AI control interaction system for singing music fountain

Abstract

The invention discloses an AI control interaction system for a singing music fountain. The AI control interaction system comprises a wireless voice input unit, a song requesting unit, a power amplifier unit, a full-color large screen, a music input module, a multi-frequency audio signal collection controller, an AI main controller, a man-machine input interface, a digital control channel, an analogue control channel, a light audio control channel, a remote analogue-digital integrated processing function module, a remote digital-analogue control distribution board, a live voice-operated light drive array, a pump, a converter, a motor and digital quantity equipment, wherein the multi-frequency audio signal collection controller collects multiple segments of spectrum signals and transmits thespectrum signals to the AI main controller; and the AI main controller carries out spectrum analysis, communication control, analogue-digital output and light music control, processes and analyzes the spectrum signals and then separates out a digital control signal, an analogue control signal and a light color change control signal. According to the AI control interaction system, interaction of aman and the fountain can be achieved, and specific water form and light can be automatically turned on and manual editing is not needed.

Description

technical field [0001] The present invention relates to the field of musical fountains, in particular to an AI control interactive system for karaoke musical fountains. Background technique [0002] At present, the most popular music fountain control systems in the market are all controlled by DVD, MP3, computer, etc. This mode has been circulating for a long time, and the routine is more obvious, and the development of the scale of the fountain is slow with the passage of time. Slow is old and not innovative enough. [0003] In addition, although the conventional "universal analog digital music fountain control system" does not need to be edited, and the music has a good follow-up performance, it does not have a main jump, accompaniment dance, solo, or ensemble stage for all kinds of water types to move up and down together. effect, let alone automatically assign or adjust the frequency spectrum to match the water type. Although computer-editable fountains can edit the wa...

AI Technical Summary

Problems solved by technology

[0002] At present, the most popular music fountain control systems in the market are all controlled by DVD, MP3, computer, etc. This mode has been circulating for a long time, and the routine is more obvious, and the development of the scale of the fountain is slow with the passage of time. Slow and outdated, not innovative enough

[0003] In addition, although the conventional "universal analog digital music fountain control system" does not need to be edited, and the music has a good follow-up performance, it does not have a main jump, accompaniment dance, solo, or ensemble stage for all kinds of water types to move up and down together. effect, not to mention automatically assigning or adjusting the frequency spectrum to match the water type

Although computer-editable fountains can edit the water type, each song must be edited, which is cumbersome, time-consuming, and cannot be self-adaptive.

Moreover, most of these control modes have not become an independent control system, and all of them need to be configured and customized by users.

Poor adaptability and standardization

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