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Kenneth Nigon
Areas of Practice
  • Electrical & Computers
  • Software & E-Commerce
IP Services
  • Freedom To Operate
  • Opinions
  • Patent Prosecution
Overview
Education
Bar Admissions
Publications
Representative Patents
Overview
Overview

Kenneth Nigon has been an IP lawyer for 33 years.  Ken’s practice focuses on US and international patent protection for computer hardware, software, and business methods. Ken is a co-chair and a member of the Practising Law Institute faculty for the annual Advanced Patent Prosecution Workshop. Ken is a contributing author for Electronic and Software Patents: Law and Practice, a treatise published by BNA Books. Ken is a past-president of the Philadelphia Intellectual Property Law Association and has served on the board of directors and held many committee leadership positions in the American Intellectual Property Law Association where he currently serves as vice-chair of the Patent Relations with the USPTO Committee.  He earned recognition and is listed in Chambers & Partners America’s Leading Lawyers for Business, in The Best Lawyers in America and in Pennsylvania Super Lawyers.

Education
Education
Temple University
Philadelphia, PA, 1983

Juris Doctor

Stanford University
Stanford, CA, 1974

M.S. Electrical Engineering/Computer Engineering

University of Notre Dame
Notre Dame, IN, 1973

B.S. Electrical Engineering

Bar Admissions
Bar Admissions

Pennsylvania

United States Patent & Trademark Office

Publications
Publications
Advanced Specification Drafting Issues: Electronic and Computer Inventions

The Computer & Internet Lawyer vol. 24, no. 4, April 2007

The New Written Description Requirement

Journal of the Patent and Trademark Office Society, vol. 84, no. 9, September 2002

Patent Portfolio Management

The Patent Journal vol. 1, no. 11, September 2002

Representative Patents
Representative Patents
8,130,676

Method for on-demand distributed hash table update

9,277,371

Grouped multicast/broadcast single frequency network (MBSFN) splitting

9,121,922

Full-Text Access point location identification methods and apparatus based on absolute and relative harvesting

2015/0204640

Indoor location using magnetic fields