#-shaped universal bracket of ocean power generation device

Abstract

The invention provides a #-shaped universal bracket of an ocean power generation device. An overall structure is in a symmetric-distribution # shape. A main supporting table is formed by combining multiple segments, and the main supporting table and an ocean power generation platform are fixed through eight beam structures. All the beam structures are fixedly connected with the ocean power generation platform through bolts and nuts, and welding does not need to be carried out. A mounting hole for the ocean power generation device is formed in the middle of the supporting table, and the power generation device can complete vertical lifting and descending motion along the mounting hole. The #-shaped universal bracket is simple in structure and elaborate in design and can be widely suitable for ocean power generation platforms of different types and ocean power generation devices of different models; and the bracket building process is simple, the bracket is suitable for batch production, and the use requirement of the domestic offshore ocean power generation platform can be met.

Description

technical field [0001] The invention relates to a steel structure device, in particular to a well-shaped universal bracket for an ocean energy power generation device, which belongs to the field of steel structure devices for offshore platforms. Background technique [0002] During offshore operation, ocean energy generating devices are subjected to large horizontal, transverse and longitudinal wave loads and wind loads for a long time. For the fixing device between the generator and the offshore platform, fatigue strength damage is likely to occur in terms of structure, and it is easy to be damaged in terms of fixing. Lateral deviation and shaking will affect the normal operation of the power generation device, and even cause the steel frame to break, causing serious losses; the fixed bracket is also affected by the vertical gravity of the power generation device, which is prone to local strength damage. [0003] In order to solve the structural strength damage and device f...

AI Technical Summary

Problems solved by technology

[0002] During offshore operation, ocean energy generating devices are subjected to large horizontal, transverse and longitudinal wave loads and wind loads for a long time. For the fixing device between the generator and the offshore platform, fatigue strength damage is likely to occur in terms of structure, and it is easy to be damaged in terms of fixing. Lateral deviation and shaking will affect the normal operation of the power generation device, and even cause the steel frame to break, causing serious losses; the fixed bracket is also affected by the vertical gravity of the power generation device, which is prone to local strength damage

[0003] In order to solve the structural strength damage and device fixing problems of ocean energy power generation devices during offshore operations, most of the existing ocean energy power generation platforms are directly fixed by jackets, transverse and longitudinal beams and other structures. The traditional fixing methods have the following defects: 1. The construction process is complex and the construction cost is high

The traditional fixing method lacks versatility. Different types of offshore platforms and different types of ocean energy generating devices need to be designed separately, and the construction process is complicated, which greatly increases the construction cost.

2. Weak anti-fatigue ability and short service life

Most of the beam structures are fixed by welding, and the classification of fatigue strength is low. It is difficult to resist the fatigue strength damage caused by long-term wave load and wind load. The service life of the device is generally short; and it is difficult to find when the welded part is damaged. difficult to repair

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