DANIEL LAWRENCE CURTIS
Engineers in Erie, PA

License number
Pennsylvania PE035673E
Category
Engineers
Type
Professional Engineer
Address
Address
Erie, PA 16511

Personal information

See more information about DANIEL LAWRENCE CURTIS at radaris.com
Name
Address
Phone
Daniel Curtis
534 2Nd Ave, Bethlehem, PA 18018
Daniel Curtis
364 S Evaline St, Pittsburgh, PA 15224
(412) 559-1183
Daniel Curtis
3790 Woodrow Ave, Pittsburgh, PA 15227
Daniel J Curtis
680 Canal St, Beaver, PA 15009
(724) 774-8235
Daniel R Curtis, age 90
5115 Sutton Place Ext, Wexford, PA 15090

Professional information

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Daniel Curtis Photo 1
Method Of Adjusting The Distribution Of Locomotive Axle Loads

Method Of Adjusting The Distribution Of Locomotive Axle Loads

US Patent:
4793047, Dec 27, 1988
Filed:
Feb 10, 1988
Appl. No.:
7/154545
Inventors:
Daniel L. Curtis - Erie PA
William G. Skrzypczyk - Erie PA
Thumpassery J. Thomas - Erie PA
Assignee:
General Electric Company - Erie PA
International Classification:
B23Q 1700
US Classification:
29407
Abstract:
A method of adjusting the weight distribution of a locomotive having a pair of interchangeable 3-axle asymmetrical truck assemblies comprising loading the locomotive body with its normal supply of fuel, water, etc. , weighing the body, together with a pair of truck bolsters but without the other parts of the truck assemblies, to measure individually the weight at each of the four different bolster mount load points of each of the two separate bolsters, comparing the eight measured weights, respectively, with desired weights at the eight separate load points of the bolsters to determine the errors, if any, that need correction, selecting the sizes of shims that can be added at designated load points of the bolsters to reduce such errors to within specified limits based on stored data from which the influence of the added shim thicknesses on weight distribution is predicted, adding shims of the selected sizes to the designated load points, repeating the above-mentioned weighing and comparing steps, repeating the above-mentioned selecting, adding, and repeating steps unless the weight error at each load point is within the specified limits, checking the distribution, among the three axles of each truck assembly, of the truck assembly weight plus half of the locomotive body weight in a fixture that gives the truck frame a predetermined slope, adding whatever shims are needed at the spring seats of the respective axle springs of each truck assembly to obtain a desired weight distribution among the three axles thereof, securing all of the added shims in place, and placing the locomotive body on a pair of duplicate truck assemblies.