Sighting Scope Spherical Support for Precision and Shock Resistance

The patent employs a spherical support structure where the scope body rotates around a spherical center. The spherical sliding contact portions enable smooth rotational movement while distributing mechanical stresses uniformly across the spherical surface. This curvature-based design maintains high adjusting precision through controlled rotation while inherently providing shock resistance by absorbing impact forces through the spherical geometry rather than concentrating them on precise adjustment components.

The patent integrates the angular adjustment mechanism within the nested structure of the outer frame and scope body. The adjustment mechanism is positioned inside the protected cavity formed by the outer frame, which shields it from fire dust and environmental contaminants. Despite this enclosed positioning, the mechanism remains accessible through the design of the outer frame that allows operational access while maintaining protective enclosure, thus achieving both ease of operation and reliability.

The spherical support structure enables the scope body to incline and rotate around a spherical center, providing a wide range of adjustable landing points. The spherical geometry ensures that during inclination, the optical axis of the inner tube remains properly aligned with the optical axis of the scope body by rotating around a centered spherical pivot point. This prevents misalignment that would occur with simple hinge-based inclination, thus maintaining optical performance while achieving broad adaptability for various shooting scenarios.