KR20150088213A - Environmentally friendly power generation system that combines fine particulate pollutants, various waste and fluid contaminants contained in river water and completely eliminates molecules and purifies them with clean water to produce electricity as a natural-friendly water quality purifier, and a rainwater pool - Google Patents

Abstract

The present invention relates to an environmentally friendly power generation system functioning as a water purifier to purify river water by removing various waste, particulate pollutants, and fluid impurities included in the river water and to generate power and a rainwater storage for the same, comprising: a rear floodgate frame (500) structure to join a front floodgate frame (600) to a rear floodgate plate (102) by supporting them; a rear floodgate water stop cover (503) structure to be alternately arranged with a front floodgate water stop cover (503) to be rotated; a plurality of front floodgate hinge bracket (502) structures arranged on the top of the rear floodgate frame (500); a floodgate structure to hinge the front floodgate frame (600) to the rear floodgate frame (500); a semi-circular power generation water turbine housing (601) structure; a power generation water turbine (202) structure joined to a generator (200) inside the power generation water turbine housing (601); a structure where a generator cover (201) is joined to a generator cover hinge (203); a water pressure increase guide plate support (701) structure; and a structure where a water pressure increase guide plate (700) is joined. Therefore, the present invention relates to the environmentally friendly power generation system functioning as a water purifier to perfectly treat various impurities included in rainwater from point and nonpoint pollutant sources to clearly purify water, to restore a river ecosystem using an automatic fishway, and to continuously generate power.

Description

 Environmentally friendly power generation system that combines fine particulate pollutants, various waste and fluid contaminants contained in river water and completely eliminates molecules and purifies them with clean water to produce electricity as a natural-friendly water quality purifier, and a rainwater pool {?}

Friendly system for purifying water with clean water while completely eliminating all kinds of waste and fluid contaminants contained in rainwater entering from point sources and non-point pollutants without the use of filters and chemicals, and an eco-friendly power generation system The present invention relates to a rain water storage tank.

Using the difference of specific gravity and the action of gravity, the specific gravity contained in the stream water is purified by the clean water by removing the light fluid contaminants, and at the same time, by using the Pascal principle, the pressure is increased by the action of gravity, The present invention relates to an eco-friendly power generation system for a natural-friendly water quality purifier configured to continuously produce electricity at a pressure of water pressure that is weighted after a pressure is increased, and a rainwater reservoir applied thereto.

Generally, non-point pollution source refers to a pollutant source that increases pollution of river water because the outflow route of pollutants flowing with rainwater mixed with rainwater is not clear at many places

In detail, unlike the predictable point source of pollutant load, city, road, farmland, mountain area, construction site, etc., refers to a pollutant source that emits pollutants that uniquely assign water pollutants at unspecified places. Unlike the point source pollution, it is difficult to systematically manage the pollutants because the collection is very difficult, and the amount of generated and discharged amount greatly depends on weather conditions such as precipitation.

These non-point pollutants are mixed with rainwater in the wet season and flow into the river to increase the pollution of the river water, causing eutrophication of the lake and accumulation of micro-particles such as soil and so on and accumulating in the lower part of the river bed. It destroys the spawning ground and destroys the river ecosystem, disturbing the ecosystem, and at the same time, increasing the pollution of the river water.

In addition, due to the progress of urbanization and industrialization, the development of land is accelerated, and the area of the impervious layer penetrating into the soil due to the installation of land, roads, and parking lots is becoming a main cause of deteriorating the water quality of the rivers and lakes due to non- .

The effects of land-based pollution, which accounts for most of the non-point pollution, on river water quality are 28.3% (Han River water), 20 ~ 30% (Nakdong River / Geumgang water system) and 20 ~ 40% (Yeongsan river and Seomjin river water system) , The proportion of non-point pollutant loads is 50% or more, and it is expected to increase to 65 ~ 70% from 2015 when it includes sewage leak in addition to land system and deterioration of water quality caused by unrestrained release of untreated livestock manure. do.

Conventional methods for treating the above-mentioned non-point pollutants to solve these problems include a back-washing non-point pollution source treatment facility, a repository purification facility, an artificial wetland purification facility, a stationary contact infiltration facility, a vegetation- And screening facilities, coagulating sedimentation facilities, biological treatment facilities, etc. However, the above methods are a method of treating a part of contaminants which are discharged together with stormwater, There is a limit to the comprehensive treatment and disposal of waste and pollutants generated from nonpoint pollutants containing various pollutants.

In addition, the current climate change trends and economic growth have not defended against the occurrence of new pollutants and the treatment of pollutants that occur anthropogenic.

In the context of the global warming phenomenon, water resources are being reduced further. However, in order to secure water resources, various techniques for reusing rainwater have been studied. However, in the conventional technology for temporarily storing rainwater, It is a reality that there is a lot of problems in storing rainwater and reuse because it can not be separated.

Also, the patent 10-1082310 registered by the present applicant has a problem in that the efficiency of the lifting device for lifting the obstacles is complicated.

Patent Document 1. Korean Patent Registration No. 10-0794491 Patent Document 2. Korean Patent Registration No. 10-1177477 Patent Document 3. Patent Publication No. 10-2012-0021541 Patent Document 4. Patent Application No. 10-2012-0103003 Patent Document 5. Application No.: 10-2012-0047328 Patent Document 6. Application No.: 10-2012-0139317 Patent Document) 7. Application No. 10-2012-0124185 Patent Document 8. Application No. 10-2012-0037229 Patent document 9. Application number: 10-2012-0088409 Patent document 10. Application number: 10-2012-0135374 Patent Document 11. Application No. 10-2012-0134719 12. Application No. 10-2012-0137268 Patent Document 13. Application No.: 10-2012-0126471 14. Application No.: 10-2012-0013891 Patent document 15. Application number: 10-2010-0076003 16. Application number: 10-2012-0117506 Patent Document 17. Application No.: 10-2010-0128274 18. Patent Application No. 10-2012-0150628 Patent Document 19. Application No. 10-2013-0038190 20. Application No. 10-2011-0059824 Patent Document 21. Application No. 10-2013-0006915 22. Application No. 10-2011-0013275 Patent Document 23. Application No. 10-2013-0015133 24. Application No. 10-2011-0034117 Patent Document 25. Application No. 10-2011-0058337 26. Application No. 10-2012-0091563 Patent Document 27. Application No. 10-2013-0007369 28. Application No. 10-2011-0100788 Patent Document 29. Application No. 10-2013-0009874 30. Application No. 10-2012-0123763 Patent Document 31. Application No. 10-2013-0050694 32. Application No. 10-2011-0072298 Patent Document 33. Patent Publication No. 10-2011-0046428 34. Patent Registration No.: 10 - 1082310 Patent Literature 35. Patent Publication No. 10-2013-0034656 Patent Literature 36. 100-2011-0060876 Patent Literature 37. Patent Publication No. 10-2013-0067480 Patent Literature 38.10-2012-0094879

Pascal's principle (quoted from Naver) The principle that a given pressure in one part of a liquid contained in a sealed container is evenly distributed to each part of the liquid at the same magnitude at that intensity. 1653 B. Pascal's principle is that the force , The pressure transferred to the inside acts on the same pressure on each side of the closed space. It is a phenomenon that toothpaste comes out by pressing the end of toothpaste. Applying the force F1 to the piston with the cross-sectional area A1 means that the force P1 applied to A1 is transmitted through the fluid to the piston with the same pressure P2 and the cross-sectional area A2. It can be seen from the equation that F2 can produce a force as large as the area ratio of A2 / A1. That is, even if a small force F1 is applied in a narrow area, it can be seen that if the cross-sectional area of the other side is widened, it can act as a large force. These principles are applied in the fields of hydraulic brakes used in automobiles, hydraulic elevators in automobile workshops, and barometers.

The present invention has been proposed in view of this point. It is intended to purify polluted river water naturally and to continuously produce electricity, while completely removing trash and foreign matter flowing into the front part of the triangular water can, It is intended to provide a point clean pollutant source and a nonpoint pollutant treatment system.

In order to solve the above problems, the present invention provides an opening / closing cylinder in the side surface of a watercourse to store the water in the watercourse so as to conduct or elevate the watercourse, It is constructed to generate electricity at all times by using the river water discharged through the drainage space of the low-level water. At the same time, in the process of discharging heavy river water with priority, the water quality of the polluted river water is purified, And removing fluid contaminants flowing together with the river water by using a screw conveying device for removing impurities and contaminants, thereby solving the problems of the present invention.

In the present invention, the opening and closing cylinder is provided on the side of the watercourse, and the opening and closing of the watercourse can be performed by the opening and closing cylinder. The watercourse discharged through the low- There is an effect that produces electricity continuously.

In other words, by discharging clean river water having a high specific gravity, which is accumulated in the lower part of the water storage space by the action of gravity, it is possible to purify the contaminated river water and to discharge pollutants such as sedimentation sludge. There is an advantage that the discharge amount can be finely adjusted according to the inflow water by using an elevating cylinder separately formed outside the water inlet depending on the water pressure of the water storage space and the inflow water quantity.

In addition, the application of such a system can easily clean contaminated river water even in the case of large rivers, and it uses natural purification system that is naturally generated by nature. Therefore, it is possible to produce clean and perfect river water There is an effect that can produce clean water without using chemicals such as chlorine and fluorine. When applied to a large dam, it is possible to reduce the occurrence of sediment sludge in the dam and to substantially prevent green algae phenomena caused by the above-mentioned actions.

In addition, there is a significant effect of blocking the red tide phenomenon which is generated when the polluted river water flowing from the land river flows into the sea.

In addition, it is possible not only to store large amounts of water because the stored water does not decay even if a lot of water is confined, but also because of the capillary phenomenon caused by confining the water, It is important to promote the growth of trees growing in the mountains due to the state of being maintained and to prevent forest fires in advance. This action prevents the desertification of the land due to drought, Which has a significant effect.

In addition, through the outlet formed on the side of the watercourse, various living creatures and fish can move to the upstream, and the ecosystem can be restored or maintained.

When the water is confined using the water gate of the present invention configured to discharge the amount of water flowing from the upstream of the river through the lower end of the water gate, the inflow water flowing from the upstream side of the river is always flowed only as the inflow water flowing through the lower side of the water gate It is not only polluted by water but also pollutants contained in water are naturally decomposed and purified by clean water by various actions naturally occurring in the water storage space.

1 is a perspective view showing a state in which a water gate is standing up, which is applied to an eco-friendly power generation system for use in a water purifier,
FIG. 2 is a perspective view showing a state in which electric power is generated by opening a water generating auger cover provided at the lower end of a watercourse applied to an eco-friendly power generation system for use in a water purifier according to the present invention;
FIG. 3 is a perspective view of an open state showing a state of discharging river water stored in a watercourse applied to an eco-friendly power generation system serving as a water quality purifier according to the present invention
Fig. 4 is a perspective view showing the constitutional state of the opening and closing operation device formed on the side of the water inlet, which is applied to the eco-friendly power generation system for use as a water purifier in accordance with the present invention
FIG. 5 is a perspective view of a side cross-sectional view in which a water gate is formed in a double-coupled state by a front floodgate plate and a rear floodgate plate applied to an environmentally friendly power generation system for use in a water purifier according to the present invention
6 is a perspective view showing a state in which the upper part of the front plate of the water can is doubly formed in the environmentally friendly power generation system serving as a water quality purifier according to the present invention.
FIG. 7 is a perspective view of a hydrologic frame combined state in which two upper ends of a watercraft are removed from an eco-friendly power generation system for use in a water purifier according to the present invention;
Fig. 8 is an exploded perspective view showing a state in which a hydrologic frame and a power generating aberration are divided into two in an eco-friendly power generation system for use in a water quality purifier according to the present invention
Fig. 9 is a perspective view showing a state in which the rear floodgate plate is removed in a state in which the double floodgate is raised in accordance with the first embodiment of the present invention. Fig.
Fig. 10 is a perspective view showing a state in which a water gate is standing up, which is applied to an eco-friendly power generation system for use as a water purifier in accordance with the present invention.
10 is a rear perspective view showing a state in which a water gate is applied to an eco-friendly power generation system for use with a water purifier in accordance with the present invention;
FIG. 12 is a perspective view showing a state in which a water pressure intensifying induction plate formed on an upper surface of a water inlet is applied to an environmentally friendly power generation system for use in a water purifier.
Fig. 13 is a front elevation view showing the construction of a concrete structure, an ear canal, an operation housing and a watercontainer constructed in the river bottom according to the present invention,
Fig. 14 is a rear elevation view showing a state in which a river is dredged and constructed of a foundation concrete, an island, an operation housing,
15 is a front perspective view showing a state in which an operating housing is removed from a water gate, which is applied to an environmentally friendly power generation system for use in a water purifier of the present invention.
16 is a rear perspective view showing a state where the operation housing is removed from the water gate, which is applied to the environmentally friendly power generation system for use in the water purifier of the present invention,
17 is a perspective view showing a state in which electricity is produced by opening a generator aberration protection cover at a water gate, which is applied to an environmentally friendly power generation system for use in a water purifier of the present invention.
18 is a perspective view showing a state in which a water gate is opened and applied to an environmentally friendly power generation system for use in the water purifier of the present invention
19 is a perspective view showing a state in which a water pressure intensifying plate formed at an upper end of a front water level plate is removed in a state where a water gate is opened and applied to an environmentally friendly power generation system for use in a water purifier of the present invention.
FIG. 20 is a schematic view showing a state in which the water pressure intensifying plate formed on the upper end of the front water level plate is removed after the water gate is applied to the environmentally friendly power generation system of the present invention, A front view of the front stream water inlet control block and a front stream water inlet control block,
FIG. 21 is a view showing a state in which the water pressure intensifying plate formed on the upper end of the front water level plate is removed after the water gate is applied to the environmentally friendly power generation system of the present invention and the side cover is removed, In which the upper and lower adjustment cylinders are contracted to move the front stream water inlet control block in the downward direction,
FIG. 22 is a perspective view showing the entire front surface of a hydrographic frame, showing a front stream water inlet adjustment bar in a state in which a water gate is applied to an environmentally friendly power generation system for use in a water purifier of the present invention,
23 is a view showing the state of the front stream water inlet control rod formed between the front flood plate and the water pressure intensifying guide plate applied to the eco-friendly power generation system of the present invention for removing the front flood plate and the water- And a perspective view showing a constitutional relationship between the front-stream water inlet control rod and the water-flow control cylinder.
24 is a schematic perspective view of an environmentally friendly power generation system for use as a water quality purifier constructed according to the present invention
FIG. 25 is a schematic view of a water purifier according to an embodiment of the present invention; FIG. 25 is a perspective view of a water purifier according to an embodiment of the present invention; FIG. 25 is a cross- Figure 5 is a schematic view showing the connection relationship between the collecting rotary bucket and the fourth order impregnated screw conveyor and the number of the fifth-
26 is a perspective view showing a state in which an eco-friendly power generation system for use as a water quality purifier constructed according to the present invention is viewed from the downstream side to the upstream side of the river,
27 is a perspective view showing a state in which an eco-friendly power generation system for use as a water quality purifier constructed according to the present invention is viewed from the upstream to the downstream of the stream in the downstream direction
28 is a perspective view showing a state in which an eco-friendly power generation system for use in a water purifier according to the present invention is viewed from the upstream side to the downstream side of the stream
FIG. 29 is a perspective view of a secondary floating material remover applied to an eco-friendly power generation system for use in a water purifier according to the present invention
FIG. 30 is a rear perspective view of a floating material collecting and rotating bucket applied to an environmentally friendly power generation system for use in a water purifier according to the present invention
31 is a lateral side perspective view of a floating material collecting and rotating bucket applied to an environmentally friendly power generation system for use in a water purifier according to the present invention
Fig. 32 is a schematic view showing the structure of the eco-friendly power generation system
5th Suspended Molecule Molecular Number Reference View Diagram
33 is a reference perspective view of a multi-pulverizer applied to an eco-friendly power generation system serving as a water quality purifier according to the present invention
Fig. 34 is a schematic view showing the structure of a water purifier according to the present invention,
Reference perspective of the third impurity screw conveyor and the fourth impurity screw conveyor
35 is a perspective view of a primary impurity screw conveyor applied to an environmentally friendly power generation system for use in a water purifier according to the present invention
FIG. 36 is a perspective view of a wedge standing up perspective view, which is installed on the front surface of a watercraft constructed in accordance with the present invention and is connected to a contaminant conveyor provided to collect trash and contaminants introduced from upstream of a river,
FIG. 37 is a view showing a state in which a contaminant conveyor installed on the front of a watercourse constructed in accordance with the present invention is provided to collect waste and contaminants introduced from upstream of a river and remove the contaminants out of the river, Conduction state of water gate combined with tile
FIG. 38 is a perspective view showing a state in which a trasher installed on the front surface of a watercraft constructed according to the present invention is connected to a gate, and a trasher for crushing contaminants,
FIG. 39 is a view showing a state in which a grinder, which is installed on the front of a watercourse constructed in accordance with the present invention, for crushing trash and contaminants introduced from upstream of the stream, is transferred to one side of the river during flooding, An illustrated perspective
40 is a view for explaining a process of separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a stream water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules, 2 is a perspective view that is constructed in accordance with one embodiment of the exhaust processing apparatus
FIG. 41 is a view for explaining a process for separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a stream water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules, 2 is an internal configuration perspective view constructed in accordance with one embodiment of the exhaust processing apparatus
FIG. 42 is a view showing an example of a process for separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. 2 Discharge machining apparatus according to one embodiment of the discharge machining apparatus
FIG. 43 is a view for explaining the process of separating the pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of the river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. 2 is a perspective view that is constructed in accordance with two embodiments of the exhaust processing apparatus
FIG. 44 is a view for explaining the process of separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules, 2 is an internal configuration perspective view that is constructed in accordance with the second embodiment of the exhaust processing apparatus
FIG. 45 is a view for explaining a process of separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. 2 Discharge machining apparatus constructed according to the second embodiment of the discharge machining apparatus
FIG. 46 is a view for explaining the process of separating the pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of the stream water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules, 2 exploded detailed perspective view constructed according to the second embodiment of the exhaust processing apparatus
47 is a front perspective view showing a state in which a sluice gate constructed by a 3D printer roll according to the present invention is installed in a river;
FIG. 48 is a rear perspective view showing a state in which a sluice gate constructed by a 3D printer roll according to the present invention is installed in a river.
FIG. 49 is a perspective view of an internal perspective view of a watercraft constructed using a 3D printer according to the present invention; FIG.
50 is an internal perspective view showing a state in which a river water discharge passage support frame formed inside a watercourse configured by using a 3D printer according to the present invention is protruded;
FIG. 51 is an internal perspective view showing a state before a discharge passage support is constructed in a water gate constructed using a 3D printer according to the present invention. FIG.
FIG. 52 is an internal perspective view showing a state before a discharge passage support and a horizontal support are formed in a sluice gate constructed using a 3D printer according to the present invention.
FIG. 53 is an exploded perspective view showing a state in which a discharge path support and a lower support pipe, which are combined with a horizontal support, are separated from each other at a gate constructed using a 3D printer according to the present invention.
FIG. 54 is a perspective view showing a state in which the water pressure intensifying guide plate formed on the upper part of the front surface of the water inlet is removed in a state in which the water gate constructed using the 3D printer according to the present invention is shown in the upstream direction from the downstream side of the river.
FIG. 55 is a perspective view of a water purifier according to the present invention. FIG. 55 is a perspective view of a water purifier according to the present invention, A perspective view showing a state in which the generation aberration is removed
FIG. 56 is a perspective view of a water purifier in accordance with an embodiment of the present invention. FIG. 56 is a side view of a water purifier constructed using a 3D printer in the upstream direction from a downstream side of a river, In which the rear water level plate is removed
FIG. 57 is a perspective view showing a state in which a water gate is formed by a 3D printer according to the present invention. FIG.

The present invention relates to a method and apparatus for cleanly cleaning polluted rainwater introduced from point sources and nonpoint pollution sources without chemicals and filters and at the same time, The present invention relates to an eco-friendly power generation system for use in a water purifier.

24 is a schematic perspective view of an environmentally friendly power generation system for use as a water quality purifier constructed according to the present invention

FIG. 25 is a schematic view of a water purifier according to an embodiment of the present invention; FIG. 25 is a perspective view of a water purifier according to an embodiment of the present invention; FIG. 25 is a cross- Figure 5 is a schematic view showing the connection relationship between the collecting rotary bucket and the fourth order impregnated screw conveyor and the number of the fifth-

26 is a perspective view showing a state in which an environmentally friendly power generation system for use as a water quality purifier constructed according to the present invention is viewed from the downstream side to the upstream side of the stream,

27 is a perspective view showing a state in which an environmentally friendly power generation system for use as a water quality purifier constructed according to the present invention is viewed from the upstream to the downstream of the stream,

28 is a perspective view showing a state in which an eco-friendly power generation system for use as a water quality purifier constructed according to the present invention is viewed from the upstream side to the downstream side of the stream,

FIG. 29 is a perspective view of a secondary floating material remover applied to an eco-friendly power generation system for use in a water purifier according to the present invention. FIG. 30 is a perspective view Reference perspective

FIG. 31 is a lateral side reference perspective view of a floating material collecting rotary bucket applied to an eco-friendly power generation system for use in a water purifier according to the present invention, and FIG. 32 is a cross- 33 is a reference perspective view of a multi-pulverizer used in an eco-friendly power generation system for use in a water purifier according to the present invention, and Fig. 34 is a perspective view of a multi-pulverizer applied to an eco- FIG. 35 is a perspective view of a primary impregnated screw conveyor applied to an eco-friendly power generation system for use in a water purifier according to the present invention, and constructed as follows.

A generator 200 for dredging a river and installing a foundation concrete on the bottom of the river and blocking the one side and the other side of the river to store the river water to produce electricity, and a water gate 1000 combined with the water generating auger 202;

A river water processing box 117 constituting an exponential wall at one side of the water gate 1000 and a river water inflow passage 1003 connected to the exponent wall at the other side;

A first inflow amount regulating water gate 103 is formed above the river water inflow passage 1003;

In the front portion of the primary inflow volume regulating wedge 103, suspended particulate matter and fine particulate matter floating up to the upper part of the river water are pushed out of the river water processing box 117 by action of gravity and specific gravity A primary impregnated screw conveyor 1001 for conveying the molten metal to and from the rotating body 302 and the rotating body support 301;

A primary suspended material collecting conveyor 1002 is formed at an end of the primary particle screw conveyor 1001;

A reverse foreign matter striking eliminator 218, a rotating rake collector 219, a foreign matter trapping unit 220 and a garbage collecting conveyor 221 are connected to the rear side of the primary inflow control water gates 103 to collect suspended matters and garbage A second suspended solids remover 105 for removing the second suspended solids material is installed;

An air spraying plate 107 is connected to an air generating device (not shown) for continuously injecting air into the bottom of the stream water processing box 117 to float the particulate matters and the ultra fine particles having a low specific gravity. with;

In the next step of the vibration damper 105, a tertiary scouring screw feeder 108 for pushing out ultrafine particulates having a small specific gravity to the outside of the stream water processing box 117 and transferring the ultrafine particulates to the outside of the stream water processing box 117 is provided to the rotating body 204 303, and the third end of the third impurity screw conveyor 108 is provided with a third impurity collecting material collecting waste and contaminants collected by the third impurity screw conveyor 108 Together with the conveyor 118;

The forward rotating bodies 205 and 207 and the reverse rotating bodies 206 and 208 are installed at the lower end of the tertiary suspended solids collecting conveyor 118 so that the reverse rotating and forward rotating operations are performed to separate the particulate contaminants and the ultra fine particulate waste A multi-crusher (130) for crushing and crushing the microparticulate pollutant molecules contained in the contaminated river water into fine microparticles of microparticulate matter;

The reason for crushing the contaminants and particulate suspended solids contained in the stream water into smaller and smaller sized ultrafine particulate matter molecules by using the multi-crossed crusher 130 is that the polluted matter molecules are transformed into clean water molecules sooner It is to induce you to become.

The shape of the multi-intersecting crusher 130 can be changed by using various known crushers.

A rotating bucket 212, a scraper 215, an underwater pump 216, a connecting pipe 214 and a support 213 are coupled to the rear surface of the tertiary scouring screw feeder 108, And a floating material collecting and rotating bucket 109 for collecting and transporting floating substance molecules floating on the surface of the water while collecting ultrafine particles having a small specific gravity;

And a fourth floating material collecting conveyor 110 for conveying the collected particulate contaminants and lightweight ultra fine particles to the rear portion of the floating material collecting rotary bucket 109;

Collecting particulate pollutants and ultrafine particulate contaminants floating in the upper portion of the river water and pushing the particulate pollutants and ultrafine particulate contaminants to the outside of the river water processing box 117 to be conveyed The fourth impurity screw feeder 111 is constructed by combining the rotating body 204 and the rotating body support 303. The collected particulate contaminants and lightweight ultra fine particles are collected and collected in the rear part 5 Together with a car suspended solids collecting conveyor (112);

A floating particulate removing and collecting plate 209 and a rotating belt (not shown) are sequentially connected to a rotating belt (not shown) coupled to a rotating body (not shown) at the rear portion of the fourth- ), A particulate collecting guide plate (210) and a particulate collecting guide plate

And a fifth floating substance molecule counter 113 coupled with a particulate floating substance molecule floating induction plate 211 acting to prevent the collected particulate floating substance molecules from being released to the outside of the rotating belt (not shown) Along with configured;

The fifth floating material molecule counter 113 is installed in the stream water processing box 117 and functions to collect the particulate floating materials when the fifth floating material molecule counter 113 is installed on one side and the other side of the fifth floating material molecule counter 113 The configuration of the particulate suspended solids floating induction plate 211 is such that the particulate suspended particulate matter floatation induction plate 211 formed in the upstream direction of the stream water processing box 117 has a small height, And the particulate suspended solids floatation induction plate 211 formed in the downstream direction of the stream water processing box 117 constitutes a size so as to submerge about 1 cm to 15 cm below the water surface of the river water, Thereby collecting and collecting particulate suspended solids floating in the upper part of the river water;

That is, since the upper part of the river water continuously flowing from the upstream of the stream flows through the polluted river water having a light specific gravity, the particulate floating matter substance floating induction plate 211 located on the upstream side is floating on the water The particulate suspended solids floating structure 211, which is configured to be installed and installed in the downstream direction, is configured to be located at a depth of about 1 cm to 15 cm below the water surface of the river water to block light particulate suspended particulate matter molecules .

In the next step of the river water processing box 117, a water reservoir and a rainwater storeroom 120 for storing the processed river water are formed, and at the same time as the lower end of the river water processing box 117 and the river water discharge pipe 119 ) With a discharge control valve (not shown);

A final discharge pipe 118, which discharges the particulate contaminant molecules having a light specific gravity to the outside, is connected to a sewage treatment plant which is constructed separately at the downstream side of the stream water processing box 117 or a particulate pollutant molecule Connected to the inlet 2011 of the processing apparatus 2000 and zooming together;

In the end portion of the stream water processing box 117, an emission control gate 116 for regulating the discharge amount of the river water flowing from the upstream of the river is installed, and 95% by weight to 99.99% by weight of the influent amount flowing from the upstream of the river The discharge water control gate 116 is controlled so as to discharge the water to the upper end of the river water processing box 117 when discharging clean river water having a specific gravity to the downstream of the river or discharging it to the water storage and rainwater storeroom 120 0.001 wt% to 5 wt% of the remaining particulate pollutant molecules are discharged to the final discharge pipe 118, collected, and then reprocessed using the pollutant molecular processing apparatus 2000 or sent to a sewage treatment plant Which is characterized by a green-friendly power system that combines natural and environment-friendly water purifiers. This invention relates to an eco-friendly power generation system for both purifying polluted water and producing electricity with a nature-friendly water purifier after completely disposing of various kinds of garbage and contaminants contained in rainwater.

Hereinafter, the present invention will be described in further detail with reference to the present invention which is applied to an eco-friendly power generation system which is constructed in another form and is a natural-friendly water purifier.

The following describes each structure of a watercraft configured to produce electricity by purifying polluted river water by constituting a water gate differently applied to an eco-friendly power generation system for use in a nature-friendly water purifier according to the present invention

[First Embodiment for Constructing Different Types of Hydrological Gates]

A water intake structure according to the first embodiment applied to an eco-friendly power generation system for use in a nature-friendly water quality purifier according to the present invention will be described

 1 is a perspective view showing a state in which a water gate is raised in an eco-friendly power generation system for use in a water purifier according to the present invention,

FIG. 2 is a perspective view showing a state in which electric power is generated by opening a power generating aural cover formed at a lower end portion of a watercourse applied to an eco-friendly power generation system for use in a water purifier according to the present invention,

3 is a perspective view of an open state showing a state of discharging river water stored in a watercourse applied to an eco-friendly power generation system serving as a water quality purifier according to the present invention,

4 is a perspective view showing a configuration of an opening and closing operation device formed on a side of a watercraft applied to an environmentally friendly power generation system for use in a water purifier according to the present invention,

FIG. 5 is a side cross-sectional perspective view showing a double-joining state of a hydrologic gate constructed by a front hydrangea plate and a rear hydrangea plate applied to an eco-friendly power generation system for use in a water purifier according to the present invention,

FIG. 6 is a perspective view showing a state in which an upper part of a front plate of a water receptacle, which is composed of two, is removed from an environmentally friendly power generation system for use in a water purifier according to the present invention,

FIG. 7 is a perspective view of a hydrologic frame combined state in which two upper ends of a watercraft are completely removed from an eco-friendly power generation system for use in a water purifier according to the present invention,

8 is an exploded perspective view showing a state in which a hydrologic frame and a power generation aberration, which are composed of two, are decomposed in an environmentally friendly power generation system for use in a water purifier,

FIG. 9 is a perspective view showing a state in which a rear-side hydrological plate is removed in a state where a double-headed hydrograph is erected in accordance with the first embodiment of the present invention,

10 is a front perspective view showing a state in which a water gate is raised in an eco-friendly power generation system for use as a water purifier in accordance with the present invention,

10 is a rear perspective view showing a state in which a water gate is applied to an environmentally friendly power generation system for use in a water purifier according to the present invention,

12 is a perspective view showing a state in which a water pressure intensifying induction plate formed on a front surface of a water inlet applied to an eco-friendly power generation system for use in a water purifier according to the present invention is removed.

Installing the foundation concrete by dredging the river bottom;

An operation device housing 100 constituting an operation device (not shown) for operating the water gate 1000 on one side and the other side of the foundation concrete is installed;

An inlet 902 connected to the passageway 900 is formed in the lower end portion of the foundation concrete and an outlet 901 is formed at a lower portion of the lower water level upstream portion of the river water stored by the water gate 1000 configured to store the river water, And an inlet passage 900 connected to the foreign matter inflow passage 932 in the reverse direction of the flow passage is formed at a point of about 50 cm to about 50 cm;

A front floodgate frame 600 for supporting the front floodgate plate 101 and a front floodgate frame 600 for joining the front floodgas plate 101 and a rear floodgate plate 102 for supporting the rear floodgate plate 102, The structure of the hydrological frame 500;

A structure of a front gate index cover 602 having an inverted U-shaped semicircular structure at the upper end of the front hydrofoil 101;

A structure of a rear water gate cover 503 crossing the upper end of the rear water gate plate 102 to be rotated with the front water gate cover 602 in a U-shaped semi-circular structure;

A structure of a plurality of front hydrangea white paper brackets 502 at the upper part of the front hydrangea frame 600;

A structure of a plurality of rear hydrological white paper brackets 300 on the upper portion of the rear hydrological frame 500;

The front and rear hydrangea frames 600 and 500 are connected to each other by using the front and rear hydrangea coupling pins 501 connecting the front and the rear hydrangea white brackets 502 and the rear hydrangea white- Structure of whitewashed combine gate;

A structure of a power generating aural housing 601 having a U-shaped semicircular structure at the lower end of the rear water level plate 102;

A structure of a power generating aberration unit 202 formed by being coupled with the generator 200 in the power generating aural housing 601;

A structure in which a generator cover 201 for protecting a generator 200 and a generator auricle 202 formed on one side and the other side of the aerator housing housing 601 is combined with a generator cover sheet pad 203;

      A narrow stream water outlet 702 is formed at the upper end of the front floodgate plate 101 and at least 15% to 35% of the outlet width of the river water outlet 702 formed at the upper end is wider at the lower end thereof. The structure of the water pressure intensifying guide plate support 701 constituting the inlet 703;

 A structure in which the water pressure intensifying guide plate 700 is coupled to the upper end of the water pressure intensifying guide plate support 701;

The width and the width of the river water inlet 703 formed at the lower end of the water gate 1000 are wide and wide and the size and width of the river water outlet 702 through which the river water is discharged are made smaller than the river water inlet 703 The reason for this is that the action of gravity that increases the water pressure is induced to generate more of the river water outlet port 702 formed at the upper end portion so that the power generating auricle 202 constituting the rear water surface plate 102 is rotated more quickly It is to produce a large amount of electricity.

In other words, Pascal's principle is that it produces the same pressure with a larger area of pressure, and produces electricity with a stronger water pressure.

 As described above, clean river water having a specific gravity through the river water inlet 703 formed at the lower end portion of the water pressure intensifying guide plate 700 pushes the polluted river water having a specific gravity light, and the river water outlet 702 ), It is discharged preferentially while maintaining a strong water pressure in accordance with Pascal's principle

It is possible to rapidly rotate the auger 202 connected to the generator 200 constituted at the lower end of the rear water level plate 102 to a strong water pressure so as to produce a larger amount of electricity, The clean water having a heavy specific gravity which is discharged through the river water discharge port 702 after overflowing the water-tightened induction plate 700 with light weight and having a low specific gravity accumulating in the upper part of the water gate 1000 among river water stored in the river water So that the water quality of the contaminated river water is improved. At the same time, the power generating au- theber 202 connected to the generator 200 is continuously rotated to generate electricity, and at the same time, The water rubbed by the material friction action and the material collision action generated while colliding with the power generation aberration 202 is naturally purified Friendly water quality purifier that can function as a natural environment-friendly power generation system. It completely treats all kinds of waste and pollutants contained in rainwater generated from point pollution sources and non-point pollution sources without chemicals and filters, Friendly water purifier that exhibits the function of generating electricity at the same time as the water purifier

The following describes a structure of a watercraft configured to produce electricity by purifying polluted river water by constituting watercourses differently applied to a eco-friendly power generation system for use in a nature-friendly water quality purifier according to the present invention

[Second Embodiment of Constructing Different Types of Hydrological Gates]

A second embodiment of a water gate structure applied to an eco-friendly power generation system for use in a nature-friendly water quality purifier according to the present invention will be described

. FIG. 13 is a front perspective view showing the construction of the concrete, the island, the operation housing, and the watercontainer constructed in the river bottom by dredging the river according to the present invention,

 FIG. 14 is a rear perspective view showing the state of the construction of a foundation concrete, an island, an operation housing and a watercontainer constructed by dredging a river according to the present invention,

15 is a front perspective view showing a state in which an operating housing is removed from a water gate applied to an environmentally friendly power generation system for use in a water purifier of the present invention,

16 is a rear perspective view showing a state in which the operation housing is removed from a water gate applied to an environmentally friendly power generation system for use in a water purifier of the present invention,

17 is a perspective view showing a state in which electricity is generated by opening a generator aberration protection cover in a water gate that is applied to an environmentally friendly power generation system for use in a water purifier of the present invention,

FIG. 18 is a perspective view showing a state where the water gate is opened and applied to the environmentally friendly power generation system for use in the water purifier of the present invention,

19 is a perspective view showing a state in which a water pressure intensifying induction plate formed on an upper end of a front water level plate is removed in a state where a water level door is opened and applied to an environmentally friendly power generation system for use in a water purifier of the present invention,

FIG. 20 is a schematic view showing a state in which the water pressure intensifying plate formed on the upper end of the front water level plate is removed after the water gate is applied to the environmentally friendly power generation system of the present invention, And FIG. 5 is a perspective view showing a control cylinder for controlling the front stream water inlet control block and the front stream water inlet control block.

FIG. 21 is a view showing a state in which the water pressure intensifying plate formed on the upper end of the front water level plate is removed after the water gate is applied to the environmentally friendly power generation system of the present invention and the side cover is removed, In which the upper and lower cylinders are contracted to move the front stream water inlet control block in a downward direction,

FIG. 22 is a perspective view of a front side of a hydrographic frame showing a front river water inlet control rod in a state where a hydrographic standing plate applied to an eco-friendly power generation system for use in a water purifier of the present invention is erected,

23 is a view showing the state of the front stream water inlet control rod formed between the front flood plate and the water pressure intensifying guide plate applied to the eco-friendly power generation system of the present invention for removing the front flood plate and the water- And the stepwise arrangement relationship of the front-stream water inflow adjusting rod and the water inflow-controlling cylinder is as follows.

Installing the foundation concrete by dredging the river bottom;

An operating device housing 100 for operating the gate 1000 on one side and the other side of the foundation concrete is installed;

An operation device (not shown) of the water gate 1000 is formed in the operation device housing 1000;

      An operation white paper 805 is installed by connecting one side and the other side of the operating device,

A lower support pipe 833 is formed in the middle of the operation white paper 805;

A front float plate 800 is formed at an upper end of the support pipe 833;

The upper portion of the front upper floodgate plate 800 constitutes a water pressure intensifying guide plate support 821 which functions to gather the action of gravity concentrated downward and to generate a stronger water pressure toward the upper layer, The water pressure intensifying guide plate supports 821 are formed in a trapezoidal shape wider than the upper portion by 10% to 35%, respectively;

A front stream water inlet control block 822 is installed between the water pressure intensifying guide plate supports 821;

The front side river water inlet control block 822 is adjusted up and down on one side and the other side of the lower side support pipe 833 formed at the lower end of the front side river water inlet control block 822, And a river water inflow control cylinder 823 for opening and closing the lower end stream water inflow port 802 formed at the lower front part, respectively;

The shape of the front lower stream water inlet port 802 is larger by about 15% to 35% than the width and size of the upper stream outlet port 803 at the lower end portions of the front hydrangea plate 800 and the water pressure strengthening guide plate support 821 And at the same time, the upper end portions of the front hydrangea plate 800 and the hydraulic pressure guiding plate supporter 821 exert an action of preferentially discharging clean river water having a heavy specific gravity, and stronger toward the upper part of the water gate 1000 A water pressure intensifying induction plate 820 is constructed so as to overlap the upper stream outlet port 803 for generating a water pressure so as to have a letter shape;

The rear floodgate plate 801 is connected to the rear surface of the front floodgate plate 800 by a front and rear hinges 831,

A power generating aberration 808 constituting a U-shaped power generating aural housing (not shown) is formed in the lower end of the rear water leveling board 801 and the power generating aide 808 is coupled to the generator 809 inside the power generating aural housing;

The power generating aberration protective cover 810 that protects the power generating aide 808 when the floodgate 1000 is opened at the time of flooding is provided on the power generating aberration 808 by the power generating aide protection cover white paper 811 Combined with;

The bottom stream water inlet 802 into which the river water flows is configured to have a size larger than the size and the width of the upper stream outlet port 803 formed at the upper end side because the large- The clean river water having a large specific gravity flowing through the lower stream water inlet port 802 formed at the lower end of the water pressure intensifying induction plate 820 as described above, The water is discharged preferentially while maintaining a strong water pressure in accordance with the principle of Pascal through the upper stream outlet port 803 formed at the upper part of the water gate 1000 while pushing contaminated river water

The power generating aids 808 combined with the generator 809 formed at the lower end of the rear water leveling board 801 are quickly rotated to a strong water pressure so as to produce a greater amount of electricity, The polluted river water having a specific gravity accumulating in the upper part of the water gate 1000 among the river water stored in the lower end river water inlet 802 flows over the water pressure strengthening induction plate 820, The water is automatically diluted with the river water so that the water quality of the contaminated river water is improved. At the same time, the water generated by the water generator 808, which is combined with the generator 809, is continuously rotated to generate electricity, The water material contaminated by the material friction action and the substance collision action generated while colliding with the development aberration 808 is naturally purified It is a natural-friendly water purifier that combines natural and environment-friendly power generation system that makes rocks function. It completely treats various kinds of waste and pollutants contained in rainwater generated from point pollutants and non-point pollutants without chemicals and filters, Friendly water quality purifier that demonstrates the ability to generate electricity at the same time as the power generation system.

   As described above, the operation device for operating the water gate constructed in accordance with the respective embodiments is shown in detail in the drawings, but the operation method is a known technology and its explanation is omitted.

Also, the system for operating the water gate constructed according to the present invention can be configured as a rear operation type, a rope operation type, or a pneumatic operation device to change the operation system.

Next, it is installed on the front of the watercraft constructed according to the present invention, and the trash and the contaminants introduced from the upstream of the stream are transported out of the river, and the collected contaminants and the trash are collected to purify the contaminated river water, The following is an explanation of the environmentally friendly power generation system for the water purifier using the impurity conveyor that acts to protect the water.

FIG. 36 is a perspective view of a wedge installed in the front of a watercraft constructed in accordance with the present invention and coupled with a contaminant conveyor provided to collect waste and contaminants introduced from the upstream of a stream and to remove the contaminants from the stream.

FIG. 37 is a view showing a state in which a contaminant conveyor installed on the front of a watercourse constructed in accordance with the present invention is provided to collect waste and contaminants introduced from upstream of a river and remove the contaminants out of the river, The conduction state of the watercraft combined with the tile is as follows.

Installing the foundation concrete by dredging the river bottom;

A structure of the water gate 1000 coupled with an operation device housing 100 for operating the water gate 1000 on one side and the other side of the foundation concrete;

A contaminant screw conveyor 310 configured to convey various trash and fine particulate contaminants introduced from the upstream of the stream to the outside of the stream, and a torsion spring 310 when the contaminant conveyor 310 is operated, And a contaminant conveyor 310 which is configured to support the contaminant conveyor support 315 for preventing a malfunction and to rotate the contaminant conveyer 310 upward during a flood, An impure manipulation table (312) coupled to the cylinder and the cylinder rod,

A rotating device coupled with the impregnated screw feeder 310 refers to a planar rotating device that is rotated in the left and right directions, and these devices are widely known in the art.

A structure for rotating the bucket constituting the forklake to left and right is a typical construction, and a detailed structure of the rotating device is not shown.

A structure of the impregnated screw conveyor 310 coupled to one side and the other side of the impure manipulation table 312;

The scouring screw conveyor 310 coupled with the impregnating table 312 is lifted to the upper end of the sluice 1000 at a depth of about 10 cm to 50 cm from the upper water depth of the river stored by the sluice gate 1000 And to collect waste and particulate contaminants that float above the stream due to differences in gravity action and specific gravity;

A structure of the contaminant transporting conveyor 311 functioning to collect waste and particulate contaminants pushed out of the stream by the impregnated screw conveyor 310 is formed at the other end of the impregnated operation table 312 (120), which is installed in one side of the river water processing box (117) so as to collect and collect various kinds of trash and particulate pollutants contained in the river water flowing from the upstream of the river out of the river, The present invention is characterized by an eco-friendly power generation system for a water purifier using a scraper screw feeder 310 that completely collects various kinds of waste and particulate pollutant molecules contained in river water to purify contaminated river water Fluids and fluids from various point sources and non-point pollutants without filters and chemicals Seamlessly handles japmul while the constant clean water presents a nature-friendly water purifiers combine eco-friendly power system to produce electricity.

Next, the dust collecting apparatus according to the present invention is installed on the front of the water receptacle to grind waste and contaminants introduced from the upstream of the stream, and sends the pulverized pulverized material to a stream water processing box formed on one side of the stream to collect the pulverized pulverized material The following describes the eco-friendly power generation system for use as a water purifier by using the impurity conveyor which functions to purify polluted river water.

FIG. 38 is a perspective view illustrating a state in which a crusher installed on a front surface of a watercraft constructed according to the present invention is connected to a gate, the crusher crushing the trash and the contaminants introduced from upstream of the river,

FIG. 39 is a view showing a state in which a grinder, which is installed on the front of a watercourse constructed in accordance with the present invention, for crushing trash and contaminants introduced from upstream of the stream, is transferred to one side of the river during flooding, As shown in FIG.

Installing the foundation concrete by dredging the river bottom;

A structure of the water gate 1000 coupled with an operation device housing 100 for operating the water gate 1000 on one side and the other side of the foundation concrete;

When a particulate contaminant crusher 320 for crushing various kinds of trash and particulate contaminants introduced from the upstream of the stream into the molecular material of the ultrafine particle is operated at one side of the operating device housing 100, A rotary device configured to support the impeller support 316 to prevent the contaminant impeller 316 from rising and to rotate the contaminant impeller 320 upward during the flooding and to rotate it out of the stream, A structure of the impurity handling base (312) combined with the cylinder rod;

A structure of the impurity crusher 320 coupled to one side and the other side of the impurity handling base 312;

The impurity crusher 320 is installed at a depth of about 10 cm to 50 cm from the upper water depth of the stream stored by the water gate 1000 to float on the upper part of the water gate 1000 so that the action of the gravity and the specific gravity The waste particles and microparticulate contaminants floating on the upper part of the river due to the difference are crushed into ultrafine particles and the contaminant molecules of the ultrafine particle component crushed into the inside of the stream water processing box 117 formed on the side of the water gate 1000 The polluted water is collected along the flowing naturally flowing water, and then the collected ultrafine particle components are sequentially collected by using the collecting system constituted by each step, so that the polluted river water is purified by the clean water, A filter that features an eco-friendly power generation system that combines clean water with purified water Perfect handling various waste and fluid, impurities coming from point sources and nonpoint sources, without giving arms to the constant clean water presents a nature-friendly water purifiers combine eco-friendly power system to produce electricity.

The shape of the impregnation crusher applied to the present invention can be changed in various ways.

Next, the contaminated river water, which is formed at the upper end of the end portion of the river water processing box constructed in accordance with the present invention, is blown up to polluted river water having a high content of pollutant molecules discharged to the final discharge pipe, The first embodiment of the stream water striking device using the inflow 2 discharge method will be described.

40 is a view for explaining a process of separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a stream water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules, FIG. 41 is a perspective view of a polluted material discharged from a polluted river water final discharge pipe formed at the upper end of an end portion of a river water processing box constructed according to the present invention. FIG. 2 is a perspective view showing an internal structure of an inflow 2 discharge processing apparatus according to an embodiment of the present invention,

FIG. 42 is a view showing an example of a process for separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. 2 is an exploded perspective view constructed in accordance with one embodiment of the discharge machining apparatus as follows

(2000) for crushing contaminated stream water into rotating ultrafine particles by blowing

An inflow control valve 2012 connected to the contaminated river water final discharge pipe 118 formed at an end of the river water processing box 117 combined with the water gate 1000 to control contaminant inflow, And a pipe-connected structure;

The structure of the processing apparatus 2000 is configured in a rectangular rectangular shape;

Coupling of one end of the machining apparatus 2000 with the other end of the driven shaft 2010 and the drive shaft 2009;

On the one side of the driven shaft 2010, the driven gear 2008 is provided on one side of the drive shaft 2009

A drive gear 2007 is coupled and configured;

The drive shaft 2009 and the driven shaft 2010 are constituted so as to constitute a rotating body 2006 such as a motor on the other side of the drive shaft 2009 so that the drive shaft 2009 and the driven shaft 2010 are alternately rotated in the forward direction and the reverse direction;

At one side and the other side of the driven shaft 2010 constituted inside the machining apparatus 2000, a separation prevention coupling 2016 is constituted, respectively;

A rotation bar support ring 2017 is formed between the separation prevention coupling 2016, respectively;

 The rotating rod support ring 2017 includes a plurality of rotating rods 2015 to strike fluid contaminant molecules and solid contaminant molecules;

The driving shaft 2009 formed inside the processing apparatus 2000 is formed with a circular rotation striking member 2013 which is cross-coupled with the rotation rod 2015 and is combined with a separation preventing ring 2018;

A plurality of grooves are formed in a U shape on the outer circumferential surface of the circular rim of the circular rotation striking member 2013 so as to strike fluid contaminant molecules and solid contaminant molecules;

A plurality of grooves are formed in the disk of the circular rotation striking member 2013 so as to strike the fluid contaminant molecules and the solid contaminant molecules;

An upper discharge pipe 2001 for discharging fluid contaminant molecules having a specific gravity is coupled to the upper discharge control valve 2002 at an upper side of the processing apparatus 2000;

A lower end discharge pipe 2003 for discharging heavy fluid molecules having a specific gravity is coupled to a lower end discharge control valve 2005 at a lower side of the processing apparatus 2000;

The contaminated river water final discharge pipe 118 formed at the end of the river water processing box 117 combined with the water gate 1000 and the inflow pipe 2011 form the inside of the processing apparatus 2000 configured as described above The fluidic pollutant molecules flowing through the inflow pipe 2011 through the process of pulverizing and discharging the inflowing fluid pollutant molecules and the solid pollutant molecules continuously into very small size ultrafine particles, In the solid pollutant molecules, 90WT% ~ 99.99WT% of substance molecules with heavy specific gravity as compared to 100WT% of the total influent amount are discharged to the lower discharge pipe (2003), and 0.01WT% ~ 10WT% (2001), the lower end discharge control valve (2005) is controlled and discharged to discharge the discharged water to the pipe (2001). Friendly water quality cleaner, which is characterized by an eco-friendly power generation system. It filters and disposes of all kinds of garbage and fluid contaminants from point sources and non-point pollutants without chemicals and filters, and produces electricity by purifying with clean water. We propose eco-friendly power generation system for purifier.

The pollutant molecules discharged through the upper exhaust pipe 2001, which is disposed on the upper side of the processing apparatus 2000 and discharges fluid pollutant molecules having a specific gravity, is sent to a river treatment plant for reprocessing, It can be mixed with petroleum and used as energy.

The manufacturer may configure the number of the rotating rod 2015 and the circular rotary impacting body 2013 to be combined with the driven shaft and the drive shaft constructed in accordance with the present invention as many as the numbers, It is natural to be able to construct by increasing the number of

Next, the contaminated river water, which is formed at the upper end of the end portion of the river water processing box constructed in accordance with the present invention, is blown up to polluted river water having a high content of pollutant molecules discharged to the final discharge pipe, The second embodiment of the stream water striking device using the first inflow 2 discharging method will be described.

FIG. 43 is a view for explaining the process of separating the pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of the river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. FIG. 44 is a perspective view of the pollutant discharge apparatus according to the second embodiment of the present invention; FIG. 44 is a cross- FIG. 2 is a perspective view showing the internal structure of the apparatus according to the first embodiment of the present invention; FIG.

FIG. 45 is a view for explaining a process of separating pollutant molecules discharged from the polluted river water final discharge pipe formed at the upper end of the end portion of a river water processing box constructed in accordance with the present invention into clean water molecules and pollutant molecules. FIG. 46 is an exploded perspective view illustrating the pollutant molecules discharged from the contaminated river water final discharge pipe formed at the upper end of the end portion of the river water processing box constructed in accordance with the present invention. Which is processed according to an embodiment of the present invention, and is divided into clean water molecules and contaminant molecules, and is configured as follows.

(2000) for crushing contaminated stream water into rotating ultrafine particles by blowing

An inflow control valve 2012 connected to the contaminated river water final discharge pipe 118 formed at an end of the river water processing box 117 combined with the water gate 1000 to control contaminant inflow, And a pipe-connected structure;

The structure of the processing apparatus 2000 is configured in a rectangular rectangular shape;

Coupling of one end of the machining apparatus 2000 with the other end of the driven shaft 2010 and the drive shaft 2009;

On the other side of the driven shaft 2010, the driven gear 2008 is provided on the other side of the drive shaft 2009

A drive gear 2007 is coupled and configured;

The drive shaft 2009 and the driven shaft 2010 are constituted so as to constitute a rotating body 2006 such as a motor on one side of the drive shaft 2009 to rotate the drive shaft 2009 and the driven shaft 2010 in the forward direction and the opposite direction,

A driven circular rotary impacting member 2040 in the form of a disk having grooves formed in an irregular form between the spacing rings 2019 for keeping constant spacing in the slave axis 2010 formed inside the processing apparatus 2000 ) Are respectively coupled to the departure prevention coupling (2017);

A driving circular rotary impacting member 2050 in the form of a disk in which a groove is formed in a linear shape between a separation ring 2019 for maintaining a constant gap is formed in a drive shaft 2009 formed inside the processing apparatus 2000 (2017) while being cross-coupled with the driven circular rotary impact element (2040);

An upper discharge pipe 2001 for discharging fluid contaminant molecules having a specific gravity is coupled to the upper discharge control valve 2002 at an upper side of the processing apparatus 2000;

A lower end discharge pipe 2003 for discharging heavy fluid molecules having a specific gravity is coupled to a lower end discharge control valve 2005 at a lower side of the processing apparatus 2000;

The contaminated river water final discharge pipe 118 formed at the end of the river water processing box 117 combined with the water gate 1000 and the inflow pipe 2011 form the inside of the processing apparatus 2000 configured as described above The fluidic pollutant molecules flowing through the inflow pipe 2011 through the process of pulverizing and discharging the inflowing fluid pollutant molecules and the solid pollutant molecules continuously into very small size ultrafine particles, In the case of solid pollutant molecules, 95WT% ~ 99.99WT% of substance molecules with heavy specific gravity as compared to 100WT% of the total amount of molecules are discharged to the lower discharge pipe (2003), and 0.01WT% ~ 5WT% And discharged to the upper discharge pipe 2001

It filters and treats all kinds of waste and fluid contaminants from point source and non-point source without filters and chemicals, which features 1 inflow 2 discharge stream water treatment system to clean polluted river water. It purifies electricity with clean water. Friendly environment for water purifiers.

In particular, the contaminated river water continuously flowing into the interior of the processing apparatus 2000 flows into the grooves formed in the driving circular rotary impactor 2050 and the driven circular rotary impactor 2040, The driving circular rotary striking member 2050 and the driven circular rotary striking member 2040, which are struck while rotating, are struck while intersecting with each other, and at the same time, when pollutant molecules are struck and processed, the pollutant molecules The pollutant molecules having a specific gravity are separated from each other by dewatering clean water molecules having a large specific gravity and are arranged at the lower end of the processing box 2000 to be discharged to the upper discharge pipe 2001 formed at the other end of the upper end of the processing box 2000 The lower discharge control valve 2005 coupled to the lower discharge pipe 2003 is adjusted

The clean substance molecules 90WT% to 99.99WT% having a specific gravity greater than 100 wt% of the total amount of the incoming material molecules flowing into the processing box 2000 are discharged to the lower end discharge pipe 2003, and 0.01 wt% ~ 10WT% is the upper exhaust pipe (2001), which is composed of one inlet and two outlet to separate the clean water molecules and pollutant molecules contained in the pollutant molecules, Suggest

The shapes of the driving circular rotary impact body 2050 and the driven circular rotary impact body 2040 which are formed inside the processing device 2000 can be variously modified.

For example, a V-shaped wrinkle or a millstone wrinkle may be formed to increase the frictional strength of the inner peripheral surface of the driving circular rotary striking member 2050 and the driven circular rotary striking member 2040.

The following explains how to construct a hydrological gate using a 3D printer.

FIG. 47 is a front perspective view showing a state where a hydrologic gate constructed by a 3D printer roll according to the present invention is installed on a river, FIG. 48 is a rear perspective view showing a state where a hydrologic gate constructed by a 3D printer roll according to the present invention is installed on a river, FIG. 49 is an internal perspective view of a watercraft constructed using a 3D printer according to the present invention. FIG. 50 is a perspective view of a water- FIG. 51 is an internal perspective view showing a state before a discharge path support is constructed in a sluice gate constructed using a 3D printer according to the present invention, and FIG. 52 is a perspective view showing a 3D printer according to the present invention. FIG. 53 is an internal perspective view showing a state before the discharge passage support and the horizontal support are formed in the water gate constructed using the same according to the present invention. FIG. 54 is an exploded perspective view showing a state in which a discharge path support and a lower support pipe, which are combined with a horizontal support, are separately separated from each other at a gate constructed using a 3D printer. FIG. Is a perspective view showing a state in which the water pressure intensifying induction plate formed on the upper part of the front face of the water inlet is removed in a state of being shown in the direction from the downstream side to the upstream side of the river,

FIG. 55 is a perspective view of a water purifier according to the present invention. FIG. 55 is a perspective view of a water purifier according to the present invention, And Fig. 56 is a perspective view showing a state in which the power generation aberration is removed. Fig. 56 is a perspective view showing a state in which the water gate constructed using the 3D printer according to the present invention is shown in the upstream direction from the downstream side of the river, FIG. 57 is an exploded perspective view showing a state in which a rear surface gate plate coupled to a rear surface gate plate frame is removed after an induction plate is removed. FIG. 57 is a perspective view showing a state in which a water gate is formed by a 3D printer according to the present invention. .

A front printer 800 is formed in a rectangular shape using a 3D printer;

And a working white pad 850 for supporting the working white fist 860 on one side and the other side of the lower end of the front floodgate 800;

Operation The white spindle 860 is separately prepared and prepared using a 3d printer;

The operation of the white jig (860)

A structure for inserting the working white pad 850 into the working white pad 850 and fixing the working white pad 850 by welding with the operational white pad 860;

A structure that constitutes an actuating device 910 constituted by being coupled with an actuating cylinder at a working white spigot 860 constituted at one side and the other side of the front hydrograph plate 800;

A structure for configuring the operating device housing 100 outside the operating device 910;

A bottom support pipe 830 having a rectangular fitting hole 930 is formed on one side and the other side using a 3d printer

A structure in which the lower support pipe 830 made of a 3d printer is welded to the outside of the operation white paper bar 850 and the operation white paper bar 860;

It can be bonded by using adhesive without using welding method.

Forming a horizontal support 861 at the upper end of the lower support pipe 830 with a 3d printer;

A river water discharge path support base 883 constituted by a front prismatic water inflow control block guide jaw 872 formed by using a 3d printer is combined with a front float plate 800 and a horizontal support table 861;

A structure in which a plurality of operation white papers 920 that connect the rear gate hydrator plate 801 and the front hydrangea plate 800 in white are connected to the upper end of the front hydrangea plate 800;

The stream water inflow control block 870 separately provided is installed at the upper end of the stream water inflow control block guide protrusion 872 formed in the stream water discharge passage support 883;

A structure in which one side and the other side of the river water inflow control block 870 are combined with the river water inflow control block operation cylinder 871 and then the other side of the rear side of the river water inflow control block operation cylinder 871 is coupled with the river water discharge passage support 883;

It is preferable that the shape of the river water discharge passage support base 883 is formed in the shape of a lower half of the river so as to exhibit an action of generating a water pressure more strongly toward the upper side according to the Pascal principle

The water pressure intensifying guide plate 890 constituted by the front lower end stream water inlet 893 is formed at the upper end of the lower support pipe 830 and the horizontal support stand 861 and the stream water discharge passage support stand 883 using the 3d printer, (803);

The upper stream outlet port 803 of the river water is configured to communicate with the lower front stream water inlet port 893 formed at the lower end of the water pressure intensifying guide plate 890.

A structure for constructing a lattice rear gate plate frame 880 using a .3d printer;

A structure in which the backside hydrological frame 880 on the lattice is joined to the operation white paper 920 formed on the upper end of the front hydrangea 800 by a white background;

Since the structure of the operation white paper can be applied by a conventionally used method, the detailed structure is omitted and shown only roughly

A structure for constructing a rear hydromanufacturing plate 801 having a U-shaped power generating aural housing 600 at an upper end of a rear hydromn frame 880 using a 3d printer;

A structure in which the power generating aberration 808 coupled with the generator 809 is formed in the power generating aberration housing 601;

And the configuration of the generator and the aberration can be changed in various ways.

A structure in which a water generating aide protecting cover 810 for protecting the water generating aids 808 and the electric generator 809 at the time of flooding is installed on the upper part of the water generating aids 808 using white paper

The power generating aids 808 combined with the generator 809 formed at the lower end of the rear water leveling board 801 are quickly rotated to a strong water pressure so as to produce a greater amount of electricity, The clean water having a heavy specific gravity which is discharged through the upper stream discharge port 803 after overflowing the water pressure intensifying guide plate 890 and having light specific gravity accumulated in the upper part of the water gate 1000 among the river water So that the water quality of the polluted river water is improved. At the same time, the power generation aber 808, which is combined with the generator 809, is continuously rotated to generate electricity, and at the same time, contaminated river water The water rubbed by the material friction action and the material impact action generated while colliding with the power generating aberration 808 is naturally purified Friendly water quality purifier that filters and disposes of all kinds of waste and fluid contaminants contained in rainwater from point sources and nonpoint pollution sources without the need for filters and chemicals, Friendly water quality cleaner that produces electricity by supplying the electricity to the environmentally friendly power generation system.

Using the triangular water gate, which is provided to purify polluted river water according to the present invention with clean water, it acts to help the creatures and fishes living in the river to reproduce, so that the river ecosystem is saved and the contaminated river water is cleaned Using the eco-friendly power generation system that can purify the environment-friendly water quality purifier, the natural biological system can be easily restored because it purifies even the polluted river water very cleanly.

If a product constructed according to the present invention is installed in an entire stream, the river ecosystem can be saved, and at the same time, a large amount of industrial water and agricultural water can be rapidly supplied using the river water secured in a large capacity, In addition, there is an advantage that the frequent occurrence of forest fires can be rapidly evolved using a helicopter by using the large-capacity river water that is always stored

100. Actuator housing 101. Front hydrograph
102. Rear hydrofoil 200. Generator
117. River water processing box 118. Polluted river water final discharge pipe 201. Generator cover 202. Generated water
203. Generator cover white paper 300. Rear water gate white paper bracket
500. Rear water gate frame 501. Front and rear water gate coupling pins
502. Front water level white paper bracket 503. Rear water level index cover
600. Front hydrant frame 601. Generated water housing 602. Front hydrant cover 700. Hydraulic strengthening guide plate 701. Hydraulic strengthening plate support 702. Stream water outlet
703. River water inlet 800. Front waterway plate
801. Rear waterway plate 802. Lower river water inlet
803. Rear stream water outlet 805. Operation white
808. Generated water turbine 809. Generator
810. Protection cover for power generating aids 811. Protection cover for generating aids
820. Hydraulic strengthening guide plate 821. Hydraulic strengthening guide plate support
822. Front stream water inlet control block 823. Front stream water inflow control cylinder
830. Stream water inlet control block control 831. Front and rear water gate coupling white
832. Reverse direction upper part 833. Lower support pipe
850. OPERATING WHITE PLATE 860. OPERATING WHITE SPRING
872. Front stream inflow control block guide chin
870. Stream water inflow control block 883. Stream water discharge path support
900. Ado passageway 901. Ado exit
902. Entrance to the island
2000. Processing box 2001. Top discharge pipe

Claims (18)

It is combined with the air injection device that injects the inflow gate and the river water storage and the air injection device which discharges the airflow and the dust collecting device to combine the non-point pollution source and the environmentally friendly water quality purifier which naturally purifies the inflow water from the point pollution source. In a power generation system
A dredge combined with a generator and a power auger to dredge a river, to install foundation concrete on the bottom of the river, to block one side and the other side of the stream to produce electricity by storing the river water;
And a river water processing box constituted of an exponential wall at one side of the watercourse and an inflow channel of the river water combined with the exponential wall at the other side;
A first inflow amount regulating water gate is formed on the upper side of the river water inflow passage;
The front portion of the primary inflow volume control water tank is provided with a primary water supply pipe for pushing out the suspended particulate matter and the particulate contaminants that float above the river water due to the action of gravity and specific gravity to the outside of the river water processing box, The scrape screw conveyor is configured to be combined with the rotating body and the rotating body support;
And a primary floating material collecting conveyor is formed at an end of the primary particle screw conveyor;
A second floating material remover is installed on the rear surface of the primary inflow amount control water combiner for collecting and removing suspended solids and trash from a reverse foreign matter striking remover, a rotating rake collector, a foreign matter trapping unit, and a trash collecting conveyor;
An air injection device (not shown) connected to the bottom of the stream water processing box for continuously injecting air to float the particulate matters and the ultra fine particles having a small specific gravity to the upper layer;
In the next step of the damper, a tertiary scouring screw feeder for pushing out ultrafine particles having a small specific gravity to the outside of the stream water processing box is connected to the rotating body and the rotator support to be installed in triple and the tertiary scouring screw feeder A third conveyor for collecting suspended solids that collects the trash collected by the third conveyor screw conveyor and the contaminants;
The forward rotating body and the reverse rotating body are alternately installed at the lower end of the third floating material collecting conveyor to crush the particulate contaminants and the ultrafine particulate waste by the action of the reverse rotation and the forward rotation, A multi-intersecting mill is constructed that processes the contained particulate contaminant molecules into fine, ultra-fine particulate matter molecules;
A rotating bucket, an impregnation jet eliminator, an underwater pump, a connecting pipe and a support are coupled to the rear surface of the tertiary impurity screw conveyor to collect suspended particulate matter particles floating on the water surface while collecting particulate contaminants and lightweight ultra- Collecting and transporting suspended matter to construct a rotating bucket;
A buoyant collecting conveyor for collecting the collected particulate contaminants and lightweight ultrafine particles on the rear side of the floating material collecting rotary bucket;
A fourth scraper screw feeder for collecting the particulate pollutants and ultrafine particulate contaminants floating in the upper portion of the river water and pushing the collected particulate pollutants to the outside of the river water processing box, And a conveyor for collecting suspended particulate matter, which collects and collects the collected particulate contaminants and light particulate ultra fine particles on the rear part,
A dust collecting plate for sequentially collecting the suspended particles and a particulate collecting guide plate sequentially connected to the rotating belt,
A fifth suspended solids molecular collector is combined with a particulate suspended solids floatation inducing plate that acts to prevent the collected particulate suspended solids molecules from being released to the outside of the rotating belt;
Wherein when the fifth suspended solids molecule collector is installed in the stream water processing box and collects the particulate suspended solids, the composition of the particulate suspended solids floating induction plate formed on one side and the other side of the fifth suspended solids molecule counterpart Wherein the particle floatation induction plate is formed in the upstream direction of the stream water processing box so that the particle floatation induction plate is positioned at the upper portion of the surface of the stream water with a small height and the particulate floating material Molecular floatation plates are constructed so that 1cm ~ 15cm is submerged below the water surface of the stream water, so that they can collect and collect particulate suspended matter floated up to the upper part of river water by gravity action. together;
In the next step of the river water processing box, a water reservoir and a rainwater reservoir for storing the processed river water are formed, and at the same time, the lower end of the river water processing box and the river water discharge pipe having a heavy specific gravity are connected by using the discharge control valve ;
The downstream end of the stream water processing box is connected to a sewage treatment plant that is separately provided with a contaminated stream end discharge pipe for discharging the minute particulate pollutant molecules having a specific gravity to the outside or a particulate pollutant molecular processing device With a zoom in connection with the inlet of the chamber;
In the end portion of the river water processing box, a discharge control gate for regulating the discharge amount of the river water flowing from the upstream of the river is installed to discharge 95 wt% ~ 99.99 wt% of the flow amount from the upstream of the river to 100 wt% When adjusting the control gate to discharge clean river water having a high specific gravity to the downstream of the river or discharging it to the water storage tank and the rainwater storage tank, 0.001 wt% to 5 wt% of the remaining particulate pollutant molecules floating on the upper end of the river water processing box A filter and a chemical agent, which are characterized by an eco-friendly power generation system for a natural-friendly water quality purifier configured to discharge the contaminated river water to a final discharge pipe and collect it, then to reprocess it using a pollutant molecular processing device or to send it to a sewage treatment plant Rainwater from point sources and non-point sources without The various waste and fluid, while perfectly removes impurities and at the same time, constant clean water and a rainwater reservoir applied to eco-friendly water purifiers combine eco-friendly power system to produce electricity here and contained In Item 1
Installing the foundation concrete by dredging the river bottom;
Installing an actuating device housing constituted by an actuating device for actuating the hydrone gate on one side and the other side of the basic concrete;
At the lower end of the foundation concrete, there is formed an entrance which is connected with the passageway. The outlet of the entrance is composed of a low - level upstream part, which is constructed to store the river water, at a point of 10cm ~ 50cm below the water surface of the river water, A passageway is formed which is coupled to the foreign matter inflow prevention port;
A front hydrangea frame for supporting the front hydrangea plate and connecting the front hydrangea plate, and a rear hydrangea frame structure for supporting the rear hydrangea plate while coupling the rear hydrangea plate.
A structure of a front gate index cover having an inverted U-shaped semicircular structure at the upper end of the front floodgate;
A structure of a rear gate index cover which is configured to be rotated with the front gate index cover in an inverted U-shaped semi-circular structure at an upper end of the rear gate plate;
A structure of a plurality of front hydrographic white paper brackets on top of the front hydrographic frame;
A structure of a plurality of rear-side water gate white paper brackets on the upper part of the rear water gate frame;
Wherein the front and rear hydrangea frames are coupled to each other by whitening the front and rear hydrangea frames by using the front and rear hydrone coupling pins to connect the front and rear hydrangea white brackets to each other.
A structure of a power generating aural housing having a U-shaped semi-circular structure at a lower end of the rear water level plate;
A structure of a power generating au- theilero combined with a generator in the inside of the power generating au- dio housing;
A structure in which a generator cover formed on one side and the other side of the power generating ailerine housing and a generator cover for protecting a power generating aide are combined with a generator cover white paper;
The water level of the upper surface of the front water level plate is formed to be a narrow water outlet, and at the lower end thereof, at least 15% to 35% of the water outlet width is formed, Structure of support;
A structure in which a water pressure strengthening induction plate is coupled to an upper end of the water pressure strengthening guide plate support;
The reason why the stream water inflow is larger than the size and the width of the river water outlet formed at the upper part is because the Pascal principle that the pressure is the same as when the pressure of the large area is narrowed, In order to produce electricity by water pressure, clean water streams with heavy specific gravity push the polluted river water with a specific gravity through the river water inlet formed at the lower part of the water pressure strengthening induction plate, While maintaining a strong water pressure in accordance with the principle of
The power generating aurisor coupled with the generator at the lower end of the rear water level plate is quickly rotated to a strong water pressure so as to produce a larger amount of electricity and at the same time, The water polluted river water having a specific gravity overflows through the water pressure intensifying plate and then is automatically diluted with clean river water having a specific gravity discharged through the river water discharge port to improve water quality of the contaminated river water, The water turbine is continuously rotated to generate electricity. At the same time, the contaminated river water is naturally purified by the material friction action and the material collision action, which are generated while the contaminated river water collides with the power generation aberration The state is friendly to nature It is environment-friendly, which completely eliminates all kinds of waste and fluid contaminants contained in rainwater coming from point pollution sources and non-point pollution sources, and purifies them with clean water, without filters and chemicals, which are characterized by an eco- Environment-friendly power generation system combined with a phosphoric acid water purifier and a rainwater pool In Item 1
Installing the foundation concrete by dredging the river bottom;
Installing an actuating device housing for actuating the gate on one side and the other side of the foundation concrete;
A water inlet operating device is formed inside the operating device housing;
An operating white paper is installed by connecting one side and the other side of the operating device,
A lower support pipe is formed in the middle of the operation white paper;
A front float plate is formed at an upper end of the support pipe;
In the upper end of the front flood plate, the lower portion is formed by 10 to 35% more than the upper portion when constructing the hydraulic pressure guide plate support which functions to generate a strong water pressure as the upward gravity is concentrated to the upper layer, Together with a hydraulic traction plate support in a wide trapezoidal configuration;
And a front stream water inlet control block is installed between the water pressure intensifying guide plate supports, respectively;
The upper and lower side support pipes, which are formed at the lower end of the front stream water inflow control block, are provided at one side of the lower support pipe and at the other side thereof to open and close the lower end stream water inflow port, Constituting a river inflow control cylinder respectively;
In the lower end of the front hydrangea plate and the hydrostatic guide plate support, the shape of the lower stream water inlet is larger and wider than the width and the size of the upper stream outlet of the stream water, In the upper part of the reinforcing guide plate support, a water pressure strengthening guide plate is installed so that the upper end outlet of the river water generating the stronger water pressure toward the upper part of the water can be formed, while exerting the action of preferentially discharging clean river water having a heavy specific weight. Together with the configuration of the grooves;
A rear hinged plate coupled to the rear of the front hinged door plate by a front hinged door and a rear hinged door hinge;
A power generating water turbine constituting a U-shaped power generating aural housing at the lower end of the rear water level plate and configured to be coupled with a generator in a power generating aural housing;
A power generating aberration protecting cover for protecting the power generating aberration when the flood gate is opened at the time of flooding is coupled to the upper portion of the power generating aberration by a generating aide protection cover white paper;
The reason for constructing the lower stream water inflow in which the stream water flows is larger than the size and the width of the upper stream water outlet formed at the upper side is that the Pascal principle In order to produce electricity with stronger water pressure, the clean river water having a heavy specific gravity introduced through the lower stream water inflow port formed at the lower end of the water pressure strengthening induction plate is formed at the upper part of the watercourse, pushing the polluted river water having a specific gravity. Through the upper outlet of stream water, it is discharged preferentially while maintaining strong water pressure in accordance with Pascal's principle
The power generating aurisor coupled with the generator at the lower end of the rear water level plate is quickly rotated to a strong water pressure so as to produce a larger amount of electricity and at the same time, Which is discharged through the lower end stream water inlet, is automatically diluted with clean heavy water having a heavy specific gravity, so that the water quality of the polluted stream water is improved. At the same time, Which is generated by colliding the contaminated river water with the power generation aberration, and the material friction action caused by the material impact action, so that the contaminated river water is naturally purified Nature-friendly water quality It is a natural-friendly product that completely eliminates all kinds of waste and fluid contaminants contained in rainwater entering from spot pollution sources and non-point pollution sources, and purifies them with clean water, without filters and chemicals, Environment-friendly power generation system combined with a phosphoric acid water purifier and a rainwater pool In Item 1
Installing the foundation concrete by dredging the river bottom;
The structure of the water inlet being coupled with an operating device housing for operating the hydrants on one side and the other side of the foundation concrete;
A trash feeder that is configured to feed the various trash and particulate contaminants from the upstream of the stream to the outside of the stream, and a contaminant feeder that acts to prevent twisting or malfunction when the contaminant feeder operates A rotatable device configured to support the support and to rotate the contaminant conveyor during the flood, and to rotate the contaminant conveyor out of the stream; a contaminant operation table coupled to the cylinder and the cylinder rod, which operates to lift the contaminant conveyor;
A structure of the impregnated screw conveyor coupled to one side and the other side of the impurity handling table;
The impregnated screw conveyor coupled with the obstacle handling table 312 is installed at a depth of about 10 cm to 50 cm from the upper water depth of the river that is stored by the water gate, Acting to collect waste and particulate contaminants that float above the stream by difference;
The other end of the impregnated manhole is provided with a structure of a contaminant conveying conveyor for collecting waste and particulate contaminants which are pushed out of the stream by the impregnated screw conveyor into the river, The waste water and the particulate pollutant molecules contained in the river water are collected by using the impregnated screw conveyor closely attached to the water gate installed on one side of the river water processing box so as to transport the various kinds of waste and particulate pollutants out of the river, A filter that features an eco-friendly power generation system that uses a screw conveyor to purify the polluted river water by collecting it completely. It is also equipped with filters and various kinds of waste contained in rainwater from spot pollution sources and nonpoint pollution sources, Perfect storm cellar are applied at the same time removing the natural water purifiers combine environmentally friendly power system to produce electricity here and giving to the constant clean water In Item 1
Installing the foundation concrete by dredging the river bottom;
The structure of the water inlet being coupled with an operating device housing for operating the hydrants on one side and the other side of the foundation concrete;
A trash grinder which crushes various kinds of trash and particulate contaminants introduced from the upstream of the stream into a material housing of the ultrafine particle, A structure of a rotating device configured to support a crusher support bar while raising a crusher crusher at the time of flooding and to rotate the crusher crusher out of the stream, and a contaminant handling table coupled with a cylinder and a cylinder rod,
A structure of the impure manipulation table and the impurity grinder connected to one side and the other side;
The impurity crusher is installed at a depth of about 10 cm to 50 cm at a depth of about 10 cm to about 50 cm from the upper water depth of the stream stored by the water gate, and floats up to the upper part of the river due to difference in gravity action and specific gravity The waste particles and the particulate pollutants are crushed into ultrafine particles and the pollutant molecules of the pulverized ultrafine particulate matter are introduced into the interior of the stream water processing box formed on the side of the water inlet along the naturally flowing water stream, The system features an eco-friendly power generation system that combines the pulverized ultrafine particle components sequentially to purify contaminated river water into clean stream water, and purifies contaminated river water into clean river water. Without filter and drug input Friendly water quality purifier that completely removes all kinds of waste and fluid contaminants contained in rainwater entering from non-point pollution sources while purifying it with clean water and produces electricity, and a rainwater reservoir In Item 1
The structure of the processing device that crushes polluted river water into rotating ultrafine particles
A pipe connected to the inflow pipe and the inflow control valve, which is connected to the contaminated river water final discharge pipe formed at the end of the river water processing box combined with the water gate and controls the inflow of contaminants;
The structure of the machining apparatus comprises a rectangular rectangular shape;
Coupling one side and the other side of the machining device and coupling the driven shaft with the drive shaft;
On one side of the driven shaft, a driven gear is provided on one side of the drive shaft
With the drive gear being engaged;
And a rotating body such as a motor is configured on the other side of the driving shaft so that the driving shaft and the driven shaft are alternately rotated in the forward direction and the reverse direction;
An escape prevention coupling is formed on one side and the other side of a slave axis formed inside the machining apparatus;
A rotation bar support ring is formed between the separation preventing couplings, respectively;
The rotating rod support ring includes a plurality of rotating bars configured to strike fluid contaminant molecules and solid contaminant molecules;
Wherein the driving shaft constituted inside the processing apparatus is constituted by a circular rotary impactor which is cross-coupled with the rotary rod, in combination with an escape prevention ring;
The outer periphery of the circular rim of the circular rotation striking body is constituted by a plurality of grooves in a U shape to strike the fluid pollutant molecules and the solid pollutant molecules;
Wherein a plurality of grooves are configured to strike fluidic contaminant molecules and solid contaminant molecules within the disk of the circular rotating striking body;
An upper discharge pipe connected to the upper discharge control valve for discharging molecules of fluid contaminants having a specific gravity on the upper side of the processing apparatus;
And a lower end discharge pipe for discharging fluid substances having a high specific gravity is connected to a lower discharge control valve at a lower side of the processing apparatus,
The fluid pollutant molecules and the solid pollutant molecules flowing into the processing apparatus constructed as described above through the contaminated river water final discharge pipe and the inflow pipe formed at the end of the river water processing box combined with the water gate The fluid contaminant molecules flowing through the inflow pipe and the solid pollutant molecules through the process of pulverizing and discharging into very small size ultrafine particles continuously hit 90WT% ~ 99.99WT% is discharged through the lower discharge pipe, 0.01WT% ~ 10WT% of the light pollutant molecule is discharged through the upper discharge pipe by controlling the lower discharge control valve. 1 Inlet 2 Exhaust Stream Water Blowing System Friendly water quality purifier that cleans contaminated river water by using It is a nature-friendly water purifier that completely removes all kinds of waste and fluid contaminants contained in rainwater from point sources and non-point pollutants, and purifies them with clean water without filters and chemicals, Combined eco-friendly power generation system and rainwater storage In Item 1
The structure of the processing device that crushes polluted river water into rotating ultrafine particles
A pipe connected to the inflow pipe and the inflow control valve, which is connected to the contaminated river water final discharge pipe formed at the end of the river water processing box combined with the water gate and controls the inflow of contaminants;
The structure of the machining apparatus comprises a rectangular rectangular shape;
Coupling one side and the other side of the machining device and coupling the driven shaft with the drive shaft;
On the other side of the driven shaft, a driven gear is provided on the other side of the drive shaft
With the drive gear being engaged;
Wherein a rotating body such as a motor is formed on one side of the driving shaft so that the driving shaft and the driven shaft are alternately rotated in the forward direction and the reverse direction;
A driven circular rotary impactor in the form of a disk having grooves formed in an irregular form between spacing rings that maintain a constant interval is coupled to the separation preventing coupler, ;
A driving circular rotary impacting body in the form of a disk, in which a groove is formed in a linear shape, is interposed between spacing rings that maintain a constant gap in a driving shaft formed inside the processing apparatus, while a driving circular rotary impacting body cross- ≪ / RTI >respectively;
An upper discharge pipe connected to the upper discharge control valve for discharging molecules of fluid contaminants having a specific gravity on the upper side of the processing apparatus;
And a lower end discharge pipe for discharging fluid substances having a high specific gravity is connected to a lower discharge control valve at a lower side of the processing apparatus,
The fluid pollutant molecules and the solid pollutant molecules flowing into the processing apparatus constructed as described above through the contaminated river water final discharge pipe and the inflow pipe formed at the end of the river water processing box combined with the water gate In the course of continuous blowing, ultrafine particles are pulverized into ultra-fine particles and discharged. Through the process of discharging the fluid pollutants and solid contaminant molecules, 90WT% ~ 99.99WT% is discharged to the bottom discharge pipe, 0.01WT% ~ 10WT% of the light pollutant molecules are discharged to the upper end by double discharge to clean the polluted river water 1 Inflow 2 discharge Stream water strike Filtering characterized by a treatment system and rainwater entering from point sources and non-point sources without drug input Friendly water quality cleaner that completely removes the various kinds of waste and fluid contaminants contained in the clean water and purifies it with clean water, and a rainwater storage room In Item 1
And a rainwater reservoir is formed at an end of the river water processing box installed in association with the water gate to store the rainwater processed in the river water processing box. The rainwater stored in the point water pollution source and the non- Friendly water quality cleaner that completely removes the various kinds of waste and fluid contaminants contained in the clean water and purifies it with clean water, and a rainwater storage room
In Item 1
Using a 3d printer, the front floodgate is made in the shape of a rectangle;
And an operating white fixing table for supporting a working white spike on one side and the other side of the lower end of the front floodgate;
Operation A white spike is prepared separately by using a 3d printer and prepared;
3d printer pre-made and ready to work
Operation Insert after inserting into a white fixture and fixing the white fixture to the operating white spot by welding.
A structure for constituting an operating device constituted by being coupled with an operating cylinder in a working white spindle formed on one side and the other side of the front face plate;
A structure for constituting an operating device housing outside the operating device;
After forming the lower support pipe with the rectangular fittings on one side and the other side using the 3d printer
The bottom support pipe made of 3d printer is connected with the operation of white paper fixture and welded to the outside of the working white spike;
Forming a horizontal support on the upper end of the lower support pipe with a 3d printer;
A 3D printers are used to control the inflow of the front stream water in the form of a block, and a river water discharge passage support frame constituted by a block guide jaw is combined with the front float plate and the horizontal support block,
A structure in which a plurality of operating white papers that combine the rear gate hydrangea plate 801 and the front hydrangea plate in a white state at the upper end of the front hydrangea plate;
A separately provided stream inflow control block is installed on the stream water inflow control block guide jaw provided in the stream water discharge passage support;
A structure in which one side and the other side of the inflow control block are combined with the inflow control block operation cylinder and then the other side of the back side of the inflow control block operation cylinder is connected with the outflow support block of the river water;
A structure in which a water pressure intensifying guide plate having a front lower stream water inflow port is formed at the upper end of a lower support pipe and a horizontal support pipe and a stream water discharge path support base by using a 3d printer,
A structure for constructing a rear gate hydrological plate frame on a grid using a 3d printer;
A structure in which the backside hydrological frame on the lattice is joined to the working white paper which is formed on the upper end of the front water table;
A structure in which a rear hydrangea frame having a U-shaped power generating aural housing is formed at an upper end of a rear hydrangea frame using a 3d printer;
A structure in which a generating water turbine coupled to the generator is formed in the water turbine housing;
A structure for installing a power generating aberration protective cover for protecting a power generating aberration and a generator at the time of flooding by using white paper
The power generating aurisor coupled with the generator at the lower end of the rear water level plate is quickly rotated to a strong water pressure so as to produce a larger amount of electricity and at the same time, The water polluted river water having a specific gravity overflows through the water pressure intensifying plate and then is automatically diluted with clean river water having a specific gravity discharged through the upper discharge port of the river water to improve the quality of the polluted river water, The water turbine is continuously rotated to generate electricity. At the same time, the contaminated river water is naturally purified by the material friction action and the material collision action, which are generated while the contaminated river water collides with the power generation aberration The state is friendly to nature It is environment-friendly, which completely eliminates all kinds of waste and fluid contaminants contained in rainwater coming from point pollution sources and non-point pollution sources, and purifies them with clean water, without filters and chemicals, which are characterized by an eco- Environment-friendly power generation system combined with a phosphoric acid water purifier and a rainwater pool In Item 1
A water flow guide plate 990 is formed at one side and the other end side of the rear water level plate 801 in a shape of a letter,
Constituting a water generating housing (996) at the lower end of the water flow guide plate (990);
A power generating aberration 993 coupled to the generator 995 in the inside of the power generating aural housing 996;
The power generation aberration protective cover 992 is formed at the upper end of the power generation aberration 993
The river water discharged through the rear stream water outlet 803 formed at the upper end of the water gate 1000 rotates the water supply water turbine 993 formed at the end portion of the water flow guide plate 990, Which is equipped with a natural environment-friendly water purifier for generating electricity from point sources and non-point pollutants. It also removes all kinds of waste and fluid contaminants contained in rainwater flowing into the river, Friendly eco-friendly water purifier that generates electricity by supplying electricity to the environment, and rainwater storage
In an eco-friendly power generation system for both a non-point pollution source and a nature-friendly water quality purifier that naturally purifies river water flowing from a point pollution source using a structure configured to store river water
Constituting a water flow induction passage (511) in a form lower than the height of a body (510) configured to store water;
A left channel plate 528 is provided on one side of the water flow induction passage 511 formed on the upper end of the body 510 and a right channel plate 529 is provided on the other side of the channel 510 to constitute a front surface and a rear surface of the channel, The height of the left passage plate 528 and the right passage plate 529 formed on the downstream side of the stream is set to be larger than the height of the rear surface portion of the vehicle body 510 A height of about 10% to 30% lower than the height of the upper end;
A rear stream water inflow passage plate 523 having a river water inflow port 512 at its lower end is connected to one side of the left channel plate 528 and the other side of the right channel plate 529, ) And a height of the upper surface
The lower side of the rear stream water inflow path plate 523 is connected to the upper and lower regulating device 517 which controls the inflow amount of the river water to the irrigation water having a small inflow amount of the river water, A front cutter blade 520 and a rear cutter blade 521 are inserted between the rear stream water inflow path plate 523 and the guide part 522 is formed into a C shape and formed into a C shape, The adjusting device 527 is configured to be in close contact with the rear surface of the body 510;
A power generating aberration 513 coupled to a generator (not shown) is coupled to one side of the left channel plate 528 and the other side of the right channel plate 529 in the front portion of the body 510;
A front stream water discharge guide plate 525 constituted by one side of the left channel plate 528 and the upper end of the right channel plate 529 formed in the front portion of the vehicle body 510 is formed Constituting a river water outlet 531;
A power generation aide protection cap 515 is formed at an upper end of the power generation aide protection cap insertion port 530;
In the state where water is trapped inside the body 510 configured to confine the river water as described above, the river water inflow adjusting device 527 formed at the lower end of the rear water inflow passage plate 523 is lowered, And the water is supplied to the water body through the water flow induction passage (511) formed in the body (510) and then the water supply pressure of the river water which is lowered is used to continuously rotate the water pump (513) It is a natural eco-friendly water purifier that completely removes all kinds of waste and fluid contaminants contained in rainwater flowing into rivers from point sources and non-point pollution sources, Systems and storm water depots apply here In a nature-friendly eco-friendly system that is installed at the top of a dam or reservoir or lake that is constructed to store river water to clean polluted river water
A structure of a water quality purification plate 5000 in which a plurality of convex lens stands 5003 are formed by pressing a transparent emulsified product extracted from transparent vinyl or petroleum and convexly downward in the downstream direction;
A convex lens 5002 for collecting light rays emitted from the sun and for raising the temperature of the stream water is placed inside the convex lens stand 5003;
On the upper part of the convex range bench 5003 on which the block lens 5002 is placed,
An air buoyancy sump 5007 that pads the surface protection plate 5005 to prevent the water quality purification plate 5000 from sinking into the river water is constructed;
A plurality of inflow ports 5001 (5001) are provided between the convex bidet bases 5003 of the water quality purification plate 5000 to allow rainwater to flow into the river, or fluid materials such as snow and hail to flow into the river water. Together with the constitution;
After the water purifying plate 5000 configured as described above is installed on a dam, a reservoir, or a lake where the river water is stored, light beams emitted from the sun are maintained in a dirty state with a light weight using the convex lens 5002 The temperature of the surface layer of the stream water is increased to maintain a low water temperature and the upper layer water whose temperature is increased by the convex lens 5002 is naturally diluted by the material dilution action and the material circulation action It eliminates all kinds of waste and fluid contaminants contained in rainwater entering the river from point pollution source and nonpoint pollution source which is characterized by nature-friendly water quality purification method that purifies polluted river water to clean river water and purifies it with clean water Eco-friendly water purifier for electricity generation Rainwater reservoir is applied to the entire system here A conveyor belt support 6001 is formed on one side and the other side of a river water processing box 117 formed on one side of the water gate 1000 installed for storing rainwater and used for agricultural water, industrial water, or domestic water;
A belt line 6000 is installed on the conveyor in the form of a mosquito nod to be axially coupled in the upward and downward directions therebetween;
Forming a conveying conveyor belt (6010) at a rear portion of the belt line (6000);
A vibrator 610 configured to generate vibration by being rotated by an oscillation shaft coupled to a rotary motor at one side and the other side of the conveyor belt supporter 6001 is constructed and then the stream water processing box 117 is disposed at an upstream portion of the stream, (Not shown) associated with the conveyor belt support 6001 after the particulate contaminants and fluidic contaminants flowing into the interior of the conveyor belt support 6001 are engaged with the belt line 6000, As the belt line 6000, which is in the form of a mosquito net, is rotated, particulate contaminants and fluidic contaminants contained in the river water are caught by the belt line 6000 or sandwiched between the conveyor belt 6000 and the conveyor belt support 6001, The particulate contaminants trapped in the belt line 6000 and the fluidic contaminants are removed from the conveyor belt 6000, (Not shown) that rotates the conveying conveyor belt 6010 when falling onto the upper portion of the bead belt 6010, a collecting means separately provided to the outside of the stream water processing box 117 is used, It removes particulate contaminants and fluid contaminants contained in the soil and naturally purifies polluted river water. It completely removes the particulate contaminants, various waste and fluid contaminants contained in the river water. At the same time, the eco-friendly power generation system that combines clean water with electricity to produce a natural-friendly water quality purifier, and rainwater storage In Item 13
The belt line 6000 and the conveying conveyor belt 6010 are installed in the stream water processing box 117 so that the particulate contaminants and fluid contaminants caught in the belt line 6000 are conveyed to the conveying conveyor belt 6000. [ (Not shown) that rotates the conveying conveyor belt 6010 when falling onto the upper part of the river water processing box 6010, the water is collected in the river water using a collection means separately provided outside the river water processing box 117 Which removes the particulate pollutants and fluid contaminants from the polluted water to naturally purify the polluted water, and removes the particulate pollutants, various waste and fluid pollutants contained in the river water, Environment-friendly power generation system that combines nature-friendly water quality purifier that generates electricity with water purification and rainwater storage In Item 1
Inside the wall 100 formed at one side and the other side of the water gate 1000
The air outlet discharge pipe 620 is connected to the lower end of the wall body 100 after the air discharge outlet pipe 620 is formed and then the water outlet 100 is connected to the end of the air discharge outlet pipe 620, An inlet port for air discharge 621 functioning to discharge the air naturally stored in the inside of the water gate 1000 is continuously connected to the lower end of the wall body 100 so as to oscillate inside the water gate 1000, And to remove the particulate pollutants, various wastes, and fluid contaminants contained in the river water, which are characterized by a water quality purification water gate constructed to increase the use year of the water gate (1000) At the same time, the eco-friendly power generation system that combines clean water with electricity to produce a natural-friendly water quality purifier, and rainwater storage In Item 11
Constituting a water flow induction passage (511) in a form lower than the height of a body (510) configured to store water;
A left channel plate 528 is provided on one side of the water flow induction passage 511 formed on the upper end of the body 510 and a right channel plate 529 is provided on the other side of the channel 510 to constitute a front surface and a rear surface of the channel, The height of the left passage plate 528 and the right passage plate 529 formed on the downstream side of the stream is set to be larger than the height of the rear surface portion of the vehicle body 510 A height of about 10% to 30% lower than the height of the upper end;
A rear stream water inflow passage plate 523 having a river water inflow port 512 at its lower end is connected to one side of the left channel plate 528 and the other side of the right channel plate 529, ) And a height of the upper surface
The lower side of the rear stream water inflow path plate 523 is connected to the upper and lower control cylinders 960 which control the inflow amount of the river water to the irrigation water having a small inflow amount of the river water, A river water inflow control plate 961 functioning to remove or cut off contaminants is inserted between the rear surface water inflow passage plates 523;
A power generating aberration 513 coupled to a generator (not shown) is coupled to one side of the left channel plate 528 and the other side of the right channel plate 529 in the front portion of the body 510;
A front stream water discharge guide plate 525 constituted by one side of the left channel plate 528 and the upper end of the right channel plate 529 formed in the front portion of the vehicle body 510 is formed Constituting a river water outlet 531;
A power generation aide protection cap 515 is formed at an upper end of the power generation aide protection cap insertion port 530;
In the state where water is trapped inside the body 510 configured to confine the river water as described above, the river water inflow control plate 961 formed at the lower end of the rear river water inflow path plate 523 is lowered, and a clean river water Which is configured to pass through the water flow induction passage 511 formed in the vehicle body 510 and then continuously rotate the water pump 513 using the water pressure of the river water that is lowered to produce electricity, Friendly system for purifying water with clean water while completely eliminating all kinds of waste and fluid contaminants contained in rainwater flowing into streams from point pollution sources and nonpoint pollutants that characterize the system. And the storm water reservoir applied here
In Item 1
(630, 631, 632, 633) are formed on the front and rear surfaces of the water gate (1000), so that contaminated river water flowing from the upstream of the river is contaminated by the material friction generated by natural contact between the water purification materials (630, 631, Which is used to purify the polluted river water by using a water quality purification wastewater which naturally cleans the river water, and the particulate pollutants and various wastes contained in the river water flowing from the non-pollution sources and the fluid pollution Friendly system for water purifiers that produce electricity by purifying water with clean water while completely removing material molecules, and a rainwater storage tank One

Images