Abstract: A device for motivating a user of an exercise machine while working out indoors. The device includes an exercise machine, a display connected to the exercise machine, a processor, and a sensor. The processor dynamically creates a workout in response to initialization information. The workout includes a plurality of segments, wherein a segment of the plurality of segments satisfies one or more requirements of the workout. The processor selects one or more video clips that correspond to the segment of the plurality of segments. The sensor communicates information relating to the user to the processor.

Abstract: A device for motivating a user of an exercise machine while working out indoors. The device includes an exercise machine, a display connected to the exercise machine, a processor, and a sensor. The processor dynamically creates a workout in response to initialization information. The workout includes a plurality of segments, wherein a segment of the plurality of segments satisfies one or more requirements of the workout. The processor selects one or more video clips that correspond to the segment of the plurality of segments.

Abstract: An exercise machine can include a motivating and instructional user interface or display. The interface can include a virtual coach or other encouraging stimulus to provide key motivation for users of indoor exercise machines.

Abstract: An exercise machine can include a motivating and instructional user interface or display. The interface can include a virtual coach or other encouraging stimulus to provide key motivation for users of indoor exercise machines.

Abstract: A beverage container includes a squeeze-actuated self-sealing valve. An actuation mechanism is disposed between inner and outer walls of the cup portion. The actuation mechanism is acted upon by squeezing the beverage container. The actuation mechanism moves a sliding plate in the cover to expose an opening along a front end of the cover for drinking from the beverage container. When not in use, a biasing mechanism in the actuation mechanism causes the sliding plate of the self-sealing valve to return to the closed position.

Abstract: A regulator for a self-contained breathing apparatus having a regulator body connected to a source of high pressure gas. An in-line valve within the regulator body is in communication with the source of high pressure gas. A primary burst disc is disposed within the in-line valve which is adapted to block the passage of gas from the source of pressurized gas when the gas is pressurized below a given pressure and to give way when the gas is pressurized above a given pressure when the in-line valve is closed. A first stage regulator is disposed within the regulator body for receipt of pressurized gas when the in-line valve is open. A demand regulator can be connected to the regulator body for receipt of regulated breathing gas from the first stage regulator. A conduit within the regulator body extends from the high pressure chamber to ambient and a burst disc is disposed within the conduit which will burst above a given gas pressure.

Abstract: A regulator for a self-contained breathing apparatus having a regulator body connected to a source of high pressure gas. An in-line valve within the regulator body is in communication with the source of high pressure gas. A primary burst disc is disposed within the in-line valve which is adapted to block the passage of gas from the source of pressurized gas when the gas is pressurized below a given pressure and to give way when the gas is pressurized above a given pressure when the in-line valve is closed. A first stage regulator is disposed within the regulator body for receipt of pressurized gas when the in-line valve is open. A demand regulator can be connected to the regulator body for receipt of regulated breathing gas from the first stage regulator. A conduit within the regulator body extends from the high pressure chamber to ambient and a burst disc is disposed within the conduit which will burst above a given gas pressure.

Abstract: A movable valve member is disposed within a first stage regulator within a regulator body for receipt of pressurized gas. The movable valve member is formed of a metal having an enlarged head and an attached stem with a shoulder integral with the stem adjacent the enlarged head. Surrounding the head and extending peripherally is an elastomeric or plastic material. A support washer is pressed over the shoulder against the plastic molded surface and is frictionally engaged to support the elastomeric or plastic material. A process for making the movable valve member is also provided.