A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of dredgers, in particular to dredging equipment for a dredger, the dredging equipment comprises a dredging hopper, two mounting seats and two cleaning mechanisms, each cleaning mechanism comprises a driving assembly, a transmission assembly, a mounting frame, a plurality of first springs, a sliding plate, a bottom scraping plate and two wall scraping plates, and the driving assembly works to drive the transmission assembly to rotate; a transmission assembly drives a mounting frame to move in a digging hopper, the mounting frame drives a scraping bottom plate and two wall scraping plates to move in the digging hopper, the inner wall of the digging hopper is cleaned through the two wall scraping plates, and meanwhile resilience force of multiple first springs pushes the scraping bottom plate on a sliding plate to make contact with the digging hopper; and after sludge cleaned by the two wall scraping plates is pushed out of the digging hopper, the mounting frame resets to complete cleaning of the digging hopper, so that the problem that in the working process of an existing grab bucket, a large amount of sludge is easily attached to the inner wall of the grab bucket, and workers need to manually clean the grab bucket is solved.
本发明涉及挖泥船技术领域，具体涉及一种挖泥船用挖泥设备，包括挖料斗、两个安装座和两个清理机构，清理机构包括驱动组件、传动组件、安装架、多个第一弹簧、滑板、刮底板和两个刮壁板，驱动组件工作驱动传动组件转动，传动组件带动安装架在挖料斗内移动，安装架带动刮底板和两个刮壁板在挖料斗内移动，通过两个刮壁板对手挖料斗的内壁进行清理，同时多个第一弹簧的回弹力推动滑板上的刮底板与挖料斗接触，将两个刮壁板清理下的淤泥推出挖料斗后，安装架复位即可完成对挖料斗的清理，从而解决了现有的抓斗在工作的过程中其内壁容易附着大量淤泥需要工作人员手动对其进行清理的问题。
The invention relates to the technical field of dredgers, in particular to dredging equipment for a dredger, the dredging equipment comprises a dredging hopper, two mounting seats and two cleaning mechanisms, each cleaning mechanism comprises a driving assembly, a transmission assembly, a mounting frame, a plurality of first springs, a sliding plate, a bottom scraping plate and two wall scraping plates, and the driving assembly works to drive the transmission assembly to rotate; a transmission assembly drives a mounting frame to move in a digging hopper, the mounting frame drives a scraping bottom plate and two wall scraping plates to move in the digging hopper, the inner wall of the digging hopper is cleaned through the two wall scraping plates, and meanwhile resilience force of multiple first springs pushes the scraping bottom plate on a sliding plate to make contact with the digging hopper; and after sludge cleaned by the two wall scraping plates is pushed out of the digging hopper, the mounting frame resets to complete cleaning of the digging hopper, so that the problem that in the working process of an existing grab bucket, a large amount of sludge is easily attached to the inner wall of the grab bucket, and workers need to manually clean the grab bucket is solved.
本发明涉及挖泥船技术领域，具体涉及一种挖泥船用挖泥设备，包括挖料斗、两个安装座和两个清理机构，清理机构包括驱动组件、传动组件、安装架、多个第一弹簧、滑板、刮底板和两个刮壁板，驱动组件工作驱动传动组件转动，传动组件带动安装架在挖料斗内移动，安装架带动刮底板和两个刮壁板在挖料斗内移动，通过两个刮壁板对手挖料斗的内壁进行清理，同时多个第一弹簧的回弹力推动滑板上的刮底板与挖料斗接触，将两个刮壁板清理下的淤泥推出挖料斗后，安装架复位即可完成对挖料斗的清理，从而解决了现有的抓斗在工作的过程中其内壁容易附着大量淤泥需要工作人员手动对其进行清理的问题。