Lens Module Flapper Mechanism for SMA Wire Fixing

The fixing member is divided into distinct functional segments: a body portion that provides structural support, a drive end fixing portion that secures the wire end, and a flapper portion that prevents drive end escape. This segmentation allows each part to perform its specific function optimally without interfering with other wire groups, thus maintaining fixing strength while reducing stress transmission to other wires.

The flapper acts as an intermediary component between the drive end and the external environment. It provides a mechanical barrier that prevents the drive end from escaping while isolating the stress generated by one wire group from affecting other wire groups. The flapper's pivotable connection allows it to accommodate wire movement without transmitting excessive stress to adjacent wires.

The flapper is designed with a pivotable connection to the body, allowing it to dynamically adjust its position as the drive end moves during operation. This dynamic design enables the flapper to maintain position stability by adapting to wire movement, while its flexible connection prevents rigid stress transmission to other wire groups, thereby preserving system reliability.

The fixing member exhibits local quality differentiation: the body provides rigid structural support, the drive end fixing portion provides secure anchoring, and the flapper provides flexible positional constraint. This localized functional differentiation ensures position stability at each critical point while preventing stress propagation to other wire groups through the strategically designed flapper mechanism.

The flapper is integrally formed with the body as a single piece, merging two components into one. This integration reduces assembly steps and eliminates the need for separate fasteners or connections between the flapper and body, thereby minimizing the increase in device complexity while still providing the reliability benefits of the flapper mechanism.

The fixing member is designed as a multi-functional component: the body provides structural support and mounting, the drive end fixing portion secures the wire, and the flapper prevents drive end escape. By combining multiple functions into a single integrated component, the design achieves improved reliability without proportionally increasing overall device complexity, as all functions are accomplished within one element rather than requiring multiple separate parts.