View source for 20240013567. CONTACTLESS DEVICE FOR CAPTURING A BIOMETRIC PRINT simplified abstract (IDEMIA IDENTITY & SECURITY FRANCE)

=CONTACTLESS DEVICE FOR CAPTURING A BIOMETRIC PRINT=


==Organization Name==

[[:Category:IDEMIA IDENTITY & SECURITY FRANCE|IDEMIA IDENTITY & SECURITY FRANCE]]


[[Category:IDEMIA IDENTITY & SECURITY FRANCE]]

==Inventor(s)==

[[:Category:Grégoire Bezot of Courbevoie (FR)|Grégoire Bezot of Courbevoie (FR)]][[Category:Grégoire Bezot of Courbevoie (FR)]]

[[:Category:Elise Le Gouil of Courbevoie (FR)|Elise Le Gouil of Courbevoie (FR)]][[Category:Elise Le Gouil of Courbevoie (FR)]]

[[:Category:Marine Peschaux of Courbevoie (FR)|Marine Peschaux of Courbevoie (FR)]][[Category:Marine Peschaux of Courbevoie (FR)]]

[[:Category:Joël-Yann Fourre of Courbevoie (FR)|Joël-Yann Fourre of Courbevoie (FR)]][[Category:Joël-Yann Fourre of Courbevoie (FR)]]

[[:Category:Mokrane Malek of Courbevoie (FR)|Mokrane Malek of Courbevoie (FR)]][[Category:Mokrane Malek of Courbevoie (FR)]]

==CONTACTLESS DEVICE FOR CAPTURING A BIOMETRIC PRINT - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240013567 titled 'CONTACTLESS DEVICE FOR CAPTURING A BIOMETRIC PRINT

==Simplified Explanation==

The invention is a contactless device for capturing a biometric print. It consists of a user region and an electronic compartment. The user region is designed to receive a hand portion of a user based on an orientation vector. The electronic compartment includes lighting means and an image-acquiring device. The image-acquiring device is oriented along an optical axis, making a first angle with the orientation vector. The lighting means includes a light source oriented along a lighting axis, such that the projection of the lighting axis in the plane defined by the orientation vector and the optical axis makes a second angle with the orientation vector. The first angle is smaller than or equal to eighty degrees, and the second angle is also smaller than or equal to eighty degrees.

* Contactless device for capturing a biometric print
* User region for receiving a hand portion of a user based on an orientation vector
* Electronic compartment with lighting means and an image-acquiring device
* Image-acquiring device oriented along an optical axis, making a first angle with the orientation vector
* Lighting means includes a light source oriented along a lighting axis
* Projection of the lighting axis in the plane defined by the orientation vector and the optical axis makes a second angle with the orientation vector
* First angle and second angle are both smaller than or equal to eighty degrees

Potential applications of this technology:
* Biometric identification and authentication systems
* Access control systems
* Security systems
* Biometric attendance systems

Problems solved by this technology:
* Contactless capture of biometric prints eliminates the need for physical contact, reducing the risk of contamination and improving hygiene.
* The device can accurately capture biometric prints without requiring the user to place their hand in a specific position or orientation.

Benefits of this technology:
* Improved user experience by eliminating the need for physical contact
* Enhanced security and accuracy in biometric identification and authentication
* Hygienic solution for capturing biometric prints
* Versatile and adaptable to various applications and environments.


==Original Abstract Submitted==

the invention relates to a contactless device () for capturing a biometric print, said device comprising a user region () and an electronic compartment (), the user region () being suitable for receiving a hand portion of a user according to an orientation vector (v), the electronic compartment () comprising lighting means and an image-acquiring device (), the image-acquiring device () being oriented along an optical axis (a) making a first angle (b) to the orientation vector (v), the lighting means comprising a light source () oriented along a lighting axis (a) such that the projection (pa) of said lighting axis (a) in the plane defined by the orientation vector (v) and the optical axis (a) makes a second angle (b) to the orientation vector (v), the first angle (b) being smaller than or equal to eighty degrees, the second angle (b) being smaller than or equal to eighty degrees.



[[Category:G06V40/13]]
[[Category:G06V10/141]]
[[Category:G06V10/24]]