A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
3D intelligent paving elevation control method
The invention relates to the technical field of roadbed paving, and discloses a 3D intelligent paving elevation control method, which comprises the following steps: arranging a GPS base station and a laser base station, arranging a controller on a paver, and storing set three-dimensional coordinate data in the controller; a spreading plate is arranged on a machine body of the spreading machine, the front end of the spreading plate tilts upwards to form a material pushing plate, a plurality of inserting strips are arranged at the front end of the spreading plate, and scattering intervals are formed between the material pushing plate and the inserting strips; gPS differential data of a roadbed are transmitted to a controller through a GPS base station, roadbed elevation data are transmitted to the controller through a laser base station, roadbed three-dimensional coordinate data are generated, roadbed three-dimensional coordinates are compared with set coordinates to form corrected elevation data, a driving signal is generated according to the corrected elevation data, and a paving plate is driven to move up and down; and the material pushing plate pushes the paving material above the paving layer, and the inserting strips can effectively scatter the paving material, so that the paved pavement is smoother, and the smoothness and smoothness are better.
本发明涉及路基摊铺的技术领域，公开了3D智能摊铺高程控制方法，包括布置GPS基准站以及激光基准站，摊铺机上设有控制器，控制器内存储有设定三维坐标数据；摊铺机的机体上设有摊铺板，摊铺板的前端朝上翘起，形成推料板，摊铺板的前端设有多个插条，推料板与多个插条之间形成打散间隔；通过GPS基准站将路基的GPS差分数据传输至控制器中，激光基准站将路基高程数据传输至控制器中，生成路基三维坐标数据，将路基三维坐标与设定坐标对比形成修正高程数据，根据修整高程数据生成驱动信号，驱动摊铺板上下移动，车体行走时，推料板推动摊铺层上方的摊铺料，插条能有效的打散摊铺料，使摊铺后的路面更加平整，平整性、平顺性更佳。
3D intelligent paving elevation control method
The invention relates to the technical field of roadbed paving, and discloses a 3D intelligent paving elevation control method, which comprises the following steps: arranging a GPS base station and a laser base station, arranging a controller on a paver, and storing set three-dimensional coordinate data in the controller; a spreading plate is arranged on a machine body of the spreading machine, the front end of the spreading plate tilts upwards to form a material pushing plate, a plurality of inserting strips are arranged at the front end of the spreading plate, and scattering intervals are formed between the material pushing plate and the inserting strips; gPS differential data of a roadbed are transmitted to a controller through a GPS base station, roadbed elevation data are transmitted to the controller through a laser base station, roadbed three-dimensional coordinate data are generated, roadbed three-dimensional coordinates are compared with set coordinates to form corrected elevation data, a driving signal is generated according to the corrected elevation data, and a paving plate is driven to move up and down; and the material pushing plate pushes the paving material above the paving layer, and the inserting strips can effectively scatter the paving material, so that the paved pavement is smoother, and the smoothness and smoothness are better.
本发明涉及路基摊铺的技术领域，公开了3D智能摊铺高程控制方法，包括布置GPS基准站以及激光基准站，摊铺机上设有控制器，控制器内存储有设定三维坐标数据；摊铺机的机体上设有摊铺板，摊铺板的前端朝上翘起，形成推料板，摊铺板的前端设有多个插条，推料板与多个插条之间形成打散间隔；通过GPS基准站将路基的GPS差分数据传输至控制器中，激光基准站将路基高程数据传输至控制器中，生成路基三维坐标数据，将路基三维坐标与设定坐标对比形成修正高程数据，根据修整高程数据生成驱动信号，驱动摊铺板上下移动，车体行走时，推料板推动摊铺层上方的摊铺料，插条能有效的打散摊铺料，使摊铺后的路面更加平整，平整性、平顺性更佳。
3D intelligent paving elevation control method
3D智能摊铺高程控制方法
TAO JING (author) / ZHAO XIAOMING (author) / ZHANG QING (author) / WANG JIANGCHENG (author) / HE CHANG (author) / CHEN DUOHOU (author) / GU JIALIANG (author) / JIANG JUN (author)
2023-11-10
Patent
Electronic Resource
Chinese
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