Integrated elastic retaining features in amorphous metal housings eliminate separate assembly steps while providing mechanical and electromagnetic shielding.
A sliding locking member engages a positioning element to secure the bottom cover without screws.
A universal remote control device uses a rotary member and transmission system to operate electrical enclosures without side-specific parts.
Composite ceramic and metal construction resists 10 bar differential, enabling standard component use in deep-sea applications.
Elastic cover acts as unidirectional valve against protrusion, managing pressure differences while preventing moisture ingress and corrosion.
An internal anti-detachment structure uses a bracket and elastic member to secure device covers without external protrusions.
Aluminum base cover and sidewalls conduct waste heat from enclosed power electronics to maintain safe operating temperatures.
A multi-voltage housing uses a first cover with an integrated separator to divide the interior and isolate components by voltage level.
Relocating the connecting rod to the backlight module peripheral region reduces front frame width and resolves narrow design constraints.
Segmented casings and pivotable braces allow independent screen access, reducing repair time and material waste.
Magnetic attraction and elastic pressure lock balls into pin grooves, preventing unintended disassembly while allowing non-destructive separation.
Segmented guide brackets prevent deformation under external pressure and simplify assembly to improve process yield for borderless displays.
Cutouts in a one-piece metal frame allow deformation against plastic housings, preventing seal failure from environmental forces.
A metal housing uses a silicone rubber layer clamped by an assembling member to create a transparent visual effect.