KR101789939B1 - Functional water conversion device of waste water for the move sprayer - Google Patents

Abstract

The wastewater containing livestock wastewater or food waste leachate discharged from the housing of the present invention is converted into a waters having functions such as environmentally friendly agricultural water without pesticides, pest control of crops, promotion of agricultural product development, virus prevention, sterilization and disinfection And more particularly, to a functional water switching device for waste water for a mobile atomizer.
That is, according to the present invention, there is provided a water pump system comprising: a pump having an inlet through which wastewater can be injected and connected to a wastewater tank to suck wastewater to be discharged into a quick reaction water pipe; A cylindrical mixer inserted into the cylindrical electrode, and a core electrode provided in the center of the static mixer and corresponding to the cylindrical electrode in the longitudinal direction, wherein the cylindrical mixer is made of a reaction water tube and has a mesh type tubular body having conductivity inside the rapid reaction tube, A power supply unit including a plasma generator connected to one side of the quick reaction water pipe and equipped with a blower, and a control unit for controlling power supplied from the power supply unit and the power supply unit, And is injected by the injection valve through the injection nozzle A functional water for the mobile switching apparatus of the air waste water sprayer which is characterized.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a functional water conversion device for a moving sprayer,

The wastewater containing livestock wastewater or food waste leachate discharged from the housing of the present invention is converted into a waters having functions such as environmentally friendly agricultural water without pesticides, pest control of crops, promotion of agricultural product development, virus prevention, sterilization, And more particularly, to a functional water switching device for waste water for a mobile atomizer.

Water shortage is caused by various factors such as population increase, increase in demand due to quantitative increase in industrial development, and lack of usability due to environmental pollution.

In addition to Korea, which is designated as a water-scarce country, the world is seriously aware of the situation that the future water shortage prediction is becoming reality, and the government, research groups and companies in each country are planning to develop a plan and countermeasure technology And one of the fastest and quickest ways to respond is to save water, but there is no compulsion, so the degree of publicity and ritual movement to induce autonomous behavior is an alternative.

Even though the United Nations enacts water day, promotes the seriousness of water shortage on the planet, and emphasizes water saving, it can be seen that there is a lack of active countermeasures. The active countermeasures are to develop and commercialize practical technologies that can artificially produce water and practical technologies that enhance the utility of water.

First, the artificial production of water at the present time is a desalination process technology. The technique of distillation of seawater by using heat energy is transferred to the technology using filter membrane and the technology of filter membrane is developed from membrane to ion filter membrane and the development of filter membrane technology . The development of these technologies is expected to lead to a rapid decline in desalination costs, while the water market and water industry are rapidly growing.

Next, practical techniques for improving the efficacy of water are technologies for recycling and circulating water, and water is subject to recycling. Wastewater is a generic term for water that is used and discarded in daily life or production activities. It is water that can not be used because it contains liquid or solid water pollutants in the water. Household wastewater discharged from households, public buildings, and business buildings, and factory wastewater discharged from factories. Plant wastewater is again included in wastewater of industrial wastewater.

Currently, in Korea, wastewater is managed by the Basic Law on Environmental Policy, the Law on the Conservation of Water Quality, and the Law Concerning the Treatment of Sewage, Manure and Livestock Wastewater. Livestock wastewater is managed by some livestock farmers to reduce their own composting to agricultural land, And it is collected and processed in the livestock wastewater public treatment facility that we install and operate.

Among them, wastewater discharged from the process of livestock wastewater and food waste leachate is a wastewater with a high value of recycling utility, which is greatly increased in quality and yield of agricultural products when it is purified and used as agriculture water. However, In order to recycle these cursors, it takes a lot of cost and storage time. During the period of storage, complaints are raised due to bad odor and pest damage, and it is being pointed out as a cause of regional conflict.

In order to solve this problem, various technologies such as ozone, ultraviolet ray, and electrolysis have been proposed and tried, but the resultant efficiency by use is not followed compared to the high cost burden of the processing apparatus and the reaction tank, These neglected results are being repeated.

KR 10-1191146 KR 10-1534456

The present invention relates to a water treatment apparatus comprising a wastewater tank and a pump, a cylindrical electrode made of a rapid-reaction water pipe connected to the pump, the water-tight cylindrical pipe having a mesh-like pipe inside the rapid-reaction water pipe, a static mixer inserted into the cylindrical electrode, And a plasma generator connected to one side of the quick reaction water pipe for allowing the plasma gas to flow into the rapid reaction water tube, and a control unit for controlling power supplied from the power source unit and the power source unit A power supply unit, and a spray unit connected to the outlet of the rapid reaction water pipe by a hose so as to spray through the spray nozzle. The wastewater such as livestock wastewater or food waste leachate is used for environmental agricultural water treatment, Conversion to water with functions such as facilitation, antiviral disinfection, sterilization, disinfection, etc. W is a functional water conversion unit for a mobile sprayer wastewater for reuse to provide.

The present invention relates to an apparatus and a method for controlling a high-speed reactor, which comprises an inlet through which wastewater can be input, a wastewater tank, a pump connected to the wastewater tank for sucking wastewater into the rapid reaction water pipe, And a static mixer inserted in the cylindrical electrode, and a core electrode provided in the center of the static mixer and corresponding to the cylindrical electrode in the longitudinal direction, the cylindrical electrode being made of a mesh- A power supply unit including a plasma generator connected to one side of the quick reaction water pipe and equipped with a blower, a power supply unit, and a control unit for controlling power supplied from the power supply unit, and a power supply unit connected to the outlet of the quick reaction water pipe by a hose And is injected by the injection valve through the injection nozzle Characterized in that it comprises a functional water exchange device for the mobile sprayer wastewater.

The quick response water pipe is provided with two upper and lower ends and is formed with a turning guide portion which is connected to a longitudinal end portion by bending so as to perform a swirling action, and a magnet is provided on a wall surface of an end wall of the turning guide portion.

The cylindrical electrode is composed of a cylindrical mesh-shaped tubular body, which is an insoluble electrode material for accommodating a core electrode. A power supply line is drawn from the inside of the rapid reaction water tube to the outside to connect the positive electrode. The core electrode is connected to the negative electrode .

The plasma generator includes a plasma discharge tube provided with a quadrature tube having a predetermined length, an internal electrode on which a conductive black bar is disposed in a longitudinal direction on a center line of the plasma discharge tube, and a titanium mesh net wound on the outer peripheral surface of the plasma discharge tube. And is provided as an external electrode.

An injector is installed at one side of the inlet of the rapid reaction water pipe to allow a plasma gas generated in the plasma generator to flow therein.

The present invention relates to an apparatus for converting functional wastewater for a mobile sprayer into a wastewater tank for storing wastewater such as livestock wastewater or food garbage leachate and for passing the wastewater through a rapid reaction water pipe by a pump, And is also ionized by the decomposition of organic matter by the static mixer, the cylindrical electrode and the core electrode, and the wastewater is purified by the oxidation-reduction reaction and is sprayed through the spray nozzle of the spray unit, It is possible to substitute agricultural chemicals for promotion, prevention, sterilization, and disinfecting chemicals, thus making it possible to use them environmentally.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view showing major components installed in a housing in a functional water switching device for a moving atomizer wastewater according to the present invention; FIG.
BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a water treatment system for a mobile water atomizing apparatus,
FIG. 3 is a front view of a pump and a rapid-reaction water pipe portion in a functional water switching device for a moving sprayer wastewater according to the present invention.
FIG. 4 is a side view of a pump and a rapid-reaction water pipe portion in a functional water conversion device for a moving sprayer wastewater according to the present invention. FIG.
5 is a cross-sectional view showing the construction of a rapid-reaction water pipe in the functional water switching device for wastewater for mobile spraying according to the present invention.
6 is an exploded perspective view showing the construction of internal and external electrodes installed in a rapid-reaction water pipe in a functional water switching device for wastewater for a moving atomizer according to the present invention.
7 is a view showing an example of the use state of the functional water switching device for the moving sprayer according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

The present invention relates to a pump (30) having an inlet through which wastewater can be input, a wastewater tank (10), a pump connected to the wastewater tank (10) for sucking wastewater and discharging the wastewater into the rapid reaction water pipe (40) And a quick response water pipe 40 connected to the discharge port 34 of the pump 30. A cylindrical electrode 43 made of a mesh type pipe having conductivity in the quick reaction water pipe 40, And a core electrode 44 provided in the center of the static mixer 46 so as to correspond to the cylindrical electrode 43 in the longitudinal direction and the core mixer 46 inserted in the fast reaction water pipe A plasma generator 50 connected to an injector 48 provided at one side of the inlet 40a of the plasma generator 40 and having a blower 58 for introducing the plasma gas into the rapid reaction water pipe 40, And a control unit for controlling a power source applied from the power source unit And a spraying valve (not shown) connected to the outlet port 40b of the rapid reaction water pipe 40 by a hose 80 so as to be sprayed through the spray nozzle 72, Unit 70 as shown in Fig.

The wastewater tank 10 is preferably provided with a grip 12 that can be easily carried by the user in a state in which wastewater is contained, or a suspenders so that the user can attach the wastewater to the user's back.

The pump 30 sucks the wastewater stored in the wastewater tank 10 through the suction port 32 and discharges the wastewater stored in the wastewater tank 10 through the spray nozzle 72 via the quick reaction water pipe 40 connected to the discharge port 34. [ And a motor for driving the pump, and a motor speed regulator 36 for regulating a speed of a flow rate pumped to one side of the pump 30 is provided.

The quick reaction water pipe (40) is provided at two upper and lower ends and is formed by bending a longitudinal end portion of the rapid reaction water pipe (40) so as to perform a swirling action, thereby promoting the foam action through the swirling guide portion And a magnet (42) is provided on the wall surface of the end of the turning guide portion (41) so that ionization by water magnetization can be promoted.

The cylindrical electrode 43 is made of an insoluble electrode material that accommodates the core electrode 44 and is formed of a cylindrical mesh-shaped tubular body so that a power supply line is drawn out from the inside of the quick reaction water pipe 40 to connect the positive electrode, 44 are connected to the negative electrode by drawing the power line to the outside.

The static mixer 46 is provided in the form of a non-conductive Kennix mixer. The static mixer 46 functions to vortex the wastewater flowing in the form of a Kenics mixer, And the charge is transferred to the barrier between the bubbles, the bubbles and the bubbles by the cylindrical electrode 43 and the core electrode 44 while promoting the collision of the water particles, thereby decomposing and ionizing the organic substances in the wastewater.

The plasma generator 50 includes a plasma discharge tube 52 made of a quadrature tube having a predetermined length, an internal electrode 54 having a conductive black bar in the longitudinal direction on the center line of the plasma discharge tube 52, And an outer electrode 56 made of a titanium mesh net wound on the outer circumferential surface of the outer electrode 56. The outer electrode 56 is used to derive the discharge.

The plasma discharge tube 52 generates a dielectric barrier plasma by using a quartz tube which is a dielectric. The reason why the quartz tube is used is that it is a dielectric barrier, but the plasma generated through the quartz tube is pushed out through the blower 58, The dielectric barrier plasma differs from the conventional structure in that a dielectric plate having a flat plate shape is sandwiched between inner and outer electrodes on a flat plate.

That is, the dielectric barrier plasma according to the present invention is for generating and continuously supplying a stable plasma through a plasma discharge tube 52 made of a quadrature tube and transferring the plasma to the rapid reaction water tube 40 through the blower 58, There is a feature to be transferred, and the path to be transferred corresponds to the plasma flying area (reaction area).

 The injector 48 provided at one side of the inlet 40a of the rapid reaction water pipe 40 serves to mix electrons and ions on the plasma gas with wastewater flowing into the rapid reaction water pipe 40.

The power supply unit 60 may include a power supply unit including a battery and a control unit for controlling power applied from the power supply unit. The operation of the control unit may be operated in conjunction with the injection valve of the injection unit 70 Do.

The components including the rapid reaction water pipe 40, the pump 30, the plasma generator 50 and the power supply unit 60 are installed in the housing 20 so that they can be carried by the housing 20, Or may be integrally provided on one side of the wastewater tank 10.

The present invention greatly improves the treatment efficiency of water sterilization, water disinfection, ionization, etc. Therefore, the present invention can be applied to aquaculture water treatment, cooling water sterilization treatment of a cooling tank, and non-heat water sterilization treatment of food and tableware, It is possible to perform the throughput.

When the power is supplied through the power supply unit 60 after storing the wastewater such as animal wastewater or food waste leachate in the wastewater tank 10, the wastewater stored in the wastewater tank 10 is supplied to the pump 30, To the rapid reaction water pipe (40), and the discharge pressure of the wastewater is transferred to the rapid reaction water pipe (40).

In the plasma generator 50, the plasma gas generated by the plasma discharge by the blower 58 is blown into the quick reaction water pipe 40 by the injector 48 provided at one side of the water inlet 40a, The plasma gas is mixed with the waste water in the process of flowing electrons and ions on the plasma gas blown into the injector 48 into the rapid reaction water pipe 40 by the discharge pressure of the wastewater.

In the rapid reaction water pipe 40, the action of swirling the wastewater flowing in the form of the Kenics mixer of the static mixer 46 promotes the collision between the bubbles, the bubbles, the bubbles and the water particles, (44) transfers charges to the barrier between the bubbles, the bubbles, the bubbles and the water, thereby decomposing organic substances in the wastewater and ionizing them.

As described above, the wastewater passing through the rapid reaction water pipe 40 performs a sterilizing and disinfecting function of the wastewater by the plasma gas. In addition, the static mixer 46, the cylindrical electrode 43, Ionized by decomposition, and the wastewater is purified by the oxidation-reduction reaction and is injected through the injection nozzle 72 of the injection unit 70.

Oxides remaining in the water in the course of spraying the water into the atmosphere through the spray nozzle 72 of the spray unit 70 are brought into contact with the sun's ultraviolet rays to generate hydroxyl radicals to control the pests and diseases of the crops, Sterilization, and disinfection drugs.

While the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: Wastewater tank 12: Handle
20: housing 30: pump
32: inlet port 34: outlet port
36: Motor speed regulator 40: Rapid reaction tube
40a: inlet 40b: outlet
41: turning guide portion 42: magnet
43: cylindrical electrode 44: core electrode
46: static mixer 48: injector
50: Plasma generator 52: Plasma discharge tube
54: internal electrode 56: external electrode
58: blower 60: power supply unit
70: injection unit 72: injection nozzle
80: Hose

Claims (7)

An inlet port through which wastewater can be injected is formed, a wastewater tank 10,
A pump 30 connected to the wastewater tank 10 for sucking wastewater and discharging the wastewater into the rapid reaction water pipe 40,
A cylindrical electrode 43 made of a mesh type tubular body having conductivity in the quick reaction water pipe 40 and a cylindrical reaction electrode 40 connected to a discharge port 34 of the pump 30, And a core electrode 44 provided in the center of the static mixer 46 so as to correspond to the cylindrical electrode 43 in the longitudinal direction,
A plasma generator 50 connected to one side of the quick reaction water pipe 40 and having a blower 58,
A power supply unit (60) having a power supply unit and a control unit for controlling power supplied from the power supply unit;
And a spray unit 70 connected to the outlet port 40b of the quick reaction water pipe 40 by a hose 80 so as to be sprayed by the spray nozzle through the spray nozzle 72,
The quick reaction water pipe 40 is provided at two upper and lower ends and is provided with a magnet 42 at a wall surface of an end of a turn guide unit 41 which is connected to a longitudinal end portion by bending to perform a swirling action Wherein the water is supplied to the sprayer.
delete delete The method according to claim 1,
The cylindrical electrode 43 is made of an insoluble electrode material that accommodates the core electrode 44 and is formed of a cylindrical mesh-shaped tubular body so that a power supply line is drawn out from the inside of the quick reaction water pipe 40 to connect the positive electrodes, ) Is connected to the negative electrode through a power line drawn out to the outside.
The method according to claim 1,
The plasma generator (50)
An internal electrode 54 on which a conductive black bar is provided in the longitudinal direction on the center line of the plasma discharge tube 52 and an internal electrode 54 which is provided on the outer periphery of the plasma discharge tube 52, And the external electrode (56) as a mesh.
6. The method of claim 5,
Wherein the plasma discharge tube (52) is provided as a quadrature tube as a dielectric.
The method according to claim 1,
Wherein an injector (48) is provided at one side of the inlet (40a) of the rapid reaction water pipe (40) so that a plasma gas generated in the plasma generator (50) is introduced.

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