A river cleaning system using telescopic trash rack

Abstract

The invention discloses a river channel cleaning system adopting a telescopic trash rack, which includes an operating area, a telescopic trash rack and a cleaning device, corresponding operating areas are set on banks on both sides of the river, and a telescopic trash rack and a telescopic trash rack are installed in the operating area. Clean the device. After intercepting the floating objects in the river, the floating garbage can be recovered to a position close to the river bank by shrinking. The rake teeth at the lower end of the cleaning device are located under the telescopic trash-stopping device, and the rake teeth are interlaced with the retracted telescopic trash-stopping device. When the cleaning device is lifted After the rake teeth pass through the gap between the retractable trash stop device, comb and remove the river sundries intercepted by the telescopic trash stop device, which is convenient for later cleaning personnel to deal with. At the same time, the system uses solar energy devices to provide energy, which makes the river cleaning system more energy-saving and environmentally friendly during operation, and realizes unattended fully automatic river floating debris cleaning and collection.

Description

technical field [0001] The invention relates to the technical field of ecological renovation projects, in particular to a river channel cleaning system using telescopic trash racks. Background technique [0002] In terms of river pollution and its comprehensive utilization, floating objects on the river surface have always been the focus of governance and prevention. As a common river pollutant, river floating objects are the most intuitive hazards, which will cause the sensory deterioration of the water surface, and the accumulation of floating objects such as duckweed and other floating plants will cause water hypoxia, resulting in aquatic plants, fish, and benthic organisms in the water. The death of aerobic organisms such as animals and aerobic microorganisms; floating plants such as duckweed will reduce sunlight under the water surface, resulting in the death of algae and submerged plants. Moreover, floating objects in the river will also affect various water conservan...

AI Technical Summary

Problems solved by technology

[0003] At present, the daily cleaning of most water bodies is salvaged by artificial nets, but this method is limited to salvaging garbage, duckweed, etc., and the effect on salvaging oil slicks and floating mud is very poor

Alternatively, the garbage on the surface of the water can be intercepted on one side of the garbage interceptor floating row, and then extensive salvage by garbage salvage boats or similar salvage equipment will easily cause the surface garbage to cross the floating row to the other side, causing secondary pollution to the river

Moreover, the cost of manual salvage is high, resulting in a long interval between two salvages, and the garbage may be submerged in water for a long time to pollute the water quality

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