Handheld WAND Aircraft Inspection Device Standoff Mechanism

The patent replaces manual visual inspection with an automated handheld inspection device that uses a camera and image processing algorithms to capture and analyze aircraft components. The device includes a camera module, light source, and processor that automatically measure and record dimensions, eliminating human subjectivity and variance in measurements while maintaining ease of operation through a portable handheld form factor.

The patent creates a dynamic inspection system that can adapt to different inspection scenarios. The handheld device can be used at various heights and positions, combining the precision of automated measurement with the flexibility to reach both high and low areas. The device includes adjustable components and can be maneuvered to inspect components at different elevations, providing both accuracy and adaptability.

The patent introduces a constant standoff mechanism as an intermediary element between the handheld device and the aircraft component being inspected. This standoff maintains a fixed, known distance between the camera and the component surface, enabling accurate measurements without requiring complex active distance control systems. The standoff acts as a simple mechanical intermediary that provides geometric reference for measurement calculations.

The patent performs preliminary image processing operations during image capture and immediate post-capture processing. The device includes algorithms that automatically remove noise, enhance features, and extract measurements in real-time or near real-time. By preprocessing images with noise reduction and edge detection algorithms immediately after capture, the system achieves high measurement precision without significant time loss, as the processing occurs as part of the inspection workflow rather than as a separate step.