Nozzle assembly and spray system including same
AssigneeSeon Seon Co., Ltd.
InventorJoo Hyung Lee
Life of this patent
Estimating the term…
Abstract
The present disclosure relates to a nozzle assembly and a spray system including the same. The nozzle assembly includes a base body having one end including an outlet through which a first fluid and a second fluid are discharged, and another end connected to a first supply line, one side of the base body being connected to a second supply line, and an inserter that is inserted into the base body, and has a guide groove arranged on a surface thereof, wherein, in the base body, a first pressure of the first fluid supplied through the first supply line is less than a second pressure of the second fluid supplied through the second supply line, and in the inserter, the first fluid moves to the outlet through an internal space, and the second fluid moves to the outlet along the guide groove.
Claims9
A nozzle assembly comprising:
- a base body having one end comprising an outlet through which a first fluid and a second fluid are discharged, and another end connected to a first supply line, one side of the base body being connected to a second supply line;
- and
- an inserter that is inserted into the base body, and has a plurality of guide grooves arranged on a surface thereof,
- wherein, in the base body, a first pressure of the first fluid supplied through the first supply line is less than a second pressure of the second fluid supplied through the second supply line,
- wherein, in the inserter, the first fluid moves to the outlet through an internal space, and the second fluid moves to the outlet along the plurality of guide grooves,
- wherein, in the outlet, the first fluid is introduced through a first opening, and both the first fluid and the second fluid are discharged together through a second opening,
- wherein the inserter has the first opening through which the first fluid flows in an axial direction and is discharged into the outlet,
- wherein each of the plurality of guide grooves has a respective outlet-connecting end through which the second fluid flows and is discharged into the outlet, and
- wherein a cross-sectional area of the first opening at a portion thereof that opens into the outlet is less than a sum of cross-sectional areas of outlet-connecting ends of the plurality of guide grooves that open into the outlet, and greater than a cross-sectional area of one of the outlet-connecting ends of the plurality of guide grooves that open into the outlet.
A spray system comprising:
- a storage tank in which a first fluid is stored;
- a first supply line connected to the storage tank;
- a pump arranged on the first supply line;
- a nozzle assembly connected to the first supply line;
- a second supply line that is connected to one side of the nozzle assembly and supplies a second fluid to the nozzle assembly;
- and
- a compressor arranged on the second supply line,
- wherein a first pressure of the first fluid supplied through the first supply line is less than a second pressure of the second fluid supplied through the second supply line,
- wherein the nozzle assembly comprises:
- a base body connected to the first supply line and the second supply line and having an outlet through which the first fluid and the second fluid are discharged;
- and
- an inserter that is inserted into the base body, and has a plurality of guide grooves arranged on a surface thereof,
- wherein, in the inserter, the first fluid moves to the outlet through an internal space, and the second fluid moves to the outlet along the plurality of guide grooves,
- wherein, in the outlet, the first fluid is introduced through a first opening, and both the first fluid and the second fluid are discharged together through a second opening,
- wherein the inserter has the first opening through which the first fluid flows in an axial direction and is discharged into the outlet,
- wherein each of the plurality of guide grooves has a respective outlet-connecting end through which the second fluid flows and is discharged into the outlet, and
- wherein a cross-sectional area of the first opening at a portion thereof that opens into the outlet is less than a sum of cross-sectional areas of outlet-connecting ends of the plurality of guide grooves that open into the outlet, and greater than a cross-sectional area of one of the outlet-connecting ends of the plurality of guide grooves that open into the outlet.
Dependencies are inferred from the claim text.