Sheet Conveyor Conducting Member Static Dissipation

The patent applies the principle of converting harm into benefit by using the conducting member to convert the harmful static electricity buildup into a beneficial discharge mechanism. The conducting member provides a controlled path for static electricity to dissipate safely, transforming the problematic static charge accumulation into a manageable electrical discharge that prevents dust attraction and sheet stacking failures while maintaining effective sheet guidance functionality.

The conducting member acts as an intermediary element between the guide surface and the ground. It provides a dedicated pathway for static electricity to travel from the guide surface through the conducting member to ground, mediating the harmful static charge accumulation and preventing it from affecting the sheet conveyance process. This intermediary structure allows the guide surface to maintain its guidance function while eliminating the static electricity problem.

The patent applies the principle of extraction by removing the harmful aspect of static electricity (uncontrolled buildup and discharge) from the system. The conducting member extracts static charge from the guide surface and provides a controlled discharge path to ground, separating the useful electrical charge generation from the harmful dust attraction and sheet sticking effects. This allows the system to maintain electrical charge management without compromising processing quality.

The conducting member converts the harmful static electricity buildup into a beneficial controlled discharge mechanism. By providing a dedicated pathway to ground, it transforms uncontrolled static charge accumulation that causes dust attraction and sheet sticking into a managed electrical discharge that protects processing quality while still utilizing the electrical charge generation phenomenon.

The patent applies the principle of merging by integrating the conducting member into the existing guide surface structure. The conducting member is combined with the guide surface to form a unified component that performs both guidance and static electricity dissipation functions. This merging approach eliminates the need for separate, complex static control systems while effectively reducing static electricity buildup on the guide surface.

The conducting member serves multiple functions simultaneously: it acts as both a structural component of the guide surface and a static electricity dissipation pathway. This multi-functionality reduces overall device complexity by combining what could be separate components into a single integrated element that addresses both sheet guidance and static charge management.