Expandable panel and truss system/antenna/solar panel
AssigneeGeneral Dynamics Corporation, Convair Division
InventorPaul Slysh
Life of this patent
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AssigneeGeneral Dynamics Corporation, Convair Division
InventorPaul Slysh
Estimating the term…
Disclosed is an expandable panel and truss structure capable of being stowed in a storage container (canister) for transportation into space and deployed to form structures such as antennas, solar panels or similar space or terrestial structures. The antenna formed comprises the panels stored as hinged pairs (sets) folded in accordian-like fashion together with the expandable trusses and other devices necessary for antenna space operation, such as attitude control and antenna feed. The panel sets are deployed from the canister to form a toroidal ring, circular in cross-section when deployed, for supporting the antenna lens and to form a feed support boom utilizing the canister as part of the antenna structure. The canister is connected to the ring and support boom in the deployed state by the expandable trusses. A fully automatic system is included for deploying the antenna and for holding the antenna structure in its deployed state. By adding a second (back) boom and reflector screen, a paraboloidal antenna is formed. In a second embodiment, utilizing the same storage and deployment principle but with panel sets which are triangular in cross-section, when deployed, either an offset (asymmetrical) paraboloidal or a feed horn type antenna structure is formed. In another embodiment of the invention, utilizing the same principle and with panel sets which are triangular in cross-section, when deployed, a solar panel array is formed. Also disclosed is a foldable truss geostationary platform and package for transfer into a geostationary orbit. Finally, an alternate mechanism is disclosed in the form of a pantograph for deploying panel sets to form a truss.
An expandable panel/truss system wherein a plurality of panels are alternately folded in an accordian-like stack as panel sets in a storage container for transporting into space for deployment to form space structures, the improvement comprising:
A system for forming an antenna comprising a plurality of elements stowable in a storage container for transportation into space by a space vehicle and deployable in space from said storage container, the improvement wherein,
An expandable panel/truss system comprising a plurality of panels alternately folded in an accordian-like stack in a storage container for transportation into space for deployment to form space structures, the improvement comprising,
An expandable panel truss system wherein a plurality of panels are alternately folded in an accordian-like stack as panel sets in a storage container for transportation into space for deployment to form space structures, the improvement comprising,
Dependencies are inferred from the claim text.