Abstract A vortex-type oil mist generator comprises two nozzles, each having tangential gas delivery channels to create a rotating flow of gas, an oil delivery duct supplying the oil into the rotating flow of gas, whereby a rotating flow of mist is created, and an oil mist outlet. In said generator, the nozzles are mutually arranged so that their oil mist outlets face each other, while the tangential gas delivery channels of the nozzles are arranged so as to ensure the rotation of the oil mist flow exiting from the outlet of the first nozzle in the direction opposite to the direction of rotation of the oil mist flow exiting from the outlet of the second nozzle. Such a mutual arrangement of the nozzles as well as their design makes it possible to generate a high density mist having an increased degree of dispersity.
A vortex-type oil mist generator comprising a first nozzle having tangential gas delivery channels to generate a rotating flow of gas, an oil delivery duct supplying the oil into the rotating flow of gas to create a rotating flow of oil mist, and an oil mist outlet; a second nozzle having tangential gas delivery channels to generate a rotating flow of gas, an oil delivery duct supplying the oil into the rotating flow of gas to create a rotating flow of oil mist, and an oil mist outlet; said outlet of said second nozzle facing said outlet of said first nozzle; said tangential gas delivery channels of said second nozzle being arranged so as to ensure the rotation of the oil mist flow exiting from said second nozzle outlet in the direction opposite to the direction of rotation of the oil mist flow exiting from said outlet of said first nozzle.
Claim 2
Dependent Claim
151 words
A vortex-type oil mist generator comprising a first nozzle having tangential gas delivery channels to generate a rotating flow of gas, an oil delivery duct supplying the oil into the rotating flow of gas to create a rotating flow of oil mist, and an oil mist outlet; a second nozzle having tangential gas delivery channels to generate a rotating flow of gas, an oil delivery duct supplying the oil into the rotating flow of gas to create a rotating flow of oil mist, and an oil mist outlet; said outlet of said second nozzle facing said outlet of said first nozzle; said tangential gas delivery channels of said second nozzle being arranged so as to ensure the rotation of the oil mist flow exiting from said second nozzle outlet in the direction opposite to the direction of rotation of the oil mist flow exiting from said outlet of said first nozzle.
Claim 3
Dependent Claim
50 words
A vortex-type oil mist generator according to claim 1, wherein said first and second nozzles are adjustably mounted to decrease the distance between said oil mist outlets thereof when increase in oil mist dispersity is required or to increase the distance therebetween when decrease in oil mist dispersity is required.
Claim 4
Dependent Claim
49 words
A vortex-type oil mist generator according to claim 1, wherein said first and said second nozzles are adjustably mounted to increase an angle between the axes thereof when increase in oil mist dispersity is required, or to reduce an angle between the axes thereof to reduce oil mist dispersity.