Essex Group, Inc.

Louis G Ditton

Alvin D Thomas

Robert M Bishop

A pallet assembly for transporting and de-spooling electrical wire packaged in different forms (on reels or in boxes and pails) is disclosed. The pallet assembly comprises a base and a first layer cover. The base has a number of depressions formed in its top surface, each capable of receiving packages having different cross sectional profiles (circular, square, rectangular, etc.). The first layer cover has a number of locator bosses extending downward from its bottom surface. While being shipped, the packages are secured in the depressions on the top surface of the base, and the first layer cover is disposed above the packages so that the locator bosses engage the packages. In addition, the pallet assembly may contain tubular shrouds for de-spooling wire reels directly off the pallet. All components of the pallet assembly are made from a thermoplastic material and are reusable.

Pallet for shipping and de-spooling electrical wire

A palletized structure for containing a plurality of wire spools or pails containing wire is disclosed. The palletized structure includes a formed cap structure with an integrally formed beam structure which preserves the rigidity of the cap structure when the palletized structure is subjected to motion and shock forces normally encountered in loading, shipping or storage of wire spools or pails. The cap structure retains the relative position of the spools or pails within the palletized structure.

Palletized structure containing spools

Container insert

In a wire shipping and dispensing package comprising a wire-carrying spool disposed vertically in a generally rectangular carton having side and end walls extending upwardly from a substantially square bottom section to define a substantially square open top, the lower end portion of the carton is adapted to frictionally fit within the upper end portion of a substantially identical carton disposed therebelow. A pad sheet is removably secured in the open top of the carton in engagement with the rim of an upwardly cupped upper end flange of the spool and provides a seating surface for the bottom section of a substantially identical carton disposed thereabove with its lower end portion fitted into the upper end portion of the lower carton. The pad sheet has a central opening therein providing access to handle means affixed to the spool and located within the confines of the upper end flange for manual lifting and transport of the spool by the handle means while the carton is retained on the spool by the pad sheet.

Wire shipping and dispensing package

A molded plastic spool for the shipping, storage and handling of a substantial weight of wire which comprises bottom and top end flanges at respective bottom and top ends of a tubular barrel. A radially inwardly extending end plate at the top end of the barrel has two pairs of generally U-shaped finger-receiving handles formed integrally therewith for two-handed manual lifting of the spool.

Spool with lifting handles

A tapered flange wire spool construction having a load supporting hub portion at each end of a spool with a load bearing surface lying outwardly of the outer end surface of a respective outwardly flared end flange portion of the spool to enable the weight of wire carried by the spool to be transferred solely through a hub portion to a supportive surface disposed below the spool for preventing impact of the corresponding end flange portion with the supportive surface.

Tapered flange wire spool

The invention relates to containers and more specifically to self-locking cartons. More specifically still, the invention relates to compartmented, fully enclosed, self-locking cartons.

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Fort Wayne, IN, United States of America

Louis G Ditton