Josh.ai, Inc.

Oracle International Corporation

Allen Enterprises, Llc.

Scott Allen

Timothy Earl Gill

Alex Nathan Capecelatro

Edward John McKenna, Jr

Brian Hulme

Derek Murphy

Janet Allen

Scott Thomas Sheppard

Richard Peter Smith

Cathleen Susan Wharton

John Mitchell Black, Iii

Chad Alber

Michael Paul Abramovitz

Karl Kevin Nicoletti

Judith Gaye Leach

Kevin Carper

Derek Cunninghame Murphy

A sensor is configured to receive an input associated with a human present in a physical space in which a device is deployed. A physical circuit path is configured to electrically couple an output signal generated by the sensor to a premises automation system processing component. A physical privacy switch is configured to have a first position and a second position, wherein the physical privacy switch connects the physical circuit path when in the first position and interrupts the physical circuit path when in the second position.

Physical sensor switch for premises automation

A device, comprises a microphone and a communication interface configured to send to a premises automation control core audio input received via the microphone. The premises automation control core is configured to determine, based at least in part on the audio input, a premises automation context associated with the device and send to the device via the communication interface a context data indicating the determined context. The devices also comprises a visual display device, a physical input device, and a processor coupled to the visual display device and the communication interface. The processor is configured to receive the context data and cause the visual display device to provide a visual display associated with the context data. At least one of the processor and the premises automation control core is configured to respond in a manner determined at least in part based on the context data to an alternate input made via the physical input device while the visual display device is providing the visual display associated with the context data.

Contextual premises automation button

An audio input associated with a human utterance received at the audio input device is received from a respective one of a plurality of audio input devices. Each of the plurality of audio input devices is located in a corresponding physical location within the premises. The audio input is mapped to an intent. An audible verbal response associated with the intent is provided as audio output via a selected one or more of a plurality of audio output devices. Each of the plurality of audio output devices is located in an associated physical location within the premises.

Distributed architecture for premises automation

A power module is configured to accept power from a cable, wherein the power module may be inserted into a standard wall cavity via a small hole. A processor module coupled to the power module comprises a processor and is configured to accept power from the cable for the processor, wherein the processor module may be inserted into the standard wall cavity via the small hole. A sensor module coupled to the processor module, comprises a sensor and is configured to accept input from the sensor for the processor, wherein the sensor module may be inserted into the small hole.

Small architectural distributed premises automation

The present invention as disclosed herein surrounds a cooling apparatus configured to provide an enclosed envelope and cooling-pack for a reduced form-factor. Embodiments of the present invention provide a cooling apparatus for the transportation of beverage containers in a manner that keeps them colder for longer periods than transport within a non-insulated transportation device. The efficient and compact cooling of beverage containers as provided by the present invention in certain embodiments allows the user to transport the cooling apparatus within a backpack, handbag or other secondary transportation device.

Compact beverage cooling apparatus

Balcony table

Rail-mounted food and beverage platform

A method of accessing tape storage analytics data from tape libraries. The method includes generating a user interface on client devices. The user interface includes a first screen displaying graphics or an analysis table based on the tape storage analytics data. The method includes receiving user input selecting the displayed graphics or an item within a cell of the analysis table and displaying a second screen, which presents a subset of the tape storage analytics data and provides data on operation of at least tape libraries or library components (e.g. robots, elevators, CAPs, passthrough ports), tape drives, and tape media within the tape libraries, or alternatively, activities involving any or a combination of these components. The receiving and modifying steps are repeated to navigate between data corresponding to a tape library or its comprising components, a tape drive, media, or corresponding activities.

Storage tape analytics user interface

Growing community of inventors

Denver, CO, United States of America

Scott Allen