Mixing Cartridge Flow Deflection for Precise Water Temperature Control

The control body is segmented into multiple functional sections: a first annular section that limits the cold water inlet to form a radially inward flow path, a second annular section that limits the hot water inlet to form a radially inward flow path, and first and second tubular extensions that deflect the flow paths. This segmentation allows precise control of each water stream independently, improving temperature control precision without requiring an expansion element.

The patent introduces a radial flow path dimension by having water flow radially inward through annular sections before being deflected into the longitudinal direction by tubular extensions. This dimensional change in flow path configuration enables more precise control over water mixing ratios and improves sensitivity without increasing overall structural complexity.

The radially inward flow paths through the annular sections ensure continuous and smooth flow of cold and hot water into the mixing chamber. The tubular extensions continuously deflect these flow paths into the longitudinal direction, creating a continuous action that reduces flow interruptions and minimizes hysteresis, thereby improving response time while maintaining effective mixing ratio adjustment.

The patent utilizes hydraulic principles by designing specific flow path geometries (radially inward paths through annular sections, then deflected by tubular extensions) that optimize water flow dynamics. This hydraulic design ensures smooth, continuous water movement with minimal turbulence and delay, reducing hysteresis effects and improving response time during mixing ratio adjustments.