Abstract: A fluid flow system comprises a plurality of operational elements which are interconnected by rigid conduits. The present invention provides a rigid interconnecting conduit which includes a statically adjustable assembly comprising two telescopically associated members having a combined length which is variable to accommodate objects spaced at different distances and orientations. The assembly also includes a member for clamping the relatively movable elements to provide a rigid linkage once the interconnection of the objects is made.

Abstract: A fluid flow system comprises a plurality of operational elements which are interconnected by rigid conduits. One type of rigid interconnecting conduit includes a statically adjustable assembly including two telescopically associated members having a combined length which is variable to accommodate objects spaced at different distances. The assembly also includes a member for clamping the relatively movable elements to provide a rigid linkage once the interconnection of the objects is made. Another type of rigid interconnecting conduit automatically compensates for distance variations under dynamic operating conditions. This dynamic coupling assembly includes two ball joints and a telescoping assembly which provide for transverse and longitudinal distance adjustments, respectively.