Abstract: System, methods, and non-transitory, machine-readable media to facilitate state-based content composite generation with respect to digitally distributed content are disclosed. Electronic communications received via interfaces may be detected. Signals of events that are specified for digital distribution from events may be detected. Data changes that are generated based on an event may be detected. A specification of criteria that apply to the data changes may be identified. A content composite may be created. An adaptable content object may be identified. The adaptable content object may be configured with a content object so that the content composite. The content composite may be output for presentation so that the endpoint media device performs an operation relating to the content composite. A signal corresponding to the operation that is indicative of activation of an interface option may be processed.

Abstract: A magnetic cycloid gear assembly includes an outer magnet drum comprising a plurality of outer drum magnets having a first number of magnetic pole pairs. The assembly also includes a first inner magnet drum comprising a first plurality of inner drum magnets having a second number of magnetic pole pairs. The assembly also includes a second inner magnet drum comprising a second plurality of inner drum magnets having a third number of magnetic pole pairs. Each of the first and second inner drums has an inner magnet drum axis that is offset from an outer magnet drum axis. The assembly further includes a plurality of drive mechanisms, each mechanism being operatively coupled to each of the first and second inner drums. The plurality of drive mechanisms is configured to drive each of the first and second inner magnet drums to revolve in an eccentric manner about the outer drum axis.

Abstract: A magnetic cycloid gear assembly includes an outer magnet drum comprising a plurality of outer drum magnets having a first number of magnetic pole pairs. The assembly also includes a first inner magnet drum comprising a first plurality of inner drum magnets having a second number of magnetic pole pairs. The assembly also includes a second inner magnet drum comprising a second plurality of inner drum magnets having a third number of magnetic pole pairs. Each of the first and second inner drums has an inner magnet drum axis that is offset from an outer magnet drum axis. The assembly further includes a plurality of drive mechanisms, each mechanism being operatively coupled to each of the first and second inner drums. The plurality of drive mechanisms is configured to drive each of the first and second inner magnet drums to revolve in an eccentric manner about the outer drum axis.

Abstract: A complete and portable tool for retaining round, square or other non-flat stock, especially pipes, in a secure fashion while cutting and related operations are performed thereon. The portable pipe cutting tool includes an adjustable work support, V-shaped trough, chain and tightening device, catch tray, left and right support arm bracket, mounting stand, and power tool having a base portion that, as a unit, secure the pipe in place while being cut, grooved or otherwise worked on, by an operator. The portable pipe cutting tool prevents sideways, upward, rotational or other movement of the pipe during such operations.

Abstract: A complete and portable tool for retaining round, square or other non-flat stock, especially pipes, in a secure fashion while cutting and related operations are performed thereon. The portable pipe cutting tool includes an adjustable work support, V-shaped trough, chain and tightening device, catch tray, left and right support arm bracket, mounting stand, and power tool having a base portion that, as a unit, secure the pipe in place while being cut, grooved or otherwise worked on, by an operator. The portable pipe cutting tool prevents sideways, upward, rotational or other movement of the pipe during such operations.

Abstract: The infrared image generation device, method and system generate realistic infrared images to accurately test infrared sensors. The device and system include a laser light source, at least one scanner, a processor and a target plate. The scanner(s) receive and redirect the laser light. The processor controls operation of the scanner(s) to generate at least one infrared image and the target plate receives the redirected light from the scanner(s) and, as such, the infrared image(s) are generated on the target plate. For instance, the target plate may display an infrared image having at least one portion that represents a temperature of at least 1000 Kelvin. The target plate may be made of a transparent heat sink layer facing the scanner(s), an insulator layer adjacent to the transparent heat sink layer, and an emissive layer that is at least opaque and is adjacent to the insulator layer.