Abstract: The present invention comprises a novel staged release bag formed of a generally thermoplastic film material preferably having multiple layers and having discrete cuts formed therein including wickets holes, stabilizing cuts and release paths, and which is useful in an automated packaging operation, and a method for making said bag from a continuous tube or sheet of plastic material.

Abstract: A resealable reusable flexible plastic bag with a loop handle is disclosed for packaging heavy loads, for example large quantities of granular goods such as dog foods, in a sealed manner. The bag comprises flexible outer panels connected by a flexible gusset, inner flexible panels also connected by a flexible gusset, and a closure having flexible mating portions connected to the outer gusset. The outer gusset includes a frangible portion such as a line of perforations to facilitate access to the inner gusset. The inner gusset also includes a frangible portion to facilitate access to the goods therein. The flexible mating portions of the closure are separably connectable to each other to prevent access to the goods when connected and to facilitate access to the goods when separated.

Abstract: A reusable plastic bag with a loop handle is disclosed for packaging goods in a sealed manner with perforations being provided to facilitate access to the goods without interfering with the reusability of the bag. The bag is made from a laminate of opaque plastic material on which printing is applied and over which is bonded a transparent layer to protect the printing and increase the strength of the bag.