Abstract: A reconfigurable barrier system (10) includes a plurality of support units (100) spaced one from the other, with each support unit (100) having at least one engagement section (110) defining an elongate channel (112). System (10) further includes at least one retention unit (200) that is substantially impervious to liquid, and is supported to extend between a pair of support units (100). Each retention unit (200) is formed with a pair of opposed engagement portions (212) which slidably engage respective ones of the support unit channels (112). Each retention unit (200) is also formed with a seal portion (220) that extends along a longitudinal edge of at least an intermediate portion (214) between the engagement portions (212). A barrier section (15) is defined by each pair of support units (100) and the at least one retention unit (200) supported thereby.

Abstract: A reconfigurable barrier system (10) is provided. The system (10) includes a plurality of support units (100) spaced one from the other, with each support unit (100) having at least one engagement section (110) defining an elongate channel (112). System (10) further includes at least one retention unit (200) that is substantially impervious to liquid, and is supported to extend between a pair of support units (100). Each retention unit (200) is formed with a pair of opposed engagement portions (212) which slidably engage respective ones of the support unit channels (112). Each retention unit (200) is also formed with a seal portion (220) that extends along a longitudinal edge of at least an intermediate portion (214) between the engagement portions (212). A barrier section (15) is defined by each pair of support units (100) and the at least one retention unit (200) supported thereby.

Abstract: A fume and heat exhaust system to be used in conjunction with a high-speed photo print processor which requires for its operation that the user be positioned in close proximity to the processor front panel. The processor front panel includes an opening for finished photo discharge into a tray therebelow. The invention, connectable to the front panel, includes a blower having an inlet matably aligned with one end of a rigid contoured hood, the upper margin of which is mounted against the front panel above the opening. The rigid hood is contoured outwardly and downwardly to its lower, outer margin to cover the opening and tray such that the heated fumes which discharge and rise from the opening are collected within the chamber formed by the inner surface of the hood and front panel for removal by the blower.