Method and system for bone conduction sound propagation
A wearable surround sound system, that includes: (a) a processor, adapted to receive input signals representative of requested audio signals to be heard by the user and in response to generate multiple output signals; and (b) multiple bone conduction speakers, coupled to the processor, adapted to convey the multiple output signals to at least one bone of a user; wherein the bone conduction speakers are arrayed so as to stimulate an encompassing sound perception of the use. A wearable ambient sound reduction system, that includes: (a) a microphone, adapted to detect an ambient sound signal; (b) a processor adapted to generate an output signal in response to the ambient sound signal; wherein the output signal, when conveyed to a bone of the user, reduces an affect that an ambient sound signal has upon the user; wherein the microphone is coupled to the processor; and (c) a bone conduction speaker, coupled to the processor, adapted to convey the output signal to a bone of a user.
1. A wearable surround sound system, the system comprises:
a processor, adapted to receive input signals representative of requested audio signals to be heard by the user and in response to generate multiple output signals;
multiple bone conduction speakers, coupled to the processor, adapted to convey the multiple output signals to at least one bone of a user; wherein the bone conduction speakers are arrayed so as to stimulate an encompassing sound perception of the user; and
a microphone, coupled to the processor, that is adapted to detect an ambient sound signal; wherein the processor is further adapted to generate the multiple output signals in response to the ambient sound signal; wherein at least one output signal component, when conveyed to a bone of the user, reduces an affect of the ambient sound signal upon the user.
2. The system according to claim 1 , wherein the processor is arranged to generate the multiple output signals in correlation to the ambient sound signal only when the ambient sound signal is louder than an allowed ambient volume level so as to quieten the ambient sound signal to a level in which the ambient sound signal complies with the allowed ambient volume level.
3. The system according to claim 1 , comprising multiple microphones, at least some of the multiple microphones form a group of microphones that facilitates a detection of ambient sound that arrives to the user from one or more specific direction without moving the system, by applying a different phase shift to sound signal detected by each of the microphones of the group of microphones.
4. The system according to claim 1 , wherein the processor is further adapted to generate an output signal component out of the at least one output signal component, in response to a direction of the ambient sound signal.
5. The system according to claim 1 , wherein the processor is adapted to generate the at least one output signal component in response to an allowed ambient volume level.
6. A method for conveying surround sound to a user, the method comprises: receiving input signals, representative of requested audio signals to be heard by the user; generating multiple output signals, in response to the requested audio signals; and conveying, by multiple bone conduction speakers, the output signals to at least one bone of a user; wherein the bone conduction speakers are arrayed so as to stimulate an encompassing sound perception of the user; wherein the generating comprises generating the output signals in response to an ambient sound signal detected by a microphone; wherein at least one output signal component, when conveyed to a bone of the user, reduces an affect of the ambient sound signal on the user.
7. The method according to claim 6 , wherein the generating comprises generating the multiple output signals in correlation to the ambient sound signal only when the ambient sound signal is louder than an allowed ambient volume level so as to quieten the ambient sound signal to a level in which the ambient sound signal complies with the allowed ambient volume level.
8. The method according to claim 6 , comprising detecting ambient sound that arrives to the user from one or more specific direction without moving a wearable surround system that comprises a group of microphones, by applying a different phase shift to sound signal detected by each of the microphones of the group of microphones.
9. The method according to claim 6 , wherein the generating comprises generating the output signal component in response to a direction of an ambient sound signal.
10. The method according to claim 6 , wherein the generating comprises generating the output signal component in response to an allowed ambient volume level.