|
|
The Office of Intellectual Property manages UAH’s intellectual property.
During the past five years, UAH researchers have created almost $1 million in license and royalty fees.
For more information or to license UAH technology contact:
William Gathings, PhD
256.824.6620
gathinw@uah.edu
For more information on the University’s patents go to the U.S. Patent Office and
enter the patent number.
| Patents Awarded (since 1988) |
| Superconducting thin film fabrication | 4,929,595 |
| Holographic interconnect system | 5,056,039 |
| High temperature processing of cuprate oxide superconductors | 1,339,720 |
| Infrared achromatic retarder | 4,961,634 |
| Infrared spectopolarimeter | 5,045,701 |
| Method for separation, recovery and recycling of plastics
from municipal solid waste | 4,844,351 |
| Preparation and use of polyethylene glycol | 5,252,714 |
| Multi-mode waveguide hologram using non-coherent light | 5,295,208 |
| Waveguide hologram illuminators | 5,515,184 |
| Preparation of ceramic metal coatings | 5,330,826 |
| Chromium alloy electrodeposition & surface fixation of
calcium phosphate ceramics | 5,338,433 |
| Inertia and inductance switches | 5,334,963 |
| Integrated rainbow hologram | 5,293,259 |
| Side illuminated multimode waveguide hologram | 5,465,311 |
| Electro-optical holographic display | 5,581,378 |
| Waveguide hologram illuminators | 5,854,697 |
| Method for electro-optically rendering a holographic image | 5,757,522 |
| Apparatus and method for determining concentration of species
in substance | 5,739,916 |
| Photonic bandgap apparatus and method for delaying photonic
signals |
| | Method and apparatus for accurately measuring blood oxygen
saturation within a retinal vessel with light having several
selected wavelengths | 5,776,060 |
| Method and apparatus for accurately measuring the transmittance
of blood within a retinal vessel | 5,935,076 |
| Apparatus and method for fluid analysis | 5,870,185 |
| Microresonator and associated method for producing and
controlling photonic signals with a photonic bandgap
delay apparatus | 6,028,693 |
| Modified brushite surface coating, process therefore, and
low temperature conversion to hydroxyapatitie | 6,045,683 |
| Opthalmic optic devices | 6,000,798 |
| Optical scanning spectroscopic apparatus and associated method | 6,244,712 |
| Method and apparatus for measuring microgravity acceleration | 6,244,113 |
| Nickel cobalt phosphorous low stress electroplating | 6,406,611 |
| Valve having ceramic components and associated
fabrication method | 6,460,559 |
| System and method for performing a defined function on
an optical beam | 6,392,791 |
| Valve having ceramic components and associated fabrication
method | 6,698,715 |
Patents Pending |
| Image quality mapper for progressive eyeglasses |
| Trivalent chromium electroplating compositions and processes |
| Application and method for displaying an object using real-time in 3 dimensional
stereoscopic format |
| Nickel cobalt phorous low stress electroplating |
| Full cycle, low cost, low distortion phase modulation from multi-layered dielectric
stack with terahertz optical bandwidth |
| Real time analog creation of holographic fourier transform matched filters |
| Method and analysis for measuring blood oxygen saturation in a retinal vessel by
| | preferentially detecting single pass optical signals |
| Liquid crystal adaptive lens with circular electrodes and related fabrication
methods and control methods |
| Web-contractor |
| Nucleic acid detector and method of detecting targets within a sample |
| Waveguide including at least one photonic crystal region for directing signals
propagating there through |
| Crystallization cassette for the growth and analysis of macromolecular crystals
and an associated method |
| Method, system and computer program product for collecting and storing
radiation and position data |
| MEMs mocroelectromechanical system security device and associated method |
| Waveguide microcantilever with differential optical readout: method of readout:
achieving compace waveguide bends and beamsplitters |
| Microgravity pulling device |
| Thermally insulating vacuum honeycomb offset panel with radiation shields |
| Method for optimizing, modeling and synthesizing discrete continuous signals |
|
