Abstract: A cart having a frame member including upright and lateral frame portions. A platform is attached to the lateral frame portion and a stationary seat assembly is secured to the upright frame portion. The stationary seat assembly includes a rearwardly facing stationary seat, a handle and a safety bar between the seat and the handle. A pivoting mechanism is mounted to the lateral frame portion remote from the upright frame portion. The pivoting mechanism is moveable between a substantially upright position and a retracted position and is located relative to a back portion of the seat. A flexible receptacle is attached to the pivoting mechanism, and moves between an open and collapsed position when the pivoting mechanism is moved between the substantially upright and the retracted position, respectively. The stationary seat and the platform are accessible when the pivoting mechanism is in the substantially upright position or the retracted position.

Abstract: A method of molding components of a shopping cart using high or low pressure molding processes. The molding processes eliminate sink marks in plastic components of the shopping cart while providing structural integrity thereto. The processes used to mold the components of the shopping cart can create either or both a center channel in the molded components and/or a plurality of voids within the molded components. If hollow channels are formed in the molded components then the plurality of voids will be formed in the walls of such molded component if both processes are used together. The processes used to form the molded components are either (i) a gas assist process which provides a laminar stream of blowing agent into the stream of molten resin after the molten resin is forced into a partially filled mold or (ii) a structural foam molding process which provides a blowing agent blended into the molten resin prior to the molten resin being forced into the mold.

Abstract: A multiple child seat nestable shopping cart is provided with a wheeled chassis and a seating module. The seating module includes front and rear wheels and at least two seats facing inwardly towards each other and positioned behind a rear portion of the shopping cart basket. The seats are positioned, dimensioned and configured so as to receive a front nesting portion of another cart basket over the at least two seats when unoccupied.

Abstract: A dual child seat nestable shopping cart including a front overhanging basket, at least two inwardly-facing child seats positioned behind the basket on opposite sides of the cart, each seat having an upright backrest arranged along the opposite sides of the cart, wherein the seats and backrests are positioned such that a front overhanging portion of a basket of a similar cart may be nested over the seat and between the backrests for enabling nesting of similar carts when the seats are unoccupied. The child seats may constitute a portion of a single shopping cart assembly or may be constructed as a module for retrofitting a conventional standard nestable shopping cart.

Abstract: A modular, universal, molded plastic flatbed type cart for carrying and supporting products includes variable product supporting metallic handles located at opposed ends of the cart. The handles include vertically extending posts that define at least one central channel completely open in an upward direction above the bed section of the cart and preferably another upwardly opening side channel located above the cart bed; continuous U-shaped handles, handles with a collapsible tray, and connector rails spanning the handles from one end of the cart to the other. The product handles are usable for manipulating the cart and are integrated into metal cart bed reinforcing elements.

Abstract: A molded plastic basket for a shopping cart includes side and front walls formed of a molded gridwork of ribs extending at an angle relative to the upright direction of the basket when it is assembled to a shopping cart chassis. The front and side walls intersect each other along convex arcuate curved corner sections with the gridwork ribs continuously flowing around the corner sections up to a mold parting line provided midway around the curved sections. The ribs of the side walls extend parallel to each other to permit molding of the side walls by a transversely moveable mold section that moves towards and away from the side wall area during molding and the ribs of the front wall likewise all extend parallel to each other in a direction generally perpendicular to the direction of the side wall ribs to enable molding of the ribs of the front wall by another moveable section of a mold that moves in a direction generally perpendicular to the direction of motion of the mold section forming the side walls.

Abstract: A dolly with a one-step injection molded one-piece plastic frame is provided. The frame includes a pair of substantially parallel longitudinal side members and a pair of substantially parallel transverse side members which form a generally rectangular frame having corners. A bottom of the dolly is at least partially formed in a honeycomb/cellular configuration. A plurality of casters are mounted to the bottom of the frame via a plurality of caster fastening bolts which are received in a corresponding plurality of caster fastening holes disposed at the corners. The dolly may also include a riser block disposed on a top of the frame along a side member and secured to the frame by the caster fastening bolts. A rubber pad may be disposed on the riser block and secured between the riser block and the top of the frame. The dolly may also include a channel in the bottom of one or more side members for receiving a reinforcing member.

Abstract: A molded bearing assembly for a molded wheel includes a synthetic resin outer bearing race element embedded in the hub of the molded wheel and having a cylindrical inner sliding, journal type bearing surface. An inner bearing assembly includes two molded synthetic resin bearing halves having continuous cylindrical outer bearing surfaces disposed within the outer bearing race in sliding engagement with the inner bearing surface of the outer race. The bearing halves of the inner bearing assembly abut each other at their inner ends and may include interlocking structural features at their inner ends that enable securing of the bearing halves together at their inner ends while presenting a continuous outer cylindrical bearing sliding surface that cooperates with the adjacent surface of the outer race. A wheel axle extends through the inner bearing assembly and supports the wheel and bearing assembly for rotation relative to a wheel support.

Abstract: A plastic basket of a nestable shopping cart is integrally formed with support projections at upper inner edge portions of the side panels thereof at a position spaced rearward of a front panel. The support projections are adapted to support a pivoting rear gate member of a similarly constructed cart such that, when the two carts are nested, the rear gate panel abuts and is supported by the support projections in order to prevent the rear gate panel from dropping down into the plastic basket during cart nesting.

Abstract: A shopping cart includes a basket made of plastic which is, at least partially, attached to a frame of the cart by a pair of basket supporting members. In a preferred embodiment each of the basket supporting members is a rod that includes a first end portion extending within an opening for supporting members. The opening is formed in an upper section of a respective side panel of the basket. A second end portion of the supporting member extends through a hole formed in a respective tubular post and downward within the tubular post. The second end portion of each of the basket supporting members may be retained within the tubular posts at a position spaced below the hole therein. By other embodiments the second end portion may be inserted into a tube member mounted on each tubular post, or may be wrapped around the tubular posts and then anchored on a cross member. An assembly process is described.

Abstract: A transport and display cart is formed of light weight plastic and metal components including a base unit formed from an open framework in which is disposed and fastened a molded plastic tray. Wheels preferably including casters are provided on the underside of the base unit and opposed ladder units having horizontal bars or rungs are removably connected to opposed ends of the base unit by fitting within post supports rigidly connected to the base unit. Upper shelves include plastic trays that are constructed identical to the tray connected to the base unit and reinforcing rods having downwardly open jaws or hooks at their opposed ends for engaging the horizontal rungs or bars of the opposed ladder units. The upper shelves can be selectively disposed in horizontal or tilted positions simply by hooking the ends of the reinforcing rods over different rungs of the ladder units.

Abstract: A flat bed cart includes a molded resin load carrying bed having longitudinally spaced ends, a generally planar upper side and a bottom side that includes a plurality of ribs, a pair of spaced, longitudinally extending slots and first, second and third sets of integrally molded fastener mounted pads that are located adjacent the first and second ends of the bed and intermediate the ends respectively. The slots receive a pair of longitudinally extending reinforcing bars that carry at their ends upright handle receiving mounts. The handle receiving mounts include members arranged in recesses spaced about the periphery of the bed at the first and second ends thereof. At least one handle is provided which is adapted to be selectively positioned within a respective pair of the upstanding handle receiving mounts.