All-Reflective Relayed Focal Telescope Design

The patent applies universality by designing a single all-reflective optical system that can perform both focal and afocal functions. The system uses a primary mirror, secondary mirror, and optional tertiary mirror configuration that can be adjusted to provide either focal imaging (with all mirrors engaged) or afocal relay (with the tertiary mirror removed or disengaged), eliminating the need for separate telescopes for each function.

The patent applies dynamics by making the optical system reconfigurable. The tertiary mirror can be positioned or removed to change the system's optical function between focal and afocal modes. This dynamic adjustment allows one physical system to adapt to different operational requirements, reducing the total number of devices needed.

The patent creates a universal optical system that incorporates both focal and afocal capabilities. By using an all-reflective three-mirror anastigmat configuration where the tertiary mirror can be optionally engaged, the system provides focal plane imaging when all mirrors are active and afocal relay capability when the tertiary mirror is removed or disengaged, thus achieving multi-functionality.

The patent applies segmentation by separating the optical functions into distinct operational modes. The focal function uses all three mirrors working together, while the afocal function uses only the primary and secondary mirrors. This segmentation of functional pathways allows the same physical components to serve different purposes through selective engagement.

The patent designs a universal system that can perform both afocal relay and focal plane imaging. The all-reflective configuration with adjustable tertiary mirror engagement allows the system to operate in afocal mode (for relay functions) or switch to focal mode (for plane imaging) by simply reconfiguring the tertiary mirror position, thus achieving versatility.

The patent applies dynamics by enabling the system to transition between afocal and focal operational states. The tertiary mirror's position can be dynamically adjusted to change the optical path, allowing the same physical system to adapt to different imaging tasks requiring either afocal relay or focal plane output.

The patent resolves this contradiction by creating a universal optical platform that maintains function-specific optimization while achieving multi-function capability. The all-reflective three-mirror anastigmat design with optional tertiary mirror engagement provides optimized focal imaging when needed and optimized afocal relay when needed, all within a single reconfigurable system.

The patent applies merging by combining the focal and afocal telescope designs into a single all-reflective optical system. By using shared primary and secondary mirrors with an optionally engaged tertiary mirror, the patent merges two previously separate telescope designs into one unified system that can perform both functions with optimized performance for each.