A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a dredging method for a water conservancy project pipeline. The method comprises the following steps that (1) a blockage position is found, a small diving robot is put into a water inlet, the flowing of water is tracked through the small diving robot, and the blockage position can be determined through a waterproof cable connected with the small diving robot after the blockage position is shot; and then the small diving robot is taken out and wiped clean, and the small diving robot is prevented from being damaged by pollutants. By adoption of the dredging method designed by the invention, dredged muddy water can be subjected to physical separation and chemical treatment, outward transportation and stacking are facilitated, the outward transportation size of separated sludge is greatly reduced, the quality of sewage subjected to chemical treatment is clear, the sewage flows back into a sewage pipeline again to be cleaned again, and normal circulation is guaranteed. And in addition, the demanded quantity of workers in construction is small, the dredging cost is reduced, time and labor are saved, working efficiency is improved, and no harm is caused to the bodies of the workers.
本发明公开了一种水利工程管道清淤方法，包括如下步骤：(一)寻找堵塞位置：在入水口处放入小型潜水机器人，通过小型潜水机器人跟随水的流动，当摄像到堵塞位置后，通过与小型潜水机器人连接的防水线缆确定堵塞位置，然后将小型潜水机器人取出，擦拭干净，防止污染物损坏小型潜水机器人。通过采用本发明设计的清淤方法能够及对疏通出来的泥水进行物理分离和化学处理，方便外运堆放，使分离后的污泥在外运体积上大大减少，化学处理后的污水水质清亮，重新回流到污水管道中进行再一次的清洗，保证正常流通，而且本发明施工对工人的需求量小，降低了清淤成本，且省时省力，提高了工作效率，并且不会对工作人员造成身体伤害。
The invention discloses a dredging method for a water conservancy project pipeline. The method comprises the following steps that (1) a blockage position is found, a small diving robot is put into a water inlet, the flowing of water is tracked through the small diving robot, and the blockage position can be determined through a waterproof cable connected with the small diving robot after the blockage position is shot; and then the small diving robot is taken out and wiped clean, and the small diving robot is prevented from being damaged by pollutants. By adoption of the dredging method designed by the invention, dredged muddy water can be subjected to physical separation and chemical treatment, outward transportation and stacking are facilitated, the outward transportation size of separated sludge is greatly reduced, the quality of sewage subjected to chemical treatment is clear, the sewage flows back into a sewage pipeline again to be cleaned again, and normal circulation is guaranteed. And in addition, the demanded quantity of workers in construction is small, the dredging cost is reduced, time and labor are saved, working efficiency is improved, and no harm is caused to the bodies of the workers.
本发明公开了一种水利工程管道清淤方法，包括如下步骤：(一)寻找堵塞位置：在入水口处放入小型潜水机器人，通过小型潜水机器人跟随水的流动，当摄像到堵塞位置后，通过与小型潜水机器人连接的防水线缆确定堵塞位置，然后将小型潜水机器人取出，擦拭干净，防止污染物损坏小型潜水机器人。通过采用本发明设计的清淤方法能够及对疏通出来的泥水进行物理分离和化学处理，方便外运堆放，使分离后的污泥在外运体积上大大减少，化学处理后的污水水质清亮，重新回流到污水管道中进行再一次的清洗，保证正常流通，而且本发明施工对工人的需求量小，降低了清淤成本，且省时省力，提高了工作效率，并且不会对工作人员造成身体伤害。
Dredging method for water conservancy project pipeline
一种水利工程管道清淤方法
2020-12-22
Patent
Electronic Resource
Chinese
Riverway dredging pipeline for water conservancy project and dredging method
| European Patent Office | 2021
Pipeline dredging equipment for water conservancy project
| European Patent Office | 2024