Electrodynamic loudspeaker with micro-electromechanical system

Abstract

Disclosed is an electrodynamic loudspeaker with a micro-electromechanical system (MEMS). The MEMS loudspeaker is assembled and structured through at least one liquid metal diaphragm, including: a noise reduction module, configured to reduce noise without need for a plurality of software interfaces; a static part, including at least one silicon framework, where the silicon framework serves as a general magnet platform; and a movable part, including at least one liquid metal diaphragm, where the liquid metal diaphragm is fixed to a top of the silicon framework, the liquid metal diaphragm serves as a component of at least one microphone or loudspeaker, and the liquid metal diaphragm is made of a gallium or indium alloy material. The original design is profoundly changed in the fields of materials science, power systems, acoustic effect optimization and the like. The inventive step significantly enhances acoustic quality, energy efficiency, and customization capabilities.

Dependencies are inferred from the claim text.