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Timothy W Grunow

from East Peoria, IL
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Also known as:
T Grunow, Tim A Grunow, Timothy William Grunow, Tim W Grunow
Phone and address:
203 Madissyn Ct, Peoria, IL 61611
(309) 694-2467
Connected to:
Alyssa C Grunow, 35Bruce H Grunow, 92Christopher Grunow, 35Claudia L Grunow, 81Ellyn L Grunow, 78Rosemary Grunow, 83Lolly Grunska, 101Vicki S Grunska, 70Timothy J Grunsky, 50Angela S Grunst, 66

Timothy Grunow Phones & Addresses

  • 203 Madissyn Ct, East Peoria, IL 61611 (309) 694-2467
  • Peoria, IL
  • 4435 Congress Ave, Evansville, IN 47711 (812) 479-1888
  • Brimfield, IL
  • Chillicothe, IL
  • 14810 W Carlton Ct, Brimfield, IL 61517

Work

Position: Production Occupations

Education

Degree: High school graduate or higher

Publications

Us Patents

Integrated Regeneration And Engine Controls

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US Patent:
20060282213, Dec 14, 2006
Filed:
Jun 8, 2005
Appl. No.:
11/147435
Inventors:
Michael Withrow - Peoria IL, US
Ryan Graham - Peoria IL, US
Timothy Grunow - East Peoria IL, US
Arvil Wilson - Pekin IL, US
Andrew Knitt - Deer Creek IL, US
International Classification:
F02D 43/04
US Classification:
701115000
Abstract:
A method to integrate engine and exhaust aftertreatment control may include connecting an engine controller to an aftertreatment controller using a common data link protocol to provide a bidirectional data flow between the engine controller and the aftertreatment controller. The method may also include connecting the engine controller to one or more engine components. The method may also include connecting the aftertreatment controller to one or more aftertreatment components.

Auxiliary Hydraulic Control System For A Work Machine

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US Patent:
60623314, May 16, 2000
Filed:
Oct 9, 1998
Appl. No.:
9/169499
Inventors:
Timothy W. Grunow - Lowpoint IL
Raymond T. Schenck - Sanford NC
Steven T. Ufheil - East Peoria IL
Assignee:
S.A.R.L. - Peoria IL
International Classification:
B60R 2100
US Classification:
180268
Abstract:
An auxiliary hydraulic control system for controlling the flow of hydraulic fluid within an auxiliary hydraulic circuit associated with a particular work machine wherein such system includes a first bi-directional proportional switch actuatable to control the direction of flow within the auxiliary hydraulic circuit in either a first or a second direction and at a flow rate which is proportional to the amount of pressure being exerted on the switch in the selected direction, a second switch actuatable to provide continuous flow in the selected direction and at the selected flow rate, and an electronic controller coupled to the first and second switches for receiving signals therefrom, the controller outputting a signal to initiate continuous flow in the selected direction and at the selected flow rate when the controller receives signals indicative of the first switch being actuated, the second switch being actuated, and the first switch being released within a predetermined period of time after the second switch has been actuated. An interlock override feature is also provided whereby, under certain operating conditions, the continuous flow function will be allowed to remain active while an operator exits the machine seat.
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Timothy W Grunow from East Peoria, IL Get Report