An electronic equipment , comprising a center frame , a first motor , a second motor , and a drive module , wherein the first motor and the second motor are fixed respectively at a first designated location and a second designated location of the center frame , wherein the drive module is electrically connected respectively to the first motor and the second motor , wherein the drive module is adapted to: driving, according to a control signal, the first motor or the second motor to vibrate independently, or driving the first motor and the second motor to vibrate synchronously, wherein the electronic equipment further comprises a processor and an audio module, characterized in that the audio module is adapted to acquiring a frequency f of an audio signal and an envelope signal of the audio signal, and sending the envelope signal and the frequency f of the audio signal to the processor , wherein the processor is adapted to generating a drive signal according to the envelope signal, and sending the drive signal to the drive module , wherein the drive module is adapted to controlling, according to the drive signal, at least one of the first motor or the second motor to vibrate with the audio signal, wherein the processor is adapted to generating the drive signal as a product of the envelope signal and a frequency signal of the frequency f, by: sampling amplitude of the envelope signal via an Analog-to-Digital Converter, ADC; comparing the amplitude of the envelope signal for a current time point to the amplitude of the envelope signal for a next time point; increasing amplitude of the frequency signal in response to the amplitude of the envelope signal for the current time point being less than the amplitude of the envelope signal for the next time point. wherein the first motor and the second motor are fixed respectively at a first designated location and a second designated location of the center frame , wherein the drive module is electrically connected respectively to the first motor and the second motor , wherein the drive module is adapted to: driving, according to a control signal, the first motor or the second motor to vibrate independently, or driving the first motor and the second motor to vibrate synchronously, wherein the electronic equipment further comprises a processor and an audio module, characterized in that the audio module is adapted to acquiring a frequency f of an audio signal and an envelope signal of the audio signal, and sending the envelope signal and the frequency f of the audio signal to the processor , wherein the processor is adapted to generating a drive signal according to the envelope signal, and sending the drive signal to the drive module , wherein the drive module is adapted to controlling, according to the drive signal, at least one of the first motor or the second motor to vibrate with the audio signal, wherein the processor is adapted to generating the drive signal as a product of the envelope signal and a frequency signal of the frequency f, by: sampling amplitude of the envelope signal via an Analog-to-Digital Converter, ADC; comparing the amplitude of the envelope signal for a current time point to the amplitude of the envelope signal for a next time point; increasing amplitude of the frequency signal in response to the amplitude of the envelope signal for the current time point being less than the amplitude of the envelope signal for the next time point. <EOS>