Rotary Grain Discharge Assembly with Segmented Gate

The discharge spout is divided into a stationary tube section and a movable gate section that can be independently manufactured and assembled. The movable gate is further segmented into a gate body and a gate tail, allowing each component to be manufactured separately with standard tolerances and then assembled together, eliminating the need for complex curved gates with closely-toleranced joints.

Instead of using a curved gate that requires precise manufacturing, the invention uses a substantially straight gate with a gate tail that engages with a slot in the stationary tube. This inverts the traditional approach by using a simple linear gate geometry with a dedicated engagement mechanism, thereby simplifying manufacturing while maintaining flow control capability.

The gate tail is extracted as a separate engagement component that specifically interacts with the slot in the stationary tube. This separation allows the main gate body to have a simple straight geometry that is less prone to dust accumulation, while the gate tail provides the necessary mechanical engagement for smooth operation and easy removal of debris.

The movable gate is designed with simple, easily replaceable components. If dust and debris do cause jamming, the entire gate assembly can be quickly removed and replaced without complex disassembly, effectively treating the gate as a consumable component that can be easily maintained or replaced.

The gate is segmented into a gate body and gate tail, with the gate tail providing a dedicated engagement point with the stationary tube slot. This segmentation creates a defined mechanical interface that reduces unnecessary friction surfaces compared to a curved gate design, where the entire curved surface contacts the tube.

The invention inverts the traditional curved gate design by using a substantially straight gate with a gate tail that engages in a slot. This creates a simpler mechanical interface with fewer contact points and reduced friction, making gate operation easier and less prone to jamming.