The collaborative operation mode between port equipment and conveying equipment is the key to improving the efficiency of port operations. In port operations, port equipment such as cranes, stackers, and conveying equipment such as belt conveyors and chain conveyors need to be closely coordinated in order to achieve efficient loading, unloading, and transportation of goods. In terms of collaborative work, the first step is to establish a unified information platform to achieve data sharing and real-time communication between devices.

　　For example, through IoT technology, port and transportation equipment can transmit real-time operation data, achieving intelligent scheduling and collaborative operations. Secondly, it is necessary to optimize the workflow, reduce waiting time and idle time between devices, and improve overall work efficiency.

　　For example, in container loading and unloading operations, after the crane lifts the container from the ship to the yard, the conveying equipment can quickly transport the container to the designated location, reducing the time consumption of intermediate links. Again, it is necessary to strengthen the maintenance and upkeep of equipment to ensure its normal operation and avoid work interruptions caused by equipment failures.

　　In the future, the collaborative operation mode between port equipment and transportation equipment will pay more attention to technological integration and innovation. For example, the application of 5G communication technology will achieve efficient collaboration between equipment, and green technology is expected to further reduce equipment energy consumption and emissions. In short, the collaborative operation mode of port equipment and conveying equipment will continue to promote the development of port operations towards higher efficiency, intelligence, and environmental protection.