초록 ▼

A three-dimensional structural framework having inflatable rings and a T-shaped cross-section along a plane passing through an axis of revolution of the inflatable rings in an inflated state. Shape-stabilizing elements are provided to stabilize the shape of the structural framework in space. Two inf

A three-dimensional structural framework having inflatable rings and a T-shaped cross-section along a plane passing through an axis of revolution of the inflatable rings in an inflated state. Shape-stabilizing elements are provided to stabilize the shape of the structural framework in space. Two inflatable rings are connected by at least one shape-stabilizing element. The structural framework is preferably used to produce stratospheric balloons.

대표청구항 ▼

1. A stratospheric balloon, comprising: a three-dimensional structural framework, comprising a plurality of inflatable circular rings, each inflatable circular ring having a T-shaped cross section in an inflated state;a skin on the structural framework, the skin being taut in the inflated state of t

1. A stratospheric balloon, comprising: a three-dimensional structural framework, comprising a plurality of inflatable circular rings, each inflatable circular ring having a T-shaped cross section in an inflated state;a skin on the structural framework, the skin being taut in the inflated state of the inflatable circular rings of the structural framework;a plurality of shape-stabilizing elements to stabilize a shape of the structural framework in space; andwherein two inflatable circular rings are connected by at least one shape-stabilizing element. 2. The stratospheric balloon as claimed in claim 1, wherein one shape-stabilizing element is a rigid element. 3. The stratospheric balloon as claimed in claim 1, wherein one shape-stabilizing element is an inflatable circular ring having a T-shaped cross section in the inflated state. 4. The stratospheric balloon as claimed in claim 1, wherein at least two of the plurality of inflatable circular rings are adjacent and each of the adjacent inflatable circular rings have an internal volume and the internal volumes communicate with each other. 5. The stratospheric balloon as claimed in claim 4, wherein each inflatable circular ring has an internal volume and all the internal volumes communicate with each other. 6. The stratospheric balloon as claimed in claim 1, wherein one inflatable circular ring has an internal volume divided into two independent chambers which are inflated or deflated selectively with respect to one another. 7. A stratospheric balloon, comprising: a structural framework comprising a plurality of inflatable rings, each inflatable ring having a T-shaped cross section in an inflated state; a plurality of shape-stabilizing elements to stabilize a shape of the structural framework in space;a skin on the structural framework, the skin being taut in the inflated state of the inflatable rings of the structural framework; andwherein two inflatable rings are connected by at least one shape-stabilizing element.