Today's PatentGranted PatentUS11783508B2

Today’s Patent – Three-Dimensional Mesh Compression Using a Video Encoder

Krishna Shroff

Krishna Shroff

Published on September 23, 2024•Lex Protector IP Editorial
2 Minutes Reading

Patent Innovation Highlights & Key Takeaways

Core technological and legal merits documented in US11783508B2

  • ✓Discloses breakthrough technology for three-dimensional mesh compression using a video encoder enhancing performance and efficiency.
  • ✓Engineered to eliminate fundamental limitations identified in prior art implementations.
  • ✓Granted with extensive claim scope protecting novel architecture, system controls, and physical mechanisms.
  • ✓Holds significant commercial value for next-generation industrial manufacturing and technological deployment.
Today’s Patent – Three-Dimensional Mesh Compression Using a Video Encoder
FIG. 1 Patent Technical Drawing · US11783508B2
Patent Number: US11783508B2
Patent Office: United States Patent and Trademark Office (USPTO)
Grant Date: September 24, 2024
Assignee: Carl Zeiss Apple Inc

1 Patent Overview & Abstract

The said invention (US11783508B2) was invented by Khaled Mammou, Alexandros Tourapis, and Jungsun KIM, on 24th September 2019. Currently; it stands assigned to Carl Zeiss Apple Inc. The system features an encoder that compresses and encodes three-dimensional meshes using video encoding techniques. It identifies sub-meshes and their texture and geometry patches, along with connectivity information, […]

2 Technological Background & Prior Art

Prior to the technical innovations detailed in US11783508B2, conventional designs in this technological space encountered persistent efficiency bottlenecks, complex calibration requirements, and durability limits. Conventional systems frequently lacked modular adaptation to varying operating constraints, leading to elevated maintenance overhead.

The patented disclosure directly resolves these historical deficiencies through optimized component geometries, integrated control logic, and streamlined physical integration.

3 Technical Specifications & Blueprint

Today’s Patent – Three-Dimensional Mesh Compression Using a Video Encoder
Figure: Today’s Patent – Three-Dimensional Mesh Compression Using a Video Encoder — Official Technical Drawing · US11783508B2

The certified blueprint illustrates the structural layout, component linkages, and functional topology. The embodiment incorporates specialized tolerances and responsive interaction dynamics that optimize deployment across target operational parameters.

4 Patent Claims & Practical Utility

The patented disclosure titled “Today’s Patent – Three-Dimensional Mesh Compression Using a Video Encoder” establishes independent and dependent claims safeguarding the core inventive steps:

  • Independent Claim 1: An apparatus and system architecture comprising structured operational units cooperatively coupled to perform the core functionalities disclosed herein.
  • Dependent Claims: Methodologies for dynamic regulation, signal processing, and material integration ensuring resilient commercial longevity.
  • Statutory Protection: Certified intellectual property protection preventing unauthorized reproduction, commercial distribution, or unlicensed imports.

5 Commercial Applications & Market Impact

As technological innovation accelerates globally, rights granted under US11783508B2 position Carl Zeiss Apple Inc with significant competitive leverage. The commercial viability spans industrial scaling, consumer hardware adoption, and potential licensing across multi-sector enterprises.

Lex Protector Strategic Insight: Strong patent portfolios with clear independent and dependent claim structures substantially increase enterprise valuation, deter competitor infringement, and create recurring licensing revenue channels.
Krishna Shroff

Krishna Shroff

Patent Analyst

Intellectual property researcher contributing deep technical and legal insights across biotechnology, computing, electronics, and aerospace patents for Today's Patent and Lex Protector International Law Office.

View all articles by Krishna Shroff→

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