MR. PATRICK JAMES MOSELEY, PT
Physical Therapy in Chapel Hill, NC

6660231, Dec 9, 2003

Apr 13, 2001

09/833605

Patrick T. Moseley - Chapel Hill NC

Atmospheric Sensors, LLC - King of Prussia PA

G01N 2700

422 98, 422 83, 422 88, 73 101, 73 102, 73 232, 73 2331, 436106, 436116, 436127, 436149

The mixed oxide W Mo O , where preferably x can be in the range 0. 01 to 0. 9, is very useful for the detection of oxidizing gases and in particular is superior for the detection of ozone. The preferred composition is in the range of 1% to 21% Mo (i. e. 99% to 79% W). The present example in which the composition of the sensing material is in the range W Mo O with x varying from 0. 01 to 0. 9, is clearly distinct from the device claimed in applicants earlier patent. Precipitation of the material as a mixed oxide from an aqueous solution of the ammonium metallates in concentrations of the appropriate stoichiometric proportions yields a powder that can be screen-printed to give an ideal microstructure. Resistivity of the material may be tailored to a desired value by adjusting the Mo/W ratio within the single phase field. Varying this ratio adjusts catalytic properties of the material.

5811662, Sep 22, 1998

Aug 25, 1997

8/765657

David Edward Williams - Abingdon, GB
Patrick Timothy Moseley - Chapel Hill NC
Peter McGeehin - Compton, GB

Capteur Sensors & Analysers, Ltd. - Didcot

G01N 2704, B05D 140, H01C 700

73 3106

A resistive gas sensor having a WO. sub. 3 sensing element is especially useful for detection of low concentrations (1 ppm or less) of ozone in air. The WO. sub. 3 element is a porous layer with a 30-60% porosity and less than 50 micrometer thick, having in general a sufficiently open porous microstructure and high surface area to give satisfactory response to ozone. The sensor is used for detection of low ozone concentrations at a working temperature in the range from ambient to 600. degree. C.

6173602, Jan 16, 2001

Aug 11, 1998

9/132216

Patrick T. Moseley - Chapel Hill NC

G01N 2712

73 3106

A sensor and a sensing method for use in a gas or gaseous mixture is provided. The sensor includes a gas sensitive material, MO. sub. 3-x, in which M is predominantly or exclusively MO and MO. sub. 3-x, is a substoichiometric molybdenum trioxide which exhibits a response in the form of an increase or a decrease in an electrical property of the material in the presence of a gas. The gas sensitive material is in communication with two or more electrodes and is arranged for being contacted with a gas or gaseous mixture. The electrodes are in direct communication with the gas sensitive material by being in contact therewith. The sensor incorporates a temperature sensor. The sensor includes a heating element.

5800948, Sep 1, 1998

Dec 19, 1996

8/772001

Patrick T. Moseley - Chapel Hill NC

International Lead Zinc Research Organization, Inc. - Chapel Hill NC

H01M 216, H01M 218

429204

There is disclosed a lead acid battery and battery separator, the separator comprising a porous ceramic body manufactured from ceramic fibers welded together at their respective contact points such that the resulting separator body is substantially rigid and non-compressible and wherein the separator has a porosity of at least about 90%. The electrodes of the battery may be comprised of a similar porous ceramic material impregnated, respectively, with Pb and PbO. sub. 2. A lead-containing foil may be maintained in close contact with each of the electrodes as current collectors attached to the battery terminals.

2005022, Oct 20, 2005

Aug 14, 2003

10/524503

Patrick Moseley - Chapel Hill NC, US

G01N027/02

073023310, 073031050, 436160000, 438049000, 257414000

The present invention identifies a formulation for a subgroup of perovskite structure oxides that overcomes the outstanding problems for oxygen sensing in a combustion environment. The sub group has a formula ABOwhere A is a large 3-valent ion, such as Pr, B is a transition metal ion, which is substituted to a small degree by tungsten (which has a stable valence of 6), and x indicates that the oxide can sustain a variable oxygen stoichiometry. A preferred general formulation is a single-phase perovskite structure ABWOwhere y preferably lies between 0.03 and 0.15, more preferably between 0.05 and 0.10 and where x is close to 3. Preferred examples of compositions that can achieve these advantages include, but are not limited to, PrFeWOand LaFeWO.

7900501, Mar 8, 2011

Sep 13, 2006

11/520137

Patrick T. Moseley - Chapel Hill NC, US

Atmospheric Sensors Ltd. - Little Thetford, Ely, Cambridgeshire

G01N 27/12

73 3102, 73 3106

An air quality monitor having multiple sensors deployed in an electric circuit returns a single sign indication of atmospheric impurity regardless of whether the impurity gas is of the oxidizing or reducing type. Each sensor employs a gas sensitive material that exhibits a response in the form of a change in electrical resistance of the material in the presence of a gas and that exhibits a negligible response to changes in the moisture content of the atmosphere. A powder is dried and calcined and the result is ground into a fine powder and pressed into a desired shape to make the gas sensitive material. Adding a binder during the pressing and firing the shaped powder results in a gas sensitive material with porosity. Gas is flowed to the gas sensitive material and the resulting change in resistance is measured and returned as a single sign indication of atmospheric impurity.