Line/Current Collector Details TRIZ Cases

Rotationally offset elongate connectors couple stacked circuit boards, reducing device weight and complexity while maintaining mechanical reliability.

Fabricating 3D RF antennas using flexible circuit substrates reduces weight by 75% while maintaining structural rigidity.

A cable connector uses a conductive elastomer sheath to ensure reliable electrical contact between the cable shield and the housing.

Conductive adhesive overlays join composite pipe sections to establish continuous electrical pathways for static charge dissipation.

A furniture riser with a fluid-filled moat traps crawling arthropods, preventing escape via smooth walls and angled surfaces.

A 1 to 50 nm graphene oxide film replaces precious metal plating, lowering production costs while maintaining low electrical resistance.

Automate pin corrections across medium density connectors by using a bent first device as a template, eliminating manual labor costs.

Interference fit between sleeve and leads secures electrical connection for resistor in harsh downhole environments.

A cable connector assembly uses a connecting member nested inside an insulative housing to short first terminals together for unified soldering.

A contact holder grips parts during crimping to prevent sticking, eliminating lubricant use that harms conductivity.

A laterally displaced conductive contact member uses a spring portion to elastically position the contact area away from the terminal base.

A terminal crimping device adjusts intervals to match wire spacing.

A cable preparation machine uses a pulley assembly and arcuate blade to strip insulators from cable ends.

Through holes in a position fixer retain conductive terminal pin ends, preventing bending and ensuring accurate insertion into printed circuit board vias.

Solder-plated filler particles in bonding ink enable thermal curing that resolves joint reliability issues caused by dimensional variations.

A cordless decorative lamp uses a removable lithium-ion battery pack to power an LED lighting element without requiring wall outlet proximity.

A connector assembly offsets differential signal pair launches to align opposite polarities between adjacent printed circuit boards.

Protruding electrodes eliminate substrate grooves, preventing core wire bending and reducing mounting area.

Defensive routing shields security-critical integrated circuit paths with guard wires, preventing hardware trojan insertion without compromising design density.

A gripping device with segmented jaws isolates individual conductors from twisted pairs for precise mechanical testing.

A reusable bar connector consolidates multiple service wires into a single attachment structure for streamlined electrical distribution.

An asymmetric crimping element design ensures uniform peeling forces across connection orientations.

Polygonal barrel pieces crimped around a wire external sheath prevent opening under orthogonal tensile loads while reducing manufacturing complexity.

A manufacturing process for fabric pressure sensors uses specialized positioning boxes and clamping positioners to bond conversion layers with precise tension.

Robotic top-down assembly places motor starter circuit elements between a base and cover, replacing manual assembly and reducing enclosure testing delays.

Bending terminal wings before crimping accommodates various conductor sizes, eliminating the need for multiple specialized terminal types.

Filling the cylinder with compressed mineral insulation reduces electric field intensities and leakage currents in high voltage subsurface environments.

A wire sorting machine uses a camera-guided manipulator to automatically position individual conductors on a fixture.

Parallel fixture connections through an Equalizer Hub eliminate cumulative resistance, preventing excessive voltage drop and inconsistent light output.

Radially extending tabs on MEMS actuators engage complementary slots in adjacent components to achieve precise concentric alignment.

Segmented polymeric layers and filler rods maintain cable integrity across -60°C to 80°C while resisting water infiltration and animal damage.

Aligning dielectric openings exposes copper while a temporary barrier prevents etchant infiltration that damages conductive layers.

A holding frame for plug connector modules uses integrated projections to prevent lateral displacement of side parts during assembly.

A crimping tool uses a toggle lever drive with an adjustable knee angle to manage pressing forces across varying workpiece sizes.

Segmented cylindrical sections with protrusion ribs prevent positional deviation in electrical connectors by creating an interference fit.

A seal depressor holds compression seals in place during terminal crimping, preventing axial movement and twisting that damages the seal.

External routing of high-pressure lines allows a lightweight thermoplastic pump housing to replace bulky metal casings in pressing machines.

Dual-viscosity sealants inside heat shrinkable tubing fill air voids and prevent water ingress while controlling adhesive overflow.

A universal mate-in interface system connects test equipment to various wiring harness connectors through standardized adaptation layers.

Segmented cable connectors use a tapered flexible tip to navigate narrow tubes without damaging terminal patterns, enabling reliable socket connections.

A crimping hand tool uses a pivoting second body and linking member to drive a crimping assembly along a guiding structure.

A deep brain stimulation lead uses pre-formed conductor relief sections to enhance mechanical flexibility and strain resistance.

Staggered differential inductor coils reduce effective capacitance through partial electrical shielding.

A pressing terminal uses a dielectric member with protruding portions to fit inside a shield outer tube for precise signal line alignment.

A crimp terminal with a bottom face bent part aligns the rear end closer to the center axis.

Embedded copper pins create a continuous electrical flow path through insulating coatings, removing the need for external strapping that adds weight.

A conductor monitor device uses electromagnetic field induction to detect wire damage during stripping operations without physical contact.

Eccentric retention system automates free lead processing, eliminating manual intervention and boosting productivity.

A flexible receiver assembly with modular linkage and interchangeable connection modules enables rapid adapter engagement.

Segmenting the hole structure separates the soldering section from the retention leg, preventing inner layer damage and eliminating thermal expansion mismatch.