Other

Infinite Biomedical Technologies, LLC

David H Sherman

Neil Samuel Rothman

Nitish V Thakor

Feras Al Hatib

Wei-Shou Hu

James Peter Hammond

Santosh Venkatesha

Timothy Fleischer

Ananth Naturajan

Stan Branche

John Meshinsky

Reda R Gharieb

Anastasios Bezerianos

Li-Hong Malmberg

Margaret Natarajan

Kenneth Tighe

Thomas Sweeting

Hasan Al-Nashash

Manan Hathi

Joseph Paul

Santosh Venkatasha

Shanbao Tong

Disclosed is an apparatus to detachably attach an LED light fixture to a ceiling or a recessed lighting fixture housing. The apparatus comprises retrofit clips (), a plurality of new construction clips (), connecting posts (), metal housing (), screw holes (), complete fixture (), junction box (), and twist connector (). The retrofit clips () are adaptable to attach with the metal housing () of the LED light fixture by screwing them into screw holes (). The connecting posts () hold the new construction clips (). The metal housing () embodies the complete fixture (). The junction box () holds connection wirings and may hold an LED driver. The twist connector () attaches the output wires of the junction box () to the metal housing ().

Apparatus to detachably attach LED light fixture to ceiling or recessed lighting fixture housing

Certain embodiments relate to a method for determining a condition of a subject, including obtaining a signal, the signal including a plurality of determinable parameters. The method also includes determining at least two of the plurality of determinable parameters from the signal, to yield determined parameters. The method also includes applying a weighting factor to each of the determined parameters to yield weighted parameters, and combining the weighted parameters to determine a numeric value relating to the condition of the subject. Other embodiments are described and claimed.

Multi-parametric quantitative analysis of bioelectrical signals

Embodiments include methods and apparatus for determining whether a neurological event has occurred in a subject. An apparatus includes at least one sensor adapted to sense electroencephalogram signals from the subject. The apparatus also includes an electroencephalogram acquisition module adapted to receive the electroencephalogram signals from at least one sensor, and a processing and analysis module adapted to receive signals from the electroencephalogram acquisition module and determine changes in neurological function using entropy analysis.

Apparatus and methods for brain rhythm analysis

A plurality of node index records are created in a database containing stored scanned image data and related index files. The node index records are batched in accordance with a hierarchy of documents from which they were derived. The index node records are stored in a work queue which is divided into stages. The first stage of the work queue includes a system administrator connected to the database which identifies a work flow comprising several processes to be carried out on the node index records and related image files. A plurality of workstations networked to the database carry out the work flow process and upon completion of each process, restores the index node records to a lower stage of the work queue where subsequent processes are carried out by the networked computer workstations.

System for performing multiple processes on images of scanned documents

Targeted gene insertion methodology can increase the production of an antimicrobial metabolite and comprises the steps of:

Method for increasing production of microbial metabolites by genetic

Growing community of inventors

St. Louis Park, MN, United States of America

David H Sherman