Synthetic stereo on a mono headset with motion sensing
View Patent ↗A system, processor implemented method, and non-transitory computer readable medium for playing a synthetic stereo on a mono headset with motion sensing. The method comprises a processor receiving movement data from an accelerometer detecting movement of the mono headset. In response to receiving movement data, the processor mixing an output audio signal comprising a left channel signal and a right channel signal and providing the output audio signal comprising a combination of the left channel signal and right channel signal based at least in part on detected movement of the mono headset. The output audio signal having either a substantially equal or unequal combination of the left channel signal and right channel signal based at least in part on detected movement of the mono headset.
1. A mono headset comprising:
an accelerometer configured to detect movement of the mono headset; a single speaker; and a processor communicatively coupled to the single speaker and the accelerometer, the processor configured to mix an output audio signal comprising a left channel signal and a fight channel signal and to provide the output audio signal to the single speaker, the output audio signal comprising a combination of the left channel signal and fight channel signal based at least in part on detected movement of the mono headset wherein the processor provides the output audio signal to the single speaker with the output audio signal comprising substantially equal balance of the left channel signal and right channel signal in the event the accelerometer detects a sustained state of no movement.
2. The mono headset of claim 1 wherein the processor sets the output audio component to an unequal balance of left channel signal and right channel signal in the event the accelerometer detects movement of the mono headset.
3. The mono headset of claim 1 wherein the processor sets the output audio signal having more left channel signal than right channel signal in the event the detected movement is to the left and sets the output audio signal having less left channel signal than right channel signal in the event the detected movement is to the right.
4. The mono headset of claim 3 wherein the processor sets the output audio signal having unequal balance of the left channel signal and the right channel signal based on magnitude, direction and duration of the detected movement.
5. The mono headset of claim 3 wherein the processor sets the output audio signal having substantially equal balance of the left channel signal and right channel audio in the event the accelerometer detects the termination of movement, wherein the setting of the output audio signal is set in a decaying unequal balance of the left channel signal and right audio channel until there is a substantially equal balance of the left channel signal and right channel signal.
6. The mono headset of claim 1 wherein the mono headset is a wireless mono headset.
7. A processor implemented method for adjusting audio in a mono headset, the method comprising:
receiving, by a processor, movement data from an accelerometer detecting movement of the mono headset;
mixing, by the processor, of an output audio signal comprising a left channel signal and a right channel signal; and
providing, to a single speaker, the output audio signal comprising a combination of the left channel signal and right channel signal based at least in part on detected movement of the mono headset wherein providing the output audio signal to the single speaker comprises providing the output audio signal comprising substantially equal balance of the left channel signal and right channel signal in the event the accelerometer detects a sustained state of no movement.
8. The processor implemented method of claim 7 wherein providing the output audio signal to the single speaker includes comprises providing the output audio signal to an unequal balance of left channel signal and right channel signal in the event the accelerometer detects movement of the mono headset.
9. The processor implemented method of claim 7 wherein providing the output audio signal to the single speaker comprises providing the output audio signal having more left channel signal than right channel signal in the event the detected movement is to the left and sets the output audio signal having less left channel signal than right channel signal in the event the detected movement is to the right.
10. The processor implemented method of claim 9 wherein providing the output audio signal to the single speaker comprises providing the output audio signal having unequal balance of the left channel signal and the right channel signal based on magnitude, direction and duration of the detected movement.
11. The processor implemented method of claim 9 wherein the processor providing the output audio signal to the single speaker comprises providing the output audio signal having substantially equal balance of the left channel signal and right channel audio in the event the accelerometer detects the termination of movement, wherein the output audio signal is a decaying unequal balance of the left channel signal and right audio channel until there is a substantially equal balance of the left channel signal and right channel signal.
12. The processor implemented method of claim 7 wherein the mono headset is a wireless mono headset.
13. A non-transitory computer readable medium storing instructions for configuring a mono headset to execute instructions on a processor to:
receiving movement data from an accelerometer detecting movement of the mono headset;
mixing of an output audio signal comprising a left channel signal and a right channel signal; and
providing, to a single speaker, the output audio signal comprising a combination of the left channel signal and right channel signal based at least in part on detected movement of the mono headset wherein providing the output audio signal to the single speaker comprises providing the output audio signal comprising substantially equal balance of the left channel signal and right channel signal in the event the accelerometer detects a sustained state of no movement.
14. The non-transitory computer readable medium of claim 13 wherein providing the output audio signal to the single speaker comprises providing the output audio signal to an unequal balance of left channel signal and right channel signal in the event the accelerometer detects movement of the mono headset.
15. The non-transitory computer readable medium of claim 13 wherein providing the output audio signal to the single speaker comprises providing the output audio signal having more left channel signal than right channel signal in the event the detected movement is to the left and sets the output audio signal having less left channel signal than right channel signal in the event the detected movement is to the right.
16. The non-transitory computer readable medium of claim 13 wherein providing the output audio signal to the single speaker comprises providing the output audio signal having unequal balance of the left channel signal and the right channel signal based on magnitude, direction and duration of the detected movement.
17. The non-transitory computer readable medium of claim 13 wherein the processor providing the output audio signal to the single speaker comprises providing the output audio signal having substantially equal balance of the left channel signal and right channel audio in the event the accelerometer detects the termination of movement, wherein the output audio signal is a decaying unequal balance of the left channel signal and right audio channel until there is substantially equal balance of the left channel signal and right channel signal.