초록

Device (10) and method to optimize the combustion of hydrocarbons able to be used as fuel and mixed with air containing oxygen, said device (10) comprising means (20, 23) to generate a magnetic field, advantageously of the pulsating type, in correspondence with a fuel feed pipe (13).

대표청구항 ▼

1. Device to optimize the combustion of hydrocarbons able to be used as fuel and mixed with air containing oxygen, comprising a fuel feed pipe (13), first means (20) able to generate a first magnetic field of a pulsating type associated with said fuel feed pipe (13), the device being characterized i

1. Device to optimize the combustion of hydrocarbons able to be used as fuel and mixed with air containing oxygen, comprising a fuel feed pipe (13), first means (20) able to generate a first magnetic field of a pulsating type associated with said fuel feed pipe (13), the device being characterized in that said first means (20) are connected to an electric circuit (23) comprising means to generate pulses (27) able to generate a signal (OS) comprising bunches of pulses having a first frequency of between 1 and 30 MHz. 2. Device as in claim 1, characterized in that second means (26) are associated with an air feed pipe (15) to generate a second magnetic field, said second means (26) being connected to said first means (20) so as to constitute a transmission aerial. 3. Device as in claim 2, characterized in that said second means comprise a second coil (26) wound in a solenoid around said air feed pipe (15), said second coil (26) having one end connected in parallel to said first coil (20) and one end free so as to constitute said transmission aerial. 4. Device as in claim 3, characterized in that said second coil (26) is able to emit pulsating radio waves with the same frequency and form as those of said signal (OS). 5. Device as in claim 1, characterized in that said first means (20) comprise a first solenoid coil (20) wound around said fuel feed pipe (13). 6. Device as in claim 5, characterized in that said oscillator (27) is connected to said first solenoid coil (20) by means of a power amplifier or power circuit (29) able to generate a current signal (IP), substantially triangular in shape, according to the duty cycle of said bunches of pulses of said signal (OS). 7. Device as in claim 1, characterized in that said signal (OS) comprises a carrier modulated in amplitude, between a value of zero and a defined value (V1) of between 6 and 12 V. 8. Device as in claim 1, characterized in that said carrier is modulated to a second frequency of between 50 and 1,000 Hz. 9. Device as in claim 1, characterized in that said first frequency is about 20 MHz. 10. Device as in claim 8, characterized in that said second frequency is about 1,000 Hz. 11. Device as in claim 1, characterized in that said means to generate pulses comprise an oscillator (27). 12. Method to optimize the combustion of hydrocarbons able to be used as fuel and mixed with air containing oxygen, comprising a step wherein a first magnetic field of a pulsating type is generated by means of first means (20) associated with a fuel feed pipe (13), the method being characterized in that said first means (20) are connected to an electric circuit (23) comprising means to generate pulses (27) able to generate a signal (OS) comprising bunches of pulses having a first frequency of between 1 and 30 MHz. 13. Method as in claim 12, characterized in that a second magnetic field is generated by second means (26) associated with an air feed pipe (15), wherein said second means (26) are connected to said first means (20) so as to constitute a transmission aerial. 14. Method as in claim 13, characterized in that said second means comprise a second coil (26) wound in a solenoid around said air feed pipe (15), said second coil (26) having one end connected in parallel to said first coil (20) and one end free so as to constitute said transmission aerial. 15. Method as in claim 14, characterized in that said second coil (26) is able to emit pulsating radio waves with the same frequency and form as those of said signal (OS). 16. Method as in claim 12, characterized in that said carrier is modulated to a second frequency of between 50 and 1,000 Hz. 17. Method as in claim 16, characterized in that said second frequency is about 1,000 Hz. 18. Method as in claim 12, characterized in that said signal (OS) comprises a carrier modulated in amplitude, between a value of zero and a defined value (V1) of between 6 and 12 V. 19. Method as in claim 12, characterized in that said first frequency is about 2 0 MHz. 20. Method as in claim 12, characterized in that said first means (20) comprise a first solenoid coil (20) wound around said fuel feed pipe (13). 21. Method as in claim 12, characterized in that said signal (OS) is generated by an oscillator (27).