Mine port road integrated scheduling service platform

Abstract

The invention discloses a mine port and road integrated scheduling service platform which comprises the following modules: a B I data analysis system module which is responsible for collecting, integrating, screening, cleaning and analyzing data from various business systems of an enterprise and constructing a unified, fused, intelligent and collaborative mine service system; and the vehicle commanding and dispatching system module is used for monitoring the whole process of putting, distributing, transporting and unloading on-site vehicles through plan arrangement, dynamic control and vehicle dispatching on the basis of the mining production plan according to the actual ore mining quantity and transportation capacity, and realizing dynamic intelligent adjustment suggestions and measures. According to the method, data can be comprehensively collected, integrated, screened, cleaned and analyzed from various business systems of an enterprise, so that the enterprise can comprehensively and accurately master the operation and production conditions, and valuable data can be mined to assist in operation decision making, so that mine operation is optimized, the efficiency is improved, and the cost is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of mine-port-road service platforms, and in particular to an integrated mine-port-road dispatching service platform. Background Art

[0002] The integrated dispatching service platform for mines, ports and roads is an integrated service platform designed to optimize the efficiency of mineral resource transportation, logistics management and port operations. This system is commonly used in the mining and port industries to achieve better coordination and management, thereby improving resource utilization and reducing costs.

[0003] The existing integrated dispatching service platform for mines, ports and roads has some shortcomings, mainly including the following aspects:

[0004] 1. Poor system integration: The ready-made digital mining systems purchased by mining companies may not match the actual business. Multiple systems have been built, but the integration between these systems is poor, resulting in the inability to connect the systems, forming data "islands" in various departments;

[0005] 2. Insufficient data utilization: Although the system can collect a large amount of data in the production process of mining operations, the integration, analysis and utilization of these data may not be in-depth enough, and the data has not been fully transformed into tangible production and operation assets to optimize mining operations, improve efficiency, reduce costs, and support intelligent decision-making;

[0006] 3. Insufficient intelligence and automation: In terms of vehicle command and dispatch, although dynamic real-time tracking and early warning functions have been realized, the degree of intelligent dispatch may still have room for improvement. Although the drone safety supervision system has functions such as control, earthwork calculation, and slope monitoring, it may need to further improve its automation and intelligence level in actual applications. Summary of the invention

[0007] In order to overcome the above technical problems, the purpose of the present invention is to provide an integrated mine-port-road dispatching service platform.

[0008] The purpose of the present invention is achieved through the following technical solutions:

[0009] An integrated dispatching service platform for mines, ports and roads, including the following modules:

[0010] BI data analysis system module: responsible for collecting, integrating, screening, cleaning and analyzing data from various business systems of the enterprise, and building a unified, integrated, intelligent and collaborative mining service system;

[0011] Vehicle command and dispatch system module: Based on the mining production plan, according to the actual ore mining volume and transportation capacity, through planning, dynamic control, and vehicle dispatching, the entire process of on-site vehicles from delivery, allocation, transportation to unloading is monitored, and dynamic intelligent adjustment suggestions and measures are implemented;

[0012] Monitoring module: By integrating monitoring technologies and functions, the efficient operation of the integrated dispatching service platform of Kuanggang Road is ensured. This module uses the high-speed transmission characteristics of 5G technology to collect video, image and data information from various areas of Kuanggang Road in real time, and displays this information on a unified monitoring interface in real time;

[0013] System integration and maintenance module: responsible for the connection of various business subsystems and the installation and maintenance of vehicle positioning equipment to ensure the stable operation of the system and the accuracy of data.

[0014] As a further solution of the present invention: the BI data analysis system module includes:

[0015] Enterprise big data dashboard: used to comprehensively browse and grasp the enterprise operation status, enhance the corporate image, and demonstrate the enterprise's innovation ability and level. The data includes key indicators such as emergency events, safe operation days, reserve tonnage, vehicle transportation times, and the number of current pre-managed projects, and supports real-time update and visual display;

[0016] Position-level data dashboard: For the production safety department, mining area operation department, material management department, and port berth management department, a department-level data dashboard is formed. The data of each department is isolated and can be checked through accounts to meet differentiated data needs. The data includes production delivery monitoring, weighing dispatch data, vehicle dispatch data, and production safety data.

[0017] Big data dashboard on mobile devices: Based on mobile devices, it provides a friendly mobile experience and allows easy access, analysis and understanding of key business indicators through the touch screen, including real-time data updates, icons and visualizations, timely alerts and notification functions, helping managers quickly understand the data and grasp the current business status.

[0018] As a further solution of the present invention: the vehicle command and dispatch system module includes:

[0019] Vehicle management in mining areas: Realize dynamic and real-time tracking of vehicle information, including basic information, fleet information, expected transportation route, current location, travel time, type of transported goods and total weight. The system will issue early warnings for vehicle deviation, idleness and speeding;

[0020] Material dispatch management: Use big data to plan and manage vehicles, goods, and yards, and use algorithms for scientific dispatch to avoid vehicles running around randomly, empty queues, long-term congestion, and empty orders, thereby improving equipment operation efficiency;

[0021] Fleet vehicle management: Establish a fleet vehicle information database and associate it with the task schedule. The database includes static and dynamic information;

[0022] Transport route management: regularly update the optimal transport route and alternative routes, analyze the congestion of transport routes, and make timely route changes and scheduling;

[0023] Port unloading management: Establish port berth database and ship database, link material demand sheet, and realize the management of berth allocation and unloading record sheet information.

[0024] As a further solution of the present invention: In the monitoring module, the monitoring module also has instant feedback and automatic processing functions. When an abnormal situation or potential risk is detected, including equipment failure and traffic congestion, the monitoring module can immediately issue an alarm and quickly transmit the alarm information to the mobile devices of relevant personnel through 5G technology to ensure that they can take quick measures to deal with it. At the same time, the monitoring module automatically analyzes and processes the collected data according to preset rules and algorithms to provide decision support for operators.

[0025] As a further solution of the present invention: the system integration and maintenance module includes:

[0026] Connecting business subsystems: Formulate unified interface standards to ensure that each subsystem can be effectively connected according to the standards. At the same time, design the functions of the subsystems into independent modules to facilitate integration and maintenance;

[0027] Vehicle positioning equipment installation and maintenance: Responsible for the installation, debugging and maintenance of vehicle positioning equipment to ensure the accuracy and real-time nature of positioning data. At the same time, coordinate with the vehicle ownership unit to agree to the installation and regular equipment recovery and maintenance.

[0028] Beneficial effects of the present invention:

[0029] 1. Improve data integration and analysis capabilities: The BI data analysis system module can comprehensively collect, integrate, screen, clean and analyze data from various business systems of the enterprise. This not only helps the enterprise to fully and accurately grasp the operation and production status, but also can mine valuable data to assist business decision-making, thereby optimizing mine operations, improving efficiency and reducing costs;

[0030] 2. Realize intelligent vehicle command and dispatch: The vehicle command and dispatch system module can plan, dynamically control and dispatch vehicles according to the mining production plan and the actual ore mining volume and transportation capacity. By monitoring the entire process of on-site vehicles from delivery, allocation, transportation to unloading, the system can put forward dynamic intelligent adjustment suggestions and measures, thereby reducing production costs, reducing vehicle idleness, and significantly improving equipment operation efficiency;

[0031] 3. Enhance the safety supervision capability of mining areas: The drone safety supervision system module can realize comprehensive and real-time safety supervision of mining areas through the control of drones and automated airports. This includes earthwork calculation, slope monitoring, electronic sand table and closed-loop problem management functions, which helps to timely discover and solve potential safety hazards and ensure the safety and stability of mining production. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] The present invention will be further described below in conjunction with the accompanying drawings.

[0033] Figure 1 It is a schematic diagram of the system structure of the present invention. DETAILED DESCRIPTION

[0034] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0035] like Figure 1 As shown, a mine-port-road integrated dispatching service platform includes the following modules:

[0036] BI data analysis system module: responsible for collecting, integrating, screening, cleaning and analyzing data from various business systems of the enterprise, and building a unified, integrated, intelligent and collaborative mining service system. The BI data analysis system module includes:

[0037] Enterprise big data dashboard: used to comprehensively browse and grasp the enterprise operation status, enhance the corporate image, and demonstrate the enterprise's innovation ability and level. The data includes key indicators such as emergency events, safe operation days, reserve tonnage, vehicle transportation times, and the number of current pre-managed projects, and supports real-time update and visual display;

[0038] Position-level data dashboard: For the production safety department, mining area operation department, material management department, and port berth management department, a department-level data dashboard is formed. The data of each department is isolated and can be checked through accounts to meet differentiated data needs. The data includes production delivery monitoring, weighing dispatch data, vehicle dispatch data, and production safety data.

[0039] Big data dashboard on mobile devices: Based on mobile devices, it provides a friendly mobile experience and allows easy access, analysis and understanding of key business indicators through touch screens. It includes real-time data updates, icons and visualizations, timely alerts and notifications, helping managers quickly understand data and the current business situation.

[0040] Vehicle command and dispatch system module: Based on the mining production plan, according to the actual ore mining volume and transportation capacity, through planning, dynamic control, and vehicle dispatching, the entire process of on-site vehicles from delivery, allocation, transportation to unloading is monitored, and dynamic intelligent adjustment suggestions and measures are implemented. The vehicle command and dispatch system module includes:

[0041] Vehicle management in mining areas: Realize dynamic and real-time tracking of vehicle information, including basic information, fleet information, expected transportation route, current location, travel time, type of transported goods and total weight. The system will issue early warnings for vehicle deviation, idleness and speeding;

[0042] Material dispatch management: Use big data to plan and manage vehicles, goods, and yards, and use algorithms for scientific dispatch to avoid vehicles running around randomly, empty queues, long-term congestion, and empty orders, thereby improving equipment operation efficiency;

[0043] Fleet vehicle management: Establish a fleet vehicle information database and associate it with the task schedule. The database includes static and dynamic information;

[0044] Transport route management: regularly update the optimal transport route and alternative routes, analyze the congestion of transport routes, and make timely route changes and scheduling;

[0045] Port unloading management: Establish port berth database and ship database, link material demand sheet, and manage berth allocation and unloading record sheet information;

[0046] Monitoring module: By integrating monitoring technology and functions, the efficient operation of the integrated dispatching service platform of Kuanggang Road is ensured. The module uses the high-speed transmission characteristics of 5G technology to collect video, image and data information from various areas of Kuanggang Road in real time, and displays this information on a unified monitoring interface in real time. In the monitoring module, the monitoring module also has instant feedback and automatic processing functions. When abnormal conditions or potential risks are detected, including equipment failures and traffic congestion, the monitoring module can immediately issue an alarm and quickly transmit the alarm information to the mobile devices of relevant personnel through 5G technology to ensure that they can quickly take measures to deal with it. At the same time, the monitoring module automatically analyzes and processes the collected data according to preset rules and algorithms to provide decision support for operators;

[0047] System integration and maintenance module: responsible for the connection of various business subsystems and the installation and maintenance of vehicle positioning equipment to ensure the stable operation of the system and the accuracy of data. The system integration and maintenance module includes:

[0048] Connecting business subsystems: Formulate unified interface standards to ensure that each subsystem can be effectively connected according to the standards. At the same time, design the functions of the subsystems into independent modules to facilitate integration and maintenance;

[0049] Vehicle positioning equipment installation and maintenance: Responsible for the installation, debugging and maintenance of vehicle positioning equipment to ensure the accuracy and real-time nature of positioning data. At the same time, coordinate with the vehicle ownership unit to agree to the installation and regular equipment recovery and maintenance.

[0050] The above is a detailed description of an embodiment of the present invention, but the content is only a preferred embodiment of the present invention and cannot be considered to limit the scope of implementation of the present invention. All changes and improvements made according to the scope of application of the present invention should still fall within the scope of the patent coverage of the present invention.

Claims

1. A mine-port-road integrated dispatching service platform, characterized in that: Includes the following modules: BI data analysis system module: responsible for collecting, integrating, screening, cleaning and analyzing data from various business systems of the enterprise, and building a unified, integrated, intelligent and collaborative mining service system; Vehicle command and dispatch system module: Based on the mining production plan, according to the actual ore mining volume and transportation capacity, through planning, dynamic control, and vehicle dispatching, the entire process of on-site vehicles from delivery, allocation, transportation to unloading is monitored, and dynamic intelligent adjustment suggestions and measures are implemented; Monitoring module: By integrating monitoring technologies and functions, the efficient operation of the integrated dispatching service platform of Kuanggang Road is ensured. This module uses the high-speed transmission characteristics of 5G technology to collect video, image and data information from various areas of Kuanggang Road in real time, and displays this information on a unified monitoring interface in real time; System integration and maintenance module: responsible for the connection of various business subsystems and the installation and maintenance of vehicle positioning equipment to ensure the stable operation of the system and the accuracy of data.

2. The integrated mine-port-road dispatching service platform according to claim 1 is characterized in that: The BI data analysis system modules include: Enterprise big data dashboard: used to comprehensively browse and grasp the enterprise operation status, enhance the corporate image, and demonstrate the enterprise's innovation ability and level. The data includes key indicators such as emergency events, safe operation days, reserve tonnage, vehicle transportation times, and the number of current pre-managed projects, and supports real-time update and visual display; Position-level data dashboard: For the production safety department, mining area operation department, material management department, and port berth management department, a department-level data dashboard is formed. The data of each department is isolated and can be checked through accounts to meet differentiated data needs. The data includes production delivery monitoring, weighing dispatch data, vehicle dispatch data, and production safety data. Big data dashboard on mobile devices: Based on mobile devices, it provides a friendly mobile experience and allows easy access, analysis and understanding of key business indicators through the touch screen, including real-time data updates, icons and visualizations, timely alerts and notification functions, helping managers quickly understand the data and grasp the current business status.

3. The integrated dispatching service platform for mines, ports and roads according to claim 1 is characterized in that: The vehicle command and dispatch system module includes: Vehicle management in mining areas: Realize dynamic and real-time tracking of vehicle information, including basic information, fleet information, expected transportation route, current location, travel time, type of transported goods and total weight. The system will issue early warnings for vehicle deviation, idleness and speeding; Material dispatch management: Use big data to plan and manage vehicles, goods, and yards, and use algorithms for scientific dispatch to avoid vehicles running around randomly, empty queues, long-term congestion, and empty orders, thereby improving equipment operation efficiency; Fleet vehicle management: Establish a fleet vehicle information database and associate it with the task schedule. The database includes static and dynamic information; Transport route management: regularly update the optimal transport route and alternative routes, analyze the congestion of transport routes, and make timely route changes and scheduling; Port unloading management: Establish port berth database and ship database, link material demand sheet, and realize the management of berth allocation and unloading record sheet information.

4. The integrated mine-port-road dispatching service platform according to claim 1 is characterized in that: In the monitoring module, the monitoring module also has instant feedback and automatic processing functions. When an abnormal situation or potential risk is detected, including equipment failure and traffic congestion, the monitoring module can immediately issue an alarm and quickly transmit the alarm information to the mobile devices of relevant personnel through 5G technology to ensure that they can take quick measures to deal with it. At the same time, the monitoring module automatically analyzes and processes the collected data according to preset rules and algorithms to provide decision support for operators.

5. The integrated mine-port-road dispatching service platform according to claim 1 is characterized in that: The system integration and maintenance module includes: Connecting business subsystems: Formulate unified interface standards to ensure that each subsystem can be effectively connected according to the standards. At the same time, design the functions of the subsystems into independent modules to facilitate integration and maintenance; Vehicle positioning equipment installation and maintenance: Responsible for the installation, debugging and maintenance of vehicle positioning equipment to ensure the accuracy and real-time nature of positioning data. At the same time, coordinate with the vehicle ownership unit to agree to the installation and regular equipment recovery and maintenance.

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