Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent fine adjustment system for ballastless track plate
The invention discloses an intelligent fine adjustment system for a ballastless track plate. The system comprises a measurement device, a fine adjustment claw and an adjustment mechanism, and the measurement device sends ballastless track plate position data to a control host; the adjustment mechanism drives the fine adjustment claw to adjust the position of the ballastless track plate; the fine adjustment claw comprises a connecting plate and a screw rod sliding block mechanism; the screw rod sliding block mechanism comprises three adjusting heads, and the three adjusting heads rotate to be used for driving the connecting plate to conduct X-direction, Y-direction and Z-direction three-dimensional adjustment; and the adjustment mechanism comprises three driving motors and three speed reducers, each driving motor is connected with one speed reducer, and output shafts of the three speed reducers are connected with the three adjusting heads through dowel bars respectively. Adjustment parameters are obtained through a total station, a dowel bar connected with the fine adjustment claw is utilized, the motors drive the dowel bar to achieve fine adjustment of the track plate, the adjustedstate is fed back to the control host, automatic fine adjustment is conducted through equipment, and the track plate is adjusted to the required spatial position quickly and precisely.
本申请公开了无砟轨道板智能精调系统，包括测量装置、精调爪以及调整机构，测量装置将无砟轨道板位置数据发送到控制主机；调整机构驱动精调爪调整无砟轨道板的位置；精调爪包括连接板、丝杆滑块机构；丝杆滑块机构包括3个调节头，3个调节头转动分别用于带动连接板进行X、Y、Z向三维调节；调整机构包括3个驱动电机，3个减速机，每个驱动电机分别与一个减速机连接，3个减速机的输出轴分别通过传力杆与3个调节头连接。通过全站仪获得调整参数，利用与精调爪连接的传力杆，电机驱动传力杆实现轨道板的精调，并将调整后的状态反馈给控制主机，利用设备自动精调，实现快速、高精度调整轨道板到要求的空间位置。
Intelligent fine adjustment system for ballastless track plate
The invention discloses an intelligent fine adjustment system for a ballastless track plate. The system comprises a measurement device, a fine adjustment claw and an adjustment mechanism, and the measurement device sends ballastless track plate position data to a control host; the adjustment mechanism drives the fine adjustment claw to adjust the position of the ballastless track plate; the fine adjustment claw comprises a connecting plate and a screw rod sliding block mechanism; the screw rod sliding block mechanism comprises three adjusting heads, and the three adjusting heads rotate to be used for driving the connecting plate to conduct X-direction, Y-direction and Z-direction three-dimensional adjustment; and the adjustment mechanism comprises three driving motors and three speed reducers, each driving motor is connected with one speed reducer, and output shafts of the three speed reducers are connected with the three adjusting heads through dowel bars respectively. Adjustment parameters are obtained through a total station, a dowel bar connected with the fine adjustment claw is utilized, the motors drive the dowel bar to achieve fine adjustment of the track plate, the adjustedstate is fed back to the control host, automatic fine adjustment is conducted through equipment, and the track plate is adjusted to the required spatial position quickly and precisely.
本申请公开了无砟轨道板智能精调系统，包括测量装置、精调爪以及调整机构，测量装置将无砟轨道板位置数据发送到控制主机；调整机构驱动精调爪调整无砟轨道板的位置；精调爪包括连接板、丝杆滑块机构；丝杆滑块机构包括3个调节头，3个调节头转动分别用于带动连接板进行X、Y、Z向三维调节；调整机构包括3个驱动电机，3个减速机，每个驱动电机分别与一个减速机连接，3个减速机的输出轴分别通过传力杆与3个调节头连接。通过全站仪获得调整参数，利用与精调爪连接的传力杆，电机驱动传力杆实现轨道板的精调，并将调整后的状态反馈给控制主机，利用设备自动精调，实现快速、高精度调整轨道板到要求的空间位置。
Intelligent fine adjustment system for ballastless track plate
一种无砟轨道板智能精调系统
LIU ZHIRU (Autor:in) / WANG FENG (Autor:in) / LI XINYUAN (Autor:in) / WANG YONGPING (Autor:in) / TIAN WANJUN (Autor:in) / JIA GUANGLIN (Autor:in) / YU WENQIANG (Autor:in) / SUYALATU (Autor:in) / HE LIN (Autor:in) / XUE ZEMIN (Autor:in)
05.01.2021
Patent
Elektronische Ressource
Chinesisch
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