KR100636292B1 - Tap of water purifier having sterilizing lamp - Google Patents

Abstract

The present invention relates to a sterilization and purification apparatus using Teflon tube, and more specifically, to a high sterilization / purification treatment required for various wastewater treatment systems such as domestic sewage, factory, animal husbandry, hot spring wastewater and hardly degradable dye wastewater. It is a sterilization and purification device (1) using Teflon tube that can sterilize even in case of severe mineral or turbidity and to purify hardly degradable wastewater and wastewater containing various organic and inorganic compounds. A metal electrolysis treatment means 800 having an inlet 801 and an outlet 802 for discharging the electrolyzed water; An input connection pipe 120 connected to the discharge port for inputting various treatment agents; A sterilizing water pipe 121 formed at equal intervals in parallel with the input connection pipe 120; A pair of disk-shaped fixing members 500 and 500 for fixing the input connection pipe 120; A plurality of supports 100 installed between the pair of fixing members 500 and 500 at equal intervals around the input connection pipe 120; An ultraviolet disinfection treatment means 200 having one end fixed to the sterilizing water pipe 121 of the input connection pipe 120 and the other end connected to the discharge pipe 910 while being supported by the support 100; Impurity removal means (900) installed at the inlet side of the input connection pipe (300); An ozone generator (920) for supplying ozone to the input connection pipe (120); It is composed of a control device 700 for controlling the electrical and electronic products and a power supply unit 710 for supplying power.

Description

Tap of water purifier having sterilizing lamp

1 is a view showing a sterilization purification apparatus using a conventional Teflon tube and ultraviolet rays

Figure 2 is a view showing a sterilization purification apparatus using the present invention teflon tube

Figure 3 is a front view showing a state in which the teflon tube wound in the present invention sterilization purification device

Figure 4 is a side view showing a state in which the teflon tube wound in the present invention sterilization purification apparatus

Figure 5 is an enlarged view of the main part showing the extract of the present invention connection tube and teflon tube

Figure 6 is a view showing another embodiment of the sterilization purification apparatus using the present invention teflon tube

7 is a view showing an installation state of the sterilization and purification apparatus showing another embodiment

<Description of the code | symbol about the principal part of drawing>

1: sterilization and purification device 100: support

120,140,150: Input connector 121: Sterilization outlet pipe

200: UV sterilization means 210: UV lamp

250: quartz tube 300: teflon tube coil

700: control device 710: power supply

800: metal electrolysis treatment means 801: waste import port

802: outlet 900: impurity removal means

920: ozone generator

The present invention relates to a sterilization and purification apparatus using a Teflon tube, and more specifically, to a high sterilization / purification treatment required for various wastewater treatment systems, such as domestic sewage, factory, animal husbandry, hot spring wastewater and non-degradable dye wastewater. The present invention relates to a sterilizing and purifying apparatus using Teflon tube which can sterilize even in case of severe mineral or turbidity and to purify hardly degradable wastewater and wastewater containing various organic and inorganic compounds.

In general, the chlorine disinfection method in the existing sewage treatment plant is gradually replaced by ozone or ultraviolet light because residual chlorine has a lot of influence on the aquatic ecosystem when it enters a river or river.

However, several problems are pointed out in the ozone or ultraviolet sterilization method as described above.

First, since the transmittance of ultraviolet rays is drastically reduced by the water turbidity, the sterilizing power is reduced accordingly.

Second, because the waste water comes into contact with the lamp, as the foreign substances are contaminated with the lamp, the ultraviolet wavelength is not transmitted to the water, so the sterilization effect is greatly reduced.

Third, lamps immersed in water should be bubble-washed and manual-washed, and since the frequent replacement or cleaning efficiency of equipment is insignificant, stable sterilization is not performed.

Fourth, the channel type has a disadvantage that the installation cost of the UV lamp to be installed is large, the replacement cost and maintenance and maintenance costs are very high, the sterilization treatment efficiency is very low.

Fifth, it is difficult to improve the existing chlorine treatment method by waterway-type UV sterilization method, and it requires a large installation space, which requires a lot of cost.

Sixth, advanced water purification facilities such as chemical plant wastewater or hardly degradable dye wastewater are large, often not applied due to high costs, and are not completely purified by low treatment efficiency. Ecological destruction, as well as seepage into groundwater, causes serious pollution of water and groundwater sources.

Seventh, when the discharge of sewage with a lot of Escherichia coli, such as domestic sewage and livestock wastewater, it causes green algae and pollution of water sources in rivers and lakes.

In addition, the existing chlorine input method is a sterilization rather than sterilization, there is a problem that the effect is not effective for viruses.

Therefore, in order to solve the above problems, the applicant has applied for a sterilization purification apparatus using Teflon tube No. 2003-0059940.

That is, when the configuration thereof is briefly described with reference to FIG. 1, it has waste import / exit ports 101 and 102 through which various kinds of household sewage, factory wastewater, and non-degradable dye wastewater flow in and out, and is fixed by the closed end 103. Storage spaces 104 and 105, respectively, and a first connection pipe 110 installed to penetrate the storage space 104 of the waste import and export port 101; A plurality of input connection pipes 120 installed under the first connection pipes 110 and into which various treatment agents 10, 20, 30 and 40 for disinfecting sterilization / odor and heavy metals are introduced; A support (100) consisting of a second connection pipe (130) formed in the same shape on the side of the waste export outlet (102) at a position opposite to the first connection pipe (110); Ultraviolet disinfection means 200 is installed on the outer periphery of the support 100 to be stacked in a spiral shape.

At this time, the treatment agent 10 is hydrogen peroxide, 20 is Fenton, 30 is a photocatalyst (Tio ₂ ), 40 is liquid oxygen / ozone.

However, in the sterilization apparatus configured as described above, it was found that the method for maximizing the amount of ultraviolet irradiation is still weak.

Therefore, in order to solve the problems as described below, a plurality of sterilizing water pipes integrally formed side by side in parallel at equal intervals in parallel formed in the input connection pipe for the introduction of various treatment agents, each of the plurality of sterilizing water outlets The Teflon coil tube wrapped in an ultraviolet lamp is wound in a spiral shape and at the same time, the Teflon coil tube is formed as flat as possible in order to improve the irradiation area so that highly turbid and organic / inorganic treated water can be efficiently sterilized and purified. Is in.

Another object is to install impurities in the waste inlet side to easily remove suspended matter and debris in the Teflon coil tube.

In order to achieve the above object, the present invention includes a metal electrolytic treatment means having a waste import inlet and a discharge port for discharging the electrolyzed water into which various pollutants are introduced; An input connection pipe connected to the discharge port and into which various treatment agents are input; A sterilizing water extraction pipe formed at equal intervals in parallel with the input connection pipe; A pair of disk-shaped fixing members for fixing the input connection pipe; A plurality of support members installed at equal intervals around the input connection pipe between the pair of fixing members; UV sterilization treatment means which is fixed to the sterilization extraction tube of the inlet connection tube while the other end is connected to the support pipe; Dust removal means installed at the inlet side of the input connection pipe; An ozone generator for supplying ozone to said inlet connection pipe; A control device and a power supply unit for controlling electrical and electronic products, wherein the metal electrolytic treatment means comprises a cylindrical housing; A distance sensor in which the metal alloy plates are formed at equal intervals and are installed between the metal alloy plates; A microcomputer for increasing the intensity of the current according to the measured amount of the distance sensor, the ultraviolet sterilization means is composed of an ultraviolet lamp and a Teflon tube surrounding the ultraviolet lamp, the Teflon tube is between the tube It is characterized by being formed with a minimum gap.

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The impurity removing means includes a first valve installed at an inlet side of the inlet connection pipe and a rear end of the outlet pipe; A second valve which opens simultaneously with the first valve being locked; It is characterized in that the blower motor for supplying the cleaning agent at a high pressure to the second valve.

The sterilizing water extraction pipe is made of the same form as the Teflon tube and is characterized in that formed at a predetermined angle.

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A metal electrolysis treatment means having a waste import inlet for introducing various pollutants and an outlet for discharging electrolyzed water; A first input connection pipe connected to the discharge port, one side of which is blocked and the flow of untreated water is controlled by a first valve; A second input connection tube installed side by side at a predetermined interval from the first input connection tube and having a second valve controlling a flow of the treated water; First and second washing pipes respectively installed on the first and second inlet connecting pipes and having third and fourth valves installed therein; Ultraviolet sterilization treatment means having one side connected to the first input connector and the other side connected to the second input connector; Characterized in that the power supply for supplying power to the metal electrolytic treatment means and ultraviolet sterilization treatment means.

The ultraviolet sterilization means is characterized in that it is installed at equal intervals in the circumferential direction with respect to the first and second feed connection tube.

The ultraviolet sterilization means includes an ultraviolet ray lamp and a quartz tube for protecting the magnetic lamp; The Membrane tube is enclosed in a spiral shape and is characterized in that it is made of Teflon tube installed in the first and the second input connection pipe by the fastening means at both ends.

The objects, features, and structural points of the present invention described above will become more apparent from the detailed and preferred embodiment of the present invention described below with reference to the accompanying drawings. It should be noted that the same to similar parts in the drawings are described with the same to similar reference numerals for convenience of explanation and understanding.

As shown in FIG. 2, the sterilization and purification apparatus 1 using the teflon tube of the present invention has a metal electrolysis having a waste import inlet 801 into which various contaminants are introduced and an outlet 802 for discharging the electrolyzed water. Processing means 800; An input connection pipe 120 connected to the discharge port 802 for inputting various treatment agents; A sterilizing water pipe 121 formed at equal intervals in parallel with the input connection pipe 120; A pair of disk-shaped fixing members 500 and 500 for fixing the input connection pipe 120; A plurality of supports 100 installed between the pair of fixing members 500 and 500 at equal intervals around the input connection pipe 120; An ultraviolet disinfection treatment means 200 having one end fixed to the sterilizing water pipe 121 of the input connection pipe 120 and the other end connected to the discharge pipe 910 while being supported by the support 100; Impurity removal means (900) installed at the inlet side of the input connection pipe (300); An ozone generator (920) for supplying ozone to the input connection pipe (120); The control device 700 for controlling the electrical and electronic products and the power supply unit 710 for supplying power, the technical configuration features are given.

Hereinafter, with reference to the accompanying drawings, the sterilization and purification apparatus 1 using the present invention Teflon tube configured as described above in detail as follows.

As shown in Figures 2 to 5, the metal electrolytic treatment means 800 forms a cylindrical body 810, the waste import inlet 801 and the outlet for discharging the electrolyzed water in which various contaminants are introduced at both ends. 802 are respectively installed.

In addition, since the metal alloy plates 811 and 812 have the same shape and components in the main body 810, only one symbol will be described below. In addition, a metal alloy plate (CU ++ &, Ag +) 811 is provided, and a distance sensing means 813 for informing the control device 700 of the degree of wear by electrolysis therebetween.

The distance detecting means 813 may use an infrared sensor or an ultrasonic sensor, and when the wear occurs by continuous electrolysis of the metal electrolytic treatment means 800, the distance detecting means 813 detects this signal. The control device 700 is sent to.

Then, the microcomputer (not shown) of the controller 700 increases the current to compensate for the worn distance, so that the metal alloy plate 811 is always constantly electrolyzed.

The voltage applied to the metal alloy plate is a DC voltage.

The outlet 802 is provided with an input connection pipe 120 is extended.

For example, as shown in Figure 2, the input connection pipe 120 is formed with a plurality of sterilizing water pipe 121 in parallel at the same intervals.

At this time, the sterilization extraction pipe 121, as shown in Figure 3, the gap of the pipe is formed as thin as possible, is formed at a constant angle.

In addition, as shown in FIG. 5, the sterilizing water pipe 121 has a Teflon tube 300 formed on the ultraviolet sterilization treatment means 200, that is, the ultraviolet lamp 210 having the same shape as the sterilizing water pipe 121. Is wound as shown in FIG. 3 or 4.

On the other hand, the impurity removing means 900, as shown in Figure 2, the first valve 901, 904 which is installed on the inlet side and the discharge pipe 910 side of the input connection pipe 120; A second valve 902 in which the first valves 901 and 904 are locked and open at the same time; Blowing motor 903 for supplying the cleaning agent at a high pressure to the second valve (902).

Therefore, as described above, the sterilization apparatus 1 configured is electrolyzed by the metal electrolytic treatment means 800 when various household sewage, factory wastewater and hardly dyed dyed wastewater enter through the waste import port 801. Will be done.

That is, when current flows through the ion plates 811 and 812 installed in the main body 810, various contaminants are electrolyzed to decompose various organic matters, and the decomposed treated water is introduced into the connection pipe. Inflow to 120.

At this time, when the metal alloy plate 811 is actively ionized and prolonged, the metal alloy plate 811 wears, and the distance sensing means 813 provided between the metal alloy plates 811 wears out. The degree to which the control device 700 is informed.

Then, the microcomputer (not shown) of the control device 700 increases the current to compensate for the worn distance, thereby always being electrolyzed constantly in the metal alloy plate 811.

Meanwhile, the treated water introduced into the input connection pipe 120 is sterilized by ozone generated in the ozone generator 920 and the sterilized water discharge pipe 121 and the Teflon tube 300 in the state where organic substances and heavy metals are oxidized. The sterilized purified water is sent to the discharge pipe 910 is discharged through the).

At this time, the Teflon tube 300 is wound in a vortex shape, as shown in FIG. 4, so that the residence time increases while the treated water passes through the tube, thereby obtaining a sterilization effect by receiving a wider irradiation area of ultraviolet rays.

In addition, after use, dilute hydrochloric acid is first administered to the first valve 901 installed at the inlet side of the inlet connection pipe 120, and then the first valves 901 and 904 are closed, and then the second valve is closed. When the valve 904 is opened to blow strong wind using the blower motor 903, the input connection pipe 120, the Teflon tube 300, and the discharge pipe 910 are cleanly cleaned.

Next, when the first valve 901 is opened, the washed water is discharged.

Figure 6 shows another embodiment of the sterilization and purification apparatus 1 using the teflon tube of the present invention, waste inlet 801 through which various contaminants are introduced and outlet 802 for discharging the electrolyzed water. Metal electrolytic treatment means (800) having; A first input connection pipe 140 connected to the discharge port 802 and one side of which is blocked and the flow of untreated water is controlled by a first valve V1; A second input connection pipe 150 installed side by side at a predetermined interval from the first input connection pipe 140 and having a second valve V2 for controlling the flow of treated water; First and second washing pipes 141 and 151 respectively installed in the first and second inlet connecting pipes 140 and 150 and having third and fourth valves V3 and V4 installed therein, respectively; UV sterilization means 200 having one side connected to the first input connection tube 140 and the other side connected to the second input connection tube 150; It characterized in that it comprises a power supply unit 710 for supplying power to the metal electrolytic treatment means 800 and ultraviolet sterilization treatment means 200 and a control device 700 for controlling them.

As shown in FIG. 7, the ultraviolet sterilization treatment means 200 is provided in a plurality of equal intervals in the circumferential direction with respect to the first and second input connection pipes 140 and 150, and is illustrated in FIG. 6. As described above, a quartz tube 250 for protecting the ultraviolet ray lamp 210 and the magnetic lamp lamp 210; The transparent tube 250 is wrapped in a spiral shape and is composed of a Teflon tube 300 which is respectively installed in the first and second feed connection pipes 140 and 150 by fastening means 311 at both ends.

Those skilled in the art can realize the specific embodiments of the present invention provided by the above description only, and the above description is by no means intended to be limiting, and various modifications and changes are possible, as well as those described in the appended claims. It will of course be appreciated that equivalent modifications may be made within the spirit and scope of the invention.

As described above, the sterilization and purification apparatus using the teflon tube of the present invention is a system capable of completely removing not only viruses that cannot be killed by the chlorine disinfection method, which is a problem of the conventional method, but also Escherichia coli and protozoa. You can get the effect.

First, when replacing the existing chlorine disinfection method can be discharged by sterilization treatment at a simple facility improvement and low cost.

Second, since the sterilization efficiency is very high, perfect sterilization can be performed.

Third, the Teflon coil tube method does not adhere to foreign matters, so there is no contamination of lamps or tubes, non-corrosive, and UV transmittance, so that the sterilization power can be greatly improved.

Fourth, since the ultraviolet light is irradiated from the coil tube up and down, left and right, the UV lamp irradiation efficiency is very high, and high efficiency sterilization is possible even with a small quantity.

Fifth, since the lamp is not cleaned, the lasting sterilizing power is maintained.

Sixth, it requires less facility area and can provide convenience of management.

Seventh, depending on the type of wastewater, it is convenient to apply small to very large systems.

Eighth, by using a coiled tube, it is possible to naturally increase the residence time due to the vortex phenomenon and to increase the contact efficiency to obtain high efficiency sterilization power.

Claims (9)

A metal electrolysis treatment means having a waste import inlet for introducing various pollutants and an outlet for discharging electrolyzed water; An input connection pipe connected to the discharge port and into which various treatment agents are input; A sterilizing water extraction pipe formed at equal intervals in parallel with the input connection pipe; A pair of disk-shaped fixing members for fixing the input connection pipe; A plurality of support members installed at equal intervals around the input connection pipe between the pair of fixing members; UV sterilization treatment means which is fixed to the sterilization extraction tube of the inlet connection tube while the other end is connected to the support pipe; Dust removal means installed at the inlet side of the input connection pipe; An ozone generator for supplying ozone to said inlet connection pipe; Consists of a control device and a power supply for controlling electrical and electronic products, The metal electrolytic treatment means includes a cylindrical housing; A distance sensor in which the metal alloy plates are formed at equal intervals and are installed between the metal alloy plates; It is provided with a microcomputer for increasing the strength of the current according to the measured amount of the distance sensor, The ultraviolet sterilization means is composed of an ultraviolet lamp and a Teflon tube surrounding the ultraviolet lamp, The Teflon tube is a sterilization purification apparatus using a Teflon tube, characterized in that formed with a minimum gap between the tubes. delete The method of claim 1, wherein the impurity removing means comprises: a first valve installed at an inlet side of the input connection pipe and a rear end of the discharge pipe; A second valve which opens simultaneously with the first valve being locked; Sterilization and purification apparatus using a teflon tube, characterized in that the blower motor for supplying the cleaning agent at a high pressure to the second valve. According to claim 1, wherein the sterilization extraction pipe is made of the same form as the Teflon tube sterilization purification apparatus using a Teflon tube, characterized in that formed at a predetermined angle. delete delete A metal electrolysis treatment means having a waste import inlet for introducing various pollutants and an outlet for discharging electrolyzed water; A first input connection pipe connected to the discharge port, one side of which is blocked and the flow of untreated water is controlled by a first valve; A second input connection tube installed side by side at a predetermined interval from the first input connection tube and having a second valve controlling a flow of the treated water; First and second washing pipes respectively installed on the first and second inlet connecting pipes and having third and fourth valves installed therein; Ultraviolet sterilization treatment means having one side connected to the first input connector and the other side connected to the second input connector; Sterilization and purification apparatus using a Teflon tube, characterized in that the power supply for supplying power to the metal electrolytic treatment means and ultraviolet sterilization treatment means and a control device for controlling them. 8. The sterilization and purification apparatus using teflon tube according to claim 7, wherein the ultraviolet sterilization treatment means is installed at equal intervals in the circumferential direction with respect to the first and second input connection tubes. The method according to claim 7 or 8, wherein the ultraviolet sterilization means comprises an ultraviolet lamp and a quartz tube for protecting the ultraviolet lamp; The quartz tube is wrapped in a spiral shape and sterilization and purification apparatus using a Teflon tube, characterized in that the Teflon tube is installed on the first and second feed connection tube by a fastening means at both ends.

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