Electricity transmission device at high current and high frequency
View Patent ↗The electricity transmission device comprises prolonged rigid conductors made of copper, and also a connector comprising a network of flexible elements, such as brazed tubes with cooling channels for the conductors, that enables angular displacements between the successive segments and therefore gives a flexibility absorbing small displacements of the device. A lifting manoeuvre system is associated with the segments. The segments may be joined to other elements of the device through connections with jaws enabling slipping.
1. Device for transmission of electricity, comprising at least one electricity conducting element, composed essentially of a rigid and elongated section, the conducting element comprising two segments separated by a connection composed of flexible electricity conducting elements, characterised in that it comprises a joint support device for the two segments, and the flexible elements are metallic tubes brazed onto segments of the conducting element.
2. Electricity transmission device according to claim 1 , in which the conducting element is fitted with cooling channels, characterised in that the tubes are connected to said cooling channels, themselves being structurally and electrically integrated into the section.
3. Electricity transmission device according to claim 1 , in which the conducting element is made of copper, characterised in that the flexible elements are made of steel or copper.
4. Electricity transmission device according to claim 1 , characterised in that the joint support of the two segments comprises a pulley block with swing arm, the segments being suspended at opposite ends of the swing arm.
5. Electricity transmission device according to claim 1 , characterised in that the segments comprise corresponding support stands.
6. Electricity transmission device according to claim 1 , characterised in that the segments are surrounded by corresponding electromagnetic shielding covers that overlap in front of the flexible elements.
7. Electricity transmission device according to claim 1 , characterised in that the conducting element comprises a third segment provided with cooling channels, said cooling channels being made on the surface of the third segment and with a wave shape, the third segment comprises ionising radiation screens aligned with straight line portions of cooling channels, an electromagnetic shielding cover comprising an outside adjustment surface that surrounds the third segment, and a filling shell that extends between the third segment and the electromagnetic shielding cover.
8. Electricity transmission device according to claim 1 , characterised in that the conducting element comprises at least one third segment prolonging another of the segments, and a connector for connecting the prolonged segments comprising a vice with clamping jaws, said segments being prolonged.
9. Electricity transmission device according to claim 8 , characterised in that the segments comprise connection parts being joined together by contact faces sliding along a direction in which segments being prolonged are elongated and superposed in a jaw closing direction.
10. Electricity transmission device according to claim 8 , characterised in that at least one of the jaws is conducting and sets up an electrical connection by overlapping prolonged segments and being separate from them.
11. Electricity transmission device according to claim 9 , in which segments are fitted with cooling channels, characterised in that the cooling channels of the extended segments are connected with separable connectors.
12. Electricity transmission device according to claim 11 , characterised in that the separable connectors and cooling channel end pieces of segments are fitted with self-closing valves when the connectors are separated from the end pieces.
13. Electricity transmission device according to claim 4 , characterised in that the pulley block with swing arm is removable from the segments.
14. Assembly comprising an electricity power supply, an instrument powered by said power supply, and an electricity transmission device, including at least one electricity conducting element, composed essentially of a rigid and elongated section, the conducting element comprising two segments separated by a connection composed of flexible electricity conducting elements, characterised in that it comprises a joint support device for the two segments, and the flexible elements are metallic tubes brazed onto segments of the conducting element, the electricity transmission device passing through a biological protection chamber in which the instrument and the connector composed of flexible electricity conducting elements are placed.