Abstract: A data structure embodied on a computer-readable medium having a database schema for accessing and managing pharmacy transactions data in a structured query language (SQL) database. The database schema includes a session data schema representing a relational data table for capturing a plurality of sessions for accessing and managing the SQL database and a pharmacy prescription drug transaction results schema representing parameters for relating prescription drug transaction results with requesters, prescribers and the prescription drug. The session data schema and the pharmacy prescription drug transaction results schema used by a pharmacy business logic application to access and manage the pharmacy drug transaction results in the SQL database.

Abstract: A data structure embodied on a computer-readable medium having a database schema for accessing and managing pharmacy transactions data in a structured query language (SQL) database. The database schema includes a session data schema representing a relational data table for capturing a plurality of sessions for accessing and managing the SQL database and a pharmacy prescription drug transaction results schema representing parameters for relating prescription drug transaction results with requesters, prescribers and the prescription drug. The session data schema and the pharmacy prescription drug transaction results schema used by a pharmacy business logic application to access and manage the pharmacy drug transaction results in the SQL database.

Abstract: A pivotable pylon for carrying stores, such as ordinance, sensors and pods external to an aircraft includes an elongated strongback coupled against an external surface of the aircraft and generally parallel to the longitudinal axis thereof. An elongated pivoting structure is pivotally coupled to the strongback for parallel pivotal movement relative thereto. A locking mechanism locks the pivoting structure in a selected one of a plurality of angular positions relative to the strongback. At least one stores rack is coupled to the pivoting structure for receiving and coupling at least one stores item to the pivoting structure. An aerodynamic fairing may be disposed on the pylon to decrease drag. The pylon can be mounted on either side of the aircraft and in any one of a plurality of longitudinal stations, and enables the aircraft to carry stores that are too large for its equipment bays, and to carry an optimal load of stores.

Abstract: A pivotable pylon for carrying stores, such as ordinance, sensors and pods external to an aircraft includes an elongated strongback coupled against an external surface of the aircraft and generally parallel to the longitudinal axis thereof. An elongated pivoting structure is pivotally coupled to the strongback for parallel pivotal movement relative thereto. A locking mechanism locks the pivoting structure in a selected one of a plurality of angular positions relative to the strongback. At least one stores rack is coupled to the pivoting structure for receiving and coupling at least one stores item to the pivoting structure. An aerodynamic fairing may be disposed on the pylon to decrease drag. The pylon can be mounted on either side of the aircraft and in any one of a plurality of longitudinal stations, and enables the aircraft to carry stores that are too large for its equipment bays, and to carry an optimal load of stores.

Abstract: A pivotable pylon for carrying stores, such as ordinance, sensors and pods external to an aircraft includes an elongated strongback coupled against an external surface of the aircraft and generally parallel to the longitudinal axis thereof. An elongated pivoting structure is pivotally coupled to the strongback for parallel pivotal movement relative thereto. A locking mechanism locks the pivoting structure in a selected one of a plurality of angular positions relative to the strongback. At least one stores rack is coupled to the pivoting structure for receiving and coupling at least one stores item to the pivoting structure. An aerodynamic fairing may be disposed on the pylon to decrease drag. The pylon can be mounted on either side of the aircraft and in any one of a plurality of longitudinal stations, and enables the aircraft to carry stores that are too large for its equipment bays, and to carry an optimal load of stores.