基于5G的塔机远程控制系统

在建筑施工现场,塔式起重机现有的操控方式存在安全风险高、操作人员利用率低等问题.对此,提出基于5G MEC的塔机远程控制系统,能够实现不同地理位置的多台塔机、多个客户端的灵活接入和综合管控.通过对状态数据、控制数据、媒体流数据的转发控制采用模块化设计及有针对性的策略,保证了基于5G通讯的低时延在应用层面得以实现,对于多设备多客户端的分布式远程控制应用具有一定的参考价值.

Remote Control System of Tower Crane Based on 5G Communication

The current operation mode of tower cranes has the problems such as high safety risks and low utilization of operators on sites. To solve the problems, a remote control system of tower cranes based on 5G MEC is proposed, which can freely access multiple tower cranes and multiple clients in different geographical positions and perform comprehensive management and control. It ensures that the low time delay based on 5G communications can be realized at the application level by modular design and targeted strategies for forwarding control of status data, control data, and media stream data, which provides a reference for distributed remote control of multiple devices and clients.