Puzzle Piece Storage Compartments for Completeness and Difficulty Control
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Solution Overview
Problem
Existing puzzle games often suffer from missing pieces, which are not detected until assembly is complete, and customers may find certain motifs too difficult due to lack of control over piece difficulty and completeness.
Innovation Solution
A system for storing puzzle pieces in separate, smaller containers that ensure completeness and allow users to select difficulty level by assembling groups of pieces, using dimensions and markings to verify piece count.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If puzzle pieces are stored in a single box or bag, then storage is simple, but it is difficult to verify completeness and pieces can be mixed up
Solution Approach 1:
The storage container is divided into multiple individual compartments or smaller containers, each holding a specific number of puzzle pieces. This segmentation allows customers to easily verify completeness by checking each compartment separately, while the overall structure remains a single integrated box.
2Adaptability or versatility
If all puzzle pieces are provided in one group, then assembly is traditional, but customers cannot control difficulty level
Solution Approach 1:
Puzzle pieces are divided into multiple groups based on difficulty level, image complexity, or color patterns. Customers can select which groups to assemble based on their skill level and preferences, providing adaptability while maintaining a structured organizational system.
Solution Approach 2:
The grouping structure allows customers to dynamically select and combine different groups of pieces according to their desired difficulty level, transforming a static single-group puzzle into a flexible multi-level assembly experience.
3Measurement precision
If puzzle pieces are not pre-sorted, then storage is simple, but customers cannot easily identify missing pieces
Solution Approach 1:
By organizing pieces into segmented groups with known quantities in each compartment, customers can quickly identify missing pieces by comparing expected versus actual counts in each segment, rather than searching through an unsorted mixture.
Solution Approach 2:
The structured grouping provides immediate visual feedback about piece completeness. If a compartment appears empty or has fewer pieces than expected, it signals a potential issue without requiring thorough inspection of all pieces.
4Reliability
If puzzle pieces are stored loosely, then accessibility is good, but pieces get mixed up and lost
Solution Approach 1:
Individual compartments or small containers within the storage box provide structured containment that prevents pieces from mixing up or getting lost, while still allowing easy access by simply opening the relevant compartment.
Solution Approach 2:
Smaller individual piece containers or compartments are nested within the larger storage box, creating a hierarchical structure that maintains both security (pieces can't escape) and accessibility (easy to reach individual groups).
Data Source
AI summary
A sales unit of a puzzle with a puzzle which comprises a plurality of puzzle pieces which together form a picture with one or more motifs, as well as a storage container for the puzzle pieces, wherein the puzzle pieces of one picture are assembled into at least two or more groups with two or more puzzle pieces respectively, irrespective of the motif or motifs, wherein the groups of puzzle pieces are arranged separately from one another in the storage container. A method for manufacturing the puzzle as well as a system for storage of a puzzle with a storage container and two or more dimensionally stable smaller storage containers can include each smaller storage container receiving a group of puzzle pieces with two or more puzzle pieces.