Sloped side rails with upward flanges shed material away from the body cavity and resist loader impact to reduce spillage and deformation.
Pressurized bladders and stepped strap payout let a truck bed unload cargo without external anchors while keeping the plow aligned.
A locally conical cargo space cuts unloading friction while keeping parallel edges for standardized parts and simpler vehicle assembly.
Electromagnetic backstops lock the front baffle during bottom plate retraction, enabling faster, more complete unloading of heavy or viscous goods.
A dump body limited to 40° uses an ejector and gravity to unload payloads while improving vehicle stability and reducing ejector force.
An outward-sloping top side rail and protective flange shed loaded material, reducing rail buildup, spillage, and impact deformation.
A movable dump box surface shifts during tipping to release stuck mining material, reducing carryback, wear, and lost load efficiency.
A receptacle discharging device uses a movable front section and wall-mounted engagement means to push cargo out through the back.
An insulated push-off carriage moves hot asphalt through a discharge opening using a pivotable wall and spring-loaded flaps.
Segmented sliding floors and walls reduce unloading force and friction, cutting discharge time to three minutes.
Cables protected by side wall projections pull a partition to unload materials, preventing damage and wear on traction systems.
A controller adjusts ejector blade speed via hydraulic fluid volume to maintain material depth.
Traction mechanisms amplify limited drive cylinder strokes to achieve high displacement capacities in compact loading space structures.
Self-contained electric conveyor automates bulk material transfer from truck beds, eliminating manual shoveling labor and reducing equipment costs.
A moving headboard cleanout apparatus with flexible wings sweeps trailer floors and sidewalls during unloading cycles.
A transport box unloading mechanism synchronizes chain and belt movement via a dual power system to reduce tractive effort for heavy compacted loads.