Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-speed railway track precision measurement and track precision adjustment integrated construction method
The invention provides a high-speed railway track precision measurement and track precision adjustment integrated construction method, and belongs to the technical field of high-speed railway ballastless track subrail structure part replacement or maintenance. The high-speed railway track precision measurement and track precision adjustment integrated construction method comprises the following steps that a measurement construction section is measured through an absolute measurement method or a relative measurement method; when the absolute measurement method is adopted, a railway track inspection tester is used for collecting the line center position, the track surface elevation, the measuring point continuous mileage, the track gauge, the levelness, the height value, the track directionand the torsion resistance of measured points on a track; when the relative measurement method is adopted, a track inspection instrument is used for collecting continuous mileage, track gauge, levelness and the like of the measured points on the track; after fine adjustment is finished, the absolute measurement mode of a railway energy track inspection instrument is used for detecting and checkingand accepting the fine adjustment quality; wherein through an integrated management mode, barrier-free communication in the construction process can be realized, and the operation of the constructionprocess can be accelerated.
本发明提供高速铁路轨道精密测量和轨道精密调整一体化施工方法，涉及高速铁路无砟轨道轨下结构部件更换或养护维修技术领域，该高速铁路轨道精密测量和轨道精密调整一体化施工方法包括以下步骤：对测量施工地段通过绝对测量法或相对测量法进行测量；采用绝对测量法时，使用铁路轨道检查仪采集轨道上被测点的线路中心位置、轨面高程、测点连续里程、轨距、水平度、高低值、轨向、扭曲度；采用相对测量法时，利用轨道检查仪采集轨道上被测点的连续里程、轨距、水平度等；精调结束后，使用铁路能轨道检查仪绝对测量模式对精调质量进行检测和验收的过程；本发明通过一体化管理模式，可实现施工工序过程中无障碍沟通，可以加快施工流程运转。
High-speed railway track precision measurement and track precision adjustment integrated construction method
The invention provides a high-speed railway track precision measurement and track precision adjustment integrated construction method, and belongs to the technical field of high-speed railway ballastless track subrail structure part replacement or maintenance. The high-speed railway track precision measurement and track precision adjustment integrated construction method comprises the following steps that a measurement construction section is measured through an absolute measurement method or a relative measurement method; when the absolute measurement method is adopted, a railway track inspection tester is used for collecting the line center position, the track surface elevation, the measuring point continuous mileage, the track gauge, the levelness, the height value, the track directionand the torsion resistance of measured points on a track; when the relative measurement method is adopted, a track inspection instrument is used for collecting continuous mileage, track gauge, levelness and the like of the measured points on the track; after fine adjustment is finished, the absolute measurement mode of a railway energy track inspection instrument is used for detecting and checkingand accepting the fine adjustment quality; wherein through an integrated management mode, barrier-free communication in the construction process can be realized, and the operation of the constructionprocess can be accelerated.
本发明提供高速铁路轨道精密测量和轨道精密调整一体化施工方法，涉及高速铁路无砟轨道轨下结构部件更换或养护维修技术领域，该高速铁路轨道精密测量和轨道精密调整一体化施工方法包括以下步骤：对测量施工地段通过绝对测量法或相对测量法进行测量；采用绝对测量法时，使用铁路轨道检查仪采集轨道上被测点的线路中心位置、轨面高程、测点连续里程、轨距、水平度、高低值、轨向、扭曲度；采用相对测量法时，利用轨道检查仪采集轨道上被测点的连续里程、轨距、水平度等；精调结束后，使用铁路能轨道检查仪绝对测量模式对精调质量进行检测和验收的过程；本发明通过一体化管理模式，可实现施工工序过程中无障碍沟通，可以加快施工流程运转。
High-speed railway track precision measurement and track precision adjustment integrated construction method
高速铁路轨道精密测量和轨道精密调整一体化施工方法
WANG SHAOHUA (Autor:in) / GUO YAPENG (Autor:in) / ZHANG YONGFENG (Autor:in) / HUANG FEI (Autor:in) / ZHAO JIANSHE (Autor:in) / KONG JUNJING (Autor:in) / LIU DUO (Autor:in)
02.10.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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