Finishing Compatibility Evaluation for Printed Data
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Solution Overview
Problem
Users often select document finishing options that impinge on printed data, leading to unnecessary reprinting and re-finishing, especially when using third-party services, resulting in resource wastage and decreased user satisfaction.
Innovation Solution
A system evaluates the compatibility of selected finishing options with printed data by comparing page and finishing bitmaps to detect potential impingement, offering alternative finishings that avoid data overlap, allowing for correction before printing and finishing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If a selected finishing option is applied to a document, then the document can be bound or finished, but printed data may be impinged or obscured by the finishing process
Solution Approach 1:
The system performs preliminary analysis by generating a page model from the electronic document and a finishing model for the selected finishing option before actual printing and finishing. These models are compared in advance to predict potential impingement issues, allowing users to adjust the document layout or select alternative finishing options before committing to the printing process, thereby preventing printed data impingement while still achieving the desired document finishing
Solution Approach 2:
The invention creates digital representations (models) of both the page content and the finishing option. By comparing these copied models rather than the actual physical document and finishing process, the system can predict impingement issues without affecting the original document or requiring trial printing, thus preventing data loss while enabling document finishing
2Productivity
If a user selects a finishing option without evaluating compatibility, then the finishing process can proceed quickly, but printed data may be lost requiring reprinting
Solution Approach 1:
The compatibility evaluation is performed in advance by comparing the page model with the finishing model before the actual printing and finishing processes begin. This preliminary check identifies potential impingement issues early, allowing users to make corrections or select alternative options without wasting physical printing and finishing resources, thus preventing resource loss while maintaining efficient workflow
Solution Approach 2:
The system provides feedback to the user about the compatibility between the selected finishing option and the document content. By analyzing the page model and finishing model comparison results, the system communicates potential impingement issues to the user, enabling informed decision-making about whether to proceed with the selected finishing option, modify the document, or choose an alternative finishing method, thereby preventing unnecessary resource consumption
3Reliability
If third-party services are used for printing and finishing, then specialization and quality can be improved, but user satisfaction decreases due to undetected impingement issues
Solution Approach 1:
The system provides automated feedback about finishing compatibility directly to the user before the document is sent to third-party printing and finishing services. By comparing the page model with the finishing model and communicating potential impingement issues, the system empowers users to make informed decisions about their document preparation, ensuring that the high-quality third-party services are not wasted on incompatible documents, thus improving user experience while maintaining service quality
Solution Approach 2:
The compatibility evaluation is performed in advance by the user's system before the document is transmitted to third-party services. This preliminary check ensures that only compatible document-finishing combinations are sent for processing, preventing undetected impingement issues that would otherwise require costly rework and frustrate users, thereby enhancing user satisfaction while utilizing specialized third-party services
Data Source
AI summary
A solution for evaluating a compatibility of a selected finishing with printed data of a document is provided. A page model is obtained for a page of the document, and its compatibility with a model of the selected finishing is evaluated. Each model can comprise a representation of a page/finishing (e.g., a bitmap) and/or a set of properties of the page/finishing. In an embodiment of the invention, the page model comprises a page bitmap and the finishing model comprises a finishing bitmap, which includes a set of impinged pixels. The two bitmaps are compared to determine whether any of the printed data in the page bitmap intersects any of the impinged pixels.