Two-Part Coupling Devices TRIZ Cases

Segmented grounding pieces offset from power contacts prevent electrical sparkle and shorting risks while enabling safe 10 ampere current transmission.

Offset mounting fasteners secure a removable isolation barrier, preventing accidental connection to standard boxes lacking safety partitions.

Alternating ground and signal wafers with embedded pins ensure reliable high-speed data transmission up to 12 Gigabits/second.

Physical vapor deposition forms a metal shielding layer on an insulating electrical connector housing.

A plug-in adapter converts non-compliant electrical sockets into tamper resistant outlets using internal spring loaded covers.

Housing holes behind terminal passageways raise local impedance to resolve Type C USB inconsistency.

A device connector relief groove creates a dedicated gap to prevent salt water accumulation near the seal member.

A connector module integrates a segmented heat-dissipation element to absorb thermal energy from plug devices.

Grounding members with insulating layers and pressing parts prevent short-circuits and elastic fatigue in USB Type-C connectors.

Segmented contacts and side layout spaces allow replacement through the housing side, eliminating back-side workspace requirements.

An electric contact device merges insulation and spring force into one elastomer, reducing part count and size for high-frequency board-to-board connections.

A solid state drive uses a spaced securing element to attach a smaller circuit board to the case bottom.

An I/O plug connector uses an asymmetric insulative housing to enable reliable normal and reverse insertion into receptacle connectors.

Elastic contact beam expands grounding contact surface to lower impedance and decrease cross-talk between adjacent signal contacts.

Segmented grounding tabs in USB connectors lower EMI penetration by over 8 dB without adding external suppression materials.

Segmented tabs and a nested hook prevent loose connections caused by screw-only fastening, ensuring stable conductor attachment.

Segmented housing chambers accept interchangeable contact modules, eliminating new mold costs while maintaining electrical shielding.

Urea decomposition buffers pH during coprecipitation to form spherical manganese carbonate, reducing specific surface area and Mn dissolution in electrolytes.

Shielding member establishes electrical path to release electrostatic charges, protecting electronic elements from damage during circuit board assembly.

Integrated SFP module consolidates transceiver functions to reduce device complexity and power consumption.

Segmented shielding isolates core wires in mixed cable connectors, resolving impedance mismatching that deteriorates high-speed transmission characteristics.

Merging contacts into one stamped piece reduces part count and assembly steps, resolving bulkiness while maintaining secure connectivity.

Vacuum potting eliminates bubbles in polyphenylene sulfide insulators, resolving brittleness and adhesion issues in high-voltage ignition systems.

Segmented organizer apertures anchor soldering sections, reducing plastic coverage to improve high-frequency characteristics.

A connector cap embeds conductive particles in non-conductive plastic to form a shielding network.

A shielded connector system uses composite enclosures to reduce crosstalk between adjacent signal cable connectors.

Longitudinally extending connector portions replace numerous pins to reduce wiring system weight and fit within size limitations.

A broadside coupled connector uses selective lossy material placement to dampen resonances within grounding pairs.

Separate leadframe and external ground buses electrically common cable shields, reducing impedance mismatch in exposed connector sections.

Integral injection molding forms the conductive body, eliminating complex plating steps that cause metal layer peeling and uneven shielding.

A one-in-four-out connector assembly distributes electrical power across multiple modular panels using identical male and female connectors.

A multiconductor jack uses a radial flat electrode on the plug flange to add contact points without increasing device diameter.

An elastomeric wiper seal prevents fluid ingress at the handle-shaft interface while cleaning electrical contacts to maintain signal integrity.

Dome-shaped conductive contacts deflect inward to establish a low-impedance grounding path between mating metallic shells.

Non-adjacent redundancy grounding connections improve radio performance by enhancing energy return in wireless data terminals.

Flexible intermediate portions maintain electrical contact while rigid end portions secure pins, reducing assembly complexity.

An electrical connector design separates signal and grounding contacts into distinct rows to increase spacing between solder tails.

A flush wall socket adapter uses metal apertures to receive power from standard outlets and convert it for connected devices.

Integrated metallic shielding plate reinforces mating tongue and grounds signals, reducing connector volume while maintaining high-frequency transmission.

Seamless thin housing eliminates bulky external overmolds while side-by-side wires minimize signal drop in ultra-thin USB-C connectors.

Ground component shields crosstalk between contacts in high-speed electrical connectors using horizontal PCB layers.

Metallic shell with stopping pieces and engaging features encloses the insulated housing to secure the internal assembly.

A VME adapter assembly uses a five-row mating plug housing to align with chassis backplanes.

A connector assembly sandwiches two printed circuit boards between an insulative spacer and attaches a metallic gasket to the housing.

Segmenting control wires into independent groups eliminates crossed soldering in SAS connectors, reducing manufacturing complexity and time.

Integrating the protection shell with the equipment shell reduces thickness while maintaining rigidity for ultrathin mobile devices.

Integrally formed shell extension acts as an elastically deformable ground terminal, reducing component count and simplifying assembly steps.

Local thickening of the shielding plate strengthens side latches to prevent abrasive wear on mating tongues.

Segmented contact screws resolve the trade-off between installation simplicity and electrical connection security in self-contained receptacles.

Intermediary grounding member shields signal contacts to reduce electromagnetic interference in thin USB connectors.