Non-aqueous Battery Terminal Resistor for Spark and Corrosion Control

A resin layer with controlled resistance (10^-3 to 10^3 ohm·cm) is introduced as an intermediary between the terminal and the battery case. This resin layer mediates the electrical connection, allowing current flow to prevent sparks while maintaining sufficient resistance to prevent excessive current that would cause corrosion. The resin thus simultaneously addresses both harmful effects.

The electrical resistance parameter of the connection between terminal and battery case is precisely controlled by selecting resin materials with specific resistance values (10^-3 to 10^3 ohm·cm). By changing this parameter, the system achieves optimal balance between preventing short-circuit sparks and preventing corrosion through controlled current flow.

The resin layer serves as an intermediary connection material that maintains electrical conductivity for assembly efficiency while providing resistance control to prevent short-circuiting. It replaces direct metal-to-metal contact with a controlled resistive connection.

The resin layer is applied beforehand as a protective layer during terminal attachment to the battery case. It pre-establishes the appropriate resistance barrier that cushions against excessive current flow during assembly operations, preventing sparks before they can occur.

Instead of complete insulation, the system uses resin materials with controlled resistance parameters (10^-3 to 10^3 ohm·cm) that allow minimal current flow. This parameter optimization prevents corrosion by limiting current while maintaining sufficient conductivity to avoid charge buildup that could cause short-circuiting.

The resin connection provides locally differentiated electrical properties - sufficient conductivity to prevent corrosion by allowing charge dissipation, but sufficient resistance to prevent harmful current flow. The local quality of the resin layer at the terminal-case interface addresses both opposing requirements simultaneously.