Always on headwear recording system
An analysis system has at least one monitoring assembly that includes at least one microphone to monitor an acoustic field proximate the monitoring assembly. The at least one microphone produces at least one microphone signal responsive to the acoustic field. The analysis system further includes a data storage device configured to buffer the at least one microphone signal and an audio analysis system configured to analyze a content of the data storage device where the audio analysis system is configured to analyze the content of the buffer to process at least a sound into a response or action.
1. An earpiece, comprising:
a speaker;
an ear-sealing assembly configured to seal an ear canal of a user;
an ear canal microphone (ECM), wherein the ECM is configured so that when used the ECM measures sound on an eardrum side of the seal;
a first ambient sound microphone (FASM), wherein the FASM is configured to measure sound from the opposite side of the seal from the side of the seal measured by the ECM;
a second ambient sound microphone (SASM), wherein the SASM is configured to measure sound from the same side of the seal as measured by the FASM;
a memory that stores instructions; and
a processor that executes the instructions to perform operations, the operations comprising:
measuring internal sound using the ear canal microphone to generate an ECM signal;
measuring ambient sound using the first ambient microphone to generate an ASM signal;
storing the ASM signal in a circular data buffer;
receiving audio content;
applying an ASM gain to the ASM signal to create a modified ASM signal;
mixing the modified ASM signal and the audio content to generate a mixed signal;
receiving an alert; and
sending the mixed signal to a second storage device when the alert is received.
2. An earpiece according to claim 1 , further including the operations of:
sending an audio content signal to the speaker.
3. An earpiece according to claim 2 , further including the operations of:
analyzing the mixed signal to determine a voice command; and
initiating an action in response to the voice command.
4. An earpiece according to claim 3 , where the voice command is to “stop” a recording.
5. An earpiece according to claim 3 , where the voice command is to “start” a recording.
6. An earpiece according to claim 3 , where the voice command is to search the internet.
7. An earpiece according to claim 6 , where the internet search results are received via a text to speech analysis system resulting in an audio result and the user receives the audio result.
8. An earpiece according to claim 3 , where the voice command is to play audio from the internet.
9. An earpiece according to claim 8 , where a second voice command is to scan audio from the internet.
10. An earpiece according to claim 3 , where the voice command is to play audio from a radio station.
11. The earpiece according to claim 3 including a second ambient sound microphone.
12. The earpiece according to claim 11 , further including a sealing section.
13. An earpiece according to claim 1 , further including the operations of:
detecting an event in the mixed signal;
recording the mixed signal, if an event if detected.
14. An earpiece according to claim 13 , where the events are one of a car crash or gun fire.
15. An earpiece according to claim 13 , further including the operations of:
recording the location of a user if the event is one of a car crash or a gun-shot;
combining the location with the mixed signal to generate a new signal.
16. An earpiece according to claim 15 , further including the operations of:
sending the new signal to a remote server.
17. An earpiece according to claim 16 , where the remote server is associated with an emergency agency.
18. An earpiece comprising:
a speaker;
a sealing section configured to seal an ear canal of a user;
an ear canal microphone (ECM), wherein the ECM is configured so that when used the ECM measures sound on an eardrum side of the seal;
a first ambient sound microphone (ASM 1 ), wherein the ASM 1 is configured to measure sound from the opposite side of the seal from the side of the seal measured by the ECM;
a second ambient sound microphone (ASM 2 )), wherein the ASM 2 is configured to measure sound from the same side of the seal as measured by the ASM 1 ;
a memory that stores instructions; and
a processor configured to execute the instructions to perform operations, the operations comprising:
measuring internal sound using the ear canal microphone to generate an ECM signal;
measuring ambient sound using at least one of ASM 1 or ASM 2 or a combination of both to generate an ASM signal;
storing the ASM signal in a circular data buffer;
selecting a first time segment of the ECM signal generating an ECM signal segment;
matching the first time segment of the ECM signal with a second time segment of the ASM signal generating an ASM signal segment; and
combining the ECM signal segment and the ASM signal segment generating a mixed signal;
sending an audio content signal to the speaker
measuring a sound pressure level using the ear canal microphone
analyzing the mixed signal to determine a voice command;
initiating an action in response to the voice command; and
calculating the sound pressure level accumulation of a user using the measured sound pressure level.
19. An earpiece according to claim 18 , further including the operations of:
notifying a user of the sound pressure level accumulation.