Dish Network LLC

Echostar Technologies Corporation

Dish Technologies L.l.c.

Dish Wireless L.l.c.

Sling Tv L.l.c.

Other

Hughes Network Systems, LLC

Max Stephen Gratton

David A Kummer

William Michael Beals

Luke VanDuyn

Henry Gregg Martch

Danny Jean Minnick

Mark Templeman

Charles W Ergen

Joshua D Wade

Jason Anthony Madruga

Edward W Neipris

Timothy Robert Jezek

Russell Whitney

John T Kennedy

Christopher Boyd Tirpak

Matthew Harris Polson

Steven Michael Casagrande

Morgan Kirby

Karen M Taxier

Christopher William Krasny Ergen

Jeff McSchooler

David S Atkinson

Matthew H Polson

Desmond Ottmar

Germar Schaefer

Keith Gerhards

Dan J Minnick

Charlie William Zetterower

Aaron Thomas Dobberstein

Kristen Leigh Swanson

Neil Thomas Marten

Tony Nguyen

Morgan Haden Kirby

A content selector switch selects, based on a received request for content from a particular remote control device, a multicast network on which to provide the requested particular content. Each multicast network channel of the plurality of multicast network channels is mapped to a respective video channel and each remote control device in the facility (e.g., hotel) is mapped to a respective video channel that the TV controlled by the remote control device stays tuned to. The content selector switch performs the selection by identifying which remote control device in the facility sent the request and selecting the multicast network channel that is mapped to the RF video channel the identified remote control device is mapped to. The content selector switch then provides the specific content on the selected multicast network channel to a multicast-to-channel output device that provides the content on the RF video channel for the TV tuned to that RF video channel to display.

Systems and methods for selective content distribution

Devices, systems and methods for configuring structures and environs based on detected users and generic or known itineraries are described. A system may include: a hub having a data store, non-transiently storing computer instructions for a hub tracker engine (THE) and for a hub response engine (HRE) and a processor; a tracker node; and a responding device. The HTE instructs operations including fine or coarse user detection, and tracking operations. The system thereby tracks the user within a structure and determines whether to respond to the user. The HRE configures the responding device as at least one of a current responding device, a next responding device, and a destination responding device. Coarse user detection may include powering-on the tracker node, establishing a tracker link with the hub, communicating a tracker data signal to the hub, and analyzing the tracker data signal for a presence of the user at a location.

Smart hotel

System and methods are disclosed that improve the speed, efficiency and usefulness of digital video recording systems. In some embodiments, during recording of a video capturing live action, a video recorder receives an indication of selection of a dynamic in-point selection user interface element. The video recorder determines an in-point for the video based on when the indication of the selection of the dynamic in-point selection user interface element was received. The video recorder then stops recording of the video in response to user input indicating to stop recording of the video. After stopping recording of the video, in response to user input indicating to start playing the video that was recorded, the video recorder starts playing the video from the in-point instead of a beginning of the video. In other embodiments, the user may be provided options to keep the entire originally recorded video, adjust the in-point, or to have the video be automatically edited based on the in-point in response to some other action, such as uploading the video to a social media site.

Systems and methods for versatile video recording

Systems, devices and processes are provided to facilitate the authentication of media player devices for media streaming. Specifically, the various embodiments provide a media player device authentication technique that monitors the locations of media player devices to determine a pattern of device co-location with a primary device. The media player devices can then be selectively designated as confirmed devices based on their determined pattern of device co-location with a primary media player device. Those media player devices that are designated as confirmed devices can then be selectively enabled for media streaming. Conversely, media player devices that are not designated as confirmed devices based on a pattern of co-location can be prevented from receiving media streams even when they have the correct login information and password.

Streaming system device authentication system and method

Systems, methods and devices provide efficient bandwidth allocation on a satellite, mobile telephone or other data connection by allowing nodes to share bandwidth for commonly-requested data. A transmission center, uplink or other gateway suitably recognizes when content requests from multiple different nodes are simultaneously requesting delivery of the same content. When the same content is recognized, the gateway device allocates shared bandwidth on the data transmission link for the requested content that is accessible to both the first and second nodes.

Aggregated adaptive bit rate streaming

Systems, apparatus, and methods are described for responding to inoperative commands on a server device. In some embodiments, the disclosed technology facilitates pausing of content being played on a device without creating a bookmark of the location in the content at which the content was paused. In response to receiving the request to pause the content from playing, the server device generates a pause instruction to pause the content from playing. Upon expiry of a timeout interval, the server device automatically transforms the pause instruction into a stop instruction, which when executed causes stopping the content from playing. In some embodiments, the server device detects an user interaction event, prior to expiry of the timeout interval. Non-limiting examples of the user interaction may be shutting down the server device, switching from the content to a live broadcast program, switching from the content to another content, or exiting from the content.

Methods and apparatus for responding to inoperative commands

Methods, systems and devices to authorize access to a simultaneous media streams are described. After a first media stream is initiated with a first client device, an authorization service receives a request to establish the simultaneous second media stream with a second client device. The service determines whether the second client device is at a geographic location where simultaneous streaming is allowed, and grants or denies access to the second simultaneous stream accordingly.

Determining eligibility for multiple client media streaming

A media content receiver device and related operating methods are presented here. An exemplary embodiment of a method of operating the receiver device is performed to maintain a value point balance on behalf of a subscriber. The method continues by receiving channel selection instructions at the receiver device. The channel selection instructions identify at least one content delivery channel. The method continues by adjusting the value point balance in accordance with channel subscription points linked to the identified at least one content delivery channel. A conditional authorization module of the receiver device is configured to authorize subscription to the at least one content delivery channel.

Value point-based conditional authorization for a media content receiver device

Growing community of inventors

Lakewood, CO, United States of America

Max Stephen Gratton