Ear cup venting mechanism for gaming headset
A gaming headset can be provided that includes a headband that fits over a user's head and a pair of ear cup assemblies coupled to the headband. Each of the ear cup assemblies can include an ear pad and a housing. A hinge assembly on a front side of the ear cup assembly can movably couple the housing and the ear pad and can be defined by a hook of the ear pad that couples to a slot in the housing. An actuator on a rear side of the ear cup assembly can be actuated to move the ear pad between a first position in contact with the housing and a second position tilted relative to the housing to define a rearward facing gap therebetween that vents an in-ear space between the ear pad and the housing.
1. A gaming headset, comprising:
a headband configured to fit over a user's head; and
a pair of ear cup assemblies coupled to the headband via a pair of arms, where each of the ear cup assemblies comprises
an ear pad,
an outer housing,
an inner housing interposed between the outer housing and the ear pad,
a hinge assembly on a front facing side of the ear cup assembly that movably couples the inner housing and the ear pad, the hinge assembly comprising a hook releasably coupled to a slot in the inner housing, and
an actuator disposed on a rear facing side of the ear cup assembly from the hinge assembly, the actuator being selectively acuatable to move a cam surface between a retracted position in the inner housing and a deployed position protruding from the inner housing, where in the retracted position the ear pad is in contact with the inner housing, and where in the deployed position the cam surface is moved into contact with a surface of the ear pad to tilt at least a portion of the ear pad relative to the inner housing to define a gap therebetween that opens toward the rear of the ear cup assembly and vents an in-ear space bounded by the ear pad and the inner housing.
2. The gaming headset of claim 1 , further comprising one or more magnets in the inner housing and in the ear pad with opposing polarities that apply an attraction force between the ear pad and the inner housing, the one or more magnets configured to bias the ear pad into contact with the inner housing.
3. The gaming headset of claim 1 , wherein the ear pad is configured to be decoupled from the inner housing and interchanged.
4. The gaming headset of claim 1 , wherein the actuator is a mechanical actuator comprising a lever rotatable by the user about an axis of rotation, the lever operatively coupled to a cam that rotates along with the lever to move the cam surface into and out of contact with a surface of the ear pad.
5. The gaming headset of claim 1 , wherein the actuator is a mechanical actuator comprising a spring loaded push button actuatable by the user to move a cam surface into and out of contact with a surface of the ear pad.
6. The gaming headset of claim 1 , wherein the actuator is an electrical actuator comprising a user interface and an electric motor that moves a cam surface into and out of contact with a surface of the ear pad.
7. The gaming headset of claim 1 , wherein the cam surface that contacts the ear pad is curved and configured to provide continuous and gradual contact with the ear pad and inhibit noise during movement of the cam surface between the retracted and deployed positions.
8. The gaming headset of claim 7 , wherein the inner housing comprises a ledge that the cam contacts when in the deployed position, the ledge configured to prevent rotation of the cam past the ledge.
9. A gaming headset, comprising:
a headband configured to fit over a user's head; and
a pair of ear cup assemblies coupled to the headband via a pair of arms, where each of the ear cup assemblies comprises
an ear pad,
a housing,
a hinge assembly on one side of the ear cup assembly that movably couples the housing and the ear pad, and
an actuator disposed on an opposite side of the ear cup assembly from the hinge assembly, the actuator being selectively acuatable to move a cam surface between a retracted position in the housing and a deployed position protruding from the housing, where in the retracted position the ear pad is in contact with the housing, and where in the deployed position the cam surface is moved into contact with a surface of the ear pad to separate at least a portion of the ear pad from the housing to define a gap therebetween that vents an in-ear space in the ear cup assembly bounded by the ear pad and the housing.
10. The gaming headset of claim 9 , further comprising one or more magnets in the housing and in the ear pad with opposing polarities that apply an attraction force between the ear pad and the housing, the one or more magnets configured to bias the ear pad into contact with the housing.
11. The gaming headset of claim 9 , wherein in the deployed position the cam surface tilts the ear pad relative to the housing to define the gap therebetween.
12. The gaming headset of claim 9 , wherein the hinge assembly includes a hook attached to the ear pad that releasably hooks onto a slot in the housing.
13. The gaming headset of claim 9 , wherein the ear pad is configured to be decoupled from the housing and interchanged.
14. The gaming headset of claim 9 , wherein the actuator is a mechanical actuator comprising a lever rotatable by the user about an axis of rotation, the lever operatively coupled to a cam that rotates along with the lever to move the cam surface into and out of contact with a surface of the ear pad.
15. The gaming headset of claim 9 , wherein the actuator is a mechanical actuator comprising a spring loaded push button actuatable by the user to move a cam surface into and out of contact with a surface of the ear pad.
16. The gaming headset of claim 9 , wherein the actuator is an electrical actuator comprising a user interface and an electric motor that moves a cam surface into and out of contact with a surface of the ear pad.
17. The gaming headset of claim 9 , wherein the cam surface that contacts the ear pad is curved and configured to provide continuous and gradual contact with the ear pad and inhibit noise during movement of the cam surface between the retracted and deployed positions.
18. The gaming headset of claim 17 , wherein the housing comprises a ledge that the cam contacts when in the deployed position, the ledge configured to prevent rotation of the cam past the ledge.
19. The gaming headset of claim 9 , wherein the hinge assembly comprises a hinge body of a shape memory material configured to bias the ear pad into contact with the housing and to flex when the actuator moves the cam surface into the deployed position.
20. The gaming headset of claim 9 , wherein the hinge assembly is located on a front side of ear cup assembly and the actuator is located on a rear side of the ear cup assembly such that the gap opens toward the rear of the ear cup assembly when the cam surface is in the deployed position.