Dual-Layer Electrode Coating With Slurry Misconnection Detection

The patent applies color changes by adding different pigments or dyes to the upper and lower slurries, making them visually distinguishable. This allows operators to easily identify which slurry is which, preventing misconnection while maintaining the efficient dual layer coating process. The color differentiation is a simple yet effective visual aid that resolves the identification problem without complicating the manufacturing process.

The patent introduces an intermediary identification mechanism (such as colored markers, tags, or visual indicators) on the pipes or slurry containers. This intermediary element mediates between the indistinguishable slurries and the human operator, providing clear visual cues for correct connection. The intermediary does not interfere with the slurry properties or coating process but solely serves to improve identification accuracy.

The patent replaces complex mechanical sensing systems with simpler optical or electrical detection methods. Instead of using mechanical viscosity meters that require direct contact and complex calibration, the invention employs non-contact sensors such as optical sensors that detect color differences or electrical sensors that measure conductivity variations. This substitution maintains high identification accuracy while significantly reducing system complexity and maintenance requirements.

The patent changes the detection parameter from viscosity (which requires complex sensing) to more easily measurable parameters such as color intensity, electrical conductivity, or flow rate. By selecting alternative parameters that naturally differ between upper and lower slurries and are easier to measure, the system achieves reliable slurry identification with simpler, more cost-effective sensors that integrate seamlessly into the existing coating line.