ROGER C ANDERSON
Engineers in Franklin, PA

License number
Pennsylvania PE009319E
Category
Engineers
Type
Professional Engineer
Address
Address
Franklin, PA 16323

Professional information

Roger Anderson Photo 1

Chain Take-Up Apparatus

US Patent:
5254047, Oct 19, 1993
Filed:
Nov 12, 1991
Appl. No.:
7/790941
Inventors:
Roger C. Anderson - Franklin PA
Assignee:
Joy Technologies Inc. - Pittsburgh PA
International Classification:
F16H 714
US Classification:
474110
Abstract:
An apparatus for adjusting the operable position of a roller means adapted to engage endless driven elements such as chains, belts, and the like. The apparatus includes a sprocket carrying assembly that is operably connected to the chain engaging sprocket. A hollow piston, having one end thereof rigidly attached to the chain driven piece of equipment, is slidably and non-rotatably received within the sprocket carrying assembly. The sprocket carrying assembly has a pressure receiving port and cavity therein that is adapted to receive pressurized grease. Seals are provided between the sprocket carrying assembly and piston to achieve a fluid-tight seal therebetween. The hollow piston has a screw member threadedly received therein that is adapted to be axially advanced into and out of the piston by rotating a shaft that extends through the fixed end of the piston. A locking mechanism is removably fastened to the machinery for selectively restricting the rotation of the shaft member.


Roger Anderson Photo 2

Material Transfer Unit For Ground-Mounted Fct

US Patent:
4773528, Sep 27, 1988
Filed:
Sep 10, 1986
Appl. No.:
6/905431
Inventors:
Roger C. Anderson - Franklin PA
Theodore B. Bodimer - Franklin PA
Lyman C. Kightlinger - Franklin PA
Assignee:
Joy Technologies Inc. - Pittsburgh PA
International Classification:
B65G 2110
US Classification:
1988612
Abstract:
A material transporting system is disclosed. The material transport system includes a self-propelled material conveying system which is capable of traversing a surface along an elongated path which has a curvillinear portion. This system also includes a plurality of framework members arranged in tandem on the surface which lies along a portion of the elongated path. Each of the plurality of framework members is connected by connector means on each framework member cooperable with connector means on each adjacent framework member. Each connector means permits universal-type movement between adjacent framework members. The framework members include means for supporting an orbitally movable crawler chain in engagement with the surface. The crawler chain is designed to extend throughout the longitudinal extent of the train. Each of the framework members has means for supporting an orbitally movable conveyor belt above the orbitaly movable crawler chain.