Tapered Container Sleeves with Patterned Openings for Low-Waste Packaging

The patent changes the physical state and properties of the packaging material from plastic shrink film requiring thermal contraction to paper material relying on friction and geometric interlocking. The paper sleeve is designed with specific dimensional parameters and surface friction characteristics that enable it to grip the tapered container sections without requiring heat activation, thereby eliminating the high energy input needed for shrink wrapping while maintaining product stability.

The patent replaces expensive, energy-intensive plastic shrink film with inexpensive, readily available paper material. The paper sleeve serves as a disposable packaging element that can be easily applied and removed without requiring expensive shrink wrapping equipment or high energy input, making it both economically and environmentally superior while achieving the same stabilizing function.

The patent applies local quality by designing the paper sleeve with a pattern of openings that corresponds precisely to the tapered sections of the containers. Rather than wrapping the entire container surface, the paper material is strategically positioned only where needed - around the tapered sections - allowing for significant material reduction while maintaining the stabilizing function. The openings allow the paper to conform to and grip the container geometry without requiring excess material coverage.

The paper sleeve is segmented into multiple sections with openings between them, allowing each segment to independently conform to and grip a specific tapered section of the containers. This segmentation enables the use of less total material compared to a continuous wrap, as the paper is concentrated only where structural support and friction are needed, rather than covering the entire container surface area.