Abstract: The invention relates to electromechanical assemblies comprising an alternator, especially of high power, typically greater than or equal to IMW, and a converter, the alternator comprising a rotor driven in rotation, by a wind turbine for example, and more particularly to wound rotor synchronous alternators. The drive can also take place by means of a tide-driven, hydraulic or marine-current-driven generator. An alternator comprises in a manner known per se a field winding, generally at the rotor, supplied with DC current either by split rings and brushes, or by an exciter, so as to generate in an armature winding, generally at the stator, an AC voltage.

Abstract: The invention relates to electromechanical assemblies comprising an alternator, especially of high power, typically greater than or equal to IMW, and a converter, the alternator comprising a rotor driven in rotation, by a wind turbine for example, and more particularly to wound rotor synchronous alternators. The drive can also take place by means of a tide-driven, hydraulic or marine-current-driven generator. An alternator comprises in a manner known per se a field winding, generally at the rotor, supplied with DC current either by split rings and brushes, or by an exciter, so as to generate in an armature winding, generally at the stator, an AC voltage.

Abstract: The present invention relates to a rotor for a rotary electric machine, comprising: a hub comprising a stack of sheets, permanent magnets arranged on the surface of the stack of sheets, pole shoes covering the magnets and an attachment means for holding the pole shoes on the hub.

Abstract: This machine comprises a central body (1), un piston (3) compressing the liquid contained in a liner (2), and a peripheral bladder (18) capable of uniformly applying pressure to a tube (21) immediately surrounding this bladder. Pressure can be applied in a simple manner through a tensile and compression testing machine (22, 23). No end effect that could disturb the test is produced on the tube.

Abstract: This machine comprises a central body (1), un piston (3) compressing the liquid contained in a liner (2), and a peripheral bladder (18) capable of uniformly applying pressure to a tube (21) immediately surrounding this bladder. Pressure can be applied in a simple manner through a tensile and compression testing machine (22, 23). No end effect that could disturb the test is produced on the tube.

Abstract: A method of upgrading a program, used in a data processing device having a permanent memory, from a version n to a version n+1, wherein, at any time, both the recent version and the previous version of the program are stored in a first and a second location of the memory. Each one of version n and version n+1 of the program is using configuration data of format n and format n+1, respectively, when it is used as a current version. The configuration data of format n are automatically stored into the memory when version n+1 of the program is stored into the second location of memory.