Protection method and system, and computer-readable storage medium
A coaxial speaker tweeter temperature protection method, a coaxial speaker tweeter temperature protection system, and a computer-readable storage medium are provided. The coaxial speaker tweeter temperature protection method is applied to a coaxial speaker including a tweeter and a woofer, including steps of acquiring a woofer real-time temperature, performing calculation on the woofer real-time temperature and a pre-processed input signal through a tweeter temperature prediction algorithm to predict a tweeter real-time temperature in a current state, where the pre-processed input signal is a signal acquired after processing a sound effect algorithm on an input audio signal, etc. Compared with the related art, the coaxial speaker tweeter temperature protection method, the coaxial speaker tweeter temperature protection system, the electronic device, and the computer-readable storage medium provide better temperature protection for the tweeter, reliability of which is better.
1 . A coaxial speaker tweeter temperature protection method, applied to a coaxial speaker comprising a tweeter configured to generate intermediate-frequency (IF) signals and high-frequency signals and a woofer configured to generate low-frequency signals where the tweeter and the woofer are coaxially disposed, comprising:
acquiring a woofer real-time temperature;
performing calculation on the woofer real-time temperature and a pre-processed input signal through a tweeter temperature prediction algorithm to predict a tweeter real-time temperature in a current state, where the pre-processed input signal is a signal acquired after processing a sound effect algorithm on an input audio signal;
performing the calculation on the tweeter real-time temperature and the pre-processed input signal through a tweeter temperature protection algorithm to determine that whether the tweeter real-time temperature is higher than a predetermined temperature threshold; and
if the tweeter real-time temperature is higher than the predetermined temperature threshold, performing power suppression on the pre-processed input signal and then outputting the pre-processed input signal to the tweeter;
wherein the tweeter and the woofer are coaxially disposed.
2 . The coaxial speaker tweeter temperature protection method according to claim 1 , wherein the tweeter temperature prediction algorithm is a corresponding tweeter temperature model.
3 . A coaxial speaker tweeter temperature protection system, applied to a coaxial speaker comprising a tweeter configured to generate intermediate-frequency (IF) signals and high-frequency signals and a woofer configured to generate low-frequency signals, comprising:
a sound effect algorithm module;
a temperature acquisition module;
a tweeter temperature prediction module; and
a tweeter temperature protection module;
wherein the tweeter and the woofer are coaxially disposed, an input end of the tweeter is connected to an output end of a power amplifier after being connected to a capacitor in series, an input end of the woofer is connected to the output end of the power amplifier; the sound effect algorithm module is configured to perform a sound effect algorithm on an input audio signal to acquire a pre-processed input signal; the temperature acquisition module is configured to acquire a woofer real-time temperature according to I/V feedback of the power amplifier; the tweeter temperature prediction module is configured to receive the woofer real-time temperature and a pre-processed input signal, and perform calculation on the woofer real-time temperature and the pre-processed input signal through a tweeter temperature prediction algorithm to predict a tweeter real-time temperature in a current state; the tweeter temperature protection module is configured to perform the calculation on the tweeter real-time temperature and the pre-processed input signal through a tweeter temperature protection algorithm to determine that whether the tweeter real-time temperature is higher than a predetermined temperature threshold; if the tweeter real-time temperature is higher than the predetermined temperature threshold, power suppression is performed on the pre-processed input signal and then the pre-processed input signal is output to the tweeter.