KR100918514B1 - A water cleaning and sterilization device of the water - Google Patents

Abstract

PURPOSE: An apparatus for sterilization and purifying the water is provided to maximize dissolved oxygen by dissolving bubbles generated in water flow minutely, and to minimize volume of the apparatus by simplifying structure. CONSTITUTION: An apparatus(1) for sterilization and purifying the water includes a main body(2), a ultra-violet ray lamp(12), an injector(19), a drain valve(3a), a water level control valve(10a), a protein remover(11), a flow meter(20), and a control valve(21). The main body includes a lower casing(3), a discharge casing(5), and a cover casing(6). A discharge pipe(9) penetrates the lower casing. An exhaust pipe is connected with the other side of the lower casing. An exhaust hopper(4) is formed on the bottom of the discharge casing into one body. The discharge casing includes a drain valve(5a,3a,11a) to discharge foreign materials. The discharge casing is combined on the top of the cover casing. The ultra-violet ray lamp is built-in the main body. The discharged pipe is installed at the injector. An air inflow pipe(18) is formed on the injector to flow external air. The water level control valve is installed at the exhaust pipe to control a water level of the water. The flow meter is installed at the end of the air inflow pipe. The control valve controls the inflow of the air confirmed by the flow meter.

Description

A water cleaning and sterilization device of the water}

The present invention relates to a water sterilization and water purification apparatus used for various purposes, and more specifically, to remove water, used for aquariums, fish farms, baths, swimming pools, etc. As a device for removing protein, bacteria, microorganisms and other foreign substances remaining in the water at the same time can be removed at the same time in one treatment device to simplify the configuration of the device to significantly reduce the volume, maximize the sterilization efficiency by ultraviolet to ozone, It is to provide a sterilization and water purification device for water to improve the flotation efficiency of foreign substances and to supply or recycle clean water.

In general, the water after being used in various aquariums, aquaculture farms, fish farms, baths and swimming pools is recycled and recycled through the water purification device to the above-mentioned users. Korea is one of the OECD countries that lacks water. The necessity of the above-mentioned water purifier which recycles water after using it once using an apparatus etc. is too obvious.

In particular, Korea prefers live live fish to live fish for a certain period of time at low temperatures, so the prevalence of aquariums is high in sashimi, and the use of water purifiers is increasing rapidly. In addition, bathing culture is expanding on the basis of the increase of living, and the interest in well-being is increasing, and the population enjoying swimming is increasing. The demand of the device is increasing, the conventional water purifier which is essentially installed and used in the aquarium, fish farm, fish farm, bath and swimming pool is filtered or filtered using a filter tank consisting of a sedimentation tank and a sand and a filtering net inside. Mainly using primitive water purifiers In order to sterilize the water by using ultraviolet rays or ozone instead of chemicals in the sedimentation tank or the filtration tank, the UV lamp and the ozone lamp or the ozone generator are individually installed to disinfect the water itself.

However, since the water purifying device is provided with a separate sterilization tank and installs the above-described ultraviolet lamp or ozone lamp in the sterilization tank to sterilize the water, a separate treatment tank called sterilization tank is added to the water purification device. The volume of the water purification device is increased, and thus, a large installation place is required, and the cost of transporting and manufacturing the device has a problem of increasing. The ozone generator when supplying ozone to water introduced by using the ozone generator The ozone generated in the product was simply connected with a hose and supplied as it is, so that ozone is not evenly mixed inside the water, which has a disadvantage in that the sterilization effect is lowered. In addition, inflow of water containing oxygen or ozone into the water purification device injuries foreign substances. In this case, after a certain period of time, Paper foreign substances are entangled like pearls. At this time, the pearl component is dissolved in the sterilized and purified water, and when the water is re-supplied, there is a problem that the smell of pearl or the water becomes unclean and turbid in the recycled water. Therefore, the development of a device that can solve the above problems was urgently required.

In the present invention to solve the above-mentioned problems of the prior art, a new technology was devised, the present invention can significantly reduce the volume of the water purification device itself to improve the space occupancy, and maximize the sterilization efficiency by ultraviolet to ozone In addition, the present invention provides a sterilization and water purification device for water that can supply or recycle clean water since the bubbles generated during water inflow can be decomposed more finely to maximize the dissolved oxygen amount and double the flotation efficiency of foreign substances. The task to be solved in

In the present invention as a specific means for solving the above problems of the invention constitute a water sterilization and water purification device, the water sterilization and water purification device when supplying the water to the pump when supplying the external air to the discharge pipe or the external air and Injector is configured to dissolve in water by supplying ozone at the same time, and inside the lower casing, the end of the discharge tube discharging the incoming water is installed with a protein removal container tangentially installed inside the lower casing, and a protein removal container. There are radially installed several ultraviolet lamps or cylindrical vortex induction pipe, the ultraviolet lamp is configured to have a lamp washing means which is elevated by the washing unit driving means, the discharge hopper configured in the upper upper casing to the washing unit driving means The inner surface of the washing means is rotated by the water and protein in one treatment unit Is made of material removal and the sterilization process at the same time ever washable by an ultraviolet lamp and the discharge hopper to the cleaning unit drive means having a single motor.

As described in detail above, the water sterilization and water purifying apparatus provided in the present invention may be more dissolved in water by an injector when oxygen and ozone in the outside air or the oxygen and ozone are simultaneously introduced into and supplied to the water, and oxygen in the discharge tube may be better. Alternatively, the water dissolved in oxygen and ozone is discharged upward to increase the residence time of the water, to double the flotation force of proteins and foreign substances in the water, and by the ozone supplied from the ultraviolet and ozone generators emitted from the ultraviolet lamp. Since it sterilizes water, it maximizes sterilization efficiency by double sterilization treatment by UV and ozone, all the above actions occur in one device at the same time, minimize the volume of water purifier and minimize space occupancy when water purifier is installed. Easy installation and repair by simplifying the structure of water purifier Possible to keep the handling liable for beginners, and for the invention that the expected effects can be can be the lifetime of the device Hi gear, reducing the cost of maintenance and repair it.

Figure 1 is a cross-sectional configuration of the present invention, Figure 2 is a cross-sectional view showing a state in which the discharge tube is installed in the protein removal container of the present invention, Figure 3a to Figure 3b is another example of the internal configuration of the protein removal container in the present invention 4A to 4B are enlarged cross-sectional views and an enlarged perspective view showing a preferred example of the hopper washing means in the present invention. The present invention will be described in detail with reference to the above drawings. same.

The present invention relates to a water sterilization and water purifying apparatus (1) for simultaneously removing and sterilizing protein and foreign substances in water used in various aquariums, fish farms, fish farms, baths and swimming pools as a single apparatus. The main body 2 of (1) has a discharge casing (5) formed integrally with the lower casing (3) and the funnel-type discharge hopper (4) configured to be coupled to the upper casing (3), the water flows into the lower portion and The cover casing 6 is configured to be coupled to the upper portion of the discharge casing (5), the lower side of the lower casing (3) is discharged to discharge the water flowing through the inlet pipe (8) by the pump (7) Comprising the pipe (9), the other side of the lower casing (3) is installed in the lower casing (3) and the discharge pipe 10 in communication with the interior so that the water after the sterilization and purified water is re-supplied to the use of the aquarium, the lower casing ( 3) the lower part of the dragon A drain valve (3a) is installed to discharge the foreign substance that has sunk inside, and the funnel-type discharge hopper (4) is floated while water is discharged from the discharge pipe (9) in the lower portion of the discharge casing (5). Install a drain valve (5a) to discharge the foreign substances overflowed with).

The lower casing (3) forms a cylindrical protein removal container (11) having an end portion of the discharge tube (9) installed in the lower portion, and discharges the foreign substance that has sunk in the water in the lower portion of the protein removal container (11). A drain valve (11a) is provided to enable a plurality of UV lamps 12 radially arranged in the inside of the protein removal container (11), and the lamps on the several UV lamps (12) The cleaning means 13 is installed to remove foreign substances adhering to the surface of the ultraviolet lamp 12, and the protein removal container 11 is composed of a high gloss stainless steel as necessary, the ultraviolet lamp 12 installed inside It may be configured to reflect the ultraviolet radiation emitted from the to increase the sterilization efficiency, discharged from the discharge tube (9) as shown in Figures 3a to 3b instead of several ultraviolet lamps 12 formed inside the protein removal container (11) water It is also possible to enter a cylindrical vortex induction pipe (12 ') for guiding the swirl more smoothly upward, when the cylindrical vortex induction pipe (12') is placed, the lamp washing means 13 is not necessary. .

At this time, the ultraviolet lamp 12 has a light emitting lamp 12b that emits ultraviolet rays when electricity is applied to the inside of the quartz tube 12a. When the foreign matter in the water adheres to the quartz tube 12a, the radiation efficiency of the ultraviolet ray is increased. In order to prevent this, the lamp washing means 13 is installed. The lamp washing means 13 is mounted on the support part 14 fixedly installed inside the protein removal container 11 to the washing part driving means 15. The upper washing panel 16 and the lower washing panel 16 ', which are lifted up and down, are configured to be doubled up and down to be connected to the spacing holder 17, and the upper and lower washing panels 16 and 16' have respective ultraviolet lamps ( A through hole 16a through which 12 is penetrated is formed to correspond to the ultraviolet lamp 12, and a cleaning hole 16b formed of a nonwoven fabric or the like to be in close contact with the ultraviolet lamp 12 to remove foreign substances on the through hole 16a. Fixed installation, the washing unit driving means 15 is a cover casing ( 6) the gear body 15c and the gear body provided on the drive shaft 15b of the forward / reverse drive motor 15a and the forward / reverse drive motor 15a, which are rotated in the forward and reverse directions when electric is applied thereto. Spline shaft 15d and spline shaft 15d configured to be freely rotated by a bearing or the like on the main body 2 so as to be geared to 15c) and rotated forward and backward according to the driving of the forward and reverse drive motor 15a. The upper part is connected to the lower part by coupling 15f and rotates at the same time when the spline shaft 15d is rotated, and an external thread 15g is formed on the outer circumference so that the upper washing panel 16 is screwed to the lower part. It consists of a lift-bar 15e. At this time, when the lift bar 15e is rotated, the upper washing panel 16 screwed by the male screw 15g is lifted.

In the discharge pipe (9), an air inlet pipe (18) for introducing external air is provided with an injector (19) configured for piping so that oxygen is introduced into the water to dissolve, and at the end of the air inlet pipe (18). It installs a flow meter (flowmeter; 20) to check the flow rate of air and a control valve 21 for adjusting the flow rate of the air identified by the flow meter (20), the discharge pipe (9) is shown in FIG. As shown in Figure 3b is installed in the tangential direction in the center of the protein removal container (11), the end is formed to be inclined upwardly so that when the water is introduced into the protein removal container (11) is swirled upward and discharged so that it is dissolved in the water Various foreign matters are configured to be discharged more efficiently by bubbles.

The discharge pipe 10 is installed to control the water level of the water stored in the lower casing (3) is introduced into the protein removal container (11) according to the opening and closing degree of the water level control valve (10a) by installing a level control valve (10a) do.

Inside the funnel-type discharge hopper 4 coupled to the upper portion of the lower casing 3, various foreign matters in the water discharged from the discharge pipe 9 are floated by bubbles and are entangled on the inner surface of the discharge hopper 4. A hopper washing means 22 is installed to prevent the hopper washing means 22 from rotating according to the forward and backward driving motor 15a of the washing unit driving means 15 as shown in FIGS. 1 and 4A to 4B. The rotor 23 is coupled to the lower portion of the spline shaft 15d and rotated together with the spline shaft 15d, and the two to four connecting rods 24 are radially disposed on the rotor 23. It is integrally formed, and each of the connecting rod (24) ends integrally fixed to the cleaning piece (25) is fixed to the scraper (scraper) 26 is formed in close contact with the inner surface of the funnel discharge hopper (4).

In the water purifier 1, the amount of water introduced by the pump 7 is fixed, so it is not a problem to introduce water in one or two aquariums, fish farms, and swimming pools. If you want to purify and sterilize all the water with one water purifier (1), there is a limit to the capacity.The UV lamp (12) gradually introduces oxygen and ozone to a certain amount of water while continuously circulating the water. In order to remove and sterilize proteins, foreign substances and sterilization by irradiating ultraviolet rays), water purification of various aquariums, fish farms and swimming pools with one water purification device 1 is to be purified and sterilized. As shown in FIG. 5, the inlet pipe 8 through which the water is introduced does not flow into the lower casing 3 through the pump 7 of the water purifier 1, and drains water separately. An inlet pipe 8 through which a plurality of waters are introduced at a time by a pump installed in an aquarium, a fish farm or a swimming pool is installed so as to penetrate the lower casing 3, and the water flows into the lower casing 3. When more than a predetermined amount flows through the discharge pipe 10 naturally, while one end of the discharge inlet pipe 27 is connected to the inside of the lower casing (3) to form a connection, the other end of the discharge inlet pipe (27) Is connected to the pump (7), the water in the lower casing (3) by the pump (7) flows into the discharge inlet pipe (27), the inflow water is mixed with oxygen in the injector (19) discharge pipe (9) It may be configured to be discharged swirled upward to the protein removal container (11). At this time, by the ozone supply pipe 29 configured to be connected to the ozone generator 28 installed in the air inlet pipe 18 to be described later, ozone together with oxygen may be introduced into the water and mixed in the injector 19.

And one side of the air inlet pipe 18 piped to the injector 19 installed in the discharge pipe 9 of the water purifier 1, as shown in Figure 6 showing another example of the present invention ozone generator 28 The ozone supply pipe 29 may be configured to communicate with each other. An ozone flow meter 30 and an ozone control valve 31 are installed on the ozone supply pipe 29 to check and control the supply amount of ozone. The check valve 32 is installed on the upper portion of the air inlet pipe 18 in which the ozone supply pipe 29 is connected so that ozone is supplied only to the discharge pipe 9 through the injector 19. do.

In addition, the UV lamp 12 inside the protein removal container 11, the forward and backward driving motor 15a of the washing unit driving means 15 for elevating the lamp washing means 13, and the discharge tube 9 in communication with The pump 7 and the ozone generator 29 have a built-in timer 33 for measuring the operation time, and electrically connected to the control device 34 configured to control the above device.

The present invention constituted as described above is to remove the protein and foreign substances and sterilization of water used for various purposes in the aquarium, fish farm and bath, swimming pool, etc. to be made at the same time as a single device, the operation thereof will be described in more detail below Do it.

First, the operation of the configuration in which only external air is introduced to dissolve in water is explained. When water is discharged from the discharge pipe 9 through the inlet pipe 8 by the pump 7, the protein installed inside the lower casing 3 is discharged. The end is inclined upwardly to the removal container 11 and the water is swirled upward in the tangential direction of the discharge tube 9 to discharge the inside of the protein removal container 11, wherein the injector installed in the discharge tube 9 19), when the inflow air is checked and controlled by the flow meter 20 and the control valve 21, the inlet air flows into the water at a higher pressure by the venturi structure of the injector 19. The discharge is made to the protein removal container 11 in the state of maximizing dissolved oxygen, and the water dissolved oxygen in the outside air swirls upward in the discharge tube 9 and generates a large amount of bubbles to dissolve in the water. Various foreign matters are combined with bubbles to float, and several UV lamps 12 installed inside the protein removal container 11 remove and disinfect and disinfect the water at the same time as protein and foreign substances are removed. In the protein and foreign matter is combined with the air bubbles to rise to the upper portion of the lower casing (3) and the water is stored in the lower casing (3), the protein removal vessel (11) is composed of a high gloss stainless steel UV lamp (12) You can also improve the sterilization efficiency by reflecting the ultraviolet rays emitted from).

Water is stored at a predetermined level in the lower casing (3), the protein and foreign matter combined with the bubbles are stacked on top of the water and changed to foam, funnel-type discharge hopper (4) configured to be coupled to the upper casing (3) It is stacked by overflowing the upper discharge casing (5) to the upper discharge casing (5). At this time, if protein and foreign substances are filled to some extent inside the discharge casing (5), the drain valve (5a) is operated to discharge them to the outside, and various foreign substances. The water sterilized by the UV lamp 12 while the and protein are combined with air bubbles is recirculated to the place of use such as an aquarium through the discharge pipe 10 configured to communicate with the inside of the lower casing 3, The remaining foreign matters left after being injured are submerged by their own weight while the water is stored in the protein removal container 11 and the lower casing 3, and the remaining foreign matters that have sunk in the lower casing 3 Unit casing 3 through the drain valve (3a) provided on the lower residual debris settled on protein removal vessel 11 is that when through the drain valve (11a) installed in a lower protein removal vessel 11 discharged to the outside.

If a predetermined time passes according to the water purification operation of the water, protein or foreign matter adheres to the quartz tube 12a of the ultraviolet lamp 12, thereby lowering ultraviolet radiation. Thus, the lamp cleaning means 13 is operated to increase sterilization efficiency. When the predetermined time set by the experiment value in advance in the timer 33 installed in the control device 34 to double the power is applied from the control device 34 to the forward and backward drive motor 15a of the washing unit driving means 15 The spline shaft 15d geared to the gear body 15c provided on the prime shaft 15b while the prime shaft 15b rotates alternately in the forward and reverse directions by the drive of the forward and reverse drive motor 15a. , Alternately rotated in the reverse direction, the lift bar (15e) consisting of the upper end is connected to the lower end of the spline shaft (15d) by the coupling (15f) is rotated, the male screw formed around the outer side of the lift bar (15e) By (15 g) Since the upper washing panel 16 screwed to the lower part of the shift bar 15e is elevated by the supporter 14, the lower washing panel 16 ′ connected to the upper washing panel 16 and the spacing 17 is also provided. At the same time, the upper and lower entire surfaces of the ultraviolet lamp 12, that is, the quartz tube 12a, are raised and lowered by the washing holes 16b of the through holes 16a formed in the upper washing panel 16 and the lower washing panel 16 ', respectively. The entire upper and lower surfaces of the upper and lower surfaces are divided into upper and lower half halves by the upper and lower washing panels 16 and 16 ', and the lamp washing means 13 is divided into upper and lower washing panels 16 and 16'. 12) Since only half of the entire height of the upper and lower sides need to be elevated by the washing unit driving means 15, the volume of the water purifying device 1 can be significantly reduced.

When a predetermined time passes as described above, proteins and foreign substances injured by bubbles are entangled in the inner and outer surfaces of the funnel-type discharge hopper 4, and the semi-solidification proceeds, such as pearl, especially the semi-solidification such as pearl entangled on the inner surface. The smell of pearl from the water being sterilized and purified by the reconstituted foreign matter, and the water itself becomes slightly turbid so that the water purification and sterilization efficiency is deteriorated, as well as the water purifying device 1 becomes useless. The rotor fixedly coupled to the lower part of the spline shaft 15d which is rotated by the forward and backward driving motor 15a during the operation of the lamp washing means 13 so that the inner surface of the discharge hopper 4 is always washed by operating 22). The scraper 26 fixed to the washing piece 25 by rotating the washing piece 25 which is connected to the rotor 23 by the connecting rod 24 and rotated at the same time by rotating the 23 in the forward and reverse directions. The inner surface of the discharge hopper (4) is to be cleaned cleanly, and the outer surface of the discharge hopper (4) and the inside of the discharge casing (5) by separating the cover casing (6) coupled to the upper portion of the discharge casing (5) to clean the interior You can do it.

As another example of the water purifying device 1, if the place using water such as an aquarium, fish farm and swimming pool is not one or two but several places, a large amount of water used in several places at one time is pumped (7). It is difficult to inflow as one, but it is impossible to purify and sterilize a large amount of water at one time with one water purifier (1). In this case, the water is gradually pumped by a certain amount of water while continuously circulating the water. Into the protein removal vessel 11 through the discharge tube (9), oxygen and ozone are introduced, and at the same time, ultraviolet rays are emitted from the ultraviolet lamp 12 to remove proteins and foreign substances and sterilize. As another example of the present invention of 5, a large amount of water is introduced into the inlet pipe (8) installed through the lower casing (3) of the water purification device (1), and a predetermined number of the lower casing (3) That is, when a predetermined amount or more flows into the discharge pipe 10 to naturally discharge the water in the lower casing (3) to the discharge inlet pipe (27), one end of which is connected to the inside and penetrates the inside of the lower casing (3) The water introduced by the pump (7) is mixed with oxygen in the injector (19) to be swirled upwardly through the discharge tube (9) to the protein removal container (11). The entire process of removing proteins and foreign substances and sterilizing the water by ultraviolet rays is carried out gradually.

And another example of the present invention will be described the operation of the configuration in which the ozone generated in the external air and the ozone generator 28 to be dissolved in the water, the discharge and discharge pipe 10 in the discharge pipe (9) of the water And the cleaning of the inner surface of the discharge hopper 4 by the hopper cleaning means 22 and the cleaning by the lamp washing means 13 of the ultraviolet ray lamp 12 are made so that only the outside air is introduced and dissolved in the water. Since the operation of the constitution is the same as that of the constitution, the description of the action in the removal of proteins and foreign substances in the water and the sterilization treatment of the water is described in detail. When inflow of external air whose flow rate is checked and controlled by the control valve 21 is introduced, ozone generated by the ozone generator 28 is checked and controlled by the ozone flow meter 30 and the ozone control valve 31. Air inlet pipe through ozone supply pipe (29) When supplied to 18 and supplied to the discharge pipe 9 through the injector 19 at the same time as the external air, the oxygen of the outside air is dissolved in the water and ozone is dissolved in the water. Since ozone is not discharged to the outside by the check valve 32 installed at the outside, the entire amount of ozone supplied from the ozone supply pipe 29 is supplied to the water to be dissolved, and more bubbles are generated by oxygen and ozone dissolved in the water. As well as doubling the floating force of proteins and foreign substances, as well as sterilizing the water by the ozone at the same time as the sterilization of the water by the ultraviolet rays emitted from the ultraviolet lamp 12 will be able to maximize the sterilization efficiency of the water. .

In addition, the inlet pipe (8) of the water is installed so as to pass through the lower casing (3) directly, and the discharge inlet pipe (27) installed at both ends of the lower casing (3) and the pump 7 in communication with each other, respectively. Another example of the present invention may be configured by combining another example of the present invention in which the air inlet pipe 18 communicates with the ozone supply pipe 29 in which the ozone generator 28 and the ozone flow meter 30 are installed. In this case, while gradually removing protein and foreign substances and sterilization treatment of large volume of water, it also supplies ozone to oxygen supply and ultraviolet radiation from outside air, so that the purification and sterilization of large volume of water can be processed more quickly and in large quantities.

1 is a cross-sectional view showing a preferred example of the present invention

Figure 2 is a cross-sectional view showing a state in which the discharge tube is installed in the protein removal container of the present invention

Figure 3a is a cross-sectional view showing another example of the internal configuration of the protein removal container in the present invention

Figure 3b is a cross-sectional view of Figure 3a

Figure 4a is an enlarged cross-sectional view showing a preferred example of the hopper washing means in the present invention

Figure 4b is an enlarged perspective view of a part of the hopper cleaning means in the present invention

Figure 5 is a cross-sectional view showing another example of the present invention

Figure 6 is a cross-sectional view showing another example of the present invention

◀ Explanation of symbols used in the main part of the drawing ▶

1: water purifier 2: main unit

3: lower casing 3a: drain valve

4: discharge hopper 5: discharge casing

5a: Drain valve 6: Cover casing

7: pump 8: inlet pipe

9: discharge pipe 10: discharge pipe

10a: Water level control valve 11: Protein removal container

12: UV lamp 12a: quartz tube

12b: Light emitting lamp 12 ': Vortex induction pipe

13: Lamp cleaning means 14: Supporter

15: washing part drive means 15a: positive and negative drive motor

15b: driven shaft 15c: gear body

15d: Spline Shaft 15e: Lift Bar

15f: Coupling 15g: Male thread

16: Upper cleaning panel 16 ': Cleaning panel

16a: Through Hole 16b: Washing Hole

17: interval maintenance zone 18: air inlet pipe

19: Injector 20: Flow meter

21: control valve 22: hopper cleaning means

23: rotor 24: connecting rod

25: washing 26: scraper

27: discharge inlet pipe 28: ozone generator

29: ozone supply pipe 30: ozone flow meta

31: Ozone control valve 32: Check valve

33: timer 34: controller

Claims (9)

The lower casing (3) and the lower casing (3), the discharge pipe (9) formed in the end is inclined upwardly so that the water is discharged upward swirled on one side of the lower side is installed in communication with the inside, and the upper casing (3) The discharge casing 5 and the discharge casing having a funnel-type discharge hopper 4 integrally formed at the bottom and having a drain valve 5a formed at the lower portion to discharge the foreign substances overflowing into the discharge hopper 4 are formed. The main body (2) consisting of a cover casing (6) coupled to the upper portion of 5), An ultraviolet lamp 12 placed in the main body 2, A well-known water sterilization and water purifying apparatus (1) having an injector (19), which is provided in the discharge pipe (9) and is provided with an air inlet pipe (18) for introducing external air therein; A drain valve 3a configured to discharge foreign substances that have sunk in the lower part of the lower casing 3, A water level control valve 10a installed to control the water level in the discharge pipe 10, An end portion of the discharge tube 9 is inserted in the tangential direction to the lower part, and the ultraviolet lamp 12 is installed inside the lower casing 3 so that several radially enters therein. A cylindrical protein removal container 11 having a drain valve 11a configured to be discharged to the outside of the lower casing 3, The flow meter 20 is installed at each end of the air inlet pipe 18 to check the inflow of the air flowing into the air inlet pipe 18, and the inflow amount of the air identified by the flow meter 20 can be adjusted. Water sterilization and water purification device, characterized in that it comprises a control valve (21). The method according to claim 1; The ultraviolet lamp 12 is provided with a lamp washing means 13 to remove and remove the foreign matter adhering to the surface of the ultraviolet lamp 12 by the cleaning unit driving means 15, The lamp washing means 13 is connected to the upper and lower double by the gap holding means 17 to be elevated by the washing unit driving means 15 riding a number of supporters 14 fixedly installed inside the protein removal container 11. The upper washing panel 16 and the lower washing panel 16 ', A through hole 16a through which the ultraviolet lamp 12 penetrates the upper cleaning panel 16 and the lower cleaning panel 16 '; Water sterilization and water purification device, characterized in that consisting of a washing hole (16b) in close contact with the ultraviolet lamp 12 on the through hole (16a) fixed to remove the foreign matter. The method according to claim 1; The discharge hopper 4 is provided with a hopper washing means 22 to remove various foreign substances tangled on the inner surface while rotating by the washing unit driving means 15, The hopper washing means 22 is fixed to rotate by the washing unit driving means 15, the rotor 23 is formed integrally with several connecting rods 24 radially, Sterilization and water purification of the water, characterized in that the fixing rod integrally configured at each end of the connecting rod 24, the scraper 26 is in close contact with the inner surface of the funnel discharge hopper 4 is configured to be fixed Device. The method of claim 2 or 3; The washing unit driving means 15 is fixed on the cover casing (6) and the forward and reverse drive motor (15a) for rotational rotation in the forward and reverse directions when electricity is applied, and A gear body 15c axially mounted on the prime mover 15b of the forward and reverse drive motor 15a, A spline shaft 15d which is geared to the gear body 15c and rotates forward and backward in accordance with the driving of the forward and reverse drive motor 15a, and the rotor 23 is fixed to the lower part; The upper part of the spline shaft 15d is connected to the upper end by a coupling 15f, and an external thread 15g is formed on the outer circumference, and the upper washing panel 16 is screwed to the lower part of the spline shaft 15d. Water sterilization and water purification device, characterized in that it comprises a lift bar (15e) configured to lift the upper cleaning panel 16 by the male screw (15g) during rotation. The lower casing (3) and the lower casing (3), the discharge pipe (9) formed in the end is inclined upwardly so that the water is discharged upward swirled on one side of the lower side is installed in communication with the inside, and the upper casing (3) The discharge casing 5 and the discharge casing having a funnel-type discharge hopper 4 integrally formed at the bottom and having a drain valve 5a formed at the lower portion to discharge the foreign substances overflowing into the discharge hopper 4 are formed. The main body (2) consisting of a cover casing (6) coupled to the upper portion of 5), A cylindrical vortex induction pipe 12 'which is placed inside the main body 2, A well-known water sterilization and water purifying apparatus (1) having an injector (19), which is provided in the discharge pipe (9) and is provided with an air inlet pipe (18) for introducing external air therein; A drain valve 3a configured to discharge foreign substances that have sunk in the lower part of the lower casing 3, A water level control valve 10a installed to control the water level in the discharge pipe 10, An end portion of the discharge tube 9 is inserted in the tangential direction to the lower portion and is installed inside the lower casing 3 so that the vortex induction tube 12 'is placed therein. (3) a cylindrical protein removal container 11 having a drain valve 11a configured to be discharged to the outside; The flow meter 20 is installed at each end of the air inlet pipe 18 to check the inflow of the air flowing into the air inlet pipe 18, and the inflow amount of the air identified by the flow meter 20 can be adjusted. Water sterilization and water purification device, characterized in that it comprises a control valve (21). The method according to claim 5; The discharge hopper 4 is provided with a hopper washing means 22 to remove various foreign substances tangled on the inner surface while rotating by the washing unit driving means 15, The hopper washing means 22 is fixed to rotate by the washing unit driving means 15, the rotor 23 is formed integrally with several connecting rods 24 radially, Sterilization and water purification of the water, characterized in that the fixing rod integrally configured at each end of the connecting rod 24, the scraper 26 is in close contact with the inner surface of the funnel discharge hopper 4 is configured to be fixed Device. The method according to claim 5; The washing unit driving means 15 is fixed on the cover casing (6) and the forward and reverse drive motor (15a) for rotational rotation in the forward and reverse directions when electricity is applied, and A gear body 15c axially mounted on the prime mover 15b of the forward and reverse drive motor 15a, The gear is coupled to the gear (15c) is configured to rotate in the forward and reverse direction according to the drive of the forward and reverse drive motor (15a), characterized in that it comprises a spline shaft (15d) is fixed to the rotor 23 in the lower portion Water sterilization and water purification equipment. The method according to claim 1 or 5; The water purifying device (1) is configured to communicate with the lower portion of the lower casing (3), the inlet pipe (8) into which the water is introduced so as to purify and sterilize a large amount of water used in a number of water use, Water disinfection and water purifying apparatus, characterized in that it further comprises a discharge inlet pipe (27) installed at both ends in communication with one side of the lower casing (3) and the pump (7). The method according to claim 1 or 5; The water purifier 1 includes an ozone generator 28 connected by an ozone supply pipe 29 configured to communicate with one side of the air inlet pipe 18, An ozone flow meter 30 and an ozone control valve 31 connected to the ozone supply pipe 29 so as to check and regulate the supply amount of ozone; The ozone supply pipe 29 further includes a check valve 32 installed on the upper portion of the air inlet pipe 18 configured to communicate with the ozone is supplied only to the discharge pipe 9 through the injector 19 without being discharged to the outside. Water sterilization and water purification device.

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