Earphone positioning and retention
Earphone positioning and retention mechanisms are disclosed. One earphone described includes a speaker driver, a flexible eartip comprising a first oval shaped contact surface at an opening forming a hole through the eartip, the first oval shaped contact surface configured to contact an outer surface of a user's ear canal when worn, a body portion comprising a second contact surface configured to position behind an anti-tragus portion of the user's ear, and, a retaining member formed of a compliant material, comprising a third contact surface configured to conform to a cymba conch portion of the user's ear, where the body portion and the retaining member are shaped in a way that the second contact surface contacts the anti-tragus portion and the third contact surface contacts the cymba conch portion at the same time, when the first contact surface is already in contact with the outer surface of the ear canal.
1. A method for placing an earphone into a wearing position on a user, the method comprising:
inserting an earphone into the outer cavity portion of a user's ear, where the earphone comprises an eartip, a body portion, and a retaining member;
where the eartip comprises an oval-shaped first contact surface at an opening forming a hole through the eartip;
where the body portion comprises a second contact surface formed to conform to an anti-tragus portion of a user's ear;
where the retaining member comprises a third contact surface formed to conform to a cymba conch portion of a user's ear;
wherein the retaining member comprises a loop configured to fit around the body portion;
pressing the earphone inward toward the user's ear canal until the oval-shaped first contact surface of the eartip contacts the ear canal; and
turning the earphone a partial rotation about an axis that is aligned in the direction of the ear canal until the second contact surface of the body portion contacts the anti-tragus portion of the user's ear and the third contact surface of the retaining member contacts the cymba conch portion of the user's ear.
2. The method of claim 1 , wherein the earphone further comprises an acoustic driver within the body portion and the method further comprises applying an audio signal to the acoustic driver to produce acoustic sound through the eartip.
3. The method of claim 2 , wherein the earphone further includes a wireless communication module configured to wirelessly receive the audio signal and the method further comprises wirelessly receiving and decoding the audio signal at the wireless communication module.
4. The method of claim 1 , wherein the third contact surface of the retaining member comprises an arc shaped curve whose two ends contact the body portion.
5. The method of claim 1 , wherein the retaining member is removeable from the earphone.
6. The method of claim 5 , wherein the method further comprises removing the retaining member and fitting a replacement retaining member over the body portion.
7. The method of claim 6 , wherein the loop of the retaining member comprises a compliant material at least partially surrounding a non-compliant material, such that when fitting the retaining member over the body portion the non-compliant material does not bend and the compliant material bends slightly.
8. An earphone comprising:
a speaker driver;
a flexible eartip comprising a first oval shaped contact surface at an opening forming a hole through the eartip, the first oval shaped contact surface configured to contact an outer surface of a user's ear canal when worn;
a body portion comprising a second contact surface configured to position behind an anti-tragus portion of the user's ear when worn; and
a retaining member comprising a loop configured to fit around the body portion and formed of a compliant material, the retaining member further comprising a third contact surface configured to conform to a cymba conch portion of the user's ear when worn;
wherein the body portion and the retaining member are shaped in a way that the second contact surface contacts the anti-tragus portion and the third contact surface contacts the cymba conch portion substantially at the same time, when the first contact surface is already in contact with the outer surface of the user's ear canal and the earphone is turned a partial rotation about an axis that is aligned in the direction of the ear canal.
9. The earphone of claim 8 , wherein the earphone further comprises an acoustic driver within the body portion and the earphone is configured to apply an audio signal to the acoustic driver to produce acoustic sound through the eartip.
10. The earphone of claim 9 , further comprising a wireless communication module configured to receive and decode the audio signal.
11. The earphone of claim 9 , further comprising a physical control configured to start playback of the audio signal when it is actuated.
12. The earphone of claim 8 , wherein the third contact surface of the retaining member comprises an arc shaped curve whose two ends contact the body portion.
13. The earphone of claim 8 , wherein the retaining member is removeable from the earphone.
14. The earphone of claim 8 , wherein the loop of the retaining member comprises a compliant material at least partially surrounding a non-compliant material, such that when fitting the retaining member over the body portion the non-compliant material does not bend and the compliant material bends slightly.