20240055952. STATOR, METHOD FOR SIMULATION, COMPUTER PROGRAM PRODUCT simplified abstract (Flender GmbH)

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STATOR, METHOD FOR SIMULATION, COMPUTER PROGRAM PRODUCT

Organization Name

Flender GmbH

Inventor(s)

Günther Winkler of Freinberg (AT)

STATOR, METHOD FOR SIMULATION, COMPUTER PROGRAM PRODUCT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240055952 titled 'STATOR, METHOD FOR SIMULATION, COMPUTER PROGRAM PRODUCT

Simplified Explanation

The abstract describes a stator of an electromechanical transducer with a unique cooling system and winding system design.

  • The stator includes a winding system and a cooling system for through-flow of a cooling medium.
  • The cooling system has a nozzle for the cooling medium to flow out as an accelerated jet downstream.
  • The nozzle is oriented to strike part of the winding system with the accelerated jet.
  • The core of the stator has cutouts for winding sections and is made of a magnetically permeable body with two bodies arranged axially.
  • The first and second bodies create an axial gap for the cooling medium to flow through from various paths.

Potential Applications:

  • Electric motors
  • Generators
  • Transformers

Problems Solved:

  • Overheating of stator windings
  • Improper cooling of electromechanical transducers

Benefits:

  • Efficient cooling system
  • Enhanced performance and longevity of the electromechanical transducer
  • Improved reliability and stability of the system


Original Abstract Submitted

a stator of an electromechanical transducer includes a winding system and a cooling system designed for through-flow of a cooling medium and including a nozzle through which the cooling medium flows during operation, such that the cooling medium flows out as an accelerated jet downstream of the nozzle. the nozzle is oriented such that part of the winding system is struck by the accelerated jet from the nozzle. a core includes cutouts for at least partial arrangement of winding sections of the winding system. the core includes a magnetically permeable body designed to include at least a first body and a second body which are arranged axially next to one another, with the first body being arranged in spaced-apart relationship from the second body to define an axial gap there between, with the cooling medium being combined in the axial gap from various flow paths guided in a parallel fashion.

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