URL Subpart Segmentation for Granular Navigation
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Solution Overview
Problem
Conventional software applications lack granularity and robust functionality in implementing and presenting hyperlinks, preventing users from selecting and navigating to distinct subparts within a uniform resource locator, and fail to graphically distinguish these subparts, treating hyperlinks as indivisible navigational tools.
Innovation Solution
A hyperlinking process that identifies and graphically distinguishes subparts of a uniform resource locator, allowing users to select and retrieve data from each subpart, by parsing the URL to detect delimiters and render subparts in a hierarchical structure, and providing graphical cues such as distinct colors or underlining upon interaction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional software applications treat hyperlinks as indivisible navigational tools, then the implementation is simple, but users cannot navigate to distinct subparts within a uniform resource locator
Solution Approach 1:
The patent divides a uniform resource locator into multiple selectable subparts (protocol, domain, path components) that users can individually interact with. Each subpart becomes an independent navigational target, allowing users to jump to specific portions of the URL rather than treating the entire URL as a single unit. This segmentation enables granular navigation while maintaining the overall hyperlink structure.
2Loss of information
If conventional software applications do not graphically distinguish subparts of a hyperlink, then the display is simple, but users cannot visually identify discrete locations within the uniform resource locator
Solution Approach 1:
The patent applies different visual characteristics to different subparts of the uniform resource locator. Each subpart can be displayed with unique formatting such as different colors, underlining styles, or highlighting, allowing users to visually distinguish between protocol, domain, and path components. This local differentiation provides immediate visual feedback about the structure and selectable portions of the URL.
3Productivity
If conventional software applications require users to retype or copy-paste subparts of a uniform resource locator, then the hyperlink structure remains simple, but user interaction becomes frustrating and inefficient
Solution Approach 1:
The patent pre-processes the uniform resource locator by identifying and marking subparts before user interaction. The system anticipates user needs by preparing selectable segments in advance, so when users want to navigate to a specific portion, the subpart is already identified and ready for selection. This eliminates the need for users to manually retype or copy-paste portions of the URL.
Solution Approach 2:
The patent introduces an intermediary layer between the complete uniform resource locator and the user's navigation action. This intermediary system automatically parses the URL, identifies subparts, and presents them as selectable options. When users select a subpart, the system handles the navigation logic, extracting and processing only the necessary portion. This intermediary mechanism simplifies user interaction while maintaining full URL functionality.
Data Source
AI summary
A hyperlinking process identifies a uniform resource locator within content (e.g., within a web page, document, etc.). The hyperlinking process further identifies a plurality of subparts of the uniform resource locator. In this manner, each subpart represents a distinct location separately referenceable from a location referenced by the entire uniform resource locator. Additionally, the hyperlinking process receives a selection of a subpart of the uniform resource locator that identifies a selected subpart. In response to the selection of the subpart, the hyperlinking process references the distinct location associated with the selected subpart.