Display Unit ESD Protection via Semi-Threaded Screw

The electrostatic discharge path is segmented into two separate channels: the first electrostatic discharge channel connects the first electrostatic discharge region on the print circuit board to the back plate through the screw, while the second electrostatic discharge channel connects the first electrostatic discharge unit to the back plate. This segmentation allows the ESD function to be achieved without requiring the flexible print board to bear mechanical stress from rigid connection.

The screw serves as an intermediary element that provides both mechanical connection and electrostatic discharge path. By connecting the first electrostatic discharge region to the back plate through the screw, the ESD function is achieved without requiring the flexible print board to be rigidly fixed, thus avoiding stress concentration on the flexible print board.

The electrostatic discharge function is segmented into two independent channels: the first channel uses the screw connection to provide a stable ESD path from the print circuit board to the back plate, while the second channel provides an additional ESD path through the first electrostatic discharge unit. This segmentation ensures that the flexible print board can move freely without compromising the reliability of the ESD connection.

The patent introduces electrostatic discharge units and regions that change the electrical parameters of the connection system. By adding these specialized ESD components, the system maintains reliable electrostatic discharge capability even when the flexible print board has movement freedom, as the ESD paths are designed to remain effective throughout the range of motion.