BINAURAL RECORDING SYSTEM AND EARPIECE SET
Systems, methods, and sets for capturing and reproducing a binaural recording are provided. In one embodiment, the binaural recording is captured using an earpiece set that includes a pair of earpieces each including a frame, a microphone, and a transducer. The frame is adapted to be worn on an ear, and defines an ear-insertion end and a posterior end opposite the ear-insertion end. The ear-insertion end is adapted to be positioned within an ear canal. The microphone is coupled to the frame for capturing ambient sound, and adapted to be positioned outside the ear canal and substantially coplanar with a tragus of the ear.
1 . A binaural recording system comprising:
a pair of earpieces each including a frame, a microphone, and a transducer, the frame adapted to be worn on an ear, the frame defining an ear-insertion end and a posterior end opposite the ear-insertion end, the ear-insertion end adapted to be positioned within an ear canal, the microphone coupled to the frame for capturing ambient sound, the microphone adapted to be positioned outside the ear canal and substantially coplanar with a tragus of the ear, the transducer coupled to the ear-insertion end of the frame, and the transducer configured to reproduce an incoming sound signal, at least one earpiece including a wireless transmitter coupled to the posterior end of the frame, the wireless transmitter configured to transmit outgoing data representative of the ambient sound and receive incoming data representative of the incoming sound signal, and at least one earpiece including a power supply electrically coupled to the microphones, the transducers, and the wireless transmitter; and
a non-transitory device operatively coupled to the earpieces and having instructions thereon that are configured when executed to selectively operate the microphones and the transducers of the earpieces.
2 . The binaural recording system of claim 1 , wherein a respective pair of the transducer and the posterior end of the frame defines a common plane, and wherein each microphone is spaced apart from the common plane.
3 . The binaural recording system of claim 1 , wherein each microphone is respectively housed in a substantially cylindrical opening within the frame.
4 . The binaural recording system of claim 3 , wherein each ear canal respectively defines a first longitudinal axis, and each substantially cylindrical opening respectively defines a second longitudinal axis extending substantially parallel to the first longitudinal axis.
5 . The binaural recording system of claim 4 , wherein each microphone respectively covers at least a part of the transducer when viewed along the second longitudinal axis.
6 . The binaural recording system of claim 1 , wherein the ambient sound defines amplitudes having frequency characteristics, and wherein the microphones are positioned such that the outgoing data represents frequency response characteristics substantially without augmentation or attenuation relative to the frequency characteristics of the ambient sound from approximately 20 Hz to approximately 20 kHz.
7 . The binaural recording system of claim 1 , wherein each microphone is fixedly coupled to a respective frame.
8 . The binaural recording system of claim 1 further comprising a pair of deformable bodies respectively coupled to the ear-insertion end of the frame, the deformable bodies adapted to substantially seal the respective ear canal.
9 . The binaural recording system of claim 1 , wherein the power supply is housed in a respective frame.
10 . The binaural recording system of claim 1 further comprising a recorder operatively coupled to the earpieces and the non-transitory device, wherein the non-transitory device further has instructions stored thereon that are configured when executed to record the ambient sound from each earpiece into a respective audio channel.
11 . The binaural recording system of claim 10 further comprising a camera operatively coupled to the non-transitory device, wherein the non-transitory device further has instructions stored thereon that are configured when executed to record a video signal.
12 . The binaural recording system of claim 11 , wherein the non-transitory device further has instructions stored thereon that are configured when executed to determine a command selected from the group consisting of recording only the ambient sound, recording the ambient sound and the video signal, live-streaming only the ambient sound, and live-streaming the ambient sound and the video signal.
13 . An earpiece set comprising:
a pair of earpieces each including a frame, a microphone, and a transducer, the frame adapted to be worn on an ear, the frame defining an ear-insertion end and a posterior end opposite the ear-insertion end, the ear-insertion end adapted to be positioned within an ear canal, the microphone coupled to the frame for capturing ambient sound, the microphone adapted to be positioned outside the ear canal and substantially coplanar with a tragus of the ear, the transducer coupled to the ear-insertion end of the frame, and the transducer configured to reproduce an incoming sound signal, at least one earpiece including a wireless transmitter coupled to the posterior end of the frame, the wireless transmitter configured to transmit outgoing data representative of the ambient sound and receive incoming data representative of the incoming sound signal, and at least one earpiece including a power supply electrically coupled to the microphones, the transducers, and the wireless transmitter.
14 . The earpiece set of claim 13 , wherein a respective pair of the transducer and the posterior end of the frame defines a common plane, and wherein each microphone is spaced apart from the common plane.
15 . The earpiece set of claim 13 , wherein each microphone is respectively housed in a substantially cylindrical opening within the frame.
16 . The earpiece set of claim 15 , wherein each ear canal respectively defines a first longitudinal axis, and each substantially cylindrical opening respectively defines a second longitudinal axis extending substantially parallel to the first longitudinal axis.
17 . The earpiece set of claim 16 , wherein each microphone respectively covers at least a part of the transducer when viewed along the second longitudinal axis.
18 . The earpiece set of claim 13 , wherein each microphone is fixedly coupled to a respective frame.
19 . The earpiece set of claim 13 further comprising a pair of deformable bodies respectively coupled to the ear-insertion end of the frame, the deformable bodies adapted to substantially seal the respective ear canal.
20 . The earpiece set of claim 13 , wherein the power supply is housed in a respective frame.
21 . A method for creating a binaural recording, the method comprising:
prompting a user, via a processor, to select a recording option on a touchscreen of a recorder, the recording option selected from the group consisting of recording audio, recording audio and video, broadcasting audio, and broadcasting audio and video;
receiving at least one gesture from the user on the touchscreen;
determining, via the processor, the selected recording option; and
causing, via the processor, the creation of at least one binaural recording using an earpiece set comprising a pair of earpieces each including a frame, a microphone, and a transducer, the frame adapted to be worn on an ear, the frame defining an ear-insertion end and a posterior end opposite the ear-insertion end, the ear-insertion end adapted to be positioned within an ear canal, the microphone coupled to the frame for capturing ambient sound, the microphone adapted to be positioned outside the ear canal and substantially coplanar with a tragus of the ear, the transducer coupled to the ear-insertion end of the frame, and the transducer configured to reproduce an incoming sound signal, at least one earpiece including a wireless transmitter coupled to the posterior end of the frame, the wireless transmitter configured to transmit outgoing data representative of the ambient sound and receive incoming data representative of the incoming sound signal, and at least one earpiece including a power supply electrically coupled to the microphones, the transducers, and the wireless transmitter.
22 . A method for communicating a binaural recording, the method comprising:
receiving, at a server, a binaural recording created via a binaural recording system comprising a pair of earpieces each including a frame, a microphone, and a transducer, the frame adapted to be worn on an ear, the frame defining an ear-insertion end and a posterior end opposite the ear-insertion end, the ear-insertion end adapted to be positioned within an ear canal, the microphone coupled to the frame for capturing ambient sound, the microphone adapted to be positioned outside the ear canal and substantially coplanar with a tragus of the ear, the transducer coupled to the ear-insertion end of the frame, and the transducer configured to reproduce an incoming sound signal, at least one earpiece including a wireless transmitter coupled to the posterior end of the frame, the wireless transmitter configured to transmit outgoing data representative of the ambient sound and receive incoming data representative of the incoming sound signal, and at least one earpiece including a power supply electrically coupled to the microphones, the transducers, and the wireless transmitter, and a non-transitory device operatively coupled to the earpieces and having instructions thereon that are configured when executed to selectively operate the microphones and the transducers of the earpieces;
receiving a user election for transmission selected from the group consisting of transmitting the binaural recording to a user device, transmitting the binaural recording via email, and transmitting the binaural recording to a third-party service provider; and
responsive to the user election, transmitting the binaural recording.