Flexible Solar Collector Clips for Fast Precise Array Alignment

The patent removes the shim component entirely from the assembly process. Instead of adding shims to adjust alignment, the connecting hardware itself is designed with built-in adjustment capability through its geometry and flexibility, allowing direct attachment without intermediate alignment components.

The patent combines the alignment adjustment function with the connecting hardware function. The single component performs both structural connection and angular adjustment, eliminating the need for separate shim components and reducing the number of assembly steps.

The connecting hardware is designed as a multi-functional component that simultaneously provides structural support, angular adjustment, and mechanical connection. This universal design eliminates the need for multiple specialized components (shims, adjustment mechanisms, additional fasteners) and reduces overall system complexity.

The patent employs a flexible connecting hardware design that can bend or flex to accommodate angular variations. This flexibility allows the single component to adapt to different alignment requirements without requiring complex mechanical adjustment mechanisms or multiple rigid parts.

The connecting hardware is pre-designed with built-in alignment capabilities and geometric features that automatically compensate for tolerances during assembly. This preliminary design eliminates the need for time-consuming measurement, calculation, and application of shims during the assembly process.

The connecting hardware performs self-alignment through its geometric design and flexibility, automatically accommodating tolerance variations without requiring external adjustment tools or procedures. The component serves its own alignment function, eliminating the need for operator intervention in the shimming process.