One Pole Connections TRIZ Cases

A plug element taps voltage from meter terminal leads via an opening in the support plate.

Releasable barbed prongs secure connections while gasket seals prevent moisture ingress in photovoltaic systems.

Optimized connection element geometry minimizes mechanical stresses in vehicle glass panes, enabling reliable adhesion with lead-free solders.

A radially expandable test pin uses an oblique wedge mechanism to widen a sleeve-shaped contact element for secure electrical engagement.

Segmented plug socket connector with a locking spring engaging a plug groove enables non-destructive disconnection for aircraft maintenance.

Bus bar with built-in terminal portions housed in resin structure reduces component count and workspace area.

A tubular connection device uses a gutter-shaped insert with stepped profiles to clamp electric cable terminal sections securely.

Segmented spring fork contacts on a tubular carrier resolve the trade-off between low transition resistance and high manufacturing cost.

A connector assembly uses a movable outer plug to clamp an inner contact section against a fixed ring.

A lever member and spring pressurize wires against terminals, eliminating tool requirements for connection and release operations.

Ultrasonic welding joins flat part to conductor, reducing ohmic losses and corrosion risk along battery line.

Integrated ground clamp in coaxial connector reduces electromagnetic interference and signal corruption during high-speed data transmission.

External electrical connector with contact extending through module laminate reduces manufacturing time by enabling automated assembly of off-panel electronics.

A contact stud uses a protection element to shield conductive sections from insulating coatings during manufacturing.

An integrated clamp biases conductive beams into a channel to resolve the contradiction between high contact strength and excessive insertion force.

Rigid ferrule clamps over foil shield to provide structural integrity for SMA connector attachment.

Segmented shielding element uses elastic deformation to secure cable shield contact, resolving vibration-induced stress under mechanical loads.

Flattened connector body reduces profile height to resolve interference with automated pick-and-place systems during tight-space installation.

Spring finger ground clip adapts to manufacturing thickness tolerances while preventing electromagnetic noise generation.

A Kelvin contact assembly uses protrusions in plate-like layers to secure electrical contacts with negligible accumulated tolerances.

Flexible suspension absorbs vibration to prevent fretting corrosion on electrical receptacle terminals.

Protruding ionization chamber voltage contact point engages recessed mass spectrometric unit contact point to eliminate manual connector operations.

Preliminary action prestresses the contact element via a tensioning element, reducing insertion force while maintaining reliable electrical connection.

A bimetallic sleeve connects to stranded conductors via ultrasonic crimping for stable electrical contact.

Molded plastic connector block housing replaces complex circumferential machining with non-circumferential stamped metal, reducing manufacturing costs.

A bottom hole assembly tool bus uses a single electrical contact and common mode choke to stabilize impedance and reduce noise interference.

Pivoting flap seating indicator reveals bright indicating surfaces when bushing inserts seat, resolving visibility constraints at safe distances.

A connector housing integrates a cantilever restriction flexible piece to secure the sealing member within the mating interface.

A battery sensor clamp integrates a support element into its housing to absorb mechanical loads.

A slotted thin-walled cylindrical plug bends elastically to clamp a counter plug, reducing material consumption while maintaining secure mechanical hold.

A rectangular plug-in connector features dual-sided electrical contacts arranged at a ninety-degree angle to minimize external connection space.

Projections on the connector coupling contact inner housing grooves to prevent terminal deformation during wire pull.

Guide elements in a plug connector convert applied torque into axial insertion force, reducing manual effort required to overcome contact resistance.

A pivoting clamping leg with a V-shaped spring enables manual insertion of conductor ends into electrical connectors.

Knurled mating surfaces create welded junctions that prevent leakage and ensure reliable electrical coupling in e-vapor devices.

Opposite-end terminals on a cable-type secondary battery resolve adaptability constraints by enabling flexible series or parallel module construction.

A connecting device uses a C-clip elastic part to move vertically while restricting horizontal displacement.

Segmented clamping rings distribute pull-out forces across cable insulation, reducing manufacturing costs and stockkeeping complexity.

A terminal plug with a guide plate connects multi-core wire ends directly to contacts inside the body.

Protruding portions smaller than the board thickness prevent rotation while avoiding interference with adjacent earth members and brackets.

A separable adapter assembly links a deadbreak bushing to an arrestor elbow via threaded and latched connections.

Resilient electrical conductor with annular gaps secures conductive element through elastic stretching for stable high current transmission.

A connector uses a plate spring to press a core wire against rigid edge portions, resolving instability from elastic contact deformation.

Convoluted insulator contour increases surface distance for reliable electrical insulation, preventing refrigerant leaks under high pressure.

Modular contacts attach to a universal stamped grid, resolving production complexity while maintaining mechanical stability.

A photovoltaic connector redirects axial stress to a dedicated front sleeve, preventing shell body cracking during conductor tightening.

A spring-loaded compression connector uses an internal elastic device to generate and maintain constant contact force on electrical conductors.

An L-shaped connector housing integrates two members to reduce physical size in the terminal insertion direction.