Basin stand for high-power subwoofer

Abstract

The invention discloses a basin stand for a high-power super bass loudspeaker, and belongs to the field of basin stands. The basin stand comprises an outer basin frame provided with a groove, and is characterized in that the basin stand further comprises an inner basin stand and a fixed plate fixedly installed on the inner basin stand, wherein a transverse plate is further installed on the outer basin stand; a buffer assembly which is mounted between the transverse plate and the fixed plate; a meshing structure which is connected with the buffer assembly and is mounted on the transverse plate; a reciprocating mechanism which is mounted on the transverse plate and is connected with the tooth and mechanism; a switch assembly which is connected with the reciprocating mechanism, is mounted in the outer basin frame and is used for fixing the inner basin frame; and a heat dissipation mechanism which is installed in the outer basin stand and used for dissipating heat of the inner basin stand, wherein the buffer assembly drives the reciprocating mechanism to move through the meshing structure, is matched with the switch assembly and fixes the basin stand.

Description

technical field [0001] The invention belongs to the field of pot frames, in particular to a pot frame for a high-power subwoofer. Background technique [0002] Existing loudspeakers mainly use magnetic components to generate fixed magnetic gas and loop magnetic field. When the voice coil of the loudspeaker is connected with current, it will interact with the magnetic field, so that the voice coil will vibrate back and forth, and the vibrating membrane will With the size of the voice coil current, it also moves back and forth synchronously to push the air to make sound; but after the voice coil conducts electricity, most of the electric energy will be lost during use to generate heat energy, which will increase the heat energy of the voice coil, and at the same time the magnetic lines of force will be in the process of movement. Heat will also be generated in the middle of the speaker. Although there are cooling holes on the speaker frame, it is inefficient to rely solely on ...

AI Technical Summary

Problems solved by technology

[0002] Existing loudspeakers mainly use magnetic components to generate fixed magnetic gas and loop magnetic field. When the voice coil of the loudspeaker is connected with current, it will interact with the magnetic field, causing the voice coil to vibrate back and forth, and the vibrating membrane will With the size of the voice coil current, it also moves back and forth synchronously to push the air to make sound; but after the voice coil conducts electricity, most of the electric energy will be lost to generate heat during use, which will increase the heat energy of the voice coil, and at the same time the magnetic lines of force will be in motion. Heat will also be generated in the middle of the speaker. Although there are cooling holes on the speaker frame, it is inefficient to rely solely on natural cooling, and the cooling effect is poor, which will lead to deviations in timbre.

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