Logistics whole process management and control system and method

Abstract

The invention relates to a logistics whole process management and control system and method, and belongs to the technical field of logistics management, and the system comprises a logistics cooperation platform which is used for determining a current logistics stage according to an operation instruction, determining operation information according to the current logistics stage, and sending the operation information to a logistics operation terminal; the logistics operation terminal is used for determining a target transportation tool according to the operation information, controlling the target transportation tool to carry out logistics operation, carrying out real-time monitoring on the transportation state of the target transportation tool in the logistics operation process, and sending operation data to the business management background when the transportation state is operation completion; and the business management background is used for managing the whole flow state of the logistics in the current logistics stage according to the operation data, so that the logistics in the whole flow can be managed and monitored through the logistics collaboration platform, the logistics operation terminal and the business management background, and the working efficiency of each flow is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of logistics management, and in particular to a logistics full-process control system and method. Background Art

[0002] Traditional industrial enterprise operations are centered on production, and output directly determines the economic benefits of the enterprise. However, for the operation of smart factories, its management must have "flow thinking" and "supply chain thinking", and logistics and logistics management run through the entire supply chain.

[0003] In the existing technology, the current factory operations often have clear division of labor in planning, procurement, production, warehousing, quality, sales, etc., and business, information, processes, etc. are all performed separately and governed separately, which easily leads to departmental barriers. Logistics, which runs through the entire process, is scattered among various departments and systems. The processes of each link are not connected and still rely heavily on paper documents and offline approval, resulting in low efficiency.

[0004] Therefore, it is urgent to propose a logistics full-process management and control system and method to solve the technical problems that exist in the existing technology, that is, logistics runs through the whole process, but logistics is scattered among various departments and systems, and the processes of each link are not connected, and still rely heavily on paper documents and offline approval, resulting in low efficiency. Summary of the invention

[0005] In view of this, it is necessary to provide a logistics full-process management and control system and method to solve the technical problems existing in the prior art that logistics runs through the entire process, but logistics is scattered among various departments and systems, and the processes of each link are not connected, and still rely heavily on paper documents and offline approval, resulting in low efficiency.

[0006] In order to solve the above problems, the present invention provides a logistics full-process management and control system, including: The logistics collaboration platform is used to determine the current logistics stage according to the operation instruction, determine the operation information according to the current logistics stage, and send the operation information to the logistics operation terminal; The logistics operation terminal is used to determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool in real time during the logistics operation. When the transportation status is that the operation is completed, the operation data is sent to the business management background; The business management background is used to manage the whole process status of the logistics in the current logistics stage according to the operation data.

[0007] In a possible implementation, the logistics collaboration platform is further used to determine that the operation information is cargo transportation when the current logistics stage is a purchasing logistics stage or a sales logistics stage.

[0008] In a possible implementation, the logistics operation terminal is also used to determine the transportation type based on the procurement contract and determine the target transportation tool according to the transportation type when the current logistics stage is the procurement logistics stage and the operation information is the cargo transportation.

[0009] In a possible implementation, the logistics operation terminal is further used to determine that the target transportation tool is a transportation vehicle when the transportation type is automobile transportation, and to monitor the transportation status of the vehicle in real time based on the onboard positioning device of the transportation vehicle; when the transportation type is ship transportation, determine that the target transportation tool is a transportation vessel, and to monitor the transportation status of the vessel in real time based on the ship information network interface of the transportation vessel; when the transportation type is railway transportation, determine that the target transportation tool is a transportation train, and to monitor the transportation status of the train in real time based on the railway system interface of the transportation train; The logistics collaboration platform is also used to control multiple transportation processes during the logistics operation according to real-time monitoring data. When the multiple transportation processes are all completed, the logistics operation terminal is controlled to update the transportation status to operation completion.

[0010] In one possible implementation, the logistics collaboration platform is also used to determine operation information when the current logistics stage is the production logistics stage, and when the operation information is material flow management, to perform real-time monitoring of the inventory, consumption, and next product production volume of each material in the production process.

[0011] In one possible implementation, when the operation information is equipment flow management, the inventory, transportation and consumption of spare parts are managed, and when an application for material use is received, the material is distributed through the logistics operation terminal, and the logistics of the material is monitored in real time.

[0012] In a possible implementation, when the operation information is energy flow management, the generation, consumption, and emergency response of the three major energy sources of gas, electricity, and water in the steel enterprise are monitored in real time, and safety warnings are issued during the detection process.

[0013] In one possible implementation, when the operation information is cost management, multiple capital flow data are obtained based on the real-time monitoring data of the material flow management, the equipment flow management, and the energy flow management, and capital flow analysis is performed on the multiple capital flow data, and the cost management is optimized according to the analysis results.

[0014] In a possible implementation, the logistics collaboration platform is further used to determine the type of transportation based on the sales contract when the current logistics stage is the sales logistics stage and the operation information is the cargo transportation, and determine the target transportation tool according to the transportation type; The logistics operation terminal is also used to determine that the target transportation tool is a transport vehicle when the transportation type is automobile transportation, and to monitor the vehicle transportation status in real time based on the on-board positioning device of the transport vehicle, so that the logistics collaboration platform can update the transportation status according to the real-time monitoring data.

[0015] On the other hand, the present invention also provides a method for managing the entire logistics process, including: Determine the current logistics stage according to the operation instruction, and determine the operation information according to the current logistics stage; The target transportation tool is determined according to the operation information, the target transportation tool is controlled to perform logistics operations, and the transportation status of the target transportation tool during the logistics operation is monitored in real time. When the transportation status is that the operation is completed, the full process status of the logistics in the current logistics stage is managed according to the operation data.

[0016] The beneficial effects of the present invention are as follows: the logistics collaboration platform is used to determine the current logistics stage according to the operation instructions, determine the operation information according to the current logistics stage, and send the operation information to the logistics operation terminal; the logistics operation terminal is used to determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool in real time during the logistics operation, and when the transportation status is that the operation is completed, the operation data is sent to the business management background; the business management background is used to manage the full-process status of the logistics in the current logistics stage according to the operation data, so that the logistics in the whole process can be managed and monitored through the logistics collaboration platform, the logistics operation terminal and the business management background, thereby improving the work efficiency of each process. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 A schematic diagram of an embodiment of the logistics full-process control system provided by the present invention; Figure 2 A schematic diagram of the structure of an embodiment of each stage of the full-process logistics control system provided by the present invention; Figure 3 A schematic structural diagram of an embodiment of the logistics full-process control method provided by the present invention. DETAILED DESCRIPTION

[0018] The preferred embodiments of the present invention are described in detail below in conjunction with the accompanying drawings, wherein the accompanying drawings constitute a part of this application and are used together with the embodiments of the present invention to illustrate the principles of the present invention, but are not used to limit the scope of the present invention.

[0019] like Figure 1 As shown, a specific embodiment of the present invention discloses a logistics full-process management and control system 100, including: The logistics collaboration platform 101 is used to determine the current logistics stage according to the operation instruction, determine the operation information according to the current logistics stage, and send the operation information to the logistics operation terminal 102; The logistics operation terminal 102 is used to determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool in real time during the logistics operation. When the transportation status is that the operation is completed, the operation data is sent to the business management background 103; The business management backend 103 is used to manage the whole process status of the logistics in the current logistics stage according to the operation data.

[0020] It should be understood that the embodiments of the present invention can be applied to various enterprise factories, such as steel enterprises, so that the entire logistics process of the steel enterprise can be managed and controlled in an informationized manner through the embodiments of the present invention, and business integration and optimization of the entire logistics cycle of the enterprise can be realized, and planning coordination and data interoperability from the entire process of "forecasting-ordering-planning-material supply-production-delivery" can be achieved, which can optimize material flow and waiting time. On the one hand, it helps to shorten the steel production cycle and improve the production efficiency of the enterprise. On the other hand, it can reduce inventory in each link and improve the cash flow of the enterprise, ultimately achieving the purpose of reducing material supply costs and production costs.

[0021] In a specific embodiment of the present invention, a factory-level digital twin can be first constructed through software modeling methods based on various processes and working methods of the enterprise factory, integrated with high-precision Internet maps outside the factory, and a digital base for integrated factory management and control can be established to extract the overall process and key links of the logistics operation of the steel enterprise, and build a logistics network for the steel enterprise, namely the logistics collaboration platform 101, and divide the full-process logistics system into various logistics stages; suppliers or users can operate on the logistics collaboration platform 101. When suppliers or users operate on the logistics collaboration platform 101, operation information can be generated. The operation instructions can be used to indicate the logistics stage that needs to be operated, such as the procurement logistics stage, etc., and then the operation information can be determined according to the current logistics stage. For example, when the current logistics stage is the procurement logistics stage, the operation information can be determined for procurement, and then the operation information can be sent to the logistics operation terminal 102, and the logistics operation terminal 102 can determine the target transportation according to the operation information. Tools, for example, when delivering goods, the target means of transport can be determined according to the information of the goods. The target means of transport can be vehicle transportation, etc., so that the operation terminal can be controlled to work, and the transportation status during the logistics operation can be monitored in real time. Then, the status of the goods can be updated according to the logistics information. For example, when the goods are delivered to the location, it can be determined that the transportation status of the goods is completed. When the transportation status is completed, the operation data can be sent to the business management background 103; the business management background 103 can manage the full process status of the logistics in the current logistics stage according to the operation data, for example, it can manage the current status of the goods, or control the next transportation process of the goods, etc., so that all logistics of the steel enterprise can be monitored and managed online through the embodiment of the present invention. Among them, the logistics collaboration platform 101 can be a logistics collaboration APP or applet set by any enterprise, and the embodiment of the present invention is not limited here.

[0022] Compared with the prior art, the logistics collaboration platform 101 provided in this embodiment is used to determine the current logistics stage according to the operation instructions, determine the operation information according to the current logistics stage, and send the operation information to the logistics operation terminal 102; the logistics operation terminal 102 is used to determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool during the logistics operation in real time, and when the transportation status is that the operation is completed, the operation data is sent to the business management background 103; the business management background 103 is used to manage the full process status of the logistics in the current logistics stage according to the operation data, so that the logistics in the whole process can be managed and monitored through the logistics collaboration platform 101, the logistics operation terminal 102 and the business management background 103, thereby improving the work efficiency of each process.

[0023] In some embodiments of the present invention, the logistics collaboration platform 101 is also used to determine that the operation information is cargo transportation when the current logistics stage is the purchase logistics stage 201 or the sales logistics stage 203.

[0024] In a specific embodiment of the present invention, Figure 2 As shown, the current logistics stage may include the purchasing logistics stage 201, the production logistics stage 202 and the sales logistics stage 203. The logistics collaboration platform 101 can determine the current logistics stage according to the operation instructions. When the current logistics stage is the purchasing logistics stage 201 or the sales logistics stage, it means that a purchasing process or sales service is required. The purchasing process requires the transportation of purchased goods, and the sales service also requires the transportation of returned goods. Therefore, when the current logistics stage is the purchasing logistics stage 201 or the sales logistics stage 203, it can be determined that the operation information is the transportation of goods.

[0025] In some embodiments of the present invention, the logistics operation terminal 102 is also used to determine the transportation type based on the procurement contract and determine the target transportation tool according to the transportation type when the current logistics stage is the procurement logistics stage and the operation information is cargo transportation.

[0026] In a specific embodiment of the present invention, based on the procurement contract, the supplier submits the shipping information and warranty materials in the logistics collaboration APP. When the logistics operation terminal 102 receives that the current logistics stage is the procurement logistics stage and the operation information is cargo transportation, the transportation type can be determined according to the shipping information and warranty materials, and the target means of transportation can be determined according to the transportation type. For example, the transportation type can be vehicle transportation, and the target means of transportation can be vehicles and other tools.

[0027] In some embodiments of the present invention, the logistics operation terminal 102 is further used to determine that the target transportation tool is a transportation vehicle when the transportation type is automobile transportation, and to monitor the transportation status of the vehicle in real time based on the onboard positioning device of the transportation vehicle; when the transportation type is ship transportation, determine that the target transportation tool is a transportation vessel, and to monitor the transportation status of the vessel in real time based on the ship information network interface of the transportation vessel; when the transportation type is railway transportation, determine that the target transportation tool is a transportation train, and to monitor the transportation status of the train in real time based on the railway system interface of the transportation train; The logistics collaboration platform 101 is also used to control multiple transportation processes in the logistics operation process according to real-time monitoring data. When multiple transportation processes are completed, the logistics operation terminal 102 is controlled to update the transportation status to operation completion.

[0028] In a specific embodiment of the present invention, the transportation types may include automobile transportation, ship transportation and railway transportation, which are determined when the supplier submits the delivery information and warranty materials through the logistics collaboration APP. When the logistics operation terminal 102 detects that the transportation type is automobile transportation, it can be determined that the target transportation tool is a transportation vehicle, and then the vehicle transportation status can be monitored in real time based on the on-board positioning device of the transportation vehicle or the mobile phone positioning, and visualized on the logistics operation monitoring screen. The same is true for ship transportation and railway transportation. When the logistics operation terminal 102 detects that the transportation type is ship transportation, it can be determined that the target transportation tool is a transportation vessel, and then the transportation status of the vessel can be monitored in real time based on the ship information network interface of the transportation vessel, and visualized on the logistics operation monitoring screen. When the logistics operation terminal 102 detects that the transportation type is railway transportation, it can be determined that the target transportation tool is a transportation train, and then the transportation status of the train can be monitored in real time based on the railway system interface of the transportation train, and visualized on the logistics operation monitoring screen. Then, the logistics collaboration platform 101 can be used to control multiple transportation processes in the logistics operation process according to the real-time monitoring data. For example, when the transportation type is automobile transportation, the transportation manager can control multiple transportation processes through the real-time monitoring data on the logistics collaboration APP or mini program. For example, multiple transportation processes include factory entry forecast, factory entry application, factory navigation, unloading number, factory exit application and other operations. The logistics management personnel of the steel enterprise handle vehicle entry, weighing, unloading, quality inspection, receipt, settlement, etc. in the business management background 103 or APP. When the transportation type is ship transportation, the transportation manager controls multiple transportation processes through the logistics collaboration APP or mini program. For example, multiple transportation processes include progress forecast, port application, unloading number and other operations. The logistics management personnel of the steel enterprise manages unloading, measurement, quality inspection, receipt, settlement, etc. in the business management background 103 or APP. When the transport type is rail transport, the transport manager controls multiple transport processes through the logistics collaboration APP or applet. For example, multiple transport processes include progress forecast, arrival reminder, unloading and other operations. The logistics manager of the steel enterprise manages unloading, measurement, quality inspection, receipt, settlement, etc. in the business management background 103 or APP. When multiple transport processes are completed, the logistics operation terminal 102 is controlled to update the transport status to operation completion. The transport status can also be updated when each process is completed, and then the next process is carried out.

[0029] In some embodiments of the present invention, the logistics collaboration platform 101 is also used to determine operation information when the current logistics stage is the production logistics stage, and when the operation information is material flow management, to perform real-time monitoring of the inventory, consumption, and next product production volume of each material in the production process.

[0030] In a specific embodiment of the present invention, when the logistics collaboration platform 101 detects that the current logistics stage is the production logistics stage, the operation information can be determined as the management of equipment or logistics. The control objects may include materials, equipment, energy, and funds, etc. When the control object is a material, the operation information can be determined as material flow management. Material flow management mainly focuses on the iron and carbon elements that are of greatest concern in the metallurgical process. It connects to the production and manufacturing management system to monitor the inventory, consumption, and next product production volume of objects such as iron ore, coal, coke, and auxiliary materials in the pre-iron, ironmaking, steelmaking, and post-steel processes in real time, and conducts visual real-time supervision on the logistics operation monitoring screen to build a production model and optimize the production plan.

[0031] In some embodiments of the present invention, when the operation information is equipment flow management, the inventory, transportation and consumption of spare parts are managed, and when an application for material use is received, the materials are distributed through the logistics operation terminal 102, and the logistics of the materials are monitored in real time.

[0032] In a specific embodiment of the present invention, when the control object is equipment, the operation information can be determined as equipment flow management. The equipment flow management mainly manages the inventory, transportation, and consumption of spare parts. The production and use department initiates a material use application through the logistics control APP (i.e., the logistics collaboration platform 101) and specifies the receiving location. The material inventory management department arranges distribution and monitors the logistics of the materials in real time, completes online receipt, and realizes in-depth supervision of the entire plant distribution process.

[0033] In some embodiments of the present invention, when the operation information is energy flow management, the generation, consumption, and emergency response of the three major energy sources of gas, electricity, and water in steel enterprises are monitored in real time, and safety warnings are issued during the detection process.

[0034] In a specific embodiment of the present invention, when the control object is energy, the operation information can be determined as energy flow management. The energy flow management is mainly connected to the energy monitoring system to conduct real-time monitoring and safety warning of the occurrence, consumption, emergency response, etc. of the three major energy sources of gas, electricity and water in steel enterprises, and conduct visual real-time supervision on the logistics operation monitoring screen.

[0035] In some embodiments of the present invention, when the operation information is cost management, multiple capital flow data are obtained based on real-time monitoring data of material flow management, equipment flow management and energy flow management, and capital flow analysis is performed on the multiple capital flow data, and cost management is optimized based on the analysis results.

[0036] In a specific embodiment of the present invention, when the control object is funds, the operation information can be determined as cost management, and multiple fund flow data can be obtained based on real-time monitoring data of material flow management, equipment flow management and energy flow management. Specific enterprise raw materials, finished products, equipment and energy all correspond to capital costs, and based on real-time logistics status supervision of material flow, equipment flow and energy flow, the fund flow data of each management can be obtained, and corresponding fund flow analysis of each link such as inventory capital occupancy, production capital consumption, product revenue forecast, etc. can be formed. Cost management can be optimized according to the analysis results, thereby optimizing the fund management process.

[0037] In some embodiments of the present invention, the logistics collaboration platform 101 is further used to determine the type of transportation based on the sales contract and determine the target transportation tool according to the transportation type when the current logistics stage is the sales logistics stage and the operation information is cargo transportation; The logistics operation terminal 102 is also used to determine that the target transportation tool is a transport vehicle when the transportation type is automobile transportation, and to monitor the vehicle transportation status in real time based on the on-board positioning device of the transport vehicle, so that the logistics collaboration platform 101 can update the transportation status according to the real-time monitoring data.

[0038] In a specific embodiment of the present invention, when the logistics collaboration platform 101 detects that the current logistics stage is the sales logistics stage and the operation information is cargo transportation, the type of transportation can be determined based on the sales contract. The transportation type can include automobile transportation, ship transportation and railway transportation, among which automobile transportation is mainly used to manage the inventory, distribution and after-sales of various types of finished products. The logistics management personnel supplier of the steel enterprise submits the delivery information and warranty materials in the logistics collaboration platform 101 or the logistics management and control APP, binds the transportation vehicle, and then can monitor the transportation status of the vehicle in real time based on the on-board positioning device of the transportation vehicle or the mobile phone positioning. The business management background 103 updates the transportation status according to the real-time monitoring data, and the customer can process the measurement, quality inspection, receipt, settlement, etc. through the logistics management and control APP. If a quality problem occurs, the customer can initiate a return application and supervise the return and after-sales process by binding the transportation vehicle.

[0039] In the specific embodiment of the present invention, the automobile transportation of alloy auxiliary materials is taken as an example. 1. Procurement logistics stage: the supplier version of the logistics collaboration APP displays the contract list, selects the contract, creates a new delivery order, fills in the type of shipped materials, the shipment volume and other information, uploads the required qualification certification materials, such as the quality analysis report, and binds the transport vehicle, including the license plate number and the driver; the logistics operation monitoring screen is based on the digital base of the integrated factory management and control, and displays the in-transit status of all transport vehicles (including cars, ships, and trains) in the two-dimensional and three-dimensional integrated transportation scene. Click the positioning point to view the waybill information of the corresponding vehicle; the driver logs in to the logistics collaboration APP or applet to make a factory entry forecast one day before arrival, submits the factory entry application two hours before entering the factory, and uploads the vehicle registration information, The logistics management personnel of the steel enterprise shall review the information in the business management background or APP, and after the review is passed, it shall be linked to the access control system. Then, the vehicle can be controlled through the logistics operation terminal 102, and the vehicle shall automatically enter the factory; after the vehicle enters the factory, it can navigate within the factory through the APP or mini program, and can navigate to the designated location for weighing. The system automatically associates the gross weight information, and then navigates to the designated unloading point for queuing and unloading; after the logistics management personnel of the steel enterprise check the unloading, they shall enter the quality inspection information in the business management background or APP and sign for confirmation; after the signing is completed, the driver shall be reminded to weigh again at the designated location, associate the counterweight information, generate the receiving quantity, and the vehicle shall automatically generate the factory exit authority, and can leave the factory on its own within the specified time; according to the receiving quantity of materials, it shall be linked to the financial system for settlement.

[0040] 2. Production logistics stage: Based on the digital twin of the plant, the real-time inventory, consumption and generation of various materials and energy in the plant are displayed in real time, and the material flow and conversion dynamics of the plant are displayed in real time on the logistics operation monitoring screen. Through the logistics control APP, the entire process of plant distribution can be deeply supervised: the production and use department initiates a material use application, submits the required material type, quantity and time, and specifies the receiving location; the material inventory management department arranges the distribution plan, specifies the delivery person, delivery tools and delivery time, and the logistics operation terminal 102 delivers to the designated location as planned; the production and use department confirms the receipt online. Based on the integration of business management data and real-time monitoring data of materials, energy and equipment, a comprehensive statistical report on material inventory, consumption and output is generated, and the unit price analysis of various resources is linked to form an enterprise cash flow analysis model.

[0041] 3. Sales logistics stage: The sales contract list is displayed in the logistics collaboration APP. The enterprise manager selects the contract, creates a delivery note, fills in the type of product and quantity shipped, uploads the required qualification certification materials, and binds the transport vehicle, including the license plate number and the driver. The vehicle is controlled through the logistics operation terminal 102 to obtain the vehicle's logistics information. The logistics operation monitoring screen is based on a digital base that integrates factory management and control. In a two- and three-dimensional integrated transportation scene, it displays the in-transit status of all transport vehicles. Click the positioning point to view the waybill information of the corresponding vehicle. After the customer checks the harvest, the harvest quantity, quality inspection information, etc. are entered in the customer version of the logistics collaboration APP for signing and confirmation. According to the quantity of materials received, the financial system is linked to settle the bill.

[0042] In order to better implement the logistics full process control system in the embodiment of the present invention, based on the logistics full process control system, the embodiment of the present invention also provides a logistics full process control method, such as Figure 3 As shown in the figure, the whole process control method of logistics includes: S301, determining the current logistics stage according to the operation instruction, and determining the operation information according to the current logistics stage; S302. Determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool during the logistics operation in real time. When the transportation status is that the operation is completed, manage the full process status of the logistics in the current logistics stage according to the operation data.

[0043] The above is a detailed introduction to the logistics full-process control system and method provided by the present invention. Specific examples are used in this article to illustrate the principles and implementation methods of the present invention. The description of the above embodiments is only used to help understand the method of the present invention and its core idea; at the same time, for technical personnel in this field, according to the idea of ​​the present invention, there will be changes in the specific implementation method and application scope. In summary, the content of this specification should not be understood as a limitation on the present invention.

Claims

1. A logistics full process control system, characterized in that: include: The logistics collaboration platform is used to determine the current logistics stage according to the operation instruction, determine the operation information according to the current logistics stage, and send the operation information to the logistics operation terminal; The logistics operation terminal is used to determine the target transportation tool according to the operation information, control the target transportation tool to perform logistics operations, and monitor the transportation status of the target transportation tool in real time during the logistics operation. When the transportation status is that the operation is completed, the operation data is sent to the business management background; The business management background is used to manage the whole process status of the logistics in the current logistics stage according to the operation data.

2. The logistics full process control system according to claim 1 is characterized in that: The logistics collaboration platform is also used to determine that the operation information is cargo transportation when the current logistics stage is a purchasing logistics stage or a sales logistics stage.

3. The logistics full process control system according to claim 2 is characterized in that: The logistics operation terminal is also used to determine the transportation type based on the procurement contract and determine the target transportation tool according to the transportation type when the current logistics stage is the procurement logistics stage and the operation information is the cargo transportation.

4. The full-process logistics management and control system according to claim 3 is characterized in that: The logistics operation terminal is also used to determine that the target transportation tool is a transportation vehicle when the transportation type is automobile transportation, and to monitor the transportation status of the vehicle in real time based on the on-board positioning device of the transportation vehicle; when the transportation type is ship transportation, determine that the target transportation tool is a transportation vessel, and to monitor the transportation status of the vessel in real time based on the ship information network interface of the transportation vessel; when the transportation type is railway transportation, determine that the target transportation tool is a transportation train, and to monitor the transportation status of the train in real time based on the railway system interface of the transportation train; The logistics collaboration platform is also used to control multiple transportation processes during the logistics operation according to real-time monitoring data. When the multiple transportation processes are all completed, the logistics operation terminal is controlled to update the transportation status to operation completion.

5. The logistics full process control system according to claim 1 is characterized in that: The logistics collaboration platform is also used to determine operation information when the current logistics stage is the production logistics stage, and to conduct real-time monitoring of the inventory, consumption, and next product production volume of each material in the production process when the operation information is material flow management.

6. The full-process logistics management and control system according to claim 5 is characterized in that: When the operation information is equipment flow management, the inventory, transportation and consumption of spare parts are managed, and when a material use application is received, the material is distributed through the logistics operation terminal, and the logistics of the material is monitored in real time.

7. The full-process logistics management and control system according to claim 6 is characterized in that: When the operation information is energy flow management, the occurrence, consumption and emergency disposal of the three major energy sources of gas, electricity and water in the steel enterprise are monitored in real time, and safety warnings are issued during the detection process.

8. The full-process logistics control system according to claim 7 is characterized in that: When the operation information is cost management, multiple capital flow data are obtained based on the real-time monitoring data of the material flow management, the equipment flow management and the energy flow management, and capital flow analysis is performed on the multiple capital flow data, and the cost management is optimized according to the analysis results.

9. The logistics full process control system according to claim 2 is characterized in that: The logistics collaboration platform is also used to determine the type of transportation based on the sales contract and determine the target transportation tool according to the transportation type when the current logistics stage is the sales logistics stage and the operation information is the cargo transportation; The logistics operation terminal is also used to determine that the target transportation tool is a transport vehicle when the transportation type is automobile transportation, and to monitor the vehicle transportation status in real time based on the on-board positioning device of the transport vehicle, so that the logistics collaboration platform can update the transportation status according to the real-time monitoring data.

10. A method for controlling the entire logistics process, characterized in that: include: Determine the current logistics stage according to the operation instruction, and determine the operation information according to the current logistics stage; The target transportation tool is determined according to the operation information, the target transportation tool is controlled to perform logistics operations, and the transportation status of the target transportation tool during the logistics operation is monitored in real time. When the transportation status is that the operation is completed, the full process status of the logistics in the current logistics stage is managed according to the operation data.

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