William Waycaster Phones & Addresses
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Mantachie, MS
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Amory, MS
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Lexington, KY
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446 Road 373, Tupelo, MS 38801 (662) 397-3001
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490 Road 373, Tupelo, MS 38801 (662) 767-3157
Publications
Us Patents
Yielding Hanger For Stem Mounting Fluorescent Highbays
View pageUS Patent:
7287883, Oct 30, 2007
Filed:
Jul 13, 2005
Appl. No.:
11/180844
Inventors:
Carlton Bruce Plunk - Saltillo MS, US
William Bradley Waycaster - Tupelo MS, US
William Bradley Waycaster - Tupelo MS, US
Assignee:
Genlyte Thomas Group, LLC - Louisville KY
International Classification:
F21S 8/06
US Classification:
362404, 362148
Abstract:
A yielding hanger for a luminaire comprising a rectangular top having a centrally located mounting hole, two opposing sides, two opposing ends, and a plurality of hanger legs depending downwardly from the top. The hanger legs have a length, width, thickness, and composition of material to provide for the absorption of physical shock by springing or bending.
Fluorescent Lamp Luminaire
View pageUS Patent:
7506994, Mar 24, 2009
Filed:
Apr 28, 2006
Appl. No.:
11/380785
Inventors:
William Bradley Waycaster - Tupelo MS, US
Scott Collins - Tupelo MS, US
Scott Collins - Tupelo MS, US
Assignee:
Genlyte Thomas Group LLC - Louisville KY
International Classification:
F21S 8/06
US Classification:
362225, 362147, 362221, 362404
Abstract:
The luminaire of the present invention comprises at least two channel reflectors geometrically arranged in substantially a common plane forming a light emitting region, each channel reflector has one fluorescent lamp holder extending therein and each channel reflector has a channel reflector retaining arm having a ballast therein and extending to a luminaire supporting base.
High Efficiency Asymmetrical Optical Assembly
View pageUS Patent:
6619821, Sep 16, 2003
Filed:
Apr 14, 1999
Appl. No.:
09/291868
Inventors:
William Bradley Waycaster - Tupelo MS
Assignee:
Genlyte Thomas Group LLC - Louisville KY
International Classification:
F21V 700
US Classification:
362350, 362297, 362296, 362341, 362347, 362348, 362346
Abstract:
A parabolic reflector with an asymmetrical light distribution is disclosed. The inside surface of the reflector is divided into four quadrants, and two of the four opposing quadrants are coated with a reflective material. The two remaining quadrants are uncoated or specular. With the uncoated quadrants aligned along a longitudinal center line of a narrow area to be lit, the reflector provides an asymmetrical or elliptical light distribution for more efficient lighting of narrow hallways and passageways. The reflector is particularly useful in a warehouse environment.