KR20130061154A - Eco-friendly method to clean polluted river water from point source and non-point source that discharge polluted river water and applied point source and nonpoint source purification system - Google Patents

Abstract

PURPOSE: An environmentally-friendly construction method purifying polluted river water generated in a point pollution source and a non-point pollution source discharging the polluted river water and a purification system of the point pollution source and the non-point pollution source applied to the same are provided to prevent the river water from being entirely discharged in the dry season and to efficiently purify the river water. CONSTITUTION: A discharge path opening floodgate(8009) is installed in a suspended solid collecting container(9002) and is closed in order to reserve river water to the inside of a multipurpose movable weir floodgate(80). A water lever sensor checks an inflow water lever of the river water and transmits a signal to a composite control system. A discharge rate is controlled in order to float contaminant molecules including light specific gravity to the upper part of the river water. Floating wastes are collected by a cotton dusting machine(9000) and is reprocessed by being collected by a conveyor belt(15). Organic matter type suspended solids including the light specific gravity are adsorbed by an absorber(9110) and are reused or are transferred to a sewage disposal plant.

Description

Eco-friendly method to clean polluted river water from point source and nonpoint source that discharges polluted river water and point source and nonpoint source purification system applied to it {?}

The present invention is an environmentally friendly method for cleanly purifying contaminated river water generated from point source and non-point source that discharges contaminated river water and

The present invention relates to a point source and a nonpoint source purification system.

More specifically, the stream water is introduced in two directions, and then discharged in four directions to purify and discharge polluted river water generated from point sources and nonpoint sources, so that the stream water can be purified. It is to prevent the discharge of all through the discharge induction passage to maintain a certain amount of river.

As is well known, there are various substances contaminating river waters due to the development of industrial society.

As these substances are introduced into the river without any filtering device, the contamination of the river water as well as the unpurified river water are introduced into the sea.

In the present invention, the present invention is intended to completely clean the contaminants contained in the contaminated river water generated from the point source and the non-point source, and to purify the clean stream water to the stream.

In addition, in order to store water for agricultural or industrial use, or to purify polluted water quality, river or water gates are installed in rivers, reservoirs, and related waterways so that the water level on the reservoir side is always constant. Will be kept at a height.

Since conventional underwater beams are mostly installed in a fixed manner, the inflow water is discharged in an overflowing manner to the upper part of the underwater beams, so that contaminants contained in the stored water continuously accumulate at the bottom of the reservoir side, and sedimentary sludge accumulates. This causes problems of secondary pollution, such as the occurrence of pathogenic bacteria or pests.

In order to improve this, the applicant has registered Patent No. 0821690, Utility Model No. 320510, Publication No. 10-2012-0094877, Publication No. 10-2011-0060875, Publication No. 10-2011-0047182 and Publication No. 10-2011. -0116102, Pub. 10-2011-0086678, Pub. 10-2011-0042275, Pub. 10-2012-0090916, Pub. 10-2012-0086681, 10-2011-0060876 and 10-2010 -0020019 and the like have disclosed an automatic floodgate to prevent water pollution by allowing the sedimentary water, including sedimentary sludge at the bottom of the reservoir, to be discharged to the outside of the floodgate by the siphon principle without opening the floodgate.

However, these patents are simply a method of discharging foreign substances such as sedimentation sludge while discharging water at the lower side of the reservoir using the principle of siphon using the two-inflow two-discharge method. There is a flaw that cannot be made.

In addition, when water is discharged through the siphon passage through the siphon passage in the state in which the gate is standing up, foreign substances such as sand and gravel are accumulated in the back of the gate, and its height is gradually increased so that the gate is distorted due to the trapezoid phenomenon. There was also a disadvantage that does not fall smoothly.

On the other hand, the siphon passage in the general hydrology using the siphon principle has a constant width from the lower part to the upper part of the hydrology, so when the water level of the river becomes higher than the upper part of the hydrology, naturally, the low-level water of the river is discharged through the siphon passage through the siphon passage. However, even in the dry season, even if the water level in the river was lowered, the river water was discharged through the siphon passages by the capillary phenomenon, so there was a disadvantage that the river level could not be maintained.

In the conventional siphon passages, since the discharge passage is formed in the form of a straight line to generate the action of gravity immediately, there is a significant defect that all the water stored in the drought season is drained. The present invention is an invention for more efficiently purifying polluted river water by using a two-flow four-way discharge method that solves these problems.

The following will be described by citing the actions of naturally purifying contaminated water disclosed in the Invention Patent No. 10-01233804, which the applicant has invented and registered.

Since the water gates installed in all conventional reservoirs use only one or two water gates to discharge only the amount of water flowing from the upstream of the river, the pollution of the river waters is increasing.

In other words, the method of discharging the incoming river water by opening one or two floodgates is performed, and the clean stream waters with heavy specific gravity continuously push the polluted river waters with low specific gravity to the left and right sides of the reservoir. Pollutants are pushed to the left and right.

The mass-bonding action between the contaminated contaminants and other contaminants increases the pollution of the water stored in the reservoir.

In order to solve this problem, the present invention aims to provide a method of naturally saving contaminated river water by using a reverse action of specific gravity according to the intrinsic mass of water molecules.

In addition, to control the flood and secure water, a water reservoir is constructed by blocking a large river. The water reservoir is composed of a plurality of sets of flood gates, and the flood water is controlled by controlling the open water and the degree of opening according to the level of the reservoir. There is also a multipurpose water storage system associated with a small hydro power system to generate power during this discharge of water.

Normally, the sluice gates installed in the water storage system do not normally open and discharge, but only in the event of a flood, they discharge the excess water.

However, when water is confined for a long time in a state where water is confined by the water storage device, sedimentation sludge is generated as the pollution of the river water is aggravated by the material agglomeration action and the material binding action that are generated while the pollutants bind to each other. Due to the occurrence of sedimentation sludge, there is a disadvantage that water pollution is increased.

That is, in a general small water storage device, water is discharged by only opening one or two gates of a plurality of water gates according to the water level of the normal storage space, so that most water is stagnant for a long time in the state of being trapped in the storage space, and thus, the aforementioned As the pollutants are combined with each other to generate sedimentation sludge, water pollution is further accelerated.

On the other hand, while the present inventors study the natural phenomena that occur after the installation of the hydrology in hundreds of rivers for 20 years, it describes the action of nature that the contaminated river water naturally survives.

First of all, I would like to argue that the term H2O itself is wrong because the structure of water claimed in academia consists of two hydrogens and one oxygen.

Water contains all the substances on earth and can be classified as water or pollutant depending on the size of its components.

Ingestion of food by humans or animals into the mouth to digest it is not a contaminant. If food is eaten by people or animals, it turns into contaminants.

For example, if you put the toilet paper in water, it is naturally decomposed and it can be observed that the shape of the toilet paper itself disappears for some time.

You can also observe the phenomenon that smoke occurs when paper is burned.

The smoke generated by burning paper is to change the components of the paper into water by the action of material binding with moisture in the atmosphere or matter in the atmosphere.

In addition, there is no scientific logic clearly explaining what happens when the water is heated and the bubbles are generated continuously in boiling water. When water is heated, the water molecules are broken into smaller and smaller sizes due to the explosive action of the material molecules bound to the water molecules, and the light water molecules are dragged into the atmosphere by the action of gravity. Is believed to occur.

In addition, the phenomenon that fog occurs when the cross between the autumn and spring is large is considered to be caused by the material friction action and the material explosion action.

* Moisture molecules in the air in the air and water molecules in the cold air on the surface of the air rise by convection and collide with each other. It is believed that the fog is caused by the fact that water molecules are lifted to the atmosphere by the action of gravity as they are split into smaller sizes and lighter in weight.

In other words, it is believed that fog occurs due to the material friction action and the material explosion action caused by the collision of moisture molecules on the surface and the air.

It is believed that the fog generated by this action is naturally extinguished due to the action of combining with air in the atmosphere by the action of far infrared rays generated from sunlight.

Due to this action, it is judged that moisture molecules are contained in the air in the atmosphere.

For example, there is no academic paper describing the white color of water falling from a waterfall, and it is considered that there are no papers that study the fundamentals of water in detail.

According to the observations made by the present inventor after starting to study water, the phenomenon in which the color of the water turns white when the water falls falls occurs because the falling rate is different according to the specific mass of the water molecule .

That is, the drop speed is different according to the mass of the water molecules falling down the waterfall, so that the material friction action collides naturally due to the positional change caused by the speed difference between the heavy and light water molecules. During the process of mass explosion, the size of the water molecules is transformed into smaller and smaller water molecules, and because of the naturally expanding bubbles, the color of the waterfall appears white to the observer's eyes.

In detail, the speed of falling varies greatly because the masses of falling water molecules are all wrong.

Because the water molecules that make up the waterfall fall at different speeds, the color of the water turns white due to the bubbles generated by the mass friction and the explosion between the heavy and light water molecules. It seems to be.

It is judged that the color of water flowing through the shoals is white, and the color of water is white due to the material friction and material explosion.

As such, the principle of the basic action that can be naturally purified by any contaminated water quality by artificially generating the material friction action and the material explosive action is found in the lower part of blocking 200 waters in 200 places for 10 years. It was naturally learned through the implementation of drainage hydrology.

By these actions, even if the water polluted by the material friction action and material explosive action that occurs naturally when water molecules and water molecules meet, they are eventually purified naturally.

For example, even though pollutants enter the groundwater seriously contaminating the groundwater, eventually the groundwater contaminated by the material friction and the explosive action naturally caused by the rotation and rotation of the earth turns into clean water quality. Will be.

The reason that the seawater turns into white foam when the waves hit the sea is due to the material friction action and the material explosion action caused by the collision of material molecules that make up the seawater molecules.

In the present invention, the "basic definition of water molecules that make up water" is to define that all the material molecules that make up all animals, plants and matters are water.

After all the material has passed over time, it will eventually be decomposed and transformed into ultra-fine particles, turning it into clean water molecules to become water.

The following is a description of the actions by which polluted water combined with pollutant molecules are naturally purified or the pollution is further increased.

1. Natural purification by sunlight

As soon as radioactive materials such as beta rays, ultraviolet rays, alpha rays, and gamma rays from the sun come into contact with water molecules, the structure of the water molecules expands, causing the molecular structure of contaminants bound to the water molecules to continuously split or explode into smaller sizes. Molecular explosion and molecular expansion cause contaminated water's molecular structure to be transformed into ultra-fine particles, improving contaminated water quality

Example: When the sun is exposed to the sun, the skin burns black and swells, as the structure of the skin cells is destroyed by the material explosion that occurs at the same time as various substances released from the sun react with the skin cells. The surface is swollen and turns black.

Skin does not turn black due to photosynthesis, but skin cells explode due to mass binding and explosive action, causing skin cells to swell and turn black.

Evidence 1: skin cells darken and swell after prolonged exposure to sunlight

Evidence 2: When water is boiled, the far-infrared rays stimulate the water molecules, causing a material explosion, and water droplets are continuously generated in the water, and the water vapor forming water molecules is raised to the atmosphere by the action of gravity. While falling to the ground by the material immersion action to recombine with the material molecules in the air

2. Purification by friction of aquifer

The contaminated water quality is naturally purified by the material friction action generated by the friction between the surface layer of water and the atmospheric air layer in contact with the air.

Example: Foaming in waves at riversides or at sea

3. Purification by capillary phenomenon

Contaminants that combine water molecules and substances by capillary action in which water molecules naturally penetrate into the microparticles of contaminant molecules due to the difference in mass and density of water molecules and the mass and density of contaminant molecules. Natural decomposition of contaminant molecules into ultra-fine particles, while natural explosive action to inflate and expand molecules

Example: water penetrates into the paper, causing the paper to break down easily

4. Water Purification by Microorganisms

* Microorganisms ingest and decompose pollutant molecules combined with water molecules, leaving only water molecules and purifying them by selecting many pollutant molecules.

5. Purification by dissolved oxygen

When oxygen molecules contained in water meet contaminant molecules, an explosive action occurs and the contaminant's molecular structure is split into smaller and smaller sizes, thereby transforming the contaminated water into a molecular structure of pure water. It is the act of purifying polluted water naturally by acting to help the life extension necessary when the microorganisms that live while breathing oxygen contained in the water take in pollutants combined with water molecules.

6. Purification by osmotic pressure

The density of pollutant molecules is based on the density of the pollutant molecules as the material explodes inside the pollutant molecules due to the penetration of water molecules into the pollutant molecules bonded to the water molecules by the action of atmospheric pressure and gravity. Natural ultra-fine particles transform into contaminated water

Example: Swelling in the bath when it is in the water

7. Purification by material friction

By the friction action generated by the pointed part of the water molecules and the pointed part of the pollutant molecules rubbing each other, the pollutant molecules are decomposed to the size of the ultra-fine particles, the basic unit of the water molecule, by decomposing contaminants. Purifying action

Example: Chewing food with teeth to digest

Example: Brushing Teeth Cleans Teeth

8. Purification by the action of material jungle where polluted substances with light gravity are pushed to clean water molecules with heavy gravity

All objects subject to gravity and buoyancy are purified from the moment they enter the water due to the difference in mass and specific gravity.

Example: When a stone is put in water, the water is pushed up by the volume of the stone, and when water and oil are put together in the plastic bottle, the oil floats naturally to the upper part of the water by the action of gravity and buoyancy.

Example: a wrestler wins a freezing player

9. Acceleration of substances that increase water pollution

The material accelerating action is the rubber accumulating device of the upper discharge method or the material binding action which is generated when the water is confined by the conductive water gate and the contaminant substance molecule which is light in weight is stagnated inside the rubber water storage device or the conductive water container Aside from the stored water having a heavy specific gravity, it is discharged to the downstream side through the upper end of the rubber water storage device or the conductive water can.

The conventional theory is that the water flowing in the stream is flowing in the shape of the water by the atmospheric pressure applied to the surface layer and frictional action on the surface of the surface, and the theory has existed. ∠ in this form, that is, the flow velocity of the upper portion is determined to flow while maintaining a faster state by the action of the material acceleration cross section of the flow velocity.

That is, organic material pollutants in the upper part layer are light in mass and specific gravity, so they are stagnated in the lower part due to the acceleration of the material caused by the action of buoyancy due to the low surface pressure generated by gravity, and thus the material binding action. As a result, it was found that the flow rate was maintained at a high speed aside from the stagnant water, which has a heavy specific gravity.

The occurrence of such material acceleration acts in part by the effect of the material jungle action caused by the backwater phenomenon generated by the water storage system composed of sections in rivers.

Method of Proof: The truth of this theory can be confirmed by visually confirming the flow of oil in rivers and flowing down.

Basis of theory: Since organic substances and water molecules, which are the basic substances of pollutants, do not bind easily, when the pollutants first enter the river, they flow while remaining floating on the surface layer of the stream. It is maintained.

This theory applies only to streams with pollutant loads, and the flow rates of clean river water with very low pollutant loads are the same.

Example: brakes on the ice causing the car to slide under acceleration

10. Material cut to purify polluted water

When water is trapped by using a rotary gate or a drain gate, the influent is discharged through the lower part of the gate, and clean water molecules with heavy gravity push the lighter contaminants to the upper part of the gate. Firstly discharged action

Example: When water and oil are put together in a plastic bottle and a hole is made in the bottom of the bottle, the oil aside and the water falls out first.

11. Material release

Pollutant molecules bound to water molecules are released from the water molecules by external impacts to clean the polluted water.

Example: white foam occurs in a shoal and white foam occurs when a wave hits

Example: When detergent and cloth are put together in a washing machine, the contaminants that penetrate the cloth are taken out of the cloth and the cloth is cleaned.

12. Material binding

The action of the magnetic and viscous forces of water molecules and the viscous forces of pollutant molecules bind to each other in water, making the polluted water even worse.

Example: An egg and a sperm meet to fertilize and become pregnant and deposits on the riverbed

13. Mass aggregation

Material molecules and material molecules with similar specific gravity are aggregated in water or air by magnetic and viscous forces

Example: Sedimentation sludge generated by condensation in water and clouds condensing in the atmosphere

14. Functions and laws of conservation instinct

The DNA of a substance molecule in every substance is never changed and the crystal structure of the pure substance molecules of the species has been passed down for hundreds of thousands of years.

The crystal structure of pure water molecules never changes even though pure water molecules combine with contaminated material molecules by the action and law of the material preservation instinct, which does not change the material's crystal structure. Eventually, clean water molecules will be preserved while being reduced to clean water molecules.

Example: A plant's seeds maintain the purity of the species and produce a clone using human and animal genes

Examples: clones made from human and plant seeds, human genes and animal genes classified as white, black, or yellow race

15. Material explosion

All material molecules in water naturally contaminate water quality due to deformation or expansion and explosion as the molecular structure is continuously split into smaller and smaller sizes when the molecular structure of the material comes into contact with other kinds of materials. Purification

Example: When soap is mixed with water, the molecular structure explodes and bubbles are formed. When cesium is added to water, the explosion occurs.

Evidence 1: When washing clothes contaminated with contaminants, if detergent is added and the washing machine is rotated, the molecular structure of the contaminants that penetrate into the cloth is caused by the contact of water and detergent and explosion of materials. The phenomenon that the cloth is cleaned by the material release effect that the contaminants that are combined with the cloth are released from the cloth while being transformed into the size. The phenomenon that the cloth is damaged after washing the cloth several times is also affected by the material explosion.

Evidence 2: If you put toothpaste in your mouth and brush it, the foam will be generated by the explosive action that occurs when toothpaste and water molecules meet. Food debris leaks out of the teeth by the explosive force of toothpaste

16. Definition and hypothesis of the action that the polluted water is naturally purified by the material friction action caused by the magnetic force of water molecules.

Water molecules come in many forms, but usually consist of five or six peaks, the ends of which form a pointed triangular shape. It is configured to facilitate the combination.

The reason why the water molecule has a negative and positive pole, which is a magnetic property, is because the pointed parts of the water molecules, which are formed in a triangular shape, are annealed in a more rigid molecular structure by the friction of materials that rub against each other. It is believed that a magnetic field is generated naturally at the tip of the water molecule.

The fact that the tip of the compass is directed toward the south pole and the north pole naturally occurs along the polarity of moisture in the air, that is, the magnetic force of water molecules. It is considered to be.

This natural magnetic field is applied to the end of the water molecules, and the positive and negative charges of the water molecules occur in a natural way to direct them to their favorite direction. As friction between materials always occurs, all contaminated material molecules associated with water molecules are decomposed naturally. Depending on the temperature of the water, the angle and shape of the sharp part are different.

Example: The compass always points in the north and south directions due to the action of a positive and negative charge on the tip of the water molecule.

17. Rejection of material binding

When pollutants with different water molecules and specific gravity enter the water, the water molecules unconditionally refuse to bind with the pollutants, and the pollutant molecules introduced into the water are pushed up to the upper part of the water. This occurs because the pollutants introduced into the stream remain suspended in the upper layers of the water due to the rejection of mass binding, and the specific gravity of the pollutant molecules is increased by the various actions that naturally clean the pollutants. If the specific gravity is similar to that, from then on, the material binding action of the contaminant molecules and the water molecules is combined, and the specific gravity is changed to heavy sedimentation sludge and transformed into contaminated water quality.

Example: When oil is poured into water, the oil floats on the water and floats.

18. Material separation

Since all material molecules in water are composed of very small particles of about 1 / 10,000,000 mm, they are separated into layers by the intrinsic mass and specific gravity of the material molecules due to the difference in gravity and the difference in specific gravity. Separation by material molecules forming a water reservoir.

In other words, water molecules combined with a large amount of contaminant molecules and materials are transformed into sedimentary sludge as the weight of water molecules becomes heavy due to the magnetic and viscous forces of the water molecules. Clean material molecules herpes on the lower layer and do not have a lot of material binding action remain in the upper part of the sedimentation sludge, and each water molecule constituting water is separated from each other by forming different layers. It is being stored.

The separation position of the reservoir is separated because it is separated by material or by mass of material. It is judged that the water storage layer can be separated by material of 1 / 100,000,000mm or more.

Since all water molecules and pollutant molecules are subject to gravity and specific gravity, the position of the layers in the reservoir layer is different depending on whether they have less or more material binding action. The floor is absolutely wrong.

By separating the material by material by this material separation action, it is possible to separate hundreds of thousands of substances contained in water by specific gravity and mass and to extract necessary materials from the water. Overcoming, the basic order of the material basis of modern life can be reorganized.

Example: Jeff Weiner

19. The act of changing the pH of the water by mass oxidation

Since all material molecules entering the water are composed of a unique DNA molecular structure, when other material molecules come into contact with the structure of the material molecule, a material catalyst action occurs immediately and the structure of the material molecule becomes strong or weak.

Through this process, the structure of the material molecules is slightly deformed.

By the action of the substance catalyst, the structure of the substance molecule is weakened or strengthened by the action of changing the acidity, ie, the pH concentration of the water.

DNA of substance molecules whose molecular structure is strengthened by substance catalysis acts to naturally purify contaminated water quality by substance friction which easily breaks down molecular structure of weak substance molecule DNA.

Example: The color of litmus test paper changes

20.Sterilizes bacteria entering the water by the sterilization of substances

When bacteria enter the structure of pure water molecules made up of clean water molecules, microbial substances and germs naturally occur due to the material sterilization effect, which is caused by the action of material friction, which is caused by stabbing or tearing. The action of purifying polluted water naturally while being sterilized.

However, in polluted water, the pointed molecular structure of the water molecule is transformed into a blunt form by a material binding action in which water molecules and contaminants are combined. The rapid growth of microorganisms such as these will further worsen the contaminated water quality.

Hypothesis: If the water temperature is set to 0 degrees, the molecular structure of the water molecules is changed to a sharp shape.

By spraying water made by using this material change action in the form of water vapor in a thin form on the surface of the crop, the pods of pests parasitic on the plant can be torn or stabbed at the point of water molecules. The pests will be eliminated.

Evidence 1: In the valley of Mt. Kumgang, where absolutely clean water flows, the food chain cannot form because the microbes and bacteria, which are the food chain of fish, are naturally sterilized by material sterilization by sterilization of the water molecules. Will not live.

Evidence 2: Hydraulic cutting machine to cut steel plate by spraying water

Therefore, if the water is confined to a certain place for a long time, the contamination is further increased by the material decomposition action and the material binding action, so that the water stored in the reservoir always maintains the full water level, and the water coming from the upstream through the lower part of the water gate Often discharged is the best way to prevent pollution of the river water, and also by using the method of discharging the water in the reservoir through the lower end of the sluice, by the material binding action that combines the substances contained in the water It releases pollutants such as aggregated sewage sludge, and at the same time generates material acceleration phenomenon, material scavenging phenomenon, material decomposition action, material flotation action, and naturally cleans the contaminated water quality. It discharges a small amount of incoming water so that it has a small specific gravity Diluting the contaminated material and clean water with a high specific gravity discharged through the lower part of the gate is the best way to naturally clean the contaminated water.

Invention Patent No. 10-01233804, Patent Registration No. 10-0891621, Registration No. 10-1027047, Patent Registration No. 10-0949325, Patent Registration No. 10-1006170. Patent Publication No. 10-2011-0094778, Patent Registration No. 10-0791422, Patent Registration No. 10-0791422, Utility Model Registration No. 20-0459753, Patent Registration No. 10-1129407, Patent Publication No. 10-2012- 0133855, Patent Registration No. 0821690, Patent Publication No. 10-2011-0086678, Patent Publication No. 10-2011-0073414, Patent Publication No. 10-2006-0126869, Patent Publication No. 10-2005-0080009, Patent Publication No. 10-2003-0041915, Patent Publication No. 10-2009-0049103, Patent Publication No. 10-2003-0063267, Patent Publication No. 10-2008-0009252, Patent Common No. 10-2008-0009253 Patent Publication No. 10-2012-0086681, Patent Publication No. 10-2012-0094877, Patent Publication No. 10-2011-0060875, Patent Publication No. 10-2007-0105949 Patent Publication No. 10-2009-0043689, Patent Publication No. 10-2006-0130538, Patent Publication No. 10-2006-0121793, Patent Publication No. 10-2007-0003747 Patent Publication No. 10-2007-0083441

The present invention solves these problems with the conventional methods and at the same time to more efficiently purify the contaminated river water generated from the point source and non-point source using natural forces and at the same time all the water stored in the drought It is an object of the present invention to avoid

In the present invention, to prevent the phenomenon that the river water stored in the drought season automatically escapes the size of the chiffon passage is formed in the inside of the movable floodgate to form a wide bent in the lower part and slightly bent in the middle and the upper part is configured to be wide drought In order to prevent the flow of all the river water stored in the iron and at the same time to induce a change in the water pressure of the rising river water through the use of the construction method to form a discharge port on the upper part of the backflow prevention plate formed in the back of the water gate To solve the problem of the present invention by using a method to purify the contaminated river water

In addition, to solve the problem of the present invention by using the process of cleaning the contaminated river water by using the action of gravity that is automatically separated by material molecules by collecting the contaminated river water generated from the point source and non-point source.

According to the present invention, after introducing all the river water introduced from the upstream of the stream into the floating material collection container (9002) configured on one side of the multi-function movable walkway gate 80 is installed over the full width of the river shear surface and the floating material collector By operating the discharge passage opening and closing gate (8007) is coupled to (9002) is discharged to the downstream of the stream less than about 0.001wt% ~ 5wt than the amount of inflow of the river water and at the same time mixed with the river water of gravity Due to the difference in action and specific gravity, the floating material wastes flowing into the floating material collection container 9002 by the flow rate of the rivers while being floated in the upper part of the river water are collected by operating the vibration damper 9000, and then the collected wastes are transported. The process of collecting and reprocessing the belt 15

The organic material suspended solids, which are not processed by the vibration damper 9000 and rise to the upper portion of the floating material collecting container 9002, have an adsorption belt 9111 coupled with an oil adsorbent that adsorbs the fluid organic materials. Adsorbed by rotating adsorber 9110 and collected using the organic material collection device 9112, and then transported the collected organic material suspended matter to the sewage treatment plant and at the same time performing a clean process

The streams flowing from upstream of the river exhibit the natural friction and mass explosive action, while the heavy rivers clean up the polluted streams with light gravity, and the mass rain and mass cut. When clean river water having a heavy gravity is discharged preferentially through the discharge passage 8007 among the stream waters introduced into the suspended solids collection container 9002, the suspended solids collecting container 9002 is caused by the difference in specific gravity and the action of gravity. Polluted river water that has a high specific gravity

After pumping to the pump (8003) is configured to transfer to the sewage treatment plant (8000) through the collecting pipe (8002) to clean water from the sewage treatment plant (8000) to discharge the stream back to the stream continuously Combined with the river water treatment system is effective to purify the contaminated river water.

In addition, when the water storage is completed inside the multifunctional movable floodgate 80 configured to exhibit a water purification function, the stream flowing from the upstream of the stream overflows the upper portion of the multifunctional movable floodgate 80 and the first discharge is made. At the same time, the polluted river water having a light weight that flows over the multifunctional movable floodgate 80 falls into the upper portion of the shovel generating plate 50 formed at the rear of the movable floodgate. River water contaminated by the natural purification occurs.

The hydraulic reinforcing wall in which the clean low-rise water having a heavy gravity is formed in the multi-functional movable hydro gate 80 at the same time as the primary purification action occurs and the water pressure stored in the multi-functional movable hydro gate 80 is generated. While passing through the 113 and at the same time the effect of the water pressure is diffused in the U-shaped passage 111 and the low-level water discharge induction passage 118, a certain amount of river water is continuous through the hydraulic pressure diffusion passage 112 to strengthen the water pressure After flowing through the third discharge passage 116 and discharged through the third discharge passage 116, the river water and the clean river water heavy heavy gravity that continuously passes through the combined fishery bottom water discharge passage 117 and Naturally generated contaminated river water by exerting a material friction action and a material explosion action while generating a vortex action that is strongly in contact with the inside of the shool generating plate 50. Demonstrate the action to purify and at the same time

The clean river water of a certain amount passed through the bottom water discharge induction passage 118 is discharged to the second outlet 110 by the pressure of the water pressure and is diluted with the primary discharge water over the multifunctional movable floodgate 80. There is an effect of promoting the operation of the naturally purified stream water contaminated by the material friction action and material explosion action generated while falling to the upper portion of the shool generation plate 50.

In other words, clean water that is heavily concentrated in the lower part of the reservoir is discharged preferentially, and clean heavy water, which is always concentrated in the lower part of the reservoir, is discharged first and contaminants such as sedimentation sludge are discharged together. The water quality of the reservoir can be improved, and the material friction, material injury, material cutting, and material explosion naturally occur during the process of first discharging the clean river water with a heavy gravity through the lower part of the multifunctional movable floodgate. Pollutants contained in the water can be naturally decomposed and extinguished, thereby naturally purifying the water quality of the river water.

In addition, by applying such a large-scale water storage system, not only can a large amount of water be stored, but also the electricity can be continuously generated by using the stored water to generate electricity, and at the same time, it is possible to purify polluted river water easily at a low cost. By using a natural purification system where polluted river water is naturally purified by nature, it can continuously produce clean and clean river water, and can produce clean water without using chemicals such as chlorine and fluorine. It is working.

In addition, if the river water is stored by using the discharge gate of the upper discharge

 Although the polluted river water having a light gravity is pushed to the left and right sides of the reservoir by the heavy river water, the polluted river water is more polluted by water. Through the lower part of the multifunctional movable gate, which is installed in the reservoir consisting of the multifunctional movable gate, which is constructed using the eco-friendly method, the amount of water discharged from the upstream of the stream is simultaneously discharged. As the water in the reservoir is not stagnated by the action of rising to the upper part without being pushed to the left and right sides of the reservoir, it is possible to restore the ecosystem by blocking the algal phenomena generated by combining water and pollutants with each other. Polluted river water coming from onshore rivers A multiple bond that contains material going generating red tide are caused by an action with material aggregation action developing a function and effect that was blocked by fundamentally.

Since water flows through the low-level water discharge passage formed at the bottom of the multifunctional movable gate, fish can move downstream or upstream through the bottom of the multifunctional movable gate to restore or maintain the ecosystem.

In addition, no matter how much water is trapped, the stored water does not decay, so you can not only trap a large amount of water but also store water in the stream and capillary phenomenon caused by the continuous storage of the water. By maintaining the soil quality, it promotes the growth of plants and trees that always need moisture, and prevents wildfires because the deciduous leaves that are always wet with moisture are not easily ignited by fires such as cigarettes. The state has a significant action effect, and this action prevents the desertification of land due to drought, and has a significant action effect to help promote forest greening.

As described above, the present invention facilitates the preservation of the natural ecosystem by facilitating the movement of fish from the upstream to the downstream or the downstream to the upstream by forming a water purifying combined fishery at the bottom of the multifunctional movable floodgate. It works.

Figure 1a is a plan perspective view of the water purification system applied to the first embodiment of the present invention
1B is a cross-sectional perspective view of a damper and adsorber constructed in a suspended solids collection container applied to the first embodiment of the present invention;
Figure 1c is a perspective view of the suspended solids collector applied to the first embodiment of the present invention
Figure 2 is a perspective view showing a state in which the multi-function movable walkway gate constructed in accordance with the fourth embodiment of the present invention stood up
3 is a perspective view illustrating a state in which a multifunctional movable beam, a vibration suppressor, an adsorber, a floating material collection passage, a discharge passage, and a discharge passage opening and closing gate are installed in a river according to each embodiment of the present invention;
Figure 4a is a cross-sectional perspective view of a multi-functional movable gate sluice having a two-inlet quadruple discharge device constructed in accordance with a fourth embodiment of the present invention
5 is a plan perspective view of a multifunctional movable beam gate provided with a two-inlet quadruple discharge device constructed in accordance with a fourth embodiment of the present invention;
Figure 6 is an exploded perspective view of an e-type passageway and a combined low-floor water discharge passage formed in a multifunctional movable guard gate constructed in accordance with the first and fourth embodiments of the present invention;
FIG. 7 is an exploded perspective view of a pressure spreading plate and a spring generating plate configured at the rear portion of the multifunctional movable beam door constructed in accordance with the fourth embodiment of the present invention; FIG.
Figure 8 is an exploded perspective view of the inside of the front portion of the multi-function movable walkway gate constructed in accordance with the present invention
9 is an exploded perspective view of the rear portion of the multifunctional movable beam sluice constructed in accordance with the fourth embodiment of the present invention;
10 is an exploded perspective view of a side portion of a multifunctional movable beam gate constructed in accordance with a fourth embodiment of the present invention;
Figure 11 is a cross-sectional perspective view showing a side cross-section of the multifunctional movable beam sluice constructed prefabricated according to the fifth embodiment of the present invention.
12 is a cross-sectional perspective view of the multi-functional movable gate sluice constructed as a prefabricated according to the fifth embodiment of the present invention
13 is a perspective view of a multifunctional movable beam sluice constructed in accordance with a seventh embodiment of the present invention;
14 is a perspective view of a multifunctional movable gate sluice applied to the eighth embodiment of the present invention;
Figure 15 is a cross-sectional perspective view of the low water discharge automatic control door applied to the eighth embodiment of the present invention
Figure 16 is a cross-sectional perspective view of the support reinforcement applied to the eighth embodiment of the present invention.

17 is a cross-sectional perspective view showing a state in which the multi-functional movable walk gate applied to the ninth embodiment of the present invention stands up and stores river water;
18 is a cross-sectional perspective view showing a state in which the multi-function movable beam gate applied to the ninth embodiment of the present invention is inverted
19 is a cross-sectional perspective view showing an open state of the combined ocean floor low-level discharge passage configured to be coupled to the multi-function movable walkway door applied to the ninth embodiment of the present invention.
20 is a cross-sectional perspective view showing the configuration of the injection nozzle configured in the upper end of the multi-function movable beam door applied to the tenth embodiment of the present invention.
Figure 21 is a sectional perspective view showing the configuration of the inlet and the injection nozzle of the river water in the upper end of the multi-functional movable floodgate applied to the eleventh embodiment of the present invention
FIG. 22 is a cross-sectional perspective view showing a configuration of a double pipe at an upper end of a multi-function movable beam door applied to a twelfth embodiment of the present invention and a configuration of the injection nozzle on the double pipe; FIG.
23 is a sectional perspective view of an air dam constructed in accordance with a thirteenth embodiment of the present invention;
24 is a cross-sectional perspective view of an inclined sluice gate constructed in accordance with a fourteenth embodiment of the present invention;
25 is a cross-sectional perspective view of a stepped power generation system for generating electric power by continuously installing a multifunctional movable gate sluice stepwise in the entire length of a river according to the fifteenth embodiment of the present invention;
26 is a perspective view of an operating device of a hydro gate shown in Patent Registration No. 0496430

[Example 1]

The following describes claim 1 constituted according to the first embodiment of the present invention.

Figure 1a is a plan perspective view of the water purification system applied to the first embodiment of the present invention,

Figure 1b is a cross-sectional perspective view of the damper and adsorber configured in the suspended solids collector applied to the first embodiment of the present invention,

Figure 1c is a perspective view of the suspended solids collector applied to the first embodiment of the present invention

3 is a perspective view illustrating a state in which a multifunctional movable beam, a vibration suppressor, an adsorber, a floating material collection passage, a discharge passage, and a discharge passage opening and closing gate are installed in a river according to each embodiment of the present invention; It is an exploded perspective view of the k-type passage and the combined low-flow water discharge passage formed in the multifunctional movable guard gate constructed in accordance with the first and fourth embodiments of the present invention.

It is an eco-friendly solution that cleans contaminated river water by combining the adsorption belt combined with the adsorption belt with the foreign matter, the pump that pumps the suspended organic matter, the multifunctional movable flood gate that purifies the river water, and the comprehensive control system. The method of installing the water purification system applied to the construction method in the stream, the eco-friendly water purification system applied to it, and the eco-friendly method of clean- ing the polluted river water generated from the point source and the non-point source, and the point of application In blot and nonpoint source treatment purification systems,

Install the partition wall 1200 for the water supply on one side and the other side of the river or river formed by the embankment (not shown), install the foundation concrete 100 for the discharge of the river water on the bottom of the river, and constitute the partition wall 1200 on both sides Making a process;

Installing obliquely in a diagonal direction the movable shaft 101 of the multifunctional movable guard gate on the upper part of the base concrete 100 formed between the partition walls 1200 as shown in FIG. 1;

The movable shaft 101 is installed in a diagonal shape so that the wastes contained in the river water and the streams having a light specific gravity and the heavy specific gravity are collected at one side of the river channel at the upper end of the movable shaft 101. Combining the multi-functional movable walkway gate 80 provided with a combined low-rise water discharge passage 117 to form a diagonal shape;

Installing a machine room 9008 on the embankment (not shown);

Installing a comprehensive control system (not shown) in the machine room 9008;

Forming a floating material collection container 9002 by installing a collection box 8001 in a U-shape at one end of one side of the multi-functional movable floodgate 80, that is, at one front surface of the index partition 1200;

Installing a water level detector 9003 on the other side of the upper portion of the suspended solids collection container 9002;

Electrically connecting the comprehensive control system (not shown) and the water level detector 9003;

Installing a discharge passage 8007 for discharging the river water introduced from the upstream of the stream at one end of the floating material collection container 9002;

Installing a discharge passage opening / closing gate 8009 configured to operate by power generated by an electrical signal sent from the comprehensive control system (not shown) in the discharge passage 8007;

Installing a power generation aberration (8881) coupled to the generator (8885) in the front of the discharge passage (8007);

Combining with the generator 8885 and a substation facility (not shown);

Installing a strainer 8008 for filtering the suspended solids on one side of the upper front side of the suspended solids collecting vessel 9002;

Installing a vibration damper 9000 for collecting garbage and foreign substances having a light gravity in a rear portion of the strainer 8008;

Constructing a winch gate (not shown) that seals the floating material collection container 9002 during flooding to the front of the vibration suppressor 9000;

 Installing a transport belt (15) on the rear surface of the vibration damper (9000) for transporting the floating material waste collected by the vibration damper (9000) to the rear surface of the vibration damper (9000);

Constructing a collecting container (99001) for collecting floating material waste at the lower end of the conveying belt (15);

The clean river water having a heavy gravity on one side of the vibration damper 9000 configured in the floating material collection container 9002 exerts a material cutting action and a material pushing action to push up the organic materials of light gravity to the upper layer of the river water. The organic matter which is automatically floated to the upper part of the suspended solids collection container 9002 by the material cutting action, the material rolling action and the gravity action when the light weighted contaminated river water is discharged preferentially through the discharge passage 8007 Installing a pump 8003 for pumping contaminated river water having a high content ratio;

Constructing a collecting pipe 8002 for transferring the contaminated river water having a light gravity pumped by the pump 8003 to a river treatment plant 8000 on one side of the pump 8003;

Installing a sewage treatment plant 8000 for treating polluted river water having a light weight transferred to an end of the collecting pipe 8002;

Constructing an adsorber (911) for rotating an adsorption belt (9111) coupled with an oil adsorbent for adsorbing a light specific gravity fluidic organic material component on one side of the floating material collection container (9002);

Organic matter collecting device to exert the action of forcibly squeezing and squeezing the adsorption belt (9111) coupled with the adsorbent, which is configured to adsorb light organic matter with a specific gravity flowing into the floating material collection container (9002) A step (9112) in close contact with the adsorption belt (9111) and configured;

A process of collecting organic light-borne floats having a low specific gravity collected by the organic material collecting device 9112 by forming a collecting container 9316 at one end of the organic material collecting device 9112;

Constructing a transfer pipe 9315 for transferring organic material having a light specific gravity to one end of the collection container 9161 to a sewage treatment plant 8000;

Transmitting the organic material molecules having a low specific gravity collected from the organic material collection device 9112 and the collection container 9316 to the sewage treatment plant 8000 through the transfer pipe 9315 for processing;

The multi-functional movable walkway gate 80 configured as described above is installed in a diagonal form in a river, and the discharge passage opening and closing gate 8009 configured in the floating material collection container 9002 is closed. The water level detector 9003, which is combined with the integrated control system (not shown), automatically checks the inflow water level of the river water while storing the river water in the movable floodgate 80, and sums up the checked water level. The comprehensive control system (not shown) which checks the signal received at the same time as transmitting to the control system (not shown) transmits an operation signal to a hydro gate opening power unit (not shown) coupled with the discharge passage opening / closing door 8007. Pollutant molecules sent out and mixed in the river water are pollutant molecules with light weight due to the difference of specific gravity, gravity action and heavy water molecules. The discharge passage (8007) is only about 99.99 wt% to 95 wt% of the amount of inflow of the river water so that the pollutant molecules having a low specific gravity are lifted to the upper part of the river water by the material jungle action and the material cutting action. Discharged downstream of the stream and mixed with 0.01 wt% to 5 wt%

The suspended material wastes are collected by operating the vibration damper 9000 and at the same time performing the process of collecting and reprocessing the collected wastes with the transfer belt 15.

Organic matter suspended in the upper portion of the suspended solids collection container (9002) that does not process in the vibration damper (9000) is light adsorption to the adsorber (9110) for rotating the adsorption belt (9111) combined with the adsorbent After the collection using the organic material collection device 9112, the collected organic material suspended solids are collected and reused or transferred to the sewage treatment plant to be treated at the same time to purify the contaminated river water to clean river water. Multifunctional operation consisting of diagonally installed streams to clean the contaminated river water in combination with a stream water treatment system that cleans contaminated river water from point sources and nonpoint sources to continuously discharge the stream back to the stream. Using the floodgate (80), the polluted riverwater It purifies the heavy river water and simultaneously discharges clean river water with heavy gravity of the combined low-level water discharge passage 117 and furnace, and also generates the action of gravity that automatically separates heavy water with heavy gravity and pollutant molecules with light gravity. It is characterized by an eco-friendly method to clean the polluted river water by using a method of separating and discharging the contaminated river water with two inlet and four outlets configured in the multifunctional movable gate 80 as possible, and an eco-friendly water purification system applied thereto. Eco-friendly method to clean and clean polluted river water from point source and nonpoint source that discharge polluted river water

Provide point and nonpoint source purification systems.

[Example 2]

A second embodiment according to claim 2 will be described.

The method of claim 1, wherein

50wt% ~ 90wt%, 1wt% ~ 5wt% of soil, 1wt% ~ 5wt% of food sludge, and sludge sludge, which are light weighted in the suspended solids collection container 9002 using the adsorber 9210 Characterized by using a mixture made by mixing 1wt% ~ 5wt%, waste sludge 1wt% ~ 5wt%, phosphate sludge 1wt% ~ 5wt%, and waste powder 25wt% ~ 40wt% as energy production fuel

 Eco-friendly method to clean and clean polluted river water from point source and nonpoint source that discharge polluted river water

Provide point and nonpoint source purification systems.

[Example 3]

Embodiment 3 constituted according to claim 3 will be described;

According to claim 1

Made by diluting 70wt% ~ 80wt%, 10wt% ~ 20wt% of coal, and 10wt% ~ 20wt% of light organic matter material molecules collected using the adsorber 9210 in the suspended solids collection container 9002 Eco-friendly method to clean and clean polluted river water from point source and non-point source which discharge polluted river water, characterized by using mixture as raw material for energy production.

Provide point and nonpoint source purification systems.

Example 4

A fourth embodiment according to claim 4 will be described.

 Figure 4a is a cross-sectional perspective view of the multifunctional movable beam gate is provided with a two-inlet quadruple discharge device configured according to a fourth embodiment of the present invention,

5 is a plan perspective view of a multifunctional movable beam gate provided with a two-inlet quadruple discharge device constructed in accordance with a fourth embodiment of the present invention;

FIG. 6 is an exploded perspective view of an e-type passageway and a combined low-rise water discharge passage formed in the multifunctional movable gate door constructed in accordance with the first and fourth embodiments of the present invention;

FIG. 7 is an exploded perspective view of a pressure spreading plate and a spring generating plate configured at the rear portion of the multifunctional movable door lock according to the fourth embodiment of the present invention.

Figure 8 is an exploded perspective view of the inside of the front portion of the multi-function movable walkway door constructed in accordance with the present invention,

9 is an exploded perspective view of the rear portion of the multifunctional movable beam door constructed in accordance with the fourth embodiment of the present invention;

10 is an exploded perspective view of a side portion of a multifunctional movable beam gate constructed in accordance with a fourth embodiment of the present invention;

FIG. 11 is a perspective view showing a state in which a multifunctional movable gate lock standing in accordance with a fifth embodiment of the present invention stands up, and FIG. 25 is a perspective view of an operating device of a hydro gate shown in Patent Registration No. 0496430.

A point source and boiling point are formed by combining a control system with a comprehensive control system that forms a foundation concrete in a river channel and has a low-level water discharge passage, a stream generating plate and a rear discharge passage in a movable beam system installed on the upper portion of the foundation concrete. In the eco-friendly method of purifying polluted river water generated from the pollutant

Constructing the movable shaft 101 of the multifunctional movable beam gate in the foundation concrete 100 after installing the foundation concrete 100 at the full width of the shear surface of the river;

Floating protrusion to a certain height so as not to interfere with the flow of the river water by the lower portion of the bottom generating plate 50 is installed on the lower side one side and the other side and the middle portion of the basic concrete 100 to the rear side of the multi-functional movable floodgate 80 Constructing 30;

Constructing a blocking plate 119 that opens and closes the combined low-rise water discharge passage 117 at the lower front portion of the multifunctional movable walkway gate 80;

Constituting a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multifunctional movable walkway gate 80;

Bending the upper portion of the multifunctional movable beam sluice 80 to form a hydraulic diffusion wall 113;

Combining the multifunctional movable beam gate 80 having the hydraulic diffusion wall 113 formed therein with the movable shaft 101 of the multifunctional movable gate gate;

After forming a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multi-functional movable beam gate 80, by joining the circular pipe 103 to the upper end of the protrusion of the convex passage 111 the multi-functional movable beam Constructing an upper end of the floodgate 80;

The lower end portion of the multi-function movable walkway gate 80 is composed of a plurality of continuous esophageal low water discharge passage 117 in a horizontal direction, and then the movable shaft 101 of the multi-function movable walkway gate and the esophageal combined low-rise water discharge passage 117. Bonding the protrusions to form a lower end of the multifunctional movable beam gate (80);

Forming a plurality of front support plates 151 in the horizontal direction at the front part of the multifunctional movable guard gate 80 at regular intervals at a predetermined interval;

Bonding the low water discharge guide plate 90 to the front part of the front support plate 151 to form a low water discharge guide passage 118;

Forming a plurality of rear support plates 150 in a horizontal direction at a rear portion of the multifunctional movable walkway gate 80 at regular intervals at regular intervals;

Preparing a hydraulic diffusion plate 70 having a second discharge passage 110 having grooves formed in a U-shape at regular intervals at an upper end thereof;

The front portion of the hydraulic diffusion plate 70 and the rear portion supporting plate 150 so that the hydraulic pressure enhancement passage 112 and the third discharge passage 116 for strengthening the hydraulic pressure in the front portion of the hydraulic diffusion plate 70 is naturally formed. After coupling, the upper portion of the hydraulic diffusion plate 70 is coupled to the circular pipe 103 and

Forming a white paper 120 on the rear surface of the hydraulic diffusion plate 70 and then constructing a shool generating plate 50 having a plurality of bends 60 formed on the white paper 120;

Install the multifunctional movable walkway gate 80 configured to exhibit a water purification function as described above, and when the water storage is completed therein, the stream water flowing from the upstream of the stream is formed in the upper portion of the multifunctional movable walkway gate 80. The polluted river water that flows over the multi-functional movable floodgate 80 while overflowing the primary discharge while overflowing is naturally purged by a material friction action that naturally occurs while falling to the upper portion of the shovel generating plate 50. With action occurring;

This first purification action occurs and at the same time the clean low-rise water having a heavy specific gravity by the pressure of the water pressure stored in the multi-functional movable gate sluice 80 is configured in the multi-functional movable gate sluice 80

While passing through the hydraulic pressure diffusion wall 113 and at the same time the action of spreading the water pressure in the U-shaped passage 111 and the low-level water discharge induction passage 118 occurs, a predetermined amount of river water separated into two

After passing through the hydraulic pressure diffusion passage 112 that enhances the water pressure is continuously discharged through the third discharge passage 116 and the river water passing through the third discharge passage 116, the combined use of the bottom water discharge channel Naturally generated contaminated river water by exerting a naturally occurring material friction and material explosion while generating a vortex action that is strongly in contact with the inside of the shovel generating plate 50 with a heavy specific gravity passing continuously through 117. Promotes the cleansing action

Another stream of clean river water diffused while passing through the low water flow guide passage 118 by the water flow diffusion action generated in the hydraulic diffusion wall 113 is discharged directly to the second discharge port 110 by a strong hydraulic pressure. At the same time, the stream water contaminated by the material friction action and the material explosive action generated while falling with the first discharge water over the multifunctional movable floodgate 80 and falling to the upper portion of the shovel generating plate 50 is naturally purified. To discharge polluted river water, which is characterized by an eco-friendly method of purifying polluted river water by using a multifunctional movable gate that is equipped with two inlet and four outlets that naturally purify polluted river water generated from point sources and nonpoint sources by promoting Eco-friendly method to clean and clean polluted river water from point source and nonpoint source The point source and nonpoint source pollution purification system suggests that apply.

Contaminated river water generated from point source and nonpoint source using multifunctional mobile floodgate composed of two inlets and four outlets to naturally clean the contaminated river water generated from two-point source and non-point source. The eco-friendly method to clean the water and the point pollutant and nonpoint pollutant source purification devices applied to it are multi-functional movable floodgates naturally conducted by the power of the power supplied from the integrated control system when the inflow of river water increases. As it is lying on the ground, it does not interfere with the flow of river water even when a great flood occurs.

When the inflow of river water decreases, the multifunction movable walkway gate 80 stands up by the power of the power supplied from the integrated control system coupled with the multifunction movable walkway gate system of the present invention and at the same time the multifunction movable walkway gate ( The lower end of the shool generating plate 50 coupled to the rear portion of the 80 is in a state spanning the upper end of the floating protrusion 30 and promotes the purification of contaminated river water flowing in from the upstream of the stream. Will be used.

In addition, during normal rain, clean river water, which has a heavy gravity, is preferentially discharged through the discharge passage 8007 among the river water flowing into the floating material collection container 9002 configured at one side of the multifunctional movable floodgate 80. The condensed river water, which has a low specific gravity, which automatically floats to the upper portion of the suspended solids collection container 9002 due to the difference in specific gravity and the action of gravity, is pumped to the pump 8003, and then the sewage pipe 8002 is used. The wastewater is transferred to the treatment plant 8000 and purified into clean river water from the sewage treatment plant 8000 and discharged back into the stream, and at the same time, the volume flows into the floating material collection container 9002 such as river water. Large debris is removed by using the vibration damper (9000), and then treated with a separate collection device and treatment device. It is possible to block the contaminated river water sourced in addition, and furthermore, it is possible to reduce the secondary garbage collection cost generated by blocking the large amount of garbage at the source in a small stream.

Example 5

Next, claim 5 configured according to the fifth embodiment of the present invention will be described.

11 is a cross-sectional perspective view showing a side cross-sectional view of the multifunctional movable beam gate prefabricated according to the fifth embodiment of the present invention;

12 is a cross-sectional perspective view of the multi-functional movable gate sluice constructed as a prefabricated according to the fifth embodiment of the present invention.

In the eco-friendly construction method of forming a base concrete in a river channel and combining a movable control system having a low-level water discharge passage inside the movable beam system installed on the base concrete with a comprehensive control system,

Constructing a movable shaft 101 of the multifunctional movable beam gate 80 in the basic concrete 100;

A process of constructing the floating protrusions 30 on one side, the other side, and the middle portion of the lower portion of the foundation concrete;

Constructing a blocking plate (102) for opening and closing the combined bottom floor water discharge passage (117) on the front portion of the multifunctional movable floodgate (80);

 Constituting a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multifunctional movable walkway gate 80;

Bending the upper portion of the multifunctional movable walkway gate 80 to form a hydraulic pressure diffusion unit 113;

 Constituting an upper end of the multifunctional movable walkway gate 80 by bonding a circular pipe 103 to an upper end portion of the protrusion of the U-shaped passage 111 formed at the upper end of the multifunctional movable walkway gate 80;

At the lower end of the multifunctional movable floodgate 80, a plurality of continuous low water discharge passages 117 are formed continuously in the horizontal direction, and then the protrusions of the movable shaft 101 and the magnetic passage 117 of the multifunctional movable floodgate are 117. Bonding a lower end of the multifunctional movable floodgate 80;

A process of preparing and configuring the front part assembly plate 300 having the assembly wing part 600 in a U-shape in a U-shape;

A process of constructing a through hole (not shown) for assembling in the assembling wing unit 600 configured in the front assembly plate 300;

Coupling a plurality of front-side assembly plates 300 in a U-shape in a transverse direction to the front portion of the multifunctional movable beam sluice 80;

Constructing a through hole (not shown) for assembling the multifunctional movable beam gate 80 and the front assembly plate 300;

Constructing a through hole (not shown) in the low water discharge guide plate (90);

Assembling and combining the multifunctional movable beam gate 80 and the front assembly plate 300 with bolts and nuts 600;

Assembling the front assembly plate 300 and the low water discharge guide plate 90 with bolts and nuts 600 to form a low water discharge guide passage 118;

Preparing a hydraulic diffusion plate 70 having a second discharge passage 110 in a U-shape at regular intervals at an upper end of the plate;

Constructing a through hole (not shown) for assembly in the hydraulic diffusion plate;

Bending and assembling the assembly wing unit 600 in a U-shape on one side and the other side of the rear-side assembly plate 200 having a U-shape;

Constituting a through hole (not shown) for assembly in the assembly wing unit 600 configured in the rear assembly plate 200;

Assembling the rear part of the multifunctional movable walkway gate 80 and the rear part assembly plate 200 using bolts and nuts 600;

Assembling the rear portion of the rear assembly plate 200 and the hydraulic diffusion plate 70 with bolts and nuts 600 to construct a hydraulic diffusion passage 116;

Forming a white paper 120 on the rear surface of the hydraulic diffusion plate 70 and then constructing a shool generating plate 50 having a plurality of bends 60 formed on the white paper 120;

The multi-functional movable walkway gate 80, which is constructed as a prefabricated structure, is installed in the river to exert the function of purifying the contaminated river water as described above. Polluted river water having a specific gravity flowing over the multi-functional movable floodgate 80 at the same time as the first discharge is made while overflowing the upper portion of the 80

The natural primary purification action is generated by the material friction action and the material catalyst action that naturally occurs while falling to the upper portion of the fox generating plate 50 and at the same time, the water pressure stored in the multifunctional movable floodgate 80 is stored. The clean lower floor water, which is heavy by pressure, is formed in the multifunctional movable gate sluice 80.

While passing through the pressure-reinforced wall 113 and at the same time the action of spreading the water pressure in the U-shaped passage 111 occurs a certain amount of river water is separated into two

After passing through the hydraulic pressure diffusion passage 112 that enhances the water pressure is continuously discharged through the third discharge passage 116 and the river water passing through the third discharge passage 116, the combined use of the bottom water discharge channel Natural streams contaminated by the clean water and heavy water flowing through the 117 continuously and the material friction action, the catalytic activity, the material explosion action and the vortex action generated by the strong contact in the inside of the shovel generating plate 50 naturally. Promotes the cleansing action

The clean river water of a certain amount diffused while passing through the low water flow guide passage 118 by the water flow diffusion action generated in the hydraulic pressure strengthening wall 113 is discharged directly to the second outlet 110 by the pressure of the strong water pressure. At the same time, by diluting with the primary discharged water over the multi-functional movable floodgate 80 and falling to the upper portion of the shovel generating plate 50, by the material friction action, material explosion action, material catalyst action and vortex generation action Eco-friendly method to clean polluted river water from point source and non-point source which discharge polluted river water, which is characterized by eco-friendly method to promote polluted river water to be purified naturally Provide point and nonpoint source purification systems that apply.

The eco-friendly water purification system composed of the above can be quickly assembled using standardized materials, so that the water purification system produced in large quantities for a short time is quickly installed in the river to quickly clean up the polluted river water. It has a working effect.

In addition, due to the structure that can be produced in large quantities quickly, cost savings of 50% to 70% or more are lower than the production cost that was installed in the standard.

The method of purifying the contaminated river water generated from the point source and the non-contaminated source can simply purify the contaminated river water using the method described in Example 4.

[Example 6]

The following describes the claim 6 constituted according to the sixth embodiment of the present invention.

The low-level water discharge induction passage by combining the front part of the multi-functional movable gate 80, the front part assembly plate 300 and the front part of the front part assembly plate 300 and the low water discharge guide plate 90 by welding ( 118);

The back portion of the multi-function movable walkway gate 80, the rear assembly plate 200 and the rear portion of the rear assembly plate 200 and the hydraulic diffusion plate 70 by assembling the hydraulic diffusion passage 116 by Eco-friendly method to clean polluted river water from point source and non-point source that discharge polluted river water, characterized by eco-friendly method to purify naturally polluted river water and applied here

Provide point and nonpoint source purification systems.

The method of purifying the contaminated river water generated from the point source and the non-point source using the multifunctional movable flood gate as described in Example 6 is used to simply purify the contaminated river water using the method described in the fourth embodiment of the present invention. I can do it.

Example 7

Next, claim 7 configured according to the seventh embodiment of the present invention will be described.

13 is a perspective view of a multifunctional movable walkway gate constructed in accordance with a seventh embodiment of the present invention.

Claim 1 and the environmentally friendly method of purifying contaminated river water by using a movable floodgate equipped with a low-level water discharge passage and a stream generation basin

The rear portion of the multi-function movable beam gate 80 installed in the river is provided with the multi-functional movable gate gate 80 support 3002 is superimposed in the form of a single letter, the specific gravity at the lower end of the multi-functional movable gate gate 80 Constructing an airway combined low-rise water discharge passage 117 so that clean water molecules exert preferentially discharged pollutant molecules with low specific gravity;

The shool generation zone 3001 which is formed in a U-shape so that the water flow layer is formed in layers according to the mass and the specific gravity of the heavy molecular weight material and the light specific gravity material molecule on the front of the multifunctional movable floodgate 80. Purify the polluted river water generated from the point pollutant and non-point pollutant to discharge the polluted river water, characterized by the eco-friendly method to clean the polluted river water by using the multi-functional movable gate to be constructed in multiple stages to overlap Environmentally friendly formulations and

Provide point and nonpoint source purification systems.

The method for purifying contaminated river water generated from point source and non-point source using the multifunctional movable floodgate applied to the seventh embodiment of the present invention uses the point source and the source source. Contaminated river water from non-point sources can be easily purified.

Example 8

The following describes claim 8 configured according to an eighth embodiment of the present invention.

14 is a perspective view of a multifunctional movable beam sluice applied to the eighth embodiment of the present invention;

15 is a cross-sectional perspective view of a low-level water discharge automatic control door applied to an eighth embodiment of the present invention, and FIG. 16 is a cross-sectional perspective view of a support reinforcement applied to the eighth embodiment of the present invention.

In the eco-friendly method of purifying polluted river water with a low water discharge passage

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a movable shaft (201) on an upper portion of the basic concrete (100);

The low-level water discharge passage 107 is continuously operated at the lower portion of the bottom water discharge passage 107 in the shape of a □ so as to serve as a moving passage of the fish while discharging the heavy water with a high specific gravity. Combining with the shaft 201 and installing the upper portion of the foundation concrete 100;

Coupling the support reinforcement 301 provided in the L-shape at the front portion and the rear portion of the multifunctional movable reinforcement gate 80 using a coupling member 232 such as a bolt and a nut;

Installing a white paper 105 at an upper end of the multifunctional movable walkway gate 80;

Combining and installing the low water discharge passage control plate 106 on the white paper 105;

Low-level water discharge passage control plate stop jaw 109 so that the low-level water discharge passage control plate 106 is no longer pushed to the rear portion of the upper end of the multi-function movable walkway gate 80 is not pushed further. Configuring the process;

Configuring a rope coupling white paper 108 at an upper end of the low water discharge passage control plate 106;

Coupling a low-level water discharge passage guide (202) configured in this manner to the front portion of the movable walkway (80);

A step of constructing a low water discharge automatic control door 102 configured in a? -Shape between the low water discharge passage guides 202;

Coupling between the rope binding white paper (108) configured in the low water discharge passage control plate (106) and the low water discharge automatic control door (102) using a control rope (104);

After the installation of the multi-functional movable floodgate 80 configured to naturally clean the polluted river water while naturally forming the ecosystem for restoring the ecosystem configured as described above, if the water is completely stored inside The low water discharge passage control plate 106 configured on the upper portion of the multifunctional movable floodgate 80 is pushed back by the force of the water pressure flowing out from the upstream of the stream, and is configured in the low water discharge passage control plate 106. The low-water discharge passage configured in the lower end of the multi-function movable walkway gate 80 while the control rope 104 pulls the low water discharge automatic control door 102 to the upper portion of the multi-function movable walkway gate 80 ( 107) is automatically opened, and the fish is automatically formed, and clean river water containing heavy sewage sludge from the stored water All of the fish, including those inhabiting the stream by the function of acting to freely move the bottoms discharge passage 107 in the downstream or downstream of the stream when discharged preferentially into the base water discharge passage (107) When the inflow of the river water flowing from the upstream of the river is reduced while exerting the effect of restoring the natural ecosystem, the low-water discharge automatic control door 102 is driven by the weight of the low-water discharge automatic control door 102. A heavy heavy clean using the multi-function movable walkway door configured to automatically close the discharge passage 107 to repeatedly perform the automatic operation action in which the river water is automatically stored in the multi-function movable walkway gate 80 Upstream and downstream of the stream, while releasing the stream preferentially to purify the contaminated river water Purifying polluted river water using the multifunctional movable gate (80) for water purification, which serves to restore the habitat environment in which all living creatures, including fish, can freely move up and down the stream. Eco-friendly method to clean polluted river water generated from polluted source and non-point pollutant, which is characterized by eco-friendly method and multi-functional maintenance door for combined use of water purification system A nonpoint source purification system is presented.

The method for purifying the contaminated river water generated from the point source and the non-point source using the multifunctional movable floodgate constructed in accordance with the eighth embodiment of the present invention uses the embodiment presented in the fourth embodiment of the present invention. Contaminated river water from both polluted and nonpoint sources can be easily purified.

[Example 9]

The following describes the ninth embodiment of the ninth embodiment of the present invention.

15 is a cross-sectional perspective view showing a state in which the multi-functional movable gate sluice applied to the ninth embodiment of the present invention stands up and stores river water, and FIG. 16 is a multi-functional movable gate sluice applied to the ninth embodiment of the present invention. Is a cross-sectional perspective view showing the inverted state,

FIG. 17 is a cross-sectional perspective view illustrating an open state of the combined ocean bottom drainage passage configured to be coupled to the multifunctional movable walkway door applied to the ninth embodiment of the present invention; FIG.

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);

 Multifunctional movable water gate 80 for water purification, in which the low-level water discharge passage 117, which is combined with the air, is continuously provided at the lower portion so as to serve as a moving passage of fish while discharging clean water with a high specific gravity. Combining with the movable shaft (201) and installing the upper portion of the basic concrete (100);

Coupling the support reinforcement 503 provided in the L-shape to the multifunctional movable reinforcement gate 80;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);

Combining the esophageal control plate 501 with a control white paper 502 at a front portion of the esophageal combined low-rise water discharge passage 117 configured at the lower end of the multi-function movable walkway gate 80;

Installing a control device for adjusting the control paper 502 on one side and the other side of the control paper 502 (the detailed drawing is omitted since it is possible to use a known mechanical device);

Installing a mechanical device (a detailed drawing is omitted since it is possible to use a known mechanical device) for operating the multifunctional movable walkway gate 80 at one side and the other side or the rear side of the multifunctional movable walkway gate 80;

Combining and installing a control device for adjusting the multifunctional movable floodgate 80 and the control paper 502, a river water level automatic check device (not shown), and a comprehensive control system (not shown);

As described above, after installing the multi-functional movable walkway gate 80 having the combined-use low-level water discharge passage 117 on the entire width of the front end surface of the river, the river water is automatically stored up to the upper end of the multi-functional movable walkway gate 80. The river water level automatic check device that detects the water level checks the river water level and delivers the position of the checked water level to the comprehensive control system, and the comprehensive control system is automatically operated to close the combined use of the low water discharge passage 117. The control white paper 502 is adjusted to open the estuary combined low-water discharge passage 117 so that all living creatures, including fishes inhabiting the upstream and downstream of the stream, are located upstream and downstream of the estuary through the combined esophageal low-water discharge passage 117. Water purification for dual use of fish that acts to restore the natural habitat environment that can grow while moving freely From the point source and the non-point source that discharge the polluted river water, which is characterized by an eco-friendly method that naturally cleans the polluted river water using the function operation floodgate (80), and a multifunctional operation door for water purification for the fishery system. An eco-friendly method for clean- ing contaminated river water and the point and nonpoint source purification systems applied to it are presented.

When the multifunctional movable floodgate constructed as described above is installed over the entire width of the shear surface of the river to store a large amount of river water, the clean lower water with heavy gravity among the water trapped in the reservoir as much as the water flowing into the reservoir is preferred. At the same time, the sewage sludge that has accumulated in the lower layer of the reservoir and the pollutants that have been deposited in the thin layer of the stream are discharged together to purify the water quality of the contaminated river water stored in the reservoir. Due to the formation of natural phenomena, the natural ecosystem is naturally restored due to the natural migration of fish inhabiting the upstream and downstream of the stream. Pollution in water by action and aeration A contaminated river water will have advantageous effects that since the purifying natural quality as a decomposition exhaust.

It is natural that the stop bar is configured on the front of the multi-functional movable gate so that the low-level water discharge automatic control door 102 installed at the upper end of the multi-functional movable maintenance gate constructed in accordance with the present invention does not fall to the front of the multi-functional movable gate. Although this configuration is also within the scope of the present invention is a matter of course.

In addition, the method for purifying the contaminated river water generated from the point source and the non-point source using the multi-functional operation door constructed in accordance with the ninth embodiment of the present invention uses the procedure proposed in the fourth embodiment of the present invention. Contaminated river water from both polluted and nonpoint sources can be simply purified.

[Example 10]

The following describes claim 10, which is a tenth embodiment of the present invention.

20 is a cross-sectional perspective view showing the configuration of the injection nozzle is configured in the upper end of the multi-function movable beam door applied to the tenth embodiment of the present invention.

In the eco-friendly method of purifying polluted river water by installing fountains in multifunctional movable floodgates,

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a collecting well 802 at the bottom of the river;

Constructing a pump (not shown) in the sump 802;

Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);

Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);

Constructing a fountain nozzle (800) in the circular pipe (103);

Connecting a connecting pipe (801) between the pump (not shown) and the circular pipe (103);

By pumping the river water with the pump 802 configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 800 configured at the upper end to the multifunctional movable walkway gate 80 is present in the contaminated river water and air The contaminated river water using the multifunctional movable floodgate (80), which is configured to clean the contaminated river water by using material friction and material explosive action in contact with oxygen, and at the same time, spray the river water to create a beautiful river landscape. Environment-friendly method for purifying polluted river water from polluted source and non-point polluted source, which is characterized by eco-friendly method to purify water naturally and multi-functional operation door for water purification applied to it and applied to it Provide point and nonpoint source purification systems.

Example 11

The following describes claim 11, which is an eleventh embodiment of the present invention.

21 is a cross-sectional perspective view showing the configuration of the inlet of the stream water and the injection nozzle on the upper end of the multi-function movable walkway door to be applied to the eleventh embodiment of the present invention.

According to claim 10

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);

Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);

Constructing a fountain nozzle 800 at a rear surface of the circular pipe 103;

Constructing the river water inlet 803 in a shape larger than the size of the fountain nozzle 800 on the front surface of the circular pipe 103;

As described above, the river water flowing through the river water inlet inlet 803, which is formed in the front portion of the upper end of the multifunctional movable floodgate 80, is naturally sprayed through the fountain nozzle 800 to contaminate the river water and oxygen present in the atmosphere. The contaminated river water is naturally purified by using the multifunctional movable floodgate (80), which is configured to clean the contaminated river water by contacting material friction and material explosion, and at the same time, spray the river water to create a beautiful river landscape. Eco-friendly method for purifying polluted river water and polluted river water generated from non-point pollutant and the point pollutant that discharge polluted river water characterized by eco-friendly method to purify and multi-functional operation door for water purification applied to it And a non-point source cleaning system.

Example 12

The following describes claim 12, which is a twelfth embodiment of the present invention.

FIG. 22 is a cross-sectional perspective view illustrating a configuration of a double pipe at an upper end of a multifunction movable beam door applied to a twelfth embodiment of the present invention and a configuration of a spray nozzle on the double pipe; FIG.

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a collecting well 902 at the bottom of the river;

Constructing a pump (not shown) in the sump 902;

Installing a movable shaft (101) of the multifunctional movable beam gate (80) on an upper portion of the basic concrete (100);

Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);

Constructing a double pipe (903) in the circular pipe (103);

Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);

By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end to the multi-functional movable floodgate 80 in the contaminated river water and air Contaminated using multifunctional movable gate 80 which is configured to clean the contaminated river water by using material friction and material explosion in contact with the existing oxygen, and at the same time spray the river water to beautifully create the river landscape. It is characterized by an eco-friendly method that naturally cleans river water and a multi-functional operation door for water purification applied to it. It is an eco-friendly method that cleans polluted river water from point source and non-point source that discharges polluted river water. A point source and nonpoint source purification system applicable to the

[Example 13]

The following describes an thirteenth embodiment configured according to the thirteenth invention of the present invention.

23 is a sectional perspective view of an air dam constructed in accordance with a thirteenth embodiment of the present invention.

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a collecting well 902 at the bottom of the river;

Constructing a pump (not shown) in the sump 902;

Installing an air dam (7000) on an upper portion of the foundation concrete (100);

Forming a double pipe (903) at an upper end of the air dam (7000);

Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);

By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end of the air dam 7000 to contaminated river water and oxygen present in the atmosphere Purifies the contaminated river water by using material friction and material explosive action, and simultaneously cleans the contaminated river water using an air dam (7000) configured to spray the river water to create a beautiful stream landscape. The State is an eco-friendly method that cleans polluted river water from point source and non-point source that discharges polluted river water, which is characterized by an environmentally friendly method and an air dam (7000) applied to it, and the point source and nonpoint source pollutants applied to it. Present the system

[Example 14]

Next, a claim 14 constructed according to a fourteenth embodiment of the present invention will be described.

24 is a cross-sectional perspective view of an inclined sluice gate constructed in accordance with a fourteenth embodiment of the present invention.

Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a collecting well 902 at the bottom of the river;

Constructing a pump (not shown) in the sump 902;

Installing a sloped water gate (not shown) on an upper portion of the foundation concrete 100;

Constructing a double pipe (903) at an upper end of the inclined sluice;

Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);

By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end of the sloped water gate and the oxygen present in the contaminated river water and the atmosphere and Eco-friendly to clean the polluted river water by using the sloped water gate which is configured to clean the polluted river water by using the material friction action and the material explosive action, and at the same time to spray the river water to create the beautiful scenery of the river. We present an eco-friendly method that cleans contaminated river water from point source and non-point source that discharges polluted river water characterized by the process and the sloped water gate applied to it, and the point source and nonpoint source purification system applied to it. do.

Example 15

Next, a claim 15 constructed according to a fifteenth embodiment of the present invention will be described.

FIG. 25 is a cross-sectional perspective view of a stepped power generation system for generating electric power by continuously installing multifunctional movable gate doors in a cascading manner over the entire length of a river according to the fifteenth embodiment of the present invention.

In paragraphs 1 and 4 and 5 and 7 and 8 and 10

After installing protection facilities to prevent one bank and the other bank from collapsing, both rivers are maintained and multi-functional movable floodgates (80) are installed on the entire shear surface of the entire river and the entire length of the river. The multi-functional movable walkway gate 80 and the floating material collection container (9002) and the generator (8885) is installed in a cascade and stored in the entire stream to continuously generate power to the river water flowing upstream of the stream. Eco-friendly method to clean polluted river water from point source and non-point source, which is characterized by eco-friendly method to naturally clean polluted river water and point source and nonpoint source purification system applied to it To present.

The shape of the multifunctional movable floodgate constructed in accordance with the present invention is not shown all the drawings over the entire cross-section of the river, omitting the illustration of the drawing in the middle portion can be configured continuously in the entire shear plane of the river because the middle portion It is natural to omit the illustration of the drawings in order to save the contaminated river water by installing a multi-functional movable floodgate only a certain portion of the entire width of the shear surface of the river or the middle portion of the river is also within the scope of the present invention.

While describing the configuration of the present invention, the operating system configured to stand up or invert the multifunctional movable gate is configured to operate an operation device capable of storing river water inside the multifunctional movable gate because it is possible to use a known technique. A detailed description of the method and a drawing of the drawings are omitted, and the configuration and the detailed description of the actuating device and auxiliary facilities that act to invert the multifunctional movable gate when large amounts of river water flows are omitted.

 The reason is that the description of the operation device and the auxiliary facility that acts to stand or flip the multifunctional movable gate is omitted since it is possible to change the configuration by using the known techniques used in the prior art.

As shown in Patent Registration No. 0920268, one side and the other side of the multi-function movable gate can be configured to operate the gate. In addition, as shown in Utility Model Application No. 20-2005-0023773, it is possible to configure the operation device of the water gate on one side and the other side of the water gate.

In addition, as in Patent Registration No. 0496430, it is possible to configure the operation device of the water gate on one side and the other side of the multifunctional movable gate.

Therefore, it is eco-friendly to purify polluted river water by using the water purifying function and the multifunctional movable gate which is configured by combining the water gate operation device and the auxiliary facilities, which are combined to operate the water purification function and the multifunctional operation gate, which are known in the art. Completion of the operating system constituting the construction process is a natural coupling technique, and the hydraulic cylinder actuator combined with the water purifying function and the multifunctional operation door, which is combined with the air, or the hydraulic actuator operated by the rope, and the operation mechanism of the rope-operated gate and the structure of the auxiliary facility. Omission of detailed drawings and description thereof will be omitted.

7. Circular pipe 150 Rear plate Support plate 70.Hydraulic diffusion plate 80.Movable floodgate 101.Moving shaft of gate

Claims (15)

It is an eco-friendly solution that cleans contaminated river water by combining the adsorption belt combined with the adsorption belt with the foreign matter, the pump that pumps the suspended organic matter, the multifunctional movable flood gate that purifies the river water, and the comprehensive control system. The method of installing the water purification system applied to the construction method in the stream, the eco-friendly water purification system applied to it, and the eco-friendly method of clean- ing the polluted river water generated from the point source and the non-point source, and the point of application In blot and nonpoint source treatment purification systems,

Install the partition wall 1200 for the water supply on one side and the other side of the river or river formed by the embankment (not shown), install the foundation concrete 100 for the discharge of the river water on the bottom of the river, and constitute the partition wall 1200 on both sides Making a process;
Installing obliquely in a diagonal direction the movable shaft 101 of the multifunctional movable guard gate on the upper part of the base concrete 100 formed between the partition walls 1200 as shown in FIG. 1;
The movable shaft 101 is installed in a diagonal shape so that the wastes contained in the river water and the streams having a light specific gravity and the heavy specific gravity are collected at one side of the river channel at the upper end of the movable shaft 101. Combining the multi-functional movable walkway gate 80 provided with a combined low-rise water discharge passage 117 to form a diagonal shape;
Installing a machine room 9008 on the embankment (not shown);
Installing a comprehensive control system (not shown) in the machine room 9008;
Forming a floating material collection container 9002 by installing a collection box 8001 in a U-shape at one end of one side of the multi-functional movable floodgate 80, that is, at one front surface of the index partition 1200;
Installing a water level detector 9003 on the other side of the upper portion of the suspended solids collection container 9002;
Electrically connecting the comprehensive control system (not shown) and the water level detector 9003;
Installing a discharge passage 8007 for discharging the river water introduced from the upstream of the stream at one end of the floating material collection container 9002;
Installing a discharge passage opening / closing gate 8009 configured to operate by power generated by an electrical signal sent from the comprehensive control system (not shown) in the discharge passage 8007;
Installing a power generation aberration (8881) coupled to the generator (8885) in the front of the discharge passage (8007);
Combining with the generator 8885 and a substation facility (not shown);

Installing a strainer 8008 for filtering the suspended solids on one side of the upper front side of the suspended solids collecting vessel 9002;
Installing a vibration damper 9000 for collecting garbage and foreign substances having a light gravity in a rear portion of the strainer 8008;
Constructing a winch gate (not shown) that seals the floating material collection container 9002 during flooding to the front of the vibration suppressor 9000;

Installing a transport belt (15) on the rear surface of the vibration damper (9000) for transporting the floating material waste collected by the vibration damper (9000) to the rear surface of the vibration damper (9000);
Constructing a collecting container (99001) for collecting floating material waste at the lower end of the conveying belt (15);

The clean river water having a heavy gravity on one side of the vibration damper 9000 configured in the floating material collection container 9002 exerts a material cutting action and a material pushing action to push up the organic materials of light gravity to the upper layer of the river water. The organic matter which is automatically floated to the upper part of the suspended solids collection container 9002 by the material cutting action, the material rolling action and the gravity action when the light weighted contaminated river water is discharged preferentially through the discharge passage 8007 Installing a pump 8003 for pumping contaminated river water having a high content ratio;

Constructing a collecting pipe 8002 for transferring the contaminated river water having a light gravity pumped by the pump 8003 to a river treatment plant 8000 on one side of the pump 8003;
Installing a sewage treatment plant 8000 for treating polluted river water having a light weight transferred to an end of the collecting pipe 8002;
Constructing an adsorber (911) for rotating an adsorption belt (9111) coupled with an oil adsorbent for adsorbing a light specific gravity fluidic organic material component on one side of the floating material collection container (9002);
Organic matter collecting device to exert the action of forcibly squeezing and squeezing the adsorption belt (9111) coupled with the adsorbent, which is configured to adsorb light organic matter with a specific gravity flowing into the floating material collection container (9002) A step (9112) in close contact with the adsorption belt (9111) and configured;
A process of collecting organic light-borne floats having a low specific gravity collected by the organic material collecting device 9112 by forming a collecting container 9316 at one end of the organic material collecting device 9112;
Constructing a transfer pipe 9315 for transferring organic material having a light specific gravity to one end of the collection container 9161 to a sewage treatment plant 8000;

Transmitting the organic material molecules having a low specific gravity collected from the organic material collection device 9112 and the collection container 9316 to the sewage treatment plant 8000 through the transfer pipe 9315 for processing;
The multi-functional movable walkway gate 80 configured as described above is installed in a diagonal form in a river, and the discharge passage opening and closing gate 8009 configured in the floating material collection container 9002 is closed. The water level detector 9003, which is combined with the integrated control system (not shown), automatically checks the inflow water level of the river water while storing the river water in the movable floodgate 80, and sums up the checked water level. The comprehensive control system (not shown) which checks the signal received at the same time as transmitting to the control system (not shown) transmits an operation signal to a hydro gate opening power unit (not shown) coupled with the discharge passage opening / closing door 8007. Pollutant molecules sent out and mixed in the river water are pollutant molecules with light weight due to the difference of specific gravity, gravity action and heavy water molecules. The discharge passage (8007) is only about 99.99 wt% to 95 wt% of the amount of inflow of the river water so that the pollutant molecules having a low specific gravity are lifted to the upper part of the river water by the material jungle action and the material cutting action. Discharged downstream of the stream and mixed with 0.01 wt% to 5 wt%

The suspended material wastes are collected by operating the vibration damper 9000 and at the same time performing the process of collecting and reprocessing the collected wastes with the transfer belt 15.
Organic matter suspended in the upper portion of the suspended solids collection container (9002) that does not process in the vibration damper (9000) is light adsorption to the adsorber (9110) for rotating the adsorption belt (9111) combined with the adsorbent After the collection using the organic material collection device 9112, the collected organic material suspended solids are collected and reused or transferred to the sewage treatment plant to be treated at the same time to purify the contaminated river water to clean river water. Multifunctional operation consisting of diagonally installed streams to clean the contaminated river water in combination with a stream water treatment system that cleans contaminated river water from point sources and nonpoint sources to continuously discharge the stream back to the stream. Using the floodgate (80), the polluted riverwater It purifies the heavy river water and simultaneously discharges clean river water with heavy gravity of the combined low-level water discharge passage 117 and furnace, and also generates the action of gravity that automatically separates heavy water with heavy gravity and pollutant molecules with light gravity. It is characterized by an eco-friendly method to clean the polluted river water by using a method of separating and discharging the contaminated river water with two inlet and four outlets configured in the multifunctional movable gate 80 as possible, and an eco-friendly water purification system applied thereto. Eco-friendly method to clean polluted river water from point source and non-point source that discharge polluted river water and applied point source and nonpoint source purification system
The method of claim 1, wherein
50wt% ~ 90wt%, 1wt% ~ 5wt% of soil, 1wt% ~ 5wt% of food sludge and 1wt% of sludge sludge collected by the adsorber 9210 in the suspended solids collection container 9002 Emission of contaminated river water, characterized by using a mixture made of% ~ 5wt%, waste sludge 1wt% ~ 5wt%, phosphorus sludge 1wt% ~ 5wt%, and waste powder 25wt% ~ 40wt% as energy production fuel Eco-friendly method to clean polluted river water from point source and nonpoint source and applied point source and nonpoint source purification system In Item 1
A mixture made by diluting 70 wt% to 80 wt% of light and 10 wt% to 20 wt% of coal and 10 wt% to 20 wt% of oil collected in the suspended solids collection container 9002 by light adsorber 9210. Environment-friendly method to clean polluted river water from point source and non-point source that discharge polluted river water, which is used as raw material for energy production, and point source and nonpoint source purification system applied to it Eco-friendly method to clean contaminated river water generated from point source and non-point source and clean the contaminated source water, and apply the point concrete to the point source It is an eco-friendly method that purifies the contaminated river water generated from point source and nonpoint source by combining the movable beam system with the low-level water discharge passage, the shovel generating plate and the rear discharge passage inside the movable beam system installed in the integrated control system. In
Constructing the movable shaft 101 of the multifunctional movable beam gate in the foundation concrete 100 after installing the foundation concrete 100 at the full width of the shear surface of the river;
Floating protrusion to a certain height so as not to interfere with the flow of the river water by the lower portion of the bottom generating plate 50 is installed on the lower side one side and the other side and the middle portion of the basic concrete 100 to the rear side of the multi-functional movable floodgate 80 Constructing 30;

Constructing a blocking plate 119 that opens and closes the combined low-rise water discharge passage 117 at the lower front portion of the multifunctional movable walkway gate 80;

Constituting a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multifunctional movable walkway gate 80;
Bending the upper portion of the multifunctional movable beam sluice 80 to form a hydraulic diffusion wall 113;

Combining the multifunctional movable beam gate 80 having the hydraulic diffusion wall 113 formed therein with the movable shaft 101 of the multifunctional movable gate gate;

After forming a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multi-functional movable beam gate 80, by joining the circular pipe 103 to the upper end of the protrusion of the convex passage 111 the multi-functional movable beam Constructing an upper end of the floodgate 80;
The lower end portion of the multi-functional movable floodgate 80 consists of a plurality of continuous low water discharge passages 117 in a horizontal direction, and then the movable shaft 101 and the combined-use low-rise discharge passage 117 of the multifunctional movable floodgate 117. Bonding the protrusions to form a lower end of the multifunctional movable beam gate (80);
Forming a plurality of front support plates 151 in the horizontal direction at the front part of the multifunctional movable guard gate 80 at regular intervals at a predetermined interval;
Bonding the low water discharge guide plate 90 to the front part of the front support plate 151 to form a low water discharge guide passage 118;

Forming a plurality of rear support plates 150 in a horizontal direction at a rear portion of the multifunctional movable walkway gate 80 at regular intervals at regular intervals;

Preparing a hydraulic diffusion plate 70 having a second discharge passage 110 having grooves formed in a U-shape at regular intervals at an upper end thereof;

The front portion of the hydraulic diffusion plate 70 and the rear portion supporting plate 150 so that the hydraulic pressure enhancement passage 112 and the third discharge passage 116 for strengthening the hydraulic pressure in the front portion of the hydraulic diffusion plate 70 is naturally formed. After coupling, the upper portion of the hydraulic diffusion plate 70 is coupled to the circular pipe 103 and
Forming a white paper 120 on the rear surface of the hydraulic diffusion plate 70 and then constructing a shool generating plate 50 having a plurality of bends 60 formed on the white paper 120;

Install the multifunctional movable walkway gate 80 configured to exhibit a water purification function as described above, and when the water storage is completed therein, the stream water flowing from the upstream of the stream is formed in the upper portion of the multifunctional movable walkway gate 80. The polluted river water that flows over the multi-functional movable floodgate 80 while overflowing the primary discharge while overflowing is naturally purged by a material friction action that naturally occurs while falling to the upper portion of the shovel generating plate 50. With action occurring;
This first purification action occurs and at the same time the clean low-rise water having a heavy specific gravity by the pressure of the water pressure stored in the multi-functional movable gate sluice 80 is configured in the multi-functional movable gate sluice 80

While passing through the hydraulic pressure diffusion wall 113 and at the same time the action of spreading the water pressure in the U-shaped passage 111 and the low-level water discharge induction passage 118 occurs, a predetermined amount of river water separated into two
After passing through the hydraulic pressure diffusion passage 112 that enhances the water pressure is continuously discharged through the third discharge passage 116 and the river water passing through the third discharge passage 116, the combined use of the bottom water discharge channel Naturally generated contaminated river water by exerting a naturally occurring material friction and material explosion while generating a vortex action that is strongly in contact with the inside of the shovel generating plate 50 with a heavy specific gravity passing continuously through 117. Promotes the cleansing action
Another stream of clean river water diffused while passing through the low water flow guide passage 118 by the water flow diffusion action generated in the hydraulic diffusion wall 113 is discharged directly to the second discharge port 110 by a strong hydraulic pressure. At the same time, the stream water contaminated by the material friction action and the material explosive action generated while falling with the first discharge water over the multifunctional movable floodgate 80 and falling to the upper portion of the shovel generating plate 50 is naturally purified. To discharge polluted river water, which is characterized by an eco-friendly method of purifying polluted river water by using a multifunctional movable gate that is equipped with two inlet and four outlets that naturally purify polluted river water generated from point sources and nonpoint sources by promoting Eco-friendly method to clean and clean polluted river water from point source and nonpoint source Point source and nonpoint source pollution purification system is applied

Purify the contaminated river water by combining the control system with a comprehensive control system that forms a foundation concrete in the river channel and has a low-level water discharge passage, a rear discharge passage and a stream generating plate installed inside the movable beam system installed on the upper portion of the foundation concrete. In the environmentally friendly method

Constructing a movable shaft 101 of the multifunctional movable beam gate 80 in the basic concrete 100;
A process of constructing the floating protrusions 30 on one side, the other side, and the middle portion of the lower portion of the foundation concrete;
Constructing a blocking plate (102) for opening and closing the combined bottom floor water discharge passage (117) on the front portion of the multifunctional movable floodgate (80);
Constituting a plurality of convex passages 111 continuously in the horizontal direction at the upper end of the multifunctional movable walkway gate 80;
Bending the upper portion of the multifunctional movable walkway gate 80 to form a hydraulic pressure diffusion unit 113;

Constituting an upper end of the multifunctional movable walkway gate 80 by bonding a circular pipe 103 to an upper end portion of the protrusion of the U-shaped passage 111 formed at the upper end of the multifunctional movable walkway gate 80;
At the lower end of the multifunctional movable floodgate 80, a plurality of continuous low water discharge passages 117 are formed continuously in the horizontal direction, and then the protrusions of the movable shaft 101 and the magnetic passage 117 of the multifunctional movable floodgate are 117. Bonding a lower end of the multifunctional movable floodgate 80;

A process of preparing and configuring the front part assembly plate 300 having the assembly wing part 600 in a U-shape in a U-shape;
A process of constructing a through hole (not shown) for assembling in the assembling wing unit 600 configured in the front assembly plate 300;
Coupling a plurality of front-side assembly plates 300 in a U-shape in a transverse direction to the front portion of the multifunctional movable beam sluice 80;

Constructing a through hole (not shown) for assembling the multifunctional movable beam gate 80 and the front assembly plate 300;
Constructing a through hole (not shown) in the low water discharge guide plate (90);

Assembling and combining the multifunctional movable beam gate 80 and the front assembly plate 300 with bolts and nuts 600;
Assembling the front assembly plate 300 and the low water discharge guide plate 90 with bolts and nuts 600 to form a low water discharge guide passage 118;

Preparing a hydraulic diffusion plate 70 having a second discharge passage 110 in a U-shape at regular intervals at an upper end of the plate;
Constructing a through hole (not shown) for assembly in the hydraulic diffusion plate;
Bending and assembling the assembly wing unit 600 in a U-shape on one side and the other side of the rear-side assembly plate 200 having a U-shape;
Constituting a through hole (not shown) for assembly in the assembly wing unit 600 configured in the rear assembly plate 200;

Assembling the rear part of the multifunctional movable walkway gate 80 and the rear part assembly plate 200 using bolts and nuts 600;

Assembling the rear portion of the rear assembly plate 200 and the hydraulic diffusion plate 70 with bolts and nuts 600 to construct a hydraulic diffusion passage 116;

Forming a white paper 120 on the rear surface of the hydraulic diffusion plate 70 and then constructing a shool generating plate 50 having a plurality of bends 60 formed on the white paper 120;

The multi-functional movable walkway gate 80, which is constructed as a prefabricated structure, is installed in the river to exert the function of purifying the contaminated river water as described above. Polluted river water having a specific gravity flowing over the multi-functional movable floodgate 80 at the same time as the first discharge is made while overflowing the upper portion of the 80

The natural primary purification action is generated by the material friction action and the material catalyst action that naturally occurs while falling to the upper portion of the fox generating plate 50 and at the same time, the water pressure stored in the multifunctional movable floodgate 80 is stored. The clean lower floor water, which is heavy due to the pressure, passes through the hydraulic reinforcement wall 113 formed in the multifunctional movable hydraulic gate 80, and at the same time, the water pressure is diffused in the U-shaped passage 111. A certain amount of river water
After passing through the hydraulic pressure diffusion passage 112 that enhances the water pressure is continuously discharged through the third discharge passage 116 and the river water passing through the third discharge passage 116, the combined use of the bottom water discharge channel Natural streams contaminated by the clean water and heavy water flowing through the 117 continuously and the material friction action, the catalytic activity, the material explosion action and the vortex action generated by the strong contact in the inside of the shovel generating plate 50 naturally. Promotes the cleansing action
The clean river water of a certain amount diffused while passing through the low water flow guide passage 118 by the water flow diffusion action generated in the hydraulic pressure strengthening wall 113 is discharged directly to the second outlet 110 by the pressure of the strong water pressure. At the same time, by diluting with the primary discharged water over the multi-functional movable floodgate 80 and falling to the upper portion of the shovel generating plate 50, by the material friction action, material explosion action, material catalyst action and vortex generation action Eco-friendly method to clean polluted river water from point source and non-point source which discharge polluted river water, which is characterized by eco-friendly method to promote polluted river water to be purified naturally Point and Nonpoint Source Purification Systems Applied
The method according to claim 2, wherein

The low-level water discharge induction passage by combining the front part of the multi-functional movable gate 80, the front part assembly plate 300 and the front part of the front part assembly plate 300 and the low water discharge guide plate 90 by welding ( 118);

The back portion of the multi-function movable walkway gate 80, the rear assembly plate 200 and the rear portion of the rear assembly plate 200 and the hydraulic diffusion plate 70 by assembling the hydraulic diffusion passage 116 by Eco-friendly method to clean polluted river water from point source and non-point source, which is characterized by eco-friendly method to clean naturally polluted river water, and point source and non-point source purification system applied to it
Claim 1 and the environmentally friendly method of purifying contaminated river water by using a movable floodgate equipped with a low-level water discharge passage and a stream generation basin
The rear portion of the multi-function movable beam gate 80 installed in the river is provided with the multi-functional movable gate gate 80 support 3002 is superimposed in the form of a single letter, the specific gravity at the lower end of the multi-functional movable gate gate 80 Constructing an airway combined low-rise water discharge passage 117 so that clean water molecules exert preferentially discharged pollutant molecules with low specific gravity;
The shool generation zone 3001 which is formed in a U-shape so that the water flow layer is formed in layers according to the mass and the specific gravity of the heavy molecular weight material and the light specific gravity material molecule on the front of the multifunctional movable floodgate 80. Purify the polluted river water generated from the point pollutant and non-point pollutant to discharge the polluted river water, characterized by the eco-friendly method to clean the polluted river water by using the multi-functional movable floodgate composed of multi-stage overlapping Environmentally friendly process and point source and nonpoint source purification system In the eco-friendly method of purifying polluted river water with a low water discharge passage
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a movable shaft (201) on an upper portion of the basic concrete (100);
The low-level water discharge passage 107 is continuously operated at the lower portion of the bottom water discharge passage 107 in the shape of a □ so as to serve as a moving passage of the fish while discharging the heavy water with a high specific gravity. Combining with the shaft 201 and installing the upper portion of the foundation concrete 100;

Coupling the support reinforcement 301 provided in the L-shape at the front portion and the rear portion of the multifunctional movable reinforcement gate 80 using a coupling member 232 such as a bolt and a nut;
Installing a white paper 105 at an upper end of the multifunctional movable walkway gate 80;
Combining and installing the low water discharge passage control plate 106 on the white paper 105;
Low-level water discharge passage control plate stop jaw 109 so that the low-level water discharge passage control plate 106 is no longer pushed to the rear portion of the upper end of the multi-function movable walkway gate 80 is not pushed further. Configuring the process;
Configuring a rope coupling white paper 108 at an upper end of the low water discharge passage control plate 106;
Coupling a low-level water discharge passage guide (202) configured in this manner to the front portion of the movable walkway (80);

A step of constructing a low water discharge automatic control door 102 configured in a? -Shape between the low water discharge passage guides 202;
Coupling between the rope binding white paper (108) configured in the low water discharge passage control plate (106) and the low water discharge automatic control door (102) using a control rope (104);
After the installation of the multi-functional movable floodgate 80 configured to naturally clean the polluted river water while naturally forming the ecosystem for restoring the ecosystem configured as described above, if the water is completely stored inside The low water discharge passage control plate 106 configured on the upper portion of the multifunctional movable floodgate 80 is pushed back by the force of the water pressure flowing out from the upstream of the stream, and is configured in the low water discharge passage control plate 106. The low-water discharge passage configured in the lower end of the multi-function movable walkway gate 80 while the control rope 104 pulls the low water discharge automatic control door 102 to the upper portion of the multi-function movable walkway gate 80 ( 107) is automatically opened, and the fish is automatically formed, and clean river water containing heavy sewage sludge from the stored water All of the fish, including those inhabiting the stream by the function of acting to freely move the bottoms discharge passage 107 in the downstream or downstream of the stream when discharged preferentially into the base water discharge passage (107) When the inflow of the river water flowing from the upstream of the river is reduced while exerting the effect of restoring the natural ecosystem, the low-water discharge automatic control door 102 is driven by the weight of the low-water discharge automatic control door 102. A heavy heavy clean using the multi-function movable walkway door configured to automatically close the discharge passage 107 to repeatedly perform the automatic operation action in which the river water is automatically stored in the multi-function movable walkway gate 80 Upstream and downstream of the stream, while releasing the stream preferentially to purify the contaminated river water Purifying polluted river water using the multifunctional movable gate (80) for water purification, which serves to restore the habitat environment in which all living creatures, including fish, can freely move up and down the stream. Eco-friendly method to clean polluted river water generated from polluted source and non-point pollutant, which is characterized by eco-friendly method and multi-functional maintenance door for combined use of water purification system Boiling point purification system
In Item 1
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);
Multifunctional movable water gate 80 for water purification, in which the low-level water discharge passage 117, which is combined with the air, is continuously provided at the lower portion so as to serve as a moving passage of fish while discharging clean water with a high specific gravity. Combining with the movable shaft (201) and installing the upper portion of the basic concrete (100);
Coupling the support reinforcement 503 provided at the back side to the multifunctional movable reinforcement gate 80 in a L-shape;
Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);
Combining the esophageal control plate 501 with a control white paper 502 at a front portion of the esophageal combined low-rise water discharge passage 117 configured at the lower end of the multi-function movable walkway gate 80;
Installing a control device for adjusting the control paper 502 on one side and the other side of the control paper 502 (the detailed drawing is omitted since it is possible to use a known mechanical device);
Installing a mechanical device (a detailed drawing is omitted since it is possible to use a known mechanical device) for operating the multifunctional movable walkway gate 80 at one side and the other side or the rear side of the multifunctional movable walkway gate 80;
Combining and installing a control device for adjusting the multifunctional movable floodgate 80 and the control paper 502, a river water level automatic check device (not shown), and a comprehensive control system (not shown);

As described above, after installing the multi-functional movable walkway gate 80 having the combined-use low-level water discharge passage 117 on the entire width of the front end surface of the river, the river water is automatically stored up to the upper end of the multi-functional movable walkway gate 80. The river water level automatic check device that detects the water level checks the river water level and delivers the position of the checked water level to the comprehensive control system, and the comprehensive control system is automatically operated to close the combined use of the low water discharge passage 117. The control white paper 502 is adjusted to open the estuary combined low-water discharge passage 117 so that all living creatures, including fishes inhabiting the upstream and downstream of the stream, are located upstream and downstream of the estuary through the combined esophageal low-water discharge passage 117. Water purification for dual use of fish that acts to restore the natural habitat environment that can grow while moving freely From the point source and the non-point source that discharge the polluted river water, which is characterized by an eco-friendly method that naturally cleans the polluted river water using the function operation floodgate (80), and a multifunctional operation door for water purification for the fishery system. Eco-friendly method to clean polluted river water generated and applied point and nonpoint source purification system In the eco-friendly construction method to clean polluted river water by installing fountains
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a collecting well 802 at the bottom of the river;
Constructing a pump (not shown) in the sump 802;
Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);
Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);
Constructing a fountain nozzle (800) in the circular pipe (103);
Connecting a connecting pipe (801) between the pump (not shown) and the circular pipe (103);
By pumping the river water with the pump 802 configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 800 configured at the upper end to the multifunctional movable walkway gate 80 is present in the contaminated river water and air The contaminated river water using the multifunctional movable floodgate (80), which is configured to clean the contaminated river water by using material friction and material explosive action in contact with oxygen, and at the same time, spray the river water to create a beautiful river landscape. Environment-friendly method for purifying polluted river water from polluted source and non-point polluted source, which is characterized by eco-friendly method to purify water naturally and multi-functional operation door for water purification applied to it and applied to it Point source and nonpoint source purification system According to claim 10
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;

Installing a movable shaft (101) of a multifunctional movable beam gate on an upper portion of the basic concrete (100);
Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;
Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);

Constructing a fountain nozzle 800 at a rear surface of the circular pipe 103;
Constructing the river water inlet 803 in a shape larger than the size of the fountain nozzle 800 on the front surface of the circular pipe 103;

As described above, the river water flowing through the river water inlet inlet 803, which is formed in the front portion of the upper end of the multifunctional movable floodgate 80, is naturally sprayed through the fountain nozzle 800 to contaminate the river water and oxygen present in the atmosphere. The contaminated river water is naturally purified by using the multifunctional movable floodgate (80), which is configured to clean the contaminated river water by contacting material friction and material explosion, and at the same time, spray the river water to create a beautiful river landscape. Eco-friendly method for purifying polluted river water and polluted river water generated from non-point pollutant and the point pollutant that discharge polluted river water characterized by eco-friendly method to purify and multi-functional operation door for water purification applied to it And boiling point purification system According to claim 10
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a collecting well 902 at the bottom of the river;
Constructing a pump (not shown) in the sump 902;
Installing a movable shaft (101) of the multifunctional movable beam gate (80) on an upper portion of the basic concrete (100);
Configuring a multifunctional movable walkway gate 80 at an upper end of the movable shaft 101;

Bonding a circular pipe (103) to an upper end of the multifunction movable beam gate (80) to configure an upper end of the multifunctional movable gate gate (80);
Constructing a double pipe (903) in the circular pipe (103);
Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);
By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end to the multi-functional movable floodgate 80 in the contaminated river water and air Contaminated using multifunctional movable gate 80 which is configured to clean the contaminated river water by using material friction and material explosion in contact with the existing oxygen, and at the same time spray the river water to beautifully create the river landscape. An eco-friendly method that cleans contaminated river water from point sources and non-point sources that discharges polluted river water, which is characterized by an eco-friendly method that naturally cleans river water, and a multifunctional operation door for water purification. Point and Nonpoint Source Purification Systems Applied
In the eco-friendly construction method to clean up polluted river water by installing a fountain in an air dam
Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a collecting well 902 at the bottom of the river;
Constructing a pump (not shown) in the sump 902;
Installing an air dam (7000) on an upper portion of the foundation concrete (100);
Forming a double pipe (903) at an upper end of the air dam (7000);
Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);
By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end of the air dam 7000 to contaminated river water and oxygen present in the atmosphere Purifies the contaminated river water by using material friction and material explosive action, and simultaneously cleans the contaminated river water by using an air dam (7000) configured to spray the river water to create a beautiful stream landscape. The State is an eco-friendly method that cleans polluted river water from point source and non-point source that discharges polluted river water, which is characterized by an environmentally friendly method and an air dam (7000) applied to it, and the point source and nonpoint source pollutants applied to it. system Installing the index partition bulkhead 1200 on one side and the other side of the river or river, and installing the base concrete 100 on the bottom of the stream to discharge the river water;
Installing a collecting well 902 at the bottom of the river;
Constructing a pump (not shown) in the sump 902;
Installing a sloped water gate (not shown) on an upper portion of the foundation concrete 100;
Constructing a double pipe (903) at an upper end of the inclined sluice;
Constructing a spray nozzle (900) in the double pipe (903);

Connecting a connection pipe (901) between the pump (not shown) and the double pipe (903);
By pumping the river water with the pump (not shown) configured as described above by spraying the contaminated river water at a high pressure through the fountain nozzle 900 configured at the upper end of the sloped water gate and the oxygen present in the contaminated river water and the atmosphere and Eco-friendly to clean the polluted river water by using the sloped water gate which is configured to clean the polluted river water by using the material friction action and the material explosive action, and at the same time to spray the river water to create the beautiful scenery of the river. Eco-friendly method to clean polluted river water from point source and non-point source which discharge polluted river water characterized by the method and the sloped water gate applied to it, and point source and nonpoint source purification system applied to it In paragraphs 1 and 4 and 5 and 7 and 8 and 10
After installing protection facilities to prevent one bank and the other bank from collapsing, both rivers are maintained and multi-functional movable floodgates (80) are installed on the entire shear surface of the entire river and the entire length of the river. The multi-functional movable walkway gate 80 and the floating material collection container (9002) and the generator (8885) is installed in a cascade and stored in the entire stream to continuously generate power to the river water flowing upstream of the stream. Eco-friendly method to clean polluted river water from point source and non-point source, which is characterized by eco-friendly method to naturally clean polluted river water and point source and nonpoint source purification system applied to it

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