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Conical-face spray nozzle without blockage or air resistance and method for forming conical-face aerial fog

A technology of cone surface and nozzle, applied in the direction of spray device, spray device, liquid spray device, etc., to avoid blockage, increase effective use surface, and facilitate control.

Active Publication Date: 2010-11-17
MCC CAPITAL ENGINEERING & RESEARCH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] The technical problem to be solved by the present invention is to provide a non-clogging, non-air-blocking conical aerosol nozzle and a conical aerosol forming method to improve or overcome one or more of the aforementioned existing aerosol nozzle structures. defect

Method used

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  • Conical-face spray nozzle without blockage or air resistance and method for forming conical-face aerial fog
  • Conical-face spray nozzle without blockage or air resistance and method for forming conical-face aerial fog
  • Conical-face spray nozzle without blockage or air resistance and method for forming conical-face aerial fog

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Embodiment Construction

[0046] The present invention proposes a non-clogging, non-air-blocking conical aerosol nozzle and a conical aerosol forming method, the aerosol nozzle includes a fluid mixing injector, the injector is formed with a conical first fluid slit, A conical second fluid slit and a conical mixed jet slit, the first fluid slit and the second fluid slit are spaced apart at a certain angle and converge at the end to form the mixed jet slit, the second The first fluid and the second fluid are mixed and atomized in the mixing jet slit, and ejected along the mixing jet slit with a conical surface. Related to the aerosol nozzle, in the conical aerosol forming method of the present invention, the aerosol nozzle is formed with a fluid mixing injector, and the injector is formed with a first fluid slit and a second fluid slit all in the shape of an inverted cone. The slit and the mixed jet slit, the first fluid slit and the second fluid slit are spaced apart at a certain angle and merged into t...

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Abstract

The invention relates to a conical-face spray nozzle without blockage or air resistance and a method for forming conical-face aerial fog. The conical-face spray nozzle comprises a fluid mixing ejector, wherein the ejector is provided with a first conical-face fluid slit, a second conical-face fluid slit and a conical-face mixing ejection slit; the first fluid slit and the second fluid slit are partitioned with a certain angle and converged into the mixing ejection slit at the tail end; first fluid and second fluid which are converged into the mixing ejection slit by the first fluid slit and the second fluid slit are fully mixed and atomized by the mechanical synergism of a floating ring machine rotating at high speed and ejected in a conical face along the mixing ejection slit; and accordingly, the conical-face spray nozzle of the invention prevents an ejecting shape and angle of an ejecting medium from the influence of air pressure and flow and can eject according to the design shapeand angle.

Description

technical field [0001] The invention relates to an aerosol nozzle, in particular to a gas-water mixture used as a medium in iron and steel metallurgy and machinery manufacturing industries, which is used for cooling, cooling, dust removal, humidification and other occasions in metallurgical solidification and spray quenching heat treatment processes. A clogged, air-restricted conical aerosol nozzle and a conical aerosol forming method. Background technique [0002] The air mist nozzle has been widely used in the controlled cooling of the secondary cooling zone of the metallurgical continuous casting machine, the spray quenching heat treatment process of large castings and forgings, dust removal, humidification and other fields. The cooling intensity and humidification amount can be adjusted by adjusting the gas-water ratio in proportion. Indicators have become a very convenient and reliable method. [0003] The spray angle of traditional nozzles is usually controlled by the...

Claims

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Application Information

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IPC IPC(8): B05B7/04B05B1/06B05B1/14C21D1/667C21D1/613B22D11/124
Inventor 周守航王永涛黄衍林李永红周德钢
Owner MCC CAPITAL ENGINEERING & RESEARCH
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