Clean Air Task Force 2006 - 2015
Legal Director
Epa Clean Air Act Advisory Committee 2010 - 2014
Catf Legal Director
Clean Air Task Force 2010 - 2014
Senior Counsel , Legal Director
Conservation Law Foundation 1994 - 1996
Associate
Dickstein Shapiro Llp 1993 - 1994
Associate Attorney
Education:
University of North Carolina at Chapel Hill 1990 - 1993
Doctor of Jurisprudence, Doctorates
Massachusetts Institute of Technology 1980 - 1982
Masters, Management
Boston University 1976 - 1980
Bachelors, Bachelor of Science, Engineering
Ward Melville High School 1976
University of North Carolina at Chapel Hill
Skills:
Environmental Law Energy Policy Public Policy Administrative Law Environmental Policy Climate Change Policy Analysis Legislation Legal Writing Legal Advice Litigation Civil Litigation Legal Research Legislative Relations Litigation Management Renewable Energy Energy Sustainable Energy Government Advocacy
Tyler D. Duston - Evanston IL, US Kishen Gohil - New Malden, GB Colin W. Brown - Egham, GB Guy Naish - Bicester, GB Mary Beth Adams - Gurnee IL, US Ann E. Weeks - Racine WI, US
Assignee:
S.C. Johnson & Son, Inc. - Racine WI
International Classification:
A61L 9/04 A01G 27/00 A62B 7/08 B65D 39/00
US Classification:
239 57, 239 44, 239 53, 239145, 422124, 215227
Abstract:
A container for a volatile liquid in a liquid dispensing device comprises a body and a neck extending from the body to define an opening. A retention structure is integral with the container body and is adapted to be releasably engaged with two opposing sidewalls of a housing of the dispensing device. The sidewalls are spaced apart in a first direction, and the retention structure is inhibits motion of the container in two opposing directions generally transverse to the first direction. The retention structure may be located on a side of the container body. A capillary member extends from inside the container to an exterior of the container. The volatile liquid migrates along the capillary member from the reservoir to the exterior of the container where it is evaporated from the surface of the capillary member by forced airflow generated by a motorized fan mounted in the housing.
Wick-Based Delivery System With Wick Having Small Porosity Sections
Kara Kotary - Racine WI, US Ann Weeks - Racine WI, US Padma Varanasi - Racine WI, US
International Classification:
A61L009/04
US Classification:
239/044000
Abstract:
A wick-based delivery system includes a container for holding a liquid. The container has an opening at its top surface and is non-vented. A porous wick, having a predetermined mean pore size of less than about four microns, and preferably less than about one micron, extends through the opening in the container. When the liquid is added to the container, a lower region of the porous wick is in contact with the liquid and an upper region of the porous wick is exposed to the ambient air. The opening in the container is also substantially sealed by the insertion of the porous wick.
Container For A Device For Dispensing A Volatile Liquid
Tyler Duston - Evanston IL, US Kishen Gohil - New Malden, GB Colin Brown - Egham, GB Guy Naish - Bicester, GB Kara Kotary - Racine WI, US Marygrace Horner - Racine WI, US Mary Adams - Gurnee IL, US Ralph Schwarz - Racine WI, US Padma Varanasi - Racine WI, US Ann Weeks - Racine WI, US
International Classification:
A61L009/04
US Classification:
239/044000, 239/047000
Abstract:
A container for a volatile liquid in a liquid dispensing device comprises a body and a neck extending from the body to define an opening. A retention structure is integral with the container body and is adapted to be releasably engaged with two opposing sidewalls of a housing of the dispensing device. The sidewalls are spaced apart in a first direction, and the retention structure is inhibits motion of the container in two opposing directions generally transverse to the first direction. The retention structure may be located on a side of the container body. A capillary member extends from inside the container to an exterior of the container. The volatile liquid migrates along the capillary member from the reservoir to the exterior of the container where it is evaporated from the surface of the capillary member by forced airflow generated by a motorized fan mounted in the housing.