Login| Sign Up| Help| Contact|

Patent Searching and Data


Title:
IMPROVEMENT METHOD FOR COMBUSTION EFFICIENCY OF INTERNAL COMBUSTION ENGINE THROUGH FRAGMENTATION, MODIFICATION ACTIVATION, OXIDATION INHIBITION OF MOLECULES OF PROCESSED PRODUCTS SUCH AS LIQUID FUEL, GASEOUS FUEL AND OXYGEN USED IN THE INTERNAL COMBUSTION ENGINE THROUGH RESONANCE PHENOMENON OF TERAHERTZ WAVE AND MANUFACTURING METHOD FOR INTERNAL COMBUSTION ENGINE COMBUSTION EFFICIENCY
Document Type and Number:
Japanese Patent JP2019157849
Kind Code:
A
Abstract:
To improve fuel consumption of an internal combustion engine, there have been present a method for releasing multi-coupling of processed products that are liquid fuel and gaseous fuel used as fuel and as a method for activation of it, there have been present to add catalyst and combustion assisting agent or apply electromagnetic waves such as minus ion, infrared radiation and terahertz wave, improvement of combustion efficiency and restriction of discharge of harmful exhaust gas cannot be attained yet due to a low emissivity of the present terahertz wave and provide an internal combustion engine combustion efficiency improving device operated with terahertz wave amplified by resonance phenomenon by applying electromagnetic wave to KIMIO light ore powder having high radiation rate of terahertz wave.SOLUTION: To attain a denaturation activation and oxidation restriction of atoms and molecules of processed products by a device that can be fixed to a main body of an internal combustion engine, an intake pipe and a fuel pipe after attaining terahertz wave amplified by a resonance phenomenon by applying electromagnetic wave to KIMIO light ore powder showing a high emissivity of terahertz wave.SELECTED DRAWING: Figure 3

Inventors:
SAKURAI KIMIO
Application Number:
JP2018089521A
Publication Date:
September 19, 2019
Filing Date:
March 12, 2018
Export Citation:
Click for automatic bibliography generation   Help
Assignee:
SAKURAI KIMIO
International Classes:
F02M27/04
Attorney, Agent or Firm:
Takashi Maeda