Modular inclinable conveyor vehicles form a continuous walled haulage line for coarse ore, boosting mine transfer rates without rails.
Explicit fault cells improve property accuracy in subterranean flow simulations.
Biased retainer clips secure roller shafts to frames, eliminating complex assembly and corrosion risks from threaded fasteners.
Pivot suspension units allow the cabin to float relative to the vehicle body, absorbing shock energy before it reaches the operator.
A computer-aided route determination system calculates autonomous paths using environment models and machine properties.
Segmented mounting plates enable quick reconfiguration of towing hooks, eliminating permanent frame modifications.
A feeder breaker uses a bypass conveyor to divert undersized material away from the second crusher.
Overlapping ground projections of receptacle circumferences enable continuous material discharge onto multiple working machines.
A sensor device with a central electrode and uniformly distributed outer electrodes enables non-invasive geoelectrical prospecting of mineral deposits.
Rotatable crawler members and skid pads provide self-mobility, eliminating external towing requirements for mining conveyor systems.