Emoji ID, LLC (20240265361). INTERCONNECTED VISUAL ANIMATIONS FOR INTERRELATED OBJECTS simplified abstract

From WikiPatents
Jump to navigation Jump to search

INTERCONNECTED VISUAL ANIMATIONS FOR INTERRELATED OBJECTS

Organization Name

Emoji ID, LLC

Inventor(s)

Naveen Kumar Jain of Nashville TN (US)

Riccardo Paolo Spagni of Plettenburg (ZA)

INTERCONNECTED VISUAL ANIMATIONS FOR INTERRELATED OBJECTS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240265361 titled 'INTERCONNECTED VISUAL ANIMATIONS FOR INTERRELATED OBJECTS

The patent application describes a system for presenting interconnected animations in an object display interface to indicate dynamic events for related objects. The platform includes tiles for objects belonging to object sets, each with specific information. The platform monitors event data that changes aggregate parameters for object sets or specifies individual events for objects. Based on this data, animations are dynamically presented on tiles to indicate changes to parameters or individual events, conveying contextual information without visual clutter.

  • Platform presents an interface with tiles for objects belonging to object sets
  • Each tile includes specific information about the corresponding object
  • Monitors event data to change aggregate parameters or specify individual events
  • Dynamically presents animations on tiles to indicate changes or events
  • Conveys contextual information without visual clutter
      1. Potential Applications:

The technology could be applied in various industries such as e-commerce, gaming, finance, and social media platforms to enhance user engagement and provide real-time updates on dynamic events related to objects.

      1. Problems Solved:

This technology solves the problem of efficiently conveying dynamic event information for related objects without overwhelming the user with visual clutter or complex data representations.

      1. Benefits:

- Improved user experience by visually indicating dynamic events - Enhanced engagement through interactive animations - Real-time updates on changes to aggregate parameters or individual events - Simplified presentation of complex data for better understanding

      1. Commercial Applications:

Title: Enhanced Object Display Interface for Dynamic Event Indication This technology could be commercially used in e-commerce platforms to showcase limited edition product lines, in gaming applications to display real-time updates on in-game events, and in financial platforms to track changes in asset values.

      1. Prior Art:

Further research could be conducted in the field of user interface design, data visualization techniques, and interactive animation technologies to explore similar systems for presenting dynamic event information in object display interfaces.

      1. Frequently Updated Research:

Stay updated on advancements in user interface design, data visualization, and interactive animation technologies to enhance the presentation of dynamic event information in object display interfaces.

        1. Questions about Interconnected Animations in Object Display Interface:

1. How does the platform determine which tiles to animate based on event data? 2. What are the potential challenges in implementing dynamic animations for conveying event information in object display interfaces?


Original Abstract Submitted

disclosed concepts relate to presenting interconnected animations in an object display interface that indicate dynamic events for related objects. a platform presents an interface that includes tiles for objects that belong to object sets (e.g., a non-fungible token (nft) collection, a set of numbered items, a limited sneaker line). each tile includes information individually specific to a corresponding object. a platform monitors for event data that results in a change to an aggregate parameter (e.g., a floor price, an event rate) for a given object set or that specifies one or more individual events for objects belonging to the given object set. based on detecting the event data, the platform dynamically presents animations on certain tiles corresponding to objects of the given object set, and the animations indicate the change to the aggregate parameter or indicate the individual events. contextual and multi-level information is thus conveyed without significant visual clutter.