Patent Assignment
Reel/Frame 069296/0265
Security Interest
Recorded: 2024-11-04
Pages: 41
Assignors
LEIA, INC.
Executed: 2024-09-30
LEIA SPV LLC
Executed: 2024-09-30
DIMENCO HOLDING B.V.
Executed: 2024-09-30
Assignee
LELIS, INC., AS AGENT
C/O ABA LEGAL BUREAU, ADR TOWER, 8TH FLOOR, SAMUEL LEWIS AVE. AND 58TH ST., OBARRIO, PANAMA CITY, PANAMA
Covered Properties
(218)
Switchable 2D/3D Display
Backlight for 3D Display
Waveguide for Autostereoscopic Display Having a Plurality of Switchable Portions of Diffusive Material Within the Waveguide for Providing Either Scattering or Light-Transmissive Light to the Display
Optical Path Length Adjuster
Multiview display device
Stereoscopic Display Apparatus
Two and Three Dimensional View Display
Stereoscopic Display Apparatus
Stereoscopic Display Apparatus
Method of Producing a Lenticular Device for an Autostereoscopic Display Apparatus
Autostereoscopic Display Apparatus and Filter Therefor
Switchable Display Device
Rendering of Image Data for Multi-View Display
Depth Dependent Filtering of Image Signal
Display Device
Controlling the Perceived Depth of Autostereoscopic Display Device and Method Therefor
Switchable Autostereoscopic Display Device
Autostereoscopic Display Device
Autostereoscopic Display Device
Method of Rendering an Output Image on Basis of an Input Image and a Corresponding Depth Map
Autostereoscopic Display Device Using Controllable Liquid Crystal Lens Array for 3D/2D Mode Switching
Curvature Reduction for Switchable Liquid Crystal Lens Array
Mulit-View Autostereoscopic Display Device Having Particular Driving Means and Driving Method
Autostereoscopic Display Device and a System Using the Same
Autostereoscopic Display Device
Autostereoscopic Image Output Device
Autostereoscopic Display Device
Use of Inpainting Techniques for Image Correction
Three Dimensional Display System
Autostereoscopic Display Device
Autostereoscopic Display Device
Autostereoscopic Display Device
Multiview Display Device
3D Video Format Detection
Switchable Single-Multiview Mode Display Device
Curvature Reduction for Switchable Polymer Lenticulars
Optical Beam Deflection Arrangement and Multi-View Display Having the Same
Multi-View Display Device
Depth Dependent Filtering of Image Signal
Autostereoscopic Display Apparatus Having Optical Magnification
Method and Apparatus for Generating a Signal for a Display
Multibeam Diffraction Grating-Based Backlighting
Multiview 3D Wrist Watch
Directional Backlight with a Modulation Layer
Directional Backlight
Directional Pixel for Use in a Display Screen
Display Device with Free Focus Capability
Autostereoscopic Display Device and Driving Method
Autostereoscopic Display Device Having a Transparent Mode of Operation
Autostereoscopic Display Device
Lenticular Device for an Autostereoscopic Display Apparratus and Method of Producing the Same
Autostereoscopic Display Device
Multibeam Diffraction Grating-Based Color Backlighting
Directional Backlight with a Modulation Layer
Multi-View Display Device
Auto-Stereoscopic Display Device with a Striped Backlight and Two Lenticular Lens Arrays
Multiview Display Screen and Multiview Mobile Device Using Same
Displays with Sequential Drive Schemes
3D Video Format Detection
Autostereoscopic Display Device
Method and Device for Overlaying 3D Graphics Over 3D Video
Directional Backlight
Autostereoscopic Display Device
Multiview Display Device
Method and Apparatus for Generating a Three Dimensional Image
Multibeam Diffraction Grating-Based Color Backlighting
Display Device with Directional Control of the Output, and a Back Light for Such a Display Device
Autostereoscopic Display Device
Autostereoscopic Display Device
Display Device with Directional Control of the Output, and a Backlight for Such a Display Device and a Light Direction Method
Optical Arrangement and an Autostereoscopic Display Device Incorporating the Same
Polarization-Mixing Light Guide and Multibeam Grating-Based Backlighting Using Same
Two-Dimensional/Three-Dimensional (2D/3D) Switchable Display Backlight and Electronic Display
Diffraction Grating-Based Backlighting Having Controlled Diffractive Coupling Efficiency
Autostereoscopic Display Device
Unidirectional Grating-Based Backlighting Employing a Reflective Island
Three-Dimensional (3D) Electronic Display
Multi-View Display Device
Unidirectional Grating-Based Backlighting Employing an Angularly Selective Reflective Layer
Dual Light Guide Grating-Based Backlight and Electronic Display Using Same
Multiview Camera, Multiview Imaging System, and Method of Multiview Image Capture
Near-Eye Display, System and Method
Supersampled 3D Display with Improved Angular Resolution
Multiview Display with Head Tracking
Display Device and Display Control Method
Autostereoscopic Display Device and Display Method
Autostereoscopic Image Output Device
Color-Scanning Grating-Based Backlight and Electronic Display Using Same
Vehicle Monitoring System
2D/3D Mode-Switchable Electronic Display with Dual Layer Backlight
Dual-Direction Collimator
Dual Surface Collimator and 3D Electronic Display Employing Grating-Based Backlighting Using Same
Method and Device for Overlaying 3D Graphics Over 3D Video
Time-Multiplexed Backlight and Multiview Display Using Same
Diffractive Backlight Display and System
Angular Subpixel Rendering Multiview Display Using Shifted Multibeam Diffraction Gratings
Multibeam Diffraction Grating-Based Display with Head Tracking
Angular Subpixel Rendering Multiview Display Using Shifted Multibeam Elements
Multibeam Diffraction Grating-Based Near-Eye Display
Multiview Display Device
Multibeam Diffraction Grating-Based Head-Up Display
Multibeam Element-Based Backlight and Display Using Same
Multibeam Element-Based Backlighting Having Converging Views
Transformation from Tiled to Composite Images
Patent:
10,373,544 →
Application:
16/031,997 →
Multibeam Element-Based Backlight and Display Using Same
Grating-Based Backlight Employing Reflective Grating Islands
Bar Collimator, Backlight System and Method
Multibeam Diffraction Grating-Based Backlighting
Diffractive Multibeam Element-Based Backlighting
Mode-Selectable Backlight, Method, and Display Employing Directional Scattering Features
Polarized Backlight and Backlit Display Using the Same
Transparent Display and Method
Multiview Displays Having a Reflective Support Structure
Multiview Backlighting Employing Fluorescent Multibeam Elements
Multiview Backlighting Having a Color-Tailored Emission Pattern
Multi-View Display Device and Method
Multiview Backlighting Employing Plasmonic Multibeam Elements
Directional Backlight, Backlit Display and Method
Mode-Switchable Backlight, Privacy Display, and Method
Backlight, Multiview Display and Method Employing Tapered Collimator
Dual View Zone Backlight, Dual-Mode Display, and Method
Unilateral Backlight, Multiview Display, and Method Employing Slanted Diffraction Gratings
Multilayer Multiview Display and Method
Multiview Backlight, Mode-Switchable Backlight, and 2D/3D Mode-Switchable Display
Multi-View Display Device
Beam Shaping Device
Microstructured Multibeam Element Backlighting
Multiview Backlight, Display, and Method Employing Active Emitters
Multiview Backlight, Display, and Method Employing Active Emitter Arrays
Autostereoscopic Display Device and Display Method
Light Source and Multiview Backlight Using the Same
Multiview Backlight, Multiview Display and Method Employing Offset Multibeam Elements
Microprism Multibeam Element Backlight and Multiview Display Using Same
Multibeam Element-Based Backlight with Microlens and Display Using Same
Multicolor Static Multiview Display and Method
Grating-Coupled Light Guide, Display System, and Method Employing Optical Concentration
Multiview Camera Array, Multiview System, and Method Having Camera Sub-Arrays with a Shared Camera
Backlit Transparent Display, Transparent Display System, and Method
Polarized Backlight and Backlit Display Using the Same
Vehicle Monitoring System
Mode-Switchable Backlight, Display, and Method
Autostereoscopic Display Device
Multibeam Element-Based Head-Up Display, System, and Method
Mode-Selectable Backlight, Privacy Display, and Method
Polarization Recycling Backlight, Method and Multiview Display Employing Subwavelength Gratings
Static Multiview Display with Offset Light Emitters and Light Guide Having Array of Diffraction Gratings
Multibeam Element-Based Backlighting Having Converging Views
Multiview Display and Method with Dynamically Reconfigurable Multiview Pixels
Mixed-Format Backlight, Display, and Method
Grating Collimator, Backlight System, and Method Employing a Light-Recycling Light Source
Privacy Display and Dual-Mode Privacy Display System
Multiview Display, System, and Method with User Tracking
Time-Multiplexed Backlight and Multiview Display Using Same
Holographic Reality System, Multiview Display, and Method
Multiview Display and Method with Offset Rows of Multibeam Emitters and Multiview Pixels
Backlight, Multiview Display and Method Having a Grating Spreader
Multiview Backlight, Display, and Method Having Optical Mask Elements
Multiview Backlighting Having a Color-Tailored Emission Pattern
Multiview Display and Method
Static Multiview Display and Method Employing Directional Light Source and Horizontal Diffuser
Multiview Display, System, and Method Having Shiftable Convergence Plane
Multiview Display, System, and Method Having Dynamic Color Sub-Pixels Remapping
Multi-Directional Backlight, Multi-User Multiview Display, and Method
Horizontal Parallax Multiview Display and Method Having Light Control Film
Multiview Display and Method Having Light Control Film
Mode-Switchable Backlight, Privacy Display, and Method Employing Emitter Arrays
Dual View Zone Backlight, Dual-Mode Display, and Method Employing Directional Emitters
Multiview Display Alignment Method and System
Static Multiview Display and Method Having Diagonal Parallax
Application:
17/498,555 →
Publication:
US 2022/0026732
Multi-Zone Backlight, Multiview Display, and Method
Three-Dimensional (3D) Electronic Display
Application:
17/507,696 →
Publication:
US 2022/0043198
Method of Fabricating Diffractive Backlight
Diffractive Backlight Fabrication Method
Multiview Display and Method Having Shifted Color Sub-Pixels
Collimated Backlight, Electronic Display, and Method Employing an Absorption Collimator
Multiview Backlight, Display, and Method Employing an Optical Diffuser
Multiview Backlight, Multiview Display, and Method Employing Reflective Multibeam Elements
Dual View Zone Backlight, Dual-Mode Display, and Method
Multibeam Backlight, Multiview Display, and Method with Diffraction Grating Filling Fraction
Privacy-Mode Backlight, Privacy Display, and Method
Multibeam Backlight, Multiview Display, and Method Having Shaped-Edge Multibeam Elements
Backlit Transparent Display, Transparent Display System, and Method
Multi-User Multi-Viewer Head-Tracked Multiview Backlight, Multiview Display, and Method
Application:
17/857,989 →
Publication:
US 2022/0334387
Systems and Methods of Multiview Style Transfer
Animated Static Multiview Display and Method
Application:
17/891,050 →
Publication:
US 2022/0392136
Static-Image Augmented Privacy Display, Mode-Switchable Privacy Display System, and Method
Systems and Methods of Enhancing Quality of Multiview Images Using a Multimode Display
Static Multiview Display and Method
Multiview Display System and Method with Adaptive Background
Multicolor Static Multiview Display and Method
Horizontal Parallax Multiview Backlight, Display, and Method
Active Emitter Multiview Backlight, Display, and Method Employing a Diffuser
Multiview Display System and Method Employing Multiview Image Convergence Plane Tilt
Application:
18/197,078 →
Publication:
US 2023/0290046
Real-Time Multiview Video Conversion Method and System
Backlight, Multiview Backlight, and Method Having Global Mode Mixer
Application:
18/207,063 →
Publication:
US 2023/0350126
Light Field Camera System and Method of Setting Baseline and Convergence Distance
System and Method of Detecting Multiview File Format
System and Method of Streaming Compressed Multiview Video
Application:
18/234,820 →
Publication:
US 2023/0396802
Method and System Providing Temporary Texture Application to Enhance 3D Modeling
Multiview Image Creation System and Method
View Synthesis System and Method Using Depth Map
Static Color Multiview Display and Method
Application:
18/414,370 →
Publication:
US 2024/0248324
Multiview Image Capture System and Method
Multiview Backlight, Display, and Method Having Multi-Axis Illumination
Application:
18/479,101 →
Publication:
US 2024/0027673
Multiview Backlight, Display, and Method with Reflective Sub-Elements Having Varying Protrusion Distances
Backlight System, Display System, and Method
Application:
18/713,303 →
Publication:
US 2025/0044492
Time-Multiplexed Multiview Backlight, Multiview Display and Method
Multiview Display and Method Using Effective Light Sources
Nanoimprint Lithography Mold, Tiling System, and Method
Application:
18/720,475 →
Publication:
US 2025/0085625
Imprint Lithography Defect Mitigation Method and Masked Imprint Lithography Mold
Application:
18/720,487 →
Publication:
US 2025/0053081
Methods and System of Multiview Video Rendering, Preparing a Multiview Cache, and Real-Time Multiview Video Conversion
2D/Multiview Switchable Lenticular Display, System, and Method
Application:
18/843,820 →
Publication:
US 2025/0224622
Static Multiview Display and Method Using Micro-Slit Scattering Elements
Application:
18/855,032 →
Publication:
US 2025/0251616
Automatic Convergence Plane Detection on AI generated Disparity Map using Saliency Map for Monoscopic Images
Application:
63/623,742 →
Automatic Convergence Plane Detection on AI generated Disparity Map using Blur Map for Monoscopic Images
Application:
63/623,747 →
Automatic Convergence of Stereoscopic Images based on Saliency Maps
Application:
63/623,748 →
Calibration Techniques Using Patterned Targets and Cameras
Application:
63/648,358 →
Processor for Eye-Tracked Three-Dimensional Display
Application:
63/685,784 →
Related Assignments
(20)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Dec 12, 2005
From: KARMAN, GERARDUS P.
To: KONINKLIJKE PHILIPS ELECTRONICS N.V.
Reel/Frame 017361/0192 →
Assignment of Assignor's Interest
Jan 27, 2006
From: KARMAN, GERARDUS P.; KRIJN, MARCELLINUS P.C.M.; SCHOELLMANN, VOLKER
To: KONINKLIJKE PHILIPS ELECTRONICS, N.V.
Reel/Frame 017565/0606 →
Assignment of Assignor's Interest
Mar 23, 2006
From: KRIJN, MARCELLINUS P.C.M.; LJZERMAN, WILLEM L.; DE ZWART, SIEBE T.; CORNELISSEN, HUGO J.
To: KONINKLIJKE PHILIPS ELECTRONICS, N.V.
Reel/Frame 017729/0803 →
Assignment of Assignor's Interest
May 2, 2006
From: IJZERMAN, WILLEM L.; JAK, MARTIN J.J.
To: KONINKLIJKE PHILIPS ELECTRONICS, N.V.
Reel/Frame 017843/0313 →
Assignment of Assignor's Interest
Jun 28, 2006
From: IJZERMAN, WILLEM L.; KRIJN, MARCELLINUS P.C.M.; SALTERS, BART A.
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 017854/0747 →
Assignment of Assignor's Interest
Sep 7, 2006
From: DE ZWART, SIEBE TJERK; IJZERMAN, WILLEM LUBERTUS; BRASPENNING, RALPH ANTONIUS CORNELUS; OP DE BEECK, MARC JOSEPH RITA
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 018214/0988 →
Assignment of Assignor's Interest
Apr 9, 2007
From: DE ZWART, SIEBE TJERK; IJZERMAN, WILBERT L.
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 019135/0994 →
Assignment of Assignor's Interest
May 14, 2007
From: CORNELISSEN, HUGO J.; VAN DELDEN, MARTINUS H.W.M.
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 019288/0506 →
Corrective Assignment to Correct the Application Number: 11912394 Should Be: 11912440 Previously Recorded on Reel 020003 Frame 0914. Assignor(S) Hereby Confirms the Siebe T. De Zwart Willem L. Ijzerman Tim Dekker.
Oct 25, 2007
From: DE ZWART, SIEBE T.; IJZERMAN, WILLEM L.; DEKKER, TIM
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020011/0356 →
Assignment of Assignor's Interest
Feb 15, 2008
From: DE ZWART, SIEBE TJERK; WILLEMSEN, OSCAR HENDRIKUS; HIDDINK, MARTIN GERARD HENDRIK; BERRETTY, ROBERT-PAUL MARIO
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020513/0574 →
Assignment of Assignor's Interest
Mar 5, 2008
From: ZUIDEMA, HANS; KUIJPERS, HENRICUS J.C.; PENTERMAN, ROEL
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020603/0280 →
Assignment of Assignor's Interest
Mar 13, 2008
From: BAN BERKEL, CORNELIS
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020647/0424 →
Assignment of Assignor's Interest
Mar 25, 2008
From: IJZERMAN, WILLEM LUBERTUS; KRIJN, MARCELLINUS PETRUS CAROLUS MICHAEL
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020697/0362 →
Assignment of Assignor's Interest
Apr 29, 2008
From: BERRETTY, ROBERT-PAUL MARIO
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 020869/0830 →
Assignment of Assignor's Interest
May 28, 2008
From: BARENBRUG, BART GERARD BERNARD
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 021009/0504 →
Assignment of Assignor's Interest
Jun 11, 2008
From: ZUIDEMA, HANS; KUIJPERS, HARRY; DOORNHEIN, LAURENS
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 021079/0174 →
Assignment of Assignor's Interest
Jun 13, 2008
From: IJZERMAN, WILLEM LUBERTUS; WILLEMSEN, OSCAR HENDRIKUS
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 021094/0879 →
Assignment of Assignor's Interest
Jun 17, 2008
From: HIDDINK, MARTIN GERARD HENDRIK; DE ZWART, SIEBE TJERK; WILLEMSEN, OSCAR HENDRIKUS
To: KONINKLIJKE PHILIPS ELECTRONICS N V
Reel/Frame 021103/0770 →
Assignment of Assignor's Interest
Oct 28, 2023
From: KONINKLIJKE PHILIPS N.V.
To: LEIA INC.
Reel/Frame 065385/0825 →
Change of Name
Nov 15, 2023
From: KONINKLIJKE PHILIPS ELECTRONICS N.Y.
To: KONINKLIJKE PHILIPS NV.
Reel/Frame 065598/0589 →