwork construction management module in communication, and transmits the data generated during the work to the earthwork construction management module in real time, and recognizes the environment based on the construction information provided from the earthwork construction management module in real time while performing work It is characterized by including the field equipment to reflect the changing data in the work.

Earthwork construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

A process management module including a process status and a process table management function, registering and inquiring various process tables, managing weekly process tables, monthly process tables, entire process tables, and redesigning process management tasks;

A resource management module for registering and managing basic information on labor, materials and equipment for earthworks;

It provides basic input system for working daily report, resource management and earth and sand management, and receives basic codes for personnel, equipment, and materials from the resource management module, and uses them in preparing working daily report. Characterized in that it comprises a construction management module to perform the design.

Earthwork construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

A business management module which divides into business status and operation management and performs rough management of the business;

The system further includes a system management module that integrates and manages the codes required for configuring and linking various types of information and the authority of users to use the system.

Process management module of the "earthwork management system for intelligent excavator" according to the present invention,

It is characterized by managing all the information on the WBS activities managed in the field and linking with the integrated monitoring system through the process control procedures.

The process control process here

Set up an activity area that can be actually managed by WBS classification and volume journalization, set up a representative volume in the management area, add information to the activity area through resource and cost registration, and then manage resources and costs The process of establishing the work plan for each organization by linking the OBS information of the site, the process plan based on the established work plan, and the progress management according to the planned process, and the person in charge of the process In addition, the supplier conducts a process of inputting the performance according to the planned process and quantity through the work day, the aggregation by the management point of time (weekly / monthly), and provides the performance status compared to the plan in visual form in various graph forms. The procedure for operating the alarm system according to the management standard process rate and the progress of the time point and the actual site progress through the system And procedures for comparing (6 months after the application), actual construction progress and to compare the results by the system point by averaging the correction rate and a process which reflects the next month, the system's performance.

Resource management module of the "earthwork management system for intelligent excavator" according to the present invention,

Provides the function of registering and managing basic information on labor, materials, and equipment, providing the management information to the working daily report of construction management, receiving and counting planned quantities and performance quantities by unit, and analyzing process rates and project costs It is characterized by providing resources to WBS-specific activities of process management to be used as basic data.

Construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

In the summary process of planning process management, the daily work management function is imported by using WBS and CBS to input daily work status and support user input for processes excluded from activities due to delay process. Include.

The work daily management function, characterized in that to reflect the registered weather,

In the work daily report, the previous day's work and today's work content of the corresponding work day are recorded, and the performance for each process is input.

The construction management module may include a function of easily importing, editing, and reporting the current work area created the previous day as the creation date data by using the previous day data import function.

Construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

The work daily report management function and the work schedule management function in conjunction with the resource management module includes a construction daily report performance management function for managing the performance by checking through the input process of the confirmation of the amount of performance of the practitioner.

In the construction daily report, the labor volume, equipment, material, and the amount of performance by the corresponding date is input, and the labor, equipment, and material, the volume of the material by the corresponding date is input as input records,

The construction management module provides process rate information in connection with the WBS activity of process management when the quantity of performance for each code is input.

Construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

Includes a soil management function that provides the data needed for intelligent excavator automation by real-time management of performance data on the export and import of bulk soils.

Construction management module of the "earthwork management system for intelligent excavator" according to the present invention,

Through the earth and sand management function, it registers and outputs the earth and sand export history, provides the weekly inquiry function of the earth and sand export history, performs the function of displaying the earth and sand export history as a graph by the whole company, and the earth and sand export history. Inquiry and management by real-time, weekly, company-specific processing and real-time delivery to the intelligent equipment, which is a field equipment, it is characterized in that it performs a support function so that real-time work planning and monitoring can be realized.

According to the present invention, it is possible to efficiently store, manage, analyze and provide the basic data necessary for the automated construction and a large amount of data generated during the operation, there is an advantage that can increase the efficiency of earthworks of intelligent excavator.

In addition, according to the present invention, by providing the information required for the automated construction to the intelligent excavator, the intelligent excavator can recognize the environment and perform the work while reflecting the data that changes in real time in the work, thereby increasing the work efficiency In addition, the performance of intelligent excavators can be improved.

In addition, according to the present invention, there is an advantage that can provide the earthwork construction management information so that it can be used as the basic data of the design and development of the system by analyzing the data for the earthwork construction management.

In addition, by providing information necessary for the automation construction, there is an advantage that saves time and costs through the automation of repetitive tasks.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a configuration diagram of the "earthwork management system for intelligent excavator" according to the present invention, the client computer 100, supervisory computer 200 for each field, network 300, integrated monitoring system 400, earthwork construction management module ( 500), construction project management system (PMIS) 600 and field equipment 700.

The client computer 100 is a computer used by the client, and is connected to the integrated monitoring system 400 through the network 300 to inquire and search for earthwork construction related information. As a computer to be used, the integrated earthwork monitoring system 400 is connected through the network 300 to search and search the earthwork construction status according to the order.

In this case, in order for the client computer 100 and the field supervisory computer 200 to connect with the integrated monitoring system 400, it is preferable to use previously allocated access information (ID, password). The integrated monitoring system 400 controls the access permission of each client by searching and storing the stored member information database, and also allows each client to view or upload the earthwork construction related information according to the authority included in the member information. It will be controlled so that it can store and manage the earthworks information that occurs in the whole process for each earthworks. The integrated monitoring system 400 will be described in detail later.

Earthwork construction management module 500, which is the most characteristic part of the present invention, in connection with the construction equipment 700 on-site, stores and manages and analyzes the data generated during the work process for the information on the earthwork process management Perform work redesign focused on management, resource management, and construction management, provide performance data, and transmit and receive earthwork construction-related information in connection with the Construction Project Management System (PMIS) 600.

Here, the earthwork construction management module 500 includes a process status and process table management function, registers and inquires various process tables, manages weekly process tables, monthly process tables, entire process tables, and redesigns process management tasks. It provides a process management module 510, and a resource management module 520 for registering and managing basic information about labor, materials, and equipment for earthworks, and basic input system required for daily work, resource management and earth and sand management. The construction management module 530, which receives the basic code for the personnel, equipment, and materials from the resource management module and uses it in the work daily report creation, and redesigns the work daily report and the earth and sand management, and the business status and operation. Organize and link users' authority and various information to use the business management module 540 and the system that classify management and perform rough management of the business Management integration of the required code and includes a system administration module 550 that maintains data consistency.

The process management module 510 manages all information on WBS activities managed in the field, and is connected with the integrated monitoring system 400 through a process management procedure.

The resource management module 520 provides a function of registering and managing basic information on labor, material, and equipment, providing the management information to the daily report of construction management, and inputting planned and performance quantities for each unit. It provides resources for WBS-specific activities in process management so that they can be collected and aggregated and used as basic data for analyzing process rates and project costs.

On the other hand, the construction management module 530, by taking the activity information generated by using the WBS and CBS in the summary process of the planned process management on a daily basis and inputs the status of the main work per day, for the process excluded from the activity due to the delay process The work daily report management function that supports user input, the function of easily importing, editing and reporting the current work area created the previous day using the data import function of the previous day as the creation date data, the work daily report management function and the resource management module In addition, the company includes the daily report performance management function that manages the performance by checking through the process of inputting the auto-aggregation and the confirmation of the quantity of performance of the practitioners.

In addition, the construction management module 530 includes a soil management function for providing data required for intelligent excavator automation by real-time management of the performance data for the export and import of large quantities of soil.

The integrated monitoring system 400 collects the performance data provided from the earthwork construction management module 500 and selectively provides it to the client computer 100 and the supervisory computer 200 for each field, and constructs the earthworks from the client computer 100. When an inquiry about management is requested, the earthworks construction management module 500 performs a function of transmitting a plan data. The integrated monitoring system 400 may be referred to as a kind of server.

Field equipment 700 is connected to the earthwork construction management module 500 in communication, and transmits the data generated during the work to the earthwork construction management module 500 in real time, provided from the earthwork construction management module 500 As a device that reflects the data that changes in real time while performing the work and recognizing the environment based on the construction information, the concept including a variety of automation equipment, but the present invention will be described as an intelligent excavator as an embodiment.

The earthwork construction management system for intelligent excavator according to the present invention configured as described above, the orderer needs to manage the earthworks construction to provide the connection information to the integrated monitoring system 400 through the network 300, the client computer 100, By performing authentication in the integrated monitoring system 400, if authentication is normally performed, grants the right to search and search.

After that, the orderer can search the earthwork construction management information that he ordered through inquiry and search function, and can also establish a plan for the earthwork construction management by using the provided earthwork construction management information. In order for the client to use the earthworks construction management information smoothly, the client should provide an efficient support, user's convenient environment, and reusability and sharing of integrated information.

Therefore, the present invention provides a earthwork construction management module by introducing a DBMS that can process a large amount of data, and unlike the existing construction through the earthwork construction management module, automated construction is real-time while the equipment recognizes the environment and performs the work. It is possible to reflect the changing data in the work and to efficiently store, manage and analyze the basic data necessary for the automation construction and the huge amount of data generated during the work, and provide the foundation for improving the performance of the automation system. Secure it.

In particular, in the present invention, by fully automating the work performance and residual work measurement of the earthworks, while providing the basic data to the task planning & monitoring system, the data for the earthworks construction management for efficient management of a large amount of data generated in the construction work Define the flow chart, data model, and data table specifications of the central data and provide them as the basis for system design.

The subject of the present invention is the facilities such as road construction, embankment construction, sewer pipe construction, building construction, etc., in order to develop an information system to be used in these facilities, the earthwork construction management module 500 in the process management, resource management and construction management Perform a task redesign.

First, the process management business redesign in the process management module 510 is as follows.

The main body of earthwork is the earthworking company, which is mostly carried out by small and medium-sized construction companies. Most of the small and medium-sized companies specializing in informatization are the level of office automation, and most of them prepare the process plan in Excel language, and the progress management is the level of management by Bar-Chart. Therefore, the To-Be model for the informatization of the earthwork process management suggests the informatization system for the process management centered on the earth and sand management using the electronic tag, which is an advanced information technology.

In the process management of earthworks, since communication is carried out through the work report between the person in charge and the manager, it is preferable to design a process management system capable of real-time progress management and work order centering on the work report, according to the present invention. An example of a process control system is shown.

Process management of earthwork is provided with process status and process table management function.In process table management, various process tables can be registered and inquired, manage weekly process table, monthly process table, entire process table, etc. Progress information is inquired through integrated monitoring.

In the process status management to manage all the information on the WBS activities managed in the field, and in order to efficiently link with the integrated monitoring system 400, the process management procedure as shown in Figure 3 is used.

As shown in Fig. 3, WBS classification and quantity journal entry are set up to actually manage the activities and set representative quantities therein (①②). Next, we add information to our activities through resource and cost registration, and manage resources and costs. At this time, resources and costs can be managed separately, and can be managed at the same time (③). Next, establish the organizational work plan by linking the OBS information of the site (④). Through this, process plan is confirmed and progress management according to the planned process is performed. Next, process personnel and contractors at the site input the results according to the planned process and quantity through the work report ⑤⑥). After that, it is aggregated by management time point (weekly / monthly), and provides visual performance status compared to the plan visually in various graph forms. Next, the alarm system operates according to the management standard process rate (⑦). By comparing the progress of each point of time and the progress of the actual site over a certain period (six months after application), the average correction rate is obtained and reflected in the system performance next month (⑧⑨).

In addition, WBS and CBS integration work is managed in the process status for efficient progress management. Through the mapping process of CBS information for each activity of WBS, the integration of process and construction costs is performed to provide a foundation for project management through correlation between process progress and construction costs. Accumulation of site performance data (earthworks, work reports, etc.) input from the management module provides a basis for managing performance information.

Process management tasks provided in the earthwork construction management module 500 of the present invention is seven tasks, such as WBS management, milestone management, management criteria process table, process history integrated data management, monthly detailed process management, weekly detailed process management in process plan management It consists of five tasks, from process progress management to project analysis, S-curve analysis, activity analysis, process photo management, and delayed process management. Progress management and business consultation can be carried out.

The resource management module 520 performs a task redesign for resource management.

Resource management performs the function of registering and managing basic information on labor, materials, and equipment, providing it to the workday of the construction management module 530, receiving the planned quantity and the quantity of output per unit, and counting them. Resources are sent to WBS-specific activities in process management so that they can be used as the basis for analyzing process rates and project costs. 4 is an exemplary view of a resource management screen. Resource management in earthworks is divided into labor, material, equipment management, in the present invention is limited to the management of resources used in the field. In the present invention, the use of electronic tags in equipment and labor management in order to carry out and carry out the earth and sand automatically by the advanced information technology, which will be described in detail in the construction management module 530 below do.

Next, the construction management module 530 provides a basic input system for work daily, resource management, and earth and sand management, and receives the basic code (CODE) for the personnel, equipment, and materials from the resource management module 520 and works. It is utilized to create the daily report, the construction management module 530 performs a work redesign for the work daily report and earth and sand management.

First, looking at the work daily work redesign, it is possible to perform the real-time process progress management of the work daily work at the office automation (OA) level. In other words, in the summary process of planned process management, the activity information generated by using WBS and CBS is imported daily, and the daily work status is input, and the user input for the process excluded from the activity for other reasons such as delayed process is supported. . The weather information management inputs weather and temperature, and the registered weather is reflected in the work report.

5 shows an example of creating a work daily report. In the work report illustrated in FIG. 5, the previous day's work and the current work's contents of the work day are recorded, and the today's work area created the previous day can be easily imported as the creation date data and edited and reported using the data import function of the previous day. Of course, by entering the results of each process, the order price etc. can be confirmed later.

In addition, the construction management module 530 also performs construction daily report performance management. The work on performance management of the construction daily report is carried out through the process of inputting the automatic aggregation and the confirmation of the quantity of performance of the practitioner by linking the performance aggregation currently performed at the office automation level with the working daily report and the resource management module. . An example of construction daily is shown in FIG. 6. In the daily report of the construction daily, it is possible to input the amount of performance by the relevant date by labor, equipment and materials. In this case, when the quantity of performance by code is inputted, the rate information is provided in connection with the WBS activity of the process management.

Next, the construction management module 530 will be described in the redesign of the soil management work as follows.

Earthwork management in the earthwork construction management module 500 is to provide the data necessary for the automation of intelligent excavator by managing the real-time data on the export and import of large-scale earth and sand. Therefore, soil management needs real-time progress management system incorporating advanced information technology. Accordingly, a work process of earth and sand management combined with an electronic tag is required, and an improved earth and sand management business process is disclosed in FIG. 7.

The basic infrastructure for the application of electronic tags to the earth and sand management, the electronic tag attached to the vehicle to be taken out, the vehicle number for each card must be entered, and the electronic tag sensor must be installed at the doors and the exit. In the present invention, it is assumed that the infrastructure for the earth and sand export management is implemented, and performs the earth and sand management business process. The redesign of the earth and sand management work, the ability to register and print out the earth and sand export history, weekly inquiry function of the earth and sand export history, the overall display of the earth and sand export history, the graph display by each company, the export history by the whole, weekly, company Inquiry and management will be processed in real time, and the processing information will be delivered in real time to the intelligent excavator that is the field equipment 700 to support real-time work planning and monitoring. 8 illustrates an example of soil management analysis.

On the other hand, the present invention provides the basic data for the earthwork construction management database design through the data flow analysis of the earthwork construction management work.

The earthwork construction management data flow analysis analyzes the data flow based on the basic concept of earthwork construction management business redesign.

The earthwork construction management data flow analysis area is a model that can integrate and manage three tasks, such as process management, construction management, resource management, construction management data model is as shown in FIG.

The construction management data model as shown in FIG. 9 is composed of four sub-modules, such as business management, process management, construction management, and system management, and the project management module is divided into business status and organizational management to roughly manage the business. The system management performs the function of maintaining the consistency of data by integrating and managing the authority of users to use the system and the code necessary for configuring and linking various information.

Process management manages progress management, process photography, process delay and recovery measures, and construction management focuses on the field work such as work daily, weather information and earth and sand management. The interconnection between sub-systems of the earthwork construction management data model manages the codes of WBS, CBS, process, labor, materials, and equipment as standard codes so that they can be interconnected by work activities. The inter-module linkage is shown in FIG. 10, and the construction management module ERD is shown in FIG. 11. The construction management module ERD can verify the redundancy of the data by showing the relationship of the relation entities of all data tables of the system in a diagram form. Looking at the overall flow of data, it is linked based on the basic data and resources of the project overview: labor code, material code, equipment code and construction code.

Resource input information is automatically linked centering on project overview and work log, and data are linked as retrieval measures for summary process and process delay. According to the construction management module ERD, the data flow is analyzed by detailed tasks based on the overall flow analysis of the data for the entire module.

The data flow analysis by task is as follows.

First, as WBS data, WBS inputs the flow of WBS data that can systematically manage all work on activities performed in the field by assigning codes to activities for detailed work for status management of earthworks. As shown in the screen and data file, FIG. 12 shows an example of a WBS data input screen.

The earthwork WBS system consists of 6 digits, 1 major category, 1 minor class, and 4 small class.The 1 major class (road, embankment, sewerage, building), and the 1 major class are classified according to the construction information classification system announced by the Ministry of Construction and Transportation. Are classified into 4 digits and the like based on the activity, and the data file required for this is shown in FIG. 13.

Next, as the work daily report input data, the earthwork construction management work starts with the creation of the day work report at the same time as the work to be performed in the field and finishes the day work by checking the work results on the day.

The work report can be registered by automatically linking the work plan with the process plan on the day, and a person in charge can check and enter the screen composition and the work report data logical model as shown in FIG. 15, and the data file structure as shown in FIG. 14. I can display it.

It is advisable to maintain the work schedule by the WBS code, by activity, to manage the work plan and work performance of the main work.

Next, as the daily work performance data, the day's total work performance in the construction management work of the earthworks will be the result of the day's work input into labor day, materials, equipment, etc. in the day's work daily report, and the total performance of the day's work will be collected.

Comprehensive work results The logical model is linked to materials, labor, material files and files such as material input, labor input, and equipment input. Daily work is completed. The operation history logical model for this is shown in FIG. 16, and the job file is shown in FIG. 17.

Next, as the resource management performance data, earthworks resource management can be generally divided into equipment, labor, and material management. The data for this is the same as the resource management screen and logical model of FIG. 18, and the resource file is shown in FIG. 19. .

In order to develop the earthwork construction management module, it is the best way to improve the efficiency of the system by redesigning the information and using it. Therefore, it is preferable to use a prototype as shown in FIG. 20 as a tool for communication with the practitioner for the development of the present system.

As described above, when the earthwork construction management module 500 is implemented, the basic data required for the automated construction and the huge amount of data generated during the operation can be efficiently stored, managed, and analyzed to provide to the intelligent excavator, thereby providing an intelligent excavator. It is possible to increase the efficiency of earthwork, and based on this information, the intelligent excavator can recognize the environment and perform work, and can reflect the data that changes in real time in the work, thereby improving work efficiency.

In addition, by analyzing the data on earthwork construction management and providing earthwork construction management information so that it can be used as basic data for system design and development, it is possible to efficiently manage earthwork construction in small and medium companies based on construction, By providing information, you can automate repetitive tasks, saving time and reducing costs.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is an overall configuration diagram of an earthwork management system for an intelligent excavator according to the present invention.

2 is a process management system diagram applied to the present invention.

Figure 3 is a process control procedure applied to the present invention.

4 is a resource management screen diagram in the present invention.

Figure 5 is an example of working daily report creation in the present invention.

Figure 6 is an example of labor, equipment, material performance input of construction daily report applied to the present invention.

7 is a soil management work process according to the present invention.

8 is an example of earth and sand management analysis in the present invention.

9 is an exemplary data model of construction management applied to the present invention.

10 is a data linkage diagram of the construction management model according to the present invention.

11 is a construction management module ERD according to the present invention.

12 is a WBS data input screen in the present invention.

13 is an exemplary view of the WBS data table of FIG. 12;

14 is an exemplary view of a work daily report input table.

FIG. 15 is a view illustrating a work daily report input screen and a logic model of FIG. 14; FIG.

16 is an exemplary view showing a job performance screen and a data logic model in the present invention.

17 is an exemplary view showing the working daily report data sheet in the present invention.

18 is a resource management screen and a logic model in the present invention.

FIG. 19 illustrates an example resource management data table of FIG. 18; FIG.

20 is an exemplary view showing a construction work management prototype according to the present invention.

<Explanation of symbols for the main parts of the drawings>

400... Integrated monitoring system

500... Earthwork Construction Management Module

510... Process Management Module

520... Resource Management Module

530... Construction Management Module

540... Project Management Module

550... System management module

600... PMIS

700... Field Equipment (Intelligent Excavators)

Claims (13)

delete delete delete delete delete Earthworks construction management, which is connected with on-site equipment and performs process redesign centering on process management, resource management, and construction management for informatization of earthworks process management, and provides information on earthworks construction in connection with construction project management system (PMIS). When the inquiry about the earthworks construction management is requested from the module and the client's computer, the integrated monitoring system linked with the earthworks construction management module and the earthworks construction management module are connected to each other and communicate with the earthworks construction management module. In the earthwork management system for intelligent excavator equipped with the field equipment reflected in the earthwork work, The earthwork construction management module, A process management module including a process status and a process table management function, registering and inquiring various process tables, managing weekly process tables, monthly process tables, entire process tables, and redesigning process management tasks; It includes a construction management module that performs work redesign for work daily report and earth and sand management, The construction management module, Through the earth and sand management function, it registers and outputs the earth and sand export history, provides the weekly inquiry function of the earth and sand export history, performs the function of displaying the earth and sand export history as a graph by the whole company, and the earth and sand export history. Real-time processing by whole, weekly and company, and real-time processing of real-time processing of the excavated soils to intelligent excavator, which is a field equipment, to support real-time work planning and monitoring, so that the earthwork for intelligent excavators Management system. delete delete delete delete delete delete delete

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