Abstract: Device for manufacturing a lamination stack (E) for a rotating electrical machine, each lamination having a plurality of lamination sectors with notches. The laminations providing a central bore. The device including a mandrel for receiving the stacked lamination sectors, in which the mandrel includes a mandrel body provided with longitudinal slots, bars received in the longitudinal slots of the mandrel body, the bars being magnetizable, a magnetization system for the bars, and alignment pins intended to be received in the notches of the laminations to align the notches.

Abstract: A rotary electric machine including a rotor having salient poles, each salient pole comprising a pole body surrounded by at least one coil, and at least one pair of wedges comprising a first wedge positioned against the coil of a first salient pole and a second wedge positioned against the coil of a second salient pole consecutive with the first. The first and second wedges are able to move in the inter-pole space with respect to one another along the longitudinal axis of the rotor, and each having at least one contact surface, the contact surface or surfaces of the first wedge being configured to come into contact with the contact surface or surfaces of the second wedge as one wedge is moved longitudinally with respect to the other in such a way that the movement of one wedge with respect to the other induces a pressing of these wedges against the coils so as to hold the coils of the first and second salient poles respectively against the pole bodies of the first and second salient poles.

Abstract: A rotary electric machine including a rotor having salient poles, each salient pole comprising a pole body surrounded by at least one coil, and at least one pair of wedges comprising a first wedge positioned against the coil of a first salient pole and a second wedge positioned against the coil of a second salient pole consecutive with the first. The first and second wedges are able to move in the inter-pole space with respect to one another along the longitudinal axis of the rotor, and each having at least one contact surface, the contact surface or surfaces of the first wedge being configured to come into contact with the contact surface or surfaces of the second wedge as one wedge is moved longitudinally with respect to the other in such a way that the movement of one wedge with respect to the other induces a pressing of these wedges against the coils so as to hold the coils of the first and second salient poles respectively against the pole bodies of the first and second salient poles.

Abstract: Alternator rotor, comprising: a set of polar wheel field windings, an exciting armature, and an electronic power supply circuit supplying power to the set of polar wheel field windings from the exciting armature, the rotor being characterized in that the electronic power supply circuit comprises a bearing made of insulating material and conducting tracks held by said bearing, these tracks connecting the exciting conductors to terminals into which electronic components of the electronic power supply circuit are plugged and locked mechanically in place.

Abstract: A rotary electric machine has a machine casing and a terminal box fitted to the casing, the terminal box having a base part, the latter defining at least: a fixing zone for fixing at least one electronic module, this fixing zone having one or more support elements for receiving fasteners for fixing the module or modules, an electrical connection zone, the latter having at least one block of material for receiving at least one electrical connection element, the support element or elements and the block or blocks of material being molded as a single piece with the base part.

Abstract: The invention relates to an electric rotary machine including: a shaft of a rotor rotating about an axis, a fan carried by the shaft of the rotor, and a motor for driving the fan, allowing modulation of the relative rotational speed of the fan in relation to the shaft of the rotor.

Abstract: A rotating electrical machine, including a casing of substantially cylindrical form and a terminal box housing added to the casing, by substantially molding to the form, the housing including two parts fixed to the casing and linked to one another by at least one articulation allowing the housing to be adapted to the curvature of the casing.

Abstract: The present invention concerns an electric machine (1), in particular an alternator, intended to be coupled to a driving or driven machine, in particular a heat engine, comprising: —a coupling flange (20) for coupling to the driving or driven machine, housing a fan (30) driven by the rotor, said flange comprising: —a rear portion (21) linked to a fixed portion (10) of the electric machine, —an interfacing front portion (22) interfacing with the driving or driven machine, said interfacing front portion being mounted on the rear portion (21), the front portion (22) having a central opening, the fan having a diameter greater than that of the central opening, —at least one air deflector secured to the flange (20).

Abstract: A singly-excited flux-switching electrical machine, that includes field coils and phase windings, is provided. The field coils and the phase windings are accommodated respectively in the unevenly shaped notches of a stator, such that the field coils and phase windings are radially offset.

Abstract: The present invention concerns a system for coupling a driving machine with a driven machine comprising a driving machine disk comprising first reliefs, and a driven machine disk comprising second reliefs. The second reliefs are arranged relative to the first reliefs to enable the coupling system to form a first configuration allowing axial separation according to the axis of rotation of the two discs and in which the two disks are in contact, the first reliefs being angularly offset relative to the second reliefs, and a second configuration in which the second reliefs engage with the first reliefs and oppose the axial movement of the two disks relative to each other. The shift from the first to the second configuration is made by a rotation of the two disks relative to each other about the axis of rotation.

Abstract: The invention relates to a rotor of a rotary electric machine, in particular for a flux-switching or wound-rotor machine, a mounting for installing the rotor on a shaft and a plurality of magnetic sectors, preferably in the form of a strip, attached to the mounting.

Abstract: The present invention concerns an electric machine (1), in particular an alternator, intended to be coupled to a driving or driven machine, in particular a heat engine, comprising:—a coupling flange (20) for coupling to the driving or driven machine, housing a fan (30) driven by the rotor, said flange comprising:—a rear portion (21) linked to a fixed portion (10) of the electric machine,—an interfacing front portion (22) interfacing with the driving or driven machine, said interfacing front portion being mounted on the rear portion (21), the front portion (22) having a central opening, the fan having a diameter greater than that of the central opening,—at least one air deflector secured to the flange (20).

Abstract: Alternator rotor, comprising: a set of polar wheel field windings, an exciting armature, and an electronic power supply circuit supplying power to the set of polar wheel field windings from the exciting armature, the rotor being characterized in that the electronic power supply circuit comprises a bearing made of insulating material and conducting tracks held by said bearing, these tracks connecting the exciting conductors to terminals into which electronic components of the electronic power supply circuit are plugged and locked mechanically in place.

Abstract: A rotary electric machine has a machine casing and a terminal box fitted to the casing, the terminal box having a base part, the latter defining at least: a fixing zone for fixing at least one electronic module, this fixing zone having one or more support elements for receiving fasteners for fixing the module or modules, an electrical connection zone, the latter having at least one block of material for receiving at least one electrical connection element, the support element or elements and the block or blocks of material being moulded as a single piece with the base part.

Abstract: The invention relates to a magnetic circuit for a rotary electric machine, including: a plurality of packs of sheets stacked to form sectors, the facing sidewalls of said packs including nestable projections; and inserts introduced into housings defined at least partially by the nesting of the projections, said inserts being used to assemble the sectors to one another.

Abstract: The invention relates to a rotor of a rotary electric machine, in particular for a flux-switching or wound-rotor machine, a mounting for installing the rotor on a shaft and a plurality of magnetic sectors, preferably in the form of a strip, attached to the mounting.

Abstract: A singly-excited flux-switching electrical machine, that includes field coils and phase windings, is provided. The field coils and the phase windings are accommodated respectively in the unevenly shaped notches of a stator, such that the field coils and phase windings are radially offset.

Abstract: The invention relates to an electric rotary machine including: a shaft of a rotor rotating about an axis, a fan carried by the shaft of the rotor, and a motor for driving the fan, allowing modulation of the relative rotational speed of the fan in relation to the shaft of the rotor.

Abstract: The invention relates to a magnetic rotor core for an electric rotary machine, including a stack of magnetic laminations having some poles provided with pole tips, said core including a stack that comprises laminations of which at least one of the poles has at least one at least partially truncated pole tip, preferably a single pole tip.