Support Structure Mounting TRIZ Cases

Integrating a snubber capacitor into the coaxial bus connector minimizes parasitic inductance and ripple current, enabling faster switching speeds.

Integrated motherboard tracks eliminate bulky cable routing, reducing cabinet volume and improving component density.

A junction box assembly uses a spring post to retain electrical component barbs within locking openings.

A low-friction cover sheet mediates between heat dissipation sheets and the case to facilitate transverse sliding assembly.

Curved bus bar portions flexurally deform to absorb substrate thickness variations, eliminating dedicated mold costs while maintaining fixing reliability.

Curved heat sink fins direct airflow along enclosure surfaces to enhance thermal dissipation in constrained electric drive cabinets.

A dual-faced midplane places connectors on both surfaces to link front and rear circuit boards directly.

C-shaped grooves in the mounting plate secure components without damaging integrated coolant lines.

Float mechanisms in cable rack trays align connectors with backplane openings to maintain signal integrity despite assembly tolerances.

A modular electrical device uses a stepped cold plate bearing to secure modules, reducing vehicle weight and space consumption.

Parallel plate-like heat sinks transfer thermal energy from magnetic cores and circuit components to ambient air via convection.

Segmented half-shells with guide pins allow quick maintenance without full disassembly, reducing technician risk.

A subsea cooling block module features recesses for direct component mounting and a strength supporting structure to withstand pressure loads.