Electric Connection Bases TRIZ Cases

Flexible and rigid fixations let an insulator float concentrically in a cutout, resisting shock, vibration, and mating misalignment.

A pre-assembled contact protection element shields the fastening point during battery module connection, improving insulation and assembly safety.

Angled threading, gripping claws, and a paint-cutting tip keep a meter box ground clamp from rotating off while improving grounding.

Rotatable clamp arms, conductive joints, and elastic clamping improve connection stability while insulation parts help maintain user safety.

Spring-loaded sub-jaws focus clamping on the main cable insulation, maintaining electrical continuity while protecting secondary cables.

Spring-loaded sub-jaws focus piercing force on the main cable insulation while protecting secondary cables during branch connections.

Rotary clamp arms, metal contact parts, and insulation improve vehicle battery connection stability while maintaining safe clamping.

A bent abutting portion fixes wire tip position during same-direction crimping, preventing margin variation and braid damage in inspection.

Jaw-mounted insulator tubes isolate conductive clamp jaws and contacts, improving electrical safety and durability in high-heat industrial use.

Jaw-integrated insulators block current through metal hand clamps, improving durability and grip security in harsh, high-heat industrial use.

A conductive clip and set screw organize and secure spade connectors, combining power cable termination with low-voltage signal wiring.

An enlarged nonconductive handwheel helps linemen turn tap clamp bolts in glove mode with one hand while adding insulation.

Rotating spacers and clamping mechanisms let one circular terminal fit different binding post diameters while keeping the connection secure.

Magnetic jaws, serrated conductive teeth, and an extension pole help utility locating clips make reliable contact on coated or distant buried lines.

A rear adapter layout lets auxiliary cables attach easily inside the connector cover, preserving a low-profile battery terminal and protection.

A split grounding bushing rotates open after conduit installation, keeping fasteners attached while protecting added wires from abrasion.

A stepped terminal-block housing makes ferrule collar depth visible, preventing incomplete insertion, loosening, and pull-out.

Serrated conductive teeth, magnetic hold, and double-acting jaws let one locating clip attach reliably to buried utilities with coatings or varied shapes.

Multipoint elastic connections resolve overheating in wind turbine cables by conducting heat away from high resistance joints.

Cylindrical contact surfaces enable alignment without rotational stress, while a clamping element secures the conductor for reliable power transmission.

A vertical connecting terminal uses a T-shaped bolt and elastic washer to apply radial pressure for secure battery post attachment.

Universal clamping jaws eliminate adapter sockets for varied fuse diameters while an insulating shell prevents direct contact with live parts.

An electrical conductive sleeve bridges separate contact plates in a jumper clamp, cutting current flow resistance to deliver twice the power.

A cantilevered contact terminal incorporates a stiffener at the junction to provide rigidity for secure wire attachment.

Segmented adapter sleeve enables full-surface conductor contact through elastic deformation.

A battery terminal merges clamping elements into a stamped part for simplified assembly.

One-piece U-shaped metallic connector grips conductors via embedded projections when a single fastener tightens.

Segmented contact element recesses distribute individual electrical conductors to enable reliable soldered connections.

Orthogonal trenches with distinct depths allow independent pitch configuration, resolving alignment complexity that reduces manufacturing productivity.

Vertical tightening with counteracting projections prevents laminate deformation and ensures uniform contact pressure across varying pole diameters.

Segmented carrier rails and busbars form a modular cell connection unit that resolves adaptability versus manufacturing complexity.

Spring-loaded ball mechanism in solid metal terminals secures automotive battery posts against engine vibrations, eliminating tool requirements.

A clamp assembly secures a battery sensor using clamping arms and a U-shaped wedge driven by a fastener.

Elastic lugs on the clip cut insulation and retain wires, resolving insertion ease versus retention reliability.

Resiliently deformable projections in a retention insert engage a battery terminal post, preventing unwanted movement and damage during vibration.

Dual rotation preventing portions restrict battery terminal movement to improve assembly precision.

Integrated switch mechanism in jumper clamp handles controls electrical continuity to prevent arcing and accidental short circuits during battery connection.

Separated pivot axes widen the opening gap to grip larger battery terminals while maintaining secure electrical connections.

Superimposed terminal blocks integrate cage screw and quick connect mechanisms to resolve flexibility versus complexity trade-offs in electrical devices.

A terminal connection joint uses a coil spring to maintain contact pressure between the plate-like terminal and the clamping portion.

Segmented insulating protection on the bus bar minimizes strength reduction while enabling multi-directional wire lead-out and terminal installation.

A split locknut grounding bushing pivots to secure conduit connections while providing electrical grounding through threaded bosses.

Tapered jaws pivot open against an elastic member when pull force exceeds a threshold, eliminating manual lever operation and reducing electrical contact risk.

A battery terminal clamp uses a conical ring section and spring element to reduce inner diameter for secure electrical contact.

Merged terminal and nut eliminate separate fasteners, resolving rotation issues in tight spaces while maintaining high current capacity.

Forged storage battery terminal with inclined elastic pieces and silicon coating.

Parallel electrical shunts reduce contact resistance in rotatable all-angle ground clamps, enabling ASTM Grade 5H fault current withstand capability.

A one-piece earthing clip wedges an insulated ground wire between deformable slots to establish electrical contact.

An alligator clip integrates a wire connection segment with jagged conducting claws and squeezing tabs for secure electrical contact.

Triangular ribs and grooves disrupt oxide layers to reduce heat losses while maintaining reliable electrical connections under thermal movement.

A single-panel storage battery terminal uses inclined plates to guide the clamping nut for easy assembly.