Abstract: A circuit breaker device is used to control flow of electrical power from a first terminal that connects to a power source to a second terminal that connects to a load. A solenoid or other type of actuator within the circuit breaker device is used to operate mechanical switches to control the flow of electrical power. When the solenoid is in a central position, electrical power is able to flow across the device. When the solenoid is moved to a first position, such as in response to a fault, the solenoid activates a trip mechanism that opens a first switch to disconnect the first terminal from the second. The solenoid may also be moved to a second position that opens a spring biased switch comprising electrical contacts, disconnecting the first terminal from the second without opening the first switch or activating the trip mechanism.

Abstract: A circuit breaker device is used to control flow of electrical power from a first terminal connected to a power source to a second terminal connected to a load. A first electromagnet in the device is used to activate a trip mechanism and open a switch to disconnect the first terminal from the second, such as in response to a fault. The fault may be detected using dedicated circuitry or using one or more sensors. Once tripped, a manual reset is required. A second electromagnet is used to open the switch a smaller distance, without activating the trip mechanism, and to subsequently close the switch, in response to control commands. A latching mechanism may be used to retain the second electromagnet in a position that causes the switch to remain open until a subsequent command is received.

Abstract: A wearable device including one or more sensors and one or more through-holes extending from an exterior portion of the first material to an interior portion of the first material where the one or more sensors are embedded is described. The wearable device includes a first material. The wearable device further includes a shield material, the shield material having a heat tolerance greater than a heat tolerance of the first material. The wearable device further includes one or more sensors positioned beneath the shield material and embedded within an overmolded portion of the first material. The wearable device further includes a through-hole, extending from an exterior portion of the first material to an interior portion of the first material where the one or more sensors are embedded, wherein the one or more sensors detect data via the through-hole.

Abstract: Examples of camera protections from external hazards are described. A sheath may surround a lens barrel to protect a camera module from external hazards. A passivation layer may be formed on a lens barrel or a sheath to protect the lens barrel. A suspension bracket that provides impact absorption may be included in a camera module.

Abstract: A multimedia streaming device can include a first circuit board configured to provide user controls and a second circuit board electrically coupled with the first circuit board and configured to provide content processing. The multimedia streaming device can also include a heat sink positioned between the first circuit board and the second circuit board and defining a speaker enclosure that includes a first portion in contact with the first circuit board, a second portion in contact with the second circuit board, and a third portion. The multimedia streaming device can additionally include a speaker installed in the third portion of the speaker enclosure.

Abstract: A multimedia streaming device can include a first circuit board configured to provide user controls and a second circuit board electrically coupled with the first circuit board and configured to provide content processing. The multimedia streaming device can also include a heat sink positioned between the first circuit board and the second circuit board and defining a speaker enclosure that includes a first portion in contact with the first circuit board, a second portion in contact with the second circuit board, and a third portion. The multimedia streaming device can additionally include a speaker installed in the third portion of the speaker enclosure.

Abstract: A multimedia streaming device can include a first circuit board configured to provide user controls and a second circuit board electrically coupled with the first circuit board and configured to provide content processing. The multimedia streaming device can also include a heat sink positioned between the first circuit board and the second circuit board and defining a speaker enclosure that includes a first portion in contact with the first circuit board, a second portion in contact with the second circuit board, and a third portion. The multimedia streaming device can additionally include a speaker installed in the third portion of the speaker enclosure.

Abstract: Compositions, systems and methods of dispensing compositions for treating skin conditions, the compositions including an inorganic compound and having desirable viscosity, spreadability and foam drainage profiles.

Abstract: Systems, methods, and computer-readable media are disclosed for display devices with transverse planar microphone arrays. In one embodiment, an example voice-activated device may include a housing, and a display assembly coupled to the housing, where a first vertical axis associated with the display assembly is at an acute angle relative to a second vertical axis associated with the housing. Example devices may include a number of microphone openings disposed in a front face of the display assembly, a speaker coupled to the housing and oriented to direct a portion of sound towards a rear portion of the device, and a fabric disposed over the housing, the fabric comprising an aperture disposed along the rear portion of the device.

Abstract: Systems, methods, and computer-readable media are disclosed for display devices with transverse planar microphone arrays. In one embodiment, an example device may include a frame that forms a rear portion of the device, a display assembly coupled to the frame, where the display assembly forms a front portion of the device, and a first microphone hole extending through a front face of the display assembly. The device may include a second microphone hole extending through the front face of the display assembly, a speaker coupled to the frame, a power adapter receptacle coupled to the frame, and a fabric cover disposed over the frame, the fabric cover comprising an aperture aligned with the power adapter receptacle. Sound output from the speaker may be directed towards the rear portion of the device.

Abstract: Systems, methods, and computer-readable media are disclosed for display devices with transverse planar microphone arrays. In one embodiment, an example device may include a frame component having a first portion and a second portion transverse to the first portion, the first portion having a first surface and a second surface. The device may include a first hole extending through the second portion, a first microphone array coupled to the second portion, the first microphone array having a first microphone aligned with the first hole, and a display assembly coupled to the first surface. The device may include a second hole extending through the display assembly and the first portion, and a second microphone array coupled to the second surface, the second microphone array having a second microphone aligned with the second hole.

Abstract: Compositions, systems and methods of dispensing compositions for treating skin conditions, the compositions including an inorganic compound and having desirable viscosity, spreadability and foam drainage profiles.