Rolls-royce Corporation

Siemens Corporation

Jennifer Ridley

Nicholas Mann

Robert C Johnson

Mark W Cornborough

Sean T McNamara

A cryostat, comprising an outer vacuum vessel containing cryogenic equipment suspended from the outer vacuum vessel by a number of suspension rods. At least one of the suspension rods is provided with a tensioning and retaining mechanism for holding that suspension rod in tension braced against a suspension bracket). This tensioning and retaining mechanism includes a tubular rod carrier arranged, in use, to pass through a hole or slot in the suspension bracket, the rod carrier having an axial bore through which, in use, the rod may pass; a thread on its outer surface along at least part of its length; and a rod bearing surface for, in use, transmitting force to the rod. This tensioning and retaining mechanism also comprises a tensioning nut threaded onto the thread so as to, in use, brace against the suspension bracket to urge the tubular rod carrier in the direction of the rod bearing surface so as to apply tension to the rod.

Suspension rod tensioning arrangements for supporting cryogenic equipment within a cryostat

A transducer assembly for connecting a transducer to a device, the transducer assembly having a transducer mount adapted to receive the transducer, and a clamp having first and second jaws, the first and second jaws being adapted to selectively clamp to a flange portion of the device. The transducer mount may include a housing, a resilient member, and first and second end walls. The first end wall may be operatively connected to the device. The transducer may be held within the housing and adjacent to the first end wall. The resilient member may be disposed between the transducer and the second end wall.

Growing community of inventors

Halesworth, United Kingdom

Jennifer Ridley