Deform the metal support to position the movable contact within a predetermined range, resolving inconsistencies in contact pressure and calibration.
Bonding colloid joins keyboard frame and baseplate, eliminating screw stripping and short circuit risks.
Pre-formed gasket through-holes eliminate adhesive curing delays, allowing direct terminal insertion while maintaining liquid-tightness at the connection point.
A relay case channels sealant from an outer bottom surface through a side wall hole to cover terminal pieces.
Flexible substrate integrates in-plane switch and light source traces into a single layer for thin input devices.
Out-mold transfer uses jigs to apply ink and protection layers, preventing light leakage from uneven coating on keyboards.
Inclined drainage grooves redirect water away from circuit boards, preventing short circuits caused by accumulated moisture in electronic apparatuses.
A deformable shielding covers the substrate and supporting device during keycap movement to prevent dust ingress.
Segmented earphone line control housing uses shielding parts to seal interface gaps, preventing dust and sweat ingress that corrodes internal circuit boards.
Replacing urethane with mechanical fastening reduces manufacturing costs and improves shock resistance.
Segmentation allows the key unit to detach for cleaning while a sealing contact member prevents dust ingress through the casing opening.