Line/Current Collector Details TRIZ Cases

Two cutter modes shape a cylindrical cable end and smooth the transition zone without tool changes, reducing damage risk and preserving electrical performance.

Additively formed wire trap channels hold wires by interference fit, reducing manual harness assembly, extra mounts, weight, and abrasion.

A hinged snap-fit plug clamps a cable and aligns wires to contacts in one motion, cutting termination time while maintaining reliable connection.

Radial protrusions in a conductive cavity raise skin contact area to improve signal quality, extend monitoring time, and stay MRI-safe.

A third handle and toothed jaw edges let crimping pliers grip a cable one-handed before full wire end sleeve pressing.

A coupling part joins two connector bodies to limit PCB mounting position variation and keep terminal alignment reliable.

Symmetrical or 360° shield connections distribute current, offset magnetic fields, and improve cable EMI shielding stability.

A dual-plate fixing member adds controlled floating movement to handle reflow warping, prevent empty soldering, and keep the connector housing flat.

A front-bay OCP storage controller integrates its own battery backup to cut server-level battery bulk, improve cooling, and scale power per module.

Aligning the bearing and eccentric hole on the pressing axis removes bending moments, stabilizes the rotator, and enables a smaller crimping press.

Resin-fixed terminal conductors prevent dispersion before ultrasonic or laser joining, improving cable connection stability and assembly efficiency.

An inserted ribbed insulator preserves creepage distance between PCB terminals despite potting, enabling Ex ec field device miniaturization.

Integrating two connector parts with a coupling structure reduces PCB mounting variation and keeps alignment and orientation consistent.

Maximum crimp force and tool location are logged together to verify connection quality and pinpoint potentially defective electrical crimps.

Cushion and abutting parts guide the blade for even twisted-wire cutting, helping maintain stable electrical connection and transmission performance.

Simultaneous reflow soldering and ACJM joining strengthens fine-pitch connector mounting without high-accuracy equipment changes.

An adjustable slit lets one wire arrangement fixture handle different diameters and end-workings while preserving sequence and protecting terminations.

An Al-Ni welding alloy for aluminum cable conductors improves weldability and tensile strength while maintaining conductivity and limiting joint heating.

An integrated shield contact in the housing secures flat rail-to-connector shielding while restoring insulation and EMC in high-voltage connections.

A telecentric lens and camera measure cable end faces without parallax distortion, enabling precise cutbacks and fewer termination defects.

Linear friction welding joins aluminum and copper in a busbar with a controlled break section and resin coating to reduce fragments and cost.

Percussion resistance welding replaces crimping in miniature coax connectors to improve retention, reduce resistance, and maintain RF performance.

Elastic lateral ground contact simplifies PCB plug connector assembly while maintaining shielding, tolerance compensation, and vibration stability.

A two-stage brazing process uses nickel as a diffusion barrier and Joule heating to create stable aluminum-to-copper electrical joints.

Independent grippers pre-hold multiple core wires for one-by-one crimping, cutting switching time while enabling crimp force checks.

Segmented hot crimping switches current, force, and height by position or energy to prevent overmelting and stabilize wire-to-terminal joints.

2D conductive and dielectric layers bond coplanar waveguides across substrates to cut parasitic inductance, reflection, and high-frequency loss.

Angled vias and anisotropic conductive pillars adapt warped IC package contacts to test boards, improving connection reliability and reducing receptacle wear.

Full-scale display guidance and position indicators help operators lay out wires in order, reducing wiring mistakes and improving harness assembly speed.

Near-infrared laser texturing forms cratered copper contact areas that lower resistance, limit heating, and avoid costly metal coatings.

A heater-melted conductive material solders mated downhole connectors to form durable electrical joints despite debris and harsh wellbore conditions.

A reconfigurable link disables chassis ejection while the handle moves aside, preserving receptacle access during hot-swapping and maintenance.

Chamfered solder tails and housing extensions improve coplanarity and impact resistance in narrow-pitch board connectors.

An adjustable stop limits pliers opening so ferrules of different cross-sections can be crimped without fully reopening the tool.

A welded contact on the coaxial cable inner conductor replaces crimping or soldering to reduce impedance mismatch and simplify assembly.

Backside reverse soldering aligns electroplated microneedle and wiring layers to simplify neural interface fabrication and improve signal accuracy.

Belt-driven gripping rollers rotate cables continuously without twisting, while interchangeable surfaces adapt friction to different cable types.

Image-based end-face analysis calculates cable rotation before peeling, improving twisted pair core wire alignment accuracy and processing efficiency.

A wire cage, contact sleeves, and compression seal simplify subsea Ethernet cable termination while maintaining reliable high-pressure connections.

A wire cage and contact sleeve layout simplifies subsea ethernet cable termination while creating a reusable high-pressure seal.

Alternating conductive and insulating fastener tapes create reversible board links that avoid high mating force, save board area, and simplify assembly.

A vertically movable receptacle and slider keep narrow-pitch terminal parts coplanar during mounting while preventing tilt and fallout.

Wireless activation and camera monitoring let battery-powered crimping and cutting tools operate safely in hazardous areas.

A tubular first outer conductor and locking plate second conductor reduce shielding gaps while keeping connector assembly reliable and cost-effective.

A dual copper-aluminum shielding layer improves EMI blocking and grounding while removing the need for a separate ground wire.

Expansion-matched tray units and connecting elements keep electronic components aligned during thermal treatment, preventing warping and offset.

Counter-rotating brushes form a crown on an exposed cable braid, keeping strands out of the crimping area for reliable outer conductor assembly.

Vertical insertion of pawl, spring, and pull-tab extensions simplifies pliers assembly while preserving robust locking and pivoting freedom.

Flexible multi-arm contacts keep PCB connections stable under vibration and shock while reducing board bending, wear, and assembly cost.