接触网几何参数检测数据集

接触网几何参数装置主要用于对城市轨道架空接触网位置信息（接触线高度和拉出值）进行连续精确测量，并针对超限数据实时报警，指导工程人员及时维修和处理；其实现方法基于激光雷达、激光测距技术和伺服控制技术，实现接触网位置实现跟踪和采集，对采集到数据点云信息进行模式识别、滤波、算法等，并融合线路数据库信息，对架空接触网位置信息（接触线高度和拉出值）进行精确测量和记录；本数据集为深圳地铁2号线红树湾到桥头北站接触网检测数据，数据量约200KB。

The catenary geometric parameter measuring device is primarily used for continuously and accurately measuring the position information of urban rail overhead catenary, including the catenary height and stagger, and issuing real-time alarms for out-of-limit data to guide engineering personnel in carrying out timely maintenance and disposal. Its implementation is based on lidar, laser ranging technology and servo control technology, which realizes the tracking and collection of catenary position information. It conducts pattern recognition, filtering and algorithm processing on the collected point cloud data, and integrates line database information to accurately measure and record the position information of the overhead catenary, including catenary height and stagger. This dataset is the catenary detection data of Shenzhen Metro Line 2 from Hongshuwan Station to Qiaotoubei Station, with a total data volume of approximately 200 KB.

搜集汇总

背景与挑战

背景概述

该数据集专注于城市轨道架空接触网的几何参数检测，具体包括接触线高度和拉出值的连续精确测量数据，来源于深圳地铁2号线红树湾到桥头北站。它基于激光雷达、激光测距和伺服控制技术实现数据采集与处理，旨在支持接触网状态监测和维修指导，是国家重点研发计划项目的成果，数据量较小（约63.88KB），包含2个文件。