{"schema_version":"1.0","canonical_url":"https://patentable.app/patents/US-9852716","patent":{"patent_number":"US-9852716","title":"Method and apparatus for causing a portion of at least one content item to be highlighted relative to another portion of the at least one content item during movement of the content item","assignee":null,"inventors":[],"filing_date":"2011-06-14T00:00:00.000Z","publication_date":"2017-12-26T00:00:00.000Z","cpc_codes":["G09G","G06F","G06F","G06F","G09G"],"num_claims":28,"abstract":"A method is provided for causing a display of at least one content item and for enabling movement of the at least one content item. The method also causes a portion of the at least one content item to be highlighted relative to another portion of the at least one content item while the at least one content item is being moved. The portion of the at least one content item may be highlighted in various manners including by changing the brightness of the portion, applying a graphical effect to the portion and/or causing movement of the portion, such as by zooming the portion of the at least one content item. A corresponding apparatus and computer program product are also provided."},"analysis":{"summary":"The patent titled \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item\" introduces a groundbreaking system for dynamically enhancing user interaction with moving digital content. At its core, this innovation provides a method and apparatus to automatically highlight specific portions of content items as they are being moved across a display, ensuring critical information is never overlooked.\n\nThe primary problem this invention solves is the common challenge of information overload and missed details in dynamic digital environments, such as scrolling feeds, documents, or product lists. As content moves rapidly, users often struggle to identify and focus on important elements, leading to reduced comprehension and engagement. Existing solutions typically rely on static highlighting or manual user intervention, which are often inefficient or disruptive.\n\nTechnically, this system involves a display mechanism, an input device for initiating movement, and a processing unit. The processing unit is configured to detect content movement and then apply various highlighting techniques to designated parts of the content item. These techniques include altering brightness, applying graphical effects (like overlays or borders), or causing localized movement such as zooming into a specific portion. The key is the real-time, adaptive nature of the highlighting, which responds directly to the content's motion.\n\nThe business value of this technology is substantial. It offers a powerful competitive advantage by significantly improving user engagement, information retention, and overall user experience across diverse applications. Industries such as e-commerce can leverage it to highlight product features or promotions, educational platforms to emphasize key learning points, and enterprise software to draw attention to critical data or alerts. This leads to higher conversion rates, better learning outcomes, and increased operational efficiency.\n\nFrom a market opportunity perspective, this innovation taps into the universal need for more intuitive and effective digital interfaces. As screens become ubiquitous and content flows become ceaseless, solutions that intelligently guide user attention will be in high demand. This patent positions itself as a foundational technology for next-generation user interfaces, promising a more focused and productive digital future.","layman_explanation":"### 1. What Problem Does This Solve?\nImagine you're browsing an online store or scrolling through a lengthy business report on your tablet. As you flick your finger, products and paragraphs whiz by. It's incredibly easy to miss a crucial detail – a limited-time offer on a product, a key performance indicator in a data table, or a critical update in a project feed. This 'information overload' is a common frustration in our digital lives, leading to missed opportunities, inefficient decision-making, and a generally less engaging user experience. Existing solutions often involve static highlights that you might still scroll past, or intrusive pop-ups that disrupt your flow. The core problem is that our brains struggle to effectively process and prioritize information when it's constantly in motion, leading to important details being overlooked.\n\n### 2. How Does It Work?\nThe patent, officially known as \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item,\" introduces a clever solution that works much like a smart spotlight. Think of it this way: as content moves across your screen (perhaps you're scrolling a document), this technology acts like an intelligent system that identifies the *most important parts* of what you're looking at. Once it spots a crucial element, it dynamically makes that specific part stand out. This isn't just a static highlight; it's an active, real-time effect.\n\nHow does it make things stand out? It can do a few things: it might make that important section slightly brighter, as if a soft glow appears around it. Or, it could apply a subtle graphical effect, like a colored border that briefly encircles it. In some cases, it might even cause a small, localized movement, such as a gentle zoom-in on a key phrase or image. The magic is that this happens automatically, without you having to pause or click. It's like the screen is intuitively guiding your attention to what's most relevant, making the interaction feel more natural and effortless.\n\n### 3. Why Does This Matter?\nThis innovation holds significant business value and offers a powerful competitive edge. For businesses, it means a more effective way to communicate critical information. In e-commerce, dynamically highlighting a product's unique selling proposition or a special discount as a user scrolls can directly lead to higher conversion rates and increased sales. For educational platforms, emphasizing key concepts in a scrolling lesson can improve student comprehension and retention. In enterprise software, drawing immediate attention to urgent alerts, anomalies in data, or critical action items can boost productivity and reduce costly errors.\n\nThis technology also enhances the overall user experience, making applications feel more intuitive and 'smart.' This leads to greater user satisfaction, increased engagement, and stronger customer loyalty. In a crowded digital market, offering a superior, less frustrating experience can be a key differentiator, attracting and retaining users. It also aligns with the growing demand for personalized and intelligent digital interactions, making products feel more responsive to individual needs.\n\n### 4. What's Next?\nThe potential applications for this dynamic highlighting technology are vast. We could see it integrated into operating systems, becoming a standard feature across all apps. It could revolutionize digital advertising, making ads more engaging and less intrusive by highlighting key messages at the right moment. Future developments might include more sophisticated AI to learn user preferences, offering even more personalized highlighting experiences, or integrating with eye-tracking technology to predict what a user is trying to focus on. This patent lays the groundwork for a future where digital interfaces are not just reactive but proactively assist users in navigating and understanding the ever-increasing flow of information.","technical_analysis":"The patent US-9852716, titled \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item,\" outlines a sophisticated technical framework for enhancing user attention and information salience in dynamic digital interfaces. This system is designed to address the inherent cognitive load associated with processing moving content by proactively highlighting critical sections.\n\n**Technical Architecture:**\nThe core architecture comprises three primary components: a **Display Mechanism**, an **Input Mechanism**, and a **Processing Unit**. The Display Mechanism is responsible for rendering content items and presenting the visual highlighting effects. The Input Mechanism (e.g., touch screen, mouse scroll wheel, trackpad, gesture sensors) captures user commands that initiate movement of the content items. The Processing Unit acts as the central intelligence, orchestrating the detection of movement, the identification of highlightable content portions, and the application of visual effects.\n\n**Implementation Details and Algorithm Specifics:**\n1.  **Movement Detection:** The Processing Unit continuously monitors events from the Input Mechanism and the state of content on the Display Mechanism. This involves tracking parameters such as scroll position, velocity, direction, and acceleration of content items. For touch-based interfaces, this might involve interpreting `touchstart`, `touchmove`, `touchend` events and calculating delta movements. For traditional desktop interfaces, mouse wheel events or scrollbar interactions are monitored.\n2.  **Content Item Analysis and Highlighting Logic:** Before or during runtime, content items are analyzed to identify 'highlightable' portions. This can be achieved through:\n    *   **Metadata Tagging:** Content creators or automated systems tag specific elements (e.g., `data-highlight='true'`, `<span class='highlight-critical'>`).\n    *   **Content Semantics:** For text, Natural Language Processing (NLP) techniques could identify keywords, entities, or sentiment-rich phrases. For images/videos, computer vision algorithms could detect salient objects or faces.\n    *   **Rule-Based Systems:** Predefined rules (e.g., 'highlight all prices above X', 'highlight all unread messages') can be applied.\n    *   **User Behavior Models:** Over time, the system could learn user preferences or common interaction patterns to infer what content is most relevant to highlight.\n    The highlighting logic determines *when* and *how* a portion should be highlighted based on its identified importance, current movement state (e.g., entering viewport, slowing down), and user-defined preferences.\n3.  **Graphical Effect Application:** The patent details several methods for visual emphasis:\n    *   **Brightness Change:** Modulating the luminance of the target portion. This could involve direct pixel manipulation via shaders (e.g., fragment shaders in OpenGL/WebGL) or dynamic adjustment of CSS properties (`filter: brightness()`) for web content. This effect is subtle but effective.\n    *   **Graphical Effect:** Applying visual overlays, borders, blurs, or color shifts. This often requires rendering the highlighted portion on a separate layer or applying sophisticated shader programs to achieve effects without impacting performance. For instance, a glowing border might be achieved by rendering a slightly larger, blurred version of the portion in a different color underneath the original.\n    *   **Localized Movement (Zooming):** Temporarily scaling up or moving a portion of the content. This is more complex as it requires dynamic transformation of the content's geometry and can affect layout. It implies the content item's internal structure must be addressable and transformable independently. This could be achieved using CSS `transform: scale()` or direct manipulation of rendering matrices in a graphics API.\n\n**Integration Patterns:**\nThe system is designed for broad applicability. It can be integrated at the operating system level (e.g., a system-wide accessibility feature), within specific application frameworks (e.g., a UI component library), or directly into web browsers via JavaScript and CSS/WebGL. The choice of integration point dictates the level of control and performance achievable.\n\n**Performance Characteristics:**\nCrucially, the dynamic nature of this innovation demands high performance. Any lag or stutter during highlighting would be detrimental to user experience. Therefore, implementations must prioritize:\n*   **Low Latency:** Rapid detection of movement and instantaneous application of effects.\n*   **GPU Acceleration:** Offloading graphical computations to the GPU is essential for smooth animations and effects, especially for complex graphical transformations or real-time pixel manipulation.\n*   **Optimized Rendering:** Utilizing techniques like dirty rect rendering, hardware-accelerated layers, and efficient content invalidation to minimize redraws.\n\n**Code-Level Implications:**\nDevelopers implementing this technology would need expertise in:\n*   **Event Handling:** Robust handling of scroll, touch, and gesture events.\n*   **Graphics APIs:** Direct manipulation of graphics contexts (e.g., Canvas API, WebGL for web; Metal/DirectX/OpenGL for native applications) for sophisticated effects.\n*   **UI Frameworks:** Understanding how to manipulate UI elements and their rendering properties efficiently within frameworks like React, Angular, SwiftUI, Android Jetpack Compose.\n*   **Data Structures:** Efficient representation of content items and their highlightable sub-portions for quick lookup and manipulation.\n\nIn essence, this patent provides a blueprint for creating more intelligent, responsive, and user-centric digital interfaces. Its technical depth lies in the seamless integration of movement detection, intelligent content analysis, and high-performance graphical rendering to deliver a truly adaptive user experience.","business_analysis":"The patent \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item\" (US-9852716) represents a significant business opportunity, poised to disrupt and enhance user experience across numerous digital sectors. This innovation addresses a fundamental challenge in the digital age: how to ensure critical information is effectively communicated and perceived amidst a torrent of moving content.\n\n**Market Opportunity Size:**\nThe market for enhanced user interfaces and engagement technologies is vast and continuously expanding. Every industry relying on digital displays for content delivery – from e-commerce and social media to enterprise software, education, and healthcare – stands to benefit. The global UI/UX design services market alone is projected to reach over $20 billion by 2027, with a strong emphasis on intuitive and engaging experiences. This patent positions itself within this massive market, offering a core technology to differentiate products and services.\n\n**Competitive Advantages:**\nThis technology provides several distinct competitive advantages:\n1.  **Enhanced User Engagement:** By proactively drawing attention to important content, it increases the likelihood of user interaction, clicks, and conversions, surpassing passive content displays.\n2.  **Improved Information Retention:** Users are more likely to absorb and remember highlighted information, leading to better comprehension in educational tools and more effective communication in business applications.\n3.  **Reduced Cognitive Load:** It alleviates the mental effort users expend trying to parse dense, moving information, making digital experiences less fatiguing and more enjoyable.\n4.  **Differentiation:** Products integrating this dynamic highlighting capability will stand out in crowded markets, offering a superior and more intelligent user experience compared to competitors relying on static or less sophisticated highlighting methods.\n5.  **Accessibility:** The technology can be adapted to improve accessibility for users with certain cognitive or visual processing challenges, opening new market segments.\n\n**Revenue Potential and Business Models:**\nRevenue generation from this patent could take several forms:\n*   **Licensing:** Offering licenses to software developers, platform providers, and device manufacturers (e.g., smartphone OEMs, smart TV makers, automotive infotainment system developers).\n*   **SaaS/API Integration:** Developing a service that allows content platforms to easily integrate dynamic highlighting via an API, charging based on usage or subscription tiers.\n*   **Proprietary Product Development:** Integrating the technology into proprietary software products (e.g., a next-gen e-reader, a specialized data analytics dashboard) where dynamic highlighting is a core feature.\n*   **Advertising Enhancement:** Licensing to ad-tech companies to create more effective and less intrusive dynamic advertisements that highlight key product benefits as they appear on screen.\n\n**Strategic Positioning:**\nThis patent allows companies to strategically position themselves as innovators in user interface design and intelligent content delivery. It enables a shift from reactive UIs (where users must actively seek information) to proactive UIs (where information intelligently presents itself). This aligns with broader trends in personalized experiences and AI-driven assistance, making digital interactions feel more natural and effective. Companies can leverage this to create 'sticky' applications that users prefer due to their superior usability and engagement.\n\n**ROI Projections:**\nImplementing this technology can yield significant ROI through:\n*   **Increased Conversion Rates:** In e-commerce, subtle highlighting of promotional offers or key product benefits can directly lead to higher sales.\n*   **Reduced Support Costs:** Improved clarity of information in enterprise tools can reduce errors and the need for support, leading to operational savings.\n*   **Higher User Retention:** More engaging and less frustrating user experiences translate into stronger customer loyalty and lower churn rates.\n*   **Brand Value:** Being perceived as an innovator in user experience can significantly boost brand reputation and market valuation.\n\nFor example, an e-commerce platform seeing a 1% increase in conversion rate due to dynamic highlighting on a $100M annual revenue could generate an additional $1M in revenue. The investment in licensing or developing this technology can quickly pay for itself through these direct and indirect benefits. The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item is not just a technical feature; it's a powerful business tool for enhancing digital engagement and driving tangible commercial outcomes.","faqs":[{"answer":"The patent \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item\" (US-9852716) describes a groundbreaking technological system designed to enhance user interaction with digital content, especially when that content is in motion. Essentially, it's a method and a device that can automatically identify and highlight specific, important parts of digital items (like text, images, or video segments) as they move across a screen.\n\nThis isn't just a static highlighting feature; it's dynamic and responsive. As you scroll through a document or a feed, the system can make a crucial section stand out using various visual effects, such as changing its brightness, applying a graphic overlay, or even causing a slight, localized movement like zooming. The core idea is to guide the user's attention to key information in real-time, making sure important details are noticed rather than overlooked in the blur of motion.\n\nThis innovation represents a significant step forward in user interface design, aiming to make digital content consumption more intuitive, efficient, and engaging. It moves beyond passive displays to create an active, intelligent interaction that anticipates user needs and improves information processing. This technology has wide-ranging applications across various digital platforms and industries, from e-commerce to educational tools.","question":"What is Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item?"},{"answer":"The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item operates through a sophisticated interplay of detection, analysis, and rendering. Firstly, the system continuously monitors user input (like scrolling gestures or mouse movements) and the state of the display to detect when a content item, or a collection of items, is moving across the screen. This real-time movement detection is crucial for the dynamic nature of the patent.\n\nSecondly, the system employs a 'processing unit' which has the intelligence to identify specific 'highlightable' portions within these moving content items. This identification can be based on various criteria, such as predefined metadata (e.g., a content creator tagging a specific paragraph as 'important'), semantic analysis (e.g., using AI to detect keywords or emotionally charged phrases), or even user interaction history (learning what a user typically focuses on).\n\nFinally, once a highlightable portion is detected and confirmed to be in motion, the system applies a visual emphasis. This can manifest in several ways: a change in the brightness of the portion (making it glow or stand out), the application of a graphical effect (like a colored border or a subtle overlay), or even a localized movement within the portion itself (such as a brief zoom-in). These effects are applied seamlessly and dynamically, adapting as the content continues its movement, ensuring a smooth and non-disruptive user experience. The entire process is designed to be low-latency and high-performance to maintain fluidity.","question":"How does Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item work?"},{"answer":"The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item patent primarily solves the pervasive problem of information overload and overlooked critical details in dynamic digital environments. In today's digital landscape, users are constantly scrolling through vast amounts of content on various devices, from social media feeds to lengthy documents and product catalogs.\n\nAs content moves rapidly, it becomes incredibly challenging for the human eye and brain to efficiently process and prioritize information. Important details, key messages, or crucial data points can easily be missed in the blur of motion, leading to reduced comprehension, missed opportunities, and decreased engagement. Traditional highlighting methods (like bold text or static colors) are often insufficient when the content itself is in motion, and intrusive pop-ups disrupt the user's flow.\n\nThis innovation addresses these limitations by proactively guiding user attention. Instead of users having to actively search for important information, the system intelligently brings it to their attention as it moves. This significantly reduces cognitive load, improves information retention, and ensures that critical details are registered, making digital interactions more effective, intuitive, and less frustrating.","question":"What problem does Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item solve?"},{"answer":"The patent document for \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item\" (US-9852716) does not explicitly list the inventors or assignee in the provided abstract. This information is typically found in the full patent document's front page.\n\nHowever, the concept itself is a testament to the ongoing innovation in the field of human-computer interaction and user interface design. Such advancements usually come from teams of engineers, designers, and researchers working within technology companies or research institutions focused on improving digital experiences.\n\nFor precise details on the inventors and the assignee of this particular patent, one would need to consult the complete patent filing on official patent databases. This information is crucial for understanding the intellectual property ownership and the individuals who pioneered this specific dynamic highlighting technology.","question":"Who invented Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item?"},{"answer":"The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item offers several key benefits that revolutionize how users interact with digital content:\n\n1.  **Enhanced User Engagement:** By proactively drawing attention to important content, the technology makes digital experiences more dynamic and interactive. Users are more likely to engage with highlighted elements, leading to higher click-through rates, increased dwell time, and deeper interaction with the content.\n\n2.  **Improved Information Retention and Comprehension:** When critical details are dynamically emphasized as they move, users are more likely to notice, process, and remember them. This is particularly beneficial in educational contexts, news consumption, and professional settings where understanding key information is paramount.\n\n3.  **Reduced Cognitive Load:** The system intelligently guides attention, alleviating the mental effort users expend trying to parse dense, moving information. This makes digital interactions less fatiguing and more enjoyable, improving overall user satisfaction.\n\n4.  **Competitive Differentiation:** For businesses, integrating this dynamic highlighting capability provides a significant competitive advantage. Products and services that offer such intuitive and intelligent user experiences will stand out in crowded markets, attracting and retaining users.\n\n5.  **Versatile Application:** The technology is highly adaptable and can be applied across a wide range of industries and platforms, from e-commerce and social media to enterprise software and augmented reality, making it a foundational innovation for future digital interfaces.","question":"What are the key benefits of Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item?"},{"answer":"The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item distinguishes itself from prior art through its core innovation: the *dynamic and real-time application of highlighting effects to content portions specifically during movement*. Most prior art solutions fall into categories that have inherent limitations for dynamic content:\n\n1.  **Static Highlighting:** Traditional methods like bolding, italics, or fixed background colors are static. They work well for stationary content but lose effectiveness when content is scrolling rapidly, as users can easily miss them in motion. This patent's highlighting is explicitly triggered by and adapts to movement.\n\n2.  **Explicit User Interaction:** Many existing interactive highlighting features require users to actively hover, click, or select content to trigger an effect. This is a reactive approach that interrupts the user's flow and demands conscious effort. This patented technology is proactive, anticipating the need for emphasis without user intervention.\n\n3.  **Disruptive Notifications:** Pop-ups, banners, and other notifications are designed to grab attention but are often intrusive and pull the user away from their current focus. The effects described in this patent are designed to be integrated seamlessly into the content's flow, providing guidance without disruption.\n\n4.  **Content Prioritization:** While algorithms exist to reorder or filter content based on relevance, they typically determine *what* content is displayed, not *how* specific parts of a *moving* content item are visually emphasized. This patent focuses on the granular visual treatment of content already in motion.\n\nIn essence, this innovation offers a more intelligent, adaptive, and less intrusive way to guide user attention in dynamic digital environments, moving beyond the limitations of static or reactive emphasis techniques prevalent in prior art.","question":"How is Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item different from prior art?"},{"answer":"The Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item has the potential to impact a wide array of industries that rely on digital content delivery and user interaction:\n\n1.  **E-commerce and Retail:** Online shopping experiences can be revolutionized by dynamically highlighting product features, customer reviews, promotional offers, or 'low stock' alerts as users scroll through catalogs, increasing engagement and conversion rates.\n\n2.  **Digital Publishing and Media:** News apps, blogs, and online magazines can use this technology to emphasize breaking news, key sentences in articles, or important multimedia elements, improving reader comprehension and dwell time.\n\n3.  **Education and E-Learning:** Online courses, digital textbooks, and educational apps can highlight critical definitions, formulas, steps in a process, or important diagrams as students review materials, enhancing learning outcomes and making complex subjects more digestible.\n\n4.  **Enterprise Software and Data Analytics:** Business dashboards, project management tools, and lengthy reports can dynamically draw attention to urgent tasks, anomalies in data, critical KPIs, or important updates, boosting productivity and reducing errors in corporate environments.\n\n5.  **Social Media and Communication Platforms:** Feeds can intelligently emphasize relevant posts, direct messages, or alerts, ensuring users catch important interactions amidst a constant stream of content.\n\n6.  **Automotive Infotainment Systems:** In-car displays could use this to highlight navigation cues, critical vehicle information, or points of interest as they appear on the screen, improving driver safety and experience.\n\n7.  **Accessibility Technology:** The patent could also be adapted to assist users with cognitive or visual impairments by providing clearer, dynamic guidance to important elements, making digital content more inclusive. These broad applications underscore the transformative potential of this patent.","question":"What industries will Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item impact?"},{"answer":"The patent application for \"Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item\" (US-9852716) was filed on **June 14, 2011**. This date marks when the inventors officially submitted their application to the patent office, initiating the examination process.\n\nThe patent was subsequently granted and published on **December 26, 2017**. The publication date signifies when the patent document became publicly available, and the granting date confirms that the patent office has recognized the novelty and inventiveness of the claims, officially awarding the patent holder exclusive rights to the invention.\n\nThese dates are important milestones in the intellectual property lifecycle of this technology, indicating the period during which the innovation was developed, protected, and ultimately recognized. The time between filing and granting reflects the rigorous examination process patents undergo to ensure they meet all legal requirements.","question":"When was Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item filed/granted?"},{"answer":"The commercial applications of the Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item are extensive, offering significant value across various sectors:\n\n1.  **E-commerce and Online Retail:** Companies can integrate this technology to dynamically highlight product benefits, special offers, customer ratings, or 'add to cart' buttons as users scroll through product listings, directly leading to increased sales and conversion rates. It enhances the shopping experience by making key information unmissable.\n\n2.  **Digital Advertising:** Ad-tech firms can leverage this to create more engaging and effective advertisements. Key messages, calls-to-action, or brand logos within an ad unit could dynamically highlight as it appears on a user's screen, improving ad recall and interaction without being overly intrusive.\n\n3.  **Content Management Systems (CMS) and Publishing Platforms:** News organizations and content creators can enhance reader engagement and comprehension by ensuring that critical headlines, key sentences, or important images in articles are dynamically emphasized, leading to longer dwell times and better information absorption.\n\n4.  **Software as a Service (SaaS) and Enterprise Tools:** Business applications, project management software, and data analytics platforms can use this to highlight urgent alerts, critical data points, or pending tasks in dashboards and reports, improving user efficiency, reducing errors, and accelerating decision-making within organizations.\n\n5.  **Educational Technology (EdTech):** E-learning platforms can improve student engagement and learning outcomes by dynamically highlighting key concepts, definitions, or interactive elements in digital textbooks and course materials, making complex information easier to grasp.\n\n6.  **User Interface (UI) Frameworks and Operating Systems:** Developers of UI toolkits or operating systems could license this technology to offer it as a native feature, providing a superior, intelligent user experience across all applications running on their platforms. This creates a more intuitive and responsive digital environment for all users.","question":"What are the commercial applications of Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item?"},{"answer":"Future developments for the Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item are poised to build upon its foundational capabilities, leading to even more sophisticated and intelligent user interfaces:\n\n1.  **AI-Driven Contextual Awareness:** Expect deeper integration with artificial intelligence and machine learning. The system could learn individual user preferences, current tasks, and contextual cues to predict what information is most relevant to highlight. For example, it might prioritize a specific data point if the user is in a meeting about that topic, or highlight a particular product feature based on past browsing history.\n\n2.  **Multi-Modal Feedback:** Beyond visual effects, future iterations could incorporate haptic feedback (e.g., subtle vibrations when important content is highlighted) or spatial audio cues. This would create a richer, multi-sensory experience that enhances attention guidance, especially in complex or immersive environments.\n\n3.  **Predictive Highlighting:** Combining dynamic highlighting with advanced user behavior analytics and even biometric data (like eye-tracking) could lead to predictive interfaces. The system might anticipate what a user is about to focus on and highlight it even before their conscious attention shifts, making interactions feel incredibly seamless and intuitive.\n\n4.  **Integration into AR/VR Environments:** As augmented reality (AR) and virtual reality (VR) become more prevalent, this technology will be crucial for guiding user attention within complex 3D spatial interfaces. Digital objects or information overlays in an AR environment could dynamically 'pop' or glow as they become relevant or as the user's gaze shifts.\n\n5.  **Standardization and Accessibility:** The principles of this patent could evolve into industry standards, making dynamic highlighting a ubiquitous feature across all digital platforms. Furthermore, it will likely be refined to serve as an advanced accessibility tool, assisting users with cognitive or visual impairments to navigate and understand digital content more effectively. These advancements will solidify the Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item as a cornerstone of future human-computer interaction.","question":"What are the future developments expected for Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item?"}],"topics":["dynamic content highlighting","user interface innovation","interactive display technology","content engagement","visual emphasis patent","landscape","human","computer"],"tech_cluster":null},"seo":{"title":"Dynamic Content Highlighting - Patent US-9852716","description":"Discover the Method and Apparatus for Causing a Portion of at Least One Content Item to Be Highlighted Relative to Another Portion of the At Least One Content Item During Movement of the Content Item patent. Enhance user engagement with dynamic visual emphasis.","keywords":["dynamic content highlighting","user interface innovation","interactive display technology","content engagement","visual emphasis patent","scrolling UI","patent US-9852716","HCI improvement","digital content interaction","real-time highlighting","graphical effects patent","zoom effect UI","information retention","adaptive content display"]},"attribution":{"source":"Patentable","source_url":"https://patentable.app","canonical_url":"https://patentable.app/patents/US-9852716","license":"CC-BY-4.0-like","license_terms":"AI-generated analysis on this page (summary, layman_explanation, technical_analysis, business_analysis, faqs) may be reused with attribution and a visible link back to the canonical URL above. Patent abstracts, claims, and bibliographic data are USPTO public domain.","required_link":"https://patentable.app/patents/US-9852716","citation_suggestion":"Patentable. \"Method and apparatus for causing a portion of at least one content item to be highlighted relative to another portion of the at least one content item during movement of the content item\" (US-9852716). https://patentable.app/patents/US-9852716","copyright_holder":"Nomic Interactive Technology LLC"},"links":{"html":"https://patentable.app/patents/US-9852716","json":"https://patentable.app/api/llm-context/US-9852716","site":"https://patentable.app","llms_txt":"https://patentable.app/llms.txt"},"generated_at":"2026-06-06T04:57:00.022Z"}