Airship structure design method based on air bag diaphragm and inflatable ring framework

Abstract

The invention discloses an airship structure design method based on an air bag diaphragm and an inflatable ring framework, and relates to the airship structure design method. The method is characterized in that a main bag body configuration of an airship adopts a double-elliptical-bus rotary body design; the diaphragm is arranged inside a main bag body, the diaphragm can be freely expanded, and the edge of the diaphragm is fixedly connected with the inner wall of the main bag body in a sealed mode; the diaphragm and a part, surrounded by the diaphragm, at the lower part of the main bag body form an air bag; the area, located above the diaphragm, inside the main bag body is a helium existing area; a plurality of inflatable rings are arranged inside the main bag body at intervals, the inflatable rings are limited and shaped through four connecting cables, and the inflatable rings partition the whole air bag into a plurality of air bag spaces; and the head end and the tail end of the mainbag body play a role in the axial auxiliary supporting through a carbon fiber framework. According to the airship structure design method based on the air bag diaphragm and the inflatable ring framework, the inflatable rings are arranged inside the main bag body of the airship so that the deformation and stress of a part with large load bearing can be effectively controlled; the inflatable ringspartition the air bag into the plurality of air bag spaces to effect synergistically; and the inflation and the deflation of different air bag spaces is conductive to changing the gravity center of the airship to control the longitudinal movement.

Description

technical field [0001] The invention relates to an airship structure design method, in particular to an airship structure design method based on an air bag diaphragm and an inflatable ring skeleton. Background technique [0002] Stratospheric space is 20-100km above the surface, located above the troposphere and below the ionosphere. The weather and climate are stable and there is almost no electromagnetic interference. Its unique environmental advantages and military and civilian application value have become the focus of attention of countries all over the world. Stratospheric airship is a representative of long-term continuous flying aircraft in stratosphere space. It has broad application prospects and development potential in communication relay, navigation and positioning, meteorological observation, space exploration and other fields. Many countries such as the United States, Japan, Britain, Russia, etc. A large amount of money was invested in research and development...

AI Technical Summary

Problems solved by technology

At present, there is no inflatable ring inside the main capsule of the airship, and the operation mechanism when several airbags work together is not considered, so the parts with large deformation of the main capsule cannot be effectively controlled

Images