Buffer base suitable for ocean nuclear power platform equipment

Abstract

The invention relates to a buffer base suitable for ocean nuclear power platform equipment. The buffer base comprises a buffer module, the buffer module comprises a base panel and a supporting structure thereof, a fixed rigid base and a buffer mechanism, the base panel and the supporting structure thereof comprise a base panel, a main supporting column, a plurality of T-shaped sections and a bottom circular pressing plate, and the T-shaped sections are evenly and symmetrically arranged around the main supporting column in the circumferential direction; the top faces of the main supporting column, the T-shaped profile web and the T-shaped profile panel are all connected with the base panel. The bottom circular pressing plate is provided with a through hole, the bottom face of the T-shaped profile is connected with the bottom circular pressing plate, the main supporting column penetrates through the bottom circular pressing plate through the through hole, and the bottom face of the mainsupporting column is connected with the fixed rigid base through the buffer mechanism. According to the buffer base, the influence of inertia force generated by ship movement on nuclear power platformnuclear safety equipment can be reduced, energy brought by impact is absorbed, and the stable operation environment of the nuclear safety equipment is guaranteed.

Description

technical field [0001] The invention relates to a buffer device, in particular to a buffer base suitable for marine nuclear power platform equipment. Background technique [0002] The marine nuclear power platform is an organic combination of ship engineering and small nuclear reactors. It is a mobile nuclear power plant at sea, which can meet the needs of offshore electricity, such as offshore oil exploitation, high-power ships, island development, seawater desalination, etc., providing clean and efficient energy supply. Although the application of nuclear energy can reduce environmental pollution, there are also great potential safety hazards. Unlike land nuclear power plants, when a ship sails in wind and waves, the movement of the ship will generate a large inertial force, which will directly affect the operating environment of nuclear safety equipment on the nuclear power platform and seriously cause environmental pollution. Based on this, it is necessary to study a b...

AI Technical Summary

Problems solved by technology

Although the application of nuclear energy can reduce environmental pollution, there are also great safety hazards

Unlike land-based nuclear power plants, when a ship sails in wind and waves, the movement of the ship will generate a large inertial force, which will directly affect the operating environment of nuclear safety equipment on the nuclear power platform, and will seriously cause environmental pollution.

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