Abstract: A system and method for controlling an automatic loading/unloading material mover. The mover includes a wheeled vehicle having a tiltable bed with a live floor and a non-driven wheel and is used to load and unload heavy objects, such as cotton modules. Pulse-generating magnetic sensors are used to measure the displacement of both the non-driven wheel, and hence the vehicle, and the live floor. The displacement of the live floor is controlled by the synchronization system and method which includes a digital processor to match the displacement of the vehicle so that heavy modules being loaded or unloaded are not torn apart.

Abstract: The present invention relates to a method and apparatus for dumping the contents of a container. A container dumping apparatus according to the present invention includes a frame and a carrier positioned on the frame for movement relative to the frame. The carrier includes an arrangement for supporting the container to be dumped. An actuating device for moving the carrier between rest and final dumping positions includes a first tilting arrangement having a first portion and a second portion extensible/retractable relative to the first portion. At least one cable is anchored at an outer end to the carrier and at an inner end to the first portion of the first tilting arrangement. The extensible/retractable second portion of the first tilting arrangement is arranged to act upon the cable intermediate the anchored ends thereof to shorten the span of the cable extending between the carrier and the extensible/retractable second portion.