Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to the technical field of canal maintenance, in particular to a desilting device and a using method thereof. The device comprises a mounting cross beam; and an electric track is arranged at the bottom of the mounting cross beam. The telescopic beam is connected with the walking vehicle. A winch is arranged on the electric track. The winch is connected with the silt collecting cylinder through a steel rope. The top of the silt collecting cylinder is provided with a silt pump and a silt rotating pipe, the center of the bottom is provided with a silt inlet sleeve, the periphery is provided with a silt inlet piece and a water outlet around the silt inlet sleeve, and the outer wall of the silt collecting cylinder is sleeved with a driving cover and a dispersing disc. And the silt inlet sleeve is provided with a silt inlet. The dispersing disc is rotationally connected with the silt collecting barrel and the driving cover and is provided with a dispersing part, an obstacle detection probe, a buffering air bag and an air pump. On one hand, negative pressure is formed through the silt pumping pump. On the other hand, the caked sludge is dispersed through rotation of the dispersing disc and rotation of the dispersing piece, and meanwhile the sludge inlet piece pushes the sludge to enter the sludge inlet. And the dredging work is efficient and comprehensive.
本发明涉及水渠维护技术领域，尤其涉及一种清淤装置及其使用方法。装置包括安装横梁；安装横梁的两侧设置伸缩横梁，底部设置电动轨道。伸缩横梁连接行走车。电动轨道上设置卷扬机。卷扬机通过钢绳连接集淤筒。集淤筒的顶部设置抽淤泵和转淤管，底部中心设置进淤套，外周围绕进淤套设置进淤件和出水孔，集淤筒的外壁套接驱动罩和分散盘。进淤套上设置进淤口。分散盘通转动连接集淤筒和驱动罩，并设置分散件、障碍物检测探头、缓冲气囊和气泵。本发明一方面通过通过抽淤泵形成负压。吸去较分散的淤泥，另一方面通过分散盘转动，分散件旋转，分散结块的淤泥，同时进淤件推动淤泥进入进淤口。使得清淤工作高效、全面。
The invention relates to the technical field of canal maintenance, in particular to a desilting device and a using method thereof. The device comprises a mounting cross beam; and an electric track is arranged at the bottom of the mounting cross beam. The telescopic beam is connected with the walking vehicle. A winch is arranged on the electric track. The winch is connected with the silt collecting cylinder through a steel rope. The top of the silt collecting cylinder is provided with a silt pump and a silt rotating pipe, the center of the bottom is provided with a silt inlet sleeve, the periphery is provided with a silt inlet piece and a water outlet around the silt inlet sleeve, and the outer wall of the silt collecting cylinder is sleeved with a driving cover and a dispersing disc. And the silt inlet sleeve is provided with a silt inlet. The dispersing disc is rotationally connected with the silt collecting barrel and the driving cover and is provided with a dispersing part, an obstacle detection probe, a buffering air bag and an air pump. On one hand, negative pressure is formed through the silt pumping pump. On the other hand, the caked sludge is dispersed through rotation of the dispersing disc and rotation of the dispersing piece, and meanwhile the sludge inlet piece pushes the sludge to enter the sludge inlet. And the dredging work is efficient and comprehensive.
本发明涉及水渠维护技术领域，尤其涉及一种清淤装置及其使用方法。装置包括安装横梁；安装横梁的两侧设置伸缩横梁，底部设置电动轨道。伸缩横梁连接行走车。电动轨道上设置卷扬机。卷扬机通过钢绳连接集淤筒。集淤筒的顶部设置抽淤泵和转淤管，底部中心设置进淤套，外周围绕进淤套设置进淤件和出水孔，集淤筒的外壁套接驱动罩和分散盘。进淤套上设置进淤口。分散盘通转动连接集淤筒和驱动罩，并设置分散件、障碍物检测探头、缓冲气囊和气泵。本发明一方面通过通过抽淤泵形成负压。吸去较分散的淤泥，另一方面通过分散盘转动，分散件旋转，分散结块的淤泥，同时进淤件推动淤泥进入进淤口。使得清淤工作高效、全面。
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