Image Forming Apparatus Wrapping Paper Dimension Acquisition
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing image forming apparatuses lack the capability to efficiently print wrapping papers for packaging three-dimensional objects, as they are primarily designed for flat documents, failing to accommodate the unique dimensions and packaging requirements of three-dimensional items.
Innovation Solution
An image forming apparatus with an image reading part to acquire object dimensions, a paper selection part to choose suitable paper, a preview display part to show packaging outcomes, a packaging mode selection part, a pattern selection part, and a printing location adjusting part to optimize pattern placement on the wrapping paper, allowing users to select and adjust the packaging mode and pattern placement interactively.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If existing image forming apparatuses are used for printing wrapping papers, then the basic printing function is available, but they fail to accommodate the unique dimensions and packaging requirements of three-dimensional objects
Solution Approach 1:
The image forming apparatus is enhanced with multiple functional modules including an image reading part for capturing object dimensions, a dimension acquisition part for calculating packaging requirements, a packaging mode selection part for choosing wrapping styles, and a pattern selection part for decorating the wrapping paper. This multi-functional integration enables the single apparatus to handle both document printing and three-dimensional object wrapping paper generation, achieving versatility without requiring separate specialized devices
Solution Approach 2:
The wrapping paper printing function is divided into distinct operational segments: image acquisition of the object, dimension calculation based on captured images, selection of packaging modes (such as cross wrapping, parallel wrapping, or Furoshiki style), pattern selection for the wrapping paper design, and final printing execution. This segmentation allows each module to perform its specific function independently while contributing to the overall wrapping paper generation process, making the complex system manageable and adaptable
2Ease of operation
If automatic dimension acquisition is implemented, then user operation is simplified, but measurement precision may be compromised
Solution Approach 1:
The system performs preliminary image acquisition of the three-dimensional object from multiple angles before dimension calculation. The image reading part captures images of the object, and these images are stored and processed to extract dimension information. This preliminary imaging action allows the system to have multiple measurement references and enables manual verification or adjustment if needed, maintaining both ease of operation and measurement precision
Solution Approach 2:
The dimension acquisition part calculates dimensions based on captured images and presents the results to the user through the operation panel. The system provides feedback by displaying the measured dimensions and allowing the user to verify or manually adjust them. This feedback mechanism ensures that automatic measurement does not compromise precision, as users can correct any inaccuracies before final wrapping paper generation
3Productivity
If pattern placement is automatically determined, then printing speed is improved, but pattern aesthetic alignment may be compromised
Solution Approach 1:
The pattern placement system provides dynamic adjustment capability where the operation panel displays a preview of the wrapping paper with the selected pattern and allows the user to manually reposition the pattern by dragging it to the desired location. This dynamic interaction enables the system to adapt between automatic placement (for speed) and manual adjustment (for precision), allowing users to choose based on their specific needs for each wrapping task
4Adaptability or versatility
If multiple packaging modes are provided, then user customization is enhanced, but device complexity increases
Solution Approach 1:
The operation panel provides localized control for each packaging mode selection, presenting only the relevant options and parameters for the selected wrapping style. When a user chooses a specific packaging mode (such as cross wrapping, parallel wrapping, or Furoshiki), the interface dynamically adjusts to show only the controls and settings pertinent to that mode, reducing the perceived complexity while maintaining comprehensive customization capabilities across different packaging styles
Data Source
Figure 1
Figure 2
Figure 3
AI summary
The invention relates to an image forming apparatus having a capability of printing a wrapping paper for packaging a three-dimensional object, characterized in that said image forming apparatus includes an image reading part (120) acquiring an image of an object matter placed on a document table, a dimension acquisition part (301) acquiring dimensions of the three-dimensional object on the basis of the image of one face of the three-dimensional object, and the image of another face, crossing the one face of the three-dimensional obj ect, the images having been acquired by the image reading part (120), a paper selection part (302) selecting a paper capable of packaging the three-dimensional object on the basis of the dimensions of the three-dimensional object, the dimensions having been acquired by the dimension acquisition part (301), and an image forming part (140) outputting a wrapping paper, having been printed with an image on the paper, the paper having been selected by the paper selection part (302).