Ultrasonic spray nozzle integrated with spray width control device

Abstract

The objective of the present invention is to provide an ultrasonic spray nozzle integrated with a spray width control device. According to the present invention, the ultrasonic spray nozzle integrated with a spray width control device is configured to include: a main container (10) in which a space portion is disposed; an upper supporter (20) coupled to the main container (10), wherein a flame outlet is disposed on the surface facing the lower side of the main container (10) and a roast plate support unit (22) is disposed at a location around the flame outlet; and a fuel container (30) in which a fuel charging unit is disposed and a section contact portion (34) is disposed in the peripheral portion of the fuel charging unit in such a manner as to be coupled to the main container (10), disposed at a position facing the flame outlet of the upper supporter (20), and in partial contact with the main container (10) via the section contact portion (34), wherein the other part is spaced apart from the main container (10).

Description

technical field [0001] The present invention relates to an ultrasonic nozzle integrated with a spray range control device. More specifically, it relates to an ultrasonic nozzle with a spray range control device integrated: When referring to the object to be coated), the spray liquid is splashed from the surface of the object and causes the waste of the spray liquid, and the directionality of the atomized spray liquid particles can be controlled, so the coating efficiency for the object can be improved. Since an additional auxiliary device for guiding the directionality of the atomized spray liquid particles of the spray liquid is required, a favorable effect of improving work efficiency and productivity can be expected. Background technique [0002] Generally, when applying paint to a paint coating object, the paint is often sprayed by a spray device such as a spray gun. The spray gun (Spray Gun) used to atomize the liquid (Atomization) uses a higher force of compressed air...

AI Technical Summary

Problems solved by technology

The ultrasonic vibration liquid injection device adopts the method of using the vibration of the vibrator to make the liquid into particles and spray it on the surface of the object. This ultrasonic liquid injection device only uses the vibration of the ultrasonic wave and does not use the force of compressed air at all. In the case of liquid, there is no force that causes the sprayed liquid to splash back from the object, so there is almost no waste of sprayed liquid compared to the spray gun, but since the compressed air is not used for spraying, the particle size (sprayed liquid particles) cannot be controlled. Directionality, so in the actual paint coating operation, it is necessary to use compressed air to guide the directional auxiliary device of the atomized liquid

Images