Peter E Zagorzycki

46195769, Oct 28, 1986

Aug 28, 1985

6/770319

Kurudamannil A. George - Levittown PA
Peter E. Zagorzycki - Lansdale PA

Proctor & Schwartz Inc. - Horsham PA

B65G 1522

414300

A feed system for feeding light-weight materials, such as tobacco, into large blending and/or bulking bins. The present invention resides primarily in a novel, light-weight feed system comprising a trolley and a shuttle conveyor adapted to reciprocatingly feed rapidly in either a longitudinal or lateral direction with a minimum amount of inertia during acceleration and deacceleration. A feed conveyor deposits said material onto the shuttle conveyor, said feed conveyor comprising drive elements adapted to synchronize movement of the feed conveyor with movement of the shuttle conveyor. The shuttle conveyor, at least in the X direction, is unencumbered mechanically by the feed conveyor.

59158174, Jun 29, 1999

May 21, 1998

9/083582

Peter E. Zagorzycki - Lansdale PA

Wolverine (Massachusetts) Corporation Proctor & Schwartz Division - Horsham PA

F26B 300

34446

A process for drying flammable cellulosic materials such as wood strands t involves maintaining the temperature and humidity of the drying medium above predetermined values to obtain certain stated advantages.

47637706, Aug 16, 1988

Sep 5, 1986

6/919179

Peter E. Zagorzycki - Lansdale PA
Benicio I. Dussan V. - Philadelphia PA

Proctor & Schwartz, Inc. - Horsham PA

B65G 3700

198364

A conveyor system comprising a first endless belt conveyor; a vibrating conveyor at an angle to the endless belt conveyor including a vibrating mechanism positioned beneath the belt conveyor to vibrate the belt conveyor along with the vibrating conveyor and to fluidize product on the belt conveyor; a diverter blade in contact with the belt conveyor adapted to vibrate with the belt conveyor, the blade being positioned and angled to divert fluidized product from the belt conveyor to the vibrating conveyor.

42210585, Sep 9, 1980

May 25, 1979

6/042523

Peter E. Zagorzycki - Lansdale PA

SCM Corporation - New York NY

F26B 2108

34 50

An improved control system, especially for dryers, adapted to sample dryer air, in a sample taking circuit, determine the moisture content of said air, and control the flow of make-up air to the dryer and exhaust air from the dryer in response to said moisture content. Means are provided for reducing the temperature of the dryer air in the sample taking circuit to one that can be handled by a signal producing means responsive to sample air moisture content. The flow of dryer air through said circuit is maintained by an aspirator and compressor combination, the compressor being adapted to provide purge air to the circuit before and/or after periods of sample taking.