Abstract: An acoustic transducer comprising a plurality of acoustic diaphragms configured to vibrate in opposing directions in response to a received electrical signal, a frame assembly coupled to a first diaphragm and a second diaphragm of the plurality of acoustic diaphragms, a plurality of suspension elements coupled to the plurality of acoustic diaphragms, the plurality of suspension elements comprising at least two primary-suspension-elements and at least two secondary-suspension-elements, and a magnet assembly fixedly positioned within the frame assembly including a housing, at least two magnets, a first pole piece mounted on a first of the at least two magnets and a second pole piece mounted on a second of the at least two magnets, the housing having at least a first region for placement of a first magnet and a first vertical portion having a vertical height greater than a vertical height of the first magnet or a second magnet.
Type:
Grant
Filed:
August 16, 2023
Date of Patent:
October 22, 2024
Assignee:
Tectonic Audio Labs, Inc.
Inventors:
Ryan C. Mettler, Timothy C. Whitwell, Philip C. Bunch
Abstract: System and method for audio transducer stabilization comprising providing a sound generation panel for transmission of audio sound waves in response to a plurality of force inputs received from three or more audio transducers, providing a mounting frame for coupling to the sound generation panel, the mounting frame having three or more predefined locations for receiving audio transducers, placing the three or more audio transducers in the predefined locations, the predefined locations optimized to reduce a plurality of force moments when the audio transducers are driven using an input drive signal, connecting a coupler ring on each of the audio transducers placed in the predefined locations on the mounting frame to an outer surface of the sound generation panel, and driving each of the audio transducers using the input drive signal from an audio amplifier.
Abstract: System and method for audio transducer stabilization comprising providing a sound generation panel for transmission of audio sound waves in response to a plurality of force inputs received from three or more audio transducers, providing a mounting frame for coupling to the sound generation panel, the mounting frame having three or more predefined locations for receiving audio transducers, placing the three or more audio transducers in the predefined locations, the predefined locations optimized to reduce a plurality of force moments when the audio transducers are driven using an input drive signal, connecting a coupler ring on each of the audio transducers placed in the predefined locations on the mounting frame to an outer surface of the sound generation panel, and driving each of the audio transducers using the input drive signal from an audio amplifier.