Arc-shaped flexible connectors accommodate radial and axial movement between camshaft phasers, resolving tolerance variability in concentric assemblies.
Nested source and transmission chambers install via one vessel nozzle, reducing radiation absorption by thick walls while preserving structural integrity.
Auxiliary supports stabilize hybrid blades exploiting lift and drag forces, reducing turbulence and improving vertical axis turbine efficiency.
Composite polymeric oil pans replace heavy metal units, using layered materials and structural cavities to maintain rigidity while lowering weight and cost.
A buoyancy-driven power system uses rotor-vessels to convert mechanical energy into electrical current.
Concavely curved screen edges widen axial web sections to resist bending stress, maintaining throughput area while preventing inward folding.
Water-responsive materials expand and contract to drive a rotary engine generating electricity from ambient humidity gradients.
Segmented parallel air inlet pipes ensure stable engine idling by resolving insufficient gas intake and suction vacuum issues.
A fluid filter incorporates a structural drain valve that must open before the cartridge removal.
An information processing apparatus aggregates fuel, position, and state data from generators to resolve information loss during disaster response.
A sight assembly integrates an internal light source within a body portion to illuminate fluid flow through an aperture.
Shaping the cooling duct piston inner surface inlet angle to 85–95 degrees eliminates countersinking steps and reduces production costs.
Segmenting the air-intake duct into an elastic rubber coupling member and a lightweight air guide member reduces weight while maintaining air-tight sealing.