Offset Commutator Manifold Assembly for Hydraulic Flow Control

The patent applies asymmetry by configuring the manifold ports with different orientations on opposite sides of the manifold. Specifically, the first port is angled at a first angle relative to the longitudinal axis while the second port is angled at a second angle in the opposite direction. This asymmetric configuration enables straight flow paths through the manifold without requiring high angle shifts, thereby reducing flow losses and heat generation while maintaining proper timing and flow pathways between motor pockets and commutator ports.

The patent applies curvature principles by designing smooth, gradual transitions in the flow paths through the manifold. The ports are configured with angled orientations that create smooth flow transitions rather than sharp corners. The flow paths include rounded edges and gradual direction changes that reduce turbulence and flow restriction, thereby minimizing component wear while achieving the necessary directional change in fluid flow from the commutator to the motor pockets.

The patent applies dimensionality change by utilizing the lateral dimension of the manifold to create separated flow paths. Instead of using a single longitudinal dimension with 90-degree angle shifts, the manifold incorporates ports angled in opposite directions from the longitudinal axis, effectively using the lateral dimension to separate input and output flows. This creates parallel, non-interfering flow paths that maintain high flow efficiency while achieving the necessary separation between input and output flows.