View source for ACEP FRANCE (20240252035). METHOD FOR FITTING VIRTUAL GLASSES simplified abstract

=METHOD FOR FITTING VIRTUAL GLASSES=


==Organization Name==

[[:Category:ACEP FRANCE|ACEP FRANCE]]


[[Category:ACEP FRANCE]]

==Inventor(s)==

[[:Category:Benoit Grillon of ORLEANS (FR)|Benoit Grillon of ORLEANS (FR)]][[Category:Benoit Grillon of ORLEANS (FR)]]

[[:Category:Jean-philippe Sayag of PARIS (FR)|Jean-philippe Sayag of PARIS (FR)]][[Category:Jean-philippe Sayag of PARIS (FR)]]

==METHOD FOR FITTING VIRTUAL GLASSES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240252035 titled 'METHOD FOR FITTING VIRTUAL GLASSES

==Simplified Explanation==
The method described in the patent application involves fitting virtual glasses by measuring the position of a real pair of glasses on a user's face, mapping the user's face in 3D, constructing a 3D model of the user's face and the virtual glasses, and measuring the user's ophthalmological parameters from the 3D model.

* Placing a real pair of glasses on a user's face
* Measuring the position of the real glasses relative to the user's face
* Mapping the user's face in 3D after removing the real glasses
* Constructing a 3D model of the user's face and virtual glasses
* Measuring the user's ophthalmological parameters from the 3D model

==Key Features and Innovation==
- Integration of real glasses positioning with 3D face mapping for virtual glasses fitting
- Measurement of ophthalmological parameters from the 3D model
- Enhanced accuracy in virtual glasses fitting

==Potential Applications==
This technology can be used in:
- Virtual try-on systems for eyeglasses
- Customized eyewear design
- Ophthalmological diagnostics and treatment planning

==Problems Solved==
- Inaccuracies in virtual glasses fitting
- Lack of personalized eyewear solutions
- Difficulty in obtaining precise ophthalmological measurements

==Benefits==
- Improved virtual glasses fitting accuracy
- Personalized eyewear solutions
- Enhanced ophthalmological diagnostics

==Commercial Applications==
Title: Virtual Glasses Fitting Technology for Enhanced Eyewear Solutions
This technology can be utilized by:
- Eyewear retailers for virtual try-on systems
- Ophthalmologists for precise ophthalmological measurements
- Eyewear designers for customized eyewear solutions

==Questions about Virtual Glasses Fitting Technology==
===A relevant generic question not answered by the article, with a detailed answer===
How does the technology ensure accurate measurement of ophthalmological parameters from the 3D model?
The technology utilizes advanced algorithms to analyze the 3D model of the user's face and virtual glasses, extracting precise ophthalmological data for accurate measurements.

===Another relevant generic question, with a detailed answer===
What are the potential limitations of virtual glasses fitting using this method?
One potential limitation could be the need for high-quality 3D mapping elements to ensure accurate construction of the user's face model for optimal virtual glasses fitting.


==Original Abstract Submitted==

a method for fitting virtual glasses including the steps of: —[] placing a real pair of glasses on a user's face; —[] measuring the position of said real pair of glasses relative to said user's face by a measuring device; —[] after removing said real pair of glasses, mapping the user's face using a 3d mapping element; —[] constructing a 3d model of the user's face and of said virtual pair of glasses; —[] measuring the ophthalmological parameters of said user from the 3d model of the user's face constructed in step [



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