Reservoir floating debris cleaning device

Abstract

The invention discloses a floating object cleaning device in a reservoir, which comprises two hulls, the top surfaces of the two hulls are connected through a deck, and a cleaning mechanism and a floating object cleaning box are arranged on the deck, and the cleaning mechanism is located between the two hulls , and the cleaning mechanism is connected to the hull through the lifting mechanism. The end of the cleaning mechanism extends into the inside of the floating object cleaning box through the feed port. The floating object cleaning box is equipped with a solid-liquid separation mechanism and a storage tank. The moving mechanism is connected in the floating object cleaning box, the bottom of the floating object cleaning box is provided with a water-permeable tank, one side of the water-permeable tank is provided with a storage box, and the top surface of the storage box is provided with a guide groove. The invention can continuously transport the floating objects in the reservoir to the floating object cleaning box, reduce the intensity of manual salvage, facilitate the cleaning of floating objects of different depths in the reservoir, greatly improve the cleaning efficiency of the floating objects in the reservoir, and expand the capacity of the cleaning device. The scope of work.

Description

technical field [0001] The invention relates to a device for cleaning floating objects in a reservoir. Background technique [0002] After the river-type reservoir is impounded, the water body in the reservoir area changes from a river runoff with a fast flow rate and a large flow rate to a river-type reservoir with a slow flow rate, a long residence time, a large backwater area, and many bays and forks. The slow water surface retention and accumulation in front of the dam, at the junction of main and branch streams, backwaters, port areas, and some tassels will directly affect the normal and safe operation of the reservoir, leading to water quality pollution and ecological landscape impacts in the reservoir area, and will have a negative impact on the safety of shipping in the reservoir area. threaten. [0003] In the prior art, manual cleaning is generally used when dealing with floating objects in reservoirs. Not only is the efficiency low, but also due to the different ...

AI Technical Summary

Problems solved by technology

[0002] After the river-type reservoir is impounded, the water body in the reservoir area changes from a river runoff with a fast flow rate and a large flow rate to a river-type reservoir with a slow flow rate, a long residence time, a large backwater area, and many bays and forks. The slow water surface retention and accumulation in front of the dam, at the junction of main and branch streams, backwaters, port areas, and some tassels will directly affect the normal and safe operation of the reservoir, leading to water quality pollution and ecological landscape impacts in the reservoir area, and will have a negative impact on the safety of shipping in the reservoir area. threaten

[0003] In the prior art, manual cleaning is generally used when dealing with floating objects in reservoirs. Not only is the efficiency low, but also due to the different densities of the floating objects, the floating objects do not completely float on the water surface. easy to pollute the reservoir

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