Abstract: A shelving rack system with a wireframe base and at least one wireframe divider having a rear hook that is received into an aperture on a rear support and a front leg that is received down into an aperture on a front support. The divider is locked into position by first pulling the divider forwards such that the rear hook locks in position and then rotating the divider downwards such that front leg locks into position. Next, a front stop bar is inserted through aligned apertures on a front bracket on the divider, a locking column on one side of the wireframe base and a side support column on an opposite side of the wireframe base. Finally, a fastening pin is inserted down into the locking column to secure the front stop bar into a locked position.

Abstract: A tote cart, having: a base; a plurality of wheels positioned underneath the base; a pair of upwardly extending supports mounted to the base; and a plurality of cantilevered shelves, wherein each cantilevered shelf is configured to be mounted onto the pair of upwardly extending supports. The cantilevered shelves are removable and re-positionable to different heights on the upwardly extending supports and have a perimeter member spanning around the front and sides of the shelf, and a moveable shelf that can be moved from a first position parallel to the perimeter member to second position at a dropped down angle to the perimeter member.

Abstract: A tote cart, having: a base; a plurality of wheels positioned underneath the base; a pair of upwardly extending supports mounted to the base; and a plurality of cantilevered shelves, wherein each cantilevered shelf is configured to be mounted onto the pair of upwardly extending supports. The cantilevered shelves are removable and re-positionable to different heights on the upwardly extending supports and have a perimeter member spanning around the front and sides of the shelf, and a moveable shelf that can be moved from a first position parallel to the perimeter member to second position at a dropped down angle to the perimeter member.

Abstract: A shelving rack system, having at least two divider supports extending across the bottom of a base, with a support panel positioned on top of the base, wherein the dividers are positionable from side-to-side to vary the width of the product dispensing channels between the dividers in the shelving rack. Each divider has legs that pass through holes in both an optional support panel and the divider supports.

Abstract: A shelving rack system, having at least two divider supports extending across the bottom of a base, with a support panel positioned on top of the base, wherein the dividers are positionable from side-to-side to vary the width of the product dispensing channels between the dividers in the shelving rack. Each divider has legs that pass through holes in both an optional support panel and the divider supports.

Abstract: A shelving rack system, having at least two divider supports extending across the bottom of a base, with a support panel positioned on top of the base, wherein the dividers are positionable from side-to-side to vary the width of the product dispensing channels between the dividers in the shelving rack. Each divider has legs that pass through holes in both the support panel and the divider supports.

Abstract: A stackable cart comprises a base comprising perimetral edges, front, middle, and rear portions, and an internal wired base support structure with a network of support wires. A plurality of front wheels is provided to support the front portion, wherein a chord of the front wheel corresponds to a stacking space defined between a plurality of front transverse wires of the network support wires. A plurality of rear wheels is provided to support the rear portion, wherein a chord of the rear wheel corresponds to a stacking space defined between a plurality of rear transverse wires of the network support wires. The cart is removably coupled to another equivalent cart by positioning the rear wheels of the cart adjacent to the stacking space of the rear transverse wires of the equivalent cart and positioning the front wheels of the cart adjacent to the stacking space of the front transverse wires of the equivalent cart.

Abstract: A stackable cart comprises a base comprising perimetral edges, front, middle, and rear portions, and an internal wired base support structure with a network of support wires. A plurality of front wheels is provided to support the front portion, wherein a chord of the front wheel corresponds to a stacking space defined between a plurality of front transverse wires of the network support wires. A plurality of rear wheels is provided to support the rear portion, wherein a chord of the rear wheel corresponds to a stacking space defined between a plurality of rear transverse wires of the network support wires. The cart is removably coupled to another equivalent cart by positioning the rear wheels of the cart adjacent to the stacking space of the rear transverse wires of the equivalent cart and positioning the front wheels of the cart adjacent to the stacking space of the front transverse wires of the equivalent cart.

Abstract: A nestable shopping cart having a fixed child seat and a tubular frame construction basket providing strong and rigid construction with a reduced number of parts.

Abstract: A nestable shopping cart having a fixed child seat and a tubular frame construction basket providing strong and rigid construction with a reduced number of parts.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, a basket having a rear end secured to the frame and projecting forwardly from the frame at spacing above the base, and a fixed child seat secured to the rear frame. The basket is closed by a pivoted rear gate at its rear end. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. The side walls are inclined upwardly from the child seat to the front end of the basket.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, a basket having a rear end secured to the frame and projecting forwardly from the frame at spacing above the base, and a fixed child seat secured to the rear frame. The basket is closed by a pivoted rear gate at its rear end. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. The side walls are inclined upwardly from the child seat to the front end of the basket.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, a basket having a rear end secured to the frame and projecting forwardly from the frame at spacing above the base, and a fixed child seat secured to the rear frame. The basket is closed by a pivoted rear gate at its rear end. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. The side walls are inclined upwardly from the child seat to the front end of the basket.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, a basket having a rear end secured to the frame and projecting forwardly from the frame at a spacing above the base, and a fixed child seat secured to the rear frame. The basket is closed by a pivoted rear gate at its rear end. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. The side walls are inclined upwardly from the child seat to the front end of the basket.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, and a basket having a rear end secured to the frame and projecting forwardly from the frame at a spacing above the base. The basket is closed by a pivoted rear gate at its rear end. A fixed child seat is secured to the cart adjacent the upper end of the rear frame so as to project forwardly from the rear frame above the basket. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. Removable caster lifts may be located on the base such that the rear wheels of a forward cart are lifted when two carts are nested.

Abstract: A product feed apparatus for feeding a row of products towards the front edge of a shelf has an elongate track mounted on the shelf so as to extend from a rear edge to the front edge of the shelf. A pusher member is slidably mounted in the track for engaging the rearmost product of a row of products supported on the track, and a biasing mechanism biases the pusher member towards the front edge of the track so as to advance product to the front edge of the shelf. The biasing mechanism includes a plurality of identical elongate, resilient biasing elements which can be releasably secured between the front end of the pusher member and the track so as to move the pusher member along the track. The user selects the number of biasing elements to be used based on the size and weight of product to be advanced.

Abstract: A shelf assembly incorporates a divider apparatus for separating products on a shelf into adjacent rows. The shelf is formed from a series of spaced longitudinal wires and underlying, spaced support members extending transversely across the wires between opposite sides of the shelf. The divider apparatus has a plurality of divider panels each extending between the front and rear ends of the shelf at spaced intervals, each divider panel having an upper edge and a lower edge. The lower edge of each divider panel extends downwardly through the shelf through a gap between a selected adjacent pair of wires, and has notches to engage over the support members.

Abstract: A shopping cart has a wheeled base, a rear frame projecting upwardly from the rear end of the base with a handle at its upper end, a basket having a rear end secured to the frame and projecting forwardly from the frame at a spacing above the base, and a fixed child seat secured to the rear frame. The basket is closed by a pivoted rear gate at its rear end. Two or more carts can be nested together by pushing the front wall of the basket of a first cart through the rear frame beneath the fixed child seat of a second cart, simultaneously pivoting the rear gate upwardly to allow the basket of the first cart to enter the basket of the second cart. The side walls are inclined upwardly from the child seat to the front end of the basket.