A silent anti-vibration radiator structure

Abstract

The invention discloses a mute shockproof radiator structure, and the structure comprises a driving shaft, a driving wheel, a driven shaft, a reverse driven group, a forward driven group, a transmission belt, a sound box housing and a miniature motor. The driving shaft and the driving wheel, the driven shaft, the reverse driven group, the forward driven group, the transmission belt and the miniature motor are installed in the sound box housing, and the driving shaft and the driven shaft are perpendicularly disposed. The driving shaft is mounted on the main shaft of the miniature motor, and thedriving wheel is mounted on the driving shaft. The reverse driven group and the forward driven group are mounted on the driven shaft, and the transmission belt is mounted on the driving wheel. The reverse driven group is aligned with the tangent plane of the upper edge of the driving wheel, and the forward driven group is aligned with the tangent plane of the lower edge of the driving wheel. Thestructure irons out the defects that the effective heat dissipation cannot be achieved under a mute condition and cannot be achieved under the shockproof condition and the effective silencing and shock resistance cannot be achieved during heat dissipation; the structure enables the three optimal effects to be optimized, and a mute shockproof heat dissipation triple-optimization structure for a sound box is achieved.

Description

technical field [0001] The invention relates to the technical field of an overall heat dissipation mechanism for a sound box, in particular to a silent and anti-vibration radiator mechanism. Background technique [0002] In life, we often worry about the high heat generated by the speakers we use. We worry that if the temperature continues to rise and does not drop, fires will easily occur and property losses will be caused. During the use of the speaker, I often encounter the noise of electromagnetic interference after connecting the speaker, which is harsh and sharp, adding an unhappy memory to the quiet life. [0003] In existing technology centers, the power of the exhaust motor is usually increased to increase the speed of the motor, so that the heated internal components of the speaker can be drawn out by convection of air. This way of increasing power will inevitably maximize the problem of electromagnetic induction. This method is desirable in a specific noisy envir...

AI Technical Summary

Problems solved by technology

[0003] In existing technology centers, the power of the exhaust motor is usually increased to increase the speed of the motor, so that the heated internal components of the speaker can be drawn out by convection of air. This way of increasing power will inevitably maximize the problem of electromagnetic induction. This method is desirable in a specific noisy environment, but it is more practical for speakers in a closed and relatively quiet place, so the mute effect is also a problem that needs to be solved; in addition to electromagnetic induction, the unstable vibration of the speaker cooling structure will also produce Noisy, especially noticeable in closed environments

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