KR101157641B1 - Vaporizing injector of liquid disinfectant to use of high frequency - Google Patents

Abstract

PURPOSE: A haze disinfecting device is provided to sterilize a wide range with a small amount of antiseptic solution and to improve vaporization efficiency. CONSTITUTION: A haze disinfecting device comprises a disinfection haze generating bath(10), an antiseptic solution storage tank(20), an antiseptic solution supply tube(30), an antiseptic solution supply pump(40), an air inlet tube, a blow fan, a nozzle pipe, and an overflow pipe. In the bottom of the disinfection haze generating bath, a high frequency vibrator is equipped. In the antiseptic solution storage tank, a liquid antiseptic solution is stored. The antiseptic solution supply tube connects the antiseptic solution storage tank to the disinfection haze generating bath. The antiseptic solution supply pump pumps the antiseptic solution saved in the antiseptic solution storage tank to the disinfection haze generating bath. One end of the air inlet tube is connected to the disinfection haze generating bath. The blow fan blows air to the inside of the disinfection haze generating bath. The nozzle pipe is detachably combined with the disinfection haze generating bath. The overflow pipe falls the antiseptic solution to the antiseptic solution storage tank.

Description

Mist disinfection apparatus using high frequency {VAPORIZING INJECTOR OF LIQUID DISINFECTANT TO USE OF HIGH FREQUENCY}

The present invention relates to a mist disinfection device using a high frequency, and more specifically, by disinfecting the liquid disinfectant solution in the form of disinfecting mist in the form of particulates, so as to be able to sterilize a wide range of corners even with a small amount of disinfectant solution. And disinfectant storage tank and disinfectant fume generating tank, respectively, disinfectant solution is continuously supplied to disinfecting fume generating tank through disinfectant supply pipe and disinfectant supplying pump, and the level of disinfectant solution contained in disinfecting fume generating tank is kept constant through overflow pipe. It relates to a mist disinfection device using a high frequency that can improve the mist efficiency by configuring to.

Conventional insecticides, methods and apparatuses for spraying disinfectants, such as fungicides, there are two large examples.

First, we can see the nozzle injection method and apparatus for diluting the disinfectant in water and spraying it through the spray nozzle. Secondly, the disinfectant is sprayed along with the combustion gas by burning flammable substances such as diesel oil or thinner. View fumes (smoke) disinfection methods and apparatus for spraying in a state.

In this way, the nozzle spray disinfection method is mainly used for sterilizing insects such as crops or roadside trees rather than air disinfection, and is sprayed through a fine nozzle by pumping a liquid disinfectant.

However, since the liquid disinfectant sprayed through the nozzle is sprayed in the form of small droplets, the disinfectant is not sprayed every corner, and thus a large amount of disinfectant is consumed. In addition, when the disinfectant is sprayed in the form of water droplets, it can be seen that if it is not immediately evaporated and is absorbed into the soil, it also removes earthworms and useful bacteria, which are useful organisms in the soil, resulting in secondary closure of acidification of the soil.

In addition, the smoke screen that burns combustible materials such as diesel and thinner and sprays disinfectant with smoke gas (fumes) is mainly used to exterminate pests such as mosquitoes and flies in the air, but more than 90% of combustible materials Less than 10% of the disinfectant is sprayed in a mist (smoke) state.

That is, when the combustible material is combusted to spray the disinfectant, and when the disinfectant is sprayed together with the combustion gas, the oxides generated during the combustion of the combustible material, that is, the pollutants such as carbon dioxide and nitrogen oxide, are discharged together to prevent pollution. Induced by the heat of combustion, the disinfectant was weak, the actual sterilization, insecticidal ability was very weak.

Registered Patent No. 0332094 (Registration Date: 2002.03.28), Registered Patent No. 0516114 (Registration Date: 2005.09.13) and Registered Patent No. 042635 (Registration Date: 2007.07. [19] has proposed a "gasification injection device of ultrasonic disinfectant".

Figure 5 shows the prior art disclosed in the registered patent No. 0332094, Looking at the drawings, the mist disinfection apparatus using a high frequency according to the prior art is a plurality of vaporization tank (12 ') in which the liquid disinfectant (11') is injected ( 13 ') and 14', each of the vaporization tanks 12 ', 13' and 14 'is provided with an ultrasonic generator vibrator 15' operated by electricity and air pressure for generating ultrasonic waves by compressed air. Ultrasonic generators 16 'are installed respectively, and above each vaporization tank 12', 13 ', 14', a storage tank 17 'for storing vaporized gas is connected to each connection pipe 12' '. It is connected by the (13 '') (14 ''), one side of the storage tank 17 'is provided with an exhaust pipe 21' and a blowing fan 22 ', the vaporization tank 12' (13) One side of the '14' is provided with an air compressor 23 'for supplying compressed air to the pneumatic ultrasonic generator 16' and a heating wire on the outer wall of each vaporization tank 12 ', 13', 14 '. Wind tape (25 ') The disinfectant 11 'inside the vaporization tank 12', 13 ', 14' is maintained to maintain a constant temperature.

However, in the mist disinfection apparatus using the high frequency according to the prior art, ultrasonic generation vibrator 15 'in a state where liquid disinfectant 11' is accommodated inside each vaporization tank 12 ', 13', 14 '. As the vaporization proceeds to the configuration to vaporize the liquid disinfectant 11 'by operating the liquid level of the disinfectant 11' accommodated in the vaporization tanks 12 ', 13' and 14 'is continuously lowered. There was a problem in that the mist level and the mist efficiency was reduced because the level is not constant.

The present invention has been made to solve the problems of the prior art as described above, an object of the present invention by disinfecting the liquid disinfectant in the form of disinfection mist in the form of particulates disinfecting a wide range of disinfecting every corner even with a small amount of disinfectant Disinfectant storage tank and disinfecting fume generating tank are provided, and disinfectant solution is continuously supplied to disinfecting fume generating tank through disinfectant supply pipe and disinfecting liquid supply pump, and disinfectant solution contained in disinfecting fume generating tank through overflow pipe. It is to provide a mist disinfection apparatus using a high frequency that can improve the mist efficiency by configuring so that the level of the liquid is kept constant.

Another object of the present invention is configured to stop the operation automatically when the disinfectant solution is not supplied smoothly through the controller to prevent failure, to prevent the outflow of the disinfectant solution to the outside by shaking during the rollover or moving through the airtight cover and At the same time, the internal pressure is formed during operation of the blower fan to improve the blower efficiency, and it is compact and movable through the housing and the moving wheel so that the user can easily move the device to the place for disinfection and disinfect every corner. It is to provide a mist disinfection apparatus using high frequency.

In order to achieve the above object, the mist disinfection apparatus using the high frequency according to the present invention comprises: a disinfection mist generating tank provided with a high frequency vibrator at the bottom to vaporize the liquid disinfectant solution contained therein into the disinfecting mist in the form of fine particles; A disinfectant storage tank in which a liquid disinfectant solution is stored; A disinfectant solution supply pipe which interconnects the disinfectant storage tank and the disinfectant mist generating tank; A disinfectant solution pump installed in the disinfectant supply pipe to pump the disinfectant stored in the disinfectant storage tank into the disinfectant mist generating tank; A blowing inlet pipe having one end connected to the disinfection mist generating tank; A blowing fan connected to the other end of the blowing inlet pipe to blow air into the disinfection mist generating tank; A spray pipe having one end connected to the disinfecting mist generating tank so that the disinfecting mist vaporized in the disinfecting mist generating tank is sprayed with the air blown when the blowing fan is operated; Including, the disinfectant storage tank is located below the disinfecting mist generating tank, one end is located at a predetermined height from the bottom of the disinfecting mist generating tank so that the level of disinfectant solution accommodated in the disinfecting mist generating tank is kept constant The other end is connected to the disinfectant storage tank overflow pipe for allowing the disinfectant to be introduced into one end according to the level of the disinfectant solution is recovered to the disinfectant storage tank; It further comprises.

In addition, the mist disinfection device using a high frequency in accordance with the present invention, the disinfectant solution supply sensor for sensing the flow of disinfectant solution is installed in the disinfectant solution supply pipe supplied to the disinfectant mist generating tank; A controller for controlling the operation of the high frequency vibrator, the disinfectant supply pump and the blowing fan, and stops the operation of the high frequency vibrator, the disinfectant supply pump and the blower fan when the flow of the disinfectant is not detected by the disinfectant supply detection sensor. To; It further comprises.

In addition, the mist disinfection device using a high frequency in accordance with the present invention, the disinfection mist generating tank, the disinfectant solution contained therein is prevented from leaking to the outside and at the same time the opening to form an internal pressure during operation of the blower fan It is characterized in that the cover is further provided detachably coupled.

In addition, the mist disinfection apparatus using the high frequency according to the present invention, the air blown into the blowing inlet pipe is circulated around the inside of the disinfection mist generating tank through the spray tube together with the disinfection mist vaporized in the disinfection mist generating tank One end of the blowing inlet pipe to be sprayed to the outside is disposed to face one side of the disinfection mist generating tank, one end of the spray pipe is characterized in that it is disposed near the opposite side wall facing the one side wall of the disinfection mist generating tank. .

In addition, the mist disinfection apparatus using a high frequency in accordance with the present invention, the spray tube is composed of a flexible tube having a predetermined length is detachably coupled to the disinfection mist generating tank, the disinfection mist generating tank and the disinfecting liquid storage tank It is mounted therein, the storage space is formed to separate the spray pipe is formed, the housing having a moving wheel at the bottom; It further comprises.

The mist disinfection device using the high frequency according to the present invention by the configuration as described above to generate a disinfection mist using high frequency to disinfect a wide range of corners even with a small amount of disinfectant solution, of course, overflow It is possible to improve the efficiency of the mist by configuring the level of the disinfectant solution contained in the disinfecting fume generating tank through the pipe to be constant. In addition, it prevents the outflow of disinfectant solution to the outside by shaking when moving overturning or moving through the airtight cover and improves the blowing efficiency by forming the internal pressure when the blower is operating, and makes it compact and portable through the housing and the moving wheel. Is configured so that the user can easily move the device to a place for disinfection. It said there are advantages to be disinfected every corner.

1 is a block diagram of a mist disinfection device using a high frequency according to an embodiment of the present invention
Figure 2 is an exploded perspective view of the mist disinfection device using a high frequency according to an embodiment of the present invention
3 to 4 is a side view of the mist disinfection device using a high frequency according to an embodiment of the present invention
5 is a block diagram of a mist disinfection device using a high frequency according to the prior art

Hereinafter, with reference to the embodiment shown in the drawings will be described in more detail the mist disinfection device using a high frequency in accordance with the present invention.

1 is a block diagram of a mist disinfection device using a high frequency according to an embodiment of the present invention, Figure 2 is an exploded perspective view of the mist disinfection device using a high frequency according to an embodiment of the present invention, Figures 3 to 4 Side view of the mist disinfection device using a high frequency according to an embodiment of the present invention.

Referring to the drawings, the mist disinfection device using a high frequency according to an embodiment of the present invention, the disinfection mist generating tank 10, disinfectant storage tank 20, disinfectant solution supply pipe 30, disinfectant solution supply pump 40, Blowing inlet pipe 50, blowing fan 60, spraying pipe 70, overflow pipe 80, disinfectant supply sensor 90, controller 100, housing 110 It is configured to include.

The disinfecting mist generating tank 10 is provided with a high frequency vibrator 11 and a sealing cover 12 to vaporize the liquid disinfecting solution contained therein into a disinfecting mist in the form of particulates.

The high frequency vibrator 11 is vibrated by a high frequency such as an ultrasonic wave and is configured to vibrate the disinfectant solution of the liquid contained in the disinfecting mist generating tank 10 is provided on the bottom of the disinfecting mist generating tank 10 is the controller When the operation is controlled by the operation (100) and is operated to vaporize the liquid disinfectant solution contained in the disinfection mist generating tank 10 by the disinfection mist in the form of extremely fine particles.

 The airtight cover 12 is configured to be detachably coupled to the opened upper portion of the disinfecting mist generating tank 10. The disinfecting solution contained in the disinfecting mist generating tank 10 by swinging when rolled over or moved outwards. The disinfection mist generated in the disinfecting mist generating tank 10 by the internal pressure is formed inside the disinfecting mist generating tank 10 during operation of the blower fan 60 while preventing the outflow. It serves to effectively spray to the outside through the 70.

The disinfectant liquid storage tank 20 is disposed below the disinfectant mist generating tank 10 as a structure in which a liquid disinfecting liquid is stored, and the disinfecting liquid supply pipe 30 and the overflow pipe (10) to the disinfecting mist generating tank 10. 80 by being connected to the disinfection solution supply pipe 30 through the disinfecting mist generating tank 10 to supply the liquid disinfectant solution and at the same time the excess supply to the disinfection mist generating tank 10 through the overflow pipe (80) The role of collecting and storing the disinfectant solution is performed at the same time.

The disinfectant solution supply pipe 30 is configured to interconnect the disinfectant storage tank 20 and the disinfectant mist generating tank 10, and the disinfectant supply pump 40 is controlled to be operated by the controller 100. It is a configuration that is installed in the disinfectant solution supply pipe 30 to pump the disinfectant solution stored in the disinfectant storage tank 20 to the disinfectant mist generating tank 10.

The blowing inlet pipe 50 is one end is connected to the disinfection mist generating tank 10, the blowing fan 60 is controlled by the controller 100 and the operation of the blowing inlet pipe 50 Is connected to the other end is configured to blow air into the interior of the disinfection mist generating tank 10, the spray tube 70 is connected to the disinfection mist generating tank 10, the blower fan 60 is operated If it is configured to allow the disinfection mist vaporized in the disinfection mist generating tank 10 with the air blown to the outside.

In one embodiment of the present invention, one end of the blowing inlet pipe 50 is disposed to face one side wall of the disinfecting mist generating tank 10, and one end of the spray tube 70 is the disinfecting mist generating tank 10 Vaporized in the disinfection mist generating tank 10 by being disposed near the opposite side wall opposite to one side wall of the c) is configured to circulate the interior of the disinfecting mist generating tank 10 by the air blown into the blowing inlet pipe (50) Most of the disinfecting fumes that have been made will be able to be sprayed to the outside through the spray tube (70).

On the other hand, the spray tube 70 is composed of a flexible tube having a predetermined length is detachably coupled to the disinfecting mist generating tank 10, the user in a state in which the user grips the spray tube 70 by hand It is possible to bend the spray tube 70 to spray every corner of the disinfection mist, and when separated from the disinfection mist generating tank 10 is stored in the storage space 111 of the housing 110 to facilitate storage Overall, the device can be compactly configured.

The overflow pipe 80 is one end is located at a predetermined height from the bottom of the disinfection mist generating tank 10 and the other end is the disinfecting liquid storage tank 20 located below the disinfecting mist generating tank 10 The disinfecting mist generating tank 10 due to the configuration of the overflow pipe 80 is configured to be connected to the disinfectant solution flows into the disinfecting liquid storage tank 20 and recovered in one end according to the level of the disinfectant solution 10. ) The level of the disinfectant solution received is kept constant.

That is, the high frequency vibrator 11 is usually the optimum liquid level to vaporize the liquid disinfectant solution in the disinfection mist, the disinfection mist generating tank 10 is always the optimum liquid level due to the configuration of the overflow pipe (80). By being able to maintain will be able to improve the amount of mist and mist efficiency.

The disinfectant solution supply detection sensor 90 is installed in the disinfectant solution supply pipe 30 to sense the flow of the disinfectant solution supplied from the disinfectant storage tank 20 to the disinfectant mist generating tank 10.

That is, the disinfectant supply detection sensor 90 senses the flow of the disinfectant solution supplied to the disinfectant mist generating tank 10, that is, the flow rate, so that the disinfectant solution remains in the disinfectant storage tank 20 or the disinfectant solution is supplied. It is possible to check whether the pump 40 is broken.

The controller 100 controls the operation of the high frequency vibrator 11, the disinfectant solution supply pump 40 and the blowing fan 60, but when the disinfectant solution flow is not detected by the disinfectant solution supply sensor 90 The high frequency vibrator 11, the disinfectant solution supply pump 40 and the blowing fan 60 is configured to stop the operation.

The disinfectant mist generating tank may be caused by the disinfectant solution running out of the disinfectant storage tank 20 due to an organic coupling relationship between the disinfectant solution detecting sensor 90 and the controller 100, or the disinfectant solution supply pump 40 malfunctioning. When the situation in which the liquid disinfectant solution is not normally supplied to (10) occurs, the entire operation is stopped to prevent the failure of the high frequency vibrator 11 or the disinfectant solution supply pump 40 and prevent unnecessary waste of power. It will be possible.

The housing 110 is configured to have a substantially rectangular parallelepiped shape so that other components of the mist disinfection device using the high frequency according to the present invention are mounted therein, in particular, the disinfecting mist generating tank having a bulky and vertical position relationship with each other ( 10) and the disinfectant liquid storage tank 20 is mounted therein, an accommodation space 111 for separating and storing the spray tube 70 is formed, and a movable wheel 112 is provided at the bottom to be movable. It is composed.

By the configuration of the housing 110, the mist disinfection device using a high frequency in accordance with the present invention is configured to be compact yet movable so that the user can easily disinfect every corner and move the device to a place for disinfection.

The mist disinfection apparatus using the high frequency described above and shown in the drawings is only one embodiment for carrying out the present invention, and should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is defined only by the matters set forth in the claims below, and the embodiments improved and changed without departing from the gist of the present invention will be apparent to those skilled in the art. It will be said to belong to the protection scope of the present invention.

10 Disinfection mist generating tank
11 high frequency oscillator
12 airtight cover
20 Disinfectant Storage Tank
30 Disinfectant Supply Pipe
40 Disinfectant Supply Pump
50 Ventilation Inlet Pipe
60 blower fan
70 spray tubes
80 overflow tube
90 Disinfectant Supply Sensor
100 controller
110 housing
111 storage spaces
112 wheels

Claims (5)

A disinfecting fume generating tank having a high frequency vibrator at the bottom to vaporize the liquid disinfecting solution contained therein into a disinfecting mist in the form of fine particles; A disinfectant storage tank in which a liquid disinfectant solution is stored; A disinfectant solution supply pipe which interconnects the disinfectant storage tank and the disinfectant mist generating tank; A disinfectant solution pump installed in the disinfectant supply pipe to pump the disinfectant stored in the disinfectant storage tank into the disinfectant mist generating tank; A blowing inlet pipe having one end connected to the disinfection mist generating tank; A blowing fan connected to the other end of the blowing inlet pipe to blow air into the disinfection mist generating tank; A spray pipe having one end connected to the disinfecting mist generating tank so that the disinfecting mist vaporized in the disinfecting mist generating tank is sprayed with the air blown when the blowing fan is operated; Including,
The disinfectant storage tank is located below the disinfection mist generating tank,
One end is located at a predetermined height from the bottom of the disinfection mist generating tank so that the liquid level of the disinfecting solution contained in the disinfecting mist generating tank is kept constant, and the other end is connected to the disinfecting liquid storage tank and flows into the one end according to the level of the disinfecting liquid. An overflow pipe allowing the disinfectant to be recovered to the disinfectant storage tank; More,
The disinfecting mist generating tank further includes a sealing cover detachably coupled to an upper portion of the disinfecting solution contained therein to prevent an outflow of the disinfecting solution contained therein and to form an internal pressure during operation of the blower fan. Mist disinfection device using high frequency. The method of claim 1,
A disinfectant solution supply sensor installed at the disinfectant supply pipe and sensing a flow of the disinfectant solution supplied from the disinfectant storage tank to the disinfectant mist generating tank;
A controller for controlling the operation of the high frequency vibrator, the disinfectant supply pump and the blowing fan, and stops the operation of the high frequency vibrator, the disinfectant supply pump and the blower fan when the flow of the disinfectant is not detected by the disinfectant supply detection sensor. To; Haze disinfection device using a high frequency, characterized in that it further comprises. delete The method of claim 1,
One end of the blowing inlet pipe is sprayed to the outside through the spray tube with the air blown by the blowing inlet pipe circumscribed the inside of the disinfecting mist generating tank and the disinfecting mist vaporized in the disinfecting mist generating tank It is disposed so as to face one side wall of the generation tank, one end of the spray tube is a mist disinfection device using a high frequency, characterized in that disposed in the vicinity of the opposite side wall facing the one side wall of the disinfection mist generating tank. The method according to any one of claims 1, 2 or 4,
The spray tube is composed of a flexible tube having a predetermined length is detachably coupled to the disinfection mist generating tank,
A housing having the disinfecting mist generating tank and the disinfecting liquid storage tank mounted therein, a receiving space for separating and storing the spray tube, and having a moving wheel at a bottom thereof; Haze disinfection device using a high frequency, characterized in that it further comprises.

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