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RCS system can provide functions such as AGV management, real-time operation diagram, instruction management, task management, abnormal information management, etc. It can also support a series of information management before, during, and after AGV
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Task Management: Receives AGV task commands from upper-level systems (e.g., MES, WMS), then decomposes, optimizes and dispatches them.
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Dispatching Optimization: Real-time optimization of AGV dispatching plans based on current AGV status and task requirements to ensure operation efficiency, safety, and task completion.
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Path Planning: Generates safe and efficient driving paths for AGVs, considering factors like site environment, cargo characteristics, and AGV performance.
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Monitoring & Coordination: Real-time monitoring of AGV operating status with dynamic adjustments, coordinating behaviors between AGVs to prevent collisions or interference.
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Data Management: Records and stores AGV operation data (position, speed, battery level, etc.), analyzes and models the data to support decision-making.
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Exception Handling: Detects and diagnoses AGV system faults and abnormalities, implements emergency measures to ensure safe and reliable system operation.
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The WMS system, also known as the Warehouse Management System, is an information system specifically designed to manage and control logistics and inventory within a warehouse. This system integrates multiple functional modules to achieve comprehensiv
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Inventory Management: Tracks and manages all goods and inventory in the warehouse, including functions like receiving, storage, picking, shipping, and counting.
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Supports batch management, serial number tracking, expiration date monitoring, multi-level packaging records, etc., ensuring inventory data accuracy and traceability.
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Order Management: Processes and manages orders, including order receiving, inventory allocation, picking and packing, as well as shipping and order status tracking.
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Supports multiple picking strategies such as wave picking, dynamic replenishment strategies, etc., to improve picking efficiency and accuracy.
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Warehouse Layout Optimization: Maximizes warehouse space utilization and work efficiency by optimizing warehouse layout and storage strategies.
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Supports planning and simulation of physical warehouse layouts, including rack layout, aisle design, picking zone division, etc.
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Reporting and Analysis: Generates various reports and analyses to help managers understand warehouse operations, identify issues, and develop improvement plans.
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Provides key indicator analysis such as operation efficiency, accuracy, inventory turnover, etc., supporting refined operation management.
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The WCS system is located between the WMS (Warehouse Management System) and PLC (Programmable Logic Controller) systems, serving as an intermediate management control system responsible for coordinating and optimizing various logistics equipment and
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Real-time Monitoring: Supports display of both global and local views, showing real-time status of all equipment and goods in the warehouse.
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Uses different colors or animations to display equipment status (stopped, running, fault, disabled), enabling quick problem identification by management.
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Task Management: Reads barcode information from PLC and sends barcode data with equipment ID to WMS, then receives routing information returned by WMS.
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Sends task commands (including routing information) to PLC and reads command return values to confirm completion status.
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Task management supports parallel processing of multiple tasks to ensure continuous and efficient warehouse operations.
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System Logs: Records task logs including equipment ID, task serial number, barcode information, routing data, execution results, task initiation and completion times.
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Records system fault logs including equipment type, error code, fault description, severity level and occurrence time.
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Records operation logs including manual control commands, equipment codes, execution results, command issuance time, completion time and operator information.
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In the field of logistics, terminal operating systems play a crucial role. These systems integrate multiple functional modules to support the intelligence, efficiency, and precision of logistics operations.
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Data Collection & Transmission: The logistics terminal operating system supports various data collection devices including barcode scanners and RFID readers, enabling fast and accurate capture of cargo information, inventory data, and order details. Equipped with built-in wireless communication modules (Wi-Fi, Bluetooth, 4G, etc.), the system transmits collected data in real-time to backend systems like Warehouse Management Systems (WMS) and Enterprise Resource Planning (ERP) systems, ensuring seamless data sharing and interoperability.
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Cargo Tracking & Monitoring: With integrated GPS chips, logistics terminal devices provide real-time location data. The operating system uploads this positioning information to the logistics management system, enabling precise cargo tracking and monitoring throughout the supply chain.
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Intelligent Operations & Decision Support: Leveraging image recognition and voice recognition technologies, the system assists logistics personnel with cargo identification and data entry operations, significantly improving work efficiency. Combined with big data analytics and AI technologies, it provides intelligent decision support including optimal route planning and inventory alerts.
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System Integration & Scalability: The operating system seamlessly integrates with backend systems like WMS and ERP, facilitating data sharing and business process synchronization. It supports modular expansion and custom development to meet specific requirements of different logistics enterprises.
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Remote management system Logistics is a solution that uses modern information technology to realize remote monitoring, scheduling and management of the entire logistics process. Through the Internet, satellite communications, sensors and other techni
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Real-time Monitoring & Tracking: The remote management system utilizes IoT technology to monitor all logistics processes in real time, including shipment status, location data, temperature/humidity levels and other critical parameters. This real-time monitoring capability enables enterprises to track logistics operations instantly, ensuring safe delivery of goods. The system also provides shipment tracking services, allowing customers to check current transport progress and location at any time.
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Remote Control & Dispatch: The logistics remote management system features remote control and dispatch functions. Managers can remotely operate logistics equipment through the system, such as adjusting shelf positions in warehouses or activating/deactivating vehicle refrigeration systems. Additionally, the system can automatically dispatch vehicles and drivers based on order information and vehicle status, optimizing transport routes and delivery plans to enhance logistics efficiency.
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Data Collection & Analytics: The remote management system collects extensive logistics operation data including key metrics like transit time, costs, and cargo damage rates. Through comprehensive data analysis, enterprises can gain deep insights into logistics performance, identify potential issues and bottlenecks, and implement targeted improvements. The analytics also help optimize logistics resource allocation to boost overall operational efficiency.
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Customization & Optimization: As the logistics market evolves, enterprise requirements for logistics management are becoming increasingly diverse. The remote management system supports customizable features and optimization capabilities, allowing businesses to tailor the system according to their specific operational needs and management models for more precise and efficient logistics control. For instance, companies can develop customized report templates, optimize delivery routes and distribution plans to improve logistics efficiency and reduce costs.
