Multi-Chamber Detergent Dosing for Low-Temperature Washing

The detergent system is divided into multiple chambers (first chamber with enzymes/surfactants at pH 6-8, second chamber with bleach/complexing agents at pH 8-12, third chamber with fragrances/optical brighteners at pH 6-8 or 1-3), each containing different functional ingredients that are released at different times during the wash cycle. This segmentation allows concentrated use of fewer ingredients rather than diluting multiple ingredients throughout, resolving the contradiction between washing performance and ingredient quantity.

The dosing device releases preparations from different chambers at different times during the wash cycle (first chamber dosed when water presence detected, second chamber after predefined time interval, third chamber with delayed dosing). This preliminary timing strategy ensures each ingredient is released at its optimal moment for maximum effectiveness, improving washing performance while minimizing total ingredient usage.

Multiple dosing functions are merged into a single integrated dosing device that handles all three chambers. The device includes a common dosing mechanism with sensors and control logic that coordinates release from all chambers through one unit rather than requiring separate dosing mechanisms for each chamber, thereby improving dosing efficiency while limiting the increase in device complexity.

The dosing device is designed as a multi-functional unit that can detect water presence, control timing intervals, and manage release from multiple chambers with different pH requirements. This universal design allows one device to perform multiple dosing functions that would otherwise require separate systems, balancing productivity improvement with acceptable device complexity.