A split weakly correlated modular floating platform

Abstract

The invention discloses a split-type weakly associated modular floating platform. The floating platform includes a constant lift inflatable closed-cell microstructure floating material unit module, a lift balance control unit module, and a weakly associated structure between the modules, wherein: The constant-lift inflatable closed-cell microstructure floating material unit module is composed of a plurality of constant-lift inflatable closed-cell microstructure floating material units; the lift balance control unit module is composed of a plurality of lift balance control units, and the lift balance control unit The quantity is equal to the number of the constant lift inflatable closed cell microstructure floating material unit; the constant lift inflatable closed cell microstructure floating material unit module and the lift balance control unit module are arranged and connected through the weak correlation structure between the modules . The floating platform of the present invention has both adaptive characteristics and rigid support characteristics, which greatly improves the service stability, reliability and service time of current aerostats, thereby achieving the goal of long-term and stable resident aerostats.

Description

technical field [0001] The invention belongs to the technical field of floating, and relates to a split-type weakly associated modular floating platform. Background technique [0002] Aerostats not only have a wide range of use values ​​in production and life, such as replacing satellites to provide fixed-point air operations, as emergency communication stations to detect forest fire dangers, atmospheric monitoring, etc., but also have broad application prospects in the military, such as arranging aerial Piao Lei prevents the enemy from retreating and attacking. However, the large-volume stamping dimension technology used in existing aerostats makes product quality control difficult, industrial production standardization, and scale difficult; and the pressure control of large capsules is not easy and is significantly affected by the external environment, so that Reduced stability and security. With the improvement of production, life and military application requirements, ...

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Problems solved by technology

However, existing design paradigms cannot meet these needs, and their cost and quality control cannot be effectively implemented

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