Directed atomized fuel jet apparatus
OwnerSeamus Gearoid Timoneyinventor
Life of this patent
Estimating the term…
Abstract
A liquid atomizing nozzle for injecting atomized fuel or water or fuel and water into an internal combustion engine or into a boiler. The nozzle has at least one passage for air and one region where turbulence of air is established and at least one passage with an exit for directing liquid fuel into said region for combustion. The nozzle also may include at least one passage with an exit for directing water into said region. Where there are more than one combustion regions in said engine or boiler, there will be more than one set of passages, turbulence regions and exits, with each second exit directed into a separate combustion region or into a common manifold in the direction of a separate intake of a separate combustion region.
Claims16
A liquid atomizing nozzle for an internal combustion engine comprising a first passage for a high velocity stream of air;
- a region designed to receive and create resonate turbulence of the air;
- a second passage for directing liquid into said region for atomization thereof in the turbulent air;
- and a third exit passage from the region for the atomized liquid, which exit passage is elongated but of restricted area so that the atomized liquid exits as a jet capable of being directed towards an inlet of a combustion chamber.
A liquid atomizing nozzle comprising an axial bore for liquid;
- at least one air bore parallel with the liquid bore and spaced laterally from it and terminating in a resonator chamber;
- a relatively fine bore connecting the liquid bore with the air bore;
- and a relatively large bore leading from where the air bore meets said fine bore, all the bores being drilled holes.
A liquid atomizing nozzle comprising an axial bore for one liquid;
- a co-axial annular bore around and spaced from the axial bore for a second liquid;
- a plurality of annularly spaced bores parallel to and around said annular bore;
- a resonator turbulence region at the outer end of each of said parallel bores;
- and alternate exit bores extending from said axial and co-axial bores passing through alternate turbulence regions to provide atomization of each of said liquids.
Dependencies are inferred from the claim text.