Edgar M Nash

US Patent:

20020000057, Jan 3, 2002

Filed:

Jun 12, 2001

Appl. No.:

09/878456

Inventors:

Edgar Nash - Modesto CA, US

International Classification:

G09F013/04

US Classification:

040/564000

Abstract:

A compact, portable backlighted artwork display unit so flexible it may be used in conjunction with any display device of choice, introducing entirely new art forms utilizing many variabtions of PLATEN and lighting diversity that may be combined or mixed to produce artistic dimensions and displays heretofore unknown.

US Patent:

20030189068, Oct 9, 2003

Filed:

Apr 5, 2002

Appl. No.:

10/116515

Inventors:

Edgar Nash - Modesto CA, US

International Classification:

B65D005/72

US Classification:

222/571000

Abstract:

Present invention derives great advantage from the absolute simplicity and effectiveness of all configurations that intercept and collect objectionable or even dangerous drippage below a liquid dispensing spout or other such device before the liquid can run down the sides of its container. In primary application, Drip Catcher is a one-piece channel-shaped annular trough secured around the neck of a household dishwashing detergent bottle, as an example, immediately below the pouring spout. Subject invention is adaptable even to large vessels such as drums.

US Patent:

42718767, Jun 9, 1981

Filed:

Apr 5, 1979

Appl. No.:

6/027251

Inventors:

Henry R. Nash - South El Monte CA
Edgar M. Nash - Modesto CA

International Classification:

B65B 124

US Classification:

141 12

Abstract:

A method and apparatus for filling multi-cell or honeycomb cored panels wih fibrous insulation is described. Bales of insulation are reduced to particulate composition and evenly distributed within honeycomb panels. Insulation reduced to particulate composition is temporarily stored in an insulation feeder. Located within the feeder is a reciprocating grating that disperses the stored insulation at a controlled rate. Below the grating is an insulation conveyor belt that receives the dispersed insulation and transfers it to a point of discharge into a panel to be filled. The panel is conveyed over a vibrator to evenly distribute the insulation contained therein. The panel is also conveyed under reciprocating and rotary brushes that extend into the panel interior for uniformly packing the insulation to achieve an even predetermined insulation density. Flexible scrapers are located between the rotary brushes to scrape the surfaces of the panels clear of any insulation remaining on such surfaces.