Current Conducting Connections TRIZ Cases

A central electric wire holding portion secures busbar connections within a battery module plate structure.

Insulating rod members distribute tightening force across stacked battery units to maintain stable electrical contact between conductive interfaces.

A dual-thickness electrode terminal connecting plate joins cylindrical battery cells while enabling smooth current flow between upper end terminals.

A magnetic locking mechanism connects battery accumulators to busbars using permanent magnets and coils for secure electrical contact.

Segmented flat conductors bend in multiple planes to resolve conflicts between wide cross-sections and narrow bending radii.

Interposing air guide blocks between battery cells enables efficient heat dissipation through guided airflow channels.

Curved supporting portions in the frame hold battery cell edges, reducing component count and thickness compared to tape-based designs.

Coupling protrusions on the holder engage case grooves to resolve impact resistance versus assembly complexity.

Opposing plug connections on a common axis join high-voltage battery modules, reducing assembly complexity and alignment precision requirements.

Positioning total output electrodes on the same side simplifies connection harness complexity and reduces installation space in multi-module assemblies.