Abstract: An improved grain dryer is presented having a mixed-flow heating section having a plurality of inlet ducts connected to the plenum that facilitate air flow into the grain column from the heated and pressurized heat plenum, and a plurality of exhaust ducts connected to openings in the exterior wall that facilitate air flow out of the grain column. Outer most ducts of the inlet and exhaust ducts, which are positioned closest to end walls of the grain column, are configured to reduce bridging or grain between the outer most ducts and the end walls of the grain column.

Abstract: An improved grain dryer is presented having a mixed-flow heating section having a plurality of inlet ducts connected to the plenum that facilitate air flow into the grain column from the heated and pressurized heat plenum, and a plurality of exhaust ducts connected to openings in the exterior wall that facilitate air flow out of the grain column. Outer most ducts of the inlet and exhaust ducts, which are positioned closest to end walls of the grain column, are configured to reduce bridging or grain between the outer most ducts and the end walls of the grain column.

Abstract: An improved grain dryer is presented having a mixed-flow heating section having a plurality of inlet ducts connected to the plenum that facilitate air flow into the grain column from the heated and pressurized heat plenum, and a plurality of exhaust ducts connected to openings in the exterior wall that facilitate air flow out of the grain column. Outer most ducts of the inlet and exhaust ducts, which are positioned closest to end walls of the grain column, are configured to reduce bridging or grain between the outer most ducts and the end walls of the grain column.

Abstract: An improved grain dryer is presented having a mixed-flow heating section having a plurality of inlet ducts connected to the plenum that facilitate air flow into the grain column from the heated and pressurized heat plenum, and a plurality of exhaust ducts connected to openings in the exterior wall that facilitate air flow out of the grain column. Outer most ducts of the inlet and exhaust ducts, which are positioned closest to end walls of the grain column, are configured to reduce bridging or grain between the outer most ducts and the end walls of the grain column.

Abstract: An improved grain dryer is presented having a mixed-flow heating section having a plurality of inlet ducts connected to the plenum that facilitate air flow into the grain column from the heated and pressurized heat plenum, and a plurality of exhaust ducts connected to openings in the exterior wall that facilitate air flow out of the grain column. Outer most ducts of the inlet and exhaust ducts, which are positioned closest to end walls of the grain column, are configured to reduce bridging or grain between the outer most ducts and the end walls of the grain column.

Abstract: A lifting device having a frame, a lifting member supported by the frame, and a hydraulic pump and motor supported to the frame. The hydraulic pump and motor are operatively connected to the lifting member to raise, lower, extend, and retract the lifting member.

Abstract: A lifting device having a frame, a lifting member supported by the frame, and a hydraulic pump and motor supported to the frame. The hydraulic pump and motor are operatively connected to the lifting member to raise, lower, extend, and retract the lifting member.

Abstract: A method of computing a loan quality score using user input data concerning a subject property and the proposed loan, The loan quality score is useful in determining the probability that fraud is involved in the property loan request being made to a lender.

Abstract: A constant force dock compensator that provides an mooring system for floating docks. The dock compensator is comprised of constant force power springs, a reel around which sufficient lengths of cable are wound, and a case containing the springs, cables and reel. The dock compensator is attached underneath a floating dock. The cables are withdrawn from the dock compensator and attached to weights placed on the floor of the body of water. The springs maintain a constant pull-force on the cables to hold the dock in place, and the cables automatically dispense or retract to compensate for changes in water level. Thereby, the dock has some leeway in terms of movement in response thereto, but is eventually stabilized by the dock compensator.