Dan P Deitz, 80869 County Road 298, Hillsboro, AL 35643

5165838, Nov 24, 1992

Nov 4, 1991

7/787078

David K. Kallansrude - Huntsville AL
William C. Aiken - Toney AL
Dan P. Deitz - Hillsboro AL
William D. Powelson - Madison AL

Teledyne Industries, Inc. - Los Angeles CA

B60P 134

414471

A vehicle having a suspension control system that is especially applicable to an aircargo transport loader which is adapted for storage in a cargo hold of an aircraft. The suspension control system utilizes sensors to monitor the clearance between the vehicle and an underlying or overlying surface such as the ramp leading into a cargo hold or the roof of the cargo hold. The sensors relay information concerning clearance to a central control where the necessary suspension adjustments are made to allow the vehicle to avoid a clearance problem once travel is continued after stopping for the suspension adjustment. The system allows for suspension adjustments to be made either automatically or manually. The invention also includes an under deck support system which allows for limited pitch, yaw, roll and side to side adjustments to be made to the deck with respect to the underlying base frame. The invention further includes a cab relocation system which features a hinged deck section which can be varied from a first position where it covers a deck cutout formed to receive the laterally adjustable operator's cab to a second position where the cutout is uncovered.

5110153, May 5, 1992

Sep 6, 1990

7/578507

David K. Kallansrude - Huntsville AL
William C. Aiken - Toney AL
Dan P. Deitz - Hillsboro AL
William D. Powelson - Madison AL

Teledyne Industries, Inc. - Los Angeles CA

B60G 1700

283707

A vehicle having a suspension control system that is especially applicable to an aircargo transport loader which is adapted for storage in a cargo hold of an aircraft. The suspension control system utilizes sensors to monitor the clearance between the vehicle and an underlying or overlying surface such as the ramp leading into a cargo hold or the roof of the cargo hold. The sensors relay information concerning clearance to a central control where the necessary suspension adjustments are made to allow the vehicle to avoid a clearance problem once travel is continued after stopping for the suspension adjustment. The system allows for suspension adjustments to be made either automatically or manually. The invention also includes an under deck support system which allows for limited pitch, yaw, roll and side to side adjustments to be made to the deck with respect to the underlying base frame. The invention further includes a cab relocation system which features a hinged deck section which can be varied from a first position where it covers a deck cutout formed to receive the laterally adjustable operator's cab to a second position where the cutout is uncovered.