Hexahedral cylinder type fractional groove concentrated winding type active vibration absorber

Abstract

The invention discloses a hexahedral cylinder type fractional groove concentrated winding type active vibration absorber. The hexahedral cylinder type fractional groove concentrated winding type active vibration absorber comprises a vibration absorber rack, wherein a fixed bottom plate is arranged below the vibration absorber rack, fixing bolts are arranged at four corners of the fixed bottom plate, a vibration isolation rubber pad is arranged below the fixed bottom plate, a heat dissipation shell is arranged above the vibration absorber rack, a dustproof left end cover is arranged at the leftend of the heat dissipation shell, a dustproof right end cover is arranged at the right end of the heat dissipation shell, silicon steel sheets are arranged on the inner surface of the heat dissipation shell, a phase A coil I is arranged on a first sheet tooth of each silicon steel sheet, a phase B coil I is arranged on one side of the phase A coil I, a phase C coil I is arranged on one side of the phase B coil I, a phase A coil II is arranged on one side of the phase C coil I, a phase B coil II is arranged on the side of the phase A coil II, a phase C coil II is arranged on the side of the phase B coil II, eight hexagonal permanent magnet sheet matrixes are arranged in the circumference enclosed by six groups of silicon steel sheets, the six peripheral surfaces of each hexagonal permanent magnet sheet matrix are respectively provided with the permanent magnet sheets, the center of each hexagonal permanent magnet sheet matrix is provided with a rotor shaft, the threaded end of the rotor shaft is provided with a locknut, the end surface of the locknut is provided with a locking washer, and the eight hexagonal permanent magnet sheet matrixes are respectively provided with limiting snap rings. The hexahedral cylinder type fractional groove concentrated winding type active vibration absorber has high reciprocating frequency and quick vibration-damping response.

Description

technical field [0001] The invention relates to the field of vibration damping equipment, in particular to a six-sided cylindrical fractional slot concentrated winding type active vibration absorber. Background technique [0002] The current active dynamic vibration absorber is to add a substructure (ie the vibration absorber) to the target vibration system (ie the main system). By selecting the appropriate substructure structure, dynamic parameters and coupling relationship with the main system, Change the vibration regime of the primary system to reduce the forced vibration response of the primary system in the expected frequency band. Usually, a dynamic vibration absorber has only one resonance point, that is, it only acts as a vibration absorber at a certain natural frequency, and its adaptability is not strong when the vibration situation is complex and changeable. [0003] The design of the active dynamic vibration absorber is based on the traditional passive dynamic ...

AI Technical Summary

Problems solved by technology

Usually, a dynamic vibration absorber has only one resonance point, that is, it only acts as a vibration absorber at

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