Abstract: A storage rack system is provided that includes an improved cross bar attachment to create the framing for storage shelves. The cross bars are locked or secured against undesired movement and rolling to create a shelf that properly supports loads. The cross bars extend between the deck beams such that flanges at the ends thereof overlap the top of the deck beams. The flanges include a tab that extends downwardly to engage with an opening on the top of the deck beams. The lateral support further includes a stabilizer that is fastened to the side wall of the deck beams to prevent rolling or dislodgement of either member.

Abstract: A storage rack system is provided that includes an improved cross bar attachment to create the framing for storage shelves. The cross bars are locked or secured against undesired movement and rolling to create a shelf that properly supports loads. The cross bars extend between the deck beams such that flanges at the ends thereof overlap the top of the deck beams. The flanges include a tab that extends downwardly to engage with an opening on the top of the deck beams. The lateral support further includes a stabilizer that is fastened to the side wall of the deck beams to prevent rolling or dislodgement of either member.

Abstract: A smart card handling system is for handling a plurality of smart cards. It includes an infeed mechanism, a discharge mechanism, a rotary drum, an indexing mechanism, a motor and a control system. The rotary drum has a plurality of evenly spaced smart card read modules. The drum is mechanically connected to the infeed mechanism and the discharge mechanism. Each smart card read module is adapted to receive a smart card from the infeed mechanism and is adapted to read information from the smart card received therein. The discharge mechanism is adapted to receive smart card from the smart card read modules. The indexing mechanism is operably connected to the drum. The motor has a drive shaft mechanically connected to the indexing mechanism. The control system receives information from each of the plurality of read modules.

Abstract: The conveyor assembly of the present invention is for affixing booklets and the like to a moving web. The conveyor assembly includes a pair of endless chain each having a plurality of lugs attached thereto, a pair of lug supports and a pair of booklet supports. The plurality of lugs are pivotally attached to the each endless chain. Each lug has an elongate pushing arm and a support arm. Each lug is movable from a pushing position to a retracted position. The pair of lug support are spaced apart and generally parallel and are for supporting the support arm of the lugs. The pair of booklet support are spaced apart and generally parallel and are spaced above a respective lug support.

Abstract: The conveyor assembly of the present invention is for affixing booklets and the like to a moving web. The conveyor assembly includes a pair of endless chain each having a plurality of lugs attached thereto, a pair of lug supports and a pair of booklet supports. The plurality of lugs are pivotally attached to the each endless chain. Each lug has an elongate pushing arm and a support arm. Each lug is movable from a pushing position to a retracted position. The pair of lug support are spaced apart and generally parallel and are for supporting the support arm of the lugs. The pair of booklet support are spaced apart and generally parallel and are spaced above a respective lug support.