A deck plate of a corn header row unit capable of reducing grain loss is provided. The deck plate includes forward and rear ends, a top surface, a medial side having a depending portion, and a mounting side opposite the medial side for connecting to a portion of the row unit. Structures are positioned about the top surface spaced from the medial side and configured to inhibit a flow of grain. The structures can be formed as one or more of a variety of shapes that include corrugations, ribs, recesses or protrusions.

A deck plate of a corn header row unit capable of reducing grain loss is provided. The deck plate includes forward and rear ends, a top surface, a medial side having a depending portion, and a mounting side opposite the medial side for connecting to a portion of the row unit. Structures are positioned about the top surface spaced from the medial side and configured to inhibit a flow of grain. The structures can be formed as one or more of a variety of shapes that include corrugations, ribs, recesses or protrusions.

A deck plate of a corn header row unit capable of reducing grain loss is provided. The deck plate includes forward and rear ends, a top surface, a medial side having a depending portion, and a mounting side opposite the medial side for connecting to a portion of the row unit. Structures are positioned about the top surface spaced from the medial side and configured to inhibit a flow of grain. The structures can be formed as one or more of a variety of shapes that include corrugations, ribs, recesses or protrusions.

A deck plate of a corn header row unit capable of reducing grain loss is provided. The deck plate includes forward and rear ends, a top surface, a medial side having a depending portion, and a mounting side opposite the medial side for connecting to a portion of the row unit. Structures are positioned about the top surface spaced from the medial side and configured to inhibit a flow of grain. The structures can be formed as one or more of a variety of shapes that include corrugations, ribs, recesses or protrusions.

A system to detect grain loss of a harvester during harvesting operations. The system includes at least two pans magnetically supported on the harvester above a ground surface, by separate electromagnets being electrically isolated from a power source while magnetically supporting the at least two pans. A signal controller generates a release signal when triggered by a user. A signal receiver responsive to the generated release signal electrically connects one of the electromagnets with the power source causing one of the at least two pans to be released to the ground surface while the second electromagnet remains electrically isolated from the power source and magnetically supported on the combine harvester until another release signal is triggered by the user causing the signal receiver to electrically connect the second electromagnet with the power source to release the second pan to the ground surface.

A system to detect grain loss of a harvester during harvesting operations. The system includes at least two pans magnetically supported on the harvester above a ground surface, by separate electromagnets being electrically isolated from a power source while magnetically supporting the at least two pans. A signal controller generates a release signal when triggered by a user. A signal receiver responsive to the generated release signal electrically connects one of the electromagnets with the power source causing one of the at least two pans to be released to the ground surface while the second electromagnet remains electrically isolated from the power source and magnetically supported on the combine harvester until another release signal is triggered by the user causing the signal receiver to electrically connect the second electromagnet with the power source to release the second pan to the ground surface.

An active return tube includes a hollow body defining a longitudinal axis, the hollow body including a first opening formed in the hollow body, the first opening defining a first side and a second side opposite the first side, the second side extending along the hollow body at an angle oblique to the longitudinal axis.

An active return tube includes a hollow body defining a longitudinal axis, the hollow body including a first opening formed in the hollow body, the first opening defining a first side and a second side opposite the first side, the second side extending along the hollow body at an angle oblique to the longitudinal axis.

A cleaning assembly for an auger of an agricultural header includes at least one lug configured to extend axially outwardly beyond an axial end of a shaft of the auger. The at least one lug is configured to engage crop material positioned between the axial end of the shaft and a shield and to move the crop material toward a flighting of the auger.