Line/Current Collector Details TRIZ Cases

A tray feeder door lock mechanism releases only when the retrieving unit blocks the hazardous head transfer space.

Angled crimping openings resolve clearance constraints in confined spaces by reorienting jaw geometry to improve leverage and reduce tool width.

Radial isolation beams absorb stress and attenuate vibration transmission to disc resonator gyroscopes.

Solder forms a fluid-tight meniscus at the contact-board interface, eliminating potting compounds that fail under temperature fluctuations.

Segmented filler mechanisms expose downhole cable cores, eliminating time-consuming filler removal during installation.

Integrating USB extender electronics within the wall plate eliminates separate housings and external power wiring, reducing installation complexity.

Epoxy adhesive replaces ceramic isolators to bond stripping knives, reducing production complexity and cost.

A junction box capacitor discharge circuit uses a relay and resistor to dissipate stored energy, preventing electrical arc flash hazards during servicing.

Electrical pulse breaks down oxide layers on aluminum wires, reducing resistance without complex mechanical features.

A 1-D piezoelectric tire patch harvests energy from tread deformation using a linear substrate structure.

A board connector fixing member uses facing plate pieces to enable plating layer formation on multiple surfaces.

Segmenting the pump housing from the work head via flexible hoses isolates operators from hazardous environments while maintaining precise tool control.

Metallurgically bonded aluminum and copper layers in a conversion terminal prevent galvanic corrosion while maintaining electrical contact reliability.

A shielded oilfield connector uses a cylindrical outer shell and shielding trap to join heavy power cables.

A surge protection circuit combines a gas discharge tube, thermistor, and thyristor to clamp voltage and limit current.

A percutaneous stimulation lead uses capacitive coupling and an inductor to create a tuned circuit for delivering electrical pulses.

A wire harness protector uses segmented holding pieces to secure electric wires within partitioned paths without requiring immediate cover mounting.

A two-step crimping method compresses an electrical terminal onto a wire using sequential compression actions.

A wear monitoring system tracks actuation counts linked to crimping degrees in hand pliers.

Ribbed convex impact surfaces reduce sliding friction and prevent material distortion by maintaining die contact throughout the pivoting cycle.

Distinct threshold voltages for SRAM cell transistors reduce leakage current and enhance cell current.

A single LED lamp with a cylindrical lens and inclined reflective surfaces illuminates both runway sign faces directly.

Heat treatment melts a Sn-Cu-Bi plating film above its melting point, reducing internal stress and suppressing metal whisker generation in semiconductor leads.

Segmented optical fibre sensors in a low-diameter cable reduce towing forces and storage space while maintaining acoustic detection.

Conductive shielding layers overlap wiring patterns to block display light and prevent erroneous detection in thin input devices.

A vehicle manufacturing method uses a reconfigurable wiring section to electrically connect battery modules on the chassis.

Vertical stacking of movable elements in a micromechanical system resolves crosstalk and space constraints for multichannel acceleration sensing.

A portable tool transmits work cycle parameters to a handheld electronic device via wireless link for real-time data capture.

A bonding tool plastically deforms a metal wire to create a weakened section for clean tension detachment.

Diverging channel geometry positions rigid conductors directly, reducing armor stripping length and preventing damage during crimping.

Laser etching creates permanent coded information on armored cable sheaths.

Fluid guides move components through channels, resolving aircraft harness precision and complexity trade-offs.

Reflow joining prevents intermetallic brittleness while maintaining conductivity in medical electrical leads.

Asymmetric solder mask openings compensate for alignment errors to prevent voids and electrical bridging in electronic carrier boards.

A connector assembly uses partitioned chambers and elastic sealing bodies to electrically join conductors while creating a hermetic barrier.

An elastic bus bar section deforms to contact protruding electrode leads, eliminating manual bending steps and reducing manufacturing time.

A portable grounding device connects a vehicle body to the ground via a drive-in tool and stake.

Vacuum deposition and electroplating produce precise RFID antennas, replacing expensive chemical etching to lower costs.

Stabilizing contact between a diagnosis substrate and connectors reduces false fail readings by eliminating environmental interference.

Replacing Cu-Sn alloys with a Ni-Bi system prevents Kirkendall voids and oxidation while lowering thermal processing costs.

Crossing lines conform to signal line shapes along three surfaces, expanding capacitance tuning ranges while maintaining constant characteristic impedance.

Plasma welding in inactive gas joins twisted snare wires, preventing disconnection from high-frequency heat.

Segmented jaws with adjustable prongs resolve complexity trade-offs while accommodating varying wire lengths.

Segmented blade contacts prevent rotational twisting of the conductor crimping portion, ensuring stable conductivity and reliable connector insertion.

Tempered aluminum foil electrodes prevent substrate deformation during planar resistance heating element manufacturing.

A connector uses a receiving hole protrusion to fix terminal position and prevent solder ball deformation.

A driven driver deposits cable loops over a guide body to control movement direction.

Segmented spring-elastic tabs on a printed circuit board connector insulating body establish electrical contact with the shielding cross.

A crimping tool with a rotatable working head and visible punch assembly.

A comb element connects multiple electrical terminals to enable simultaneous placement and soldering on a printed circuit board.