Abstract: A mismatch detection system comprising a book block assembly line, a plurality of book block sensors, a case cover assembly line, and an infeed sorter. The book block assembly line may be operable to output conforming book blocks and divert nonconforming book blocks. The plurality of book block sensors may be operable to detect a unique identifier (UID) of the nonconforming book blocks diverted by the book block assembly line. The case cover assembly line may be operable to output case covers. The infeed sorter may be operable to receive the conforming book blocks and the case covers, group one book block and once case cover into a pair, detect whether the conforming book block and case cover of the pair match, divert any of the case covers that do not match, and output a matching pair to a book binding device.

Abstract: Systems and methods are provided for automatically correcting book portion mismatches in a book binding operation. First sensor outputs relate to a first book portion sequence along a first assembly channel, and second book portion sequence along a second assembly channel, each leading into a book binding stage. A mismatch state between first and second book portions is predicted based on the respective sequences and a defined book assembly batch, responsive to which an intervention event is determined and executed. One such intervention event includes selective routing of the first and/or second book portion associated with predicted mismatch states into a correction channel and reinsertion of the first and/or second book portion into the respective assembly channel corresponding to a modified version of the respective sequence. In some embodiments, a further sensor may be provided at the book binding stage entry for further confirmation/control feedback regarding matched book portions.

Abstract: Systems and methods are provided for automatically correcting book portion mismatches in a book binding operation. First sensor outputs relate to a first book portion sequence along a first assembly channel, and second book portion sequence along a second assembly channel, each leading into a book binding stage. A mismatch state between first and second book portions is predicted based on the respective sequences and a defined book assembly batch, responsive to which an intervention event is selected and executed. One such intervention event includes selective routing of the first and/or second book portion associated with predicted mismatch states into a correction channel and reinsertion of the first and/or second book portion into the respective assembly channel corresponding to a modified version of the respective sequence. In some embodiments, a further sensor may be provided at the book binding stage entry for further confirmation/control feedback regarding matched book portions.

Abstract: A mismatch detection system comprising a book block assembly line, a plurality of book block sensors, a case cover assembly line, and an infeed sorter. The book block assembly line may be operable to output conforming book blocks and divert nonconforming book blocks. The plurality of book block sensors may be operable to detect a unique identifier (UID) of the nonconforming book blocks diverted by the book block assembly line. The case cover assembly line may be operable to output case covers. The infeed sorter may be operable to receive the conforming book blocks and the case covers, group one book block and once case cover into a pair, detect whether the conforming book block and case cover of the pair match, divert any of the case covers that do not match, and output a matching pair to a book binding device.