Edward L Gollar

20040138823, Jul 15, 2004

Dec 23, 2003

10/744292

Edward Gollar - Cincinnati OH, US

G06F019/00

702/019000

Apparatus for detecting blood alcohol level in breath. Apparatus has a breath channel; and electrochemical fuel cell in communication with the breath channel; a temperature sensor in communication with the breath channel; a processor in communication with the temperature sensor and electrochemical fuel cell; and a computer readable storage medium containing executable instructions for the processor.

20050178186, Aug 18, 2005

Feb 13, 2004

10/779263

Edward Gollar - Cincinnati OH, US
Joseph Stetter - Hayward CA, US
Nathan Schattke - Yorkville IL, US

OmegaPoint Systems, LLC - Newark CA

G01N009/00

073031050

A gas sensor assembly is described, comprised of conductive and non-conductive plastic sections, and having a receptacle formed therein. A gas-sensing agent is disposed in the receptacle, and electrodes are positioned adjacent to the receptacle in fluid contact with the gas sensing agent. Each electrode is also in contact with a conductive plastic section of the sensor assembly. The conductive plastic sections are physically and electrically isolated from each other by a non-conductive plastic section.

20050251060, Nov 10, 2005

Jul 15, 2005

11/182402

Edward Gollar - Cincinnati OH, US

A61B005/08

600532000, 600538000

Method for detecting gaseous component levels in a breath, comprising: receiving a breath through a breath channel, wherein the breath channel is in fluid communication with a flow rate sensor and an electrochemical fuel cell gas sensor; measuring a flow rate of the breath received through the breath channel; measuring a first time, wherein the first time corresponds to an amount of time elapsed while receiving the breath in the breath channel; and calculating a current gaseous component level utilizing the flow rate, first time and an output from the gas sensor. Methods for detecting an error condition while measuring gaseous component levels in a breath comprising: determining if the peak output occurs while breath is still being received in the breath channel; and if the peak output occurs while breath is still being received in the breath channel, alerting a user of an error condition.

20060062694, Mar 23, 2006

Nov 15, 2005

11/274214

Edward Gollar - Cincinnati OH, US
Joseph Stetter - Hayward CA, US
Nathan Schattke - Yorkville IL, US

G01N 27/00

422098000

A liquid electrode mixture for use in a gas sensor having from about 60 to about 240 milligrams of platinum black catalyst; from about 900 to about 1100 milligrams of water; from about 300 to about 400 microliters of 1-propanol; and from about 100 microliters to about 150 microliters of a polymer mixture comprising from about 40% to about 80% PTFE by weight and water.

20110009765, Jan 13, 2011

Sep 21, 2010

12/886725

Edward Gollar - Cincinnati OH, US

OMEGAPOINT SYSTEMS, LLC - Cincinnati OH

A61B 5/08

600532

Method for detecting gaseous component levels in a breath, comprising: receiving a breath through a breath channel, wherein the breath channel is in fluid communication with a flow rate sensor and an electrochemical fuel cell gas sensor; measuring a flow rate of the breath received through the breath channel; measuring a first time, wherein the first time corresponds to an amount of time elapsed while receiving the breath in the breath channel; and calculating a current gaseous component level utilizing the flow rate, first time and an output from the gas sensor. Methods for detecting an error condition while measuring gaseous component levels in a breath comprising: determining if the peak output occurs while breath is still being received in the breath channel; and if the peak output occurs while breath is still being received in the breath channel, alerting a user of an error condition.

20030176803, Sep 18, 2003

Mar 14, 2002

10/097460

Edward Gollar - Cincinnati OH, US

A61B005/08

600/532000

Apparatus for detecting blood alcohol level in breath. Apparatus has a breath channel; and electrochemical fuel cell in communication with the breath channel; a temperature sensor in communication with the breath channel; a processor in communication with the temperature sensor and electrochemical fuel cell; and a computer readable storage medium containing executable instructions for the processor.