IP Library › Assignment 022510/0050
Patent Assignment
Reel/Frame 022510/0050

Assignment of Assignor's Interest

Recorded: 2009-04-03 Received: 2009-04-03 Pages: 23
Assignor
Assignee
ENABLENCE TECHNOLOGIES USA INC.
400 MARCH ROAD, OTTAWA, CAX, K2K 3H4, CANADA
Covered Properties (31)
Low Shrinkage, Low Optical Absorbance, Low Refractive Index Adhesive Composition
Application: 12/030,303 →
Process for Preparing an Optical Organic Polymer
Application: 11/658,208 →
Polymeric Optical Waveguide
Application: 11/658,215 →
Optical Organic Polymer
Application: 11/658,237 →
Photosensitive Acrylate Composition and Waveguide Device
Application: 11/445,626 →
Package Sealing Means and Photonic Device Packages So Formed
Application: 11/190,155 →
Hitless Errorless Trimmable Dynamic Optical Add/Drop Multiplexer Devices
Application: 11/100,777 →
Polarization Independent Waveguide Optical Isolator and Circulator
Application: 11/031,932 →
Low Shrinkage, Low Optical Absorbance, Low Refractive Index Adhesive Composition
Application: 10/983,122 →
Polarization Independent Waveguide Optical Isolator and Circulator
Application: 10/977,895 →
Normally Dark Y-Branch Digital Optical Switches and Variable Optical Attentuators
Application: 10/933,597 →
Y-Branch-Based Thermo-Optic Digital Optical Switches and Variable Optical Attenuators with Non-Uniform Heating
Application: 10/883,060 →
Optical Devices Made from Radiation Curable Fluorinated Compositions
Application: 10/338,811 →
Wavelength Division Multiplexing Optical Performance Monitors
Application: 10/315,682 →
Low Optical Loss Polymers
Application: 10/283,394 →
Halogenated Optical Polymer Composition
Application: 10/253,057 →
Tunable Optical Add/Drop Multiplexer
Application: 10/222,078 →
Closed-Loop Control of Tunable Optical Wavelength Filters
Application: 10/160,924 →
Halogenated Optical Polymer Composition
Application: 10/067,669 →
Fluorinated Crosslinker and Composition
Application: 10/062,852 →
Photosensitive Acrylate Composition and Waveguide Device
Application: 10/050,186 →
Fluorinated Photopolymer Composition and Waveguide Device
Application: 10/050,185 →
Polarization Independent Waveguide Optical Isolator and Circulator
Application: 09/965,096 →
Method for Apodizing a Planar Waveguide Grating
Application: 09/952,201 →
Tunable, Polymeric Core, Fiber Bragg Gratings
Application: 09/952,372 →
High Performance Acrylate Materials for Optical Interconnects
Application: 09/939,508 →
Halogenated Optical Polymer Composition
Application: 09/912,827 →
Photocurable Halofluorinated Acrylates
Application: 09/880,435 →
Polymer Waveguide Fabrication Process
Application: 09/846,697 →
Optimized Multi-Layer Optical Waveguiding System
Application: 09/846,691 →
Design of Low Insertion Loss, Single-Mode Polymeric Waveguides
Application: 09/846,699 →