Headphones with cable management

1. Headphones, comprising:

an earphone;

a headband that carries the earphone such that it is held against the head of a wearer, wherein the headband comprises a generally tubular cushion assembly that has an inside and an outside, and a slider that is located in part inside of the cushion assembly, the slider having a proximal end inside the cushion assembly, and a distal end, wherein the cushion assembly and the slider are engaged so as to allow the slider to move in and out of the cushion assembly;

a coupling member between the earphone and the headband, the coupling member pivotably mounted to the headband at a joint having a first axis around which the coupling member pivots, such that the earphone can be moved from a deployed position in which the earphone is positioned to be worn by the wearer to a stowed position in which the earphone is located closer to the headband than it is in the deployed position; and

a conductive cable that runs from the earphone to the headband through the coupling member, wherein the cable is held in place at a first anchor location in the headband, proximate the coupling member, and where there is slack in the cable between the first anchor location and the coupling member at least when the earphone is in the deployed position;

wherein the coupling member comprises a rigid loop overlying the cable and located adjacent to the slack in the cable, the loop extending away from the first axis, such that when the earphone is moved from the stowed position to the deployed position, the rigid loop pushes the slack in the cable into the headband;

wherein the first anchor location is in the slider near its distal end, and the slack in the cable and the loop are both located in the slider when the earphone is in the deployed position.

2. The headphones of claim 1 wherein the slider comprises a flat tube with a generally flat exterior surface that lies closest to the head, and the first axis is below and generally parallel to the exterior surface of the slider.

3. The headphones of claim 2 wherein the slack in the cable is located between the first anchor location and the distal end of the slider when the earphone is in the deployed position.

4. The headphones of claim 3 wherein the cable passes through the slider and the cushion assembly.

5. The headphones of claim 1 wherein

the cable runs through the length of the slider, and there is additional slack in the cable between the first anchor location and the proximal end of the slider.

6. The headphones of claim 5 wherein the additional slack in the cable is defined by a plurality of adjacent loops of the cable in the slider near the first anchor location.

7. Headphones, comprising:

a left earphone and a right earphone;

a headband that carries the earphones such that they are held against the head of a wearer, wherein the headband comprises a generally tubular cushion assembly that has an inside and an outside, and two sliders that are located in part inside of the cushion assembly, each slider having a proximal end inside the cushion assembly, and a distal end, wherein the cushion assembly and the sliders arc engaged so as to allow the sliders to move in and out of the cushion assembly;

two coupling members, one coupling member between each earphone and the headband, the coupling members each pivotably mounted to the headband at a joint having a first axis around which the coupling member pivots, such that the earphone can be moved from a deployed position in which the earphone is positioned to be worn by the wearer to a stowed position in which the earphone is located closer to the headband than it is in the deployed position; and

a conductive cable that runs from the earphones to the headband through the coupling members, wherein the cable is held in place at two anchor locations in the headband, each anchor location proximate a coupling member, and where there is slack in the cable between each anchor location and the respective proximate coupling member at least when the earphones are in the deployed position;

wherein the coupling members each comprise a rigid loop overlying the cable and located adjacent to the slack in the cable, such that when the earphone is moved from the stowed position to the deployed position, the rigid loop pushes the slack in the cable into the headband;

wherein the anchor locations are in the sliders near their distal ends, and the slack in the cable and the loops are both located in the sliders when the earphones are in the deployed position; and

wherein the cable runs through the length of the sliders, and there is additional slack in the cable between each anchor location and the proximal end of each slider, the additional slack defined by a plurality of adjacent loops of the cable in each slider near the respective anchor location.

8. Headphones, comprising:

a left earphone and a right earphone;

a headband that carries the earphones such that they are held against the head of a wearer, wherein the headband comprises a generally tubular cushion assembly that has an inside and an outside and two sliders, each comprising a flat tube with a generally flat exterior surface that lies closest to the head, the flat tube made of upper and lower mated plastic parts that mate along longitudinal seams, where each slider has a proximal end inside the cushion assembly and a distal end, wherein the cushion assembly and the sliders are engaged so as to allow the sliders to move in and out of the cushion assembly;

two coupling members, one coupling member between each earphone and a slider, the coupling members each pivotably mounted to a slider at a joint having a first axis around which the coupling member pivots, wherein the first axis is below and generally parallel to the exterior surface of the slider, such that the earphone can be moved from a deployed position in which the earphone is positioned to be worn by the wearer to a stowed position in which the earphone is located closer to the headband than it is in the deployed position;

a conductive cable that runs from the earphones through the coupling members and through the sliders and the cushion assembly, wherein the cable is held in place at two anchor locations, one anchor location in each slider proximate a coupling member, and where there is slack in the cable located between each anchor location and the distal end of each slider when the earphones are in the deployed position, wherein there is additional slack in the cable between each anchor location and the proximal end of each slider, the additional slack defined by a plurality of adjacent loops of the cable in the slider near the first anchor location;

wherein each coupling member comprises a yoke extending from the joint with the slider, the yoke extending around a portion of the earphone and supporting the earphone at a position distant from the hinge and a second, internal joint defining a second axis perpendicular to the first axis, around which the yoke pivots relative to the first joint to align the earphone to the user's ear when in the deployed position, wherein the yoke includes a hollow channel through which the cable passes, such that the cable enters the earphone at the position where the yoke supports the earphone, and wherein the coupling members each comprise a rigid loop overlying the cable and located adjacent to the slack in the cable, each loop located in a slider when the earphone is in the deployed position, with the loop and extending away from the first axis, such that when the earphone is moved from the stowed position to the deployed position, the loop pushes the slack in the cable into the slider;

two detent assemblies, one at each joint between a slider and a coupling member, the detent assemblies each comprising a catch member and a catch-receiving depression, wherein the catch member comprises a projecting portion of a spring member that is mounted to a slider so as to inhibit the pivoting of the coupling member, and the catch-receiving depression is in the coupling member, wherein the coupling member has two, spaced, catch-receiving depressions that define the deployed and stowed positions, wherein the coupling member comprises a hub that rotates on an axle and is in contact with the spring member, and wherein the catch-receiving depressions are in the hub, wherein the spring member is heat staked to the lower of the mated parts of the slider tube so that the spring member does not produce pressure on the seams of the slider tube, and wherein the cable is secured to the lower of the mated parts at the anchor location.

9. Headphones, comprising:

an earphone;

a headband that carries the earphone such that it is held against the head of a wearer;

a coupling member between the earphone and the headband, the coupling member pivotably mounted to the headband at a joint having a first axis around which the coupling member pivots, such that the earphone can be moved from a deployed position in which the earphone is positioned to be worn by the wearer to a stowed position in which the earphone is located closer to the headband than it is in the deployed position, wherein the coupling member comprises a yoke extending from the joint with the headband, the yoke extending around a portion of the earphone and supporting the earphone at a position distant from the hinge, and wherein the coupling member includes a second, internal joint defining a second axis perpendicular to the first axis, around which the yoke pivots relative to the first joint to align the earphone to the user's ear when in the deployed position; and

a conductive cable that runs from the earphone to the headband through the coupling member, wherein the cable is held in place at a first anchor location in the headband, proximate the coupling member, and where there is slack in the cable between the first anchor location and the coupling member at least when the earphone is in the deployed position;

wherein the coupling member comprises a rigid loop overlying the cable and located adjacent to the slack in the cable, the loop extending away from the first axis, such that when the earphone is moved from the stowed position to the deployed position, the rigid loop pushes the slack in the cable into the headband.

10. The headphones of claim 9 wherein the yoke includes a hollow channel through which the cable passes, such that the cable enters the earphone at the position where the yoke supports the earphone.

11. Headphones, comprising:

an earphone;

a headband that carries the earphone such that it is held against the head of a wearer;

a coupling member between the earphone and the headband, the coupling member pivotal mounted to the headband at a joint having a first axis around which the coupling member pivots, such that the earphone can be moved from a deployed position in which the earphone is positioned to be worn by the wearer to a stowed position in which the earphone is located closer to the headband than it is in the deployed position;

a detent assembly at the joint between the headband and the coupling member, wherein the detent assembly comprises a catch member and a catch-receiving depression, wherein the catch member comprises a projecting portion of a spring member that is mounted to the headband so as to inhibit the pivoting of the coupling member, and the catch-receiving depression is in the coupling member; and

a conductive cable that runs from the earphone to the headband through the coupling member, wherein the cable is held in place at a first anchor location in the headband, proximate the coupling member, and where there is slack in the cable between the first anchor location and the coupling member at least when the earphone is in the deployed position;

wherein the coupling member comprises a rigid loop overlying the cable and located adjacent to the slack in the cable, the loop extending away from the first axis, such that when the earphone is moved from the stowed position to the deployed position, the rigid loop pushes the slack in the cable into the headband.

12. The headphones of claim 11 wherein the coupling member has two, spaced, catch-receiving depressions that define the deployed and stowed positions.

13. The headphones of claim 12 wherein the coupling member comprises a hub that rotates on an axle and is in contact with the spring member, and wherein the catch-receiving depressions are in the hub.

14. The headphones of claim 11 wherein the headband comprises a tube made of two mated plastic parts that mate along longitudinal seams, and wherein the spring member is heat staked to one of the mated parts of the tube so that the spring member does not produce pressure on the seams.

15. The headphones of claim 14 wherein the two mated parts comprise an upper part and a lower part, wherein the spring member is heat staked to the lower part and the cable is secured to the lower part at the first anchor location.