Scan Engine Lens Mounting for Larger Optics and Alignment

The patent repositions the imaging lens system from a conventional horizontal arrangement to a vertical arrangement adjacent to the chassis. This dimensional change allows the lens system to utilize the vertical space of the housing rather than horizontal space, enabling larger optics to be accommodated within the same overall housing footprint. The lens holder is positioned to extend vertically from the chassis, effectively using the third dimension (height) to resolve the space constraint.

The mounting system is divided into multiple discrete engagement features distributed around the periphery of the lens holder. Instead of using a single large mounting point that would concentrate high mechanical forces, the system employs multiple tabs and corresponding hooks spaced circumferentially. This segmentation distributes the mechanical loading across multiple contact points, reducing the force at each individual mounting location and preventing damage to the chassis while still securely holding the larger lens system.

The lens holder incorporates self-aligning features including reference positioning surfaces and precision-machined mounting interfaces that automatically guide the lens system into correct alignment during assembly. The vertical positioning adjacent to the chassis provides inherent alignment references, and the peripheral mounting tabs are designed with tolerance-compensating geometry that self-corrects minor misalignments. This self-aligning mechanism ensures high optical precision without requiring complex external alignment equipment or procedures.

The mounting system integrates multiple functions into a single unified structure. The lens holder combines the optical mounting function with mechanical support, alignment reference surfaces, and electrical connection interfaces in one integrated component. The peripheral tabs serve both as structural support elements and as alignment features, eliminating the need for separate alignment fixtures or additional mounting brackets. This merging of functions reduces the overall number of parts and simplifies the assembly process while accommodating the larger lens system.