Patent Assignment
Reel/Frame 032827/0362
Assignment of Assignor's Interest
Recorded: 2014-05-05
Pages: 29
Assignor
DIGITALOPTICS CORPORATION EAST
Executed: 2013-08-08
Assignee
FLIR SYSTEMS TRADING BELGIUM BVBA
LUXEMBURGSTRAAT 2, MEER, 2321, BELGIUM
Covered Properties
(147)
Separating of Optical Intergrated Modules and Structures Formed Thereby
PCT:
PCT/US2002/006688 ↗
Conic Constant Measurement Methods for Refractive Microlenses
PCT:
PCT/US2002/027478 ↗
Transfer of Optical Element Patterns on a Same Side of a Substrate Already Having a Feature Thereon
PCT:
PCT/US2002/033279 ↗
Diffractive Coupler Optimized for Alignment Tolerances
PCT:
PCT/US2004/005329 ↗
Wafer Based Optical Chassis and Associated Methods
PCT:
PCT/US2004/009383 ↗
Optical Wavelength Division Coupler and Associated Methods
PCT:
PCT/US2006/028610 ↗
Camera System and Associated Methods
PCT:
PCT/US2007/016156 ↗
Nonrotationally Symmetric Lens, Imaging System Including the Same, and Associated Methods
PCT:
PCT/US2010/049519 ↗
Selective Diffractive Optical Element and a System Including the Same
PCT:
PCT/US2010/058897 ↗
Optical Device and Associated Methods
PCT:
PCT/US2011/035609 ↗
Lwir Imaging Lens, Image Capturing System Having the Same, and Associated Methods
PCT:
PCT/US2013/022530 ↗
Beam Homogenizer
Patent:
5,610,733 →
Application:
08/203,188 →
Molding Diffractive Optical Elements
Patent:
5,728,324 →
Application:
08/381,169 →
Diffractive Optical Elements as Combiners
Patent:
5,694,230 →
Application:
08/481,587 →
Projection Pointer
Patent:
5,718,496 →
Application:
08/668,976 →
Passively Aligned Integrated Optical Head Including Light Source, Detector, and Optical Element and Methods of Forming Same
Patent:
5,771,218 →
Application:
08/727,837 →
Diffractive Optical Element Having Free Form Fringes
Patent:
5,850,300 →
Application:
08/770,524 →
Projection Pointer
Patent:
5,938,308 →
Application:
08/904,556 →
Integrated Beam Shaper and Use Thereof
Patent:
6,128,134 →
Application:
08/917,865 →
Phase-Only Filter for Generating an Arbitrary Illumination Pattern
Patent:
5,909,312 →
Application:
08/942,121 →
Method of Dicing Wafer Level Integrated Multiple Optical Elements
Patent:
6,096,155 →
Application:
08/943,274 →
Two Layer Optical Elements
Patent:
6,005,714 →
Application:
08/982,475 →
Optical Head Structures Including Electronic Devices Adjacent Transparent Substrates and Related Methods
Patent:
5,872,762 →
Application:
08/994,205 →
Optical Head Structures Including Support Substrates Adjacent Transparent Substrates and Related Methods
Patent:
5,886,971 →
Application:
08/994,281 →
Integrated Optical Apparatus Providing Separated Beams on a Detector and Associated Methods
Patent:
5,912,872 →
Application:
09/018,891 →
Fabricating Optical Elements Using a Photoresist Formed from Contact Printing of a Gray Level Mask
Patent:
6,071,652 →
Application:
09/044,864 →
Broadband Diffractive Diffuser and Associated Methods
Patent:
6,118,559 →
Application:
09/071,762 →
Molding Diffractive Optical Elements
Patent:
6,021,106 →
Application:
09/095,135 →
Method of Making Optical Replicas by Stamping in Photoresist and Replicas Formed Thereby
Patent:
6,027,595 →
Application:
09/109,914 →
Beam Homogenizer
Patent:
6,025,938 →
Application:
09/160,322 →
Method of Mass Producing and Packaging Integrated Optical Subsystems
Patent:
6,235,141 →
Application:
09/227,531 →
Broad Band Controlled Angle Analog Diffuser and Associated Methods
Integrated Optical Apparatus and Associated Methods
Patent:
6,104,690 →
Application:
09/274,310 →
Integrated Micro-Optical Systems
Patent:
6,061,169 →
Application:
09/276,805 →
Synthesis of Light Beams
Patent:
6,343,307 →
Application:
09/277,322 →
Diffusing Imager and Associated Methods
Patent:
6,075,627 →
Application:
09/296,397 →
Multi-Mode Fiber Coupler, System and Associated Methods
Patent:
6,530,697 →
Application:
09/329,996 →
Diffractive Vertical Cavity Surface Emitting Laser Power Monitor and System
Patent:
6,314,223 →
Application:
09/386,280 →
Optical Subassembly
Patent:
6,374,004 →
Application:
09/418,022 →
Interface Between Opto-Electronic Devices and Fibers
Patent:
6,406,195 →
Application:
09/418,365 →
Beam Homogenizer
Patent:
6,278,550 →
Application:
09/484,050 →
Method for Replicating Optical Elements, Particularly on a Wafer Level
Patent:
6,610,166 →
Application:
09/503,249 →
Wafer Level Creation of Multiple Optical Elements
Patent:
6,406,583 →
Application:
09/514,252 →
Transmission Detection for Vertical Cavity Surface Emitting Laser Power Monitor and System
Patent:
6,452,669 →
Application:
09/548,018 →
Methods for making integrated micro-optical systems
Patent:
6,295,156 →
Application:
09/566,818 →
Fabricating Optical Elements Using a Photoresist Formed from Proximity Printing of a Gray Level Mask
Patent:
6,420,073 →
Application:
09/584,095 →
Fiber Coupler System and Associated Methods for Reducing Back Reflections
Patent:
6,496,621 →
Application:
09/614,184 →
Integrated Optical Apparatus and Associated Methods
Patent:
6,522,618 →
Application:
09/637,364 →
Simultaneous Provision of Controlled Height Bonding Material at a Wafer Level and Associated Structures
Patent:
6,669,803 →
Application:
09/672,445 →
Illumination Device and Method for Laser Projector
Integrated Parallel Transmitter
Patent:
6,600,845 →
Application:
09/690,763 →
Intergrated Optical Coupler
Patent:
6,404,958 →
Application:
09/702,830 →
Wavelength Compensated Optical Wavelength Division Coupler and Associated Methods
Method of Mass Producing and Packaging Integrated Optical Subsystems
Beam Shaping Element for Use in a Lithographic System
Integrated Micro-Optical Systems
Separating of Optical Integrated Modules and Structures Formed Thereby
Diffractive Vertical Cavity Surface Emitting Laser Power Monitor and System
Patent:
6,404,959 →
Application:
09/984,915 →
Transfer of Optical Element Patterns on a Same Side of a Substrate Already Having a Feature Thereon
Optical Subassembly
Thick Wafer Processing and Resultant Products
Conic Constant Measurement Methods for Refractive Microlenses
Beam Shaping Element for Use in a Lithographic System
Fabricating Optical Elements Using a Photoresist Formed Using of a Gray Level Mask
Diffractive Monitor and System
Integrated optical coupler
Application:
10/164,711 →
Publication:
US 2003/0002789
Wafer Level Creation of Multiple Optical Elements
Interface Between Opto-Electronic Devices and Fibers
Optical Subassembly
Integrated optical transceiver and related methods
Application:
10/231,483 →
Publication:
US 2004/0041081
Reduced Loss Diffractive Structure
Optical and Mechanical Interface Between Opto-Electronic Devices and Fibers
Transmission Detection for a Laser Power Monitor and System
Method of Mass Producing and Packaging Integrated Subsystems
Multi-Mode Fiber Coupler System
Integrated Micro-Optical Systems
Integrated Micro-Optical Systems
Fiber Coupler, System and Associated Methods for Reducing Back Reflections
Illumination Device and Method for Laser Projector
Etching in Combination with Other Processing Techniques to Facilitate Alignment of a Die in a System and Structures Formed Thereby
Method for Replicating Optical Elements, Particularly on a Wafer Level, and Replicas Formed Thereby
Focal plane coding for digital imaging
Wafer Based Optical Chassis and Associated Methods
Separating of Optical Integrated Modules and Structures Formed Thereby
Transfer of optical element patterns on a same side of a substrate already having a feature thereon
Application:
11/004,963 →
Publication:
US 2005/0094276
Beam Shaping Element for Use in a Lithographic System
Illumination Device and Method Using Adaptable Source and Output Format
Integrated Optical Transceiver and Related Methods
Diffractive Coupler Optimized for Alignment Tolerances
Optical Wavelength Division Coupler and Associated Methods
Wavelength compensated optical wavelength division coupler and associated methods
Application:
11/339,824 →
Reduced Loss High Efficiency Diffractive and Associated Methods
Thin Camera and Associated Methods
Wafer level integration of multiple optical elements
Application:
11/647,397 →
Publication:
US 2007/0110361
Integrated optical transceiver
Application:
11/651,525 →
Publication:
US 2007/0181781
Optical apparatus
Electrical connection for optoelectronic devices
Application:
11/790,029 →
Publication:
US 2007/0200132
Optical Element and System Using the Same
Integrated Camera and Associated Methods
Application:
11/929,381 →
Publication:
US 2008/0136955
Optoelectronic Package, Camera Including the Same and Related Methods
Integrated micro-optical systems and cameras including the same
Application:
11/976,730 →
Publication:
US 2008/0128844
Optical Element and System Using the Same
Reduced Loss High Efficiency Diffractive and Associated Methods
Optical Assembly and Method of Making Same
Integrated Optical Device Including an Optoelectronic Element and a Sealing Substrate with an Optical Element Having Optical Power Thereon
Optical Element and System Using the Same
Transfer of optical element patterns on a same side of a substrate already having a feature thereon
Application:
12/453,650 →
Publication:
US 2009/0225422
Selective diffractive optical element and a system including the same
Optical Device and Associated Methods
Wafer Based Optical Chassis and Associated Methods
Integrated optical device including substrates stacked along an optical axis thereof
Application:
12/801,941 →
Publication:
US 2010/0272390
Optical Element and System Using the Same
Camera system and associated methods
Control of Surface Roughness and Patterns by Light Orientation
Application:
12/850,410 →
Publication:
US 2011/0057336
Nonrotationally Symmetric Lens, Imaging System Including the Same, and Associated Methods
Application:
12/886,312 →
Publication:
US 2011/0068258
Optical Assembly
Triplexer for an Optical Fiber, Package Including the Same, and Associated Methods
Integrated Optical Device Including Substrates Stacked Along an Optical Axis Thereof
Application:
13/285,706 →
Publication:
US 2012/0155798
Optical Device and Associated Methods
Integrated Micro-Optical Systems and Cameras Including the Same
Application:
13/324,453 →
Publication:
US 2012/0094066
Lwir Imaging Lens, Image Capturing System Having the Same, and Associated Method
Lwir Imaging Lens, Image Capturing System Having the Same, and Associated Methods
Application:
13/835,188 →
Publication:
US 2013/0208353
Optical Element and System Using the Same
Illumination device and method for laser projector
Application:
60/222,301 →
Method and apparatus for combining polychromatic collimated light beams using an achromatic diffuser
Application:
60/257,045 →
Illumination device using multiple laser light sources and having zero-order light leak correction
Application:
60/257,046 →
Method and apparatus for eliminating laser speckle in a display device
Application:
60/257,047 →
Method and apparatus for combining parallel collimated lightbeams
Application:
60/257,061 →
Method and apparatus for eliminating zero-order light leak in an illumination device
Application:
60/257,062 →
Method and apparatus for providing an illumination source using a segmented diffuser
Application:
60/257,063 →
Polychromatic display device using monochromatic diffusers, a beam splitter and a combiner in an optical processor space
Application:
60/282,734 →
Monochromatic display device using a monochromatic diffuser and a beamsplitter in an optical processor space
Application:
60/282,735 →
Method and apparatus for combining multiple monochromatic images using a combiner in an optical processor space
Application:
60/282,736 →
Polychromatic display device using a chromatic combiner, an achromatic diffuser and a beamsplitter in an optical processor space
Application:
60/282,737 →
Method and apparatus for combining monochromatic light sources using monochromatic diffusers into a polychromatic light source
Application:
60/282,738 →
Method and apparatus for providing selectable illumination sources in a display device
Application:
60/284,455 →
Asphere testing using microlupi
Application:
60/316,000 →
Transfer of optical element patterns on a same side of a substrate already having a feature thereon
Application:
60/330,504 →
Etching in combination with other processing techniques to facilitate alignment of a die in a system and structures formed thereby
Application:
60/398,799 →
Diffractive coupler optimized for alignment tolerances
Application:
60/449,657 →
Wafer based optical chassis
Application:
60/457,664 →
Focal plane coding for digital imaging
Application:
60/538,506 →
Optical wavelength division coupler and associated methods
Application:
60/701,505 →
Camera system and associated methods
Application:
60/855,365 →
Control surface roughness and patterns by light orientation
Application:
61/213,976 →
Nonrotationally symmetric lens, imaging system including the same, and associated methods
Application:
61/272,387 →
Triplexer for an optical fiber, package including the same, and associated methods
Application:
61/272,891 →
Related Assignments
(9)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Jul 11, 2013
From: DIGITALOPTICS CORPORATION EUROPE LIMITED
To: DIGITALOPTICS CORPORATION EAST
Reel/Frame 030780/0254 →
Assignment of Assignor's Interest
Jul 16, 2015
From: FLIR SYSTEMS TRADING BELGIUM BVBA
To: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
Reel/Frame 036126/0092 →
Corrective Assignment to Correct the Patent No. 7817833 Previously Recorded at Reel: 027768 Frame: 0541. Assignor(S) Hereby Confirms the Assignment.
Oct 1, 2015
From: TESSERA NORTH AMERICA, INC.
To: DIGITALOPTICS CORPORATION EAST
Reel/Frame 036733/0896 →
Patent Security Agreement
Feb 11, 2016
From: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
To: BANK OF AMERICA, N.A., AS COLLATERAL AGENT
Reel/Frame 037808/0001 →
Termination and Release of Security Interest in Patents
Feb 3, 2017
From: BANK OF AMERICA, N.A., AS COLLATERAL AGENT
To: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
Reel/Frame 041710/0001 →
Assignment of Assignor's Interest
Sep 24, 2018
From: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
To: AVAGO TECHNOLOGIES INTERNATIONAL SALES PTE. LIMITED
Reel/Frame 047022/0620 →
Corrective Assignment to Correct the Nature of Conveyance and Effective Date Previously Recorded on Reel 047022 Frame 0620. Assignor(S) Hereby Confirms the Merger.
Oct 2, 2018
From: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
To: AVAGO TECHNOLOGIES INTERNATIONAL SALES PTE. LIMITED
Reel/Frame 047185/0643 →
Corrective Assignment to Correct the Effective Date Previously Recorded on Reel 047185 Frame 0643. Assignor(S) Hereby Confirms the Merger.
Oct 26, 2018
From: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
To: AVAGO TECHNOLOGIES INTERNATIONAL SALES PTE. LIMITED
Reel/Frame 047476/0845 →
Corrective Assignment to Correct the Effective Date of Merger Previously Recorded at Reel: 047185 Frame: 0643. Assignor(S) Hereby Confirms the Corrective Merger.
Nov 5, 2018
From: AVAGO TECHNOLOGIES GENERAL IP (SINGAPORE) PTE. LTD.
To: AVAGO TECHNOLOGIES INTERNATIONAL SALES PTE. LIMITED
Reel/Frame 047959/0296 →