Abstract: A many-to-many relationship management system. In an object persistence management system, a many-to-many relationship manager can include one or more related objects; a junction table storing relationships between the related objects; and, one or more corresponding links. Each link can correspond to one of the objects. Furthermore, each link can persist state information for the corresponding object in an associated object table. Finally, each link can manage the junction table responsive to changing relationships with others of the related objects. Importantly, as the present invention distributes the management of the junction table, a counter-operation management protocol can be provided which can resolve conflicts which arise in the management of the junction table in response to changing relationships among their associated objects.

Abstract: Systems, methods and computer program products automatically order database transaction by an object-oriented transaction system. The objects in the completed transaction are clustered into groups of objects to be inserted into the relational database, objects to be deleted from the relational database and objects to be updated in the relational database. The objects to be inserted into the relational database are ordered according to an insert precedence of the objects into the relational database to thereby define an insert order. The objects to be deleted from the relational database are ordered according to a delete precedence of the objects from the relational database are ordered according to a delete precedence of the objects from the relational database to thereby define a delete order. The objects to be inserted into the relational database are inserted into the relational database in the insert order. Then, the objects to be updated in the relational database are updated in an arbitrary order.

Abstract: A package sorting and/or tracking system or workstation including a high performance data reader or barcode scanner, a real time system control computer, user interface devices, a superstructure to which all hardware is attached providing hands-free scanning operation at each work station, and a real-time communication link with the host computer system for transferring information scanned from the parcels or configuring the scanning system with up-to-the minute routing information. A scale system weighs each parcel to assure compliance to specifications. An optional feedback system to error-proof the sorting operation whereby the scanning system is configured with a sensing device on each of the bins to which a parcel may be sorted. Based on the tracking information read from the barcode label and the routing information provided by the host computer system, the scanning system instructs the operator to place the parcel in a particular bin.

Abstract: A package sorting and/or tracking system or workstation including a high performance data reader or barcode scanner, a real time system control computer, user interface devices, a superstructure to which all hardware is attached providing hands-free scanning operation at each work station, and a real-time communication link with the host computer system for transferring information scanned from the parcels or configuring the scanning system with up-to-the minute routing information. A scale system weighs each parcel to assure compliance to specifications. An optional feedback system to error-proof the sorting operation whereby the scanning system is configured with a sensing device on each of the bins to which a parcel may be sorted. Based on the tracking information read from the barcode label and the routing information provided by the host computer system, the scanning system instructs the operator to place the parcel in a particular bin.

Abstract: A bracing system protects and secures the internal components of a mobile communication system. The bracing system includes an upper housing comprised of a shock resistant material. The upper housing includes a monitor cavity, elevated portions surrounding the monitor cavity and formed in the upper housing, and elastomer sections disposed on the elevated portions. In addition, the upper housing includes a breakage resistant transparent material placed on the elastomer sections and in conformity with the monitor cavity, a display monitor being protected by the breakage resistant material, and a shock absorbing material disposed around the peripheries of the breakage resistant transparent material and the display monitor. The shock absorbing material is mounted to at least one of the breakage resistant transparent material and the display monitor.

Abstract: A bracing system protects and secures the internal components of a mobile communication system. The bracing system includes an upper housing comprised of a shock resistant material. The upper housing includes a monitor cavity, elevated portions surrounding the monitor cavity and formed in the upper housing, and elastomer sections disposed on the elevated portions. In addition, the upper housing includes a breakage resistant transparent material placed on the elastomer sections and in conformity with the monitor cavity, a display monitor being protected by the breakage resistant material, and a shock absorbing material disposed around the peripheries of the breakage resistant transparent material and the display monitor. The shock absorbing material is mounted to at least one of the breakage resistant transparent material and the display monitor.

Abstract: A data gathering system including a scanner and scale including one or more of the following features: a construction of compact dimensions with a low profile; integrated construction of the locations of the scanner and scale, and their associated components; modular components that are easily detachable and serviced; a rigid casing which is integrated into the overall data gathering system and which prevents a countertop from contacting the scale; and diagnostic capability incorporated into the data gathering system.