Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Automatic rail cleaning and maintaining equipment for subway rail transit
The invention relates to the technical field of metro rail traffic, and particularly discloses automatic rail cleaning and maintaining equipment for metro rail traffic, which comprises a moving vehicle body and a moving mechanism arranged at the bottom of the moving vehicle body, and further comprises a limiting adjusting mechanism for enabling a worker to conveniently fit and mount the outer wall of a rail, the limiting adjusting mechanisms are located on the two sides of the movable trolley body. According to the rail rust removal device, through the action of the rust removal mechanism, the flowing-out action of a rust remover and the sliding friction action of the arc-shaped wiping plate on the outer wall of the rail, the rust remover flowing to the outer wall of the rail can be fully rubbed with the rail rust removal device, and compared with a method for removing rust on the outer wall of the rail only through friction force, the rust removal device has the advantages that the rust removal efficiency is improved; according to the rail outer wall rust removal device, the rust removal effect on the rail outer wall by workers is correspondingly improved, the rust can be removed without large friction force, the situation that the rail outer wall is scratched and damaged is reduced, and therefore the working efficiency of removing the rust on the rail outer wall by the workers is improved.
本发明涉及地铁轨道交通技术领域，具体公开了一种地铁轨道交通用铁轨自动清理维护设备，包括移动车体以及设置在其底部的移动机构，还包括有：限位调节机构，用于使工作人员对铁轨外壁进行便于贴合安装，所述限位调节机构位于移动车体的两侧；本发明，通过除锈机构的作用，利用除锈剂流出的作用，加之弧形擦板移动对铁轨外壁进行滑动摩擦的作用，可使流至铁轨外壁的除锈剂与其进行充分摩擦，相较于仅仅通过摩擦力将轨道外壁的铁锈进行去除的方法，相应地增加了工作人员对铁轨外壁进行除锈的除锈效果，且就不需较大的摩擦力才能对铁锈进行去除，降低了对轨道外壁造成刮伤损坏的情况，从而提升了工作人员对轨道外壁铁锈去除的工作效率。
Automatic rail cleaning and maintaining equipment for subway rail transit
The invention relates to the technical field of metro rail traffic, and particularly discloses automatic rail cleaning and maintaining equipment for metro rail traffic, which comprises a moving vehicle body and a moving mechanism arranged at the bottom of the moving vehicle body, and further comprises a limiting adjusting mechanism for enabling a worker to conveniently fit and mount the outer wall of a rail, the limiting adjusting mechanisms are located on the two sides of the movable trolley body. According to the rail rust removal device, through the action of the rust removal mechanism, the flowing-out action of a rust remover and the sliding friction action of the arc-shaped wiping plate on the outer wall of the rail, the rust remover flowing to the outer wall of the rail can be fully rubbed with the rail rust removal device, and compared with a method for removing rust on the outer wall of the rail only through friction force, the rust removal device has the advantages that the rust removal efficiency is improved; according to the rail outer wall rust removal device, the rust removal effect on the rail outer wall by workers is correspondingly improved, the rust can be removed without large friction force, the situation that the rail outer wall is scratched and damaged is reduced, and therefore the working efficiency of removing the rust on the rail outer wall by the workers is improved.
本发明涉及地铁轨道交通技术领域，具体公开了一种地铁轨道交通用铁轨自动清理维护设备，包括移动车体以及设置在其底部的移动机构，还包括有：限位调节机构，用于使工作人员对铁轨外壁进行便于贴合安装，所述限位调节机构位于移动车体的两侧；本发明，通过除锈机构的作用，利用除锈剂流出的作用，加之弧形擦板移动对铁轨外壁进行滑动摩擦的作用，可使流至铁轨外壁的除锈剂与其进行充分摩擦，相较于仅仅通过摩擦力将轨道外壁的铁锈进行去除的方法，相应地增加了工作人员对铁轨外壁进行除锈的除锈效果，且就不需较大的摩擦力才能对铁锈进行去除，降低了对轨道外壁造成刮伤损坏的情况，从而提升了工作人员对轨道外壁铁锈去除的工作效率。
Automatic rail cleaning and maintaining equipment for subway rail transit
一种地铁轨道交通用铁轨自动清理维护设备
PENG TAO (Autor:in) / CAO DAWEI (Autor:in) / LI YAWEI (Autor:in) / JIN DAN (Autor:in) / XING TIANHUI (Autor:in)
08.11.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
Cleaning and maintaining equipment for subway rail transit
| Europäisches Patentamt | 2022