Abstract: A bark dust unloading system has a mechanism for moving material in a container to an opening at the rear of the container. An auger assembly in combination with rotating rake assemblies move the material from the sides of the container to the opening. A blower assembly provides an air stream to transport the material deposited in the opening through a hose. The hose is used to distribute the material. An automatic control controls the operation of the unloading system including the movement of the material, the blower system, the augers and rake assemblies. A remote control allows the operator to alter the operations while directing placement of the bark dust. This provides for operation by a single operator.

Abstract: A bark dust unloading system has a movable wall for moving material in a container to an opening at the rear of the container. An auger assembly in combination with rotating rake assemblies move the material from the sides of the container to the opening. A blower assembly provides an air stream to transport the material deposited in the opening through a hose. The hose is used to distribute the material. An automatic control controls the operation of the unloading system including the movement of the wall, the blower system, the augers and rake assemblies. A remote control allows the operator to alter the operations while directing placement of the bark dust. This provides for operation by a single operator.

Abstract: There is disclosed an apparatus capable of providing a continuous source of soil to a level working surface and a vertically and horizontally adjustable conveyor system that transports planting pots proximate to the level working surface, so that an operator may efficiently scoop soil from the level working surface into the pot. The conveyor system is also used to collect and recycle spilled soil via a soil return hopper and a soil return elevator.