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AssigneeSchaeffler Technologies AG & Co. KG
InventorsFlorian Sell-Le Blanc, Nico Langberg
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A method for producing a stator of an electric rotary machine wherein a stator body having grooves for receiving portions of conductor elements of windings is provided, at least one first conductor element winding of a first phase is provided outside the stator body and has multiple first bights of bundled first conductor elements, a first insulating element is fixed to at least one first bight an adhesive connection, wherein each first bight is assigned at least one first insulating element, and the first conductor element winding is inserted into first grooves of the stator body, wherein the adhesive connection has the effect that the first insulating element is carried along with the movement of the first conductor element winding and is positioned relative to the stator body. The method makes it possible for conductors of different phases of the stator to be more easily, less expensively and more reliably electrically insulated with respect to one another in the winding head.
A method for producing a stator of an electric rotary machine, the method comprising:
A stator of an electric rotary machine, comprising a stator body having grooves and portions of conductor elements of windings received therein, which form bights outside the grooves, wherein insulating elements are fixed to the bights with adhesive connections and at least one insulating element is assigned to each respective bight.
An electric rotary machine, comprising a stator having a stator body having grooves and portions of conductor elements of windings received therein, which form bights outside the grooves, wherein insulating elements are fixed to the bights with adhesive connections and at least one insulating element is assigned to each respective bight.
Dependencies are inferred from the claim text.