Abstract: A speaker system with a slantingly disposed and circularly curved reflection chamber includes an enclosure, a speaker driver mountable at the front side of the enclosure, and a housing mountable at the rear side of the enclosure. The front side of the speaker driver forms a reference plane on a coordinate plane defined by a transverse axis and a longitudinal axis. The reflection chamber is formed at the front side of the housing, has a three-dimensional circularly curved configuration, has a portion located in the paths along which the speaker driver's acoustic waves propagate in the enclosure, so as to reflect such acoustic waves, and can be tilted with respect to the transverse axis and/or the longitudinal axis to form a transverse-direction angle and/or a longitudinal-direction angle between the reflection chamber and the reference plane. Accordingly, the asymmetric internal structure suppresses standing waves formation, improving the speaker system's acoustic performances.

Abstract: A speaker and the manufacturing method thereof is disclosed wherein a diaphragm is enclosed by the peripheral frame, a resonant space is in the center enclosed by frame and diaphragm, and a winding is around a center seat. Winding is excited to generate varying magnetic lines for generating a continuous attraction-repulsion effect in the magnetic member when an electric current is flowed through, thereby vertically sliding the magnetic member to cause the diaphragm to generate sound. This can significantly reduce the thickness, simplify assembly, reduce manufacturing cost, increase the travel of diaphragm, significantly enhance the low-frequency characteristics, and increase power of speaker.

Abstract: A speaker and the manufacturing method thereof is disclosed wherein a diaphragm is enclosed by the peripheral frame, a resonant space is in the center enclosed by frame and diaphragm, and a winding is around a center seat. Winding is excited to generate varying magnetic lines for generating a continuous attraction-repulsion effect in the magnetic member when an electric current is flowed through, thereby vertically sliding the magnetic member to cause the diaphragm to generate sound. This can significantly reduce the thickness, simplify assembly, reduce manufacturing cost, increase the travel of diaphragm, significantly enhance the low-frequency characteristics, and increase power of speaker.