PATENTS and COPYRIGHTS:
Click on any
to download that document.
Patents Granted:
7."Method for Making a Monolithic Integrated
High-Tc Superconductor- Semiconductor Structure", Michael J. Burns, P.R. de
la Houssaye, Graham A. Garcia, Stephen D. Russell, Stanley R. Clayton, and
Andrew T. Barfknecht, U.S. Patent #6,165,801; (2000) contains 23 claims
6."Monolithic Integrated High-Tc
Superconductor - Semiconductor Structure", Michael J. Burns, P.R. de la
Houssaye, Graham A. Garcia, Stephen D. Russell, Stanley R. Clayton, and
Andrew T. Barfknecht, U.S. Patent #6,051,846; (2000) contains 51 claims
![]()
5. "Multiple SQUID Direct Signal Injection
Device Formed on a Single Layer Substrate", Robin H. Cantor and Michael J.
Burns, U.S. Patent #5,767,043; (1998) contains 19 claims
![]()
4. "Method For Making an NMR Coil", Dawei
Zhou, Thomas Mareci, Michael J. Burns, Ward D. Ruby, U.S. Patent #5,466,480;
(1995) contains 14 claims
![]()
3. "Method and Device for Monitoring of
Moisture in Soil", Michael J. Burns and N.Michele Holbrook, U.S. Patent No.
5,341,673; (1994) contains 11 claims
![]()
2. "Method and Device for Non-invasive
Monitoring of the Hydration State of Plants", N.Michele Holbrook and Michael
J. Burns U.S. Patent No. 5,224,769; (1993) contains 11 claims
![]()
1. "Light Detection With Waveguide Having
Fully and Partially Reflecting Sides" , Michael J. Burns, U.S. Patent No.
5,045,684; (1991) contains 23 claims
![]()
Patents Pending/Unissued Filed Patent Applications:
8. "Freestanding Structures of Perovskite-Type
Oxide Materials", Luke P. Lee, Michael J. Burns, Kookrin Char, Guo-Chun
Laing, John M. Rowell, (pending, U.S. Patent application serial #08/387,908;
European Patent Application WO9405046, filed 8/24/93); contains 17 claims
![]()
9. "NMR Coils Suitable For Use in Spectroscopy and Methods For Making Same", Dawei Zhou, Thomas Mareci, Michael J. Burns, Ward D. Ruby, (pending, U.S. Patent application serial #08/468,269) contains 14 claims
NOTE: Some Adobe Acrobat installations, particularly v6, have problems displaying these patent pdf files. If you have problems, right click on the icons, save the files to disk, and view them with a different copy of Adobe Acrobat.
Copyrighted Software:
8. “Task Terminator"
copyright 2000-2004
32-bit Windows 9x/Me/2k/NT program which allows one to terminate programs
and processes running in Windows which normally cannot be shut down. Distributed
to over 5,000 users.
7. “Zlaunch"
copyright 1998-2004,
32-bit Service for Windows 9x/Me/2k/NT which acts as master control and
self-repair module for Homing Pigeon allowing the program to repair itself when
damaged, erased, and often recover when the drive is reformatted. Homing Pigeon
allows a stolen PC to contact the owner via the
internet. Distributed to over 10,000 customers.
6. “Homing Pigeon"
copyright 1998-2004, registration number TXU 844-117
32-bit Internet/Intranet driver for Windows 9x/Me/2k/NT which performs network
topology mapping. Allows a stolen PC to contact the owner via the
internet. Distributed to over 10,000 customers.
5. “Homing Pigeon
Configuration"
copyright 1998-2004, registration number TXU 848-084
32-bit Internet/Intranet program for Windows 9x/Me/2k/NT which configures
Homing Pigeon.
Distributed to over 10,000 customers.
4. “Burns Consulting
Psychrometer Measurement System"
copyright 1997, registration number TXU 814-835
32-bit Windows program controls custom equipment used to measure the chemical
potential of water in soil and biological samples.
3. "Burns Lab Auger Electron
Spectroscopy "
copyright 1987-1990, registration number TXU 414-640
16-bit DOS program controls Perkin-Elmer electron analyzers, ion guns, and
electron beam equipment to perform Auger electron spectroscopy for materials and
surface analysis.
2. "Burns Lab Auger Elastic
Peak Display"
copyright 1987-1990, registration number TXU 414-653
16-bit DOS program controls Perkin-Elmer electron beam equipment during system
level adjustments.
1. "Burns Lab Depth Profile
Deconvolution - DEPTH"
copyright 1987-1990, registration number TXU 433-594
16-bit DOS program deconvolves a collection of spectra taken with BLAES to give
the user atomic depth profile information for materials and surface analysis.