See how a rotatable guide roller with energy storage prevents cable kinks and crushing in furni
See how elastic portions and guiding structures enable horizontal bracket adjustment during ass
See how aligning positive-locking elements and a resilient element along a straight line preven
See how aligned positive-locking elements and resilient force paths prevent actuation jamming a
Busbar extensions block stray laser beams during module welding, cutting enclosure, fume treatment, and housing damage in compact converters.
A housing rib and lid form an integrated wire harness holder that prevents vibration-driven dislodgment and saves space in vehicle power converters.
Integrated busbar extensions block stray laser beams during welding, avoiding converter housing damage, fumes, and added cover parts.
A steel-base U-shaped screw cylinder secures the PCB with waterproof fastening, limiting warpage while improving mounting robustness.
A leadframe immersed in cooling liquid removes semiconductor heat directly, cutting space use and parasitic inductance at high power.
Heat is conducted in the insertion direction so plug-in vehicle electronics can make thermal and electrical contact together with lower resistance.
A side-extending latching arm and stacking lug secure disc-like housings with high retaining force while keeping the stack compact.
Adjustable rail-engaging arms let electrical devices mount securely at varied heights and offsets across different rail orientations.
Bendable rail-engaging arms let this bracket mount electrical devices securely between upper and lower rails without tools.
An external flange pipe with tapered and flat refrigerant passages cuts case thickness and pressure loss while preserving cooling.
Selective nickel or tin coverage on a laser-welded contact section cuts busbar plating cost while preserving corrosion resistance and electrical reliability.
Laser welding joins a plated contact section to a copper busbar, cutting full-surface Ni/Sn coating cost while preserving corrosion resistance.
Automatic module detection lets a modular process controller add I/O or communication functions without manual setup or advanced field configuration.
A cross-shaped DDR pinmap separates data pins with control pins to cut crosstalk, raise pin density, and shrink package area.