Abstract: A manufacturing system includes a cutting machine, an adhesion machine, and a pick-and-place system. The cutting machine sequentially cuts a continuous length of a unidirectional prepreg into prepreg segments. Each prepreg segment has an opposing pair of segment cut edges that are non-parallel to a lengthwise direction of the unidirectional prepreg. The adhesion machine has a conveyor belt and an adhesion station. The pick-and-place system sequentially picks up the prepreg segments from the cutting machine, and places the prepreg segments in end-to-end relation on the conveyor belt, and in an orientation such that the segment cut edges are generally parallel to a lengthwise direction of the conveyor belt. The conveyor belt feeds the prepreg segments to the adhesion station. The adhesion station adheres the prepreg segments to a continuous length of a backing material, thereby resulting in a continuous length of a backed cross-ply prepreg.

Abstract: Methods are disclosed for storing and dispensing medications. A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.

Abstract: A counter is disclosed for use with a medication storing and dispensing cassette. The counter is comprised of a loader for receiving a cassette, a sensor for sensing whether a cassette is in the loader, means for moving the loader into an operative position, a vacuum unit for applying a vacuum to the cassette, a drive unit for driving a driven portion of the cassette and a counter for counting medication within a portion of the cassette. Methods of operating the counter are also disclosed.

Abstract: A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.

Abstract: A counter is disclosed for use with a medication storing and dispensing cassette. The counter is comprised of a loader for receiving a cassette, a sensor for sensing whether a cassette is in the loader, means for moving the loader into an operative position, a vacuum unit for applying a vacuum to the cassette, a drive unit for driving a driven portion of the cassette and a counter for counting medication within a portion of the cassette. Methods of operating the counter are also disclosed.

Abstract: A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.

Abstract: Methods are disclosed for storing and dispensing medications. A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.

Abstract: A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.

Abstract: A medication storing and dispensing cassette is comprised of a housing defining at least a portion of a bulk storage chamber for storing a medication, defining at least a portion of a pick-up area, and defining at least a portion of a discharge chute sized to temporarily store a quantity of the medication. A divider wall is positioned between the bulk storage chamber and the pick-up area. A gate is positioned to control an exit end of the discharge chute. A rotatable conveying wheel having openings proximate to the periphery thereof is positioned such that a portion of the wheel is in communication with the pick-up area while another portion of the wheel is adjacent to an entrance end of the discharge chute. A calibration arm is positioned adjacent the openings of the rotatable wheel. A baffle is positioned to block those openings in that portion of the rotatable wheel adjacent to the discharge chute.