KR101493782B1 - Fuel resource optimization management system using the internet - Google Patents

Abstract

The present invention relates to a wiring schedule program 10, a ship schedule program 20, an inventory forecast program 30, a low carbon status program 70, a work management program 60, a facility maintenance program 40, a weather information / And the system management program 100 can be interlinked via the main management program 200 by arranging a wiring schedule and managing the vessel schedule in accordance with the wiring schedule, It is possible to manage the standard information and manage the system together with grasping low carbon status, work management, facility maintenance and weather information / waterfall, and to manage the system from the initial contract of coal resources to shipment and unloading, It is possible to manage and control the management of the coal resources even more easily, and it is possible to more accurately and quickly realize the supply chain management of coal resources, The present invention relates to an optimal management system for fuel resources using the Internet, which can prevent competition and enhance competitive advantage as a more economical management system.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a fuel management system,

The present invention relates to an optimal management system for fuel resources using the Internet, and more particularly, to a system and method for managing an optimal management of fuel resources using the Internet, more specifically, from an initial contract of coal resources to loading and unloading and further, The present invention relates to an optimum management system for a fuel resource using the Internet.

Generally, fuel resources refer to fossil fuels such as coal, petroleum or natural gas.

In the present invention, it is defined as a fuel resource, but it can be applied to iron ore, limestone or other ore resources, and the present invention is not limited thereto.

Prior Art Documents (10-2005-0008731): A method for evaluating coal operating costs and a computer-readable recording medium recording a program for realizing the method. FIG. 1 is a block diagram showing a method of evaluating a coal operating cost according to the prior art document and a computer system for operating a coarse mixing program and a coarse mixing program for describing a computer-readable recording medium on which a program for realizing the method is recorded. . 1, the computer system includes a control unit 200, a ROM 210, a RAM 220, an auxiliary storage 230, a communication control unit 240, an input device (250), a display device (260), and the like, and these devices are connected to each other via a bus (270). The control unit 200 is responsible for the overall control of the computer system such as calculation processing and control processing. The control unit 200 drives the blending program of the operating cost evaluation system according to the prior art document to calculate the operating cost of the coal, And outputs it to the display device 260. The ROM 210 stores an operation program and a system program of the control unit 200, and can electrically erase or re-store the program if necessary. The ROM 210 also stores program parameters and status information generated in association with the running of various software programs such as a hybrid program. The RAM 220 functions as a data buffer when executing an operating program and data that is normally running, and temporarily stores data input by the input device 250. [ The auxiliary storage device 230 stores a data table for inputting the constellation of incoming coal inputted into the computer system and a data table including the names of the seed burial species, Is stored. The communication control device 240 serves as a connection interface when connecting to other terminal devices via a network. The input device 250 is used to input constellations of coal to be received, or to select main menu items, item icons, main types, auxiliary types, and the like. The display device 260 displays the main interface screen of the operating cost evaluation system, the operating cost calculated by each item indicating numerical values such as the operating cost calculated by the hybrid program, the cost of the power generation, . FIG. 2 is a flow chart showing a method for evaluating coal operating cost according to the prior art document and a method for evaluating coal operating cost according to the consumption of coal and horn to explain a computer-readable recording medium on which a program for realizing the method is recorded. As shown in FIG. 2, the user selects an admission-resilience mode among the menu icons in the main screen of the coal operating cost evaluation system (S700). The user inputs the name of the seed, the year of arrival, the car, and the receipt elasticity to be analyzed, using the data of the characteristics of the coal to be received, and stores it as database information (S702). The user selects a menu icon (operation cost or blind determination) desired to search and selects a hybrid seed (S704). Here, the hybrid coal means the main coal (quality coal) and butane species (low quality coal), which means choosing the name of each main coal and bean species, the year of arrival, and the car. When the user selects a mixed coal species, a monitoring screen for evaluating the operating cost or a monitoring screen for evaluating the coarse determination is generated according to the coal management algorithm of the coarse program of the coal operating cost evaluation system. If the user selects one of the operation cost and the mixed determination from the menu icons and selects the item icon of the selected menu icon, that is, the operating cost output in the operation cost and the mixed determination output in the mixed determination, the corresponding monitoring screen is output (S706). However, the method of evaluating coal operating cost according to the prior art document and the computer-readable recording medium recording the program for realizing the method can be used to calculate the coal from the unloading to the carburizing, combustion, It is expected that the cost of all items will be quantified so that the economic evaluation can be carried out considering the introduction price of new coal and the operating cost in a comprehensive manner. However, only the economic evaluation is evaluated. And it is not possible to realize more efficient management of fuel resources.

An object of the present invention is to provide an optimum management system for fuel resources using the Internet, which enables all processes ranging from the initial contract of coal resources to the loading and unloading, and further, .

An object of the present invention is to provide a method and apparatus for managing a supply chain of coal resources more accurately and quickly, And to provide a resource optimal management system.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A facility maintenance program for identifying the facility status and maintenance plan for each of the facilities 1 to n above and storing the maintenance status in a facility maintenance DB,

A weather information / waterfall program for identifying weather information and waterfall from the 1 to n shipments to the copper lines of the 1 to n vessels and the 1 to n establishments and storing the weather information /

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A reference information management program for storing coal resources by supply contract, transportation contract, coal type, ship, ship route,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a main management program for interlocking the wiring schedule program, the ship schedule program, the inventory forecast program, the low carbon status program, the work management program, the facility maintenance program, the weather information / Wow;

A main administrator terminal for managing the main server;

1 to n business offices connected to the main server while managing the 1 to n business establishments;

And a weather information / waterfall server linked to the main server.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And 1 to n business offices connected to the main server while managing the 1 to n business establishments.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The wiring planning program

When a supply contract for coal resources is concluded, a contract is signed with the main office and any one of the 1 to n vessels to establish a period for shipping the coal resources from any one of the 1 to n shipment sites, Establishing a period of unloading to any one of the business establishments, and storing it in the wiring plan DB via the main manager terminal, and displaying the interlocking with the main management program.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The vessel schedule program

And the wiring plan DB stored by the wiring planning program for each ship or business establishment is linked to the main management program and displayed.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The inventory forecast program

Calculating the stock and calorie amount of each of the 1 to n business establishments through the main administrator terminal, and storing the inventory and calorie amount in the inventory prospect DB and interlocking with the main management program for display.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The job management program

The operator can set the unloading plan of the coal resources for the first to nth offices while referring to the facility maintenance DB through the first to nth establishment terminals and store the unloading performance in the work management DB, The basic features of the technical structure are as follows.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The low carbon status program

The low carbon status, the low carbon and low carbon adjustment list, and the CCTV for the coal resources remaining in each of the 1 to n facilities in the yard are grasped and stored in the low carbon status DB while being displayed in association with the main management program. .

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The blast management program

A lottery plan is established to input coal resources to each of the generators 1 to n through the above-mentioned 1 to n business establishments, and the lot planes are mixed with the carburizing ratio and stored in the blending management DB to be displayed in conjunction with the main management program And it is a basic characteristic of the technical structure.

The present invention relates to a system for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

A wiring plan program for establishing a wiring plan for one to n ships loaded with coal resources at any one of the above-mentioned 1 to n ships and unloading to any one of the above-mentioned 1 to n establishments,

A ship schedule program for storing the respective schedules for the 1 to n ships in accordance with the wiring schedule established through the wiring schedule program in the ship schedule DB,

An inventory forecast program for identifying stocks and scheduled receipts for the coal resources of the 1 to n business establishments and storing them in an inventory forecast DB,

A work management program for establishing an unloading plan of coal resources for the above 1 to n facilities,

A low-carbon current program for identifying the coal and low carbon amount of remaining coal resources per yard in the 1 to n facilities,

A blast management program for establishing a cargo plan to put coal resources into each of the generators 1 to n and storing them in a blast management database,

A system management program for managing user's subscription, authority, generator and menu for each establishment and storing them in system management DB,

A main server equipped with a wiring management program, a ship schedule program, an inventory forecast program, a low carbon status program, a work management program, and a main management program for interlocking the system management program;

A main administrator terminal for managing the main server;

And a first to n-th business office network that is connected to the main server while managing the first to n-th business establishments,

The system management program

The system management DB is stored in the system management DB while being linked with the main management program to display the rights management, privilege menu management, authority management for each user, user management, business management, expiration management for each establishment, Is made a basic feature of the technical structure.

The present invention relates to a method for optimally managing a fuel resource using the Internet, wherein a supply contract for a coal resource from 1 to n shipment sites is concluded at a head office and supplied to 1 to n establishments,

Establishing a wiring plan for the first to n-th ships loading the coal resources at any one of the first to n-th shipments and unloading the shipments to one of the first to n-th establishments;

Displaying a schedule for each of the 1 to n ships in accordance with the wiring plan established through the wiring planning program;

A step of estimating an inventory of the coal resources of each of the 1 to n business establishments,

A step of recognizing the facility status and the maintenance plan for each of the facilities of the 1 to n business establishments,

A step of establishing an unloading plan for the coal resources for the 1 to n establishments and ascertaining the unloading performance,

A step of grasping a seed and a low carbon amount with respect to the remaining coal resources per yard in the 1 to n establishments,

And a step of establishing a cargo plan to mix the coal resources into the respective generators of the first to nth establishments and mixing them with the carburizing ratio.

The present invention enables all processes ranging from the initial contract of coal resources to shipment and unloading, and further to the shipment to the generators by each establishment, from everyday management to control and control so that the supply chain management of coal resources can be performed more accurately and quickly It is also effective to prevent the surcharge and the like, and to enhance the competitive advantage as a more economical management system.

According to the present invention, a transportation contract is concluded by a wiring planning program, a shipping period of coal resources is established, and then an unloading period to a business establishment is established and stored in a wiring plan DB, It is possible to establish and view the transportation contract, the loading period and the loading and unloading period all at once, and it is possible to realize more efficient transportation of coal resources as real-time sharing of the supply network.

The present invention can store a series of information from the shipment of coal resources to unloading through the wiring planning program in the wiring plan DB, thereby enabling the user in charge of the related work to more accurately and finely grasp It is effective.

The present invention has the effect that the wiring planning program can be corrected when the condition of the wiring plan DB is changed through the main manager terminal, and more accurate movement information of the coal resources can be found by real time updating according to the condition change.

The present invention has the effect of arranging the information according to the convenience of the user responsible for the related work by displaying the wiring plan DB for each ship or business establishment through the ship schedule program.

The present invention has an effect that it is possible to easily grasp detailed information about coal resources such as a shipping contract, a ship name, a name of a ship, a supplier, a quantity of heat, a quantity, a LayCan, a loading port and a loading port.

The present invention can inform the user in real time about the loading port and the sub-information of the unloading term, so that the management of the coal resource can be realized more quickly.

The present invention has the effect of more accurately grasping the characteristics of coal resources by calculating inventory and calorific value for each establishment through an inventory prospecting program, displaying it in the inventory prospect DB and displaying it.

The present invention has the effect of making it possible to utilize as a sufficient information in the supply contract of coal resources by grasping the basic inventory of each establishment by the inventory forecast program, that is, the basic inventory date, the generator, the establishment, the total inventory and the high calorific inventory.

The present invention has an effect that it can be used as useful information in the field by storing the stock prospect DB by analyzing the stock prospect of each establishment.

The present invention can display the status of each business by storing the date, the name of the ship, the name of the ship, the amount of the stock, the amount of the stock, the stock of the same day, have.

The present invention has the effect of enabling the management of more detailed information by making it possible to grasp the name of each establishment and the ship name.

The present invention has an effect of real-time understanding of inventory status due to accumulation of coal resources and the like by displaying the stock status of each business establishment while displaying it as an inventory forecast DB.

The present invention has the effect of being able to grasp the cumulative status, current inventory status, and inventory status of each generator in more detail through the inventory forecast program.

The present invention has the effect of making it easier to understand the user's situation by allowing the user to show the low sulfur gun and the number of days in stock, the date, the name of the ship, the name of the ship,

The present invention enables the management of finer coal resources to be carried out by grasping the status of shipbuilding names and ship names by respective business establishments, the receipt status of generators by respective establishments, and the cumulative status of generators by respective establishments through an inventory prospect program It is effective.

According to the present invention, graphs of inventory trends by each business site are displayed on a graph-by-date basis, so that it is possible to grasp the current status more quickly.

The present invention enables basic inventory management through an inventory prospect program, so that it is possible to more accurately reflect the situation of a site when a coal resource is contracted.

The present invention enables the inventor to understand the stock prospect of each generator by each generator through the stock prospecting program, while making it possible to understand the date, burden, ship name, and receipt corresponding to each generator, It is possible to grasp the number of days in stock, the number of days in operation, and thus, the coal resources can be mixed according to the characteristics of each generator.

The present invention has the effect of enabling the advancement of the supply rate of coal resources in advance by grasping the equipment status, maintenance plan and maintenance history for each facility by business establishment.

The present invention can reduce the failure rate for each generator by checking the detailed status of each facility by facility maintenance program, and at the same time, it is possible to control the supply rate and supply capacity of coal resources There is an effect that can be.

The present invention has the effect of grasping detailed maintenance plan inquiry for each facility by the facility through the facility maintenance program.

The present invention enables detailed inquiry of the maintenance history through the facility maintenance program, and further, it is possible to distinguish between maintenance or inspection of each facility by color, thereby enabling quick situation judgment.

The present invention is capable of securing a safe and rapid flow of a ship through a weather information / waterfall program and enabling a ship to berth in accordance with a high water level caused by high tide and low tide, thereby achieving more efficient ship management.

The present invention establishes an unloading plan for coal resources for the facilities 1 to n while referring to the facility maintenance DB and the weather information / water time DB through the work management program, and grasps the unloading performance and stores it in the work management DB. The lack of information leads to the delay in the unloading at each establishment, which can significantly reduce the phenomenon of having to pay a fixed fee, and more thoroughly grasp the status of cargo handling to ensure quick and accurate, There is an effect that the unloading can be induced.

The present invention has the effect of more thoroughly establishing the unloading plan through the work management program.

The present invention is to grasp the unloading performance to each establishment, understand the start and end as a work schedule, specify the low-carbon location, and if the coal resource is directly raised to the silo, There is an effect.

The present invention enables to know the difference between the unloading plan and the unloading performance and to know in advance the information such as the maintenance waiting time of the equipment, the waiting time of the coal resources, or the shortage of low carbon space, so that the trial and error of the transportation of coal resources can be significantly reduced There is an effect that can be done.

According to the present invention, it is possible to compare the unloading plan and the unloading performance through the work management program, and to grasp the unloading result in detail, thereby ensuring more thorough and safe unloading of coal resources.

According to the present invention, it is possible to realize a quick start-up by allowing the blast management program to be executed along with the establishment of the blast-off plan, thereby realizing the blast simulation based on the analysis of the invoice data and the incoming blast. There is an effect of enabling the input of coal resources.

The present invention has the effect of appropriately mixing high quality high quality coal resources and low cost and low efficiency coal resources to each generator by grasping unburned carbon content, consumed carbon heat amount and differential degree in the combustion management.

The present invention has the effect of grasping the moisture and calorific value for each generator as the calorific value of consumed coal, and further distinguishing it by the dry type and the soft type, so that it is possible to complete the characterization of the actually charged coal resources.

The present invention has the effect of more accurately grasping the information on the coal resources by storing and displaying the sub-granularity of the coal analysis during the coal mining management in more detail.

According to the present invention, it is possible to predicting and demonstrating the suitability of each generator in advance through simulation of the hybridization, so that it is possible to more efficiently plan a cargo plan and to ensure a more efficient generation capability.

The present invention can be established in one to three lamps according to the characteristics of each generator when establishing the lamp plan, and it is possible to instantly respond to changes in the generator environment, and it is possible to read these one, two or three lamps at any time , It is possible to improve the ability of the user to know.

The present invention refers to the simulation of blast simulation based on the analysis of invoice data and incoming shot, establishes a plan for the plan, and enables to manage the results of the plan for each generator after the run of the plan, (A / S), nighttime (n / S), daytime (D / S), daily total, It is possible to perform collective management from the planning of the car charming to the result of the car charming.

The present invention has the effect of promptly grasping and responding to unexpected environmental changes by changing and ascertaining the results of the shipbuilding of the shanty town which is incompatible with the shanty town plan.

The present invention has the effect of making it possible to more quickly grasp the mutual differences between the plan and the performance of the plan.

The present invention has the effect of analyzing, understanding, storing, and browsing the details of the low carbon status and realizing the status of each business office in the head office and every staff member in a realistic way.

The present invention has the effect that the system can be seen at a glance as a map with low fuzziness.

The present invention has the effect of enabling real-time monitoring and supervision of a person in charge by grasping detailed status and specifications of each sector through a flowchart that allows the entire yard of the low-level of profit to be seen at a glance.

The present invention has the effect that the system administrator can control the whole authority, the management of users and companies, and the generator control by each establishment through the system management program so that the leakage of indiscriminate data to the outside can be prevented and security measures can be prevented.

In the present invention, in the main office, when a supply contract for 1 to n shipments and coal resources is concluded, and the supply is made from 1 to n establishments, wiring planning, vessel schedule, inventory forecast, facility status and maintenance plan, It is possible to grasp the loading and unloading performance, to grasp the coal resources and the low carbon amount, and to plan the cargo plan and to mix it with the cargo ratio, so that the coal supply chain can be managed and controlled more quickly and accurately.

FIG. 1 is a block diagram showing a method of evaluating a coal operating cost according to the prior art document and a computer system for operating a coarse mixing program and a coarse mixing program for describing a computer-readable recording medium on which a program for realizing the method is recorded. Degree.
FIG. 2 is a flowchart showing a method for evaluating coal operating cost according to the prior art document and a method for evaluating coal operating cost according to the consumption of coal and horn to explain a computer-readable recording medium recording a program for realizing the method.
3 is a block diagram illustrating an optimal fuel resource management system using the Internet according to the present invention.
FIG. 4A is a screen showing a wiring plan applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 4B is a screen showing a registration or modification of a wiring plan applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 5 is a screen illustrating a ship schedule applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 6A is a screen displaying inventories of inventories applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 6B is a screen displaying the amount of calories from the inventory forecast applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 6C is a graph illustrating a graph of stock trends among inventory forecasts applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 6 (d) is a screen displaying the basic inventory management among stock views applied to the optimal fuel resource management system using the Internet according to the present invention.
FIG. 6E is a screen displaying a stock view by business establishment among inventory views applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
FIGS. 7A to 7F are views illustrating a facility status inquiry during facility maintenance applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 7G is a screen displaying a maintenance plan query during equipment maintenance applied to the fuel resource optimum management system using the Internet according to the present invention. FIG.
FIG. 7H is a screen displaying a maintenance history inquiry during equipment maintenance applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 8 is a screen displaying weather information applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 9A is a screen displaying a loading plan registration during job management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 9B is a screen showing a display of the unloading plan of the work management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 9c is a screen for displaying the performance record of the unloading operation during the job management in the optimum fuel resource management system using the Internet according to the present invention.
FIG. 9D is a screen displaying a result of loading and unloading of a job management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 10A is an initial screen for displaying the mixed management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIGS. 10B and 10C are graphs showing the unburned carbon contents as a subordinate to the combustion management during the coals management applied to the optimum fuel resource management system using the Internet according to the present invention. FIG.
FIG. 10D and FIG. 10E are graphs showing the consumption of carbon monoxide as a subordinate to the combustion management during the mixing control applied to the optimum fuel resource management system using the Internet according to the present invention. FIG.
FIG. 10F and FIG. 10G are graphs showing the degree of differentiation, which is a subordinate of the combustion management during the mixing management applied to the optimum fuel resource management system using the Internet according to the present invention.
FIGS. 11A and 11B are graphs showing the total moisture content as a sub-item of the analysis of the in-flight carbon during the co-financing management applied to the optimum fuel resource management system using the Internet according to the present invention.
FIGS. 11C and 11D are graphs showing sub-granularities of the analysis of ad hoc carbon in the mixed management applied to the optimal fuel management system using the Internet according to the present invention. FIG.
FIGS. 11E and 11F are views showing a sub-sample of a cargo carried out in the analysis of ad hoc cargo during the management of the mixed fuel applied to the optimal fuel management system using the Internet according to the present invention.
FIGS. 12A to 12G are graphs showing a screen of a mixed simulation during the mixing management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIGS. 13A and 13B are graphs illustrating a screen for displaying the plan of the carburizing plan during the coarse management applied to the optimum fuel resource management system using the Internet according to the present invention. FIG.
FIG. 13C and FIG. 13D are graphs showing the results of the carburizing during the coals management applied to the optimum fuel resource management system using the Internet according to the present invention. FIG.
FIG. 14A is a screen showing a display of a result of a car char during a job management applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 14B is a screen for displaying the plan / performance of the car charger during job management applied to the optimal fuel resource management system using the Internet according to the present invention.
FIGS. 15A and 15B are views illustrating a state of low carbon emission applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
FIGS. 15A to 15K are graphs illustrating a screen for displaying the low-fuels during operation management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 15L is a screen displaying a low carbon adjustment list during operation management applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 15M is a screen displaying a CCTV during operation management applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.
16A to 16E are views illustrating a reference information query applied to an optimal fuel resource management system using the Internet according to the present invention.
17A is a screen displaying a permission inquiry during system management applied to the optimal fuel resource management system using the Internet according to the present invention.
FIG. 17B is a screen displaying a permission inquiry during system management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 17c is a screen for displaying rights management for each user during system management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
17D is a screen displaying user management during system management applied to the optimal fuel resource management system using the Internet according to the present invention.
FIG. 17E is a screen displaying the management of the company during system management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
FIG. 17f is a screen displaying the management of the ventilation by the establishment in the system management applied to the optimal fuel resource management system using the Internet according to the present invention.
FIG. 17G is a screen displaying the low-fuel specification management during system management applied to the fuel resource optimum management system using the Internet according to the present invention. FIG.
FIG. 17h is a screen displaying the seedling management during system management applied to the optimal fuel resource management system using the Internet according to the present invention. FIG.
171 is a screen displaying menu management during system management applied to the optimal fuel resource management system using the Internet according to the present invention.
19 is a flowchart illustrating a method for optimally managing a fuel resource using the Internet according to the present invention.

The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the invention are shown. I can understand them better.

3 is a block diagram illustrating an optimal fuel resource management system using the Internet according to the present invention.

The present invention relates to a fuel supply system for supplying fuel to a plant (hereinafter referred to as " fuel supply system ") for supplying fuel to the first to nth establishment sites P1 to Pn by concluding a supply contract for coal resources with the first to nth shipping lanes L1 to Ln at the head office H, The resource optimal management system includes a main server 300, a main administrator terminal M for managing the main server 300, and a network connection management server 300 for managing the 1 to n business establishments P1 to Pn, And a weather information / tint server W linked to the main server 300. The weather information /

The main server 300 is managed by the main manager terminal M which is the main company H and the business entity P is managed by the main manager 300, (Yeongheung Thermal Power Plant), Yeongheung Thermal Power Plant, Yeongtong Thermal Power Plant, Yeosu Thermal Power Plant and Bundang Combined Cycle Power Generation Plant. And the weather information / waterfall server W can utilize weather information and waterfall information from a domestic weather agency server or a Japan weather agency server or the like.

According to the present invention, the main server 300 is protected by a firewall, and has a sub server if necessary. The main server 300 is configured to ship coal resources from any one of the first to n-th shipments L1 to Ln, The wiring schedule program 10 for establishing a wiring plan for the 1 to n ships B1 to Bn to be unloaded to any one of the pipelines Pn and Pn and storing them in the wiring plan DB 11, A ship schedule program 20 for storing respective schedules for the 1 to n ships B1 to Bn according to the established wiring plan in the ship schedule DB 21 and a ship schedule program 20 for storing the respective schedules for the coal resources And an inventory forecasting program 30 for storing the inventory forecasting program 30 in the inventory forecast DB 31 and the facility status and maintenance plan for each of the facilities 1 to n offices P1 to Pn, A facility maintenance program 40 for storing the facility maintenance program 40 in the DB 41, A weather information / water-based program 50 for capturing weather information and scenes from the first to the n-th workplaces P1 to Pn and storing them in the weather information / A work management program 60 for establishing an unloading plan for coal resources for the 1 to n business establishments P1 to Pn and for storing the unloading achievements in the work management DB 61, (70) for storing the coal and low carbon amount for the remaining coal resources per yard and storing it in the low carbon status database (71) and the coal resources for the generators (1 to n) (80) for storing a coal tar plan in the mixed coal management database (81) and setting the coal tar schedules to be mixed with the coal tar ratio in accordance with the supply contract, transportation contract, coal type, and ship (B) , Ship (B), and power generation results, and stores them in the reference information DB (91) A system management program 100 for managing a generator and a menu for each subscription, authority and establishment (P) of a user and storing it in the system management DB 101 and a main management program 200 are installed .

At this time, the main management program 200 includes a wiring schedule program 10, a ship schedule program 20, an inventory forecast program 30, a low carbon status program 70, a work management program 60, a facility maintenance program 40, The weather information / water-based program 50, the reference information management program 90, and the system management program 100 can be linked.

A wiring schedule program 10, a ship schedule program 20, an inventory forecast program 30, a low carbon status program 70, a work management program 60, a facility maintenance program 40, a weather information / The standard information management program 90 and the system management program 100 can be linked through the main management program 200 to create a wiring plan and manage the ship schedule accordingly, It is able to manage standard information and system management by grasping work management, facility maintenance and weather information / waterfall, and it is possible to manage system from the initial contract of coal resources to loading and unloading, Management and control can be carried out at once, so that the supply chain management of coal resources can be implemented more accurately and more quickly, and besides, To be able to lay a more competitive edge as a financial management systems.

FIG. 4A is a screen showing a wiring plan applied to the optimum fuel resource management system using the Internet according to the present invention, FIG. 4B is a view showing registration or modification of a wiring plan applied to the optimal fuel resource management system using the Internet according to the present invention, It is one screen.

As shown in FIGS. 4A and 4B, when the supply contract of the coal resources is concluded, the wiring plan program 10 transmits a contract for contracting a ship B between the head office H and one to n ships B1 to Bn Establishing a period for loading coal resources from any one of the first to nth shipping lanes L1 to Ln while establishing a period for unloading the coal resources to one of the first to nth business establishments P1 to Pn, M in the wiring plan DB 11 while interlocking with the main management program 200 for display.

The wiring schedule program 10 concludes the transportation contract and establishes the shipping period of the coal resources and then establishes the unloading period to the business establishment P so that it can be displayed while being stored in the wiring plan DB 11, It is possible to establish and view the transportation contract, the loading period and the loading and unloading period from the supply contract of the coal resources at once, thereby realizing the more efficient transportation of the coal resources as the real time sharing of the supply network.

The wiring plan program 10 is a program for managing the wiring contract, the name of the ship (B), the supply contract, the quantity of shipment, the quantity of burnts, the quantity of calories, ETA (loading date), loading port ETB (expected arrival date), loading port ETD (date of departure), number of shipping days, loading port, plant, unloading port, loading port ETA, loading port ETB , The unloading site ETD, the number of unloading days, the contents of the remarks, and the SWAP status (shipment of coal resources through two or more shipping ports to one ship B) to be stored in the wiring plan DB 11.

It is possible to store a series of information from shipment of coal resources to loading and unloading in the wiring plan DB 11 through the wiring planning program 10, thereby enabling the user in charge of related tasks to grasp more accurately and precisely can do.

The wiring planning program 10 can be changed when the condition of the wiring plan DB 11 is changed through the main manager terminal M and can more accurately know the movement of the coal resources by real time updating according to the condition change .

FIG. 5 is a screen showing a ship schedule applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 5, the ship schedule program 20 is a program for interconnecting the wiring plan DB 11 stored by the wiring plan program 10 for each ship B or business establishment P with the main management program 200 Display.

The wiring schedule DB 11 for each ship B or business establishment P is displayed through the ship schedule program 20 so that the information can be arranged according to the convenience of the user in charge of the related work.

The ship schedule program 20 is a program of the wiring schedule DB 11 stored by the wiring plan program 10 for each ship B or business establishment P, including the transportation contract, the name of the ship B, the name of the ship, The LayCan, the loading port, and the loading and unloading port in association with the main management program 200 to be displayed.

The ship scheduling program 20 makes it possible to easily grasp detailed information about the coal resources such as the transportation contract, the vessel (B) name, the name of the ship, the supplier, the quantity of heat, the quantity of water, LayCan, the loading port and the loading port.

The ship schedule program 20 is a program for loading or unloading the ship in the wiring plan DB 11 stored by the wiring plan program 10 for each ship B or business establishment P The unloading term ETA, and the unloading term ETD are linked to the main management program 200 and displayed.

It is possible to provide the user with the sub information of the loading port and the unloading port in real time, thereby realizing management of the coal resource more quickly and more rapidly.

FIG. 6A is a view showing an inventory view among inventory views applied to the optimal fuel resource management system using the Internet according to the present invention. FIG. It is one screen.

As shown in FIGS. 6A and 6B, the stock prospect program 30 calculates stock and calorie quantities for the 1 to n establishments P1 to Pn through the main manager terminal M and stores the stock and calorie amounts in the stock prospect DB 31 Interlocked with the main management program 200 for display.

It is possible to more accurately grasp the characteristics of the coal resources by calculating the inventory and calorific value for each business establishment P through the stock prospect program 30 and storing it in the inventory prospect DB 31 for display.

The inventory forecasting program 30 grasps the initial inventory for each of the 1 to n business establishments P1 to Pn through the main manager terminal M and stores it in the inventory forecast DB 31, do.

It is possible to utilize the basic inventory of each establishment (P) by the stock forecasting program (30) as sufficient information in the supply contract of coal resources by grasping the basic stock, ie, the basic stock date, the generator, the establishment (P), the total inventory, do.

The inventory forecasting program 30 grasps the stock prospects for each of the 1 to n business establishments P1 to Pn through the main manager terminal M and stores the stock prospects in the stock prospect DB 31, do.

The inventory forecast for each business establishment (P) is obtained and stored in the inventory forecast DB 31 so that it can be used as useful information in the field.

The inventory forecasting program 30 is a program for collecting inventory information for each of the 1 to n business establishments P1 to Pn through the main manager terminal M, The state of each generator is stored in the inventory forecast DB 31, and is linked with the main management program 200 for display.

(B), stock amount, amount of use, stock of the same day, number of stock days, or status of each generator as inventory by business establishment (P) is displayed in the inventory forecast DB (31) It is possible to more accurately grasp the current situation.

The inventory forecasting program 30 calculates the stock value of each of the business establishments P1 to Pn in the order of the sanitary and shipbuilding names ) Is stored in the inventory forecast DB 31, and is linked with the main management program 200 for display.

(B) by each business establishment (P), it becomes possible to manage more detailed information.

The inventory forecasting program 30 calculates the stock status of the generators for each business establishment P as a lower level of the stock amount when the inventory for each of the 1 to n business establishments P1 to Pn is calculated through the main manager terminal M, 31), and interlocked with the main management program 200 for display.

It is possible to grasp in real time the inventory status through accumulation of the stock of coal resources by displaying the stock status of each business establishment (P) by storing it in the inventory forecast DB (31).

The inventory forecasting program 30 calculates the cumulative status of generators for each business establishment P as a lower amount of usage when the inventory for each of the 1 to n business establishments P1 to Pn is calculated through the main manager terminal M, 31 and stores it in association with the main management program 200 and displays the inventory for each of the 1 to n business establishments P1 to Pn through the main manager terminal M, The inventory status of the present day generator is stored in the inventory forecast database 31 and is displayed in conjunction with the main management program 200 to be displayed on the inventory management system The inventories are stored in the inventory forecast DB 31 as the lower part of the inventory days for each business establishment P and are displayed in association with the main management program 200. [

The inventory forecast program (30) can be used to provide more detailed information on the cumulative status, daily inventory status, and inventory date of each generator (P) by each establishment (P).

The inventory forecasting program 30 calculates the number of low sulfur guns and the number of inventory days as a lower part of the current status of each generator when the inventories for the 1 to n business establishments P1 to Pn are calculated through the main manager terminal M, (B), the amount of the ship (B), the amount of the ship (B), and the number of shipments And stores the heat quantity in the inventory forecast DB 31, and displays the heat quantity in association with the main management program 200. [

The inventory forecast program 30 allows the user to understand the status of the user more easily by displaying the low sulfur gun and the number of days in stock, the date, the name of the tank, and the name of the ship (B)

The inventory forecasting program 30 allows display in descending order or ascending order by date, making it more convenient for the user to grasp the current situation.

The stock forecasting program 30 calculates the quantity of calories for each of the business establishments P1 to Pn by calculating the calorific value for each of the business establishments P1 to Pn through the main manager terminal M, ) Is stored in the inventory forecast DB 31 and displayed in association with the main management program 200 to calculate the calorific value for each of the 1 to n establishments P1 to Pn through the main manager terminal M (P) as a subordinate of the stock amount to be stored in the inventory forecast DB 31 while being linked with the main management program 200 to be displayed, and from 1 to n When the calorific value for each business establishment (P1 to Pn) is calculated, cumulative statuses of generators for each business establishment (P) as a lower usage amount are stored in the inventory forecast DB (31) and displayed in association with the main management program (200).

The inventory forecast program (30) is used to identify the status of the ship's name and ship (B) by each business site (P), the receipt status of the generator by each business establishment (P), and the cumulative status of the generator Thereby enabling the management of more sophisticated coal resources.

FIG. 6C is a graph showing a graph of stock trends among inventory forecasts applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 6C, when the stock trend program for each of the 1 to n business establishments P1 to Pn is calculated through the main manager terminal M, the stock prospect program 30 graphs the inventory days for each day, 31 and stores the same in the main management program 200 and displays the inventory trends for the first through n business establishments P1 through Pn through the main manager terminal M, It is possible to simultaneously display the number of days of inventory stock and the number of operational inventory days at the time of interlocking with the main management program 200 while storing the data in the inventory forecast DB 31.

It is possible to grasp the current status more quickly by showing the graph of the inventory trend by each establishment (P) by date.

FIG. 6D is a screen for displaying basic inventory management among stock views applied to an optimal fuel resource management system using the Internet according to the present invention.

6D, the stock prospect program 30 is a basic inventory management for each of the 1 to n business establishments P1 to Pn through the main manager terminal M as a basic inventory date, a generator, a business establishment P, The high-calorie inventory is identified and stored in the inventory forecast DB 31, and displayed in association with the main management program 200, and displayed on the main manager terminal M, The quantity and the average calorie as the lower part of the stock are grasped and stored in the inventory forecast DB 31 while being interlocked with and displayed in the main management program 200 and displayed in the 1 to n business establishments P1 to Pn through the main manager terminal M, The quantity as a subordinate of the high calorie inventory of the star stock inventory management is obtained and stored in the inventory forecast DB 31 and displayed in association with the main management program 200.

The Inventory Prospecting Program (30) enables the basic inventory management to reflect the situation of the plant more accurately when contracting the coal resources.

FIG. 6E is a screen showing an inventory view for each business establishment (P) among the inventory forecasts applied to the optimal fuel resource management system using the Internet according to the present invention.

6E, the stock prospect program 30 grasps the stock prospect for each generator in one of the business establishments P1 through Pn of the first through n-th business establishments P1 through Pn via the main manager terminal M, (P) of the first to n-th business establishments (P1 to Pn) through the main manager terminal (M) The business name of the ship B and the receipt of the ship B are stored in the inventory forecast DB 31 and are displayed in conjunction with the main management program 200 to be displayed. The inventory quantity, the inventory quantity, the number of inventory days, and the number of operational inventory days corresponding to the generators in any one of the establishments P are stored in the inventory forecast DB 31 and displayed in association with the main management program 200.

(B) and the goods receipt corresponding to the respective generators, as well as to understand the stock prospect of each generator (P) at each establishment through the inventory forecast program (30) It is possible to grasp the usage amount, the amount of inventory, the amount of stock, the number of days in stock, and the number of days in operation, thereby enabling the mixing of coal resources according to the characteristics of each generator.

7A to 7F are views showing a facility status inquiry during equipment maintenance applied to the optimal fuel resource management system using the Internet according to the present invention.

7A to 7F, the facility maintenance program 40 stores facility status, maintenance plan, and maintenance history for each facility of the first to n business establishments P1 to Pn through the establishment terminal T as a facility maintenance DB (41), and causes the main management program (200) to interlock with the display.

It is more desirable to grasp the facility status, maintenance plan and maintenance history for each facility by the establishment (P), in order to control the supply rate of coal resources in advance.

The facility maintenance program 40 stores the area and low carbon capacity of each low yard as the facility status of each facility of the 1 to n business establishments P1 to Pn through the establishment terminal T in the facility maintenance DB 41, The capacity of the pump (Coil Pile Spray Pump), the pressure of the pump, and the consumption of the motor as the facility status of each facility of the first to nth establishment (P1 to Pn) through the establishment terminal (T) Power and motor types are stored in the facility maintenance DB 41 while being linked with the main management program 200 and displayed on the basis of the equipment statuses 1 to n for each facility of the 1 to n business establishments P1 to Pn Pressure, number and sprinkling range of the monitor (Coal pile Spray Monitor) in the facility maintenance DB 41 while causing it to be displayed in association with the main management program 200, Each of the offices (P1 to Pn) The number of stackers / reclaimers (stacker / reclaimer), the loading speed, the carburizing speed, the boom moving speed, the rotating angle, the turning radius, and the moving speed are stored in the facility maintenance DB 41 The number of continuous ship unloaders (CSUs), the capacity, and the number of continuous ship unloaders (CSUs) as facility statuses for respective facilities of the first to nth business establishments P1 to Pn through the establishment terminal T by interlocking with the main management program 200, The bucket volume, the bucket quantity, and the bucket speed are stored in the facility maintenance DB 41 while being linked with the main management program 200 to be displayed, and the 1 to n establishments P1 to Pn are set via the establishment terminal T, The specifications of the screen, the crusher, the coal conveyor (Coal Tripper), the belt capacity (Belt Weigh Feeder), and the bunker capacity are stored in the facility maintenance database 41 In association with the main management program 200, The screen of the facility status of each facility of the 1 to n business establishments P1 to Pn through the establishment terminal T is used to display specifications of the model, quantity, capacity, density and moisture content in the facility maintenance DB 41 And displays the coal handling facility Belt specification as the facility status for each of the facilities of the 1 to n business establishments P1 to Pn through the establishment terminal T through the facility maintenance DB (Coil Silo) capacity as the facility status for each of the facilities of the first to n business establishments (P1 to Pn) through the establishment terminal (T) (Blending Bin), Setting Pond (Vulnerable Screen), Vibrating Screen, and Coal Tripper are stored in the facility maintenance DB 41 and linked to the main management program 200 To display (Dozer), Junction [1], and [2] as facilities status of facilities 1 to n (P1 to Pn) through establishment terminal (T) Junction House (J / H); M / S (Coil Scale), M / R (Motor Belt Conveyor Motor Room), R / C (Conveyor Belt Chute) (T) of the main management program 200 while storing the specifications of H (Reclaimer Hopper), CFW (Constant Feed Weigher) and B / C (Belt Conveyor) in the facility maintenance DB 41, (1) to (n-1) to (n-1) to (n-1) through (n) are stored in the facility maintenance database 41 as a facility status for each facility in the 1 to n business establishments P1 to Pn, And stores the specifications of the cargo handling equipment, storage facility, coking facility, and discharge facility for each generator in the facility maintenance DB 41 as the facility status for each of the facilities of the 1 to n business establishments P1 to Pn via the establishment terminal (T) The main management program 200, And is linked to the main management program 200 while storing the main specifications of the unification equipment as the equipment status of each of the facilities of the 1 to n establishments P1 to Pn through the establishment terminal T in the facility maintenance DB 41 Display.

The facility maintenance program (40) can be used to identify the detailed status of each plant (P), thereby reducing the failure rate for each generator. At the same time, the supply rate of coal resources The supply capacity can be adjusted in advance.

FIG. 7G is a screen displaying a maintenance plan query during equipment maintenance applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 7G, the facility maintenance program 40 is a maintenance plan inquiry for each facility of the first to n business establishments P1 to Pn through the establishment terminal T, and includes the order number, the establishment P, The maintenance period, the uniqueness, the agreement, the completion, and the deletion are stored in the facility maintenance DB 41 and displayed in association with the main management program 200.

The facility maintenance program 40 makes it possible to grasp the maintenance plan inquiry for each facility by the business establishment P in detail, which is more preferable.

FIG. 7H is a screen showing a maintenance history inquiry during equipment maintenance applied to the fuel resource optimum management system using the Internet according to the present invention.

7H, the facility maintenance program 40 is a maintenance history inquiry for each facility of the first to nth business establishments P1 to Pn through the establishment terminal T, in order of the order number, the establishment P, the name of the facility, The maintenance period and the unusual matters are stored in the facility maintenance DB 41 and are displayed in association with the main management program 200 and displayed for each facility of the first to n business establishments P1 to Pn through the establishment terminal T It is possible to distinguish between maintenance and inspection by color. If it is under maintenance for each facility of 1 ~ n business establishments (P1 ~ Pn) through the establishment terminal (T) .

The facility maintenance program 40 enables a detailed inquiry of the maintenance history, and further, it is possible to distinguish between maintenance or inspection of each facility by color, thereby enabling quicker situation judgment.

FIG. 8 is a screen displaying weather information applied to the optimal fuel resource management system using the Internet according to the present invention.

8, the weather information / watering program 50 is transmitted from the first to nth shipments Ll to Ln through the weather information / waterfall server W linked to the main server 300, Bn) and the weather information and the waterfall from the first to n business establishments P1 to Pn are detected and stored in the weather information / water time database 51 to be displayed in association with the main management program 200, (L1 to Ln) and 1 to n establishments (P1 to Pn) via the weather information / flooding server (W) linked to the main server (300) the water level in accordance with the high tide and the low tide of the water is graphically displayed by date and stored in the weather information / water time database 51 so that any one of the ships B1 to Bn can be seen, I will.

It is possible to secure a safe and quick copper line to the ship B through the weather information / watering program 50 and enable the berthing of the ship B in accordance with the high water level according to high tide and low tide, .

FIG. 9A is a screen displaying the unloading plan registration in the job management applied to the optimal fuel resource management system using the Internet according to the present invention.

9A, the work management program 60 refers to the facility maintenance DB 41 and the weather information / schedule DB 51 through the 1 to n business offices T1 to Tn, (Pn), and stores the result in the work management DB 61. The main management program 200 displays the unloading plan in the work management DB 61, The number of CSUs, number of vessels / shipments, berths, operation period, plan number, vessel (B), berth, berth, LAYTIME, loading capacity, CSU (1) to (n-1), (2), (3), (4) and (5) Pn), which is located in one of the establishments (P) The unloading plan for night, operation period, plan number, vessel (B), dock, berth, laydime, loading capacity, CSU utilization, CSU number, night 1 work time, And displays the maintenance plan in the facility maintenance DB 41 as the facility name, the maintenance period, and the maintenance items.

The unloading plan of coal resources for the 1 to n business establishments P1 to Pn is established with reference to the facility maintenance DB 41 and the weather information / schedule DB 51 via the work management program 60, It is possible to remarkably reduce the phenomenon in which the unloading in each business establishment P is delayed due to lack of information and the payment of the fee for the fixed fee is made due to the lack of information due to interlocking with the main management program 200 while being stored in the work management DB 61, It is possible to grasp the cargo status more thoroughly and to induce the stocking of coal resources to the establishment (P) more quickly, accurately and safely.

FIG. 9B is a screen for displaying the unloading plan query in the job management applied to the optimal fuel resource management system using the Internet according to the present invention.

9B, the work management program 60 includes the work management DB 61 as the unloading plan including the order number, the business establishment P, the car number, the name of the ship B, the quay, the name of the burial species, The schedule date and time, the work start date / time, and the work end date / time as the subordinate of the scheduled date of unloading in the unloading plan of the work management DB 61 I will.

The unloading plan can be more thoroughly established through the job management program 60. [

At this time, the plan can be linked so that the document file stored in the work management DB 61 can be loaded, and the loading and unloading performance is achieved through the performance registration when the work is completed, .

Preferably, the work management program 60 is capable of searching by any one of the 1 to n establishments P1 to Pn, the scheduled date of unloading, the name of the ship B, the number of the car, Pn in accordance with the unloading plan and records the unloading performance as the unloading performance and stores it in the work management DB 61 so as to display it in association with the main management program 200. [

FIG. 9C is a screen displaying the unloading performance registration in the job management in the fuel resource optimum management system using the Internet according to the present invention.

As shown in FIG. 9C, the unloading performance of the first to nth business establishments P1 to Pn is recorded as a job schedule, an exclusion time, an unloading time, a CSU utilization rate, a capacity, a low carbon location, And stores the results of unloading of the first to n business establishments P1 to Pn in the work management DB 61 by inputting the start and end as the subordinate of the job schedule, The results of loading and unloading of the first to nth business establishments P1 to Pn are displayed as a low-carbon position, and in addition to the yard name, in the case of direct carburizing in the silo of the generator, DB 61 so that it can be linked with the main management program 200 for display.

It is possible to grasp the unloading performance to each establishment (P), to understand the start and end as the work schedule, and to specify the low coal position and to raise the coal resources directly to the silo, do.

The work management program 60 inputs the difference as the difference of the unloading plan and the unloading performance and stores it in the work management DB 61 and interlocks with the main management program 200 to display it, And can be expressed as a shortage of atmospheric air or low carbon space.

It is possible to reduce the trial and error of transportation of coal resources by making it possible to know the difference between the unloading plan and the unloading performance and to know the waiting time of equipment, .

FIG. 9D is a screen for displaying an unloading result inquiry during job management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in Fig. 9D, the job management program 60 causes the display of the unloading result based on the unloading plan and the unloading performance stored in the job management DB 61 to be displayed in association with the main management program 200, (P), a car number (P), a ship number (B) or a ship name (P), a scheduled date of unloading, a car number B) name, voodoo, burial name, loading quantity, scheduled date of unloading, plan, and unloading performance so as to be displayed in association with the main management program 200. The date / time, berth date / The start date / time, and the end date / time to be displayed in association with the main management program 200.

It is possible to compare the unloading plan and the unloading performance through the work management program 60 and to grasp the details of loading and unloading results in detail so as to ensure more thorough and safe unloading of coal resources.

FIG. 10A is an initial screen for displaying the coarse management applied to the optimal fuel resource management system using the Internet according to the present invention.

10A, the coarse management program 80 establishes a cargo plan for inputting coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn And is stored in the blast furnace management DB 81 while being linked with the main management program 200 to display the blast furnace plan through the blast simulation and the blast simulation is performed based on the invoice data and the analysis of the incoming blast furnace It is possible.

In addition, it is possible to carry out the blast simulation with the blast management program (80), so that the blast simulation can be carried out based on the analysis of the invoice data and the shot blast, It is possible to input coal resources.

FIGS. 10B and 10C are graphs showing the unburned carbon contents of the sub-combustion management during the co-financing management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 10B and 10C, the unburned carbon content, the amount of burned carbon and the degree of differentiation of the unburned carbon are collected and stored in the coarse management DB 81, and displayed in association with the main management program 200, (N / S) and daytime (D / S) as subordinate to fly ash for each of the 1 to n establishments P1 to Pn through the 1 to n business offices T1 to Tn, And the afternoon (A / S), and compares the daily performance and the daily average of the collected time with the daily average, stores it in the blast management database 81, and displays it in association with the main management program 200 .

In the combustion management, the unburned carbon content, the calorific value of the burned coal, and the degree of the differentiability can be grasped, which makes it possible to appropriately mix high quality and low cost coal resources with each generator.

FIG. 10D and FIG. 10E are graphs showing the consumption of carbon monoxide as a subordinate to the combustion management during the mixing control applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 10D and 10E, the amount of calories consumed is obtained by grasping the amount of water and heat per day for each of the generators 1 to n (P1 to Pn) through the 1 to n office terminals T1 to Tn Is stored in the chaebol management database 81 and linked to the main management program 200 for display and is stored in the chaebol management database 81 in a dry and a training manner as a lower calorie and is linked to the main management program 200 .

It is possible to grasp the moisture and calorific value for each generator as the consumed calorific value and further to distinguish it by the dry type and the argument type in order to complete the characterization of the actual input coal resources.

FIG. 10F and FIG. 10G are graphs showing differentials that are subordinate to the combustion management during the blending management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 10F and 10G, the degree of differentiation is calculated by multiplying the seeding and mixing ratio of each of the 1 to n business establishments P1 to Pn by the differentiator and coal flow rate (Ton / hr), outlet temperature, Deflector Vane (RPM / opening degree), and differential degree (mesh,%) are stored in the blast management database 81 and displayed in cooperation with the main management program 200, The analysis of the components of the resources can be made more thoroughly.

FIG. 11A and FIG. 11B are graphs showing the total moisture content as a subordinate to the analysis of incoming coal during the coarse management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 11A and 11B, the incoming shot shot analysis is performed by analyzing the total moisture, the size and the unloaded sample through the 1 to n business office terminals T1 to Tn and storing the same in the blending management DB 81, ) To be displayed.

The total amount of water is preliminarily dried and heat-treated according to the capacity, according to the day of unloading, unloading, unloading start date, and unloading end date for any one of 1 to n business establishments (P1 to Pn) The drying is detected and stored in the blast cleaning management database 81 and displayed in conjunction with the main management program 200 to be displayed on the basis of the container weight, The weight, the sample weight, the dry weight, the weight loss, and the drying rate are determined and stored in the coarse management DB 81 while being interlocked with the main management program 200 and displayed through the first to nth establishment terminals T1 to Tn The weight of the container, the total weight, the weight of the sample, the weight of the dry weight, the amount of weight loss, and the drying rate for each of the subordinate capacities as the subordinate factors of heat drying are identified and stored in the submergence management database 81, and displayed in association with the main management program 200, 1 to n (B), the date of shipment, the amount of stock, the fuel classification, and the date of loading and unloading from the chaebol management DB 81 through the establishment terminals T1 to Tn, (200).

By analyzing the total moisture, the grain size and the unloading sample through the 1 to n business office terminals (T1 to Tn) as the incoming coal analysis, it is possible to grasp the detailed characteristics of the coal resources.

FIG. 11C and FIG. 11D are graphs showing the granularity which is a subordinate to the analysis of the incoming carbon in the mixed management applied to the optimal fuel management system using the Internet according to the present invention.

As shown in FIGS. 11C and 11D, the particle size of any one of lanes 1 to n business establishments P1 to Pn is identified through the 1 to n business establishments T1 to Tn, (1) through (n) of the business establishments P1 to Pn through the 1 to n business establishments T1 to Tn, while being stored in the main management program 200, The weight and percentage (%) of the weight and the percentage (%) with respect to the weight of the mixed material are stored in the coarse management DB 81, (200 mesh, 60 mesh) for each of the 1 to n business establishments (P1 to Pn) through the 1 to n business establishments (T1 to Tn) in association with the management program (200) And is stored in the blind management DB 81, and displayed in association with the main management program 200, (20 to 20 mm) for each of the 1 to n business establishments (P1 to Pn) through the n business office terminals (T1 to Tn) and stored in the blind management database (81) (P), the name of the ship, the name of the ship (B), the date of shipment, the quantity of goods received, the classification of the fuel, the unloading of the cargo from the cargo management DB 81 via the 1 to n business offices T1 to Tn (Not yet created or unloaded) is read and linked with the main management program 200 for display.

It is possible to more accurately grasp the information on coal resources by storing and displaying the sub-granularity of the coal analysis in detail while analyzing the coal particles in detail.

FIGS. 11E and 11F are graphs showing a load-unloading sample which is a subordinate to the analysis of the incoming coal during the co-financing management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in Figs. 11E and 11F, the unloading sample is transferred from the hatch management DB 81 through the 1 to n business office terminals T1 to Tn to the establishment P, the livestock, The acceptance criterion is read and displayed in association with the main management program 200. In this case, the basic formula grasps the intrinsic moisture, calorie, and sulfur content for each subunit and displays it in association with the main management program 200, The amount of heat, and the amount of sulfur in the sub-capacity can be detected and displayed in conjunction with the main management program 200, and the acceptance criterion can display the total moisture, calorie, and sulfur content in association with the sub-capacity in association with the main management program 200.

The loading and unloading samples are transmitted from the chaebol management DB 81 through the first to nth establishment terminals T1 to Tn to the order number, the lane, the establishment P, the name of the ship, the name of the ship B, the date of shipment, (Not yet created or unloaded) is read and linked with the main management program 200 for display.

FIGS. 12A to 12G are graphs showing a simulation of the mixed-coal management during the mixing management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 12A and 12G, in the case of the hybrid simulation, it is necessary to grasp the stock amount, the heating value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability, Defective, or normal is interlocked with the main management program 200 to be predicted and displayed.

The hybrid simulation can predict and demonstrate the suitability of each generator in advance, so that more efficient streamlining can be planned and more efficient generation capability can be guaranteed.

FIGS. 13A and 13B are views showing a plan of a carburizing plan during the hybrid management applied to the optimum fuel resource management system using the Internet according to the present invention. FIG.

As shown in FIGS. 13A and 13B, the supercharging plan can be classified into three types, namely, the type of mixing ratio for each generator of one of the 1 to n business establishments P1 to Pn through the 1 to n business establishments T1 to Tn, And the total amount of nonvolatile matter and calorie by the dispenser and the dispenser, and stored in the coarse management DB 81, and displayed in association with the main management program 200, and prepare the plan in one eye 2 or 3 eyes Date, office (P), generator, change plan (1 plan, 2 planes, 3 planes) from the blueprint management DB 81, while being stored in the blueprint management DB 81 And is linked with the main management program 200 for display.

It is possible to establish instantaneous response according to the change of the generator environment by establishing one to three lamps according to the characteristics of each generator at the time of establishing the lamp plan, and to be able to read these 1, 2 and 3 lamps at any time, So that it is possible to improve the knowing ability.

FIG. 13C and FIG. 13D are graphs showing a result of the carburizing management performed during the coarse management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIGS. 13C and 13D, the blending management program 80 executes the shots according to the shotgun plan established with reference to the invoice data and the blast simulation based on the analysis of the shot blast, To-n business establishments P1 to Pn are stored in the blast management database 81 and linked with the main management program 200 to display the results. , The type of cargo, the day before afternoon (A / S), the nighttime (n / S), the daytime (D / S), and the daily composite, (Tonnes) and percentages (%) for each generator as a subordinate to the daily synthesis (A / S), night (n / S), day (D / S) And displays it in association with the main management program 200. [

The simulation of the blast furnace based on the combustion management and the analysis of the incoming shot is established, and the schedule of the air pollution can be established, and the result of the pollution of each generator can be managed by the establishment (P) It is divided into the weight and the percentage of the burnt seeds for each generator, the day and night, the day (n / S), day (D / S) 81, and displayed in conjunction with the main management program 200, it is possible to perform a batch management from the plan of car charming to the result of car charming.

At this time, if the car char is not executed in accordance with the car charming plan, the car char result is stored in the car charming management database 81 by modifying the car char result, and displayed in association with the main management program 200, (A / S), nighttime (n / S), daytime (D / S), daytime (A / S) And the application date are stored in the chaebol control database 81, respectively, while being linked with the main management program 200 to be displayed.

It is possible to identify the unexpected changes in the environment by instantly grasping the results of the shanty towns of Shanxi, which are inconsistent with the plan for the rescue plan.

FIG. 14A is a screen displaying a result of a job chartering result during job management applied to an optimal fuel resource management system using the Internet according to the present invention. FIG.

As shown in FIG. 14A, the carburst results are simultaneously stored in the job management DB 61 by the job management program 60, linked with the main management program 200 for display, The data can be stored and read at the same time.

FIG. 14B is a screen displaying the plan / performance of the car charger during the job management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 14B, the job management program 60 compares the cargo plan and the car char results, and simultaneously stores the car char plan / performance in the job management DB 61, It is possible to make it possible to grasp the mutual differences more quickly by displaying the plan and the results of the flight plan.

FIGS. 15A and 15B are views showing a low carbon state applied to the fuel resource optimum management system using the Internet according to the present invention.

As shown in FIGS. 15A and 15B, the low carbon status program 70 identifies the low carbon status, the low carbon rank, low carbon regulated list, and the CCTV for the remaining coal resources per yard in the first to nth establishments (P1 to Pn) It is possible to more accurately grasp the low carbon status and the like of each business establishment P by the yard by interlocking with the main management program 200 while storing it in the DB 71.

At this time, the low carbon status is displayed in association with the main management program 200 while the low carbon status database 71 stores the denomination, the car number, the inventory and the status of each yard in the 1 to n business establishments P1 to Pn , And stored in the low carbon state database 71 as the low carbon state database 71 and stored in the main management program 200 in each of the 1 to n business establishments P1 to Pn for each generator, the car number, the stock, the date of receipt, And displays it in association with the main management program 200 while storing it in the low carbon state DB 71, and displays the name of the berth vessel B, the number of the ship, the stock, the date of receipt, the amount of heat, the sulfur content, .

The details of the low-carbon status will be analyzed, understood, stored, and browsed so that the state of each establishment (P) can be understood in the headquarters (H) and all the persons in charge.

FIGS. 15A to 15K are graphs showing a display of the low tariff among tasks managed in the fuel resource optimum management system using the Internet according to the present invention.

As shown in FIGS. 15A to 15K, the low-tinting is performed by interlocking with the main management program 200 while storing the flowchart sorted by yard sectors in the 1 to n business establishments P1 to Pn in the low- do.

The system diagram is more preferable in that it can be seen at a glance as a single map (Map).

At this time, in each of the sectors, low carbon position and inventory amount are displayed in association with the main management program 200, and when any one of the sectors of the flowchart is selected, And each sector of the flow chart is displayed in interlock with the main management program 200 so that it can be recognized as zero, deficiency or excess with respect to the stock volume by color. In case of white, In contrast, when the color is black, the main management program 200 is displayed so as to be recognized as exceeding the stock volume.

Through a systematic diagram that allows you to see the entire yard of low-leaning at a glance, detailed status and specifications of each sector can be grasped at once, enabling real-time surveillance and supervision of personnel.

FIG. 15L is a screen displaying a low carbon adjustment list during operation management applied to the fuel resource optimum management system using the Internet according to the present invention.

As shown in FIG. 15L, the low carbon adjustment list identifies order numbers, lanes, low carbon positions, burials, pre-change inventory amounts, adjustment amounts, post-change inventory amounts, adjustment reasons, The low-carbon state DB 71 and interlocked with the main management program 200 so as to enable the adjustment and correction according to the change in the environment of low-leaning.

FIG. 15M is a screen displaying the CCTV during job management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 15M, the CCTV photographs each yard of the 1 to n business establishments P1 to Pn and stores it in the low carbon status DB 71, displays it in cooperation with the main management program 200, and performs a more realistic check And can be implemented.

16A to 16E are views showing a reference information inquiry applied to the fuel resource optimum management system using the Internet according to the present invention.

As shown in Figs. 16A to 16E, the reference information management program 90 is configured to determine a contract type, a contract number, a contract name, a supplier name, a total contract amount, a valid period start date, (B) code, ship date (B), date of construction, type of ship (B), ball speed, and bust speed Is stored in the reference information DB 91, and displayed in association with the main management program 200. The coal type, seed type, burial species, and source station for coal resources are stored in the reference information DB 91, (B) code, the name of the ship (B), the date of construction, the form of the ship (B), the ball speed, and the ball speed of the ship (B) by the management program (200) In association with the main management program 200, And is linked to the main management program 200 while storing the number of waiting days for the port of departure in the reference information DB 91 in accordance with the route, the route name, the route name, the departure port name, the departure port name, the destination port name, Display, and can be usefully used as a reference material when establishing contracts for supplying coal resources, wiring schemes, and coal mining plans.

17A is a screen displaying a permission inquiry during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17A, the system management program 100 is a system management program for managing rights, managing menus by authority, managing rights for each user, managing users, managing companies, managing resources for each establishment (P), managing low- Is linked with the main management program 200 to be displayed, while being stored in the system management DB 101.

Through the system management program (100), the entire authority, user and business management, and generator management by each business establishment (P) are controlled so as to prevent unauthorized leakage of data to the outside.

The authority management allows the authority to be controlled as authority by displaying the authority name, description, creator, creation date, and modification / deletion in association with the main management program 200 while being stored in the system management DB 101. [

FIG. 17B is a screen displaying a permission inquiry during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17B, the menu management for each authority is classified into a system management DB 101 (FIG. 17) by a wiring plan, a vessel schedule, an inventory view, a low carbon status, a work management, a facility maintenance, ) To be displayed in conjunction with the main management program 200 so that the entire menu can be clearly controlled.

FIG. 17C is a screen for displaying rights management for each user during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17C, the rights management for each user is divided into the order number, the establishment (P), the inside / outside, and the user name and stored in the system management DB 101, linked with the main management program 200, (P) and the division of users so that more systematic management can be applied.

FIG. 17D is a screen for displaying user management during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

17D, the user management includes a business name (P) name, a business name, an ID, a password, a contact name, a use state, an author, and the like for each business entity, business entity, and user name It is stored in the system management DB 101 and displayed in association with the main management program 200 so that security can be thoroughly maintained.

FIG. 17E is a screen displaying a company management in system management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17E, the business management is divided into a business name (P) name, a business name, a telephone number, a creator, and a creation date of any one of the 1 to n business establishments P1 to Pn and stored in the system management DB 101, To be displayed in conjunction with the management program 200, and to secure the communication network of the establishment P. [

FIG. 17F is a screen displaying the management of the air-conditioner for each business establishment (P) during system management applied to the optimum fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17F, the airborne management for each business establishment P is divided into a business establishment P, a user name, a use status, a creator, and a preparation date and is stored in the system management DB 101 and linked to the main management program 200 So that the management of each generator can be more thoroughly carried out.

FIG. 17G is a screen for displaying the low-fuel specification management during system management applied to the fuel resource optimum management system using the Internet according to the present invention.

As shown in FIG. 17G, the low-leaning specification management is divided into the name of the establishment (P), the name of the facility, the name of the area, the low-carbon capacity, the use status, the creator and the creation date and stored in the system management DB 101 So that the user can understand the low-fuel environment.

FIG. 17H is a screen displaying the seedling management during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

As shown in FIG. 17H, the seedling management is divided into the system management DB 101 by dividing the name of the establishment (P), the name of the seedling, the name of the seedling, the type of the seedling, So that it can be displayed more reliably.

FIG. 17I is a screen displaying menu management during system management applied to the optimal fuel resource management system using the Internet according to the present invention.

17I, the menu management is divided into a menu name, a path, a description, an order, a menu width on the screen, and a left position on the screen, and is stored in the system management DB 101, To ensure accessibility on the screen.

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business offices T1 to Tn which are connected to the main server 300 through a network while managing the business offices P1 to Pn.

At this time, the main server 300 further includes a facility maintenance program 40 for identifying the facility status and maintenance plan for each facility of the first to n business establishments P1 to Pn and storing the facility status and the maintenance plan in the facility maintenance DB 41, The facility maintenance program 40 can be linked by the main management program 200. [

The main server 300 determines the weather information and the water flow from the first to nth shipments L1 to Ln to the copper lines of the first to n ships B1 to Bn and the first to nth establishments P1 to Pn The weather information / watering program 50 is linked with the main management program 200, and the weather information / watering program 50 is stored in the weather information / And may further include the linked weather information / waterfall server W.

The main server 300 stores the coal resources in the reference information DB 91 separately for each supply contract, transportation contract, coal type, ship B, ship B, And the reference information management program 90 can be linked with each other by the main management program 200. [

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn and the wiring plan program 10 is connected to the main server 300 through a network , A period for shipping coal resources from any one of the first to nth shipping lanes (L1 to Ln) is established while concluding a transportation contract with a ship (B) of the main office (H) and one to n ships (B1 to Bn) And establishes a period of unloading to any one of the 1 to n business establishments P1 to Pn and stores it in the wiring plan DB 11 via the main manager terminal M so as to be displayed in association with the main management program 200 .

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn and the ship schedule program 20 is provided for each ship B or business establishment P, the wiring plan DB 11 stored in the wiring plan program 10 can be linked to the main management program 200 and displayed.

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn, and the inventory prospect program 30 is connected to the main server 300 via the main administrator terminal M The inventory and calorific value for each of the business establishments P1 to Pn can be calculated and stored in the inventory forecast DB 31 and displayed in association with the main management program 200. [

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn and the job management program 60 includes 1 to n business units T1 to Tn, (Tn), establishing an unloading plan for the coal resources for the first to n business establishments (P1 to Pn) while referring to the facility maintenance DB 41 and storing the unloading performance in the work management DB 61, 200) to be displayed.

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); N business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn in the first to nth offices P1 to Pn, The low coal, low carbon adjustment list, and CCTV with respect to the remaining coal resources per yard can be grasped and stored in the low carbon status database 71 and displayed in association with the main management program 200. [

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business establishments T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn. The confusion management program 80 includes 1 to n business units T1 to Tn, Tn) to establish coal plans for charging coal resources to the respective generators 1 to n (P1 to Pn) and to mix the coal resources with the coal tar ratio and store them in the coal management DB 81, So that it can be displayed.

According to another embodiment of the present invention, a supply contract for a coal resource is concluded with the first to nth shipping lanes L1 to Ln at the head office H, In the management system, the first to n ships (B1 to Bn) that load coal resources at any one of the first to nth shipments (L1 to Ln) and unload them to any one of the first to nth establishments (P1 to Pn) The wiring schedule program 10 for establishing a wiring schedule for the first to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10, The ship scheduling program 20 for storing the ship schedule schedule in the ship schedule DB 21 and the stock forecast program for identifying the inventory and the planned receipt of the coal resources by the 1 to n establishments P1 to Pn, (30), 1 to n establishments (P1 to Pn), and unloading A work management program 60 for identifying the enemy and storing it in the work management DB 61, and identifying the type of coal and low carbon for the remaining coal resources per yard in the 1 to n business establishments P1 to Pn, A low-carbon current program 70 for storing coal resources, a coal-taring program for storing the coal resources in the coal-mixing management database 81, A wiring schedule program 10, a ship schedule program 20, a system management program 100 for managing a user's subscription, authority, and a generator (P) , A stock management program (30), a low carbon status program (70), a job management program (60), and a system management program (100); A main manager terminal (M) for managing the main server (300); 1 to n business offices T1 to Tn connected to the main server 300 while managing the business establishments P1 to Pn. The system management program 100 includes rights management, privilege menu management, The system management DB 101 stores the user management information, the user management, the business management, the management of the venture management by each business establishment (P), the management of the low-profit specification, .

The present invention can be applied to a variety of applications other than the optimal fuel management system using the Internet according to the embodiment of the present invention and the specific actions and effects thereof are already described in detail in the preferred embodiments of the present invention, Duplicate description shall be omitted.

18 is a flowchart illustrating a method for optimally managing a fuel resource using the Internet according to the present invention.

As shown in FIG. 18, according to the present invention, a supply contract for a coal resource is concluded with the first to n-th shipping lines (L1 to Ln) in the main office H, The optimal fuel resource management method is a method for managing the optimal amount of fuel resources from 1 to n ships (B1 to Bn), which loads coal resources at any one of the first to n-th shipments (L1 to Ln) and unloads them to any one of the first to nth establishments (P1 to Pn) (S10), displays the schedule for each of the 1 to n ships B1 to Bn in accordance with the wiring plan established through the wiring planning program 10 (S20) (S30), the facility status and maintenance plan for each of the facilities 1 to n (P1 to Pn) are grasped (S40) , 1 to n establishments (P1 to Pn) and determine the unloading performance (S50), and 1 (S60) for the remaining coal resources per yard in the n facilities (P1 to Pn) (S60) and establishing a plan for charging coal to supply coal resources to the respective generators 1 to n (P1 to Pn) (S70).

The method for optimal fuel resource management using the Internet according to the present invention is to supply a supply contract for coal resources from the first to nth shipments (L1 to Ln) to the first to n business establishments (P1 to Pn) (S50), and to determine the loading schedule and loading / unloading performance (S50), and to identify the coal resources (S60), a plan to build a coal mine (S70), and a blast at the rate of cargoes (S70). This will enable more accurate and efficient management and control of the coal supply chain.

At this time, the step of checking the weather information and the waterfall from the first to nth ship (L1 to Ln), the copper wire of the first to n ships (B1 to Bn) and the first to nth establishments (P1 to Pn) S41), and in step S50, referring to the step S41, it is possible to establish an unloading plan for the coal resources for the 1 to n establishments P1 to Pn.

And it is possible to make transportation of coal resources safer and faster by grasping and managing the weather and water time of the copper wire of the ship (B).

After step S70, the step S80 of discriminating the reference information for each coal supply contract, transport contract, coal type, ship B, ship B, Further, to enable continuous management and control.

INDUSTRIAL APPLICABILITY The present invention can be applied to industrial fields in which coal resources, limestone, and ores are shipped as ships such as bulk carriers, and a series of flows from a destination to a destination are transported more quickly, accurately and safely.

H: Headquarters B: Ship
B1 to Bn: 1 to n ships M: main manager terminal
L: Ships L1 to Ln: 1 to n Shipments
P: Business establishment P1 to Pn: 1 to n establishment
T: Business terminal T1 ~ Tn: 1 to n Business terminal
W: weather information / scale server 10: wiring planning program
11: Wiring plan DB 20: Ship schedule program
21: Vessel Schedule DB 30: Inventory Outlook Program
31: Inventory forecast DB 40: Equipment maintenance program
41: Equipment maintenance DB 50: Weather information / waterfall program
51: weather information / waterfall DB 60: work management program
61: Task management DB 70: Low carbon status program
71: Low Carbon Status DB 80: Concrete Management Program
81: Hybrid management DB 90: Standard information management program
91: Reference information DB 100: System management program
101: system management DB 200: main management program
300: main server

Claims (36)

1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 (1) to (n), a facility maintenance program (40) for grasping the facility status and maintenance plan for each facility of the first to n business establishments (P1 to Pn) Ln), the copper wires of the first to n ships B1 to Bn and the copper wires of the first to nth establishments P1 to Pn A weather information / waterfall program 50 for detecting weather information and waterfall to the weather information / waterfall DB 51 and establishing an unloading plan for the coal resources for the 1 to n establishments P1 to Pn A work management program 60 for identifying the loading and unloading performances and storing them in the work management DB 61, and the coal and low carbon quantities for the remaining coal resources for each yard in the 1 to n business establishments P1 to Pn, 71), a low-carbon state program 70 for establishing a low-carbon current program 70, a coal plan for establishing coal resources to the respective generators 1 to n, A coal mining management program 80 for storing coal resources, a transportation contract, a coal classification, a ship B, a ship B, and a power generation achievement, A reference information management program 90, a user's subscription, authority, A ship scheduling program 20, an inventory forecast program 30, a low carbon status program 70, and the like are stored in the system management DB 101, A work management program 60, a facility maintenance program 40, a weather information / flood program 50, a reference information management program 90 and a main management program 200 for interlocking the system management program 100 A main server 300;
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) via a network while managing the 1 to n business establishments (P1 to Pn);
And a weather information / tally server (W) linked to the main server (300)
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). The method according to claim 1,
The wiring planning program (10)
When the supply contract of the coal resources is concluded, the contract is concluded between the head office H and one of the 1 to n ships B1 to Bn, Establishing a period for loading coal resources from one place and establishing a period for loading and unloading the coal resources to one of the 1 to n establishments P1 to Pn and loading the same into the wiring plan DB 11 via the main manager terminal M Wherein the main management program (200) is stored in the main management program (200). 3. The method of claim 2,
The wiring planning program (10)
(B) name, supply contract, quantity of shipment, quantity of coal, calorific value, existence of storage port, route, shipping port, LayCan, shipping port ETA, shipping port ETB, shipping port ETD, number of shipping days , The unloading port, the plant, the unloading quantity, the unloading port ETA, the unloading port ETB, the unloading port ETD, the unloading port number, the unloading port number, and the SWAP are input and stored in the wiring plan DB 11 Fuel Resource Optimal Management System. The method of claim 3,
The wiring planning program (10)
Wherein the main management terminal (M) is capable of modifying the condition of the wiring plan DB (11) when the condition of the wiring plan DB (11) is changed through the main manager terminal (M). 5. The method of claim 4,
The ship schedule program (20)
And the wiring plan DB (11) stored by the wiring plan program (10) for each ship (B) or business establishment (P) is linked to the main management program (200) Fuel Resource Optimal Management System. 6. The method of claim 5,
The ship schedule program (20)
(B) name, a name, a supplier, a quantity, a quantity, a LayCan, and a shipping port of the wiring plan DB 11 stored by the wiring plan program 10 for each ship B or business establishment P And an unloading term to be displayed in association with the main management program (200). The method according to claim 6,
The ship schedule program (20)
The shipping port ETA, the loading port ETD, the loading port name, the loading port name, and the loading port number of the wiring plan DB 11 stored by the wiring plan program 10 for each ship B or business establishment P, ETA, and an unloading term ETD to be displayed in conjunction with the main management program (200). 8. The method of claim 7,
The inventory forecast program 30
The inventory and calorific value of each of the 1 to n business establishments P1 to Pn is calculated through the main administrative terminal M and stored in the inventory forecast DB 31 to be displayed in conjunction with the main management program 200 An optimal management system for fuel resources using the Internet. 9. The method of claim 8,
The inventory forecast program 30
And stores the basic stocks in the inventory forecast DB 31 and displays them in association with the main management program 200 through the main manager terminal M An optimal management system for fuel resources using the Internet. 10. The method of claim 9,
The inventory forecast program 30
The inventory view of each of the first to n business establishments P1 to Pn is obtained through the main administrative terminal M and stored in the inventory forecast DB 31 to be displayed in association with the main management program 200 An optimal management system for fuel resources using the Internet. 11. The method of claim 10,
The inventory forecast program 30
(B), the stock amount, the amount of use, the current stock, the number of stock days, or the status of each generator when calculating the inventory for each of the 1 to n business establishments (P1 to Pn) through the main manager terminal And stores it in the inventory forecast database (31), and displays it in association with the main management program (200). 12. The method of claim 11,
The inventory forecast program 30
When the inventories are calculated for each of the first to nth business establishments P1 to Pn through the main manager terminal M, the burden of the burnt ship and the status of the ship (B) Is stored in the inventory forecast DB (31), and displayed in association with the main management program (200). 13. The method of claim 12,
The inventory forecast program 30
When the inventory of each of the 1 to n business establishments (P1 to Pn) is calculated through the main manager terminal (M), the stock status for the generator for each business establishment (P) Wherein the main management program (200) is linked with the main management program (200) for display. 14. The method of claim 13,
The inventory forecast program 30
When the inventories of the first to n business establishments P1 to Pn are calculated through the main manager terminal M, cumulative statuses of the generators for each business establishment P are stored in the inventory forecast DB 31 Wherein the main management program (200) is linked with the main management program (200) for display. 15. The method of claim 14,
The inventory forecast program 30
When inventory is calculated for each of the 1 to n business establishments (P1 to Pn) through the main manager terminal (M), the stock status of the generator for each business establishment (P) The fuel management system according to the present invention is configured to display the fuel management information in association with the main management program 200 while displaying the fuel management information. 16. The method of claim 15,
The inventory forecast program 30
When inventory is calculated for each of the 1 to n business establishments (P1 to Pn) through the main administrative terminal M, the stock status of each business establishment (P) as a lower level of inventory days is stored in the inventory forecast DB 31 Wherein the main management program (200) is interlocked with the main management program (200) for display. 17. The method of claim 16,
The inventory forecast program 30
When inventory is calculated for each of the 1 to n business establishments (P1 to Pn) through the main manager terminal (M), each low sulfur gun and inventory days as a sub item of the generator status is stored in the inventory forecast DB (31) Wherein the fuel management information is linked with the main management program (200) for display. 18. The method of claim 17,
The inventory forecast program 30
When the calorific value for each of the 1 to n establishments (P1 to Pn) is calculated through the main manager terminal (M), the name, the name of the ship, the name of the ship (B) Wherein the main management program (200) is interlocked with the main management program (200) for display. 19. The method of claim 18,
The inventory forecast program 30
Wherein the display means displays the images in descending order or ascending order by date. 19. The method of claim 18,
The inventory forecast program 30
When the calorific value for each of the 1 to n establishments P1 to Pn is calculated through the main manager terminal M, it is possible to calculate the calorific value of the cargo and the status of the cargo (B) Is stored in the inventory forecast DB (31), and displayed in association with the main management program (200). 21. The method of claim 20,
The inventory forecast program 30
When the calorific value for each of the 1 to n business establishments (P1 to Pn) is calculated through the main manager terminal (M), the stock status for the generator for each business establishment (P) Wherein the main management program (200) is linked with the main management program (200) for display. 22. The method of claim 21,
The inventory forecast program 30
When the calorific value for each of the 1 to n business establishments (P1 to Pn) is calculated through the main manager terminal (M), cumulative statuses of generators for each business establishment (P) Wherein the main management program (200) is linked with the main management program (200) for display. 23. The method of claim 22,
The inventory forecast program 30
When the stock trends of the first to nth business establishments P1 to Pn are calculated through the main manager terminal M, the inventory days of each day are graphed and stored in the inventory forecast DB 31, and the main management program 200 And a control unit configured to control the display unit to display the optimum fuel management information. 24. The method of claim 23,
The inventory forecast program 30
When the stock trends of the first to nth business establishments P1 to Pn are calculated through the main manager terminal M, the inventory days of each day are graphed and stored in the inventory forecast DB 31, and the main management program 200 And the number of available inventory days and the number of operational inventory days can be compared at the same time. 25. The method of claim 24,
The inventory forecast program 30
Generator inventory P, total inventory, and high-calorie inventory as the basic inventory management for each of the 1 to n business establishments P1 to Pn through the main manager terminal M, The fuel management system according to the present invention is configured to display the fuel management information in association with the main management program 200 while displaying the fuel management information. 26. The method of claim 25,
The inventory forecast program 30
The quantity and the average calorie quantity as a subordinate of the total inventory of the basic inventory management for each of the 1 to n business establishments P1 to Pn are obtained through the main manager terminal M and stored in the stock forecast DB 31, (200), and displays the information on the display. 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A work management program 60 for establishing an unloading plan for the coal resources for the first to n business establishments P1 to Pn and storing the unloading performance in the work management DB 61, (P1 ~ Pn) Identify the coal and the low carbon amount for remaining coal resources per yard, A low carbon state program 70 in which the coal resources are stored in the sulfur DB 71, coal plans are established in order to supply coal resources to the respective generators of the first to n business establishments P1 to Pn, A system management program 100 that manages a generator and a menu for each user's subscription, authority, and establishment (P) and stores the managed system in a system management DB 101, a wiring management program 10 A main management program 200 for interlocking the ship schedule program 20, the inventory forecast program 30, the low carbon status program 70, the job management program 60 and the system management program 100, (300);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The wiring planning program 10 is a program for establishing a transportation contract with a ship B of the main office H and one of the 1 to n ships B1 to Bn when a coal resource supply contract is concluded, Establishes a period for loading coal resources from any one of the shipping lines L1 to Ln and establishes a period for unloading the coal resources to any one of the first to n business establishments P1 to Pn, Is linked with the main management program (200) while being stored in the wiring plan DB (11)
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). delete 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A work management program 60 for establishing an unloading plan for the coal resources for the first to n business establishments P1 to Pn and storing the unloading performance in the work management DB 61, (P1 ~ Pn) Identify the coal and the low carbon amount for remaining coal resources per yard, A low carbon state program 70 in which the coal resources are stored in the sulfur DB 71, coal plans are established in order to supply coal resources to the respective generators of the first to n business establishments P1 to Pn, A system management program 100 that manages a generator and a menu for each user's subscription, authority, and establishment (P) and stores the managed system in a system management DB 101, a wiring management program 10 A main management program 200 for interlocking the ship schedule program 20, the inventory forecast program 30, the low carbon status program 70, the job management program 60 and the system management program 100, (300);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The inventory forecasting program 30 calculates inventory and calorific value for each of the 1 to n business establishments P1 to Pn through the main manager terminal M and stores the inventory and calorific value in the inventory forecast DB 31, ) To be displayed,
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A plant maintenance program 40 for storing the facility status and the maintenance plan for each facility of the first to n business establishments P1 to Pn and storing the same in the facility maintenance DB 41, (Pn), establishes an unloading plan for the coal resource, grasps the unloading performance, and sends it to the work management DB 61 A low carbon status program 70 for storing the coal and low carbon amount for the remaining coal resources per yard in the 1 to n establishments P1 to Pn and storing the collected coal in the low carbon status DB 71, A blast management program 80 for establishing a cargo plan to input coal resources to the respective generators 1 to n and storing them in a blast management database 81, A ship scheduling program 20, an inventory forecasting program 30, and a stock management program 40. The system management program 100 is a system management program that manages power generators, , A low-carbon state program (70), a work management program (60), and a main management program (200) interlocking the system management program (100);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The work management program 60 establishes the unloading plan of the coal resources for the first to nth business establishments P1 to Pn with reference to the facility maintenance DB 41 through the first to nth establishment terminals T1 to Tn And stores the result in the work management DB 61, displays it in association with the main management program 200,
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A work management program 60 for establishing an unloading plan for the coal resources for the first to n business establishments P1 to Pn and storing the unloading performance in the work management DB 61, (P1 ~ Pn) Identify the coal and the low carbon amount for remaining coal resources per yard, A low carbon state program 70 in which the coal resources are stored in the sulfur DB 71, coal plans are established in order to supply coal resources to the respective generators of the first to n business establishments P1 to Pn, A system management program 100 that manages a generator and a menu for each user's subscription, authority, and establishment (P) and stores the managed system in a system management DB 101, a wiring management program 10 A main management program 200 for interlocking the ship schedule program 20, the inventory forecast program 30, the low carbon status program 70, the job management program 60 and the system management program 100, (300);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The low carbon status program 70 detects the low carbon status, the low carbon and low carbon adjustment list, and the CCTV for the remaining coal resources per yard in the first to nth business establishments P1 to Pn, Interlocked with the main management program 200 for display,
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A work management program 60 for establishing an unloading plan for the coal resources for the first to n business establishments P1 to Pn and storing the unloading performance in the work management DB 61, (P1 ~ Pn) Identify the coal and the low carbon amount for remaining coal resources per yard, A low carbon state program 70 in which the coal resources are stored in the sulfur DB 71, coal plans are established in order to supply coal resources to the respective generators of the first to n business establishments P1 to Pn, A system management program 100 that manages a generator and a menu for each user's subscription, authority, and establishment (P) and stores the managed system in a system management DB 101, a wiring management program 10 A main management program 200 for interlocking the ship schedule program 20, the inventory forecast program 30, the low carbon status program 70, the job management program 60 and the system management program 100, (300);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The churning management program 80 establishes a cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, Stored in the blast cleaning management DB 81 and linked with the main management program 200 to display the blast cleaning plan,
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). 1. A system for optimizing a fuel resource using the Internet, wherein a supply contract for a coal resource is concluded with a first to n-th ship (L1 to Ln) at a head office (H) and supplied to the first to nth establishments (P1 to Pn)
A wiring plan for 1 to n ships (B1 to Bn) to be loaded into any one of the 1 to n establishments (P1 to Pn) by loading coal resources at any one of the 1 to n shipments (L1 to Ln) , And stores them in the wiring plan DB 11, and sets each schedule for the 1 to n ships B1 to Bn according to the wiring plan established through the wiring plan program 10 as A ship scheduling program 20 for storing in the ship schedule DB 21 and inventory forecasting programs for identifying stock and stocking of coal resources for the 1 to n establishments P1 to Pn and storing them in the stock forecast DB 31 A work management program 60 for establishing an unloading plan for the coal resources for the first to n business establishments P1 to Pn and storing the unloading performance in the work management DB 61, (P1 ~ Pn) Identify the coal and the low carbon amount for remaining coal resources per yard, A low carbon state program 70 in which the coal resources are stored in the sulfur DB 71, coal plans are established in order to supply coal resources to the respective generators of the first to n business establishments P1 to Pn, A system management program 100 that manages a generator and a menu for each user's subscription, authority, and establishment (P) and stores the managed system in a system management DB 101, a wiring management program 10 A main management program 200 for interlocking the ship schedule program 20, the inventory forecast program 30, the low carbon status program 70, the job management program 60 and the system management program 100, (300);
A main administrative terminal (M) for managing the main server (300);
1 to n business offices (T1 to Tn) connected to the main server (300) while managing the 1 to n business establishments (P1 to Pn)
The system management program 100 is used to manage the rights management, privilege menu management, per-user rights management, user management, business management, currency management for each business establishment (P), low- 101), and causes the main management program (200) to interlock with the main management program (200)
The churning management program 80 establishes the cargo plan to input coal resources to the respective generators of the first to nth establishments P1 to Pn through the first to nth establishment terminals T1 to Tn, To be mixed with the main management program (200), and to set up the cargo plan through a hybrid simulation while being displayed in conjunction with the main management program (200)
The hybridization simulation is carried out in such a manner that the mixed gas amount, the calorific value, the total moisture, the sulfur content, the refractory point, the combustibility, the environmental property and the crushability are determined for the different types of coal, and the mixed ratio is determined and supplied to the respective generators of the first to nth establishments P1 to Pn The fuel management system according to the present invention predicts and displays a good, bad, or normal fuel system in cooperation with the main management program (200). delete delete delete

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