Disconnect Switch Linkage Alignment for Faster Closed-Position Calibration

A laser alignment tool is introduced as an intermediary device to project a visual reference line that mediates between the mechanical components and the operator. The laser line serves as a mediator that shows the exact alignment needed between the drive pipe and actuator arm, eliminating the need for operators to manually measure and calculate alignment angles. This intermediary visual aid dramatically reduces calibration time and trial-and-error adjustments.

The patent replaces traditional mechanical measurement and alignment methods with an optical system (laser). Instead of using physical rulers, protractors, and manual angle measurements, the laser projection system provides visual feedback for alignment. This substitution of mechanical measurement systems with optical visualization systems streamlines the calibration process and reduces the complexity of manual adjustments.

The patent extracts the alignment reference function from the complex mechanical calibration process and isolates it into a separate laser alignment tool. By taking out the alignment reference creation from the manual measurement process, the system simplifies the overall calibration procedure. The laser tool independently provides the reference line, separating the alignment reference generation from the mechanical adjustment tasks.

The laser alignment tool provides self-aligning visual feedback that guides the operator automatically. The laser line self-adjusts to show the correct alignment position without requiring the operator to perform complex calculations or multiple measurement steps. The system serves itself by providing real-time visual indication of proper alignment, reducing the need for complex manual calibration procedures.