Subsystem IGNCOIL · estate packet 09_IGNCOIL

Ignition Coil

Ignition coil assemblies and windings.

Documents · 60

• ENERGY of the FUTURE - R&Z - Vol 2 No. 1, 1990

  Uses burn-rate, gas-flame, gas-ignition, internal combustion engine.

• Water Fuel Injection System - Page 2

  Uses energy-flame, gas ignition process, thermal explosive energy-yield, voltage igniter stage.

• Water Fuel Injection System

  Uses energy-flame, gas ignition process, gas-ignition, thermal explosive energy, thermal explosive energy-yield and 1 more.

• Hydrogen powered scooter

  Uses engine cylinder, ignition coil, internal combustion engine.

• Gas Modulator Process

  Uses burn-rate, engine cylinder, gas ignition process, internal combustion engine, thermal explosive energy.

• Explosion safe electrolysis unit

  Uses air intake manifold, engine cylinder, internal combustion engine.

• Rollover safe electrolysis unit for vehicles

  Uses air intake manifold, engine cylinder, internal combustion engine.

• ENERGY of the FUTURE - R&Z - Vol 1 No. 6, 1990

  Uses gas-flame, gas-ignition, thermal explosive energy.

• Water Fuel Injection System - Page 1

  Uses thermal explosive energy, thermal explosive energy-yield, voltage igniter stage.

• Mega Watt Gas Yield

  Uses gas-flame, thermal explosive energy, thermal explosive energy-yield.

• WFC 417 — WFC 417

  Uses gas-flame, gas-ignition, thermal explosive energy.

• Water Fuel Injection System - Page 3

  Uses gas-ignition, thermal explosive energy-yield, voltage igniter stage.

• Thermal Explosive Energy

  Uses gas-flame, gas-ignition, thermal explosive energy.

• System and method for improving combustion using an electrolysis fuel cell

  Uses air intake manifold, engine cylinder, internal combustion engine.

• Temperature control for HHO injection gas

  Uses air intake manifold, engine cylinder, internal combustion engine.

• Spark-Ignition Tube

  Uses burn-rate, gas-flame, gas-ignition.

• Onboard HHO gas generation system for heavy duty trucks

  Uses air intake manifold, engine cylinder, internal combustion engine.

• Electrolysis cell and internal combustion engine kit comprising the same

  Uses air intake manifold, internal combustion engine.

• Hydrogen generating apparatus

  Uses air intake manifold, internal combustion engine.

• Hydrogen fueled power plant system

  Uses engine cylinder, internal combustion engine.

• Implosion enabled engine of exothermic type in explosive system (IEEX-EM) employing a safe pipe system (SPS) and other safety devices

  Uses engine cylinder, internal combustion engine.

• System and method for auto-ignition support

  Uses engine cylinder, internal combustion engine.

• Biogas-driven generator set

  Uses engine cylinder, internal combustion engine.

• Combustion process and fuel supply system for engines

  Uses engine cylinder, internal combustion engine.

• Gas fueled internal combustion engine

  Uses air intake manifold, internal combustion engine.

• Hydrogen Gas Fuel And Management System For An Internal Combustion Engine Utilizing Hydrogen Gas Fuel

  Uses engine cylinder, internal combustion engine.

• Hydrogen Aeration Injection System

  Uses burn-rate, internal combustion engine.

• Voltage Attenuation Circuit

  Uses burn-rate, gas-flame.

• Catalytic Block Assembly

  Uses burn-rate, gas ignition process.

• High efficiency hydrogen oxygen generation system and method

  Uses ignition coil.

• Hydrogen gas fuel and management system for an internal combustion engine utilizing hydrogen gas fuel

  Uses engine cylinder, internal combustion engine.

• 2014 Stan Meyer Conference Notes on Linear Magnetism

  Uses ignition coil.

• Stephen Meyer Interview Part 5 (5-12-2007) — transcript

  Uses air intake manifold, internal combustion engine.

• Hydrogen Aeration Injection System

  Uses burn-rate, internal combustion engine.

• Mode of Operability

  Uses thermal explosive energy, thermal explosive energy-yield.

• Hydrogen Fracturing Process

  Uses thermal explosive energy, thermal explosive energy-yield.

• Gas Processor

  Uses air intake manifold, engine cylinder.

• Capacitance Reactance

  Uses thermal explosive energy, thermal explosive energy-yield.

• Water Fuel Injector (Taper Resonant Cavity Chamber)

  Uses gas-ignition, thermal explosive energy.

• A Perspective View on Water as Fuel: An Endless Source of Clean Energy

  Uses gas ignition process, thermal explosive energy.

• Hydrogen Gas Fuel & Management System For An Internal Combustion Engine

  Uses engine cylinder, internal combustion engine.

• Hydrogen Gas Injector System For Internal Combustion Engine

  Uses burn-rate, internal combustion engine.

• Hydrogen Injection System

  Uses burn-rate, internal combustion engine.

• Hydrogen Air & Non-Combustible Gas Mixing Combustion System

  Uses burn-rate, internal combustion engine.

• Hydrogen Gas Injection for Internal Combustion Engine

  Uses burn-rate, internal combustion engine.

• A Hydrogen Gas Fuel And Management System For An Internal Combustion Engine Utilizing Hydrogen Gas Fuel

  Uses engine cylinder, internal combustion engine.

• Taper Water Fuel Injectors

  Uses internal combustion engine, thermal explosive energy-yield.

• Rendering Hydrogen Safer Than Natural Gas

  Uses burn-rate, gas-flame.

• Flame Temperature Adjustment

  Uses burn-rate, gas-flame.

• Catalytic Block Assembly

  Uses gas-flame, gas-ignition.

• Electron Bounce Phenomenon

  Uses gas-ignition, thermal explosive energy.

• Laser Interaction

  Uses gas-flame, gas-ignition.

• Internal Combustion Engine

  Uses burn-rate, internal combustion engine.

• Controlled Hydrogen Gas Flame

  Uses burn-rate, internal combustion engine.

• Hydrogen Gas Injection System for Internal Combustion Engine

  Uses burn-rate, internal combustion engine.

• Dynamic Ways To Produce Electricity

  Uses burn-rate, internal combustion engine.

• Hydrogen generating apparatus and components therefor

  Uses air intake manifold, internal combustion engine.

• Methods to reduce combustion time and temperature in an engine

  Uses engine cylinder, internal combustion engine.

• System to dynamically vary the volume of product gas introduced into a hydrocarbon combustion process

  Uses engine cylinder, internal combustion engine.

• Hydrogen generating apparatus and components therefor

  Uses air intake manifold, internal combustion engine.

Findings · 14

• Burn-Rate is measured as flame travel distance per one second after ignition

  Uses burn-rate, gas-flame, gas-ignition.

• Ignited gas ions from Gas Resonant Cavity release thermal explosive energy beyond Gas-Flame Stage

  Uses gas-flame, gas-ignition, thermal explosive energy.

• Additional non-combustible ambient air gases can further reduce hydrogen burn-rate to fossil-fuel levels

  Uses burn-rate, gas ignition process, internal combustion engine.

• Capacitor ER should remain small due to water's dielectric value for max thermal explosive energy yield

  Uses thermal explosive energy, thermal explosive energy-yield.

• Altering voltage surface shape increases thermal explosive energy yield beyond applied excitation voltage

  Uses thermal explosive energy, thermal explosive energy-yield.

• Spark-Igniter starts gas ignition which sustains combustion and a gas flame

  Uses gas-flame, gas-ignition.

• Burn-Rate values represent an average from repeated ignition trials

  Uses burn-rate, gas-ignition.

• Gas Combustion Stabilization Process automatically changes Burn-Rate to reach target flame temperature

  Uses burn-rate, gas-flame.

• Gas Combustion Stabilization Process recycles non-combustible gases to run ICE unchanged

  Uses burn-rate, internal combustion engine.

• Voltage Igniter Stage works with VIC and Electron Extraction Circuit to trigger thermal explosive energy-yield

  Uses thermal explosive energy-yield, voltage igniter stage.

• Fuel-gas combustion in engine cylinder converts hydrogen/oxygen into non-combustible exhaust gases and superheated water mist

  Uses engine cylinder, thermal explosive energy.

• Hydrogen injector system recycles cooled exhaust gases into incoming ambient air to sustain gas modulator/ignition process

  Uses engine cylinder, gas ignition process.

• Sub-critical gas atoms mix with metered fuel-gas and exhaust gas before entering engine cylinder

  Uses air intake manifold, engine cylinder.

• Voltage Igniter Stage and VIC/Extraction Circuit jointly initiate the Hydrogen Fracturing Process

  Uses thermal explosive energy-yield, voltage igniter stage.

Photographs · 27

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