轨道扣件检测系统设计与分析

Structure Design and Analysis of Track Fastener Inspection System

摘要:

为了满足轨道扣件动态检测的需求,设计了一种轨道扣件检测系统,包括照明系统、摄像系统等并通过悬挂系统安装在转向架构架前端。通过关键设备参数的选型计算,设计了安装结构然后校核悬挂系统的螺栓强度,验证其螺栓连接的可靠性。并对整体结构采用ANSYS Workbench有限元分析以及实验室验证,系统符合要求,满足线路的检测需要。

Abstract:

In order to meet the requirements of rail fastening dynamic detection, we design a track fastener inspection system, including lighting system, camera system and installed on the bogie frame through the suspension system such as the front end. According to the model selection calculation of key equipment parameters, the installation structure is designed and the bolt strength of the suspension system is checked to verify the reliability of the bolt connection. ANSYS Workbench finite element analysis and laboratory verification were carried out for the overall vehicle structure. The system met the requirements and met the detection needs of the line.