Discharge By Conduction/Dissipation TRIZ Cases
- Antenna-End Lightning Protection Structure With Replaceable Notch Coil
A segmented notch-filter coil layout improves antenna-end lightning protection while easing manufacturing, repair, and signal stability.
- Encapsulated Blade Receptors for Wind Turbine Lightning Protection
An insulated receptor assembly suppresses corona initiation and channels strikes through down conductors while simplifying wind blade protection.
- Composite Fastener Interface for Lightning Strike Dissipation
Conductive tow groups around a tapered fastener create a low-resistance path that directs lightning current to the laminate surface.
- Lightning Receptor Assembly for In Situ Band Replacement
A cut-out conductive band lets wind turbine blade lightning receptors be replaced in place, improving maintenance safety and connection reliability.
- Integrated Transformer Junction Layout for Arc-Flash-Safe Distribution
Combining transformer, metering, and sectionalizing compartments cuts trenching and external terminations while reducing arc-flash hazards.
- Wind Turbine Lightning Receptor Band for Safer In-Place Maintenance
A conductive band lets wind turbine blade lightning receptors be replaced in place, reducing dropped-part risk while maintaining electrical connection.
- Wind Turbine Blade Root Inductors for Lightning Discharge Filtering
Large inductors wound at the blade root block high-frequency lightning surges while passing power to onboard blade systems.
- Lightning Protection Connection Head With Friction Sleeve Contact
Spring-like friction elements secure insulated down conductors without damaging the semiconductive layer, easing assembly and preserving contact.
- Wind Turbine Blade Lightning Layout for Flashover Control
Parallel inboard down conductors and a diverging junction cut flashover risk and heat buildup in wind turbine blades.
- Portable Lightning Base Assembly for Non-Penetrating Anchoring
A modular ballast-weighted base secures portable lightning protection on hard surfaces without ground penetration while resisting high winds.
- CFRP Blade Conductive Patch for Lightning Current Transfer
An interface conductive patch links CFRP blade sections to down conductors, carrying lightning current without weakening structural integrity.
- Electric Field Compensation Head for Lightning Strike Prevention
Dual capacitive electrodes with central and annular projections stabilize the electric field, drain charge to earth, and help prevent lightning strikes.
- Open-Capacitor Lightning Protection for Field Compensation
Dual parallel capacitors compensate storm electric fields and drain charge to earth, helping prevent lightning formation without attracting strikes.
- Blade Root Lightning Bypass Connector for Pitch-Angle Conduction
An insulated blade-root connector with a conductive core maintains lightning discharge to the hub across pitch angles while protecting pitch bearings.
- Large Inductors at Wind Turbine Blade Roots for Lightning Protection
This case integrates large inductors into a wind turbine blade root to block high-frequency lightning currents and improve heat dissipation.
- Floating Electrode Assembly for Electric Field Stabilization
A floating electrode assembly balances environmental charges via electromagnetic induction to stabilize electric fields.
- Active Lightning Conductor with Modular Capacitive Discharge Circuit
Segmented arresters and impulse generators prevent destructive internal damage by managing high-voltage energy storage.