Modular mailing container system and process

Abstract

Abstract A mailing container system consisting of three dimensionally standardized modules and corresponding folding paperboard cartons therefor is described. Each module is constructed of plastic material and consists of a base with a mating lid member. Both the internal and external surface planes of each module are uninterruped at the lid closure line, and each module is selfsealing and reusable. Each container is formed by the plastic module and an outer paperboard mailing carton cover. The modules are dimensioned preferably in sizes of about 3 1/2 X 5 X 1 1/2 inches; 5 X 7 X 2 1/2 inches; and 7 X 11 X 6 1/2 inches. A packaging system in kit form is also disclosed consisting of an assortment of modules disposed within a single large module, together with the appropriate folded mailing carton covers packed within for each of the two smaller-size modules. More specifically, although not necessarily limited to, A modular mailing container system for most parcels not exceeding a length and girth of 10-inches by 25-inches respectively; offering an assortment of containers in three standard sizes all modular in nature, each made of a plastic material forming a molded set-up box with separable lid cover held intact through vacuum and friction, each then packed with respectively sized paperboard mailing carton. A method of packaging as stated above, in kit form and ready for use as packed, comprised of self-sealing plastic modules with folding paperboard mailing cartons. It is organized to allow the user, regardless of his degree of familiarity, to quickly assemble anywhere sturdy and rigid packaging without additional apparatus for parcels of assorted size, ready for mailing, with assured safety to contents. Utilizing such standardized packaging parcels are able to be handled by any postal system having facilities using either a conventional or a reciprocally automated mail processing method. Sealing tape is optional for use in any postal system which requires the complete closure and sealing of parcels to qualify for mailing in classes such as registered mail. Failsafe and modular to the third dimension, each standardized container when prepared for mailing is acceptable by any postal system in the world equipped for the automated machine processing of parcels using the cubic volume method of parcel containment, and mechanical conveyancing, handling and shipment, which is the preferred application of this invention.

Inventors

• 👤 Paul Noel Ghione

Bibliographic Details