ERS PATENTS

RELIABILITY ENGINEERING

  1. C. Dangelo, E. Suhir,  S. Dey, B. Wacker, Y. Xu, A. Boren, D. Olsen, Y. Zhang, P. Schwartz; B. Padmakumar,  “Carbon nanotube-based structures and methods for removing heat from solid-state devices”, US Patent #8,080,871, 2011
  2. E. Suhir, Y. Xu, Y. Zhang,  “ Method and apparatus for evaluation and improvement of mechanical and thermal properties of CNT/CNF arrays”, US Patent # 8,048,688, 2011
  3. E. Suhir, R. L. Kroeze, P. Schwartz, K. S. Ravindhran, “Composite carbon nanotube-based structures and methods for removing heat from solid-state devices”, US Patent #8,039,961, 2011
  4. E. Suhir, “Apparatus for Attaching a Cooling Structure to an Integrated Circuit”, US Patent #7,477,527, 2009
  5. D. Ingman, V. Ogenko, E. Suhir, A. Glista, “Moisture Resistant Nano-Particle Material and Its Applications”, US Patent #7,321,714B2, 2008
  6. E. Suhir, “Apparatus and Test Device for the Application and Measurement of Prescribed, Predicted and Controlled Contact Pressure on Wires”, US Patent #7,279,916, 2007
  7. D. Ingman and E.Suhir, “Optical Fiber with Nano-Particle Overclad”, US Patent, #7,162,138 B2, 2007
  8. D. Ingman and E.Suhir, “Optical Fiber with Nano-Particle Cladding”, US Patent, #7,162,137 B2, 2007
  9. E. Suhir, “Coated Optical Glass Fiber”, US Patent #6,647,195, 2003.
  10. E. Suhir, “Optical Fiber Interconnects Having Offset Ends with Reduced Tensile Strength and Fabrication Method”, US Patent #6,606,434, 2003
  11. E. Suhir, “Bi-Material Assembly Adhesively Bonded at the Ends and Fabrication Method”, US Patent #6,460, 753, 2002
  12. E. Suhir, “Strain Free Planar Optical Waveguides”, US Patent #6,389,209, 2002
  13. E.Suhir, “Apparatus and Method for Thermostatic Compensation of Temperature Sensitive Devices”, US Patent #6,337,932, 2002
  14. E.Suhir, “Method of Improving the Performance of Optical Fiber, which is Interconnected Between Two Misaligned Supports”, U.S. Patent #6,314,218, 2001
  15. E. Suhir, “Interconnected Optical Devices Having Enhanced Reliability”, U.S. Patent #6,327,411, 2001
  16. E. Suhir, “Arrangement for Reducing Bending Stress in an Electronics Package”, U.S. Patent #6,180,241, 2001
  17. E. Suhir, “Device and Method of Controlling the Bowing of a Soldered or Adhesively Bonded Assembly,” US Patent #6,239,382, 2001.
  18. E. Suhir, “Method for Determining and Optimizing the Curvature of a Glass Fiber for Reducing Fiber Stress”, US Patent #6,016,377, 2000
  19. E. Suhir,  "Electronic Assembly Having Improved Resistance to Delamination", U.S. Patent #6,028,772, 2000
  20. E. Suhir, “Method and Apparatus for Proof-testing Optical Fibers”, US Patent #6,119,527, 1998
  21. E. Suhir, “Data Carriers Having an Integrated Circuit Unit”, US Patent #5,703,350, 1997
  22. E. Suhir and J. Weld, “Electronic Package with Reduced Bending Stress”, US Patent #5,627,407, 1997.
  23. E. Suhir et al, “Pattern For Tube Bending”, Certificate of Authorship #487692, Official Bulletin of Inventions and Discoveries, State Committee for Inventions and Discoveries, No. 38, Moscow, Russia, 1975.