TH92909A - Systems and methods of regular spraying - Google Patents

Abstract

DC60 in some looks. One method involves vigorous firing of microstructures at The tip of the spray improves the spray characteristics of the tip of the spray. In any other look There is a method that consists of the release of a substance from the discharge channel that is Vigorously fires microstructures of the spray device to obtain the characteristic aerosol at least. Some part that makes it a strong micro-aerosol conditioning of the discharge channel at The microstructures were vigorously shot and the spray was applied to the surface of the product to form a substance. Coatings that feature, at least in part, as a result of micro-aerosol conditioning in a highly rubberized appearance. One method involves vigorous firing of microstructures at The tip of the spray improves the spray characteristics of the tip of the spray. In any other look There is a method that consists of the release of a substance from the discharge channel that is Vigorously fires microstructures of the spray device to obtain the characteristic aerosol at least. Some part that makes it a strong micro-aerosol conditioning of the discharge chamber at The microstructures were vigorously shot and the spray was applied to the surface of the product to form a substance. Coatings that feature, at least partially, as a result of micro-aerosol conditioning.

Claims (15)

1. A method involving forcefully atomizing micro-sized droplets at the spray tip to improve the spray characteristics of the spray tip. 2. The method under Claim 1, where forceful micro-atomization involves removing most of the carbon, grinding lines, burrs, and other surface defects that occur along the fluid flow path of the spray tip. 3. The method under Claim 1, which involves forcefully atomizing micro-atomization at the spray tip of the spray device to improve spray characteristics, involves largely eliminating the spreading spray patterns caused by the spray tip. 4. The method under Claim 1, whereby a forceful micro-atomization is achieved by releasing a stream of micron-sized particles that strike the fluid discharge port at the tip of the spray nozzle. 5. The method under Claim 1, whereby a forceful micro-atomization involves the discharge of aluminum oxide or silicon carbide particles into the fluid discharge ports of the spray tip. 6. The method under Claim 1, whereby a forceful micro-atomization process involves the release of a highly forceful micro-atomization medium into a prepared channel in a V-shaped groove at the tip of the spray nozzle. 7. The method under Claim 1, whereby forceful micro-atomization involves the discharge of a stream of the forceful micro-atomization medium onto a machined flow surface of the tungsten carbide spray tip. 8. The method under Claim 1, whereby forceful microblasting consists of delivering a stream of the forceful microblasting medium into a passage in more than one orientation direction. 9. The method under Claim 1, where forceful microatomization involves the delivery of a stream of forceful microatomization medium to a passage at the end of the flow path, or at the beginning of the flow path, or both at the end or beginning of the flow path relative to the passage path. 10. The method under Claim 1 involves assembling the tip of a spray nozzle that forcefully emits micro-sized droplets into the spray device. 11. The system consists of a spray tip containing a discharge channel that is forcefully atomized with micro-atomization, which is designed to create a uniform spray, at least in part, as a result of the smooth surface characteristics of the forcefully atomized discharge channel. 12. The system under claim 11, where the tip of such spray consists of tungsten carbide. 13. The system under claim 11, where the discharge passage for a forceful micro-aerosol jet consists of an adjacent photoelectric opening and a flaring section. 14. The system under claim 13, where the adjacent flaring sections consist of V-shaped grooves characterized by a highly aerosolized surface with a smooth appearance. 15. A system under claim 11 consisting of a spray gun with a spray tip supplied in a head assembly, whereby the spray gun consists of a handle, trigger, a fluid valve attached to the trigger, and one or more fluid paths between the fluid valve and the spray tip.