Line/Current Collector Details TRIZ Cases

Open-sided, inclined coupling recesses and spring-biased elements simplify crimping pliers assembly while preventing unintended release.

Slots and mixed round-long pin holes let a reflow connector cap absorb thermal expansion, preventing housing distortion and solder cracks.

A conductive fastener uses Joule heating to weld onto steel while clamping aluminum, cutting cycle time and limiting intermetallic corrosion.

A nested shielding connection assembly joins two cable shielding layers with stable electrical continuity to improve EMI protection in battery vehicles.

An insulating cylinder interface and hydraulic line block electrical shock and fluid ingress in high-voltage hydraulic pliers.

Releasing the safety lever vents the pressure cylinder and cuts air supply, preventing unexpected pneumatic tool closure without electronics.

Inbound and outbound sorting with gripper transport routes pre-assembled cables flexibly, raising automation and station utilization.

Dual fixing members and a substrate keep exposed endoscope core wires aligned at narrow pitch, reducing shorts and stress-related breakage.

An electrode bridge with conductive foot and spring force stabilizes contact on small terminals while improving solder temperature consistency.

A tapered funnel and securing fit align conductive wire ends in electrical contacts, preventing splay and cutting manual insertion time.

Progressive clamping tooth depths spread tensile load across the cable body, preventing damage while keeping pull-off force measurements accurate.

Heat-transfer material and conductive shells stabilize the circuit board and dissipate semiconductor heat without a spacer, enabling a smaller connector.

Bidirectional cable positioning, terminal clamping, and ejection improve crimping accuracy, automation, and throughput while cutting defects.

A modular connector interface replaces manual soldering in inductive proximity sensors, enabling faster assembly, flexible plug or cable options, and watertight sealing.

Internal and external shielding supports stabilize cable shield joints, maintain EMI continuity, and prevent shorts at butted connections.

A protruding crimp connector tail keeps solder away from the cable, preventing wicking damage and easing handling of conductive vehicle glazing.

Oxygen heat treatment forms a thicker zinc oxide layer and beta-phase brass precipitates, improving EDM wire strength, flushing, and feed rate.

Shoulder portions and an elastic bending arm secure the terminal in the housing to prevent shaky engagement and protect high-speed signal integrity.

An insulating body with a conductive contact part aligns small cable strands on conductor surfaces for faster, reliable PCB soldering.

A pivoting cover and pusher member help installers finish the last stiff formed-wire turns around cables with secure hold and minimal pressure.

A cinching adapter and holding fixture lock twisted wire ends in place to prevent loosening, fallout, and exposed conductive connections.

Resistive heating melts solder inside connector pins to automate fine wire termination, cutting manual errors, time, and waste.

A conductive termination comb aligns irregular HDMI leads for quicker assembly while reducing exposed wire length and preserving EMI resistance.

Rotationally asymmetric socket and plug housings with pin-hole positioning prevent reverse insertion and reduce board mounting errors.

A spring-loaded feed and holding-down mechanism matches ferrule size automatically, improving crimping consistency and preventing strip loss.

Real-time force, travel, and accessory identification let a power tool verify crimp completion and improve crimping accuracy.

A forked contact element holds fanned-out fine strands for easier soldering, larger contact area, and reduced conductor dissolution.

A plug-integrated PCB sends blade configuration and temperature data over two wires, enabling one EVSE to work across receptacles with a slimmer cord.

Common vibration-driven feeding bowls let one crimping machine handle different contact elements with less setup time and lower equipment complexity.

A thicker contact portion and thinner mounting portion cut terminal resistance, support higher current, and keep connectors slim and light.

A removable stand and pivoting head let one wire crimper switch between handheld portability and stable bench-top crimping.

Pre-tensioned shielding foil and radial cutting deliver uniform stripping on shielded cables, including non-circular types, with less damage and scrap.

A thickened front wall supports the RJ45 housing during crimping, then shears off to keep wire alignment precise and cut all ends together.

A capillary-guided wire feed positions and bonds fragile suspension wires accurately, reducing damage and improving camera lens assembly throughput.

A through-hole in the insulating encapsulation exposes solder surfaces for visual inspection, wider tool access, and moisture-sealed pane connections.

A copper powder bonding composition uses a high-boiling reducing agent to prevent flow-out during pressurized sintering and keep joint thickness uniform.

Aligned channels and a clamping assembly hold small-gauge wires securely for soldering without insulation damage, corrosion, or rework.

An exit conveyor and bundle grippers automate cable batch removal from the trough, cutting manual stops and keeping processing continuous.

Directly soldering collectively cut multicore cable ends to electrodes removes boards and embedded parts, cutting cost while preserving flexibility.

Conical or concave recess walls and an embossing bead form smooth convex blade contacts in one punching stroke, improving surface quality and throughput.

Tapered overlapping tape forms a fused cable insulation joint that limits edge formation during heating and helps prevent insulation breakdown.

Side-wall recesses let a gripping arm remove processed wire batches automatically, preventing batch mixing and machine stoppages.

Dynamic squeeze and rotation control straightens and twists drain wires without strand breakage, easing heat-shrink tube insertion.

A stuffer-guided terminal presses against a planar flat cable surface to improve contact area, welding access, and automated connector assembly.

A stuffer urges the terminal into aligned contact with a flat cable, improving conduction reliability and supporting automated assembly.

A bolt-mounted spring contact joins multiple cable shoes for compact, automated vehicle wire splicing with lower manual labor and space use.

Aligned positioning grooves and integrated locking improve wire and pin fixation accuracy for more reliable soldered electrical connections.

A thin cyanoacrylate layer between welded conductors protects against corrosion, relieves tension, and keeps contact resistance low.

An angularly adjustable retaining rod and curved tool carrier improve tool guidance, removal, and overhead handling in a hydraulic tool head.

Grouped conductive particles placed in a lattice reduce aggregation, short circuits, and particle loss in narrow-pitch electrical bonding.