KR20120037854A

KR20120037854A - Ultrasonic vaporization

Info

Publication number: KR20120037854A
Application number: KR1020100100072A
Authority: KR
Inventors: 박종주
Original assignee: 유바스 주식회사
Priority date: 2010-10-12
Filing date: 2010-10-12
Publication date: 2012-04-20

Abstract

PURPOSE: An ultrasonic wave evaporation machinery is provided to prevent environmental contamination by completely evaporating medicine and reduce amount of medicine use. CONSTITUTION: An ultrasonic wave evaporation machinery comprises a vaporizer, an oil water separator(5), a filter layer(9), an evaporation tank(8), and an air-duct. The ultrasonic wave evaporation machinery operates using a cyclone. The oil water separator is equipped with a supply tube between an air reservoir and a compressor. The filter layer of the evaporation tank constitutes with meshed stainless nets. In bottom part of the air-duct(7), direction vibrator consisting of a plurality of vibrators is installed in multi-layers.

Description

Ultrasonic Vaporizers

The present invention relates to an ultrasonic vaporization and defense device, that is, when a rupture sound is generated in a pneumatic vibrator, ultrasonic waves are generated up to 200 kHz. It was designed to be able to carry out the protection while moving the device.

In more detail, it is also called multi-ultrasound, and ultra-fine particles are sprayed and prevented in the evaporated state together with the diluent. When using a general piezoelectric vibrator, liquid fine particles may be generated and injected into the fine particles. Cyclone at the outlet is used to recover the fine particles in the liquid state and to spray only vaporized chemicals.

By using a general piezoelectric vibrator, ultrasonic waves are emitted to the liquid phase without evaporation, and the change to the liquid phase means that residual chemicals are generated.

A general pneumatic vibrator (generator) is a diaphragm when 7-8kg / cm of compressed air supplied from the compressor flows into the vibrator through the distribution pipe and passes through a 0.4 m / m micro hole in the center of the vibrating plate inside the vibrator. Generates a frequency of about 1500 cycles, and the vibration frequency passes through the slit shape carved out of the vibrator, and at this time, the bursting sound is generated, generating multiple ultrasonic waves of about 50-200kHz.

The generated ultrasonic waves boil the drug at room temperature to change from liquid to gaseous phase, and all of the conventional conventional vibrators are circular in shape, and thus the physically unstable shape may not generate a large amount of frequencies. The prior arts having the above problems include Nos. 10-332094, Nos. 10-516114, Nos. 10-742635 and No. 10-2010-76483. There is an ultrasonic automatic disinfection device.

Ultrasonic vaporization pest protector according to the present invention has been filed in order to solve the above-mentioned conventional problems, has a physically stable phenomenon than the circular vibrator, and can generate the most amount of frequency, the vibrator than the circular configuration It should be stable, pneumatic oscillator gets better efficiency, produces ultra-fine particles, and if air is generated when compressed air escapes without producing 100% burst sound, the method of eliminating this is the most difficult task. It was also difficult to empirically match the pressure of the oscillator with the burst sound of the oscillator, and when the oscillator was manufactured, the gap between the vibration plates was good so that the burst sound could be generated and the high frequency could be obtained. In addition, by forming a moving device formed as described above The purpose is to be able to use while moving to the required place.

In order to solve the above problems, the ultrasonic vaporization station according to the present invention has to make a standard in order to obtain a constant gap of the oscillation plate of the oscillator, and then visually select the rupture sound derived by injecting compressed air into the water. The electric piezoelectric vibrator was also inspected one by one through a driving circuit, and was used by visual inspection as if it were used to select only a certain vibration waveform.

In order to maximize the efficiency, a general circular oscillator (vibrator) is manufactured in hexagon to make a stable rupture sound, and a bubble is generated inside the vaporization tank, and a filter is installed to prevent the accompanying ejection. The filtering device was also not perfect, so it was equipped with a cyclone to filter out the large particle size and to recover it again. Hexagonal oscillator was characterized by maximizing efficiency and having a means of movement.

Ultrasonic vaporization pesticide according to the present invention is a complete vaporization of all pesticides or sterilization when spraying the drug, the remaining drug is left to use only the agent without contaminating the soil, and the particles of the drug is less than the state of the mist of the liquid to the ultra-fine particle vaporization state Therefore, the surface area is much larger and the effect is maximized in a small amount, and it can be used as an anti-disinfection disinfection equipment in other fields, and it can disinfect and kill insects in the air due to its high diffusivity and permeability. It is micro-evaporated and absorbs the pest or fungus, and after being exterminated, natural decomposition and photolysis occur in the air, causing it to be limated in the air, which is environmentally friendly, and has the advantage of being able to protect while moving the quarantine itself.

1 is a device diagram of the present invention
Figure 2 is an illustration of the ultrasonic generating six-way vibrator device of the present invention
Figure 3 is an illustration of the ultrasonic generator oscillator of the present invention
Figure 4 is an exemplary side view of the ultrasonic generator of the present invention
5 is a device capable of moving by attaching the ultrasonic anti-ruster wheel of the present invention
Figure 6 is an illustration of a cyclone injector of the ultrasonic generator of the present invention
[Code Descriptions for Main Parts of Drawing]
1. 1 ': Compressor (air compressor) 2. 2': Compressed air tank
3. 3 ': On-off valve 4. 4': Supply pipe 5: Oil-water separator
6. 6 ': discharge pipe 7: air supply pipe 8. 8a: vaporization tank
8 ': Insulation Jacket 9: Bubble Wrap Filter Layer
10 '10'. 10 ＂: Oscillator 10a: 6-way oscillator
11.11 ': Cyclone 12: Recovery pipe 13: Water gauge
14: base 15: case 16: handle 17.17 ': wheel

Hereinafter, described in detail with reference to the accompanying drawings, the ultrasonic vaporization device according to the present invention.

1 is an overall view of the state of the ultrasonic vaporization device according to the present invention,

Figure 2 is an illustration of a state consisting of a hexagonal oscillator of the oscillator oscillator of the ultrasonic vaporizer according to the present invention and Figure 3 is an exemplary view showing a hexagonal oscillator of the ultrasonic vaporizer according to the present invention, Figure 4 is It is an illustration of the state which showed the side view of the hexagonal oscillator,

5 is an exemplary view of a state in which the ultrasonic vaporization prevention apparatus according to the present invention is installed on the moving means and covered with an exterior cover, and FIG. 6 is an exemplary view of the cyclone of the injection hole.

Ultrasonic vaporization pest protection according to the present invention is installed in the order of the compressor (1), compressed air tank (2), oil-water separator (5), vaporization tank (8), cyclone (11) and the like, the air from the compressor (1) Since it contains water and oil, it is first separated completely by passing through the oil / water separator (5).

Clean compressed air (2) is introduced into the vaporization tank (8) has no effect on the effect of the medicament, and the compressed air of 9kg / cm ² produced in the compressor (1) is a storage tank compressed air tank (2) The air supply pipe is supplied and stored through the furnace supply pipes (4) and (4 ') and piped into the vaporization tank (8) via the on-off valves (3) and (3') provided between the discharge pipes (6) and (6 '). (7) is transmitted to the vibrators 10, 10 ', 10 "

Oscillator (vibrator) in the vaporization tank (8) is composed of a hexagon, characterized in that a plurality of vibrators (10, 10 ', 10 ") is installed in the lower end of the supply pipe (7) to increase the amount of vaporization Each of the vibrators includes a six-way vibrator 10a.

The vibrator is technically difficult to adjust the internal vibration plate, so that only one thing is inspected at the time of manufacture and checked for defectiveness, and the outside of the vaporization generating tank 8 is provided with a thermal insulation jacket ( 8 ') to make the drug active at sub-zero temperatures in winter,

In addition, the vaporization tank (8) attaches a water gauge (13) to facilitate the presence or absence of the drug from the outside, if the drug is lower than the vibrator (10, 10 ', 10 "), the amount of vaporization is reduced, so that the drug When the compressed air begins to flow into the vibrating magnetic flux in the vaporization tank (8), bubbles are accompanied by the filter layer (9) to remove the bubbles.

The filter layer (9) is made of stainless steel so that bubbles are easily filtered (filtered), and the vaporized drug is not filtered out of the filter layer (9). Only the drug in the vaporized state is sprayed, and the cyclone 11 physically drops the drug in the vaporized state having a large particle size and recovers the vaporized tank 8 through the recovery pipe 12 to recover the vaporized state. The procedure will be repeated.

Ultrasonic vaporization and quarantine device according to the present invention can be installed on the moving means of the base 14 consisting of the wheels (17) (17 ') and the handle (16) and covered by an outer cover (15) to be able to protect the place at the necessary place. Made

Claims

In the vaporization device of the disinfectant using ultrasonic generator and the vaporizer using the cyclone of the pneumatic vibrator,
The oil and water separator (5) is mounted on the supply pipe between the compressor and the compressed air tank, and the filter layer (9) of the vaporization tank (8) is made of stainless steel mesh, and the lower end of the air supply pipe (7) is composed of a plurality of vibrators. Ultrasonic vaporization anti-vibration device characterized in that the device consists of a plurality of directional vibrator (10a) in a multi-layer.

According to claim 1, Ultrasonic vaporization epidemic device characterized in that the outer case is configured by installing a device to the mobile unit consisting of wheels, handles and pedestals.