Automatic slag removal and blockage prevention hydroelectric generation device based on river seasonal characteristics

Abstract

The invention relates to the related field of hydroelectric generation equipment, and discloses an automatic slag removal and blockage prevention hydroelectric generation device based on river seasonal characteristics. The automatic slag removal and blockage prevention hydroelectric generation device comprises a main body box, wherein a conveying belt cavity with a leftward opening is formed in the main body box, a floating block cavity is formed in the right side of the conveying belt cavity in a communicating mode, and a water separation plate cavity is formed in the right side of the floating block cavity in a communicating mode. According to the automatic slag removal and blockage prevention hydroelectric generation device, a water turbine is driven to rotate through water flow in a water inlet through cavity, so that a conveying belt is driven to rotate, floating garbage is conveyed into a garbage conveying cavity through a scraping plate to be collected and treated, and then theinfluence on the environment, the water quality and normal power generation due to the fact that a large amount of garbage is accumulated and suspended on the water surface for a long time is prevented; and meanwhile, the conveying belt is driven to descend through a floating block, the flow speed of river water is increased in the wet season, a large amount of sand and stones carried in the riverwater are pushed into a sand and stone conveying cavity through the scraping plate to be treated, then blockage caused by a large amount of sand and stones during the wet season is avoided, and thennormal power generation is guaranteed.

Description

technical field [0001] The invention relates to the related field of hydropower equipment, in particular to a hydropower device for automatically removing slag and preventing blockage based on the seasonal characteristics of rivers. Background technique [0002] Most of the current hydropower generation is based on rivers and lakes. Since the river channel will carry a large amount of sand and gravel during the high water season, there is a possibility that the water inlet will be blocked during the power generation process and the normal power generation will be affected. Later, the sand and gravel will need to be cleaned manually. This way The efficiency is low and there is no timeliness, which leads to the waste of river water resources. On the other hand, there will be a lot of garbage floating on the river surface. During the power generation process, water pollution may cause damage to power generation equipment. The existing garbage treatment equipment cannot Collecte...

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Problems solved by technology

[0002] Most of the current hydropower generation is based on rivers and lakes. Since the river channel will carry a large amount of sand and gravel during the high water season, there is a possibility that the water inlet will be blocked during the power generation process and the normal power generation will be affected. Later, the sand and gravel will need to be cleaned manually. This way The efficiency is low and there is no timeliness, which leads to the waste of river water resources. On the other hand, there will be a lot of garbage floating on the river surface. During the power generation process, water pollution may cause damage to power generation equipment. The existing garbage treatment equipment cannot Collected automatically, making it impossible to clean up completely

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