Redundant deployable lattice column

Claim 2

A deployable lattice column including: a plurality of continuous longeron elements, a plurality of flexible lateral elements connected between adjacent longeron elements, the lateral elements including flexible diagonal members, pairs of first diagonal members being cross-connected between two pairs of generally laterally opposed points along said longeron elements and defining adjacent bays of the column, second flexible diagonal members being connected to the longerons at least one of said connections being intermediate said laterally opposed points, and the longeron and lateral elements being constructed and connected to constitute a structure movable between a deployed orientation defining a column of substantial length and a second, coil-collapsed orientation defining a structure of smaller length.

Claim 3

A column as set forth in claim 1 in which the lateral elements include battens, the battens being connected between said laterally opposed points.

Claim 4

A column as set forth in claim 2 in which said first and second diagonal members are of substantially the same length.

Claim 5

A column as set forth in claim 3 in which both ends of the second diagonal members are connected intermediate said laterally opposed points.

Claim 6

A column as set forth in claim 3 in which there are at least three longeron elements, and in which the battens are connected to the longeron elements to be attached substantially perpendicular thereto when the column is in a deployed configuration.

Claim 7

A column as set forth in claim 5 in which the longeron elements are integral, coilable elastic members each of which has a substantially straight configuration when unbent.

Claim 8

A column as set forth in claim 3 in which the lateral elements are connected to the longeron elements by corner pivot fittings, the corner pivot fittings including: a rigid member connected to the longeron and including a laterally projecting pivot, a fitting attached to the pivot to rotate generally in a plane parallel to the longeron, the fitting including attachment means connecting the batten and lateral elements with the longeron.

Claim 9

A column such as set forth in claim 7 in which the fitting includes key-hole slots, each lateral member terminating in an enlarged ball received within one of said key-hole slots.

Claim 10

A deployable lattice column including three spaced, parallel continuous longeron elements, a plurality of flexible lateral elements connected between the longeron elements, the lateral elements including battens and diagonal members, pairs of first diagonal members being cross-connected to generally laterally opposed points along said longeron elements and defining, with the adjacent cross-connected diagonal members of the third longeron, first set of bays of the column, and pairs of second diagonal members being cross-connected between laterally opposed points along said longeron elements and defining a second set of bays positioned substantially midway between and overlapping the first set of bays, the lateral elements also including battens connected between said laterally opposed points such that, when the column is in a deployed configuration, they do not touch the diagonal members of the overlapping bays, the battens being substantially perpendicular to the longerons when the column is in a deployed configuration, the longerons and lateral elements being constructed and interconnected to constitute a structure movable between a deployed orientation defining a column of substantial length and a second, coil-collapsed orientation defining a structure of a smaller length, the column having a substantially equilateral triangular cross-sectional configuration when deployed.

Claim 11

A deployable lattice column including three spaced, parallel continuous longeron elements, a plurality of flexible lateral elements connected between the longeron elements, the lateral elements including battens and diagonal members, pairs of first diagonal members being cross-connected to generally laterally opposed points along said longeron elements and defining, with the adjacent cross-connected diagonal members of the third longeron, first set of bays of the column, and pairs of second diagonal members being cross-connected between laterally opposed points along said longeron elements and defining a second set of bays positioned substantially midway between and overlapping the first set of bays, the lateral elements also including battens connected between said laterally opposed points such that, when the column is in a deployed configuration, they do not touch the diagonal members of the overlapping bays, the battens being substantially perpendicular to the longerons when the column is in a deployed configuration, the longerons and lateral elements being constructed and interconnected to constitute a structure movable between a deployed orientation defining a column of substantial length and a second, coil-collapsed orientation defining a structure of a smaller length, the column having a substantially equilateral triangular cross-sectional configuration when deployed.

Claim 12

A column such as set forth in claim 9 in which each longeron element is an integral, elastic, coilable self-deploying member which has a substantially straight configuration when unbent, the column including means to control its deployment.