Combined loudspeaker device and method thereof

Abstract

The invention discloses a combined loudspeaker device and method thereof. The combined loudspeaker device comprises at least two frequency band loudspeakers, wherein the high frequency band loudspeaker is arranged in the middle, and the rest frequency band loudspeakers are arranged at the periphery of the high frequency band loudspeaker in array, thereby enabling the combined loudspeaker to produce excellent sound effect.

Description

Technical field [0001] The present invention relates to a speaker device, in particular to a combined speaker device and a method thereof, wherein the combined speaker device includes at least two frequency band speakers, so that the speakers of different frequency bands respond to audio input of corresponding frequency bands to generate Combined sound effects. Background technique [0002] High-Fidelity (Hi-Fi, High-Fidelity) audio is a sound reproducing device that is highly similar to the original sound. It is widely used in auditoriums, movie theaters, home theaters, recording players, karaoke rooms and other places. There are integrated, packaged and combined types of high-fidelity speakers. In general, the sound quality of integrated high-fidelity speakers is relatively poor. Therefore, when used in places that require high sound quality, they will choose better ones. The set-type or combined-type high-fidelity speakers of sound effects, and the set-type or combined-type h...

AI Technical Summary

Problems solved by technology

When the high-fidelity speaker 1P is playing sound effects, it needs high-power energy input to drive the high-frequency, intermediate-frequency and low-frequency speakers to vibrate respectively to produce sound effects. However, phenomena such as "walking" and vibration occur, so that the high-fidelity speaker 1P needs to consider its own weight and volume when it is designed. Vibration and "walking" are less likely to occur. However, the high-fidelity speaker 1P with such a large volume and heavy weight has defects such as such that it is inconvenient to use during actual use.

[0004] For example, when arranging the hi-fi sound 1P, one way is to fix the hi-fi sound 1P on the wall to reduce the effective space occupied by the high-fidelity sound 1P, but since the high-fidelity sound 1P has The high-fidelity speaker 1P itself vibrates due to its large self-weight and the vibration of its horn, which makes the high-fidelity speaker 1P shake. This shaking will not only cause noise and make the sound effect impure, but also Long-term shaking will also cause the high-fidelity speaker 1P to fall off from the fixed position, so as to cause unnecessary losses

Another approach is to use a bracket to support the hi-fi sound 1P to a certain height, but the bracket itself is more likely to shake during the process of the hi-fi sound 1P

[0005] In addition, the structural design of the hi-fi audio 1P is relatively complicated, and the input of high-power energy is more likely to cause damage to vulnerable structures such as hanging edges. When a part of the hi-fi audio 1P is damaged, there will be no Under the assistance or operation of professionals, the user cannot repair it or replace the corresponding damaged parts, so that the high-fidelity audio system 1P provided by the prior art will incur higher maintenance costs and use costs in the future.

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