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A headphone having reduced tendency to tangle comprises an input portion for receiving electrical signals from an output device, an output portion for providing audio signals to a user in response to the electrical signals, a plurality of wires coupled to the input portion and the output portion for

A headphone having reduced tendency to tangle comprises an input portion for receiving electrical signals from an output device, an output portion for providing audio signals to a user in response to the electrical signals, a plurality of wires coupled to the input portion and the output portion for providing the electrical signals to the output portion, and a restraint mechanism coupled to the plurality of wires and cable of being repositioned along the plurality of wire, wherein the restraint mechanism is for physically receiving insertion of at least a portion of the input portion and for physically restraining movement of the portion of input portion with respect to output portion when the portion of the input portion is physically inserted into the restraint mechanism, wherein a temporary and removable closed loop of wire is formed from the plurality of wires, until a sufficient separation force is applied.

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1. A method for storing headphones having a plurality of ear buds and an audio plug coupled via a pair of wires and a restraining mechanism comprising: grasping the restraining mechanism with one hand of a user;grasping the audio plug with the other hand of the user;inducing the restraining mechanis

1. A method for storing headphones having a plurality of ear buds and an audio plug coupled via a pair of wires and a restraining mechanism comprising: grasping the restraining mechanism with one hand of a user;grasping the audio plug with the other hand of the user;inducing the restraining mechanism to slide along the pair of wires from a position away from the plurality of ear buds along the pair of wires to a position proximate to the plurality of ear buds along the pair of wires;physically coupling the audio plug with the restraining mechanism thereby positioning the audio plug adjacent to the plurality of ear buds and thereby forming a temporary and removable closed loop of wire from the pair of wires;wherein the restraining mechanism restrains, until a sufficient separation force is applied, movement of the audio plug with respect to the plurality of ear buds. 2. The method of claim 1 wherein a physical movement distance of a first ear bud with respect to a second ear bud before physically coupling the audio plug with the restraining mechanism is larger than a physical movement distance of the first ear bud with respect to the second ear bud after physically coupling the audio plug with the restraining mechanism. 3. The method of claim 1 further comprising: applying at least the sufficient separation force between the restraining mechanism and the audio plug thereby separating the audio plug from the restraining mechanism and thereby releasing the temporary and removable closed loop of wire. 4. The method of claim 3 wherein a maximum value of the sufficient separation force is selected from a group consisting of: one kilogram, four pounds. 5. The method of claim 4 wherein a minimum value of the sufficient separation force is selected from a group consisting of: 0.5 pounds, two pounds. 6. The method of claim 3 wherein when an applied separation force that is less than the sufficient separation force is applied, the restraining mechanism restrains movement of the audio plug with respect to the plurality of ear buds by a distance in all directions selected from a group consisting of: less than 0.25 inches, 5 mm. 7. The method of claim 1 wherein physically coupling the audio plug with the restraining mechanism further comprises inserting the audio plug into an opening of the restraining mechanism and having the audio plug physically touch both of the plurality of ear buds. 8. The method of claim 1wherein the headphone includes an in-line microphone positioned on one wire of the pair of wires; andwherein inducing the restraining mechanism further comprises inducing the restraining mechanism to slide from a position on the one wire below the in-line microphone to a position on the wire above the in-line microphone. 9. The method of claim 1wherein physically coupling the audio plug with the restraining mechanism causes an internal opening of the restraining mechanism to increase from a first perimeter. 10. The method of claim 1 wherein no other loop of wire is formed from the pair of wires before the temporary and removable closed loop of wire is formed. 11. A headphone having reduced tendency to tangle Comprises: an audio input portion configured to receive a plurality of electrical audio signals from an audio output device;an audio output portion configured to provide audible output audio signals to a user in response to the plurality of electrical audio signals;a plurality of wires coupled to the audio input portion and the audio output portion, wherein the plurality of wires are configured to provide the electrical audio signals to the audio output portion;a restraint mechanism coupled to the plurality of wires, wherein the restraint mechanism is configured to be positioned at a plurality of positions along the plurality of wires, wherein the restraint mechanism is configured to physically receive insertion of at least a portion of the audio input portion, wherein the restraint mechanism is configured to physically restrain movement of the portion of audio input portion with respect to the audio output portion when the portion of the audio input portion is physically inserted into the restraint mechanism, thereby forming a temporary and removable closed loop of wire from the plurality of wires, until a sufficient separation force is applied. 12. The headphone of claim 11wherein the audio output portion comprises a first ear bud and a second ear bud;wherein the restraint mechanism is configured to restrain movement of the first ear bud with respect to the second ear bud; andwherein an amount of restraint of physical movement of the first ear bud with respect to the second ear bud provided by the restraint mechanism before the portion of the audio input portion is inserted into the restraining mechanism is smaller than an amount of restraint of physical movement of the first ear bud with respect to the second ear bud provided by the restraining mechanism after the portion of the audio input portion is inserted into the restraining mechanism. 13. The headphone of claim 11 further wherein the restraint mechanism is configured to allow the portion of the audio input portion to be physically removed from the restraint mechanism thereby releasing the temporary and removable closed loop of wire from the plurality of wires when at least the sufficient separation force between the restraining mechanism and the audio plug is provided. 14. The headphone of claim 13 wherein a maximum value of the sufficient separation force is selected from a group consisting of: one kilogram, four pounds. 15. The headphone of claim 14 wherein a minimum value of the sufficient separation force is selected from a group consisting of: 0.5 pounds, two pounds. 16. The headphone of claim 13 wherein when an applied separation force that is less than the sufficient separation force is applied, the restraining mechanism is configured to restrain movement of the audio plug with respect to the audio output portion by a distance in a direction of insertion of the portion of the audio input portion selected from a group consisting of: less than 0.25 inches, 5 mm. 17. The headphone of claim 11 wherein the restraint mechanism is configured to restrain the portion of the audio input portion physically touching the audio output portion. 18. The headphone of claim 11 further comprising: an in-line microphone positioned along one of the pair of wires, wherein the in-line microphone has an external perimeter;wherein the restraint mechanism includes an internal opening having a perimeter greater to the perimeter of the in-line microphone; andwherein the restraint mechanism is configured to be positioned at a position above the in-line microphone and at a position below the in-line microphone. 19. The headphone of claim 11wherein the restraint mechanism includes an internal opening;wherein a perimeter of the internal opening of the restraint mechanism increases when the portion of the audio input portion is inserted into the restraint mechanism. 20. The headphone of claim 19 wherein an external shape of the restraint mechanism is not identical to a shape of the internal opening. 21. The headphone of claim 19 wherein the restraint mechanism includes at least one protrusion from an inner wall of the restraint mechanism and extending into the internal opening of the restraint mechanism. 22. The headphone of claim 11wherein the restraint mechanism comprises a separate first portion and a second portion;wherein the restraint mechanism comprises an internal opening having an internal perimeter;wherein the audio input portion comprises a housing having an external perimeter; andwherein the external perimeter is larger than the internal perimeter. 23. A pair of headphones comprising: an audio input jack configured to receive electrical audio signals;a pair of ear buds configured to output audible audio signals in response to the electrical audio signals;a pair of wires configured to electrically and physically couple the audio input jack to the pair of ear buds; andrestraining means configured to restrain movement of a first ear bud relative to a second ear bud from the pair of ear buds, configured to restrain movement of the audio input jack relative to the pair of ear buds and configured to form a temporary and removable loop of wire from the pair of wires, when the audio input jack is inserted into the restraining means by the user, and wherein the restraining means is configured to not appreciably restrain movement of the first ear bud relative to the second ear bud from the pair of ear buds, configured to not appreciably restrain movement of the audio input jack relative to the pair of ear buds and configured to not form the temporary and removable loop of wire, when the audio input jack is removed from the restraining means by the user. 24. The pair of headphones of claim 23wherein the pair of wires are disposed within at least one interior channel of the restraining means;wherein the restraining means is configured to slide along the pair of wires; andwherein the audio input jack is selected from a group consisting of: a metal plug, a housing, and a strain-relief. 25. The pair of headphones of claim 23wherein the restraining means comprises a body portion and at least one interior channel; andwherein the body portion includes an interior channel opening along a length of the body portion. 26. The pair of headphones of claim 25 wherein the interior channel opening is configured to allow a user to insert the pair of wires into the body portion to thereby dispose the pair of wires within the at least one interior channel of the restraining means. 27. The pair of headphones of claim 23wherein the restraining means comprises a body portion and an interior channel; andwherein the interior channel is configured to allow a user to insert the audio input jack through the restraining means to thereby dispose the pair of wires within the at least one interior channel of the restraining means. 28. The method of claim 1wherein the restraining mechanism comprises a body portion and a channel;wherein the pair of wires are disposed within the channel; andwherein physically coupling the audio plug within the restraining mechanism comprises disposing at least a portion of the audio plug within the channel;wherein the portion of the audio plug is selected from a group consisting of: a metal plug portion, a housing portion, and a strain-relief portion. 29. The method of claim 1wherein the restraining mechanism comprises a body portion and a channel;wherein the body portion includes a channel opening along a length of the body portion. 30. The method of claim 29 wherein the method further comprises: receiving the restraining mechanism separate from the plurality of wires; andinserting the plurality of wires through the channel opening thereby disposing the plurality of wires within the channel of the restraining mechanism. 31. The method of claim 1wherein the restraining mechanism comprises a body portion and a channel;wherein the method further comprises: receiving the plurality of wires;receiving the restraining mechanism separate from the plurality of wires; andinserting the audio plug through the channel thereby disposing the plurality of wires within the channel of the restraining mechanism. 32. The headphone of claim 11wherein the restraining mechanism comprises a body portion and an interior channel;wherein the plurality of wires are disposed within the interior channel; andwherein the portion of the audio input portion is selected from a group consisting of: a metal plug portion, a housing portion, and a strain-relief portion. 33. The headphone of claim 11wherein the restraint mechanism comprises a body portion and an interior channel;wherein the body portion includes an interior channel opening along a length of the body portion. 34. The headphone of claim 33 wherein the interior channel opening is configured to allow a user to insert the plurality of wires into the body portion to thereby dispose the plurality of wires within the interior channel of the restraint mechanism. 35. The headphone of claim 11wherein the restraint mechanism comprises a body portion and an interior channel; andwherein the interior channel is configured to allow a user to insert the audio input portion through the restraint mechanism to thereby dispose the plurality of wires within the interior channel of the restraint mechanism.