Abstract: Disclosed are various automated methods and apparatus for scheduling and distributing user-generated content as part of or during a television program that is being distributed as part of a linear programming line-up of a television network. Users upload user-generated content through, for example, a mobile application on smart phone, a web site, or through an online service such as a social media network, and are given the opportunity to schedule transmission of uploaded content during transmission of television network linear programming by purchasing a time slot or bidding on a time slot through an auction process using real or virtual currency, including points, credits or other form of virtual currency, or being awarded or given a time slot. An automated process obtains available time slots and schedules user generated content for transmission by the network as part of previously scheduled, linear programming.

Abstract: Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for receiving and distributing user-generated video content. In one aspect, a method includes receiving video data from a client computing device, where the video data is captured using a camera connected to the client computing device in accordance with instructions executed on the client computing device to provide the video data in accordance with predetermined constraints. The video data is automatically transcoded into at least one different format based on user credentials associated with a user of the client computing device and/or attributes associated with the video data. At least one format of the transcoded video data defines a video file in a format appropriate for inclusion in a linear television programming transmission. The transcoded video data is uploaded to a server for distribution.

Abstract: A card display system of the present invention includes a transparent first shell part and a transparent second shell part. The first shell part has a perimeter that includes a flange that extends outwardly of the inner surface of the first shell part. The second shell part has a perimeter that is sized to matingly engage the flange of the first shell part. The inner surface of the second shell part includes a card holding depression positioned within the perimeter of the second shell part. A transparent card holding sleeve having substantially the same dimensions as the card holding depression is positionable within the card holding depression. The first and second shell parts are sealed together to encase a card.

Abstract: A card display system for protecting and displaying a card, a grading label, and memorabilia is provided. Card display system includes a first shell member having a flange extending around a perimeter of first shell member and a second member having an inner surface and an outer surface. The inner surface of second shell member includes a card holding depression, a grading label depression, and a memorabilia depression. Second shell member is smaller than first shell member and the perimeter of second shell member is capable of engaging the flange of first shell member when the shell members are placed together.

Abstract: A card display system of the present device includes a transparent first shell part and a transparent second shell part. The first shell part has a perimeter that includes a flange that extends outwardly of the inner surface of the first shell part. The second shell part has a perimeter that is sized to matingly engage the flange of the first shell part. The inner surface of the second shell part includes a card holding depression positioned within the perimeter of the second shell part. A transparent card holding sleeve having substantially the same dimensions as the card holding depression is positionable within the card holding depression. The first and second shell parts are sealed together to encase a card.

Abstract: A card display system of the present invention includes a transparent first shell part and a transparent second shell part. The first shell part has a perimeter that includes a flange that extends outwardly of the inner surface of the first shell part. The second shell part has a perimeter that is sized to matingly engage the flange of the first shell part. The inner surface of the second shell part includes a card holding depression positioned within the perimeter of the second shell part. A transparent card holding sleeve having substantially the same dimensions as the card holding depression is positionable within the card holding depression. The first and second shell parts are sealed together to encase a card.