Patent application number | Description | Published |
20080203669 | Arrangement for monitoring the leak-tightness of an evacuated space - An arrangement for monitoring the leak-tightness of an evacuated space which is hermetically closed, leak-tight, by means of at least one metallic wall is specified. A device which is connected to the evacuated space indicates an inadmissible pressure rise in the evacuated space caused by a leak in the wall. The device includes a metallic concertina, which is hermetically connected, leak-tight, to the evacuated space, and an electrical proximity switch to which an evaluation unit is connected. The proximity switch ( | 08-28-2008 |
20090261578 | Plug-In Coupling for Cryogenic Lines - A plug-in coupling for cryogenic lines is described, having at least two pipes ( | 10-22-2009 |
20100029488 | Termination for a superconductive cable - A termination for a superconductive cable ( | 02-04-2010 |
20120153611 | COUPLING ARRANGEMENT COMPRISING A COUPLING BODY AND A METAL PIPE, AS WELL AS METHOD FOR ASSEMBLY OF THE COUPLING BODY - A coupling arrangement has a coupling body and a helically shaped undulated metal pipe which has an end face extending along a screw thread of its undulation. A metal holding ring is mounted on the connecting part resting against the latter, where the outer diameter of the holding ring corresponds approximately to the outer diameter of the pipe, where the end face of the holding ring facing the pipe extends along a screw thread corresponding to the screw thread of the pipe, and where the holding ring is connected in the mounted position, fixedly to the connecting part by resting fixedly and tightly against the end face of the pipe. | 06-21-2012 |
20120256413 | ARRANGEMENT WITH A METAL PIPE AND A CONNECTING ELEMENT, AS WELL AS METHOD OF MOUNTING THE CONNECTING ELEMENT - An arrangement is provided for a helically undulated pipe made of metal, which has an end face extending along a turn of the thread of its undulation and a connecting element to be fastened to the pipe. The connecting element includes a pipe piece which has a helically extending inner surface corresponding to the turn of the thread of the undulation of the pipe. The pipe piece is mounted on the pipe in the undulation of the pipe. A metal ring is arranged on the pipe piece, where the pipe piece has sections with different inner diameters arranged one behind the other in the axial direction. | 10-11-2012 |
20140038827 | ARRANGEMENT WITH AT LEAST ONE SUPERCONDUCTIVE CABLE - An arrangement is provided with at least one superconductive cable and a cryostat surrounding the cable is disclosed. The cryostat includes at least one thermally insulated pipe which encloses the superconductive cable and a hollow space for conducting a cooling agent therethrough. The cryostat is constructed in the same manner as the superconductive cable located in the cryostat for connection to stationary parts of a transmission path for electrical energy. At each of the ends of the cryostat (KR) constructed for connection to the stationary parts of the transmission path, two spaced apart bellows are mounted in the cryostat (KR), and between the two bellows each of the two ends of the cryostat (KR) a thermally insulated and curved pipe piece is mounted belonging to the cryostat (KR). | 02-06-2014 |
20140115859 | ARRANGEMENT WITH A METAL PIPE AND A CONNECTING ELEMENT, AS WELL AS METHOD OF MOUNTING THE CONNECTING ELEMENT - An arrangement is provided for a helically undulated pipe made of metal, which has an end face extending along a turn of the thread of its undulation and a connecting element to be fastened to the pipe. The connecting element includes a pipe piece which has a helically extending inner surface corresponding to the turn of the thread of the undulation of the pipe. The pipe piece is mounted on the pipe in the undulation of the pipe. A metal ring is arranged on the pipe piece, where the pipe piece has sections with different inner diameters arranged one behind the other in the axial direction. | 05-01-2014 |
20140150471 | METHOD FOR COOLING A PLANT FOR SUPERCONDUCTIVE CABLES - A method for cooling a plant for superconductive cables is provided, where the plant includes two thermally insulated end closures ( | 06-05-2014 |