Power Current Collectors TRIZ Cases

Permanent magnets redirect frost-induced electric arcs away from the pantograph bow support bar, reducing thermal damage and easing retrofit.

Sliding drivers and lip-opening elements maintain secure contact on flexible conductor cables, reducing offset resistance for mobile power collection.

Hydraulic assist helps a boom-arm contactor stay engaged with conductor rails on uneven terrain, maintaining stable power transfer.

A mechanical float coupling helps a rail connector maintain stable conductor-rail contact over vertical undulations for reliable mobile power transfer.

An extendable boom with internal compartments connects mobile machines to overhead electric rails while protecting hydraulic and electrical components.

Crossed swing rods, guide rails, and slide rods stabilize a lifting charging head to improve alignment and power transfer in vehicle supply systems.

Multiple extendable conductive arms keep a free-steering machine connected to a stationary power source across uneven terrain.

An offset contact-strip pivot balances friction torque against contact force to keep wire contact aligned and reduce pantograph wear.

A two-spring carrier lets a vehicle current collector absorb extraordinary deflections, avoid slip-clutch resets, and reduce wheel offloading.

A pivoting stop and fixed contact element limit pantograph lower-arm deflection while reducing installation space, actuation force, and part complexity.

A dynamic limiting element adjusts contact-element stroke difference to maintain wire contact on uneven roads while reducing bridge collision risk.

A pivoted paddle with stop, shear, and elastic elements maintains third rail contact across spacing variations while limiting collector damage.

A double-pole collector with hinged arms and booster springs decouples train vibration to keep stable rail contact and current collection.

Variable end stops and a compensating rocker keep twin contact rockers aligned with overhead wires across changing arm angles and road unevenness.

Adjustable stop positions let the slider compensate for wheel wear and dimensional changes, maintaining secure contact with the power supply.

A cableless sliding contact joint improves current transfer, contact alignment, and wear uniformity in movable conductor rail collectors.

Vehicle inertial sensing triggers current collector lowering only when needed, preserving overhead line contact while avoiding clearance gauge violations.