Coupling Device Details TRIZ Cases

Guide rails and slots direct terminal wings to reduce insertion force while preventing wire bending.

Lateral ground bridge tips engage bridge slots to common electrical potential, reducing crosstalk between signal conductors.

Segmented shield members with distributed grounding paths improve radiation emission mitigation across longer wire lengths.

Metal shielding bars with conductive plastic cement eliminate signal crosstalk in SAS and PCIe connectors, enabling X6 or X8 channel configurations.

Adapter merges contacts to eliminate cable shoes, resolving complexity while ensuring reliable grounding.

Vertical latch repositioning resolves case obstruction, enabling easy manual operation of the bus bar module cover.

Modular terminal bricks with adjustable spacing resolve tooling complexity while maintaining signal integrity in high-density mezzanine connectors.

A flush-mounted electrical assembly uses a split base structure to house electronic circuitry and a recessed relay for compact installation.

Guide element exchanges core positions to convert star-quad arrangements into parallel pairs, resolving connector compatibility issues.

Relative inner housing movement absorbs vibration energy from wire fixing portions, suppressing fretting wear on terminal contact points.

An inclined piece portion on a movable connector housing creates clearance during tilt.

A plug-in connector system uses rotatable two-part encoding devices to create discrete connection positions.

A compact authentication device merges USB wired connectivity with an embedded NFC antenna for dual-protocol access.

A telescopic actuation lever changes length to simplify connector coupling.

Oblique extension pushes lock arm body to release engagement, reducing required vertical space and connector height.

Adapter module with cylindrical elements connects to contact modules, eliminating prewiring constraints and inventory complexity.

Pull tab assembly applies compressing force to release members, enabling connector disengagement in high-density panels without damaging adjacent components.

A submersible pool vacuum uses a 120V to 24V converter for underwater suction.

Segmented housings engage terminals in stages via a latch mechanism, reducing peak mating force to prevent assembly difficulties in complex systems.

Segmented metallic shield transfer elements reduce characteristic impedance and prevent interference between high-current and high-frequency modules.

Integrating a stopper into a reinforcing portion eliminates dedicated components, reducing device complexity and easing molding constraints.

External storage device supports multiple interface connection standards using a substrate with component surfaces.

Angled housing assembly enables push-in contact spring connection, resolving design freedom constraints while maintaining manufacturing simplicity.

Segmented paddle board conductive pads create controlled capacitive couplings that compensate for crosstalk in high-speed data transmission applications.

A phase busbar integrates a movable wedge-shaped release element actuated by a single control lever to deflect clamping springs.

A connector assembly integrates a compensation circuit component with signal conductors to maintain electrical characteristics.

Linearly movable coding elements prevent unauthorized connections by abutting opposite lugs, resolving complexity trade-offs in modular assembly systems.

Resilient abutment part covers connector mating region to stabilize electrical connection, preventing terminal damage from assembly tolerance.

A joint connector uses alternating ferrite cores on needle terminals to reduce electromagnetic noise while maintaining standard spacing.

A measuring socket forms a live conductor bridge downstream of its energy meter to detect power consumption from adjacent loads on the same circuit.

Resilient lever transfers tensile forces to housing, protecting soldered circuit board connections from damage.

A connector housing repulsion arm elastically deforms against a mating contact portion to provide continuous tactile feedback during insertion.

A wire harness uses a meshed sheath member to cover non-sheathed core wire portions for improved thermal management.

Segmented grounding fingers nested within terminal module prevent disengagement while enhancing high-speed transmission reliability.

Dual plug contact areas in a busbar connector compensate for thermal expansion and prevent fretting corrosion during installation.

A lockable connector secures high-voltage plugs using a resilient wedge mechanism.

Segmented latch arms distribute axial pull forces across multiple engagement points, preventing contact misalignment during twisting loads.

Rigid cases limit conductivity. This design adds a high-conductivity diffuser and exposed fins to boost efficiency.

Parallel support structure shorts squib pins while maintaining compatibility with standardized retainer inserts.

A grounding device uses a single removable actuator to operate vice and clamp locking mechanisms in sequence.

A Single Pair Ethernet connector uses a universal contact interface to support multiple cable gauges and speeds.

Movable contact carriers reduce insertion force by engaging mating parts in a staggered sequence.

A connector housing integrates terminal holding portions with the board accommodating portion to maintain structural rigidity.

An additional locking element blocks outer sleeve displacement, preventing accidental release of push-pull connectors.

A functionality extender module provides packet inspection and traffic conditioning capabilities to standard small form-factor pluggable optical transceivers.

Flexible beam contacts reduce stub length and crosstalk, enabling high-speed data transfer without complex shielding.

A pivoting locking lever with cam tracks and elastic end portions secures aircraft connector plug-in parts.

Grounding plate connects shielding plates via clips to form a unified network, reducing plating costs and improving shielding effects.

An electrical connector uses an adjusting groove to create a dielectric constant imbalance between differential signal terminals and ground terminals.