While the construction of ballastless high-speed railway track has achieved large-scale mechanization in aspects such as long rail transportation and laying,the subsequent installation of fasteners still heavily relies on manual labor assisted by small tools.This approach is characterized by high labor intensity,low construction efficiency,and potential quality inconsistencies.This study focused on the WJ-8 fastener system,leveraging technologies such as visual/laser measurement systems and multi-manipulator cooperative operations to investigate an automated fastener installation vehicle,and a concept for intelligent construction of track engineering equipment was proposed to enhance the technological,informational,and automated capabilities in high-speed railway intelligent construction.The study results provide guidance for automation in track construction machinery.
NETL
NSTL
万方数据
