Abstract: The present disclosure presents systems and methods for remote patient monitoring. One such system or method is adapted to configuring a gateway device to supply remote patient monitoring data for peripheral monitoring devices of an individual patient, wherein the remote patient monitoring data comprises measurement values of the peripheral monitoring devices; configuring one or more parameters for tracking compliance of supplying of the remote patient monitoring data to a healthcare provider of the patient; tracking times at which remote patient monitoring data is received from the gateway device for individual peripheral monitoring devices of the patient and supplied to the healthcare provider via a dashboard graphical interface; and transmitting to the gateway device of the patient an alert signal that causes a status display indicator on the gateway device to indicate that a new remote patient monitoring data is requested for the particular peripheral monitoring device.

Abstract: An exercise cycle includes a crankshaft, cranks mounted to the crankshaft, a drive mechanism including a ferromagnetic flywheel that rotates in response to rotation of the crankshaft, and a non-contact force adjustment mechanism with which a force required to rotate the flywheel can be adjusted, the force adjustment mechanism including a pivotable member to which magnets are mounted, wherein the magnets can be moved closer to the flywheel when the pivotable member is pivoted toward the flywheel to increase the force required to rotate the flywheel and can be moved farther away from the flywheel when the pivotable member is pivoted away from the flywheel to decrease the force required to rotate the flywheel.

Abstract: In one embodiment, an exercise system includes a user interface device sized and configured to fit within a user's hand, the user interface device including a microcontroller configured to control operation of the device, a first sensor configured to sense movements of the device, a second sensor configured to sense forces applied to the device, and a communication device configured to communicate data concerning the sensed movements and forces to a separate device.

Abstract: In one embodiment, an exercise cycle includes a crankshaft, cranks mounted to the crankshaft, a drive mechanism including a ferromagnetic flywheel that rotates in response to rotation of the crankshaft, and a non-contact force adjustment mechanism with which a force required to rotate the flywheel can be adjusted, the force adjustment mechanism including a pivotable member to which magnets are mounted, wherein the magnets can be moved closer to the flywheel when the pivotable member is pivoted toward the flywheel to increase the force required to rotate the flywheel and can be moved farther away from the flywheel when the pivotable member is pivoted away from the flywheel to decrease the force required to rotate the flywheel.

Abstract: In one embodiment, an exercise system includes a user interface device sized and configured to fit within a user's hand, the user interface device including a microcontroller configured to control operation of the device, a first sensor configured to sense movements of the device, a second sensor configured to sense forces applied to the device, and a communication device configured to communicate data concerning the sensed movements and forces to a separate device.

Abstract: In some embodiments, a user interface device includes a body adapted to overlie an outer side of a hand of a user when the device is worn by the user, elongated finger straps extending from a distal edge of the body, an elongated thumb strap extending from a side edge of the body, and a finger cot attached to a distal tip of each finger strap and the thumb strap, each finger cot being adapted to fit over a fingertip or thumb tip of the user, each finger cot comprising a discrete conductive pad that covers only a portion of the finger cot, wherein contact between the conductive pad of the finger cot of the thumb strap and the conductive pad of the finger cot of a finger strap can be detected.