Abstract: A mass shifting apparatus and system for inducing a vertical dive in submersible conveyances. Furthermore, an apparatus for inducing a submersible conveyance into a vertical dive, comprising a track, having a proximal end and distal end, defining a slide path wherein the track is fixed to an external surface of a submersible conveyance in alignment with a dive vector; a shifting weight operably engaged with the slide path to traverse between the proximal end and the distal end, wherein the shifting weight provides a balancing moment to the submersible conveyance when adjacent to the proximal end, and wherein driving the shifting weight towards the distal end provides dive moment to the submersible conveyance; and a means for driving the shifting weight along the slide path. In one embodiment, a modular apparatus for inducing a modular submersible conveyance into a vertical dive.

Abstract: A method for managing voice assistants is disclosed. The method may be performed by a voice assistant controller communicatively coupled to a plurality of voice assistants. The voice assistant controller may determine a first order of the plurality of voice assistants. Based at least in part on the first order, the voice assistant controller may activate one or more voice assistants. Furthermore, the voice assistant controller may determine a second order of the plurality of voice assistants. Based at least in part on the second order, the voice assistant controller may suspend an active assistant, activate a suspended assistant, or perform both operations.

Abstract: A system for processing voice requests includes a voice assistant manager and a plurality of voice assistants. The voice assistant manager detects a wake word in an utterance and communicates the utterance to a voice assistant of the plurality of voice assistants. In some embodiments, the voice assistant may verify the detected wake word and communicate with a cloud service, which may also verify the detected wake word and generate a response to the utterance. In some embodiments, the voice assistant manager may activate or deactivate one or more of the voice assistants.

Abstract: A method for processing voice input is disclosed. The method may be performed by a device including a voice assistant manager and a plurality of voice assistants. In some embodiments, the method includes receiving an utterance from a user, detecting a category of the utterance, and communicating the utterance to a selected voice assistant of the plurality of voice assistants. The selected voice assistant may be associated with the detected category. In some embodiments, the selected voice assistant may generate a response to utterance, and the response may be output to the user.

Abstract: A second wake word detector, at a media-playback device, that plays audio (or other) content to a device, such as a voice-enabled device, detects false wake words in the audio content. The second wake word detector analyzes the audio stream to determine if the audio stream contains any audio that sounds like the wake word. If so, the second wake word detector can generate one of a plurality of instructions that describes the time period, within the audio content, in which the false wake word was encountered. The instruction can cause a first wake word detector to assume one of a plurality of configurations. The media-playback device can then instruct or inform the voice-enabled device of the presence of the false wake word. In this way, the wake word detector, at the voice-enabled device, is not activated to receive the false wake word or ignores the wake word.

Abstract: A wake word detector, at a server of a content delivery network (CDN) that provides audio (or other) content to a device, such as a voice-enabled device, detects false wake words in the audio content. The CDN wake word detector analyzes the audio stream to determine if the audio stream contains any audio that sounds like the wake word. If so, the CDN wake word detector can generate metadata that describes the time period, within the audio content, in which the false wake word was encountered. The metadata can include time offsets, from the start of the audio content, which can instruct a voice-enabled device to deactivate during the time period. This metadata is stored and then sent to the media-playback device requests the media content. The media-playback device can then instruct or inform the voice-enabled device of the presence of the false wake word. In this way, the wake word detector, at the voice-enabled device, is not activated to receive the false wake word.

Abstract: The present disclosure relates generally to speech processing. Humans change their speech patterns in noisy environments. The systems and devices described herein can compensate for noisy environments to be more human-like. Thus, the configurations and implementations herein can determine a sound profile for the sound environment where the user is listening. Based on the sound profile, the devices can determine a transform to apply to output speech from the device. This transform is applied to the wake word, speech recognition, and to the output speech to compensate for the noise level of the environment by mimicking the Lombard effect.

Abstract: While a media content item is emitted by a second electronic device that is remote from the first electronic device, the first electronic device receives data that includes: timing information, offset information that indicates a difference between an initial position of the media content item and a current playback position of the media content item, and an audio stream that corresponds to the media content item. The first electronic device detects ambient sound that includes sound corresponding to the media content item emitted by the second electronic device. The first electronic device generates a cleaned version of the ambient sound by using the timing information and the offset information to align the audio stream with the ambient sound and performing a subtraction operation to substantially subtract the audio stream from the ambient sound.

Abstract: A first device receives a voice command from a first user of a second device. The first device determines, from content in the voice command, one or more characteristics of a target device and media content to be played on the target device. The first device identifies, using the characteristics of the target device, a third device. In response to identifying the third device: the first device modifies account information for the third device to associate the third device with the first user and transmits instructions to the third device to play the media content.

Abstract: While a media content item is emitted by a second electronic device that is remote from the first electronic device, the first electronic device receives data that includes: timing information, offset information that indicates a difference between an initial position of the media content item and a current playback position of the media content item, and an audio stream that corresponds to the media content item. The first electronic device detects ambient sound that includes sound corresponding to the media content item emitted by the second electronic device. The first electronic device generates a cleaned version of the ambient sound by using the timing information and the offset information to align the audio stream with the ambient sound and performing a subtraction operation to substantially subtract the audio stream from the ambient sound.

Abstract: A first device receives a voice command from a first user of a second device. The first device determines, from content in the voice command, one or more characteristics of a target device and media content to be played on the target device. The first device identifies, using the characteristics of the target device, a third device. In response to identifying the third device: the first device modifies account information for the third device to associate the third device with the first user and transmits instructions to the third device to play the media content.

Abstract: A package for eggs having a bottom part, a cover part and upwardly extending retainment projections cooperating with apertures in the cover part. A pillow post may be formed between neighboring egg receiving compartments of the package. The retainment projections and corresponding apertures may be constructed so as to not be aligned after a molding process but then aligned after a subsequent drying process. The retainment projections may cooperate with apertures in the cover part including engaging a tongue located at the bottom of the apertures.

Abstract: The present invention pertains to a method of manufacturing an egg package wherein the cooperating locking means in a cover part and bottom part of the egg package are formed and placed relative to each other so that form changes in the cover part arising during manufacture are compensated for The invention furthermore pertains to an egg package manufactured according to the above mentioned method.

Abstract: An egg package having a bottom part having egg receiving compartments and a cover part hinged to the bottom part. Ends of the cover part each have a pair partially ovoid portions and a concave middle section between them. A continuous curved surface extends from one partially ovoid portion through the concave middle section to the other partially ovoid portion. A substantially planar rim may be located at each end above, in front of and to the rear of the partially ovoid portions. A retaining projection on the bottom part may engage an edge of an aperture in the cover part. A label may cover the outer surfaces of the ends. An interface between the cover part and the bottom part may decline, back to front. The front of the cover part may have a lower downwardly convex edge.

Abstract: The present invention pertains to a method of manufacturing an egg package (2) wherein the cooperating locking means (30, 26) in a cover part (6) and bottom part (4) of the egg package (2) are formed and placed relative to each other, so that form changes in the cover part (6) arising during manufacture are compensated for. The invention furthermore pertains to an egg package (2) manufactured according to the above mentioned method.

Abstract: The present invention pertains to a method of manufacturing an egg package wherein the cooperating locking means in a cover part and bottom part of the egg package are formed and placed relative to each other so that form changes in the cover part arising during manufacture are compensated for The invention furthermore pertains to an egg package manufactured according to the above mentioned method.

Abstract: The invention pertains to an egg package (2), said package being formed of a fibrous material, the package (2) comprising: a bottom part (4) comprising a plurality of egg-receiving compartments (8) having non-planar side surfaces so as to match at least partially the outer contours of an egg, the plurality of compartments (8) being arranged in at least two parallel rows, a cover part (6) comprising a top surface (10), a front surface (12), a back surface (14), and two planar end surfaces (18), the cover part (6) being permanently connected to the bottom part (4) by a hinge (16) between the back surface (14) of the cover part (6) and the bottom part (4) so as to allow the cover part (6) to move between an open position and a closed position, said cover part (6) comprising two partially ovoid portions (20) extending outwardly from each of the two end surfaces, wherein the partially ovoid portions (20) on the same end surface convexly and continuously extend into a continuous and concave middle section (32), con

Abstract: A user profile based configuration of user experience environment is disclosed. One embodiment of the present disclosure pertains to a method for generating a user experience environment for a device. The method comprises accessing a user profile associated with a device in a computing network in response to a request by the device for initializing or refreshing a user experience environment of the device. In one example embodiment, the user profile comprises data and metadata defining a communal user experience environment shared by the device and one or more other devices through the computing network. The method further comprises determining a type of the device, and generating the user experience environment of the device based on the user profile and the type of the device.