Line/Current Collector Details TRIZ Cases

Separating handle covers from functional parts enables independent material selection and secure bonding, resolving manufacturing complexity trade-offs.

Everting cable shielding prevents wire protrusion and short circuits while allowing shorter connection elements.

Parallel guide rails constrain the die carrier to a linear path, eliminating rotational misalignment and reducing maintenance needs.

Movable guide means alternate cables through a single conveying path, resolving the contradiction between dual-line productivity and equipment cost.

A spring member spaces a conductive pad from a housing surface until mechanical coupling is complete, preventing damage from incorrect alignment.

Integrated plating and shaping process for electric vehicle bus bars reduces contact resistance by maintaining process continuity.

A crimp terminal applies a zinc intermediate film to shield aluminum conductors from galvanic corrosion, eliminating complex plating processes.

A sliding press member compresses coaxial connectors onto cables using a tapered cradle for rapid securement.

Electrical erosion removes metal sheathing without rotational forces that damage conductive elements.

A stacked circuit board process positions pads on different planes to enable precise wire bonding.

An SMT terminal header uses an insulative housing with cells and fixation members to mount conductive connector elements directly onto a printed circuit board.

A terminal crimping machine releases its wire clamp before the stroke ends to permit conductor extrusion.

Segmented conveying hands prevent holding failure and defective products when increasing crimping throughput.

A crimping controller generates a frequency profile from force sensor data to identify terminal defects during the crimp stroke.

A test fixture simulates removed components using replacement parts, enabling direct testing of partially disassembled circuits without full reassembly.

A terminal connector uses a laser absorbing layer to weld wire elements through a slit.

Segmented ground staples replace unitary bars to reduce pitch and enable dense QSFP-DD module packing.

A conductive member production method uses a die with an inclined molding surface to press heated metal strands into a weld portion.

A branch sleeve with a three-shaped cross-section accommodates parallel conductors through lateral and frontal infeed, reducing manufacturing complexity.

A crimp terminal assembly uses a rolled metal strip insert with compliant fingers to secure electric wires of varying diameters within a single barrel size.

A crimping tool uses a linkage to guide pivot points, producing rolling movement between dies and the body.

A porous metal foam support structure holds electrode active material within its controlled pores to enable efficient electron transfer and electrolyte access.

Embedding a fabric net segments the resin base matrix into small compartments, preventing major crack propagation under thermal cycling and vibration.

Resilient contacting members in the edge card connector assembly exert holding pressure on the PCB, replacing soldering to reduce assembly time and labor costs.

Lossy housing materials and dual beam contacts reduce crosstalk while maintaining mechanical reliability for high density connector assemblies.

A terminal fitting crimping portion includes an escaping portion to position the cutting mold ahead of the rear end.

Encapsulated in-line connector stacks enable pre-installation alignment and conductivity verification.

Segmented bus bars use diffusion bonding to join aluminum and copper terminals, suppressing electrolytic corrosion that increases electrical resistance.

A connector uses a connection strip and punch openings to separate contacts after mounting.

Segmented handle surfaces resolve the friction comfort trade-off, allowing users to apply forces exceeding hand strength for crimping strong workpieces.

Spirally wound electrodes on elastic wires enable a tactile sensing array to adapt to complex surfaces without short circuits.

Dual receiving chambers with side access openings enable automated terminal insertion, resolving assembly difficulties caused by short exposed wire lengths.

Segmented connection assembly reduces wiring space and installation time by separating the interface from the movable support.

Mirror-symmetric cable arrangement with twist portions resolves noise immunity and flexural strength trade-offs.

A segmented LED conversion module bridges legacy sockets with modern lighting, reducing inventory costs while maintaining fixture compatibility.

Heat treatment lowers rectangular conductor yield strength below 90 MPa, reducing silicon wafer warping during solder bonding.

Laser welding the second end prevents moisture permeation and corrosion while maintaining high crimping efficiency.

A crimp connection with paired humps and a central groove redistributes ferrule material to prevent protrusions.

Heat shrink tubing provides base insulation while cold shrink tubing seals the ends, resolving waterproofing difficulties under varying worksite conditions.

Dome-shaped retention springs in HDMI connectors maintain signal quality while enabling easy field termination.

A removal tool housing receives the operating handle while mechanical fasteners secure the device to the circuit breaker mounting.

Snap protrusions on a flexible retainer interlock with lug walls to prevent nut plate loss during wire installation.

A connector terminal features a blocking portion wider than its interference segment to obstruct soldering flux entry during assembly.

Planetary gears amplify torque to tighten screw connectors, and lateral rungs counteract rotation to prevent cable deformation.

Integrating selecting apertures into a crimping die resolves the contradiction between ease of operation and loss of time during component selection.

Segmented wire harness modules with pre-attached connectors eliminate junction boxes, reducing installation time from hours to minutes.

Vertically offset channels in a shear guide position magnet and lead wires to prevent misalignment during terminal crimping.

A suspended MEMS sensor frame uses spring elements to isolate movable components from substrate deformation.

A cable clamping device uses a reset mechanism to pivot and hold the handle in an open position.