Abstract: An input device is disclosed for use with a machine having a work tool. The input device may have a handle with proximal and distal ends. The input device may also have a proportional control element located at the distal end, and configured to pivot in a first direction to generate a first signal and to pivot in a second direction to generate a second signal. The work tool may have a first axis of rotation that is generally horizontal relative to a ground surface and generally perpendicular relative to a travel direction, and a second axis of rotation that is generally vertical relative to the ground surface and generally perpendicular relative to the first axis. The first signal may be indicative of a desire to pitch the work tool about the first axis, and the second signal may be indicative of a desire to yaw the work tool about the second axis.

Abstract: An input device is disclosed for use with a machine having a work tool. The input device may have a handle with proximal and distal ends. The input device may also have a proportional control element located at the distal end, and configured to pivot in a first direction to generate a first signal and to pivot in a second direction to generate a second signal. The work tool may have a first axis of rotation that is generally horizontal relative to a ground surface and generally perpendicular relative to a travel direction, and a second axis of rotation that is generally vertical relative to the ground surface and generally perpendicular relative to the first axis. The first signal may be indicative of a desire to pitch the work tool about the first axis, and the second signal may be indicative of a desire to yaw the work tool about the second axis.

Abstract: Apparatus for adjusting the spatial position of a machine control device relative to a machine cab floor includes a support bracket defined by a pair of spaced parallel struts, and a pair of spaced cross beams orthogonally positioned relative to the struts, each cross beam having opposed ends rigidly securing the struts together. A laterally translatable carriage is supported on the cross beams for movement of the carriage between the struts along a first axis. The carriage includes a pair of spaced pin-receiving bores, orthogonally oriented with respect to the cross beams, that extend generally parallel to the struts. Spring-loaded pins may extend through each of the carriage bores to support movement of a control device along a second axis.

Abstract: Apparatus for adjusting the spatial position of a machine control device relative to a machine cab floor includes a support bracket defined by a pair of spaced parallel struts, and a pair of spaced cross beams orthogonally positioned relative to the struts, each cross beam having opposed ends rigidly securing the struts together. A laterally translatable carriage is supported on the cross beams for movement of the carriage between the struts along a first axis. The carriage includes a pair of spaced pin-receiving bores, orthogonally oriented with respect to the cross beams, that extend generally parallel to the struts. Spring-loaded pins may extend through each of the carriage bores to support movement of a control device along a second axis.