Segmenting variable intake valve actuation into independent sub-units reduces maintenance time and cost by isolating faulty solenoid valves.
Gravity-driven discharge reduces oil in the coolant jacket, enabling rapid engine warm-up and lower friction losses.
An isolation member between the fuel rail and cam cover absorbs vibrations, reducing stress on fuel lines caused by hydraulic loads.
A crankcase bracket consolidates oil filter and cooler connections, reducing passage complexity and manufacturing steps.
A piston with peripheral through holes channels scavenging gas to cool the crown portion during the scavenging stroke.
An engine uses an asymmetric piston partition wall to guide fuel into an auxiliary combustion chamber for ignition.
Integrates a breather chamber into the cylinder peripheral wall to separate oil mist, reinforcing structural rigidity without increasing engine weight.
A centrifugal mass arrangement uses roller disks rolling against the inner housing wall to balance rotational accelerations in reciprocating-piston engines.
A guide structure channels lubricating oil along the engine case sidewall to a collecting portion.
A non-return valve uses gravity to hold the body open without preload, allowing free oil discharge through the return line.