Geodetic Apparatus Single-User Target Alignment

The patent extracts the alignment function from complex optical systems and implements it through a simplified controller that processes detector signals and generates alignment instructions. The controller separates the measurement function (detector) from the alignment control function, eliminating the need for complex aligning optics while maintaining precision through electronic control and visual feedback mechanisms.

The patent replaces mechanical/optical alignment systems with an electronic control system. Instead of using complex optical components and mechanical adjustments, the system uses a detector to sense target position, a controller to process this information, and visual indicators (such as colored lights or display elements) to guide the user, substituting mechanical optics with electronic information processing and visual feedback.

The patent implements self-service alignment by providing the user with visual feedback from the detector about the target's position relative to the sighting axis. The system automatically processes the detector signals and presents alignment guidance to the user, allowing the user to independently adjust the target without requiring a second operator, thus maintaining precision while improving productivity.

The patent introduces a feedback loop where the detector continuously monitors the target position and the controller provides real-time alignment instructions to the user through visual indicators. This feedback mechanism enables the user to make precise adjustments independently, replacing the need for two users while maintaining alignment accuracy through continuous positional information.