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Track panel adjusting structure, track panel fine adjusting device, track panel fine adjusting vehicle and track panel fine adjusting method
The invention relates to a track panel adjusting structure, a track panel fine adjustment device comprising the track panel adjusting structure, a track panel fine adjustment vehicle comprising the track panel fine adjustment device and a track panel fine adjustment method based on the track panel fine adjustment vehicle. The track panel adjusting structure comprises a fine adjustment threaded sleeve and a fine adjustment driving motor used for driving the fine adjustment threaded sleeve to rotate. The fine adjustment driving motor adopts a servo motor and is provided with a current detection module, and the current detection module is used for monitoring the current analog quantity of the fine adjustment driving motor and feeding back the current analog quantity to the controller; and the controller is used for judging whether the fit clearance between the fine adjustment screw sleeve and the track panel fine adjustment screw rod is within an allowable range or not according to the obtained current analog quantity data, and guiding the fine adjustment driving motor to perform corresponding operation. By monitoring the change of the current analog quantity of the servo motor, the tight connection degree of the fine adjustment screw sleeve and the track panel fine adjustment screw rod can be automatically detected, the connection gap between the elevation fine adjustment screw sleeve and the elevation adjustment screw rod can be automatically eliminated, and the elevation adjustment precision of the track panel is correspondingly improved.
本发明涉及一种轨排调节结构、包括该轨排调节结构的轨排精调装置、包括该轨排精调装置的轨排精调车以及基于该轨排精调车的轨排精调方法,该轨排调节结构包括精调螺套以及用于驱动精调螺套旋转的精调驱动电机,精调驱动电机采用伺服电机并且配置有电流检测模块,电流检测模块用于监测精调驱动电机的电流模拟量并反馈给控制器,控制器用于根据获得的电流模拟量数据判断精调螺套与轨排精调螺杆之间的配合间隙是否在允许范围内、并指导精调驱动电机进行相应的操作。通过监测伺服电机的电流模拟量的变化,可以自动检测精调螺套与轨排精调螺杆的密接程度,能够自动消除高程精调螺套与高程调节螺杆之间的连接间隙,相应地提高轨排高程调节精度。
Track panel adjusting structure, track panel fine adjusting device, track panel fine adjusting vehicle and track panel fine adjusting method
The invention relates to a track panel adjusting structure, a track panel fine adjustment device comprising the track panel adjusting structure, a track panel fine adjustment vehicle comprising the track panel fine adjustment device and a track panel fine adjustment method based on the track panel fine adjustment vehicle. The track panel adjusting structure comprises a fine adjustment threaded sleeve and a fine adjustment driving motor used for driving the fine adjustment threaded sleeve to rotate. The fine adjustment driving motor adopts a servo motor and is provided with a current detection module, and the current detection module is used for monitoring the current analog quantity of the fine adjustment driving motor and feeding back the current analog quantity to the controller; and the controller is used for judging whether the fit clearance between the fine adjustment screw sleeve and the track panel fine adjustment screw rod is within an allowable range or not according to the obtained current analog quantity data, and guiding the fine adjustment driving motor to perform corresponding operation. By monitoring the change of the current analog quantity of the servo motor, the tight connection degree of the fine adjustment screw sleeve and the track panel fine adjustment screw rod can be automatically detected, the connection gap between the elevation fine adjustment screw sleeve and the elevation adjustment screw rod can be automatically eliminated, and the elevation adjustment precision of the track panel is correspondingly improved.
本发明涉及一种轨排调节结构、包括该轨排调节结构的轨排精调装置、包括该轨排精调装置的轨排精调车以及基于该轨排精调车的轨排精调方法,该轨排调节结构包括精调螺套以及用于驱动精调螺套旋转的精调驱动电机,精调驱动电机采用伺服电机并且配置有电流检测模块,电流检测模块用于监测精调驱动电机的电流模拟量并反馈给控制器,控制器用于根据获得的电流模拟量数据判断精调螺套与轨排精调螺杆之间的配合间隙是否在允许范围内、并指导精调驱动电机进行相应的操作。通过监测伺服电机的电流模拟量的变化,可以自动检测精调螺套与轨排精调螺杆的密接程度,能够自动消除高程精调螺套与高程调节螺杆之间的连接间隙,相应地提高轨排高程调节精度。
Track panel adjusting structure, track panel fine adjusting device, track panel fine adjusting vehicle and track panel fine adjusting method
轨排调节结构、轨排精调装置、轨排精调车及轨排精调方法
LI QIUYI (Autor:in) / HUANG WEILI (Autor:in) / LI LUYAO (Autor:in) / ZHU BIN (Autor:in) / ZHANG CHAOYONG (Autor:in) / SUN LI (Autor:in) / ZHANG ZHENG (Autor:in) / YE SONG (Autor:in) / ZHANG SHIJIE (Autor:in) / WEI HEDAO (Autor:in)
27.12.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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