Conductive Grip Protection for Static Discharge in Handheld Tools

The patent introduces an insulating member as an intermediary between the conductive protection member and the control unit. This insulating member allows the protection member to maintain its static electricity discharge function while physically and electrically isolating it from the control unit, preventing user electrification. The insulating member acts as a mediator that separates the two components that should not be directly connected.

The patent segments the electrical connection path by introducing a distinct insulating component. The protection member, insulating member, and control unit are separated into distinct functional segments. This segmentation allows the conductive protection member to discharge static electricity while the insulating member blocks the electrical path to the control unit, solving the contradiction through structural division.

The patent makes the air flow passage serve multiple functions: it not only guides air flow but also acts as a static electricity collection path. By making the air flow passage itself conductive or by having conductive elements integrated into it, the structure collects static electricity without requiring separate dedicated collection components, thus reducing device complexity while maintaining effectiveness.

The patent merges the static electricity collection function with the existing air flow passage structure. Instead of adding a separate conductive ring or collection device, the design integrates static electricity collection capabilities into the air flow passage itself, combining two functions into one structure and thereby reducing overall device complexity.