Article Arrangement Modification for Stable Layered Stacking
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Solution Overview
Problem
Existing article arrangement systems fail to prevent articles from falling into open areas when stacked, leading to potential damage and stack collapse.
Innovation Solution
An article arrangement determination system that includes a determination processor and a modification processor to modify upper-layer arrangements to avoid articles falling into open areas in lower layers, using processes like rotation and horizontal movement to ensure stable stacking.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If preset arrangement patterns are used to stack multiple articles on a support, then stacking efficiency is improved, but articles may fall into open areas causing damage or stack collapse
Solution Approach 1:
The determination processor performs preliminary analysis of arrangement patterns before actual stacking, identifying open areas that could cause articles to fall. The system modifies arrangement patterns in advance to eliminate such hazardous open areas, ensuring stack stability is built into the arrangement design before articles are physically stacked.
Solution Approach 2:
The system incorporates feedback by analyzing the determined arrangement patterns and identifying potential falling risks. When open areas are detected that could cause articles to fall, the system feeds this information back to modify the arrangement pattern, creating an iterative improvement process that ensures both efficiency and stability.
2Area of stationary object
If open areas are left in article layers, then space utilization is improved, but articles in upper layers may fall into these open areas
Solution Approach 1:
The determination processor proactively identifies open areas that could become hazards and modifies arrangement patterns to prevent articles from falling into them. By taking preliminary anti-action against potential falling risks, the system maintains necessary open areas for space utilization while preventing the harmful effect of articles falling.
3Reliability
If arrangement patterns are modified to prevent falling, then stack stability is improved, but determination process complexity increases
Solution Approach 1:
The system performs preliminary determination and modification of arrangement patterns using automated processing logic. By establishing clear determination criteria for open areas and falling risks in advance, the system manages complexity through structured algorithms rather than ad-hoc analysis, making the determination process systematic and efficient.
Data Source
AI summary
An article arrangement determination system includes a determination processor and a modification processor. The determination processor obtains lower-layer arrangement information indicating lower-layer article arrangement that is arrangement of articles included in a lower article layer and upper-layer arrangement information indicating upper-layer article arrangement that is arrangement of articles included in an upper article layer. The determination processor determines, in response to the lower-layer article arrangement having an open area, whether an article included in the upper article layer has a possibility of falling into the open area. The modification processor modifies the upper-layer arrangement information in response to determination that an article has the possibility of falling. The modification processor determines, in response to upper-layer article arrangement indicated by modified arrangement information resulting from modifying the upper-layer article arrangement having no possibility of falling, the modified arrangement information as new upper-layer arrangement information.