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Thomas Lee Dambak

from Acampo, CA
Age ~83

Thomas Dambak Phones & Addresses

  • 2482 Collier Rd, Acampo, CA 95220 (209) 747-9087
  • Loomis, CA
  • Pollock Pines, CA
  • Fairfax, IA
  • El Dorado, CA
  • San Joaquin, CA
  • 2482 E Collier Rd, Acampo, CA 95220

Publications

Us Patents

Constant Velocity Temperature Probe In A Product Flow Line

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US Patent:
6015232, Jan 18, 2000
Filed:
Jun 19, 1998
Appl. No.:
9/099995
Inventors:
Lloyd F. Hay - Oakdale CA
Thomas L. Dambak - Acampo CA
Assignee:
FMC Corporation - Chicago IL
International Classification:
G01K 1302
G01K 704
G01K 716
G01K 502
G01K 562
US Classification:
374138
Abstract:
A temperature probe for use in a product flow line including a valve seat secured in the flow line, a valve stem and an orifice ring. The orifice ring is attached to the valve stem to define a pair of flow paths for product passing through the product flow line. One flow path is through the ring and the other is between the ring and the valve seat. A temperature sensing probe is carried by the valve stem and positioned in the orifice ring for sensing the temperature of the product in the flow line. A spring is connected to act on the valve stem and is responsive to changes in velocity of the product in the flow line to move the orifice ring toward and away from the valve seat to maintain the velocity of the product flowing past the probe constant.

Method Using Constant Velocity Temperature Probe In A Product Flow Line

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US Patent:
61356344, Oct 24, 2000
Filed:
Nov 19, 1999
Appl. No.:
9/442292
Inventors:
Lloyd F. Hay - Oakdale CA
Thomas L. Dambak - Acampo CA
Assignee:
FMC Corporation - Chicago IL
International Classification:
G01K 1302
G01K 704
G01K 716
G01K 502
G01K 562
US Classification:
374138
Abstract:
A temperature probe for use in a product flow line including a valve seat secured in the flow line, a valve stem and an orifice ring. The orifice ring is attached to the valve stem to define a pair of flow paths for product passing through the product flow line. One flow path is through the ring and the other is between the ring and the valve seat. A temperature sensing probe is carried by the valve stem and positioned in the orifice ring for sensing the temperature of the product in the flow line. A spring is connected to act on the valve stem and is responsive to changes in velocity of the product in the flow line to move the orifice ring toward and away from the valve seat to maintain the velocity of the product flowing past the probe constant.
Thomas Lee Dambak from Acampo, CA, age ~83 Get Report