Coal calling system based on freight big data

Abstract

The invention discloses a coal calling system based on freight big data. The coal calling system comprises a data collecting and processing unit, a supply and demand matching unit and a transportation unit, the transportation unit comprises a vehicle management and control unit, and the vehicle management and control unit is provided with a vehicle positioning unit, a vehicle monitoring unit, an emergency system, a scheduling system, a road condition analysis unit, a fault repair unit and vehicle condition information; the supply and demand matching unit is divided into supplier mining, demand side mining, supplier mining and docking supplier, and demand side mining and docking demand side; and the data collecting and processing unit performs statistics on suppliers and performs region division through the supply and demand matching unit. According to supply and demand conditions of suppliers and demanders through the data collecting and processing unit, vehicles of the suppliers and the demanders are called through the transportation unit, according to exploration of the suppliers and exploration of the demanders, according to different areas, nearby goods supply is implemented through the vehicle management and control unit, and the goods flowing period is optimized; and the overall transportation vehicle is managed through the vehicle management and control unit.

Description

Technical Field

[0001] The present invention relates to the technical field of coal calling, and in particular to a coal calling system based on freight big data. Background Art

[0002] Coal resources are the basic energy materials required for industrial development. Coal is bound to be called in production and use, and it is particularly important to adopt a complete call management system for coal procurement and transportation control. The coal call system is based on freight big data and aims to optimize the coal transportation process, improve transportation efficiency and reduce costs. By collecting and analyzing freight big data, including coal supply and demand information, transportation routes, vehicle information, transportation distances, etc., intelligent coal call and transportation management can be achieved. Summary of the invention

[0003] The purpose of the present invention is to solve at least one of the technical problems existing in the prior art, and to provide a coal calling system based on freight big data. Through the data collection and processing unit, the supply and demand situation of suppliers and demanders is obtained, and the vehicles of suppliers and demanders are called through the transportation unit. According to the discovery of suppliers and demanders and different areas, the vehicle management and control unit implements local supply and optimizes the cycle of cargo flow. The vehicle management and control unit realizes the management of overall transport vehicles, making them efficient and safe, and reducing transportation costs.

[0004] The present invention also provides the above-mentioned coal calling system based on freight big data, including: a coal calling system based on freight big data, including: a data collection and processing unit, a supply and demand matching unit, and a transportation unit; the transportation unit includes a vehicle control unit, and the vehicle control unit is provided with vehicle positioning, vehicle monitoring, emergency system, dispatching system, road condition analysis, fault reporting, and vehicle condition information. The vehicle positioning tracks the real-time position of the shipping vehicle, and transmits the position information back to the vehicle control unit in real time, tracks the real-time position of the incoming vehicle, and transmits the position information back to the vehicle control unit in real time, the vehicle monitoring obtains the real-time transportation picture of the shipping vehicle, and transmits the picture information back to the vehicle control unit in real time, obtains the real-time transportation picture of the incoming vehicle, and transmits the picture information back to the vehicle control unit in real time; the emergency system sends an emergency alarm to the vehicle control unit by triggering the emergency alarm button The control unit sends an alarm, the transportation unit analyzes the alarm and sends an emergency treatment plan to the vehicle control unit. The dispatch system sends vehicles according to the emergency treatment plan of the transportation unit and the dispatch instruction of the vehicle control unit; the road condition analysis formulates the transportation time of delivery vehicles and incoming vehicles through comprehensive data analysis of meteorology, traffic flow, road conditions, traffic accidents, and vehicle travel time; the supply and demand matching unit is divided into supplier discovery and demand side discovery. The supplier discovery connects with suppliers and sends a supply volume report to the supply and demand matching unit by counting supplier information. The demand side discovery connects with demanders and sends a demand volume report to the supply and demand matching unit by counting the total amount of demanders; the data collection and processing unit counts suppliers and implements regional division through the supply and demand matching unit, counts demanders and implements regional division through the supply and demand matching unit, and implements the dispatch of the vehicle control unit through the transportation unit.

[0005] According to a coal calling system based on freight big data provided by the present invention, the vehicle control unit tracks the supplier's supply vehicles and the demander's delivery vehicles in real time through vehicle positioning, and feeds back the data to the data collection and processing unit in real time through the transportation unit, so as to achieve real-time tracking of vehicles in transportation, ensure the safety of mobile goods, and facilitate the early prediction of the arrival cycle of goods.

[0006] According to the coal calling system based on freight big data provided by the present invention, the vehicle control unit transmits back the real-time images of the supplier's supply vehicle and the demander's delivery vehicle through vehicle monitoring, and feeds back the data to the data collection and processing unit in real time through the transportation unit, so as to realize the supervision of the driving safety of the transportation vehicle and ensure the safety of the driver.

[0007] According to a coal calling system based on freight big data provided by the present invention, the vehicle control unit feeds back the emergency information of the supplier's supply vehicles and the demander's delivery vehicles during transportation through the emergency system, implements vehicle dispatch through the dispatch system, and feeds back the data to the data collection and processing unit in real time through the transport unit, so that it can make emergency treatment in time in the face of emergencies, ensure the safety of personnel and goods, and make advance guarantees for delivery time.

[0008] According to a coal calling system based on freight big data provided by the present invention, the vehicle control unit analyzes the route conditions of the supplier's supply vehicles and the demander's delivery vehicles through the road condition analysis, and feeds back the route conditions of the supplier's supply vehicles and the demander's delivery vehicles to the data collection and processing unit in real time through the transportation unit. The data collection and processing unit provides the transportation status to the supplier and the demander respectively according to the road condition analysis to ensure the safety of personnel and goods.

[0009] According to a coal calling system based on freight big data provided by the present invention, the vehicle control unit reports the faults of the supplier's supply vehicles and the demander's delivery vehicles in transportation through the fault repair, and the data collection and processing unit is fed back in real time through the transportation unit. The data collection and processing unit provides the transportation status to the supplier and the demander respectively according to the fault information, and implements vehicle scheduling through the scheduling system, so that the faulty vehicles can be handled in time and the transportation efficiency can be improved.

[0010] According to a coal calling system based on freight big data provided by the present invention, the vehicle control unit collects statistics on the vehicle conditions of the supplier's supply vehicles and the demander's delivery vehicles through vehicle condition information, and feeds back the statistical data to the supplier and the demander in real time through the data collection and processing unit. The vehicle control unit determines the order of vehicles and the dispatch of the dispatch system and the emergency system through the vehicle condition information. The assigned vehicles are clear according to the vehicle condition information, and the overall order facilitates the safe operation of the entire calling system. Beneficial Effects

[0011] Compared with the prior art, the coal calling system of the present invention is based on freight big data. Through the data collection and processing unit, the supply and demand situation of suppliers and demanders is obtained, and the transportation unit realizes the calling of their vehicles.

[0012] 2. Compared with the prior art, the coal calling system of the present invention is based on freight big data. According to the discovery of suppliers and demanders, according to different areas, local supply is implemented through the vehicle management and control unit, the cycle of cargo flow is optimized, and the overall management of transportation vehicles is realized through the vehicle management and control unit, making it efficient and safe, and reducing transportation costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] The present invention is further described below in conjunction with the accompanying drawings and embodiments; Figure 1 The present invention is a flowchart of a coal calling system based on freight big data.

[0014] Legend: 1. Data collection and processing; 2. Supply and demand matching; 3. Transportation; 4. Suppliers; 5. Demanders; 6. Vehicle control; 601. Vehicle positioning; 602. Vehicle monitoring; 603. Emergency response; 604. Dispatch; 7. Demand discovery; 8. Supplier discovery. DETAILED DESCRIPTION

[0015] This section will describe in detail the specific embodiments of the present invention. The preferred embodiments of the present invention are shown in the accompanying drawings. The purpose of the accompanying drawings is to supplement the description of the text part of the specification with graphics, so that people can intuitively and vividly understand each technical feature and the overall technical solution of the present invention, but it cannot be understood as a limitation on the scope of protection of the present invention.

[0016] Reference Figure 1 The embodiment of the present invention is a coal calling system based on freight big data, which includes: a data collection and processing unit 1, a supply and demand matching unit 2, and a transportation unit 3; the transportation unit 3 includes a vehicle control unit 6, and the vehicle control unit 6 is provided with a vehicle positioning 601, a vehicle monitoring 602, an emergency system 603, a dispatching system 604, a road condition analysis 605, a fault repair 606, and a vehicle condition information 607. The vehicle positioning 601 tracks the real-time position of the shipping vehicle and transmits the position information to the vehicle control unit 6 in real time, tracks the real-time position of the incoming vehicle, and transmits the position information to the vehicle control unit 6 in real time, the vehicle monitoring 602 obtains the real-time transportation picture of the shipping vehicle, and transmits the picture information to the vehicle control unit 6 in real time, obtains the real-time transportation picture of the incoming vehicle, and transmits the picture information to the vehicle control unit 6 in real time; the emergency system 603 sends an alarm to the vehicle control unit 6 by triggering an emergency alarm button, analyzes the alarm through the transportation unit 3 and sends an emergency treatment plan to the vehicle control unit 6, and the dispatching system 604 dispatches the vehicle according to the emergency treatment plan of the transportation unit 3 and the dispatching instruction of the vehicle control unit 6.

[0017] The road condition analysis 605 plans the transportation time of delivery vehicles and incoming vehicles through comprehensive data analysis of weather, traffic flow, road conditions, traffic accidents, and vehicle travel time; the supply and demand matching unit 2 is divided into supplier discovery 8 and demand side discovery 7. The supplier discovery 8 connects with the supplier 4, and sends a supply volume report to the supply and demand matching unit 2 by counting the information of the supplier 4. The demand side discovery 7 connects with the demand side 5, and sends a demand volume report to the supply and demand matching unit 2 by counting the total amount of the demand side 5; the data collection and processing unit 1 counts the suppliers 4 and implements regional division through the supply and demand matching unit 2, counts the demand side 5 and implements regional division through the supply and demand matching unit 2, and implements the dispatch of the vehicle control unit 6 through the transportation unit 3.

[0018] The vehicle control unit 6 tracks the supply vehicles of the supplier 4 and the delivery vehicles of the demander 5 in real time through the vehicle positioning 601, and feeds back the data to the data collection and processing unit 1 in real time through the transportation unit 3. The vehicle control unit 6 transmits back the real-time images of the supply vehicles of the supplier 4 and the delivery vehicles of the demander 5 through the vehicle monitoring 602, and feeds back the data to the data collection and processing unit 1 in real time through the transportation unit 3. The vehicle control unit 6 feeds back the emergency information of the supply vehicles of the supplier 4 and the delivery vehicles of the demander 5 during transportation through the emergency system 603, implements vehicle dispatch through the dispatch system 604, and feeds back the data to the data collection and processing unit 1 in real time through the transportation unit 3. The vehicle control unit 6 feeds back the route conditions of the supply vehicles of the supplier 4 and the delivery vehicles of the demander 5 through the road condition analysis 605 to the data collection and processing unit 1 in real time through the transportation unit 3, and the data collection and processing unit 1 provides the transportation status to the supplier 4 and the demander 5 respectively according to the road condition analysis 605.

[0019] The vehicle control unit 6 reports the faults in the transportation of the supplier 4's supply vehicles and the demander 5's delivery vehicles to the data collection and processing unit 1 through the transportation unit 3 through the fault report 606. The data collection and processing unit 1 provides the transportation status to the supplier 4 and the demander 5 according to the fault information, and implements vehicle dispatch through the dispatch system 604. The vehicle control unit 6 collects statistics on the vehicle conditions of the supplier 4's supply vehicles and the demander 5's delivery vehicles through the vehicle condition information 607, and feeds the statistics to the supplier 4 and the demander 5 through the data collection and processing unit 1 in real time. The vehicle control unit 6 determines the order of vehicles and the dispatch of the dispatch system 604 and the emergency system 603 through the vehicle condition information 607.

[0020] Working principle: The information of supplier 4 and demander 5 is collected through data collection and processing unit 1, and the incoming and outgoing shipments of supplier 4 and demander 5 are provided to transportation unit 3 through supply and demand matching unit 2 according to supply and demand requirements. Vehicle management is achieved through vehicle control unit 6, and the goods provided by supplier 4 and the goods required by demander 5 are assigned according to supply and demand conditions. Regional division is achieved through supplier discovery 8 and demander discovery 7, and transportation unit 3 assigns vehicles nearby through supply and demand matching unit 2.

[0021] The embodiments of the present invention are described in detail above with reference to the accompanying drawings. However, the present invention is not limited to the above embodiments. Various changes can be made within the knowledge scope of ordinary technicians in the technical field without departing from the purpose of the present invention.

Claims

1. A coal calling system based on freight big data, characterized in that: include: Data collection and processing unit (1), supply and demand matching unit (2), transportation unit (3); The transport unit (3) comprises a vehicle control unit (6), wherein the vehicle control unit (6) is provided with a vehicle positioning (601), a vehicle monitoring (602), an emergency system (603), a dispatching system (604), a road condition analysis (605), a fault repair (606), and a vehicle condition information (607). The vehicle positioning (601) tracks the real-time position of the delivery vehicle and transmits the position information back to the vehicle control unit (6) in real time; tracks the real-time position of the incoming vehicle and transmits the position information back to the vehicle control unit (6) in real time; the vehicle monitoring (602) acquires the real-time transport picture of the delivery vehicle and transmits the picture information back to the vehicle control unit (6) in real time; acquires the real-time transport picture of the incoming vehicle and transmits the picture information back to the vehicle control unit (6) in real time; The emergency system (603) sends an alarm to the vehicle control unit (6) by triggering an emergency alarm button, analyzes the alarm through the transport unit (3) and sends an emergency treatment plan to the vehicle control unit (6), and the dispatch system (604) dispatches the vehicle according to the emergency treatment plan of the transport unit (3) and the dispatch instruction of the vehicle control unit (6); The road condition analysis (605) estimates the transportation time of delivery vehicles and incoming goods vehicles through comprehensive data analysis of weather, traffic flow, road conditions, traffic accidents, and vehicle travel time; The supply and demand matching unit (2) is divided into supplier discovery (8) and demander discovery (7). The supplier discovery (8) connects with suppliers (4) and sends a supply quantity report to the supply and demand matching unit (2) by counting the information of suppliers (4). The demander discovery (7) connects with demanders (5) and sends a demand quantity report to the supply and demand matching unit (2) by counting the total quantity of demanders (5). The data collection and processing unit (1) counts and divides suppliers (4) through the supply and demand matching unit (2), counts and divides demanders (5) through the supply and demand matching unit (2), and dispatches the vehicle control unit (6) through the transportation unit (3).

2. A coal calling system based on freight big data according to claim 1, characterized in that: The vehicle control unit (6) tracks the supplier's (4) supply vehicle and the demander's (5) delivery vehicle in real time through vehicle positioning (601), and feeds back the data to the data collection and processing unit (1) in real time through the transportation unit (3).

3. A coal calling system based on freight big data according to claim 1, characterized in that: The vehicle control unit (6) transmits back real-time images of the supplier's (4) supply vehicle and the demander's (5) delivery vehicle through vehicle monitoring (602), and feeds back the data to the data collection and processing unit (1) in real time through the transportation unit (3).

4. A coal calling system based on freight big data according to claim 1, characterized in that: The vehicle control unit (6) feeds back emergency information about the supplier's (4) supply vehicles and the demander's (5) delivery vehicles during transportation through the emergency system (603), implements vehicle dispatch through the dispatch system (604), and feeds back the data to the data collection and processing unit (1) in real time through the transport unit (3).

5. The coal calling system based on freight big data according to claim 1 is characterized in that: The vehicle control unit (6) uses the road condition analysis (605) to provide real-time feedback of the route conditions of the supplier's (4) supply vehicles and the demander's (5) delivery vehicles to the data collection and processing unit (1) through the transportation unit (3). The data collection and processing unit (1) provides the transportation status to the supplier (4) and the demander (5) respectively according to the road condition analysis (605).

6. A coal calling system based on freight big data according to claim 1, characterized in that: The vehicle control unit (6) reports the faults in the transportation of the supplier's (4) supply vehicle and the demander's (5) delivery vehicle to the data collection and processing unit (1) in real time through the transportation unit (3) via the fault reporting (606). The data collection and processing unit (1) provides the supplier (4) and the demander (5) with the transportation status according to the fault information, and implements vehicle dispatch through the dispatch system (604).

7. A coal calling system based on freight big data according to claim 1, characterized in that: The vehicle control unit (6) collects statistics on the vehicle conditions of the supplier's (4) supply vehicles and the demander's (5) delivery vehicles through the vehicle condition information (607), and feeds back the statistical data to the supplier (4) and the demander (5) in real time through the data collection and processing unit (1). The vehicle control unit (6) determines the order of vehicle dispatch and the dispatch of the dispatch system (604) and the emergency system (603) through the vehicle condition information (607).

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