Non-occluding ear module for a personal sound system

1. An ear-level module to be worn on a target ear, the ear including an ear canal with an exterior opening, and having a forward wall and a rear wall with a width between the forward wall and the rear wall, a concha, an anti-helix and a tragus, the ear-level module comprising:

a housing;

a data processor and a radio on or in the housing;

the housing including an interior lobe housing a speaker and adapted to fit within the concha, and a compressive member coupled to the interior lobe and providing a holding force between the anti-helix and the forward wall of the ear canal near the tragus; wherein the interior lobe includes an extension adapted to extend into the exterior opening of the ear canal without blocking the opening,

the extension having a forward surface adapted to fit against the forward wall of the ear canal, and a rear surface facing the anti-helix, the extension having a width in a dimension between the forward surface and a rear surface of the ear canal over a length of the extension from at least the opening of the ear canal to the tip of the extension that is substantially less that the width of the ear canal, leaving an open air passage through the ear canal.

2. The module of claim 1 , wherein the extension fits within the concha and beneath the tragus, without filling the concha and leaving a region within the concha that is in air flow communication with the open air passage in the ear canal.

3. The module of claim 1 , wherein the compressive member tends to force the forward surface of the extension against the forward wall of the ear canal, securing the ear module on the ear.

4. The module of claim 1 , including an exterior lobe coupled to the interior lobe, and wherein the interior lobe extends outwardly to support the exterior lobe of the ear module in a position spaced away from the anti-helix and tragus, so that an opening from outside air through the concha into the open air passage in the ear canal is provided around the exterior and the interior lobes of the ear module.

5. An ear-level module to be worn on a target ear, the ear including an ear canal with an exterior opening, and having a forward wall and a rear wall with a width between the forward wall and the rear wall, a concha, an anti-helix and a tragus, the ear-level module comprising:

a housing for data processing resources including an interior lobe housing a speaker and adapted to fit within the concha and an exterior lobe coupled to the interior lobe, wherein the exterior lobe is larger than the concha;

a compressive member coupled to the interior lobe and providing a holding force between the anti-helix and the forward wall of the ear canal near the tragus; wherein the interior lobe includes an extension adapted to extend into the exterior opening of the ear canal without blocking the opening,

the extension having a forward surface adapted to fit against the forward wall of the ear canal, and a rear surface facing the anti-helix, the extension having a width in a dimension between the forward surface and a rear surface of the ear canal over a length of the extension from at least the opening of the ear canal to the tip of the extension that is substantially less that the width of the ear canal, leaving an open air passage through the ear canal; and

wherein the interior lobe extends outwardly to support the exterior lobe of the ear module in a position spaced away from the anti-helix and tragus, so that an opening from outside air through the concha into the open air passage in the ear canal is provided around the exterior and the interior lobes of the ear module.

6. The module of claim 1 , wherein the compressive member includes an opening exposing a region within the concha that is in air flow communication with the open air passage in the ear canal.

7. The module of claim 1 , the housing including an exterior lobe coupled to the interior lobe, and wherein the data processor and radio are mounted within the exterior lobe of the housing.

8. The module of claim 1 , including a microphone within the housing, the data processor being adapted to process sound picked up by the microphone and play the processed sound on the speaker.

9. The module of claim 1 , wherein the data processor is adapted to process sound received over the radio, and play the processed sound on the speaker.

10. The module of claim 1 , wherein the compressive member comprises an elastomer loop, including a near side member adapted for coupling to the interior lobe of the ear module, a far side member with a curved shape adapted to fit against the anti-helix, and first and second linking side member coupling the near side member and the far side member.

11. The module of claim 10 , including a set of compressive members, wherein compressive members in the set include respective near side members adapted for removeably coupling to the interior lobe of the ear module and far side members with said curved shape adapted to fit against the anti-helix, and have respective pairs of first and second linking side members which have different lengths to fit different sizes of ears.

12. An ear-level module to be worn on an ear, the ear including an ear canal with an exterior opening, and having a forward wall and a rear wall with a width between the forward wall and the rear wall, a concha, an anti-helix and a tragus, the ear-level module comprising:

a housing for data processing resources, including an interior lobe and an exterior lobe;

the interior lobe housing a speaker and adapted to fit within the concha, and a compressive member coupled to the interior lobe and providing a holding force between the anti-helix and the forward wall of the ear canal near the tragus; wherein the interior lobe includes an extension adapted to extend into the exterior opening of the ear canal without blocking the opening,

the extension having a forward surface adapted to fit against the forward wall of the ear canal, and a rear surface facing the anti-helix, the extension having a width in a dimension between the forward surface and a rear surface of the ear canal over a length of the extension from at least the opening of the ear canal to the tip of the extension that is substantially less that the width of the ear canal, leaving an open air passage through the ear canal;

wherein the extension fits within the concha and beneath the tragus, without filling the concha and leaving a region within the concha that is in air flow communication with the open air passage in the ear canal;

wherein the compressive member tends to force the forward surface of the extension against the forward wall of the ear canal, securing the ear module on the ear and includes an opening exposing a region within the concha that is in air flow communication with the open air passage in the ear canal;

the exterior lobe coupled to the interior lobe, and wherein the interior lobe extends outwardly to support the exterior lobe of the ear module in a position spaced away from the anti-helix and tragus, so that an opening from outside air through the concha into the open air passage in the ear canal is provided around the exterior and the interior lobes of the ear module; and

a radio, a microphone and a data processor within the housing, the data processor adapted to process sound picked up by the microphone and sound received over the radio, and play the processed sound on the speaker.

13. The module of claim 4 , wherein the exterior lobe is larger than the concha.