Etel S.a.

Loïc Moreno

Johann Pourchet

Sylwia Szczukiewicz

Manish Mittal

Dmitry Chechenev

Jean-Yves Grillon

Valerio Tamellini

Jean Lefevre

Iván Garcia-herreros

Daniele Veronesi

Pierre Alexandre Bischoff

Xinchang Liu

Jeremie Mallamaci

Cyrille Viennet

Jérémie Mallamaci

A cooling cage assembly for a rotary electric motor includes a cooling stator arrangement, and a first cylindrical part and a second cylindrical part fixedly mounted against respective opposite sides of the cooling stator arrangement. The cooling stator arrangement includes a stator and cooling tiles mounted against and around the outer circumference of the stator. Each cooling tile includes at least one channel extending from an upper side to a lower side of the cooling tile. The cooling cage assembly further includes a first plurality of fluidic bridges arranged on the upper side of the cooling tiles and a second plurality of fluidic bridges arranged on the lower side of the cooling tiles to form, together with the channel(s) of the cooling tiles, a serpentine flow path, for a cooling fluid, around the outer circumference of the stator.

Cooling cage assembly for a rotary electric motor

A coil support for preformed flat coils of a stator of an electric rotary motor includes an annular supporting structure and a plurality of columns extending upwardly from the supporting structure. The columns are spaced apart from each other to form a corresponding plurality of coil receiving portions configured to hold the preformed flat coils in place before a potting operation. Each of the coil receiving portions is configured to support a lower part of one of the preformed flat coils.

Coil support for a rotary electric motor

A liquid-cooled core assembly for a linear motor includes an iron-core having a middle part, teeth extending from two opposite sides of the middle part and forming slots therebetween, coils wound around the teeth, axial cooling-fluid passageways extending across the middle part, and cooling conduits mounted inside the passageways. The core assembly further includes a cooling arrangement having a liquid supply part and a liquid collection part mounted against respective two other opposite sides of the iron-core. The liquid supply and collection parts are in fluid communications with the cooling conduits. An inlet connector is in fluid communication with the liquid supply part, and an outlet connector is in fluid communication with the liquid collection part.

Liquid-cooled core assembly for linear motors and linear motor comprising such core assembly

A secondary part provides a magnetic path for a primary part of a linear motor and includes a spacer element as well as yoke plates forming two limbs, which are arranged for an attachment to the spacer element so that&#x2014;situated opposite each other&#x2014;they extend in planes parallel to the magnetic path. In addition, the secondary part includes a plurality of permanent magnets, which are fixed in place on inner sides of the yoke plates pointing toward the magnetic path. The permanent magnets each have a width that decreases in an extension direction perpendicular to the magnetic path.

Linear motor and secondary part for a linear motor

A segmented secondary part of a linear motor includes at least two segments, each having a plurality of magnets attached to a yoke plate, having alternating polarity, and having a direction of magnetization perpendicular to the yoke plate. The yoke plates include an overlapping region, in which the yoke plates of adjacent segments are superposed in the direction of magnetization but do not touch each other in the overlapping region.

Segmented secondary part for a linear motor

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Guyans-Vennes, France

Loïc Moreno