A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Provided is a river bottom trash remover, wherein a control device and a display device are installed inside a control room at the prow; an accumulation battery is installed at the stern; steel ropes connecting with a trash remover are fixed on the prow and the stern; a sewage suction pump is installed inside the trash remover; sludge of the sewage suction pump is conveyed into the cabin; the bottom of the trash remover is provided with caterpillar tracks; and cameras are respectively installed on the front portion and the rear portion of the trash remover. The river bottom trash remover is able to automatically suck the sludge underwater; and the river bottom trash remover is specially applied to processing the sludge underwater. The installed caterpillar tracks are able to adapt to the uneven river way at the river bottom; and the actions underwater can be clearly seen via the cameras on the river bottom trash remover, thereby implementing a whole-process monitor. The two steel ropes on the trash remover drive the boat to mover. The sucked sludge is conveyed into the cabin, and debris such as rocks can be blocked by a filter screen. The trash remover is communicated with the control room at the prow via a cable, thus the trash remover at the river bottom can be manually operated by watching a display screen. The river bottom trash remover is able to clean the sludge in small river ways of cities and villages; but the river bottom trash remover is not applicable to cleaning the sludge in big rivers where the depth is greater than 20 meters.
Provided is a river bottom trash remover, wherein a control device and a display device are installed inside a control room at the prow; an accumulation battery is installed at the stern; steel ropes connecting with a trash remover are fixed on the prow and the stern; a sewage suction pump is installed inside the trash remover; sludge of the sewage suction pump is conveyed into the cabin; the bottom of the trash remover is provided with caterpillar tracks; and cameras are respectively installed on the front portion and the rear portion of the trash remover. The river bottom trash remover is able to automatically suck the sludge underwater; and the river bottom trash remover is specially applied to processing the sludge underwater. The installed caterpillar tracks are able to adapt to the uneven river way at the river bottom; and the actions underwater can be clearly seen via the cameras on the river bottom trash remover, thereby implementing a whole-process monitor. The two steel ropes on the trash remover drive the boat to mover. The sucked sludge is conveyed into the cabin, and debris such as rocks can be blocked by a filter screen. The trash remover is communicated with the control room at the prow via a cable, thus the trash remover at the river bottom can be manually operated by watching a display screen. The river bottom trash remover is able to clean the sludge in small river ways of cities and villages; but the river bottom trash remover is not applicable to cleaning the sludge in big rivers where the depth is greater than 20 meters.
River bottom trash remover
WANG ZHAOXUAN (author)
2015-04-15
Patent
Electronic Resource
English
IPC:
E02F
Baggern
,
DREDGING