Relieving Strain On Wire Connection TRIZ Cases

A connector guide stabilizes electrical wires to prevent swinging, ensuring accurate alignment with the counterpart connector.

Monolithically formed conductive terminals mate to electrically connect circuit boards without separate bridge inserts.

A connector retainer includes a water-wetting suppression wall that overlaps insertion holes to block direct moisture entry.

A plug connector uses a separate fixing unit to hold the wire end play-free within the housing chamber.

An adjustable HDPE clamp replaces discrete sizes for various cable diameters, reducing weight and cost while maintaining structural strength.

A cable connector uses two separate ground terminals to apply clamping force and reduce impedance discontinuity.

An integrated organizer structure defines cable passages to fix multiple rows of conductors using a single binding material application.

Resin cushioning layers prevent pin deformation during angled insertion, maintaining structural integrity and reliable electrical connectivity.

A pluggable cable channel uses a C-shaped sheath to secure and route varying cable dimensions within a single plug body.

A Guided Soft Target system replicates pre-crash motions using a programmable Dynamic Motion Element.

Asymmetric form-locking elements on a deep-drawn tube bead prevent relative rotation and ensure axial fixation of the housing.

A patch cord connector uses a pushbutton to release an arc-shaped resilient arm for tool-free plugging.

Alignment plate compensates for manufacturing tolerances to position conductors accurately in modular terminal blocks.

A connector housing uses interlocking slots and ribs to clamp an electronic module within a unified structure.

An electrical box assembly powered by an external cord secures cables without penetrating the wall.

A printed circuit board mountable plug uses angled sheet metal strain relief elements to form a rigid bearing surface for secure SMT attachment.

An extended attachment portion on a connector wire cover prevents rotation during assembly, allowing one-handed operation without requiring two hands.

Rotating stab conductors and segmented cable management members resolve tangling risks while ensuring reliable polarity during installation.

A sealed electrical connector assembly joins insulated conductive wires using a tube fitting and compression nut system.

A connector locking element moves to a predetermined position to secure mating components.

A hinged cable holder device guides conductors through machine deck openings using a curved channel structure.

Dual hinged covers expand female terminals to apply constant pressure, preventing disconnection caused by insufficient retention force.

Movable strain relief members pivot between 0 and 90 degrees, eliminating separate tooling costs for fixed-angle configurations.

A harder plastic retaining member fills gaps between the strain relief and cover, improving bending capability without increasing assembly complexity.

Multi-layer packing rings distribute clamping force along the axial dimension to prevent disconnection and moisture ingress.

Relocating LEDs to the pull tab reduces airflow obstruction and improves cooling efficiency in pluggable transceiver modules.

Segmented tie down plates attach to a bracket support, accommodating various cable sizes without increasing structural complexity.

A connector rear housing guides the cable to maintain its shape near the housing interface.

Non-parallel hinged segments allow the retaining member to flex around cables of varying thickness, resolving adaptability versus complexity.