A deformed portion of the auxiliary member pushes up to lift terminal portions, preventing damage during assembly.
A shield connector uses a metallic shell leveling arrangement to create a coplanar supporting plane.
U-shaped flexible printed circuit boards connect front and rear liquid crystal display panels using thermo-compression bonding.
Variable auxiliary and connection line widths equalize signal resistance while preventing disconnections caused by glass debris contamination.
A connector uses staggered signal and ground contacts to increase horizontal spacing between adjacent pairs.
A display panel incorporates a shielding structure covering the bonding area to maintain edge color consistency.
Composite epoxy resin with brominated components improves insulation reliability while preventing copper ion migration.
A display substrate design uses segmented conductive patterns linked by insulation layer via-holes to route common voltage signals across peripheral regions.
Multi-row contact arrangement increases spacing between signal pairs to reduce cross-talk while maintaining uniform impedance across the connector.
Conductive ink fills a micro hole in the pad part to connect components, reducing manufacturing time and costs.
Sprayed metal powder forms conductive paths between display pads, reducing bezel area and manufacturing complexity.
A flexible wiring board connects display and touch panels with distinct terminal spacing to accommodate positional shifts.