Rehrig Pacific Company

James B Rehrig

William Patrick Apps

John A Hagan

Roger S Hsu

William Pat Apps

Roll out trash cart

The stackable low depth bottle case of the present invention includes four side walls and a bottom portion. A plurality of upwardly projecting hollow columns extend upwardly within the side walls. The columns, walls, and bottom portion define a plurality of bottle retaining pockets. The bottle retaining pockets have flat surfaces to permit retention of bottles without base indentations and to permit rotation of petaloid bottles. The columns extend upwardly from the base portion a distance approximately one third of the height of the bottles to be retained. The columns may be hollow to permit empty cases to stack top to bottom. The lower surface of the bottom portion has circular concave portions with central retaining openings to facilitate stacking of loaded cases top to bottom. When a case is disposed on a lower filled case, the bottle tops of the lower case are guided toward the central retaining openings by the circular concave portions.

Stackable low depth tray

Stackable castle crate

Cross-stacking bottle case

Stackable low depth bottle case

A molded plastic and metal case is provided which is designed to be stackable with other cases of the same construction to provide a sturdy display of the products contained therein and which is also nestable with other like cases to provide compact storage of empty cases. The display case is formed primarily of molded plastic and includes two upstanding metal frames on either side which form handles for carrying the case. Along the inside bottom of the case is a metal ring which is welded to the upstanding metal frames. The upper portion of each handle forms a stacking ledge which is received within a channel positioned adjacent and parallel to the side edges along the underside of each case, thus allowing the cases to be securely stacked. Adjacent each channel is a parallel slot which extends through the underside of each case and is used for nesting empty cases. The slot is designed to receive the frames of the next two lower cases thereby permitting a nesting ratio of 3:1 or greater.

Nestable open case

Plastic bag rack

Growing community of inventors

Rancho Palos Verde, CA, United States of America

James B Rehrig