Rolled paper product arrays and properties
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Solution Overview
Problem
Large diameter roll packages of rolled paper products are perceived as heavier and bulkier, leading to consumer concerns about manageability and value, with misconceptions about firmness and strength, necessitating adjustments in roll firmness, strength, and packaging to align with traditional roll packages.
Innovation Solution
Engineering the number of large rolls in a package to convey value without burden, ensuring equal or lesser firmness than traditional rolls, and texturing or perforating the substrate to address consumer perceptions, while optimizing packaging to resemble traditional roll packages in size and arrangement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If large diameter rolls are used in packages, then fewer rolls are needed per package (improving productivity and display space efficiency), but consumers perceive the packages as heavier and bulkier (worsening ease of operation)
Solution Approach 1:
The patent modifies the physical parameters of the rolls by reducing their diameter and adjusting their firmness to match traditional rolls. This allows large rolls to provide more sheets while maintaining the same perceived size and weight characteristics that consumers expect, thereby improving display space efficiency without compromising ease of operation
Solution Approach 2:
The patent segments the package contents by including multiple smaller rolls within a single package rather than one large roll. This segmentation maintains manageable package dimensions and weight while still providing the productivity benefits of multiple rolls, addressing both the improved feature and worsened feature simultaneously
2Ease of operation
If large diameter rolls are made with equal or lesser firmness than traditional rolls, then consumer perception of manageability improves, but the rolls may be perceived as lighter and potentially lower quality
Solution Approach 1:
The patent carefully adjusts the firmness parameter of the large rolls to match or slightly exceed that of traditional rolls. This parameter change ensures that consumers perceive the rolls as equally firm and high-quality while still maintaining the manageability benefits of larger rolls that provide more sheets per package
Solution Approach 2:
The patent copies the firmness and physical characteristics of traditional rolls in the large roll design. By replicating the tactile and structural properties that consumers associate with quality, the large rolls maintain perceived reliability and quality standards while delivering improved value through greater sheet count
3Quantity of substance
If the number of large rolls per package is increased to communicate value, then consumer perception of value improves, but the package becomes bulkier and heavier
Solution Approach 1:
The patent changes the diameter parameter of the rolls to create a compact size that allows multiple rolls to be packaged together without increasing overall package volume significantly. This enables the inclusion of more rolls to communicate value while maintaining manageable package dimensions
Solution Approach 2:
The patent nests multiple smaller rolls within a compact package configuration. This nesting arrangement allows several rolls to be efficiently packed together, communicating value through quantity while minimizing the overall package volume and maintaining ease of handling
Data Source
AI summary
Array of the present disclosure may comprise packages comprising larger diameter rolls. These packages may weigh the same or less than packages comprising traditional sized rolls and/or these packages may have aisle facing faces that are the same as or smaller than packages comprising traditional sized rolls. The larger diameter rolls may have surprising properties versus traditional rolls: they may be weaker, softer, less firm, generate more lint, etc. than traditional rolls.