Abstract: The present disclosure includes, among other things, systems, methods and program products applying a plurality of low-level feature detectors to an image where each low-level feature detector produces a respective low-level feature vector that represents a detection result. The low-level feature vectors are provided to a plurality of higher-level feature detectors where each higher-level feature detector produces a respective higher-level feature vector that represents a detection result based on a distribution of features in one or more of the low-level feature vectors. The higher-level feature vectors are then provided to a classifier in order to classify a human-action in the image.

Abstract: The present invention relates to a stator component for an electric motor. The stator component for an internal rotor motor comprises a circular stator yoke having an inner periphery, a number of poles, the poles spaced apart from each other along the inner periphery of the stator yoke and extending radially inward from the inner periphery of the stator yoke, wherein each pole consists of an enlarged pole shoe and a neck connecting the pole shoe to the stator yoke, wherein the axial height of the stator yoke is higher than the axial height of the neck of each pole, and a coil wound around the neck of each pole. The invention also relates to a stator component for an external rotor motor, wherein the stator poles are arranged along an outer periphery of the stator yoke and extending radially outward from the outer periphery of the yoke.

Abstract: A stator arrangement for an electric machine having a stator body which has a back yoke ring and a number of stator teeth that project in a radial direction from the back yoke ring, wherein at least one additional ferromagnetic stator end lamination is mounted on at least one end face of the back yoke ring, the additional ferromagnetic stator end lamination being substantially flush with the back yoke ring, wherein projections are formed at the inner or outer circumference of the additional stator end lamination, the projections projecting axially from the outer end face of the stator end lamination and forming a guide for the winding wire.

Abstract: The present invention relates to a stator component for an electric motor. The stator component for an internal rotor motor comprises a circular stator yoke having an inner periphery, a number of poles, the poles spaced apart from each other along the inner periphery of the stator yoke and extending radially inward from the inner periphery of the stator yoke, wherein each pole consists of an enlarged pole shoe and a neck connecting the pole shoe to the stator yoke, wherein the axial height of the stator yoke is higher than the axial height of the neck of each pole, and a coil wound around the neck of each pole. The invention also relates to a stator component for an external rotor motor, wherein the stator poles are arranged along an outer periphery of the stator yoke and extending radially outward from the outer periphery of the yoke.

Abstract: A stator arrangement for an electric machine having a stator body which has a back yoke ring and a number of stator teeth that project in a radial direction from the back yoke ring, wherein at least one additional ferromagnetic stator end lamination is mounted on at least one end face of the back yoke ring, the additional ferromagnetic stator end lamination being substantially flush with the back yoke ring, wherein projections are formed at the inner or outer circumference of the additional stator end lamination, the projections projecting axially from the outer end face of the stator end lamination and forming a guide for the winding wire.