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Paul R Schuck, 803065 270Th St, Malone, IA 52742

Paul Schuck Phones & Addresses

3065 270Th St, De Witt, IA 52742    319-6593480    563-6593480   

Dewitt, IA   

Davenport, IA   

3065 270Th St, De Witt, IA 52742    563-6593480   

Work

Position: Farmer

Education

Degree: High school graduate or higher

Emails

Mentions for Paul R Schuck

Resumes & CV records

Resumes

Paul Schuck Photo 23

Design Engineer

Location:
Davenport, IA
Industry:
Construction
Work:
East Moline Metal Products 1988 - 1993
Engineering Manager
J.i Case 1973 - 1988
Design Engineer
John Deere Waterloo Tractor Works 1967 - 1971
Engineer
Paladin Light Construction 1967 - 1971
Design Engineer
Education:
Iowa State University
Paul Schuck Photo 24

Retired

Paul Schuck Photo 25

Paul Schuck

Paul Schuck Photo 26

Paul Schuck

Publications & IP owners

Us Patents

Failsafe Brake Actuating Assembly

US Patent:
4503945, Mar 12, 1985
Filed:
Aug 1, 1983
Appl. No.:
6/519000
Inventors:
Paul R. Schuck - Davenport IA
Assignee:
J. I. Case Company - Racine WI
International Classification:
F16D 6558
US Classification:
188 718
Abstract:
A failsafe brake actuating assembly for crawler-type tractors which automatically engages a braking device in situations where there is a loss of engine power or the like with resulting incapacitation of the tractor's primary braking system. The brake actuating assembly includes a brake actuating cylinder connected to a brake actuating arm for rotating the arm in opposite directions. The assembly further includes an adjustment member having a first bearing support for rotatably mounting the brake actuating arm and a plurality of peripheral teeth members. The actuating arm includes a second bearing support, the axis of which is eccentric to the axis of the first bearing support. A torsion spring connecting link is mounted on the second bearing support with one end of the connecting link attached to the actuating arm and the other end of the connecting link engaging the teeth of the adjustment member. The tension between the ends of the spring connecting link increases in response to rotation of the actuating arm in a first direction due to the eccentricity between the axes of the first and second bearing supports. Rotation of the actuating arm in an opposite direction generates a small clearance gap between the end of the spring connecting link and the adjustment member teeth.

Multiple Cable Chute

US Patent:
3931717, Jan 13, 1976
Filed:
Sep 16, 1974
Appl. No.:
5/506669
Inventors:
Paul R. Schuck - Davenport IA
Assignee:
J. I. Case Company - Racine WI
International Classification:
E02F 502
US Classification:
61 726
Abstract:
A cable guiding chute suitable for attachment to a ground slitting blade to dispense a plurality of cables includes a pair of generally vertical sidewall members, forward and trailing webs extending between the sidewall members to define a cable passageway, and a plurality of generally J-shaped separators extending the length of the passageway to define a plurality of cable guiding conduits. One of the sidewall members is releaseably secured to the forward and trailing webs and may be removed to expose the cable guiding conduits for lateral insertion or removal of cables. The forward web member includes a flange which is received within a plurality of retainer clips carried by the removable sidewall for stabilizing the forward end of the removable sidewall against lateral displacement. A channel-shaped latch is connected to the trailing edge of the removable sidewall and receives a locking bar member pivotally mounted on the trailing web for securing the removable sidewall in a cable dispensing position.

Control For Cable Plows And The Like

US Patent:
4119157, Oct 10, 1978
Filed:
Sep 26, 1977
Appl. No.:
5/836927
Inventors:
Paul R. Schuck - Davenport IA
John M. Baylor - Bettendorf IA
Assignee:
J. I. Case Company - Racine WI
International Classification:
E02F 502
F16L 102
US Classification:
172477
Abstract:
A control mechanism for adjusting the angle and lateral position of a plow blade, which is particularly useful for laying cable, pipe and the like underground. The disclosed control mechanism includes a fixed frame, which is supported on a suitable vehicle and a slide frame, which supports the plow blade. The slide frame is slideably supported on a horizontal rail of the fixed frame. A piston or other power means is connected to the fixed and slide frames to adjust the lateral position of the supported plow blade. The disclosed plow includes a support frame which is pivotally mounted on a vertical pivot on a slide frame and the control mechanism includes means to angularly adjust the blade on the pivot.

Control Mechanism For Skid Steer Vehicle

US Patent:
4209071, Jun 24, 1980
Filed:
May 1, 1978
Appl. No.:
5/901688
Inventors:
Paul R. Schuck - Davenport IA
Assignee:
J. I. Case Company - Racine WI
International Classification:
B62D 1102
US Classification:
180 648
Abstract:
A control mechanism for a vehicle that has two separate ground engaging members on opposite side of a body with fluid motors driving the ground engaging members and fluid pumps supplying pressurized fluid to the motors and where the control means includes separate individual controls for the respective pumps to control the direction and amount of fluid flow and a separate control for simultaneously varying the output speed of both fluid motors simultaneously.

Side Shift Plow Assembly

US Patent:
4318445, Mar 9, 1982
Filed:
Aug 18, 1980
Appl. No.:
6/179329
Inventors:
Paul R. Schuck - Davenport IA
Assignee:
J. I. Case Company - Racine WI
International Classification:
E02F 385
US Classification:
172477
Abstract:
An implement side shift assembly is disclosed for laterally shifting an earth-working implement relative to a tractor or the like. The side shift assembly includes a frame assembly having laterally extending upper and lower slide rails. An implement support bracket mounts the implement to the slide rails for lateral movement. A slide plate is slidably mounted between the slide rails for lateral movement, and a piston-cylinder is connected between the frame assembly and slide plate to move the slide plate laterally. A latching mechanism mounted on the implement support bracket selectively connects the slide plate to the implement support bracket at one of a plurality of connecting points on the slide plate. One of the features of the invention resides in attaching lift cylinders to the side shift frame assembly at positions as far outboard as possible on the opposite ends of the frame assembly to reduce the bending and twisting moments on the frame induced by the implement. A further feature of the invention resides in a hose tensioning device that permits a relatively large amount of hydraulic hose for the implement control cylinders to be fed out or retracted for accommodating the movement of the side shifting implement.

Hose Tensioning Device For Side Shift Plow Assembly

US Patent:
4384619, May 24, 1983
Filed:
Nov 19, 1981
Appl. No.:
6/322795
Inventors:
Paul R. Schuck - Davenport IA
Assignee:
J. L. Case Company - Racine WI
International Classification:
E02F 372
US Classification:
172667
Abstract:
An implement side shift assembly is disclosed for laterally shifting an earth-working implement relative to a tractor or the like. The side shift assembly includes a frame assembly having laterally extending upper and lower slide rails. An implement support bracket mounts the implement to the slide rails for lateral movement. A slide plate is slidably mounted between the slide rails for lateral movement, and a piston-cylinder is connected between the frame assembly and slide plate to move the slide plate laterally. A latching mechanism mounted on the implement support bracket selectively connects the slide plate to the implement support bracket at one of a plurality of connecting points on the slide plate. One of the features of the invention resides in attaching lift cylinders to the side shift frame assembly at positions as far outboard as possible on the opposite ends of the frame assembly to reduce the bending and twisting moments on the frame induced by the implement. A further feature of the invention resides in a hose tensioning device that permits a relatively large amount of hydraulic hose for the implement control cylinders to be fed out or retracted for accommodating the movement of the side shifting implement.

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