Tapered Electrode Active Material Layers for Battery Impregnation

The patent applies local quality by creating a built-up electrolyte solution structure with specific height variations in different regions. The electrolyte solution is retained at higher levels in certain areas (forming reservoirs) to ensure continuous supply to active material layers, while maintaining appropriate levels in other areas. This non-uniform distribution strategy addresses the contradiction by locally optimizing electrolyte retention where needed most.

The patent implements preliminary action by pre-forming the built-up electrolyte solution structure before the electrolyte solution is reduced over time. The reservoirs and retention structures are prepared in advance, ensuring that when electrolyte solution levels drop, the stored electrolyte can immediately continue to impregnate the active material layers without interruption or uneven distribution.

The patent creates local quality variations in electrolyte solution distribution by forming built-up structures with different heights in different regions. These localized reservoirs ensure that even when overall electrolyte volume is reduced, critical areas maintain sufficient electrolyte levels for uniform impregnation of active material layers.

The patent changes the parameter of electrolyte solution distribution from uniform to non-uniform, creating a built-up structure with varying heights. This parameter change allows the system to maintain sufficient electrolyte volume in key areas while accommodating overall volume reduction, thereby preventing uneven impregnation and ensuring adequate active material capacity.

The patent applies local quality by creating built-up electrolyte solution structures with specific height variations that provide localized reservoirs. These structures ensure that during active material layer expansion and contraction, electrolyte solution is retained in appropriate quantities and distributed uniformly, preventing both insufficient capacity and uneven impregnation.

The patent implements beforehand cushioning by pre-forming built-up electrolyte solution structures that act as reservoirs. These structures provide a buffer or cushion of electrolyte solution that compensates for volume changes during charging and discharging cycles, ensuring continuous and uniform impregnation of active material layers regardless of expansion and contraction movements.