Positioning a detected member between crank pins within the valve chamber avoids interference with nearby parts while maintaining compact engine dimensions.
Flared reinforcing ribs on the cylinder block enhance structural rigidity while maintaining cooling efficiency in tractor engines.
A plastic cover member pairs with a metallic holding member to secure an oil seal on the crankshaft.
Hafnium additions create dispersoid precipitates that maintain yield strength at 300°C, solving high temperature degradation in cylinder heads.
Sacrificial material removal creates defined voids in molded polymeric composites, reducing manufacturing complexity and thermal management costs.
Integrated cylinder head mount supports engine components via web structures, reducing enclosure weight and vibration transfer.
A crankcase cover mounts oil filters in a vertical stack on its outer wall to simplify maintenance access.
Merges the EGR cooler with the valve cover to eliminate separate housings, reducing package volume and coolant leak risks.
A rotatable sleeve insert positions a damping assembly within a mount housing, reducing assembly complexity across varying vehicle configurations.
A cylinder bore protrusion extends toward the crankcase to support thermal sprayed coatings, ensuring sufficient removal margin while minimizing block weight.
Segmented skeleton and panel structures isolate noise transmission while maintaining design flexibility for diverse engine configurations.
Segmented dual-beading gaskets and integrated bolt bosses minimize lift and prevent leaks of combustion gas, coolant, and oil.