Weave Puzzle Strips for Distortion-Free Composite Image Assembly
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Solution Overview
Problem
Current jigsaw puzzles lack the combination of enjoyability from image assembly and weaving, presenting challenges in creating a high-quality composite image from woven puzzle pieces.
Innovation Solution
A weave puzzle system where elongate strips with image portions are woven together, incorporating blanks to enhance complexity and featuring customizable orientations and images, allowing for multiple solutions based on weaving patterns.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If separate puzzle pieces are woven together to form a composite image, then the puzzle combines image assembly enjoyment with weaving satisfaction, but maintaining high image quality and proper alignment becomes difficult due to the nature of weaving
Solution Approach 1:
The puzzle is segmented into multiple separate strips that can be woven together. Each strip contains portions of the composite image, and the strips are designed to be interlaced in a weaving pattern. This segmentation allows the puzzle to combine both image assembly and weaving activities while maintaining image quality through careful design of the strip divisions and image distribution across segments.
2Adaptability or versatility
If blanks are added to puzzle strips to enhance complexity, then the puzzle becomes more challenging and interesting, but the difficulty of aligning and assembling the strips increases
Solution Approach 1:
Blanks are strategically placed at specific locations on certain strips where they will be positioned during the weaving process. These blanks create local variations in appearance that guide the assembly process and add complexity without overwhelming the solver. The local quality principle allows blanks to enhance interest at specific points while maintaining overall assembly feasibility.
3Adaptability or versatility
If multiple orientations and customizable images are allowed, then the puzzle offers more solutions and variety, but determining the correct configuration becomes more difficult
Solution Approach 1:
The puzzle strips are designed with asymmetric features including varying widths, different blank placements, and non-uniform image portions. These asymmetric characteristics create unique configurations that guide solvers toward the correct arrangement. The asymmetry principle ensures that while multiple orientations may be possible, only specific configurations will produce the intended composite image, making verification possible through the unique pattern of interlaced strips.
Data Source
AI summary
A plurality of first strips and second strips are provided, each including portions of an overall composite image thereon. The strips are woven together to cause the portions of the image to be joined together to complete the composite image. Blanks can be provided on portions of the strips which weave under portions of other strips. The strips are initially provided on multiple sheets which are printed with an image which has gaps built thereinto by removing portions of the image so that when the sheets are cut into strips and the weave is completed, a distortion free composite image results. A software application can be provided which converts the image into the sheets, ready for printing on a personal printer and cutting. The invention can be implemented upon a computer through manipulation of strip objects appearing on a display associated with the computer to virtually weave the strip objects together.