Joseph Thomas Rassman

US Patent:

62610309, Jul 17, 2001

Filed:

Nov 4, 1999

Appl. No.:

9/433251

Inventors:

Joseph T. Rassman - Lyndell PA
Kirt C. Weidner - Exton PA
Alan S. Geckle - Downingtown PA

Assignee:

Omega Design Corp. - Exton PA

International Classification:

B65G 5314

US Classification:

406153

Abstract:

A desiccant feeder system comprising, a reservoir for desiccant canisters, means for delivering the canisters through a transfer tube to at a loading station, means for presenting the open end of containers one at a time at the loading station, means for circulating air at high velocity through the tubing including an adjustable internal ring-shaped nozzle to deliver desiccant canisters from the reservoir to the loading station, and a shuttle selectively actuatable to discharge at least one desiccant cannister to the containers at the loading station.

US Patent:

20010031176, Oct 18, 2001

Filed:

Apr 12, 2001

Appl. No.:

09/833272

Inventors:

Joseph Rassman - Lyndell PA, US
Kirt Weidner - Exton PA, US

International Classification:

B65G053/14
B65G053/46

US Classification:

406/153000, 406/144000, 406/177000, 406/180000, 406/194000, 406/028000, 053/058000, 141/168000, 141/171000

Abstract:

A desiccant feeder system comprising, a reservoir for desiccant canisters, means for delivering the canisters through a transfer tube to at a loading station, means for presenting the open end of containers one at a time at the loading station, means for circulating air at high velocity through the tubing including an adjustable internal ring-shaped nozzle to deliver desiccant canisters from the reservoir to the loading station, and a shuttle selectively actuatable to discharge at least one desiccant cannister to the containers at the loading station.

US Patent:

20010031175, Oct 18, 2001

Filed:

Apr 12, 2001

Appl. No.:

09/833271

Inventors:

Joseph Rassman - Lyndell PA, US
Kirt Weidner - Exton PA, US
Alan Geckle - Downingtown PA, US

International Classification:

B65G053/14

US Classification:

406/153000

Abstract:

A desiccant feeder system comprising, a reservoir for desiccant canisters, means for delivering the canisters through a transfer tube to at a loading station, means for presenting the open end of containers one at a time at the loading station, means for circulating air at high velocity through the tubing including an adjustable internal ring-shaped nozzle to deliver desiccant canisters from the reservoir to the loading station, and a shuttle selectively actuatable to discharge at least one desiccant cannister to the containers at the loading station.