Abstract: A pusher tray assembly comprises a hanging tray and a sliding tray having a wire track, the sliding tray moveably connected to the hanging tray by fins of a pusher, the pusher slidingly engaged to the wire track for movement between a first position and a second position.

Abstract: A roller track comprising a base, a tray, and a plurality of rollers. The tray is configured to slide into the base, and comprises a first end, a center portion comprising a plurality of notches, and a second end. The first end is removably engaged to a first end of center portion. The second end is removably engaged to a second end of center portion. The first end and the second end comprise a plurality of slots. The plurality of rollers is configured to engage the plurality of notches.

Abstract: A pusher tray assembly comprises a hanging tray and a sliding tray having a wire track, the sliding tray moveably connected to the hanging tray by fins of a pusher, the pusher slidingly engaged to the wire track for movement between a first position and a second position.

Abstract: A pusher tray assembly comprises a hanging tray and a sliding tray having a wire track, the sliding tray moveably connected to the hanging tray by fins of a pusher, the pusher slidingly engaged to the wire track for movement between a first position and a second position.

Abstract: A pusher shelf assembly may comprise a wire grid assembly affixed to a left bracket and to a right bracket. The wire grid assembly may have a plurality of wires and one or more pushers slidingly engaged to at least two wires in the wire grid assembly. The left bracket and the right bracket may be configured for removable engagement to a wall of a product display. The product display may be a freezer.

Abstract: A roller track comprising a base, a tray, and a plurality of rollers. The tray is configured to slide into the base, and comprises a first end, a center portion comprising a plurality of notches, and a second end. The first end and the second end comprise a plurality of slots. The plurality of rollers is configured to engage the plurality of notches.

Abstract: A roller track comprising a base, a tray, and a plurality of rollers. The tray is configured to slide into the base, and comprises a first end, a center portion comprising a plurality of notches, and a second end. The first end is removably engaged to a first end of center portion. The second end is removably engaged to a second end of center portion. The first end and the second end comprise a plurality of slots. The plurality of rollers is configured to engage the plurality of notches.

Abstract: A pusher shelf assembly may comprise a wire grid assembly affixed to a left bracket and to a right bracket. The wire grid assembly may have a plurality of wires and one or more pushers slidingly engaged to at least two wires in the wire grid assembly. The left bracket and the right bracket may be configured for removable engagement to a wall of a product display. The product display may be a freezer.

Abstract: A pusher tray assembly comprises a hanging tray and a sliding tray having a wire track, the sliding tray moveably connected to the hanging tray by fins of a pusher, the pusher slidingly engaged to the wire track for movement between a first position and a second position.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross-sectional configuration when filled with dense materials.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross sectional configuration when filled with dense materials.

Abstract: An anti-microbial container for food items is formed from a polymeric resin which contains an anti-microbial agent. In one embodiment the container comprises an anti-microbial liner for a container which is utilized in receiving, storing, transporting, and displaying food items. In another embodiment the container comprises a plurality of cavities each for receiving a food item and an overlying transparent anti-microbial film for securing the food items in the containers. In yet another embodiment the container comprises a tube for receiving food items and having permanent or releaseable seals at the ends thereof.

Abstract: A flexible, collapsible receptacle (hereinafter bag) for handling flowable materials which is fabricated from polymeric fabric and which provides (1) improved static control; (2) improved corrosion inhibition; and/or (3) improved microbial inhibition characteristics. The bag is manufactured by providing a quantity of thermoplastic resin having a predetermined conductivity (anti-static resin); forming the anti-static resin into relatively long, narrow, thin lengths of anti-static material (anti-static tapes); weaving the anti-static tapes into an anti-static fabric having a predetermined, controlled electrical resistivity; cutting the anti-static fabric into a plurality of pieces; and joining the pieces of anti-static fabric together thereby constructing the anti-static bag. Similar methods are disclosed for manufacturing bags having improved corrosion inhibition and/or improved microbial inhibition characteristics.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross-sectional configuration when filled with dense materials.

Abstract: A method of manufacturing a sock having anti-microbial properties including the steps of providing a quantity of a thermoplastic resin including an anti-microbial agent admixture having a predetermined microbial inhibition characteristic; blending the thermoplastic resin with a polyethylene resin to form an anti-microbial feedstock; forming the anti-microbial feedstock into relatively long, narrow, thin lengths of anti-microbial members; and knitting the anti-microbial members into an anti-microbial sock having predetermined microbial inhibition characteristics.

Abstract: An anti-static film comprises one or more polymeric film layers having a layer of conductive, low capacitance material secured thereto. The polymeric film layer(s) may have pin holes formed therethrough. The conductive, low capacitance layer comprises one or more strands of conductive, low capacitance fiber arranged in a predetermined pattern. The polymeric film layer(s) are bonded one to the conductive, low capacitance material using a polymeric layer formed from the same material as the film layers. Alternatively, the layer of conductive, low capacitance material may be omitted, with the adhesive layer being extruded onto the polymeric layer having pin holes formed therethrough. Similarly, an anti-static fabric comprises one or more layers of woven polymeric material having a layer of conductive, low capacitance material secured thereto. Alternatively, the fabric may have or polymeric layer extruded thereon in which pinholes are formed.

Abstract: A bulk bag comprises eight substantially identical side wall portions each containing a stiffening panel. A bottom wall is connected to the bottom edges of the side wall portions and may be provided with a discharge port. Alternatively, a discharge port may be provided in one of the side wall portions. The bulk bag may be provided with a top wall which may be either openable or secured in place. A pallet and/or lift loops may be provided for transporting the bulk bag and the contents thereof.

Abstract: A bulk bag for dense materials includes side walls seamed together end-to-end to form a rectangular enclosure and at least a bottom wall secured to the lower ends of the side walls. Baffles are secured in the side wall seams and extend diagonally across the interior of the bulk bag to maintain the bulk bag in a rectangular cross sectional configuration when filled with dense materials.

Abstract: An anti-microbial container for food items is formed from a polymeric resin which contains an anti-microbial agent. In one embodiment the container comprises an anti-microbial liner for a container which is utilized in receiving, storing, transporting, and displaying food items. In another embodiment the container comprises a plurality of cavities each for receiving a food item and an overlying transparent anti-microbial film for securing the food items in the containers. In yet another embodiment the container comprises a tube for receiving food items and having permanent or releaseable seals at the ends thereof.

Abstract: A method of manufacturing a sock having anti-microbial properties including the steps of providing a quantity of a thermoplastic resin including an anti-microbial agent admixture having a predetermined microbial inhibition characteristic; blending the thermoplastic resin with a polyethylene resin to form an anti-microbial feedstock; forming the anti-microbial feedstock into relatively long, narrow, thin lengths of anti-microbial members; and knitting the anti-microbial members into an anti-microbial sock having predetermined microbial inhibition characteristics.