Wearable multimodal computing device with hands-free push to talk
First Claim
1. A wearable computing system comprising:
- a device attachment mechanism comprising a device coupler and a body affixer, wherein said device coupler is configured to detachably couple a portable computing device to the device attachment mechanism, and wherein the body affixer is configured to detachably affix the device attachment mechanism to a user, wherein the device attachment mechanism is configured so that when the device coupler is coupled to the portable computing device and when the body affixer is affixed to the user; and
a push to talk actuator configured to be activated by the user utilizing a voluntary muscle movement, the push to talk actuator is coupled to an actuator attachment mechanism, wherein the actuator attachment mechanism is configured to be wearably attached to the user in a hands-free fashion.
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Accused Products
Abstract
A wearable computing system can comprise a device attachment mechanism and a push to talk actuator. The device attachment mechanism can include a device coupler and a body affixer. The device coupler can detachably couple a portable computing device to the device attachment mechanism. The body affixer can detachably affix the device attachment mechanism to a forearm of a user positioned between a wrist of the user and an elbow of the user. The push to talk actuator can be activated by the user utilizing at least one of an arm, a hand, a wrist, and a finger movement. The push to talk actuator can be coupled to an actuator attachment mechanism that is wearably attached to the user in a hands-free fashion.
181 Citations
20 Claims
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1. A wearable computing system comprising:
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a device attachment mechanism comprising a device coupler and a body affixer, wherein said device coupler is configured to detachably couple a portable computing device to the device attachment mechanism, and wherein the body affixer is configured to detachably affix the device attachment mechanism to a user, wherein the device attachment mechanism is configured so that when the device coupler is coupled to the portable computing device and when the body affixer is affixed to the user; and
a push to talk actuator configured to be activated by the user utilizing a voluntary muscle movement, the push to talk actuator is coupled to an actuator attachment mechanism, wherein the actuator attachment mechanism is configured to be wearably attached to the user in a hands-free fashion. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A multimodal computing system with a wearable push to talk actuator comprising:
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at least one activation sensor;
an actuator attachment mechanism configured to couple the push to talk actuator to at least one of an arm, a hand, a wrist, a forehead, and a finger of a user; and
a communicator configured to convey a notifier to a multimodal computing device responsive to a user activation of the activation sensor, wherein the push to talk actuator is physically separate from the multimodal computing device. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17)
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18. A wearable system for a portable multimodal computing device comprising:
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a device coupler configured to detachably couple a portable multimodal computing device to a device attachment mechanism, a body affixer configured to detachably affix the device attachment mechanism to a forearm of a user between a wrist of the user and an elbow of the user, wherein when attached a display of the multimodal computing device is viewable by the user; and
a push to talk actuator remotely located from the portable multimodal computing device configured to be selectively activated by a user. - View Dependent Claims (19, 20)
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Specification