Meter Pointer Device Flexible FPC Connection

The patent applies the dynamics principle by making the electric wire flexible rather than rigid, allowing it to dynamically adapt to the rotational movement of the base plate. The flexible wire can bend and deform as needed during rotation, eliminating stress accumulation at connecting portions while maintaining reliable electrical connection throughout the rotation cycle.

The patent extracts and eliminates the unnecessary reflecting walls from the optical path. By removing these intermediate reflecting components, the light can travel more directly from the light source to the meter pointer, significantly reducing light attenuation and achieving sufficient brightness without requiring multiple reflections.

The patent applies local quality by positioning the LED light source at a specific location (on the base plate) rather than surrounding the rotating shaft. This localized positioning ensures that the light source rotates together with the base plate, maintaining a constant relative position and providing uniform illumination to the meter pointer throughout its rotation, eliminating the uneven illumination problem.

The patent applies self-service by designing the flexible electric wire to inherently accommodate its own movement during rotation. The wire's flexibility allows it to naturally bend and deform to follow the rotational path without requiring an external regulator or guide mechanism. This self-accommodating design maintains wire stability while eliminating the need for additional components, thereby reducing device complexity.