Abstract: A tool for merging audio and video files on a computer. The tool allows a user to select from a source, one or more audio files and one or more video files, and save the said files to a memory on the said computer using a computer program with a compatible user interface. The user then selects portions of said audio files via the computer program and user interface and arranges them into an ordered audio stream. In some embodiments, the audio file is visually represented to aid the user in selecting the desired portions. The user also selects portions of said video files via the computer program and interface and arranges them into an ordered video stream. The user can then merge the said audio and video streams into one integrated file, creating a final music video or other medium that can be displayed, shared or stored.

Abstract: In accordance with one embodiment, a system for encoding medical data is provided. The system includes a data processing module to process medical data from any given format to a Continuity of Care Record (CCR) standard. The system for encoding medical data further includes a data export module. The data export module exports the medical data after processing into a CCR format. Additionally, the system also includes a control module for providing operational instruction to the data processing module. The control module may also provide operational instruction for data export module.

Abstract: Compressors are provided which include a motor having a drive shaft; a compression chamber, having an inlet and an outlet; a diaphragm, disposed within the compression chamber such that when the diaphragm is deflected back and forth between a first position and a second position air is drawn in through the inlet and forced out through the outlet; a crankshaft, operatively connected to the drive shaft; a shuttle, configured to be displaced transversely by rotational movement of the crankshaft, and positioned to deflect the diaphragm by its transverse movement; and a guide configured to inhibit non-transverse motion of the shuttle. In some implementations, the compressor occupies a total volume of less than about 15 cubic inches.

Abstract: Oral care devices are provided that are capable of ejecting an air-liquid combination. In some implementations, the oral care devices include an applicator including a passageway within the applicator for directing the air-liquid combination therethrough; a plurality of brushing elements extending from a base at a head of the applicator to free distal ends, the head being sized to fit in a user's mouth; and a flexible nozzle in communication with the passageway and extending outwardly beyond the base at the head, the flexible nozzle configured to direct liquid droplets of the air-liquid combination beyond free distal ends of the brushing elements during brushing.

Abstract: An oral care device includes an electric motor, an air compressor operated by the motor, and an enclosed container for holding a slurry. A first conduit conducts compressed air from the compressor into the container. The compressed air is at a pressure of between about 20 psi to about 50 psi. A second conduit conducts the slurry and air from the container to an applicator from which the slurry and air is sprayed into the oral cavity of a human. The second conduit is at least about 24 inches in length.

Abstract: An oral care device includes an electric motor, an air compressor operated by the motor, and an enclosed container for holding a slurry. A first conduit conducts compressed air from the compressor into the container. The compressed air is at a pressure of between about 20 psi to about 50 psi. A second conduit conducts the slurry and air from the container to an applicator from which the slurry and air is sprayed into the oral cavity of a human. The second conduit is at least about 24 inches in length.