David Nikodem Phones & Addresses
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1330 Calkins Rd, Pittsford, NY 14534 (585) 334-5696
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Brielle, NJ
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Bradley Beach, NJ
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Henrietta, NY
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Charlotte, NC
Work
Position:
Food Preparation and Serving Related Occupations
Education
Degree:
Graduate or professional degree
Publications
Us Patents
Microtoner Formulations Having Blended Copolymers Of A First And Second Resin And Method Of Producing Same
View pageUS Patent:
20060087052, Apr 27, 2006
Filed:
Jul 9, 2004
Appl. No.:
10/887967
Inventors:
Mark Stachowski - Rochester NY, US
David Nikodem - Pittsford NY, US
David Nikodem - Pittsford NY, US
International Classification:
D01D 5/40
US Classification:
264140000
Abstract:
A microtoner (C) and method for producing same () is presented. The microtoner (C) includes a blend of at least one polymer (P, P, . . . and P) and at least one thermoplastic polymer (P, P, . . . and P). The method () of producing microtoner (C) includes blending () the at least one polymer with the at least one thermoplastic polymer and with one or more pigments to thereby form a dry mix toner formulation (T). The toner formulation (T) is pulverized () by mechanical means into an unclassified particulate microtoner (U). The unclassified particulate microtoner is then classified to produce the microtoner (C).
Microtoner Formulation With Enhanced Classification Properties And Method Of Producing Same
View pageUS Patent:
20060008725, Jan 12, 2006
Filed:
Jul 9, 2004
Appl. No.:
10/888059
Inventors:
Mark Stachowski - Rochester NY, US
David Nikodem - Pittsford NY, US
David Nikodem - Pittsford NY, US
International Classification:
G03G 9/087
US Classification:
430108110, 430109300, 430109400, 430109500, 430108100, 430108600, 430137200
Abstract:
A method () for forming a microtoner (C) for use in the development of electrophotographic images includes blending at least one polymer (P, P, P, . . . P) with at least one thermoplastic polymer (P, P, P, . . . P) and with one or more pigments to thereby form a dry mix toner formulation (D). The dry mix toner formulation (D) is melt mixed to thereby form a melt mix toner formulation (M) which is pulverized into an unclassified intermediate toner mix (U). At least one surface treatment addenda material (X) is dry blended with the unclassified intermediate toner mix (U) to thereby produce a surface treated unclassified toner mix (S), which is then classified to produce a surface treated classified microtoner formulation (C) having an improved particle size distribution.