Abstract: An interconnection device for a rotary electric machine provides an electrical connection between a stator and an electronic power-supply and control module. The interconnection device includes an insulating body, connecting members, and a connection terminal. The stator includes coils. The connecting members are arranged on an outer side of the insulating body, and each connecting member includes a body, a connection tongue, and a combined connecting member. The combined connecting member includes a linking lug which electronically connects the coil of the stator to the electronic power-supply and control module. The connection terminal is fixed to the linking lug, and the linking lug is sized to pass through the insulating body, with a free end of the linking lug and a free end of the connection terminal extending from an inner side of the insulating body.

Abstract: A permanent magnet rotor (100) for an electric motor comprises a bell housing (110) comprising an annular wall (112) and at least one permanent magnet (120) fixed to the annular wall by adhesive means (126) sited between a rear face (124) and the annular wall (112). The rear face (124) of the permanent magnet (120) has a receiving zone (134) accepting said adhesive means (126) and defined by a radius of curvature (R?, R2) which is greater than the radius of curvature (R) of the annular wall (112).

Abstract: A permanent magnet rotor (100) for an electric motor comprises a bell housing (110) comprising an annular wall (112) and at least one permanent magnet (120) fixed to the annular wall by adhesive means (126) sited between a rear face (124) and the annular wall (112). The rear face (124) of the permanent magnet (120) has a receiving zone (134) accepting said adhesive means (126) and defined by a radius of curvature (R?, R2) which is greater than the radius of curvature (R) of the annular wall (112).

Abstract: The invention relates to an interconnection device (1) for a rotary electric machine (100), which device is intended to provide an electrical connection between a stator (2) comprising coils (20) and an electronic power-supply and control module (3), the interconnection device (1) comprising an insulating body (5) and a plurality of connecting members (400) which are arranged on an outer side (55) of the insulating body, each connecting member comprising a body (40) and a connection tongue (41) to at least one coil. At least one combined connecting member further includes a linking lug (42) which is configured to electrically connect at least one coil (20) to the electronic module (3), said linking lug extending the body by being sized so as to cross the insulating body and so that the free end (420) of the linking lug (42) extends from an inner side (56) of the insulating body.

Abstract: A voltage regulator with brush holder assembly (100) for a rotary electric machine intended for an automotive vehicle, which assembly comprises: —a brush holder comprising brushes that are capable of coming into electrical contact with a rotor of the rotary electric machine in order to apply an excitation signal thereto; —a microcontroller for regulating said excitation signal; —a body made of electrically insulating material, said body taking the overall shape of a T and in which said brush holder and said microcontroller are housed, characterized in that the voltage regulator with brush holder assembly (100) comprises two parts: —a first part (200) forming a central portion of the T-shaped body and extending along a first axis (z1-z2), said first part (200) comprising a housing (201) for accommodating the brush holder and a second part (300) forming a lateral portion of the T-shaped body and extending along a second axis (y1-y2) perpendicular to said first axis (z1-z2), said integrated circuit being housed

Abstract: A centrifugal gas/liquid separator for location in a liquid reservoir comprises a generally cylindrical wall defining a separation chamber having a closed end, an open end, an inlet in the cylindrical wall for supplying a gas/liquid mixture into the separation chamber, and a gas outlet located externally of the separation chamber for discharging gases from the separator. The separator defines at least one liquid flow path for conveying separated liquid from the open end of the separation chamber into a reservoir, and at least one gas flow path for conveying separated gases from a radially inner region of the open end of the separation chamber, externally of the separation chamber, to the gas outlet. The separator is particularly suitable for separating air/oil mixtures in an oil system of a gas turbine engine.