Customized Double-layer Structure RGV Transfer Cart
- Dual-Layer Structure for Coordinated Operation
The system employs a vertically layered mechanical structure: the lower layer serves as the chassis for vehicle locomotion and load-bearing support, while the upper layer features a precision chain-based conveying mechanism. These two layers operate under independent control yet function in coordinated linkage. This design not only ensures stable load-bearing for heavy, large-scale equipment but also facilitates rapid interfacing with production lines and workstations via the upper-layer chain conveyor, thereby eliminating the safety risks and efficiency losses associated with manual handling.
- Upper-Layer Precision Chain Conveying Technology
The upper platform is equipped with a heavy-duty chain conveying system. Through a combination of motorized drive and precise positioning control, it achieves docking accuracy at the millimeter level. It can automatically align with the conveyor lines of upstream and downstream equipment, facilitating the smooth transfer and transit of large-scale machinery. The chains are constructed from high-strength, wear-resistant materials—specifically engineered for heavy-duty operating conditions—and feature anti-deviation and anti-slip designs to ensure the stability and safety of the entire transport process.
1.Battery-Powered Intelligent Navigation System
The vehicle is powered by an industrial-grade battery pack, eliminating the constraints of external cables and enabling long-distance, high-frequency shuttle operations. Integrated with an intelligent control system, it supports functions such as automatic pathfinding, precision docking, and self-diagnostic fault detection (indicated via a three-color warning light). Furthermore, it supports data exchange with MES/WMS systems, seamlessly integrating into the facility's overall automated logistics ecosystem to elevate the intelligence level of transport scheduling.
2.Heavy-Duty Safety and Protection Technology
A custom-engineered chassis structure, combined with a multi-stage shock absorption design, ensures structural stability during the transport of heavy equipment. The vehicle is equipped with multiple safety mechanisms—including intelligent remote control capabilities, emergency stop buttons, and safety guardrails—and features an intelligent early-warning system that monitors battery levels, operational status, and conveying conditions in real-time, effectively mitigating the risks associated with heavy-load transport.
Efficient Interfacing:The combination of chain conveying and the dual-layer structural design significantly reduces the time required for loading/unloading large equipment and docking with workstations, thereby boosting the logistics turnover rate of the production line.
Intelligent Coordination:The system supports multi-vehicle fleet operations and system integration, enabling fully automated, unmanned transport workflows—from warehousing to production workstations—and reducing reliance on manual labor.
Stability and Reliability:Leveraging heavy-duty load-bearing capabilities and advanced safety protection technologies, the system is ideally suited for complex industrial environments—such as metallurgy, heavy industry, and mechanical manufacturing—ensuring stable and reliable long-term operation.
