Contact Member Assembly/Disassembly TRIZ Cases

Optimized molding groove widths balance resin flow in camera modules, preventing incomplete filling, lead deformation, and light-window defects.

A vertical contact grid with interleaved return paths eases memory channel routing, cuts PCB congestion, and reduces crosstalk.

By shifting press-fit fixing to the second extending portion, this connector layout suppresses impedance fluctuation in high-frequency transmission.

A pivoting, insulated jaw tool realigns canted electrical devices in tight box spaces without box removal or added shock risk.

Injection-molded bag sealing turns existing battery module connectors waterproof without major structural changes or harder installation.

An adapter bridges mismatched terminal and housing locking features to secure retention and expand connector compatibility.

An adapter bridges mismatched terminal retaining features and connector cavity locks to secure terminals across different housing designs.

A dual-resin housing embeds the terminal fitting in low-expansion resin to cut thermal stress, prevent cracking, and lower material cost.

Segmented insulators hold differential-pair contacts in place during high-speed cable termination, even with stiff or twisted conductors.

A shaped assembly aid guides plug contacts through soft collective seals, reducing friction and seal damage while enabling easier automated assembly.

Extruded and calendered polymer inserts form thin connector walls without difficult mold filling, high injection pressure, or costly mold machining.

An elastic inner contact and recessed plug structure clamp bottom-exposed flexible conductors for reliable wearable electrical connection.

A rear cover with a TPA element secures terminal positioning in a power receptacle, improving connection reliability and assembly consistency.

Hand-gripped end cap and main body tools improve tactile feedback, prevent overtightening, and ease solar connector assembly in tight spaces.

A pressing plate compresses an elastic ground terminal section to keep mating force stable and improve plug and unplug reliability.

A die-cast head, flanged outer conductor, and sealed rear cover raise elbow cable connector strength for vehicle and industrial use.

Distinct terminal shapes and local thickness changes prevent wrong mold-hole insertion and improve connector assembly accuracy.

Segmented shielded cages, LCP housing, and dual ground paths manage heat, EMI, and wafer alignment in high-speed multi-port connectors.

A preload component transfers spring force from ground beams to short signal beams, preserving signal integrity at up to 200 Gbps.

Radiation welding forms a fusion zone at the insert touchpoint, preventing delamination and sealing overmolded housings against water and particles.

A cutout between terminal rows reduces resin contraction during insert molding, keeping terminal heights uniform and preventing fitting failures.

Angled asymmetric contacts let one card edge connector mate with PCBs from either side, expanding layout options while reducing cost and complexity.

Superelastic contact tips and integrated grounding help a midboard cable connector maintain contact force and signal integrity in compact layouts.

A supplemental circuit board restores sealed medical device plugs by replacing embedded fuses or memory without damaging the plug.

Nested shells and housing contours distribute mating forces to limit component shift, improving connector alignment, shielding, and sealing.

A holder stacked atop a receptacle connector adds connector capacity inside a detachable cage, increasing high-speed transmitting channels.

A bent plate coupling portion engages the housing to replace press-fit assembly, improving joint terminal mounting efficiency.

Elastic cantilevers built into the cable insertion guide hold cables during crimping, removing separate clamps and improving connector assembly efficiency.