KR20160098123A

KR20160098123A - Eco friendly eco-friendly method that works to purify polluted river water using eco-friendly moving beam for low water discharging combined with eco-friendly eco-friendly water for discharging low water of artificial fishes and naturally restoring destroyed river ecosystem

Info

Publication number: KR20160098123A
Application number: KR1020160097678A
Authority: KR
Inventors: 한상관
Original assignee: 한상관
Priority date: 2016-07-31
Filing date: 2016-07-31
Publication date: 2016-08-18

Abstract

A structure in which the river 100 is excavated and dredged to repair a waterway, and then a foundation concrete 700 is installed on a waterway floor;
A structure in which a movable water gate 500 is installed on the top of the foundation concrete 700;
A structure of a screw conveyor 601 coupled to a circular screw housing 600 at one side of the movable guard door 500;
The structure of the rotary motor 602 constituted at the upper end of the screw conveyor 601;
A structure of a floating material inlet 605 formed at the lower end of the screw housing 600;
A structure of a floating material outlet 606 formed at the upper end of the screw housing 600;
A structure of the conveying conveyor belt 800 configured at the inlet of the suspended material outlet 606;
(2000) with artificial spawning grounds (1000) and fish mover (1001) layered on both sides of the river mouths to provide an environmentally friendly ecological river channel equipped with aquatic life aquatic life span and spawning ground rescue;
A structure of a bicycle road and a walkway combined ditch 200 formed at the upper end of the artificial ear superstructure 2000;
The structure of the fall prevention film adjuster 300 installed in both sides of the river 100;
The structure of the rod-shaped control rod 301 coupled with the anti-fall-off film controller 300;
A structure of a type of fall prevention film 302 coupled with the control rod 301;
The structure of the sub-cylinder 303 for floating the fall prevention film 302;
The structure of the water purifying weight 102 constituted in the fall prevention film 302;
The movable water gate 500 is installed in the river 100 constructed as described above to constantly raise the water level to the slope of the river 100 to create a habitat environment for aquatic animals such as fish and amphibians living in the river It serves as an artificial fish that functions to support the abundance of fish that are organized to restore the natural ecosystem by assisting the habitat environment of these creatures. It also serves as a fall prevention function for children and adults using rivers and for the natural purification of contaminated river water. It is an invention about environmentally friendly water purification system

Description

Friendly eco-friendly method that acts to purify contaminated river water and naturally restores destroyed river ecosystem by using eco-friendly movable beams for discharging low-level water combined with eco-friendly water for discharging low-level artificial fish }

The present invention relates to an integrated water quality purification system configured to exhibit an action of purifying contaminated water quality, a falling prevention function falling into a river, and an artificial fish function that acts to freely flood a large number of fishes. More specifically, It is installed in the water that is in contact with the boundary between the dune that will form the boundary between the land and the land, so that it can prevent the erosion of gentle water depth and slope, preserve the ecology of fish and aquatic organisms, purify polluted water, Which is an inventor of a comprehensive water purification system.

It is a kind of barrier to prevent safety accidents. It is installed on both sides of the reservoir to prevent erosion of the river bank. These walls are built in the form of a bank or a trench, and the land at the boundary between the water and the water is usually referred to as a tentacle or a tentacle.

A barrier wall (hereinafter referred to as a "sloping boundary") that forms the boundary between water and land is usually constructed of a structurally stable concrete structure or a natural-friendly material, such as a stone such as a gabion or a stone.

However, since the above-mentioned concrete structure is not artificial since it is artificial after installation, it can not function in aquatic environment due to the disadvantages such as poor quality of fish and aquatic organisms, and it is considered as a main cause of environmental pollution due to water quality in recent years It is true. In addition, the rocky boundary-type clay boundary is made of natural materials, and its appearance is eco-friendly. It can function as a habitat for aquatic life, but it is structurally fragile and has a disadvantage that it collapses easily due to flooding due to flood. It also has the disadvantage of digging up the ground of the slope and eroding it gradually when the water is blown up.

The above-mentioned sloping boundary surfaces are installed in an almost vertical upright shape, so that the water depth at the water edge is drastically deepened, which poses a risk of safety accidents.

Also, due to the disadvantage of destroying the ecosystem due to the fact that the fishes are not able to live in the flood during the flood, the fish floated downstream with the rapids during the flood, There were serious problems that caused destruction.

Application No. 10-2003-0086372 Publication No. 10-2009-0073071 Publication No. 10-2005-0019569 Patent Registration No. 10-1528504

Conventional rivers are constructed so that water that overflows only at the time of flood is discharged immediately, and the habitat environments of aquatic animals and amphibians such as fish are weak.

Due to the lack of water flow, the habitat environment for fish and amphibian spawning is weak.

Also, when water is stored, children often drown in deep water, which means that they can not save much water.

Also, if the river water is stored, the water quality of the river water deteriorates due to the change in the quality of the stored river water.

In addition, if the river water is stored, there is a problem in that the floating substances and garbage that float in the upper part of the river water can not be automatically treated, thereby increasing the pollution of the river water

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide fishermen and amphibians, Or aquatic plants, it is not structurally dangerous to collapse and can prevent water from penetrating and eroding into cliff grounds and providing habitats for fish and aquatic life to preserve natural ecology, To provide the ecological environment of the river by promoting the purification function of the river water by promoting the purification function of the water quality and to provide the ecological environment with the artificial fish function that can prevent the safety accident of the children and the adults who use the river mouth .

The present invention as described above can prevent the erosion of the embankment by providing a structurally stable frame structure on the reefs and rivers, thereby preventing the erosion of the embankment and preventing the safety accidents of children and adults who use the river mouth It is possible to prevent the penetration of water into the sloping ground and to prevent the collapse due to erosion of the ground.

In addition, natural artificial fishes composed of waterways contain fish, amphibians, and other spawning grounds that provide free spawning grounds for living aquatic life, thereby contributing to the ecosystem of the river, as well as natural effects of the food chain. It has the advantage of preventing water pollution because it can function as a water purification function by preserving and acting as an automatic beam that blocks water.

1 is a cross-sectional perspective view of a prior art application No. 10-2003-0086372,
2 is a cross-sectional perspective view of a prior art No. 10-2009-0073071
3 is a cross-sectional perspective view of a prior art No. 10-2005-0019569. Fig. 3 is a cross-sectional perspective view of a conventional patent registration No. 10-1528504
Figure 5 is a cross-sectional perspective view of a fall arresting membrane and a fish spawning ground constructed in a river according to the present invention;
6 is a perspective view of a fall prevention film and a fish spawning ground constructed in a river according to the present invention
Figure 7 is a partial perspective view of a fish spawning ground constructed according to the invention
8 is a perspective view of a fish spawning ground constructed according to the present invention
9 is a cross-sectional perspective view of a screw conveyor constructed in accordance with the present invention,
FIG. 10 is a cross-sectional perspective view of a screw conveyor constituted by a single screw upstream of the movable waterproofing door according to the fifth aspect of the present invention
Fig. 11 is a perspective view showing an eco-friendly island for discharging the low-level water and a triangular water gate standing upright in a river according to the invention of claim 7
Fig. 12 is a perspective view showing an eco-friendly island for discharging a low-level water and a triangular water gate which are installed in a river according to claim 7 of the present invention.
Fig. 13 is a perspective view showing an eco-friendly island for discharging the low-level water installed in the river according to the present invention and a state in which the river water is stored inside the win-
Fig. 14 is a perspective view showing an eco-friendly island for drainage of low-level water installed in a river according to the present invention,
Fig. 15 is a cross-sectional perspective view showing the cross-sectional state of the eco-friendly island and the triangular waterway for discharging the low-
Fig. 16 is a perspective view of an eco-friendly island for low-level water discharge installed in a river according to the present invention
17 is a cross-sectional perspective view of an eco-friendly island for drainage of low-level water installed in a river according to the present invention
Fig. 18 is a cross-sectional perspective view of an eco-friendly island for discharging the low-level water installed in a river according to the present invention
Fig. 19 is a cross-sectional perspective view showing an engaging relationship between the elevating operation device and the power generation device provided inside the winch water receptacle according to the present invention. Fig.
Fig. 20 is a diagram showing a coupling state of a hydrographic plate showing a coupling relationship between a triangular-shaped hydrograph constructed according to the present invention and a hydrographic plate used when constructing a hoist-
Fig. 21 is a perspective view showing a coupling relationship between a hoist gate and a damper constructed according to the seventh to twelfth aspects of the present invention. Fig.
FIG. 22 is a plan view showing a coupling relationship between the hoist door and the damper constructed according to the seventh to twelfth aspects of the present invention. FIG.
23 is a perspective view of a guide pillar coupled with a hoist water gate constructed according to the seventh to twelfth aspects of the present invention
24 is a perspective view of a winnowing machine according to the seventh to twelfth aspects of the present invention
Fig. 25 is a perspective view of an artificial fish supersonic geobion constructed on the water channel side wall according to the seventh to twelfth aspects of the present invention
Fig. 26 is a perspective view of a dust collector according to a seventh through twelfth aspect of the present invention,
FIG. 27 is a perspective view of a dust collector according to a seventh through twelfth aspect of the present invention, showing a damper constituted on a sidewall of a water channel, a winch constituting a water channel,
Fig. 28 is a perspective view of the front part of one side view showing the coupling relationship between the vibration damper constituted on the side wall of the water channel and the winder constituted by the water channel in accordance with the seventh to twelfth aspects of the present invention
29 is a perspective view of a vibration damper constructed on a water channel side wall according to the seventh to twelfth aspects of the present invention
30 is a partial perspective view of a vibration damper constructed on the side wall of a water channel in accordance with the seventh through twelfth aspects of the present invention
31 is a partial perspective view of a vibration damper constructed on a water channel side wall according to the seventh to twelfth aspects of the present invention
Fig. 32 is a perspective view of a concave-convex change gear supporting the chain which is an accessory of the vibration damper constituted on the side wall of the water channel according to the seventh to twelfth aspects of the present invention
Fig. 33 is a perspective view of an eco-friendly island for discharging low-level water for artificial fishes, which is constituted by the thirteenth aspect of the present invention
34 is a cross-sectional perspective view showing the coupling relationship between the water pressure blocking pipe and the island passage formed in the eco-friendly island for discharging the low water layer for artificial fish super-
Fig. 35 is a perspective view showing a state in which an eco-friendly island for discharging low-level water for artificial fish superimposed on the present invention constructed by the thirteenth aspect of the present invention is attached to a triangular water gate provided on a river channel,
Fig. 36 is a perspective view showing a state in which an eco-friendly island for discharging low-level water for artificial fish superimposed on the artificial fish constructed according to the present invention is installed in connection with a hoist-

According to the present invention, an eco-friendly water quality purification system that acts to naturally purify polluted river water and an anti-fall action of children and adults using rivers,

5 is a cross-sectional perspective view of a fall arresting membrane and a fish scattering path constructed in a river according to the present invention,

FIG. 6 is a perspective view of a fall arresting membrane and a fish spawning ground constructed in a river according to the present invention,

Figure 7 is a perspective view of a portion of a fish spawning ground constructed in accordance with the invention,

8 is a perspective view of a fish spawning ground constructed according to the present invention.

A structure in which the river 100 is excavated and dredged to repair a waterway, and then a foundation concrete 700 is installed on a waterway floor;

A structure in which a movable water gate 500 is installed on the top of the foundation concrete 700;

A structure of a circular screw housing 900 at one side of the movable water guiding door 500 and a screw conveyor 901 of two pairs of rotary type;

The structure of the rotary motor 602 constituted at the upper end of the screw conveyor 901;

A structure of a floating material inlet 605 formed at the lower end of the screw housing 900;

A structure of a floating material outlet 606 formed at the upper end of the screw housing 900;

A structure of the conveying conveyor belt 800 configured at the inlet of the suspended material outlet 606;

(2000) with artificial spawning grounds (1000) and fish mover (1001) layered on both sides of the river mouths to provide an environmentally friendly ecological river channel equipped with aquatic life aquatic life span and spawning ground rescue;

A structure of a bicycle road and a walkway combined ditch 200 formed at the upper end of the artificial ear superstructure 2000;

The structure of the fall prevention film adjuster 300 installed in both sides of the river 100;

The structure of the rod-shaped control rod 301 coupled with the anti-fall-off film controller 300;

A structure of a type of fall prevention film 302 coupled with the control rod 301;

The structure of the sub-cylinder 303 for floating the fall prevention film 302;

The structure of the water purifying weight 102 constituted in the fall prevention film 302;

The movable water gate 500 is installed in the river 100 constructed as described above to constantly raise the water level to the slope of the river 100 to create a habitat environment for aquatic animals such as fish and amphibians living in the river It serves as an artificial fish that functions to support the abundance of fish that are organized to restore the natural ecosystem by assisting the habitat environment of these creatures. It also serves as a fall prevention function for children and adults using rivers and for the natural purification of contaminated river water. Provides environmentally friendly comprehensive water purification system.

100: Stream 200: Clog 300: Fall prevention film conditioner

Claims

A structure in which the river 100 is excavated and dredged to repair a waterway, and then a foundation concrete 700 is installed on a waterway floor;
A structure in which a movable water gate 500 is installed on the top of the foundation concrete 700;
A structure of two screw conveyors 901 coupled to a circular screw housing 900 at one side of the movable guard door 500;
A structure of a rotary motor 602 constituted at the upper end of two screw conveyors 901;
A structure of a floating material inlet 605 formed at the lower end of the screw housing 900;
A structure of a floating material outlet 606 formed at the upper end of the screw housing 900;
A structure of the conveying conveyor belt 800 configured at the inlet of the suspended material outlet 606;
(2000) with artificial spawning grounds (1000) and fish mover (1001) layered on both sides of the river mouths to provide an environmentally friendly ecological river channel equipped with aquatic life aquatic life span and spawning ground rescue;
The structure of the fish mover (1001) is designed to allow small fish to escape when large fishes try to eat small fishes, and to construct large size fishes so as not to infiltrate the space where small fishes live ;
A structure of a bicycle road and a walkway combined ditch 200 formed at the upper end of the artificial ear superstructure 2000;
The structure of the fall prevention film adjuster 300 installed in both sides of the river 100;
The structure of the rod-shaped control rod 301 coupled with the anti-fall-off film controller 300;
A structure of a type of fall prevention film 302 coupled with the control rod 301;
The structure of the sub-cylinder 303 for floating the fall prevention film 302;
The structure of the water purifying weight 102 constituted in the fall prevention film 302;
The movable water gate 500 is installed in the river 100 constructed as described above to constantly raise the water level to the slope of the river 100 to create a habitat environment for aquatic animals such as fish and amphibians living in the river It serves as an artificial fish that functions to support the abundance of fish that are organized to restore the natural ecosystem by assisting the habitat environment of these creatures. It also serves as a fall prevention function for children and adults using rivers and for the natural purification of contaminated river water. Eco-friendly water purification system

The method of claim 1, wherein
Wherein the operation mode of the movable beam is constituted by an electroconductive type. The artificial fish function that acts for habitat of a large amount of fishes, the fall prevention action of children and adults using the river, and the action to naturally purify the contaminated river water Eco-friendly water purification system

The method of claim 1, wherein
Characterized in that the operation mode of the movable beam is constituted by a rotary type. The artificial fish function that acts to habitat a large amount of fishes, the fall prevention action of children and adults using rivers, and the eco-friendly function to naturally purify contaminated river water Integrated water purification system

The method of claim 1, wherein
Wherein the operation mode of the movable beam is constituted by a triangular conduction type. The artificial fish function that acts for the habitat of a large number of fishes, the fall prevention action of children and adults using the river, and the natural purification of polluted river water Eco-friendly water purification system

It is an object of the present invention to provide an artificial fish which functions as a fish feeder for a large number of fishes characterized by a screw feeder 601 constituted by a pair of screws inside a screw housing 600 and a fall prevention function of children and adults using the river, Eco-friendly water purification system

And a crusher for crushing suspended matters and waste materials by constituting a rotating structure of a material material so as to crush suspended substances and trash when constructing the blades of the screw conveyor 901 composed of two pairs Which is used for the abundance of fishes, and the fall prevention function of children and adults who use the river, and the eco-friendly water purification system that acts to naturally purify contaminated river water

In a eco-friendly eco-friendly method of dredging rivers, installing foundation concrete and sidewalls to protect the embankment, and installing water gates or winches at the top of the foundation concrete to store the river water to naturally purify the contaminated river water

Deeply dredge the riverbed between one side of the river and the other side of the river;
Installing foundation concrete (301) and water channel side wall (702) on the river floor;
Installing a triangular wedge (300) functioning to suck the bottom layer water having heavy specific gravity in the straw type at the upper end of the foundation concrete (301) to naturally purify the contaminated river water;
When the river water flowing from the upstream of the river reaches the downstream manhole 101 while exerting an effect of reducing the water pressure at the downstream portion of the intermediate concrete portion of the foundation concrete 301, And is formed by the action of the material molecule collision acting on the river water filled in the downstream manhole 101 and the river water newly flowing from the upstream of the river through the passageway 303, And a downstream-side manhole 101 for generating a vortex, which functions to promote a rotational vortex action naturally occurring while colliding with the material molecules, is buried;
The downstream side manhole 101 also constitutes the inlet 100 so that the fish or various fishes and the angled creatures living in the river can easily move to the upstream of the river at the upper end of the downstream manhole 101;
A water channel 302 is formed in a U-shape in the upstream direction of the river with the downstream manhole 101 as a starting point, and then a fish or a river fish (303) for allowing the water to move easily to the upstream of the river without being affected by strong water pressure of the river water;
A plurality of pail tools (not shown) are formed on one side and the other side of the water channel 302 so that various fishes and creatures in the river can freely move;
And a water blanket 305 such as a stone is filled on the upper side of the island passageway 303 inserted into the water channel 302 to form a living space for fishes and various living things in the river;
The total width of the water passage 303 inserted into the water channel 302 is smaller than the total width of the upstream side manhole 200 constituted by the inlet 101 and the upstream manhole 200 formed on the downstream side manhole 101 The outlet 201 is formed to be larger by 10% to 50% than the total width of the outlet 201 of the outlet 201 so that a large amount of the river water is preliminarily filled in the passageway 303, The upstream side manhole 200 and the upstream side manhole 200 are connected to each other through the passageway 303 when the stream water flowing through the upstream side manhole 200 and the passageway 303 flows downward through the inlet 100, And a water molecule pressure acting on the downstream side manhole 101 to reduce the water pressure of the strongly flowing river water by using a material molecule collision action generated while colliding with the river water pre-filled in the downstream side manhole 101;
The upstream side manhole 200 for reducing water pressure acting to reduce the hydraulic pressure of the river water flowing into the manhole is provided at the upstream end of the passageway 303 so as to be positioned at a lower end portion of 10 cm to 1 m from the surface of the river water to be stored, So that water flows into the upstream manhole 200 in a state in which the water pressure of the river water flowing from the upstream side of the manhole 200 is reduced.
At the upper end of the upstream manhole 200, the upstream side, which is used when the fish and the various creatures moved upstream of the river through the inlet 100 and the ocean passage 303 are moved in the upstream direction of the river, );
The total area of the outlet 201 of the outlet 201 is 10% to 50% smaller than the area of the passageway 303 so that the outlet 201 is stronger when the river water flows through the outlet 201 The water flowing into the manhole (200) and the manhole (101) at the upstream side and the downstream side of the manhole (101) collides with the river water which is filled in advance in the passageway (303) And an eco-friendly waterway for discharging the low-level water, which is configured to discharge water while maintaining a low water pressure when the river water is discharged to the downstream of the river through the inlet (100) Friendly eco-friendly method that works to purify the contaminated river water and naturally restore destructive river ecosystem

The method of claim 7, wherein
The downstream area of the downstream manhole 101 can also be formed upstream of the entrance area 100 with respect to the entrance area 100 of the inlet 100 and the entrance area of the exit area 201 and the entrance area of the entrance area 303 by 110 to 300% And an eco-friendly movable beam for discharging the low-level water, which is combined with an eco-friendly eco-friendly water for discharging the low-level water for artificial fishes, which is configured to facilitate the movement of the fishes and the inhabitants of the river, Friendly eco-friendly method that acts to purify contaminated river water and naturally restore destructive river ecosystem

The method of claim 7, wherein
The drainage rate of the river water is reduced by configuring the downstream side manhole 101 to have the water passage area of the passage 303 by 110 to 300% greater than the water passage area of the inlet 100 even at 100% The eco-friendly moving beam for low-water discharging combined with eco-friendly eco-friendly water for discharging low-level water for artificial fishes, which is designed to facilitate the movement of fishes and living organisms in the upstream and downstream, facilitates purification of polluted river water Eco-friendly eco-friendly method that naturally restores destroyed river ecosystem

The method of claim 7, wherein
When one side and the other side of the hydrograph plate 500 constituting the triangular wedge 300 are joined to each other, the one side plate and the other side plate are formed with pebble-like grooves 502, and the pebble- And a low-level water discharging unit (300) connected to the eco-friendly island for discharging the artificial fish super low water, characterized by a triangular water gate (300) configured to increase the strength of the water gate plate Friendly eco-friendly method that acts to purify polluted river water using eco-friendly triangular water gates and naturally restores destroyed river ecosystem

The method of claim 7, wherein
A hoistway bench 701 for installing a hoistway gate 600 constructed in a winch type is installed at the upper end of the foundation concrete 301 and a hoistway gate 600 is installed inside the hoistway platform 701;
A rotary type power generating device 502 constituted by being coupled with an elevating operation device 601 is formed on the inner lower side of the hoistway gate 600;
The winch 700 is placed at the upper end of the winch platform 701 to complete the structure of the winch 600 and the river water is stored in the winch 600 The river water having a high specific gravity is discharged from the lower part of the river water in a state where the water is supplied to the generator unit 502. The generator unit 502 formed at the lower end of the hoist water gate 600 is rotated to generate electricity, A winch for discharging the low-level water which is configured to naturally purify the contaminated water quality; an eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco- Which is used to purify the contaminated river water, Friendly eco-friendly method that works to restore

The method of claim 9, wherein
When one side and the other side of the water gate 500 constituting the hoist water gate 600 are coupled to each other, the one side plate and the other side plate constitute a pebble-like recess 502 formed in the hoistway groove 500, And a water jacket 600 which is configured to weld the joining member 501 with the joining member 501 formed thereon so as to increase the strength of the water gate plate 500. The low- Friendly eco-friendly method that acts to purify polluted river water using eco-friendly triangular water gates and naturally restores destroyed river ecosystem

The foundation concrete 301 is installed by dredging the river waterway
A water channel side wall 702 is installed on one side and the other side;
A guide column 701 of the hoistway gate 600 is installed in the upper end of the foundation concrete 301 in an H-shape;
A horizontal support (not shown) is installed at the upper end of the guide column 701;
A winder 700 is installed at the upper end of the horizontal support for lifting the wincher gate 600 to open and close the water channel;
The front part is formed in a pillar shape so as to flow in the direction of the vibration damper 1000 formed at one side without being caught between the hoistway gate 600 and the guide column 701 between the guide columns 701, And the guide constituting the protrusion of one side and the other side is constituted by the structure of the hoistway gate 600 having the shape of the uneven groove 602,
A structure in which a lifting device 601 constructed using a material such as a LEP or a recove bar or a cylinder is coupled between the upper end of the hoist water gate 600 and the lifting device 700;
The damper water channel 1200 is formed at one side of the hoist water gate 600;
The damper water channel (1200) has a structure for disposing a damper (1000) for removing waste and contaminants introduced from a river.
A drainage channel 1101 for discharging the river water flowing from the river is formed on the rear surface of the damper channel 1200;
A structure in which a secondary water gate 1100 for controlling the discharge amount of the river water flowing into the drain water channel 1101 is constructed;
The sagging phenomenon of the chain 1003 and the lifting bar 1006 are formed on the outer surface of the chain 1003 which rotates the lifting bar 1006 while supporting the lifting bar 1006 formed in the vibration damper 1000, A concave / convex change gear 1005 is provided on the outer surface of the chain 1003 so that the chain 1003 supports the heavy feeling applied to the Anyang bar 1006 when lifting the trash

A structure formed in a concavo-convex form;
It is an eco-friendly triangular water gate for combined drainage with eco-friendly water for drainage of artificial fishes, which is characterized by a comprehensive water storage system. It serves to purify contaminated river water and naturally restores the destructed river ecosystem. Friendly eco-friendly construction method

When the river water flowing from the upstream of the river reaches the downstream manhole 101 while exerting an effect of reducing the water pressure at the downstream portion of the intermediate concrete portion of the foundation concrete 301, And is formed by the action of the material molecule collision acting on the river water filled in the downstream manhole 101 and the river water newly flowing from the upstream of the river through the passageway 303, And a downstream-side manhole 101 for generating a vortex, which functions to promote a rotational vortex action naturally occurring while colliding with the material molecules, is buried;
The downstream side manhole 101 also constitutes the inlet 100 so that the fish or various fishes and the angled creatures living in the river can easily move to the upstream of the river at the upper end of the downstream manhole 101;
Constructing the passageway (303) in the upstream direction of the river in an inclined form with the downstream manhole (101) as a starting point;
A plurality of lower side water pressure blocking cylinder tools 307 are formed on the upper portion of the passageway 303;
A water pressure blocking pipe 305 provided on the upper side of the passageway 303 is provided with an upper side water pressure blocking barrel tool 308 for reducing the flow rate of the river water flowing through the passageway 303, 303 so as to reduce the flow velocity of the flowing water flowing through the passageway (303) by the stream water discharged through the upper water pressure blocking barrel tool (308) and the lower water pressure blocking barrel tool (307);
The river water inflow opening 306 is formed in an inverted U shape at the upper end of the water pressure blocking pipe 305 so that the river water flowing through the river water inflow opening 306 flows through the water blocking pipe 305 and the upper water blocking barrel tool 308 And the lower water pressure blocking barrel tool 307 reduce the flow rate of the river water flowing through the passage 303
The upstream side manhole 200 is formed in the upstream portion of the passageway and the outlet 201 is formed upstream in the upper end of the upstream side manhole. The outlet 201 constitutes the outlet 201 of the upstream side manhole 200 and the downstream side manhole 101 so that the inflow water flowing through the outlet 201 through the outlet 201 is circulated through the upstream manhole 200 and the downstream manhole 101, By the action of eco-friendly water for drainage of low-level water that acts to reduce the flow rate of river water naturally by static congestion
It is composed of eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco-friendly eco- Eco friendly eco-friendly method that works to purify polluted river water using eco-friendly moving beam for low water discharging combined with eco-friendly eco-friendly water for discharging low water of artificial fishes and naturally restoring destroyed river ecosystem

The foundation concrete 301 is installed by dredging the river channel
A water channel side wall 702 is installed on one side and the other side;
A guide column 701 of the hoistway gate 600 is installed in an upper portion of the foundation concrete 301 in an H-shape;
A horizontal support (not shown) is provided at the upper end of the guide column 701;
A winder 700 is installed at the upper end of the horizontal support for lifting the wincher gate 600 to open and close the water channel;
The guide part 701 is formed with a front part in the form of a spanner so as to prevent waste and contaminants introduced from upstream of the river from being caught between the hoistway gate 600 and the guide column 701, (600) configured in the form of a winch (602);
A structure in which a lifting device 601 constructed using a material such as a rope or a recove bar or a cylinder is coupled between the upper end of the hoist gate 600 and the hoisting device 700;
A guide column 701 is installed at the upper end of the rear surface foundation concrete 301 of the hoist water gate 600 in the form of an H-letter, in which a generator sluice 1500 is installed;
A horizontal support (not shown) is provided at the upper end of the guide column 701;
A lifting device 700 is installed at the upper end of the horizontal support for lifting the generator sluice 1500 to open and close the water channel;
A plurality of power generation water cars 1501 are disposed between the guide columns 701 and a river water inlet 1103 and a river water outlet 1105 are provided between the power generating aquariums 1501 and are connected to partitioning layers in the layered structure;
A stream water flow induction guide 1102 is provided on the front portion of the river water discharge port 1105 to guide the river water to be discharged straight in the downstream direction while preventing the river water from falling down.
The power generation aberration 1501 is a structure that is combined with a transmission system that transmits electricity in a rated manner in combination with a comprehensive control system (not shown) that comprehensively controls and transforms the produced electricity
When the river water over the planned water level flows from the upstream of the river, the winder 600 is firstly opened to sequentially rotate the water turbine generator 150 installed in the generator water gate 1500 to generate electricity. This system is designed to produce environmentally friendly electricity while naturally cleansing contaminated river water by using a double water generator for water storage facility. Friendly eco-friendly method that acts to purify contaminated river water and to restore the destructed river ecosystem naturally by using eco-friendly moving beams for low-water discharging combined with eco-friendly eco-

7 to 9 to 13 to 15
When the plate material 500 used in constructing the triangular wing or hoist water gate is joined, the uneven groove 503 shown in FIG. 48 is formed on one side plate and the other side plate, and then the one plate 500 and the other plate 500 ) Of the fish and the river which are characterized by the triangular or the hoist gates constituted by joining the gaps of the uneven grooves 503 formed in the upper and lower floors Friendly eco-friendly method that acts to purify contaminated river water and naturally restores destroyed river ecosystem by using eco-friendly movable beam for low water discharging combined with eco-friendly eco-