Abstract: A new fuze that reduces projectile miss-distance to a target, by correcting for discrepancies in anticipated round velocities through its flight. As a result, the fuze-equipped projectile is nominally aimed at a target and maintains improved accuracy relative to a conventional round. The fuze adjusts for the discrepancies in velocity by using an internal electric motor to mechanically actuate a drag-altering surface on the fuze body. In order to adjust for errors in the anticipated velocity, the fuze compares its preprogrammed velocity to its actual velocity at a given point in time during flight. An anticipated velocity table versus time in flight is constantly referenced so that appropriate adjustments in velocity can be made.

Abstract: Computer-based method and system that helps track and manage drug sample distribution, helps ensure drug samples are dispensed and used in a safe and efficient manner, and helps capture information about how drug samples are being distributed and used. The method includes storing inventory information for one or more drug samples received at a prescriber's office, presenting a user-selectable list of drugs available in the inventoried samples and, in response to a user's selection of one of the listed drugs, presenting patient-specific information regarding the selected drug's suitability for dispensing as a sample. The method also includes automatically updating the stored inventory information for the selected drug in response to an indication from the user that a quantity of the selected drug is being dispensed to a patient as a sample.