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Our Talent

No matter the challenge, if your project involves intellectual property, you can count on the Prior Art Searches team to provide the best service for your needs. Browse through our redacted resumes to get a sample for the expertise that powers our services.

Our Research Team

DAV
  • Master of Electrical and Computer Engineering, Rice University
  • Bachelor of Science -Electrical Engineering, University of Arkansas
  • Associate Degree in Electronics
  • Design Engineer, 5 years
  • United State Patent and Trademark Office Examiner, 10 years
  • Private Searcher, 10 years

LJF
  • Master's Degree Course Work Completed – Reliability Engineering, University of Maryland
  • Bachelor of Science – Chemical Engineering, Carnegie Mellon University
  • Design and Consulting Engineer, 5 years
  • United States Patent and Trademark Office Examiner, 11 years
  • Private Searcher, 10 years

CAA
  • Mechanical Engineering Review, University of Virginia
  • Bachelor of Science -Mechanical Engineering, Catholic University of Peru
  • Design Engineer, 5 years
  • Private Searcher, 5 years
  • Additional Languages Spoken: Spanish, German

CTR
  • Juris Doctor, The Catholic University of America
  • Bachelor of Science -Biochemistry, Virginia Tech
  • Medical Technologist, 1.5 years
  • Network Engineer and Systems Programmer, 4.5 years
  • Private Searcher, 2 years

RPM
  • Juris Doctor, The George Washington University Law School, expected Spring 2009
  • Bachelor of Science -Chemical Engineering, University of Florida, 2005
  • Research and Design Engineer, 1 year

DS
  • Bachelor of Science – Chemistry, Rensselaer Polytechnic Institute
  • Research and Design Chemist, 3.5 years
  • Private Searcher, 1.5 years

VKD
  • Bachelor of Science in Electrical Engineering, Old Dominion University
  • Associate Degree in Electronics, J. Sargeant Reynolds Community College
  • Private Searcher Specializing in File Histories, 12 years

JK
  • Post Graduate Work in Information Security, The George Washington University
  • Master of Science in Computer Science, The George Washington University
  • Bachelor of Science in Computer Science, The George Washington University
  • Data Security Architect, 3 years
  • Software Developer, 5 years
 

Some Writing Samples

RIPPLE ET AL 4,677,902 shows a jigsaw puzzle 10, FIG 3, having a play piece 20, FIG 6, sprayed with a magnetic layer 22 and a metallic playing surface 18 (see col 2, Lns 20-23).


TAKEMASA 4,913,034 shows an enlarged distal chamber 25, FIG 1, where additional vortex action is generated, and a removable skirt 23, FIG 2.


SHIELDS ET AL 3,722,182 shows an electrical field established at the surface of a substrate 10 by a high voltage AC source 16, FIG 4, a high intensity diode laser 18, and an infrared detector 24.


GRIEF 4,813,344 shows bits in an instruction-address register output signal that (a) are decoded to create logic operation-defining signals, (b) are used to select a particular bit of a word as a logic operand, and (c) are used as an address to select and obtain from memory a word which contains that bit (col. 2, Lns. 55-65).


SATO ET AL 4,722,264 shows detoxification of asbestos by (1) adding concentrated sulfuric acid to asbestos (resulting in loosening, breakage and partial decomposition of asbestos and detachment of the asbestos from a solid object), (2) adding a lower concentration of sulfuric acid to the partially decomposed asbestos (resulting in total decomposition), (3) adding lime (increasing the pH of the asbestos mixture to near 7 and resulting in formation of calcium sulfates), (4) adding a lubricating and accelerating agent to the decomposed asbestos mixture, and (5) adding a pozzolanic material (resulting in solidification).


GILBERTSON 4,309,382 shows a single cup microwave drip-type coffee maker 10, FIG 4, having a lower filter element 26 for holding a premeasured amount of coffee grounds 28, and a non-toxic seal 34, FIG 2, which is displaced or melted at the brewing temperature for water 24.


HADDAD 4,617,157 shows compression of data where parsing is achieved in a single pass through the data, starting from a beginning character and separating off one character at a time (col 5, Ins 44-46). When a string of characters is parsed from an input data stream, the parsed string is extended by the next occurring character in the input stream to form an extended string which is encoded and stored in the compressor to be utilized for later encodings (col 5, Lns 34-39) (see FIG 1).


DEGUISSEPPE 4,309,078 independent claim 4 requires a cylindrical container with a tapered inner portion near the opening. The other independent claims 1, 7, and 8 mention a bead located on an annular depending wall on a sealing member.


HATAE ET AL 4,883,263 shows careful placement of masses (i.e., a driver 14, FIG 1 and sensors 16, that are independent of fluid density variations) such that the ratio of the resonant frequencies of oscillations about an axis B-B (driven by the driver 14) and oscillations about an axis A-A (caused by coriolis forces of a flowing fluid) remain constant regardless of the specific gravity of the flowing fluid. TABLE IV (col 9, Ins 50-55) shows experimental and measured results of the ratio of the resonant frequencies listed for water (specific gravity=1) and air (specific gravity=0).


GERMANY 1,234,757 shows a ball 12, FIG 2, guided by three ribs, restricted by stops 18 on the forward end and rests on a seat (in part 14), to close a flow passage in the rear end of the pressure head 6.