Anti-erosion leveling device for frame of sea tide power generation equipment

Abstract

The invention discloses an anti-erosion leveling device for a frame of sea tide power generation equipment. A plurality of mud entering legs are arranged on an outer frame, and at least one fixing sinking plate and one anti-impact plate are arranged on each mud entering leg from bottom to top. High-pressure water pipes are installed on the frame sides, connected with the mud entering legs, of theouter frame, the upper ends of the high-pressure water pipes are provided with connecting ports for being connected with an external high-pressure water mechanism, and openings in the lower ends of the high-pressure water pipes face the bottoms of the mud entering legs. According to the anti-erosion leveling device, the mud entering legs are arranged on the outer frame, the mud entering legs entersea mud to be fixed by means of the gravity of the equipment, the fixing sinking plates enter the sea mud along with the mud entering legs and conduct pressing to prevent the sea mud from getting loose and leaking due to installation, the anti-impact plates form backflow for impact sea currents to reduce the speed of emptying silt at the mud entering legs by the sea currents, and the problems about installation and leveling of the sea tide power generation equipment are solved.

Description

Technical field [0001] The invention relates to an anti-scouring and leveling device for a frame of ocean current power generation equipment, which belongs to the technical field of ocean current power generation equipment. Background technique [0002] The rising and falling tides of ocean currents reciprocate every day. Using ocean currents to generate electricity is an important way for future green energy. However, the ocean environment is extremely harsh and complex. The installation of ocean current power generation equipment relies on the weight of the entire equipment to sink it naturally and then level it. This seemingly simple installation process is extremely complicated when operating in the ocean. Leveling directly affects the free movement of the inner frame and the degree of mechanical wear and mechanical friction during the process of rotating power generation. However, the existing leveling relies on external forces for consolidation, requiring the use of extern...

AI Technical Summary

Problems solved by technology

This seemingly simple installation process is extremely complicated when operating in the ocean. Leveling directly affects the free movement of the inner frame and the degree of mechanical wear and mechanical friction resistance during the rotating power generation process.

However, the existing leveling relies on external force tamping, which requires the use of external mechanical equipment, which costs a lot of money, complicated operation, long leveling time, and difficult to grasp the accuracy.

After leveling, due to the scouring of the seabed water flow, it will repeatedly scour the legs of the equipment frame, and gradually hollow out the soil on the legs of the frame. Different scouring processes will cause the feet to sink to varying degrees, resulting in the entire The equipment is in an unstable state, and the entire frame will sink, which not only needs to be leveled, but also affects the safety of equipment operation

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