Sensor Driving Device Connector Design for Compact Camera Modules

The connector is divided into multiple bent regions (first, second, third bent regions) that segment the stress distribution along its length. This segmentation allows the connector to maintain stability while occupying minimal space, resolving the contradiction between compactness and support member stability.

The connector employs multiple bent regions with curved geometries instead of straight lines. These curved paths (first, second, third bent regions) enable the connector to fit within a compact volume while maintaining sufficient length for stable elastic support, thus achieving both small size and stability.

The connector is segmented into multiple bent regions that distribute stress along its length. Each bent region acts as a stress distribution zone, preventing stress concentration at any single point while maintaining flexibility for compact design.

The multiple bent regions in the connector serve as pre-designed stress absorption zones that cushion and distribute applied forces before they reach critical points. This beforehand cushioning through geometric design prevents stress concentration while enabling compact dimensions.

The connector uses standardized bent regions with consistent curvature patterns that can be manufactured using conventional forming processes. The repeated curved geometry simplifies manufacturing compared to irregular shapes, achieving high elastic support stability without excessive manufacturing complexity.

The connector design optimizes the number and configuration of bent regions to achieve the minimum necessary for stable elastic support. By carefully selecting parameters such as bend radius, angle, and number of regions, the design achieves high reliability while remaining manufacturable with standard processes.