Edwin R Pettengill from Sun City Center, FL, age 95

Multi-Cavity Dispensing Container
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US Patent:

50389637, Aug 13, 1991
Filed:

Apr 30, 1990
Appl. No.:

7/515597
Inventors:

Edwin R. Pettengill - Stratford CT
James L. Gentile - Orange CT
Assignee:

Chesebrough-Pond's, Inc. - Greenwich CT
International Classification:

B67D 560
US Classification:

222145
Abstract:

A rigid piston-type multi-cavity dispensing container for simultaneous coextrusion of two or more flowable materials in a predetermined proportion, such as multicomponent toothpaste and the like which, upon relative compression of the upper and lower body members, produces a single, banded, unmixed stream of material. The container has a unique outlet assembly which is arranged to cause the outlet streams of material to flow towards each other. The outlet assembly maintains the segregation of the different materials as they move simultaneously outward through the outlet.

Mascara Applicator
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US Patent:

50528394, Oct 1, 1991
Filed:

Jan 29, 1988
Appl. No.:

7/150178
Inventors:

Edwin R. Pettengill - Stratford CT
International Classification:

A46B 1100
US Classification:

401126
Abstract:

A mascara applicator is described which comprises a reservoir for mascara containing dual side-by-side openings for the mascara and a handle integrally connected to two substantially straight application brushes which are adapted to be placed in the openings to receive mascara on the brushes, the handle having means to sealingly engage the reservoir.

Multi-Cavity Dispensing Container
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US Patent:

50206940, Jun 4, 1991
Filed:

Mar 16, 1989
Appl. No.:

7/324588
Inventors:

Edwin R. Pettengill - Stratford CT
Assignee:

Chesebrough-Pond's, Inc. - Greenwich CT
International Classification:

B67D 552
US Classification:

222137
Abstract:

A rigid piston-type multi-cavity dispensing container for simultaneous coextrusion of two or more flowable materials in a predetermined proportion, such as multi-component toothpaste and the like which, upon relative compression of the upper and lower body members, produces a single, banded, unmixed stream of material. The container has a unique outlet which is arranged to cause the outlet streams of material to flow towards each other. The outlet maintains the segregation of the different materials as they move simultaneously outward through the outlet.

Edwin R Pettengill