Current Conducting Connections TRIZ Cases

Clearance between retaining portions and the bus bar absorbs dimensional errors in height and arrangement directions, preventing attachment failures.

Integrating the bus bar inside the spacer reduces component count while maintaining mechanical support and insulation.

A segmented battery wiring module uses separate front and rear busbar units to simplify assembly handling.

Merged side and end plates eliminate joints to boost coupling strength while simplifying assembly of high-output battery modules.

Nested protruding portion and insulating cover create longer impurity path while gas flow channel expels gases to reduce corrosion risk.

A flexible solid-state planar lithium-ion battery module uses segmented electrochemical cells with solid electrolytes for adjustable power output.

A high-energy-density lithium-ion battery integrates protection and management circuits directly into the structural housing to maximize internal cell volume.

A battery pack connects laminated modules via a plate-like member to distribute weight and enhance structural rigidity.

A battery pack electrode tab connects to a protective circuit module via a bent connection tab and support portions that maintain electrical isolation.

A punch-bent cell connector joins round battery cells using spring arms and conductive webs, eliminating complex welding operations.

Slit-based electrode terminal connecting members simplify assembly and enhance structural stability while reducing system size and complexity.

Elastic contact arms bridge gaps between prismatic battery poles and bridges, absorbing thermal expansion forces to maintain reliable electrical connections.

A wiring module uses bus bars with varying cross-sectional areas to optimize current density across electrode connections.

A fusible bimetallic bus bar severs circuits via controlled melting, protecting battery arrays from short circuit damage.

A rechargeable battery module uses conductive members connected to electrode terminals to discharge current externally upon foreign object penetration.

Nested connectors resolve fixed position trade-offs by enabling flexible mounting while maintaining structural integrity.

A battery module interface uses a printed circuit board and sheathing plate to provide direct electrical and mechanical connections between modules.

A prismatic accumulator cell embeds a metal contact pin through insulating cladding to route sensor lines directly from the housing.

Side support members and coupling members secure stacked battery modules, resolving assembly complexity while enabling capacity extension.