Multi-composite type low-resistance frame type water surface platform adaptive to middle and high latitude ocean conditions

Abstract

The invention discloses a multi-composite type low-resistance frame type water surface platform adaptive to middle and high latitude ocean conditions, wherein an instrument mounting rod 1 is welded on an upper section 2 of a water instrument mounting support; the upper section 2 of the water instrument mounting support is connected with a lower part 4 of the water instrument mounting support by using a bolt through a connecting flange 3; an instrument mounting device 5, an instrument mounting device 6, an instrument mounting device 15 and an instrument mounting device 16 are connected to the water instrument mounting support by using bolts through a cross rod; a power supply cabin 8 is fixed on a power supply cabin fixing support 9 by using a bolt; the water instrument mounting rod, the power supply cabin and the fixed support which are connected with each other are fixed on the lower end of a main floating body support 14 by using bolts; a pontoon 13 is fixed on the main floating body support 14 by using a bolt; and an anchor chain is connected with a bottom anchor 10 through a suspension ring. The water surface measuring platform is designed into a frame type structure, thereby guaranteeing the inherent strength of the whole measuring platform and simultaneously reducing the weight of the platform and the resistance of airflows and surges on the platform, consequently solving the problem of the wave following performance of the measuring platform.

Description

technical field [0001] The invention is applicable to medium and high sea conditions and can be equipped with multiple combined measuring instruments, and in particular relates to a multi-combined low-resistance frame-type water surface platform adapted to medium and high sea conditions. Background technique [0002] Climate change is one of the most important scientific issues in the world. In climate change, the ocean is the key factor. The momentum, heat and water vapor exchange at the air-sea interface are important bridges connecting the ocean and the atmosphere. It is an important mechanism of energy conversion between atmospheres and an important process affecting global climate change. Therefore, accurate acquisition of air-sea interface momentum, heat, water vapor flux, and long-wave and short-wave radiation data is an important means for in-depth study of global climate change processes. [0003] my country is one of the countries with the worst marine disasters i...

AI Technical Summary

Problems solved by technology

However, at present, there is no water surface platform for real-time monitoring of air-sea flux parameters in medium and high sea conditions in China. Therefore, the development of a multi-combined air-sea flux measurement platform adapted to medium and high sea conditions is very necessary and urgent for the development of my country's marine industry. The construction of the measurement platform will obtain rich first-hand data related to the air-sea flux, improve the level of observation technology of the air-sea flux in my country, and provide a more objective sea-air interface for the prediction of the air-sea interface atmospheric waveguide and ocean numerical models. Flux information, serving the marine cause and safeguarding national marine rights

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