Abstract: An appliqué is described, as well as a method for mounting it, and a template for accurately placing it in any number of trial locations and a final location. An appliqué is described having a base shell, an outer shell, and one or more intermediate shells. Bases on the outer shell may be connected using shell fasteners to corresponding landings on the base shell. Footings on the base shell may be fastened to a wall using wall fasteners. A template is described for use in placing an appliqué in any number of trial locations on a surface. A method of using a template is disclosed for placing an appliqué in trial locations and in a final location. The template may be part of a consumer package enclosing an appliqué. This Abstract is provided to comply with the rules, which require an abstract to quickly inform a searcher or other reader about the subject matter of the application.

Abstract: Packaging made of inexpensive thermoformed plastic is described. The packaging includes a base and cover defining a plurality of chambers. The cover includes a plurality of flaps, each flap corresponding to a chamber. The flaps can be manipulated independently of one another to provide selective access to a desired chamber with opening other chambers. The invention can be applied to create through thermoforming packaging of many different shapes and sizes.

Abstract: Dunnage for shipping densely packed objects is disclosed. The dunnage consists of trays for supporting objects. Each tray includes a plurality of alternating, spaced first and second bays. Each first bay is adapted to hold one end of the object, while each second bay is adapted to hold the second end of the object. Matched first/second bay pairs are formed when two trays are placed with their bay openings facing one another. This allows each object to be retained by a first/second bay pair. To stack non-linear and symmetric objects in a high vertical density, a second set of trays is stacked on top of the first set of trays. The trays of the second set of trays are different in that the order of bays are opposite the order of bays in the first set of trays. This allows for opposite first/second bay pairs and greater vertical density.