Positioned between the WMS (Warehouse Management System) and material handling equipment, CYZN-WCS acts as a management control layer that coordinates the operation of diverse logistics equipment, including conveyors, stacker cranes, shuttle vehicles, robots, and AGVs (Automated Guided Vehicles). Through its task and message engines, it optimizes task decomposition, analyzes execution paths, ensures the efficient implementation of scheduling commands from higher-level systems, and integrates, centrally schedules, and monitors interfaces across all equipment systems.
Multi-task Service: Capable of parallel execution of multiple tasks simultaneously.
Communication Module: Enables concurrent communication with different types of PLCs.
Equipment Module: Real-time update and feedback on the status and task information of each equipment module.
Business Module: Implementation of general warehousing tasks, WebApi interfaces, LED functionality, etc.
Log Module: Hierarchical logging into local log files (Debug, Warning, Normal, Error).
Functions of CYZN-WCS System
The WCS system breaks down handling tasks into multiple segments, distributes them step-by-step to different logistics equipment, and ultimately coordinates these devices to complete the handling tasks.
It monitors real-time warehouse dynamics and automates storage management. It safely and efficiently schedules and coordinates the operation of underlying logistics equipment, automatically assigns tasks generated by the WMS, and processes multiple threads for efficient operation.
Scheduling Strategy: The WCS system processes tasks according to priority. In case of identical priorities, tasks are handled in chronological order. Rational priority allocation meets diverse business requirements.
Path Configuration: The system offers path configuration, enabling the rational planning of handling routes according to business needs, which significantly enhances overall efficiency.
Dynamic Path Allocation: In the event of equipment failure or path congestion, the system dynamically reallocates paths to maximize logistics flow, improve warehouse efficiency, and achieve intelligent scheduling.
Multilingual Support: The system supports multiple languages and allows seamless switching between them.
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