Arash Sangari

Title: Arash Sangari: Innovator in Digital Mesh Technology

Introduction

Arash Sangari is a notable inventor based in Frisco, Texas, recognized for his contributions to the field of digital mesh technology. With a total of two patents to his name, Sangari has developed innovative methods that enhance the interaction and movement of digital mesh objects.

Latest Patents

Sangari's latest patents include "Methods to automatically remove collisions between digital mesh objects and smoothly move mesh objects between spatial arrangements." This invention focuses on removing collisions from a set of digital mesh objects using either a perturbation method or a mesh deformation method. After the collisions are eliminated, the digital mesh objects are output in a state free from collisions. The technology allows for the movement of these objects between initial and final states based on motion constraints and interpolated states. This capability is particularly useful for digital setups in dental or orthodontic treatment planning. Another significant patent is "Optical articles and systems interacting with the same," which describes an optical article comprising a data-rich plurality of retroreflective elements arranged spatially. This system includes an optical article, an optical system, and an inference engine designed to interpret and classify the retroreflective elements.

Career Highlights

Sangari is currently associated with Solventum Intellectual Properties Company, where he continues to innovate and develop new technologies. His work has significantly impacted the field of digital mesh applications, particularly in healthcare and treatment planning.

Collaborations

Some of his notable coworkers include Michael A McCoy and Glenn E Casner, who contribute to the collaborative environment at Solventum Intellectual Properties Company.

Conclusion

Arash Sangari's innovative work in digital mesh technology and optical systems showcases his commitment to advancing the field. His patents reflect a deep understanding of complex interactions within digital environments, paving the way for future advancements in various applications.