Line/Current Collector Details TRIZ Cases

A resistive washer opposes current flow through an integrated circuit module to enable precise electrical measurement via a bolt connection.

A balance piston in an electro-hydraulic pressing device opens a large cross-section channel for direct fluid flow between pressure chambers.

An electrosurgical applicator array divides microwave power among multiple energy applicators for precise electromagnetic energy delivery.

Internal protrusions grip the cable jacket to maintain conductor twist integrity, resisting axial and rotational forces in harsh environments.

Half-nuts join via sliding arms to secure wire bundles laterally, eliminating unwiring steps that increase assembly time.

An axial slot in the insert shaft allows radial deflection during removal, preventing moisture infiltration channels while reducing extraction force.

Merging the shield ring into the shell eliminates separate components, reducing manufacturing complexity while maintaining shielding reliability.

Active and passive damping reduce decay time by over 75% to improve bond consistency.

Segmented crimp barrels with staggered seams prevent wire displacement and reduce manufacturing difficulty.

Rotating identical dies within a single working head eliminates inventory needs for multiple fixed die sets while enabling versatile crimping operations.

Asymmetric electrode lead cross-section hugs the modiolar wall, reducing pressure damage while ensuring reliable contact.

A surface mount crimp terminal uses piercing spikes and ribs to secure insulated conductors within a U-shaped channel.

A crimping device uses programmable comb-like gripper jaws to grip cables of varying diameters without nozzle tubes.

Asymmetric die matrices enable flexible orientation, simplifying manufacturing while maintaining precise alignment.

An inclined second pressing portion in the mounting groove shapes a swelling portion on the wire barrel extending segment during crimping.

A combined length adjustment and pivot unit integrates mechanical functions into a single component placed between varistor blocks.

A mounting clip secures cable terminals via a dedicated groove and receiving portion on the rear surface of electrical units.

A crimping terminal manufacturing method uses a regulation portion to constrain the joint width during deformation.

A layered implantable sensor uses stacked electrodes on an insulating substrate to detect analytes in body fluids.

A movable cable clamping assembly shifts segments between processing stations on a single workbench, eliminating transfer delays and reducing system complexity.

Varying wire barrel thickness adjusts local contact area to reduce electrical resistance caused by uneven strand distribution in multi-strand conductors.

Carrier holds line ends at lateral distance during conveyor movement, preventing relative movement damage to sensitive high-voltage cables.

Laser displacement meter scans electrode terminals to measure connection height distribution across flexible board interfaces.

Coextruding a spiral polymeric element with an inner liner eliminates manual bonding steps while embedding electrodes for precise navigation.

Silicon chicklet pedestal with via array maintains registration accuracy below 200 μm pitch, replacing expensive ceramic substrates.

Multi-layer flexible microstrip circuits provide uninterrupted signal paths that eliminate reflections and degradation at chip-to-package interfaces.

An elliptic bus bar joining portion enables secure laser welding of electrode terminals while maintaining compact dimensions.

Shearing stranded wire ends creates a clean face for laser welding, preventing oxide layer formation and weld spatter.

A laser soldering device joins copper wire to a bronze terminal using an optical detection system for precise alignment.

Stepped conductor ends expose radial wires for direct crimping, resolving the trade-off between connection stability and fitting complexity.

Radial crimping deforms a plastically deformable sleeve to compress an elastic inner liner, closing gaps in the cable sheath and preventing ignition risks.

A rotating rectifier assembly integrates a monolithic annular bus bar with an insulator ring to enhance electrical connectivity.

A detachable current transformer housing uses a rotatable holding element and attachment mechanism to secure electrical conductors without tools.

Automated off-site termination of watercraft cables reduces cramped on-site labor while enabling pre-installation testing to ensure error-free connections.

Open metallic contacts mechanically join actuators to PCBs, avoiding high-temperature damage from lead-free solder pastes.

A hydraulic drive changeover valve uses a transmission piston to guide a valve cone into a shut-off position via residual pressure dynamics.

Fused reference contacts shield signal paths, reducing crosstalk and impedance discontinuities.

A cable processing apparatus directs an air stream to lift constituent parts for precise separation.

Offset fusible member with protruding peg ensures even solder distribution, resolving weak rear connections and reducing required pad area.

A connecting member joins aluminum and copper conductors using distinct welding and crimping interfaces.

A spring-loaded press piece contacts a wire guide to dampen oscillations during thin wire positioning.

Segmented holey fibers merge optical, electrical, and thermal functions into one structure to eliminate cross-talk between separate cables.

Axially slidable tool head resolves complexity in closed head designs by enabling easy die exchange and reducing user effort.

A repair device bypasses compromised electrical connectors using a conductive shunt body to restore mechanical integrity.

Sequence valve blocks fluid until pressure exceeds threshold, enabling rapid advancement followed by precise high-force cutting or crimping.

A crimping tool locator secures plugs within an accommodating body using a dynamic securing device that adjusts the accommodation cross-section.

A thermally conductive member with lower conductivity than the electrode impedes proximal heat propagation along the shaft.