Desilting device provided with hydraulic hinge wheel

Abstract

Then invention discloses a desilting device provided with a hydraulic hinge wheel, which comprises a main board an upper surface of which is provided with filter cloth, a movable connecting board is transversely arranged on the filter cloth; the main board is provided with a rotating rod connected to the main board in a rotating way, a top part of the rotating rod extends on an outer side of the upper surface of the main board, and a bottom part of the rotating rod is arranged on a rotating rod sleeve and is sleeved by the rotating rod sleeve; a position, which is close to two ends, of a lower surface of the main board is vertically provided with two clamp boards which are connected onto the main board in a sliding way; the rotating rod sleeve provided with a plough-shaped board head is arranged between the clamp boards, and the plough-shaped board head is detachably connected onto the rotating rod sleeve. The desilting device provided with the hydraulic hinge wheel is high in desilting quality, simple in operation, high in work efficiency, low in cost, small in construction difficulty, excellent in desilting effect, and long in service life, is capable of better desilting, and ensures that mud silting can be better diffused.

Description

technical field [0001] The invention relates to a purification and cleaning device, in particular to a dredging device provided with a hydraulic hinge wheel. Background technique [0002] As part of the greening works, dredging the bottom of canals, ponds and lakes is a time-consuming, labor-intensive and labor-intensive task, and this greening project is an important part of the overall environment of the building complex. At present, the dredging of the canal bottom, pond dredging and lake bottom is mainly carried out by pure manual methods. Generally, the mud and sundries are salvaged at the bottom of the canal, pond and lake by dustpan. This method is not only inefficient, The speed is slow, the labor cost is high, the dredging effect is poor, and if you don't pay attention, it may fall into the water, resulting in accidents. What's more is to use the way of intercepting drainage to carry out dredging. This way has a huge workload, and needs to invest a lot of manpower ...

AI Technical Summary

Problems solved by technology

At present, dredging the bottom of canals, ponds, and lakes is mainly done manually. Generally, dustpans are used to salvage silt and sundries at the bottom of canals, ponds, and lakes. This method is not only inefficient, The speed is slow, and the labor cost is high, the desilting effect is poor, and if you are not careful, you may fall into the water, resulting in accidents.

There is also the method of intercepting drainage for dredging. This method has a huge workload and requires a lot of manpower and material resources at the same time. It also needs to invest in large-scale equipment for assistance, which increases the cost of dredging and is not conducive to economical savings.

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