Abstract: A system controls a package assembly line. The package assembly line has a piece feeder and a component feeder. The piece feeder is arranged to feed pieces to a transport of the package assembly line. The component feeder is arranged to feed components to the transport of the package assembly line so that the components and the pieces are combined into packages. The components have corresponding component identifiers thereon. The system includes a memory for storing a piece data file having piece identifiers corresponding to pieces fed by the piece feeder, a detector for detecting a component identifier from a component being fed by the component feeder toward the transport, a comparator for comparing the detected component identifier to a corresponding piece identifier, and in response to the comparison controlling the feeding of a component or rejecting a component.

Abstract: A system controls a package assembly line. The package assembly line has a piece feeder and a component feeder. The piece feeder is arranged to feed pieces to a transport of the package assembly line. The component feeder is arranged to feed components to the transport of the package assembly line so that the components and the pieces are combined into packages. The components have corresponding component identifiers thereon. The system includes a memory for storing a piece data file having piece identifiers corresponding to pieces fed by the piece feeder, a detector for detecting a component identifier from a component being fed by the component feeder toward the transport, a comparator for comparing the detected component identifier to a corresponding piece identifier, and a data list re-sequencer for re-sequencing the piece data file if the detected component identifier fails to match the corresponding piece identifier.

Abstract: A system controls a package assembly line. The package assembly line has a piece feeder and a component feeder. The piece feeder is arranged to feed pieces to a transport of the package assembly line. The component feeder is arranged to feed components to the transport of the package assembly line so that the components and the pieces are combined into packages. The components have corresponding component identifiers thereon. The system includes a memory for storing a piece data file having piece identifiers corresponding to pieces fed by the piece feeder, a detector for detecting a component identifier from a component being fed by the component feeder toward the transport, a comparator for comparing the detected component identifier to a corresponding piece identifier, and a data list re-sequencer for re-sequencing the piece data file if the detected component identifier fails to match the corresponding piece identifier.

Abstract: A binding line including at least first and second binding line sections. The first binding line section is adapted to transport books therealong to a book exit station and the second binding line section is adapted to transport books therealong from a book entry station. The binding line includes a book transferring mechanism or subsystem for moving books from the book exit station of the first binding line section to the book entry station of the second binding line section as well as devices associated with book leaving the book exit station and books entering the book entry station for tracking books during transfer from the first binding line section to the second binding line section. The first binding line section can run at the same or a different speed than the second binding line section. In addition, the binding line can include asynchronous or synchronous multiple first and/or second binding line sections.