Modular aerostatic island

Abstract

The invention relates to a modular aerostatic island and belongs to the technical field of aerostatics. The problem existing in an existing aerostat is solved. The modular aerostatic island comprises constant lift material units, lift balancing control units and gridding frameworks. The multiple constant lift material units and the multiple lift balancing control units are fixedly connected through the gridding frameworks. All units can achieve industrialized, standardized and large-scale production and have large advantages in product quality control and cost control. According to different service actual needs, the needed unit number can be calculated according to the working condition and the size of the needed aerostatic island, so that the material units are formed through customization and assembly, in this way, arraying and emergency response efficiency can be improved through large-scale production, the units can be replaced and repaired through adjusting the working height, and aloft butt joint between islands can also be achieved, and aerostatic island durable aerostation stationing in a real meaning is achieved. The modular aerostatic island is used for durable aerostation stationing.

Description

technical field [0001] The invention belongs to the technical field of floating, and in particular relates to a modular floating island. Background technique [0002] Airships and other aerostats can replace unmanned aerial vehicles and satellites for long-term fixed-point airborne operations. They have broad application prospects in many fields such as forest patrol, emergency communication base stations, and weather monitoring. Low cost, long working life, strong information acquisition and transmission capabilities, etc.; however, the existing aerostats adopt a large-volume buoyant gas pressurization dimensioning technology approach, and the overall structure is a large-scale flexible capsule, which makes product quality control extremely difficult. , can not be industrialized, standardized, and large-scale production; the capsule depends on the pressure control type, the pressure adjustment of the large capsule is difficult, and it is greatly affected by the change of th...

AI Technical Summary

Problems solved by technology

[0002] Airships and other aerostats can replace unmanned aerial vehicles and satellites for long-term fixed-point airborne operations. They have broad application prospects in many fields such as forest patrol, emergency communication base stations, and weather monitoring. Low cost, long working life, strong information acquisition and transmission capabilities, etc.; however, the existing aerostats adopt a large-volume buoyant gas pressurization dimensioning technology approach, and the overall structure is a large-scale flexible capsule, which makes product quality control extremely difficult. , can not be industrialized, standardized, and large-scale production; the capsule depends on the pressure control type, the pressure adjustment of the large capsule is difficult, and it is greatly affected by the change of the ambient temperature, so the safety of the capsule is difficult to guarantee; and with the improvement of application requirements, it has Floating islands with air capacity and high-efficiency deployment have become the current development needs. Existing aerostats are limited in terms of resident stability and industrial production, and their cost and safety cannot be effectively controlled. In order to achieve long-lasting stability and Rapid large-scale equipment requires more research and development of new products

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