Conductive Wire Blister Lid Segmentation

The patent extracts the harmful chemical processes (printing and etching) from the conductor formation process and replaces them with a mechanical wire placement method. The conductive wire is directly applied to the lid substrate using adhesive, eliminating the need for chemical inks, printing processes, and etching chemicals that generate hazardous waste.

The patent replaces the chemical-based print-and-etch process with a mechanical wire placement system. Conductive wire is mechanically positioned and adhered to the lid substrate, substituting chemical reactions with physical bonding mechanisms that do not generate hazardous waste.

The patent uses inexpensive conductive wire and adhesive materials instead of costly conductive inks and etching chemicals. The wire placement method employs low-cost materials that can be easily applied and removed if necessary, reducing overall manufacturing costs while maintaining electronic monitoring functionality.

The patent removes the expensive chemical processing steps (printing and etching) from the manufacturing process and replaces them with a simpler, lower-cost wire placement method using adhesive bonding, thereby reducing material and processing costs.

The patent divides the continuous wire pattern into multiple detector segments, each capable of independent function. This segmentation allows the wiring to detect events at multiple locations (e.g., pill removal from different cavities) while using a simple wire-and-adhesive construction that avoids complex chemical processes.

The patent combines multiple detector segments into a single continuous wire pattern on the lid. This merging approach simplifies the overall structure by using one continuous wire rather than multiple separate wires, reducing the number of components and assembly steps while maintaining multiple detection points.