KR20150007271A - Friendly eco-friendly water purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate composed of eco-friendly eco-friendly method - Google Patents

Friendly eco-friendly water purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate composed of eco-friendly eco-friendly method Download PDF

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Publication number
KR20150007271A
KR20150007271A KR1020140174553A KR20140174553A KR20150007271A KR 20150007271 A KR20150007271 A KR 20150007271A KR 1020140174553 A KR1020140174553 A KR 1020140174553A KR 20140174553 A KR20140174553 A KR 20140174553A KR 20150007271 A KR20150007271 A KR 20150007271A
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South Korea
Prior art keywords
water
river
cylinder
multifunctional
movable
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KR1020140174553A
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Korean (ko)
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한상관
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한상관
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Priority claimed from KR1020130151953A external-priority patent/KR20140006741A/en
Priority claimed from KR1020130152336A external-priority patent/KR20140004610A/en
Priority claimed from KR1020130153163A external-priority patent/KR20140008275A/en
Priority claimed from KR1020130155986A external-priority patent/KR20140004614A/en
Priority claimed from KR1020130155983A external-priority patent/KR20140008276A/en
Priority claimed from KR1020130156590A external-priority patent/KR20140006747A/en
Priority claimed from KR1020130159801A external-priority patent/KR20140006752A/en
Priority claimed from KR1020130160961A external-priority patent/KR20140005834A/en
Priority claimed from KR1020130166267A external-priority patent/KR20140016219A/en
Priority claimed from KR1020140000001A external-priority patent/KR20140008474A/en
Priority claimed from KR1020140000923A external-priority patent/KR20140009597A/en
Priority claimed from KR1020140000988A external-priority patent/KR20140019452A/en
Priority claimed from KR1020140001845A external-priority patent/KR20140019455A/en
Priority claimed from KR1020140002779A external-priority patent/KR20140016407A/en
Priority claimed from KR1020140006398A external-priority patent/KR20140016419A/en
Priority claimed from KR1020140009647A external-priority patent/KR20140019459A/en
Priority claimed from KR1020140011842A external-priority patent/KR20140025564A/en
Priority claimed from KR1020140011864A external-priority patent/KR20140024036A/en
Priority claimed from KR1020140012956A external-priority patent/KR20140022944A/en
Priority claimed from KR1020140013418A external-priority patent/KR20140025566A/en
Priority claimed from KR1020140014046A external-priority patent/KR20140023418A/en
Priority claimed from KR1020140014500A external-priority patent/KR20140024450A/en
Priority claimed from KR1020140015154A external-priority patent/KR20140024943A/en
Priority claimed from KR1020140017557A external-priority patent/KR20140027445A/en
Priority claimed from KR1020140017564A external-priority patent/KR20140027446A/en
Priority claimed from KR1020140021292A external-priority patent/KR20140032517A/en
Priority claimed from KR1020140022021A external-priority patent/KR20140033194A/en
Priority claimed from KR1020140024325A external-priority patent/KR20140035469A/en
Priority claimed from KR1020140024775A external-priority patent/KR20140035471A/en
Priority claimed from KR1020140035686A external-priority patent/KR20140045971A/en
Application filed by 한상관 filed Critical 한상관
Publication of KR20150007271A publication Critical patent/KR20150007271A/en

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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/60—Ecological corridors or buffer zones

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Abstract

A foundation block 507 for supporting a multifunctional movable waterproofing gate plate 500 which functions as a combined drainage sludge discharge passage 600 after dredging a river bottom and installing a foundation concrete 100 is called a foundation block 100 );
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A step of forming a ⊂ guide shape frame 501 on one side and the other side of the rotation axis 502;
Forming a cylinder rod supporting plate 508 by using a member having a letter shape at the lower end of the guide frame 501;
A step of forming an operation cylinder rod white paper 202 for fixing the operation cylinder rod 203 to the back face of the guide frame 501 by a white paper;
Forming a working cylinder blanket (511) on the bottom of the concrete (100);
Bonding the operating cylinder 200 to the operating cylinder blanks 511 with a white paper;
Bonding the cylinder rod (203) coupled with the actuating cylinder (200) to the actuating cylinder rod white paper (202) with a white paper;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The multifunctional movable gate plate 500, which is inserted into the guide frame 501 and serves as a combined drainage sludge discharge passage 600, has a structure of a lower end 510

Figure pat00011
A step of forming an oblique one-side triangular shape and a top-side one having a straight rectangular shape;
A hydraulic cylinder rod 503 coupled to a hydraulic cylinder 509 at one side and the other side of a lower end 510 of the multifunctional movable waterproofing door plate 500;
The left and right hydrologic plates for exponential operation (not shown in the figure) are connected to one side and the other side of the multifunctional operation maintenance door 700 serving as a water purifier or the multifunctional operation maintenance door 700 constituting the combined-use sedimentation sludge discharge passage 600, After completing the multi-function maintenance repair gate (700), which serves as a water purifier,
A total control system (not shown), a water level checker (not shown) configured to comprehensively perform a remote control and a close-up control with a CC camera (not shown) while adjusting the multi-function operation maintenance door 700 serving as the water purifier, A step of completing an operation system of a multifunctional operation maintenance door 700 serving as a water quality purifier in which an artificial sedimentation sludge discharge passage 600 is formed by combining a multifunctional operation maintenance door 700 serving as a water purifier,
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the total control system to the operation control cylinder 200. When the integrated control system transmits the cylinder load 203 to the operation control cylinder 200, The multifunctional movable shield plate 500 coupled to the cylinder rod 203 is extended to the upper portion of the guide frame 501 by the supporting force of the support plate member 508, As it is naturally formed
And the amount of the inflow of the river water is continuously discharged to continuously prevent the phenomenon that the pollution of the river water is increased, and at the same time, to move to the upstream and the downstream of the river through the artificial sedimentation sludge discharge passage 600, Friendly function that cleanses contaminated river water by naturally forming an island by using multifunctional operation maintenance door 700 serving as a water quality purifier serving to help move animals and plants living in amphibians and river ecosystems such as fishes, Friendly eco-friendly construction method that restores natural ecosystem by constantly forming an eco-system for ecosystem restoration while naturally purifying contaminated river water characterized by eco-friendly construction method

Description

Friendly eco-friendly water purification system that recovers river ecosystems while simultaneously producing electricity using eco-friendly multifunctional movable water gate constructed by ADO.

The present invention relates to an eco-friendly method for purifying polluted river water while restoring an ecosystem of a river by using a sluice gate as a sedimentation sludge discharge passage and producing electricity, and more specifically, So as to purify polluted river water by purifying and discharging contaminated river water flowing into the river while preventing the river water from being discharged through the low water discharge passage of the watercourse so that the amount of the river water can be kept constant It is.

Since most of the conventional underwater beams are installed in a fixed manner, the inflow water is discharged in such a manner that the inflow water is overflowed to the upper part of the underwater boats. Therefore, there is a problem that the pollutants contained in the stored water continuously accumulate in the lower part of the lower water side, accumulating accumulated sludge. Causing a problem of secondary pollution such that the occurrence of pathogenic bacteria or pests becomes serious.

In order to solve this problem, the present invention has been made to solve the above problems. In order to solve this problem, Patent No. 10-0800564 have been invented and used.

 However, these methods do not perform their functions properly due to the structural defects in which the foreign materials are often trapped in the gap of the drive unit which drives the water gate smoothly. Therefore, the water purification function can not be performed properly, There are serious drawbacks that can not be demonstrated.

In particular, in the case of the patent registration No. 10-1147159, in order to solve the structural problem of installing the water gate 18 separately at the lower end of the water gate 10, a central shaft for closing or opening the water gate, that is, Since the point is installed much higher than the river bottom, there is a serious drawback that raises the section of the flood level.

The present invention solves these problems and simultaneously provides a function of naturally creating an ecological passage of fishes that are going to move upstream from the downstream of the river while purifying contaminated river water, Provide eco-friendly construction method that exerts.

1. Patent Registration No. 0800564 ([0007] Registered on Jan. 28, 2008) 2. Utility Model Registration No. 0312863 (registered on April 28, 2003) 3. Patent Publication No. 10-2006-0113615 (published on November 02, 2006) 4. Patent registration No. 800563 (registered on Jan. 28, 2008) (Patent license 0005) 5. Patent registration 10-1147159 (May 25, 2012 registration) 6, patent registration 10-1121743 (registered on Feb. 22, 2012) 7, patent registration 10-1121740 (registered on Feb. 22, 2012) (Patent license 0008) 8, patent registration 10-1223695 (registered on 2013.01.11)

In order to overcome such conventional drawbacks, a solution to the problem of the present invention is to provide a watertight door structure in which a watertight frame is formed in a double- The riverbed is naturally formed on the river bottom, and the sediment sludge accumulated on the river bottom is immediately discharged to prevent water pollution from being increased.

In addition, it is possible to prevent the flood damage by preventing the flood level rise due to the water gate by closely contacting the rotating shaft of the water gate used for the gate opening or closing the gate to the bottom of the river, Friendly environment-friendly method for purifying the river water of the present invention.

It is possible to prevent the flood level from being raised in advance by constructing the rotating shaft which activates the hydrological gate to be close to the bottom of the river, and at the same time, it is possible to prevent the phenomenon that the river ecosystem is naturally formed And at the same time, the accumulated sludge is discharged continuously through the lower part of the watercourse to prevent the pollution of the river water from being increased, so that the polluted river water is purified by using the multifunctional movable water gate which purifies the contaminated river water. And an eco-friendly method of naturally forming the island while purifying it.

The present invention is an eco-friendly method for purifying polluted river water while naturally forming an island. It keeps the water level constantly inside the watercourse and at the same time, it opens the lower part of the watercourse, There is an effect which helps the breeding activity of all creatures including fishes that are going to move upstream of the river.

In detail, there is an effect of restoring the natural ecosystem by providing a wide range of habitat of fishes and aquatic creatures moving freely upstream and downstream of the river through the lower part of the watercourse.

In addition, there is an effect of preventing the phenomenon of water pollution being weighted by immediately discharging the sediment sludge generated by various actions immediately downstream.

Fig. 1 is a cross-sectional perspective view of an ado-type conduit constructed by a patent registration No. 10-1147159,
Fig. 2 is a perspective view of an evacuated water inlet door for removing adhering and contaminants constituted by a conventional patent registration No. 10-1121747
FIG. 3 is a perspective view of an adjustable conductive watertight door of an ado-type conductive angle formed by the conventional patent registration No. 10-1121740
Fig. 4 is a perspective view of a reinforced concrete water canal,
Fig. 5 is a cross-sectional perspective view of an ado-type conductive waterway constructed by a patent application No. 10-0800564,
6 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the first embodiment of the present invention is erected
7 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank, serving as a water quality purifier and constructed in accordance with the first embodiment of the present invention, is opened to form a double-
8 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the first embodiment of the present invention is conducted.
9 is a cross-sectional perspective view of an adiabatic sedimentation sludge discharge passage formed at the lower end of a multifunctional movable water storage tank serving as a water quality purifier in accordance with the first embodiment of the present invention.
10 is a perspective view showing a state in which the multifunctional movable water guiding door is removed from the multifunctional movable water immobilizing door structure according to the first embodiment of the present invention,
11 is a perspective view showing a multifunctional movable waterproof door in the structure of a multifunctional movable waterproofing structure serving as a water quality purifier constructed according to the first embodiment of the present invention.
Fig. 12 is a perspective view showing a state in which a foreign matter inflow blocking bar, which is constructed in combination with a multifunctional movable protection gate serving as a water quality purifier in accordance with the first embodiment of the present invention, blocks the double-
FIG. 13 is a perspective view showing a state in which a foreign matter inflow blocking bar, which is formed in combination with a multifunctional movable waterproof gate serving as a water purifier and constructed in accordance with the first embodiment of the present invention, opens a double-
Fig. 14 is a front perspective view of a multi-function movable maintenance and repairing water purifier according to a second embodiment of the present invention
15 is a front perspective view showing a state in which an ecological passage is formed by opening the lower end of a multifunctional operation maintenance door serving as a water quality purifier constructed according to the third embodiment of the present invention.
16 is a front perspective view of a multifunctional operation maintenance and repairing water purifier according to a fourth embodiment of the present invention.
17 is a front perspective view of a multi-function movable maintenance and repairing water purifier according to a fifth embodiment of the present invention
18 is a cross-sectional perspective view showing a watertight state of an indexing device combined with a multi-function movable maintenance door serving as a water quality purifier in accordance with the first to fifth embodiments of the present invention
19 is a cross-sectional perspective view showing an open state of an indexing device combined with a multi-function movable maintenance door serving as a water quality purifier in accordance with an embodiment of the present invention.
20 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank, serving as a water quality purifier, according to the sixth embodiment of the present invention is closed;
FIG. 21 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining door serving as the water quality purifier and constructed in accordance with the sixth embodiment of the present invention is opened to form the double-
22 is a perspective view of a multifunctional movable water gate exploded perspective view of the water purifier according to the sixth embodiment of the present invention
23 is a partial perspective view of parts constituted inside the guide frame according to the sixth embodiment of the present invention.
24 is a perspective view showing a state in which a lower end portion of a multifunctional movable waterproofing water tank, which serves as a water quality purifier and is constructed in accordance with the twelfth embodiment of the present invention,
Fig. 25 is a perspective view showing a state in which the lower end of the multi-function movable water retaining door serving as the water quality purifier and constructed in accordance with the twelfth embodiment of the present invention is opened to form the double-
26 is a perspective view showing a state in which the multifunctional movable waterproof gate and the guide frame, both of which function as a water quality purifier in accordance with the twelfth embodiment of the present invention,
Fig. 27 is a perspective view showing a multifunctional movable water gate in a state where many movable water guiding doors are combined with a multifunctional movable water guiding door serving as a water quality purifier in accordance with the twelfth embodiment of the present invention.
28 is a cross-sectional exploded perspective view of a multifunctional movable waterproofing waterproofing water purifier according to a twelfth embodiment of the present invention
Fig. 29 is an exploded perspective view of the guide frame of the multifunctional movable waterproofing door serving as a water purifier according to the twelfth embodiment
30 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the thirteenth embodiment of the present invention is closed;
31 is a perspective view showing a state in which a lower end portion of a multifunctional movable water storage and a sewage sludge discharge passage constructed as a water quality purifier in accordance with a thirteenth embodiment of the present invention is opened,
32 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water purifier and constructed in accordance with the thirteenth embodiment of the present invention is conducted.
33 is an exploded perspective view of a rear portion of a multifunctional movable waterproofing water purifier according to a thirteenth embodiment of the present invention,
Fig. 34 is a perspective view of a multifunctional movable water retaining structure according to a thirteenth embodiment of the present invention,
Fig. 35 is a perspective view showing a state in which the lower end of the multi-function movable water retaining door serving as a water quality purifying device constructed in accordance with the fourteenth embodiment of the present invention is closed; Fig.
36 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank, serving as the water quality purifier and constructed in accordance with the fourteenth embodiment of the present invention, is opened to constitute the double-
37 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed in accordance with the fourteenth embodiment of the present invention is conducted.
38 is a perspective view of a multifunctional movable waterproofing structure according to a fourteenth embodiment of the present invention,
39 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining door serving as a water quality purifier constructed according to the fifteenth embodiment of the present invention is closed;
40 is a perspective view showing a state in which a lower end portion of a multifunctional movable water storage and a sewage sludge discharge passage constructed as a water quality purifier in accordance with a fifteenth embodiment of the present invention is opened,
Fig. 41 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a fifteenth embodiment of the present invention is conducted.
Fig. 42 is a perspective view of a multifunctional movable waterproofing structure according to a fifteenth embodiment of the present invention,
43 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining door serving as the water purifier and constructed in accordance with the sixteenth embodiment of the present invention is closed;
44 is a perspective view showing a state in which the lower end portion of the multifunctional movable water retaining structure serving as the water quality purifier and constructed in accordance with the sixteenth embodiment of the present invention is opened to form the double-
Fig. 45 is a perspective view showing a state in which a multifunctional movable protection gate serving as a water purifier and constructed in accordance with the sixteenth embodiment of the present invention is conducted. Fig.
Fig. 46 is a perspective view of the multifunctional movable waterproofing structure of the water purifier according to the sixteenth embodiment of the present invention,
FIG. 47 is a perspective view of a multifunctional movable waterproofing door plate according to a sixteenth embodiment of the present invention,
FIG. 48 is a view showing an operation state in which the multifunctional movable water leveling door constructed in accordance with the sixteenth embodiment of the present invention is lifted upwards and the clean water having a heavy specific weight is preferentially discharged through the low level water discharge passage formed in the multifunctional movable water leveling plate Illustrated
Center of multifunctional movable control panel
49 is an exploded perspective view of a multi-function movable guard door according to an embodiment of the present invention; FIG. 49 is a perspective view of a multi-function movable guard door according to an embodiment of the present invention; A partial perspective view
Fig. 50 is an exploded perspective view of an embodiment of the present invention. Fig. 50 is an exploded perspective view of an operation device for injecting hydraulic pressure, air pressure, or water pressure into a cylinder used for performing an action of standing up or conducting a multi- A partial perspective view
51 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining door serving as a water quality purifying device constructed in accordance with the eighteenth embodiment of the present invention is closed;
Fig. 52 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining tank, serving as a water quality purifier and constructed in accordance with the eighteenth embodiment of the present invention, is opened to constitute a double-
Fig. 53 is a perspective view showing a state in which a multifunctional movable protection gate serving as a water quality purifier in accordance with the eighteenth embodiment of the present invention is conducted.
Fig. 54 is a perspective view of a multifunctional movable water retaining structure according to an eighteenth embodiment of the present invention,
FIG. 55 is a cross-sectional perspective view showing a state in which the multifunctional movable water guiding door constructed in accordance with the nineteenth embodiment of the present invention is installed so as to be inclined in the upstream direction of the river;
56 is a perspective view showing a state in which the multifunctional operation maintenance door operating system serving as a water quality purifier and constructed in accordance with the 20th example of the present invention is standing up
57 is a partial perspective view showing a state in which the multifunctional operation maintenance door operating system serving as a water quality purifier constructed according to the 20th embodiment of the present invention is turned on
FIG. 58 is a schematic view of a multifunctional maintenance door operating system that serves as a water purifier and serves as a water purification purifier for exerting a material-squeezing action for preferentially discharging clean river water having a high specific gravity through a lower end portion of a multi- A partial perspective view showing a state in which the system is floated
FIG. 59 is a partial perspective view showing major constituent parts including a cylinder combined with a multi-function movable maintenance door operating system serving as a water purifier and constructed in accordance with a twentieth embodiment of the present invention. FIG.
60 is a partial perspective view of an intermediate multi-function movable maintenance door used for constructing a multi-function movable maintenance door operation system serving as a water quality purifier constructed according to the 20th embodiment of the present invention
61 is a partial perspective view explaining a part of a multifunctional operation maintenance door operating system serving as a water quality purifier constructed according to a twentieth embodiment of the present invention
62 is a side exploded perspective view of a multifunctional movable water shielding door plate which is applied to a multifunctional movable maintenance door operation system serving as a water quality purifier constructed according to a twentieth embodiment of the present invention
63 is a perspective view showing a state in which the multi-function movable maintenance door operating system serving as a water quality purifier and constructed in accordance with the 21st embodiment of the present invention is standing up
64 is a partial perspective view showing a state in which a multi-function movable maintenance door operating system serving as a water quality purifier constructed according to the 21st embodiment of the present invention is turned on
FIG. 65 is a schematic view of a multifunctional movable water purifier in accordance with a twenty-first embodiment of the present invention, which functions as a multi-stage water purifier for exerting a pre-discharge of clean river water having a high specific gravity through a lower end of a multi- A partial perspective view showing the floating state of the operating system
FIG. 66 is a partial perspective view showing major components including a cylinder combined with a water purifier and multi-function movable maintenance door operating system constructed according to a twenty-first embodiment of the present invention; FIG.
67 is a perspective view of the movable beam control gate plate constructed in accordance with the 21st embodiment of the present invention
68 is a perspective view of an intermediate multi-function movable maintenance door constructed in accordance with the 21st embodiment of the present invention
69 is an exploded perspective view in which an intermediate multi-function movable maintenance door constructed according to the 21st embodiment of the present invention is disassembled;
70 is a perspective view showing a state in which a multi-function movable waterproof gate serving as a water quality purifier and constructed in accordance with the twenty second embodiment of the present invention is erected
Fig. 71 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the twenty second embodiment of the present invention is conducted.
72 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank, serving as the water quality purifier and constructed in accordance with the twenty second embodiment of the present invention, is opened to constitute the double-
Fig. 73 is an exploded perspective view illustrating the multifunctional movable waterproof gate constructed in accordance with the twenty-second embodiment of the present invention,
74 is an exploded perspective view of a hydrologic operation device used for conducting or rising a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the twenty second embodiment of the present invention;
75 is an exploded perspective view of a double-sided sludge discharge passage operating device used for opening or closing an adiabatic accumulated sludge discharge passage formed at the lower end of a multifunctional movable water storage and purifier according to a twenty-second embodiment of the present invention A disassembled perspective
76 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty fourth embodiment of the present invention is erected
77 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed in accordance with the 24th embodiment of the present invention is conducted.
78 is a perspective view showing a state in which the lower end portion of the multifunctional movable water storage tank, serving as a water quality purifier and constructed in accordance with the twenty-fourth embodiment of the present invention, is opened to form a double-
79 is a perspective view showing a rear portion of an operation frame constituted by a multifunctional movable water gate serving as a water quality purifier in accordance with a twenty-fourth embodiment of the present invention;
80 is an exploded perspective view of an operation frame constructed in the multifunctional movable water gate serving as a water quality purifier constructed according to the 24th embodiment of the present invention;
81 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water purifier and constructed in accordance with the 26th embodiment of the present invention is erected
82 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier in accordance with a twenty sixth embodiment of the present invention is conducted;
83 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining tank serving as the water quality purifier and constructed in accordance with the 26th embodiment of the present invention is opened to form the double-
84 is a perspective view showing a state in which a rear portion of an operation frame formed in a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 26th embodiment of the present invention is opened;
FIG. 85 is an exploded perspective view of parts constituting the multifunctional movable gate in combination with the water purifier according to the 26th embodiment of the present invention; FIG.
86 is a transparent perspective view of components constituting the multifunctional movable gate in combination with the water purifier according to the 26th embodiment of the present invention
Fig. 87 is an exploded perspective view of an operating device coupled to a bracket constructed in the multifunctional movable water guiding door serving as a water purifier and constructed in accordance with the 26th embodiment of the present invention; Fig.
88 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-seventh embodiment of the present invention is erected
Fig. 89 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with a twenty-seventh embodiment of the present invention is conducted.
90 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as the water quality purifier and constructed in accordance with the twenty seventh embodiment of the present invention is opened to constitute the double-
91 is a detailed rear perspective view of the rear surface of the multi-function movable waterproofing water purifier according to the twenty-seventh embodiment of the present invention,
FIG. 92 is an exploded perspective view of a multifunctional movable waterproofing door plate and parts assembled in combination with a multifunctional movable waterproof door serving as a water purifier in accordance with a twenty-seventh embodiment of the present invention;
93 is a rear view perspective view of a multifunctional movable waterproofing multi-function movable waterproofing water purifier according to a twenty-seventh embodiment of the present invention, showing a state in which a low-level water discharge passage is formed at the upper end of the rear surface of the multifunctional movable water storage tank,
94 is a perspective view showing a state in which the multi-function movable maintenance door operating system serving as a water quality purifier and constructed in accordance with the 28th embodiment of the present invention is standing up
95 is a partial perspective view showing a state in which a multi-function movable maintenance door operating system serving as a water quality purifier and constructed in accordance with the 28th embodiment of the present invention is turned on
FIG. 96 is a schematic view of a multifunctional movable water purifier in accordance with a twenty-eighth embodiment of the present invention. FIG. 96 is a front view of a multifunctional movable water purifier A partial perspective view showing the floating state of the operating system
97 is a front partial perspective view showing a main part including a multifunctional movable waterproofing door plate and a cylinder combined with a multi-function movable maintenance door operating system, which is constructed in accordance with a twenty-eighth embodiment of the present invention,
98 is a left side perspective view illustrating a left side view of the rear surface portion of the multifunctional movable water storage tank, which is a water purification tank constructed in accordance with the twenty-eighth embodiment of the present invention,
FIG. 99 is a perspective view of a right side perspective view illustrating a right side view of a rear portion of a multifunctional movable water gate for use as a water purifier in accordance with a twenty-
100 is a perspective view of a multifunctional movable waterproofing water purifier according to a twenty-eighth embodiment of the present invention,
Fig. 101 is an exploded perspective view showing a disassembled sludge discharge passage operating device used for opening and closing an adiabatic accumulated sludge discharge passage constituted at the lower end of a multifunctional movable water storage tank serving as a water quality purifier constructed according to the 28th embodiment of the present invention Perspective
102 is a perspective view of an intermediate multi-function movable maintenance door constructed in accordance with the 28th embodiment of the present invention
103 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-ninth embodiment of the present invention is erected
Fig. 104 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier in accordance with a twenty-ninth embodiment of the present invention is conducted. Fig.
105 is a perspective view showing a state in which the lower end portion of the multifunctional movable water retaining structure for use in the water purifier according to the twenty-ninth embodiment of the present invention is opened to constitute a double-
106 is a sectional view of the multifunctional movable sludge discharge passage according to the twenty-ninth embodiment of the present invention in which the multi-function movable sash door serving as a water quality purifier is lowered and the drainage amount adjusting device provided at the lower end of the multifunctional movable sash as a water- As shown in Fig.
107 is a rear exploded perspective view of a rear surface portion of a multifunctional movable water storage tank in accordance with a twenty-ninth embodiment of the present invention,
FIG. 108 is an exploded perspective view of an operation frame constructed in combination with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-ninth embodiment of the present invention
109 is an exploded perspective view of a multifunctional movable water gate in accordance with a twenty-ninth embodiment of the present invention,
FIG. 110 is a partially exploded perspective view of an internal guide frame and a displacement amount adjusting device formed on one side and the other side of a multifunctional movable waterproofing water purifier according to a twenty-ninth embodiment of the present invention.
FIG. 111 is a perspective view of a multifunctional movable waterproofing water purifier according to a twenty-ninth embodiment of the present invention
112 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention is erected
113 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the 30th embodiment of the present invention is conducted.
114 is a perspective view showing a state in which a lower end portion of a multifunctional movable water retaining structure serving as a water quality purifier and constructed in accordance with a thirtieth embodiment of the present invention is opened to constitute a double-
115 is an exploded perspective view of a rear portion of an operation frame shown in an exploded view of a rear portion of an operation frame coupled with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention;
116 is a rear exploded perspective view of the rear surface portion of the multifunctional movable water storage tank in accordance with the thirtieth embodiment of the present invention,
117 is an exploded perspective view of the front part of the multifunctional movable waterproofing door of the water purifier according to the thirtieth embodiment of the present invention,
118 is an exploded perspective view of the front side of an operating frame combined with a multifunctional movable security gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention;
119 is an exploded perspective view of a rear portion of an operation frame combined with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention;
120 is a perspective view of a multifunctional movable waterproofing water purifier according to a thirtieth embodiment of the present invention,
121 is an exploded perspective view of an operation frame, which is exploded and exploded on one side of the back side of the operation frame, which is constructed in combination with the multifunctional movable water gate serving as a water quality purifier in accordance with the thirtieth embodiment of the present invention.
122 is an exploded perspective view of the operation frame, which is exploded and shows one side of the front part of the operation frame, which is constructed in combination with the multifunctional movable gate serving as a water quality purifier in accordance with the thirtieth embodiment of the present invention.
123 is an exploded perspective view of the rear side of the operation frame, which is exploded and shows the structure of the cylinder for adjusting the adiabatic sedimentation sludge discharge passage, which is formed at one side of the operation frame, combined with the multifunctional movable guard gate serving as the water quality purifier in accordance with the thirtieth embodiment of the present invention.
124 is a cross-sectional view explaining a structure of a cylinder for controlling the adiabatic sedimentation sludge discharge passage formed on one side of an operation frame, which is combined with a multi-function movable guard gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention, Perspective
125 is a perspective view showing a state in which the multifunctional operation maintenance door operation system and the multifunctional operation maintenance door operation system, both of which function as a water quality purifier and constructed in accordance with the thirty first embodiment of the present invention,
126 is a perspective view showing a state in which the multifunctional operation maintenance door operation system combined with the water quality purifier and the multifunctional operation maintenance door operation system combined with the intermediate water quality purifier constructed in accordance with the thirty first embodiment of the present invention
FIG. 127 is a view for explaining the operation of the multi-function movable maintenance door operating system, which is installed in the first and sixth steps, according to the thirty first embodiment of the present invention, The sash showing the state in which the discharge passage is floated,
FIG. 128 is a perspective view showing a rear portion of a multi-function movable maintenance door operating system that is installed in the first and sixth stages, which is constructed in accordance with the thirty first embodiment of the present invention, The operation of the multifunctional operation and maintenance door operating system will be described with reference to FIGS.
130 is a rear partial perspective view of the multifunctional movable water gate door operating system combined with the intermediate water quality purifier installed in the second to fifth steps constructed in accordance with the thirty first embodiment of the present invention
131 is an exploded perspective view of a rear portion of a multifunctional movable water gate door operating system serving as an intermediate water quality purifier installed in the second to fifth steps constructed in accordance with the thirty first embodiment of the present invention
FIG. 132 is a side exploded perspective view of a multifunctional movable water gate door operating system, which is installed in the second to fifth steps according to the 31st embodiment of the present invention,
133 is a perspective view of the disassembly of the vibration device constituted on one side and the other side of the multifunctional movable water gate door operating system serving as the intermediate water purifier in accordance with the thirty first embodiment of the present invention
FIG. 134 is a perspective view illustrating the disassembly of a vibration weight combined with the vibration device constituted on one side and the other side of the multifunctional movable water gate door operating system serving as an intermediate water purifier according to the 31st embodiment of the present invention
135 is an exploded perspective view of a vibration device constructed in accordance with the 31st embodiment of the present invention
136 is a perspective view showing a state in which a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 32nd embodiment of the present invention is erected;
137 is a perspective view showing a state in which a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 32nd embodiment of the present invention is turned on;
138 is a cross-sectional view of a multifunctional movable waterproofing door according to a 32nd embodiment of the present invention, showing a state in which electric power is produced by using stream water discharged at the same time when sediment sludge having heavy specific weight is discharged through a lower end thereof; View of movable guard door
FIG. 139 is a perspective view showing a state in which the double-sided sedimentation sludge discharge passage is formed at the lower end of the multifunctional movable water storage tank serving as the water quality purifier according to the thirty-
140 is a perspective view of a rear surface portion of a multifunctional movable waterproofing brush serving as a water quality purifier according to a 32nd embodiment of the present invention,
141 is an exploded perspective view of an operation frame constructed in a multi-function movable guard gate serving as a water quality purifier according to a 32nd embodiment of the present invention;
142 is an exploded perspective view of the parts constituting the left and right parts and the lower part of the power generation system combined with the multifunctional movable waterproof gate serving as the water purifier according to the 32nd embodiment of the present invention,
143 is a perspective view showing a multifunctional movable waterproofing operation frame and a power generator lifting system according to a thirty-second embodiment of the present invention,
144 is a perspective view of a power generation apparatus combined with a multi-function movable gate serving as a water purifier and a power plant up / down system according to a thirty-second embodiment of the present invention,
145 is a perspective view of a power generation apparatus combined with a multi-function movable gate serving as a water purifier and a power plant up / down system according to a thirty-second embodiment of the present invention,
146 is a perspective view of a power generating device combined with a multifunctional movable waterproof gate serving as a water purifier in accordance with a thirty-second embodiment of the present invention, and a rear view exploded perspective view
147 is a perspective view showing a state in which a power generation system combined with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 33rd embodiment of the present invention is standing up
148 is a perspective view showing a state in which a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 33rd embodiment of the present invention is turned over;
149 is a view showing a state in which electric power is produced using river water discharged at the same time when sediment sludge having heavy specific gravity is discharged through the lower end portion of the multifunctional movable water conservation door plate constructed according to the 33rd embodiment of the present invention, View of movable guard door
150 is a perspective view showing a rear portion of a power generation system combined with a multifunctional movable gate serving as a water purifier in accordance with the 33rd embodiment of the present invention;
151 is an exploded perspective view illustrating the front part of a power generation system combined with a multifunctional movable gate serving as a water purifier in accordance with the 33rd embodiment of the present invention,
152 is a perspective view showing an exploded view of an operation frame for conducting or standing up a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 33rd embodiment of the present invention;
FIG. 153 is an exploded perspective view of the parts constituting the left and right parts and the lower part of the power generation system combined with the multifunctional movable waterproof gate serving as a water purifier according to the 33rd embodiment of the present invention.
154 is a perspective view of a power generation system perspective view showing a power generation system combined with a multi-function movable gate serving as a water quality purifier in accordance with a thirty-third embodiment of the present invention,
155 is a perspective view illustrating a turbine portion of a power generation system combined with a multi-function movable gate serving as a water quality purifier in accordance with a thirty third embodiment of the present invention;
156 shows a state in which the power generation system combined with the water quality purification apparatus constructed according to the 34th embodiment of the present invention is standing up,
157 shows a state in which the power generation system combined with the water quality purification apparatus constructed according to the 34th embodiment of the present invention exhibits the water purification function in a state where the power generation system is standing up and at the same time,
158 is a view showing a state where the wind power generation system is floated at the time of flood and the conductive power generation system is floated at the upstream portion of the river among the two power generation systems combined with the water quality purification apparatus constructed according to the 34th embodiment of the present invention An illustrated perspective
FIG. 159 is a perspective view showing a state where the power generation system combined with the water quality purification apparatus constructed in accordance with the 34th embodiment of the present invention is standing,
160 is a perspective view showing a state in which a conductive power generation system combined with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 34th embodiment of the present invention is erected
161 is a perspective view showing a state in which a winding-type power generation system constructed in accordance with the 34th embodiment of the present invention is floated
162 is a rear partial perspective view showing a state where electric power is produced by opening the adiabatic sedimentation sludge discharge passage formed at the lower end of the wind power generation system constructed in accordance with the 34th embodiment of the present invention;
Figure 163 is a rear partial perspective view showing a state in which a winding-type power generation system constructed in accordance with the 34th embodiment of the present invention is floated at the time of flooding
164 is a perspective view of a water purifying material input box constructed in accordance with the 34th embodiment of the present invention
165 is a cross-sectional view of a foundation concrete constructed in accordance with the 34th embodiment of the present invention and a perspective view
166 is a perspective view showing a state in which a power generation system constituted at the lower end portion of the multifunctional movable waterproof gate constructed in accordance with the thirty fifth embodiment of the present invention and a multi-
Figure 167 is a view showing a state in which electricity is produced by using a power generation system after extending the double-sided sediment discharge sludge discharge passage formed at the lower end in a state where the multifunctional movable water guard door serving as a water quality purifier in accordance with the 35th embodiment of the present invention is erected One perspective
168 is a perspective view showing a state in which electricity is produced using a power generation system configured at the lower end in a state where the multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 35th embodiment of the present invention is erected;
169 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the 35th embodiment of the present invention is conducted.
170 is an exploded perspective view of a rear portion of the rear surface portion of the multifunctional movable water storage tank in accordance with the 35th embodiment of the present invention,
171 is an exploded perspective view of a rear portion of the power generation system cover according to the 35th embodiment of the present invention,
172 is a perspective view illustrating a state in which electricity is produced using a power generation system configured at a lower end after a multifunctional movable waterproof gate serving as a water quality purifier constructed according to a 35th embodiment of the present invention is erected,
Figure 173 is a perspective view illustrating a state in which electricity is produced using a power generation system configured at a lower end after standing up a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 35th embodiment of the present invention,
Figure 174 is an exploded perspective view showing the upper part of the front portion of the multifunctional movable waterproofing multi-
175 is an exploded perspective view illustrating a lower end portion of a multifunctional movable waterproofing structure serving as a water quality purifier constructed according to a 35th embodiment of the present invention,
176 is an exploded perspective view showing an operation frame of a multifunctional movable waterproofing door serving as a water quality purifier constructed according to a 35th embodiment of the present invention,
Fig. 177 is an exploded perspective view illustrating the multifunctional movable water guard door according to the 35th embodiment of the present invention,
178 is an exploded perspective view of an internal guide frame and a power generation system combined with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a 35th embodiment of the present invention.
179 is an exploded perspective view showing a state in which electricity is produced in a state in which the power generation system is lifted up and an internal guide frame coupled with the multifunctional movable waterproof gate serving as a water quality purifier constructed according to the 35th embodiment of the present invention;
180 is a perspective view showing a state in which a multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with a thirty-seventh embodiment of the present invention is erected and then a power generation system configured at a lower end portion and an accumulation sludge discharge passage,
181 is a perspective view showing the state of the multifunctional movable water guard door serving as a water quality purifier and constructed in accordance with the 37th embodiment of the present invention.
182 is a state in which electricity is produced using the power generation system after extending the double-sided sedimentation sludge discharge passage formed at the lower end in a state in which the multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 37th embodiment of the present invention is erected One perspective
Figure 183 is a perspective view showing a state in which the double-sided sedimentation sludge discharge passage formed at the lower end is opened in a state in which the multi-function movable water guard door serving as a water quality purifier in accordance with the thirty-
Figure 184 is a perspective view showing a state in which the multifunctional movable sludge discharge passage is closed after floating the multifunctional movable siding gate in a state in which the multifunctional movable siding gate serving as the water quality purifier in accordance with the thirty-
185 is a perspective view showing a state in which the multifunctional movable sludge discharge passage is opened after floating the multifunctional movable siding gate in a state in which the multifunctional movable siding gate serving as the water quality purifier in accordance with the 37th embodiment of the present invention is erected
186 is a rear perspective view showing a rear surface portion of a multifunctional movable water storage tank for use as a water quality purifier in accordance with a thirty-seventh embodiment of the present invention.
FIG. 187 is a rear exploded perspective view of a rear surface portion of a multifunctional movable water storage tank, which is a water quality purifier constructed according to a 37th embodiment of the present invention,
188 is a cross-sectional exploded perspective view illustrating a part of the rear part of the water purifier constructed in accordance with the thirty-seventh embodiment of the present invention in a state in which the multifunctional movable water guard gate is lifted after the multi-
189 is a cross-sectional view of the rear side of the multifunctional movable water storage door in a state where the multifunctional movable water storage door is floated after the multifunctional movable water storage gate, which serves as a water quality purifier,
FIG. 190 is a rear exploded perspective view of the rear portion of the water purifier constructed in accordance with the thirty seventh embodiment of the present invention in a state in which the multi-
191 is an exploded perspective view of the rear part of the water purifier in accordance with the thirty-seventh embodiment of the present invention,
FIG. 192 is a perspective view showing a state in which the multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with the 38th embodiment of the present invention is erected and then the double-sided sedimentation sludge discharge passage formed at the lower end portion is closed.
Figure 193 is a perspective view showing a state in which the multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with the 38th embodiment of the present invention is erected and then the adiabatic accumulated sludge discharge passage formed at the lower end is opened;
194. Fig. 194 is a partially exploded perspective view of a part of a multifunctional movable waterproofing and sanitary waterproofing system constructed in accordance with the 38th embodiment of the present invention,
195 is a perspective view showing a state in which the multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with the 39th embodiment of the present invention is erected and then the double-sided sedimentation sludge discharge passage formed at the lower end portion is closed;
Figure 196 is a perspective view showing a state in which the multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the 39th embodiment of the present invention is erected and then the adiabatic sedimentation sludge discharge passage formed at the lower end is opened;
FIG. 197 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water purifier and constructed in accordance with the 39th embodiment of the present invention is conducted.
198 is a rear perspective view showing a state in which the multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the 39th embodiment of the present invention is erected and then the adiabatic accumulated sludge discharge passage formed at the lower end is opened;
199 is a rear exploded perspective view of a water purifier constructed in accordance with the 39th embodiment of the present invention in which a multifunctional movable water gate is erected and then an adiabatic accumulated sludge discharge passage formed at a lower end is opened;
200 is an exploded perspective view of an operation frame formed on the left and right sides of the multifunctional movable waterproofing door serving as a water quality purifier constructed according to the 39th embodiment of the present invention
201 is an exploded perspective view of a multifunctional movable water gate plate for use as a water quality purifier constructed according to the 39th embodiment of the present invention
202 is a perspective view showing a state in which the multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-ninth embodiment of the present invention is erected and then the double-sided sedimentation sludge discharge passage formed at the lower end portion is closed;
203 is a perspective view showing a state in which the multi-function movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-ninth embodiment of the present invention is erected and then the adiabatic accumulated sludge discharge passage formed at the lower end is opened;
204 is a perspective view showing a state in which the multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the 40th embodiment of the present invention is conducted.
205 is a rear perspective view of a multifunctional movable water retaining structure for a water quality purifier constructed in accordance with the forty-
206 is a perspective view of an operation frame formed on the left and right sides of the multifunctional movable waterproofing door serving as a water quality purifier constructed according to the 40th embodiment of the present invention;
207 is an exploded perspective view of an operation frame formed on the left and right sides of the multifunctional movable waterproofing door serving as a water quality purifier and constructed in accordance with the 40th embodiment of the present invention,
208 is an exploded perspective view in a state in which the operation frame, which is combined with the multifunctional movable waterproof gate for use as a water quality purifier in accordance with the 40th embodiment of the present invention,
209 is an exploded perspective view of a state in which the operation frame, which is combined with the multifunctional movable waterproof gate for use as a water quality purifier in accordance with the 40th embodiment of the present invention,
210 is an exploded perspective view of a multifunctional movable waterproof gate for water purifier according to the 40th embodiment of the present invention,
FIG. 211 is a partial perspective view showing a combined state of the multi-function movable waterproof gate and the water cannula of the water purifier according to the forty-
212 is a perspective view showing a state in which a power generation system constituted at the lower end portion of the multifunctional movable waterproof gate constructed in accordance with the forty-first embodiment of the present invention as a water quality purifier and an associated drainage sludge discharge passage are closed;
FIG. 213 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-first embodiment of the present invention is erected and then an adiabatic accumulated sludge discharge passage formed at the lower end is opened to produce electricity.
Fig. 214 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the forty-first embodiment of the present invention is conducted. Fig.
FIG. 215 is a perspective view showing a state in which the multifunctional movable protection gate is lifted in a state in which the multifunctional movable protection gate serving as a water quality purifier constructed according to the 41st embodiment of the present invention stands up,
216 is a rear perspective view showing a state in which the multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 41st embodiment of the present invention is erected
Figure 217 is a perspective view of a multifunctional movable waterproofing structure according to a forty-first embodiment of the present invention in which a multi-function movable waterproof gate serving as a water quality purifier is erected,
Figure 218 is a perspective view of a multifunctional movable gate and a rear portion of the power generation system in a state in which the multifunctional movable gate, which serves as a water quality purifier, is constructed in accordance with the forty-
FIG. 219 is a perspective view of the multifunctional movable waterproofing door according to the fourteenth embodiment of the present invention, after the multifunctional movable waterproof gate is lifted in a state where the multifunctional movable waterproof gate serving as a water purifier is erected,
FIG. 220 is a perspective view illustrating a multifunctional movable waterproof door and a rear view of the power generation system in a state where the multifunctional movable waterproof gate is lifted in a state where the multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-
FIG. 221 is a perspective view of a door frame constructed on left and right sides of a multifunctional movable waterproofing door serving as a water quality purifier in accordance with a forty-
FIG. 222 is a perspective view of a multi-function movable waterproof door operating system constructed in accordance with a forty-first embodiment of the present invention,
Figure 223 is an exploded perspective view of the multifunctional movable water gate in accordance with the forty-first embodiment of the present invention,
Figure 224 is a perspective view showing a state in which a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 42nd embodiment of the present invention is erected;
137 is a perspective view showing a state in which a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 32nd embodiment of the present invention is turned on;
138 is a cross-sectional view of a multifunctional movable waterproofing door according to a 32nd embodiment of the present invention, showing a state in which electric power is produced by using stream water discharged at the same time when sediment sludge having heavy specific weight is discharged through a lower end thereof; View of movable guard door
FIG. 139 is a perspective view showing a state in which the double-sided sedimentation sludge discharge passage is formed at the lower end of the multifunctional movable water storage tank serving as the water quality purifier according to the thirty-
140 is a perspective view of a rear surface portion of a multifunctional movable waterproofing brush serving as a water quality purifier according to a 32nd embodiment of the present invention,
141 is an exploded perspective view of an operation frame constructed in a multi-function movable guard gate serving as a water quality purifier according to a 32nd embodiment of the present invention;
142 is an exploded perspective view of the parts constituting the left and right parts and the lower part of the power generation system combined with the multifunctional movable waterproof gate serving as the water purifier according to the 32nd embodiment of the present invention,
143 is a perspective view showing a multifunctional movable waterproofing operation frame and a power generator lifting system according to a thirty-second embodiment of the present invention,

The present invention relates to a eco-friendly eco-friendly method for restoring a natural ecosystem by using an eco-friendly eco-system that restores river ecosystem while naturally purifying contaminated river water by preferentially discharging clean river water with a heavy weight.

[Example 1]

After the river floor and the river bank are repaired, the concrete that is combined with the exponential wall is laid and installed on the concrete, and the multifunctional maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated operation, To form an ado and at the same time to form a sedimentation sludge discharge passage and an earthen vessel to purify contaminated river water.

The following is a description of claim 1 constructed in accordance with the first embodiment of the present invention.

6 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed in accordance with the first embodiment of the present invention is erected,

7 is a perspective view of the multifunctional movable water retaining structure according to the first embodiment of the present invention, in which the lower end of the multifunctional movable water retaining door is opened to form an adiabatic sedimentation sludge discharge passage,

8 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed in accordance with the first embodiment of the present invention is conducted,

9 is a cross-sectional perspective view of an adiabatic sedimentation sludge discharge passage formed at the lower end of a multifunctional movable water storage tank serving as a water purifier and constructed in accordance with the first embodiment of the present invention. Fig. 10 is a cross- It is a perspective view showing a state in which the multi-function movable gate is removed from the multi-function movable gate structure

Fig. 11 is a perspective view showing a multifunctional movable water guiding door in the structure of a multifunctional movable water retaining door serving as a water purifier according to the first embodiment of the present invention, Fig. 12 is a perspective view of a multifunctional movable water guiding door constructed in accordance with the first embodiment of the present invention FIG. 13 is a perspective view showing a state in which the foreign matter inflow blocking bar made by combining with the movable water security door blocks the double-purpose deposited sludge discharge passage. FIG. 13 is a perspective view showing a state where the multifunctional movable water security door FIG. 18 is a perspective view showing a state in which the foreign matter inflow obstruction barrel constructed as shown in FIG. 1 and FIG. FIG. 19 is a cross-sectional perspective view showing a watertight state, and FIG. 19 is a cross-sectional perspective view showing a multi- Conservative a sectional perspective view showing an opened state of the index device coupled door.

[Example 1]

A first embodiment of the present invention constructed in accordance with claim 1 will be described as follows.

After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);

Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);

Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);

Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;

Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);

Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;

Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,

The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,

Figure pat00001
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;

A step of forming a cylinder rod supporting plate member 508 for opening and closing a double-sided ecological passage in the shape of a letter □ at the lower end of the guide frame 501,

The multifunctional movable control gate panel 500 is connected to the combined multifunctional movable control gate panel 500 and the combined multifunctional movable gate panel 500 and the combined ecological passage opening / closing cylinder 509. The multi- Constituting a cylinder rod (503);

Engaging the end portion of the double-sided eco-path opening / closing cylinder rod (503) with the eco-path opening / closing cylinder rod supporting plate (508);

Forming an exponential packing (300) on a front surface of the movable multifunctional movable shield plate (500);

A first leak preventing tuck 891 and a second leak preventing tuck (not shown) are formed in the guide frame 501 so as to prevent leakage of the river water between the double-purpose multifunctional water table 500 and the guide frame 501, And the first protruding protrusion 881 and the second protruding protrusion 880 are formed in the multifunctional movable water conservative door plate 500 and then connected to the cylinder 509 for opening / The multifunctional multifunctional water basin 500 and the guide frame 501 are brought into close contact with each other by adjusting the biosecure passage opening and closing cylinder rod 503 so that the multifunctional multifunctional water basin 500 and the guide frame 501 And preventing leakage of the river water between the water supply unit and the water supply unit;

A process of assembling a foreign matter inflow blocking bar operating cylinder 800 coupled to the cylinder rod 806 and a foreign matter inflow blocking bar operating cylinder bracket 801 on the front face of the left and right guide frames 501;

Coupling the foreign matter inflowing-off-bar frame 802 to the left and right cylinder rods 806;

Forming a foreign matter inflow barring upper and lower operation guides 805 at the lower ends of the left and right guide frames 501;

The foreign matter inlet blocking bar 802 is inserted into the foreign matter inlet blocking bar frame 802 through the foreign matter inlet blocking bar upper and lower operation guides 805,

A step of completing the multifunctional movable control panel 500;

 A total control system (not shown), a water level checker (not shown), and a control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the above-mentioned multi function multifunctional water table 500, The method comprising the steps of: (a) completing a multifunctional movable water gate operation system 700 for use in combination with various devices constituting the multifunctional water gate plate 500 to constitute an adiabatic sedimentation sludge discharge passage 600;

In the multifunctional movable water guiding gate operating system 700, which is constructed as described above, the multifunctional movable water guiding gate operating system 700 is combined with the multifunctional movable water guiding gate operating system 700 described above. The water level checker checks the inflow amount and the volume amount flowing from the upstream of the river in the state where the river water flowing down from the upstream is stored and the full water level is maintained and transmits the total amount of control to the integrated control system, The eco-system passage opening / closing cylinder rod 503, which is elongated when the double-glazed ecological passage opening / closing cylinder rod 503 is coupled with the combined ecological passage opening / closing cylinder 509, opens / closes the double- By the supporting force of the cylinder rod supporting plate 508 for the double- Function movable waterproofing door plate 500 coupled to the cylinder opening / closing cylinder rod 503 is extended to the upper portion of the guide frame 501, and at the lower end of the multi-function movable waterproofing door plate 500, The sludge discharging passage 600 is automatically formed and continuously discharging the contaminated accumulated sludge through the combined sedimentation sludge discharge passage 600 and the inflow amount of the river water flowing from the upstream of the river continuously The movement of animals and plants living in amphibians and river ecosystems, including fishes that are about to move upstream and downstream of the river, through the double-sided sedimentation sludge discharge passage 600, which is opened at any time, (600) which serves to help the sludge sludge discharging passage

The river ecosystem is characterized by a nature-friendly eco-friendly method that purifies contaminated river water by continuously discharging sediment sludge while naturally forming the island by using the multifunctional movable gate operation system 700 for the combined water quality purification. Friendly method of eco-friendly construction that primarily discharges clean water with a heavy weight and naturally cleans contaminated river water

In addition, due to the action of the foreign matter inflow blocking bar 803 formed on the front portion of the multifunctional operation maintenance door 500, foreign substances such as trash are flowed into the dams and reservoirs due to the filtering of foreign substances flowing in from upstream of the river The multifunctional movable water guiding gate operating system 700 for purifying water of the present invention.

[Example 2]

Next, a second embodiment of the present invention constructed in accordance with claim 2 will be described.

FIG. 14 is a front perspective view of a multifunctional operation maintenance door serving as a water quality purifier constructed according to the second embodiment of the present invention.

Concrete is laid on the bottom of the river, and it is installed on the concrete side. It is combined with the water level checker and the comprehensive control system. In an eco-friendly method for purifying polluted river water while naturally forming sedimentary sludge discharge passages and an island

After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);

Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);

Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);

Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;

Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);

Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;

Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,

The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,

Figure pat00002
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;

A process of constructing a first control rod supporting white paper 522 on one side and the other side of the guide frame 501;

A step of constructing a second adjustment pad white paper (521) on one side and the other side of the upper end of the multifunctional movable waterproofing door plate (500);

The first adjustable band 523 and the second adjustable band 525 are arranged in a white shape between the first adjustable band 522 and the second adjustable band 521 so as to facilitate the flow of the first adjustable band 523 and the second adjustable band 525 A process;

 Coupling a vertex at which the first adjustable bar 523 and the second adjustable bar 525 meet by the cylinder rod white paper 528;

Filling the cylinder rod 526 with a cylinder rod 526 coupled with the cylinder rod 528 to form a multifunctional moveable stem plate 500;

A total control system (not shown) and a water level checker (not shown) configured to comprehensively perform remote control and close range control with a CC camera (not shown) while adjusting the multifunctional movable water gate operation system 700 for the double- And the multifunctional movable waterproofing gate plate (500) are coupled to each other to complete a multifunctional movable waterproofing door operating system (700) for dual water quality purification;

The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, The total control system transmitted to the integrated control system by checking the inflow amount and the volume of the cylinder rod 526 that is automatically pulled when the cylinder rod 526 engaged with the left and right operation cylinder 527 is retracted When the multifunctional movable control gate panel 500 is pulled up to the upper portion of the guide frame 501, the multifunctional movable control gate panel 500 The accumulation sludge discharging passage 600 is formed at the lower end of the river, The sewage sludge discharging passage 600 discharges the sewage sludge from the sewage sludge discharging passage 600 to the sewage sludge discharging passage 600, The multi-function movable water gate operation system 700 for natural water purification, which serves to help move the amphibians and the flora and fauna living in the amphibians and river ecosystems including the fishes that are about to move to the upstream and downstream of the river, Friendly environment-friendly eco-friendly method that purifies polluted river water, and eco-friendly eco-friendly method that naturally cleanses contaminated river water by discharging clean river water with a heavy weight while demonstrating its function of restoring river ecosystem The method is presented.

[Example 3]

A third embodiment of the present invention constructed in accordance with claim 3 will now be described.

FIG. 15 is a front perspective view showing a state in which an ecological passage is formed by opening a lower end portion of a multifunctional operation maintenance door serving as a water purifier and constructed in accordance with a third embodiment of the present invention.

Concrete is laid on the bottom of the river and combined with the water level checker and comprehensive control system combined with the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated operation while being installed at the upper part of the concrete, In the eco-friendly method of purifying contaminated river water while naturally forming the sludge discharge passage and the island

After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);

Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);

Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);

Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;

Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);

Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;

Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,

The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,

Figure pat00003
A step of forming an oblique one-side triangular shape and a top-side one having a straight rectangular shape;

A groove 555 is formed in a rectangular shape at one side and the other side of the middle portion of the double acting multifunctional movable waterproofing door plate 500 and connected to the lower portion of the groove 555 by a vertical actuating cylinder base 530 And then assembling the movable multifunctional movable waterproofing door plate 500 together with the movable multifunctional movable waterproofing door plate 500;

Assembling a vertically actuating cylinder 531 coupled with a vertically actuating cylinder rod 532 at an upper portion of the cylinder seat 530;

Forming a cylinder rod coupling plate for vertical operation 533 on one side of the guide frame 501 and a middle middle portion of the other side of the guide frame 501;

A step of combining the cylinder rod coupling plate for vertical operation 533 and the cylinder rod for vertical operation 532 in white to complete the multi-functional movable maintenance plate 500;

A total control system (not shown) and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the above-described multi-function movable control gate plate 500 configured as described above while adjusting the CC camera (Not shown) and a multifunctional operation maintenance door 700 serving as a water purifier are combined to complete a multi-functional operation maintenance operation system 700 for the double-sided sedimentation sludge discharge passage 600.

The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, When the total control system transmitted to the integrated control system checks the inflow amount and the volume amount and controls the vertical operation cylinder rod 526 coupled with the vertically actuating cylinder 531, When the vertically operating cylinder rod 532 exerts the function of pulling the double acting multi-function movable control gate plate 500 coupled to the guide frame 501 to the upper portion of the guide frame 501, The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the artificial multi- The sewage sludge discharging passage 600 discharges the sewage sludge discharged from the sewage sludge discharging passage 600 at a rate higher than the inflow amount of the inflow water from the upper stream of the river. The multifunctional movable water gate operation system 700 (hereinafter, referred to as " multifunctional movable water gate operation system ") 700 for functioning to help move amphibians and animals and plants living in the river ecosystem including the fishes that are about to move upstream and downstream of the river through the dual- ), Which is an eco-friendly eco-friendly method that cleanses contaminated river water while naturally forming an eco-system for restoration of ecosystem. At the same time, Friendly natural environment that naturally purifies Propose a civil engineering law

[Example 4]

A fourth embodiment of the present invention constructed in accordance with claim 4 will now be described.

16 is a front perspective view of a multifunctional operation maintenance door serving as a water quality purifier constructed according to a fourth embodiment of the present invention.

Combined with a water level checker and a comprehensive control system combined with a multi-function maintenance door that is poured on the bottom of the river and installed on the top of the concrete, the side door is opened by the cylinder and the rear door opening system and the water purifier operated by rope operation. In an eco-friendly method for purifying polluted river water while naturally forming sedimentary sludge discharge passages and an island

After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);

Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);

Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);

Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;

Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);

Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;

Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,

The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,

Figure pat00004
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;

A step of forming a cylinder rod coupling plate 556 for upper and lower operation on one side and the other side of the upper side of the universal multifunctional movable waterborne door plate 500;

Forming upper and lower actuating cylinder coupling plates 552 on one side and the other side of the guide frame 501;

Engaging upper and lower actuating cylinders 551 coupled with the upper and lower actuating cylinder rods 553 to the upper and lower actuating cylinder engaging plates 552;

A step of assembling the upper and lower operation cylinder rod 553 and the upper and lower operation cylinder rod coupling plate 556 to complete the artificial multi function movable control door plate 500;

 A combined control system (not shown) and a water level checker (not shown) configured to comprehensively perform close control of the CC camera (not shown) and the remote control while controlling the multi-function movable control panel 500 Thereby completing the multifunctional movable water guiding gate operating system 700 for the double-sided water purification for constituting the dual-purpose sedimentation sludge discharge passage 600;

The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, When the total control system that has been transmitted by transmitting the check result to the integrated control system by checking the amount of inflow and the amount of volume and adjusting the upper and lower operation cylinder rod 553 engaged with the upper and lower operation cylinder 551, The upper and lower operation cylinder rods 553 pulled by the guide frame 501 are pulled up to the upper portion of the guide frame 501 by the operation of the double- The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the artificial multifunctional movable control panel 500 automatically The sewage sludge discharging passage 600 discharges the sewage sludge discharged from the sewage sludge discharging passage 600 at a rate higher than the inflow amount of the inflow water from the upstream of the stream to prevent the pollution of the stream water from being increased, The multifunctional movable water gate operation system 700 for facilitating the movement of amphibians and other flora and fauna living in the river ecosystem including the fish which are going to move upstream and downstream of the river through the sedimentation sludge discharge passage 600, Which is a natural eco-friendly method that cleanses polluted river water while naturally forming Ado island using water, and discharges clean river water with a heavy weight in priority, Natural-friendly " We propose an environmental engineering method.

[Example 5]

Next, a fifth embodiment of the present invention constructed in accordance with claim 5 will be described.

15 is a front perspective view of a multifunctional operation maintenance door serving as a water quality purifier constructed according to the fifth embodiment of the present invention.

Concrete is laid on the bottom of the river and combined with the water level checker and comprehensive control system combined with the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated operation while being installed at the upper part of the concrete, In the eco-friendly method of purifying contaminated river water while naturally forming the sludge discharge passage and the island

A foundation frame 507 for supporting an artificial multi-function movable control panel 500 functioning as a combined drainage sludge discharge passage 600 after dredging a river bottom and installing a foundation concrete 100 is installed in the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A step of forming a ⊂ guide shape frame 501 on one side and the other side of the rotation axis 502;

A step of forming an operation cylinder rod-shaped blank paper 202 for fixing the operation cylinder rod 203 to the rear side of the guide frame 501 in a white state;

Forming a working cylinder blanket (511) on the bottom of the concrete (100);

Bonding the operating cylinder 200 to the operating cylinder blanks 511 with a white paper;

Bonding the cylinder rod 203 coupled with the actuating cylinder 200 to the actuating cylinder rod white paper 202 with a white paper;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

The multi-function movable gate plate 500, which is inserted into the guide frame 501 and serves as the double-sided sedimentation sludge discharge passage 600, has a structure of the lower end 510

Figure pat00005
A step of assembling the multifunctional operation maintenance door 700 serving as a water quality purifier by inserting it into the inside of the guide frame 501,

A process of constructing an opening / closing cylinder rod supporting plate 563 at the upper end of the double acting multi-function movable waterproofing door plate 500 and

Connecting the one side and the other side of the guide frame (501) to form an opening / closing cylinder support (560);

Closing cylinder 561 coupled to a cylinder rod 562 for opening and closing at the lower end of the opening and closing cylinder support 560;

Closing the cylinder rod 562 for opening and closing and the cylinder rod supporting plate 563 for opening and closing to constitute a multifunctional operation maintenance door 700 serving as a water purifier;

(700) which is a water purifier combined with the left and right side hydrological plates for exponent function (not shown in the description as a well-known technique) at one side and the other side of the multifunctional operation maintenance door (700) After completing the river

 A total control system (not shown), a water level checker (not shown) configured to comprehensively perform a remote control and a close-up control with a CC camera (not shown) while adjusting the multi-function operation maintenance door 700 serving as the water purifier, A step of completing an operation system of a multifunctional operation maintenance door 700 serving as a water quality purifier in which an artificial sedimentation sludge discharge passage 600 is formed by combining a multifunctional operation maintenance door 700 serving as a water purifier,

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river Closing cylinder rod 562, which is automatically pulled when the overall control system is transmitted to the integrated control system by checking the volume and transmitting the integrated control system to the integrated control system, when the integrated control system shrinks the opening / closing cylinder rod 562 engaged with the opening / closing cylinder 561 Functioning movable waterproofing door plate (500), which is engaged with the guide frame (501), to the upper portion of the guide frame (501), when the movable multi- (600) is formed at the lower end of the sewage sludge discharge pipe (500) The sludge discharging passage 600 is continuously discharged as much as the inflow amount of the river water so as to prevent the contamination of the river water from being increased and at the same time the adiabatic sediment sludge discharge passage 600, Which is a water purifier and serves to help move amphibians and aquatic ecosystems living in amphibians and river ecosystems, including fishes that are going to move upstream and downstream of the river, Friendly method of eco-friendly method that purifies polluted river water. At the same time, it presents environment-friendly eco-friendly method that naturally cleans polluted river water by preferentially discharging clean river water with heavy weight.

[Example 6]

Next, a sixth embodiment of the present invention constructed in accordance with claim 6 will be described.

The multifunctional movable maintenance gate plate (500) is lifted and lowered to automatically form the double-sided sedimentation sludge discharge passage (600) at the lower end portion of the multifunctional multifunctional movable gate plate (500) Friendly construction method that combines an actuating device for raising and lowering the water pump 500 with a hydraulic actuator to naturally form the fish water and purify the contaminated river water. At the same time, Friendly eco-friendly method of naturally cleansing polluted river water by discharging clean water first

[Example 7]

A seventh embodiment of the present invention constructed in accordance with claim 7 will now be described.

In paragraphs 2, 4 and 5

The multifunctional movable maintenance gate plate (500) is lifted and lowered to automatically form the double-sided sedimentation sludge discharge passage (600) at the lower end portion of the multifunctional multifunctional movable gate plate (500) Friendly construction method that combines an operating device for raising and lowering the water tank 500 with a gear type operating device to naturally form an island and purify contaminated river water, We propose a eco-friendly eco-friendly method that primarily cleanses polluted river water by discharging these heavy clean water first

[Example 8]

An eighth embodiment of the present invention constructed in accordance with claim 8 will now be described.

20 is a perspective view showing a state in which a lower end of a multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with an eighth embodiment of the present invention is closed;

21 is a perspective view showing a state in which a lower end portion of a multifunctional movable water retaining structure serving as a water quality purifier and constructed in accordance with an eighth embodiment of the present invention is opened to form an adiabatic sedimentation sludge discharge passage,

FIG. 22 is an exploded perspective view of a multifunctional movable water gate for use in a water purifier according to an eighth embodiment of the present invention,

23 is a partial perspective view of parts constituted inside the guide frame according to the eighth embodiment of the present invention

Concrete is laid on the bottom of the river and combined with a water level checker and a comprehensive control system to provide a water purifier functioning as a water purifier operated by side opening, rear door opening and rope operation while being installed on concrete. The multifunctional moveable gate plate is constructed in the form of a gin and the material molecules contained in the river water are automatically separated by the action of gravity, so that the river water having a heavy weight is discharged through the discharge passage and the island. In the eco-friendly method of cleaning polluted river water

A foundation block 507 for supporting a multifunctional movable water gate 700 that functions as a combined drainage sludge discharge passage 600 after dredging a river bottom and installing a foundation concrete 100 is installed in the foundation concrete 100, A step of installing the upper part on the upper part;

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A step of forming a ⊂ guide shape frame 501 on one side and the other side of the rotation axis 502;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);

A step of forming an operation cylinder rod-shaped blank paper 202 for fixing the operation cylinder rod 203 to the rear side of the guide frame 501 in a white state;

Forming a working cylinder blanket (511) on the bottom of the concrete (100);

Bonding the operating cylinder 200 to the operating cylinder blanks 511 with a white paper;

Bonding the cylinder rod 203 coupled with the actuating cylinder 200 to the actuating cylinder rod white paper 202 with a white paper;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 inserted into the guide frame 501 and serving as the combined drainage sludge discharge passage 600 is formed in a supersonic shape The other side of the guide frame 501 is formed in the shape of a letter in the opposite direction and inserted into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

The structure of multi-functional movable gate plate (580) is divided into layered layers by the action of gravity by the action of gravity, so that polluted river water with light weight is floated to the upper part and clean river water with heavy weight is combined The multifunctional movable water conservative door plate 580 is continuously formed in an S-shape so as to exert an action of naturally purifying the river water contaminated by the action of the substance-passing action that is preferentially discharged through the lower end of the sludge discharge passage 600, Combining the one side and the other side of the frame (590) to form a multifunctional operation maintenance door (700) serving as a water purifier;

A step of constructing a river water flow guide plate 581 on the front surface of the multifunctional movable water conservation door plate 580;

 A total control system (not shown), a water level checker (not shown) configured to comprehensively perform a remote control and a close-up control with a CC camera (not shown) while adjusting the multi-function operation maintenance door 700 serving as the water purifier, A step of completing an operation system of a multifunctional operation maintenance door 700 serving as a water quality purifier in which an artificial sedimentation sludge discharge passage 600 is formed by combining a multifunctional operation maintenance door 700 serving as a water purifier,

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501 When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 580 to the upper portion of the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 580, The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing from the upstream is continuously performed to prevent the pollution of the river water from being increased, and at the same time, The multi-function operation maintenance door 700 serving as a water purifier and functioning to help move amphibians and aquatic ecosystems living in amphibians and river ecosystems, including fishes that are about to move upstream and downstream of the river through the sludge discharge passage 600, Friendly environment-friendly process that cleanses contaminated river water while naturally forming the natural environment of the river, and at the same time, it forms a natural environment friendly nature that cleanses contaminated river water by preferentially discharging clean river water with a heavy weight. We propose eco-friendly construction method.

[Example 9]

The ninth embodiment of the present invention constructed in accordance with claim 9 will now be described.

In paragraphs 1-7,

The multi-function movable maintenance door 700, which is combined with the electricity generating device 601 coupled with the aerator rotated by the generator and the water hydraulic power, is installed in a stepwise manner over the entire width of the front surface of the river, It is a natural environment friendly eco-friendly method that forms sediment sludge and discharges sediment sludge at all times to purify polluted river water. At the same time, it forms an adobe and always discharges clean river water with a heavy weight. Friendly eco-friendly process that naturally purifies water

[Example 10]

A tenth embodiment of the present invention constructed in accordance with claim 10 will now be described.

The process of dredging rivers with heavy equipment;

A process of maintaining the embankment;

A step of sorting and separating sand, gravel, stone lumps and soil with a sorting machine;

Installing a nonwoven fabric on a bank;

Installing a gabion frame on top of a nonwoven fabric installed in a bank;

Adding gravel and stones selected in the gabbia;

Sewing the Gabion frame;

A step of pouring a foundation abandoned concrete on the entire cross section of the river bottom;

Installing the foundation rest 507 on the front surface of the river;

Placing the foundation concrete (100) around the foundation foundation (507);

Installing the multifunctional movable protector (500) on the entirety of the base rest (507);

Installing a generator on one side of the multifunctional movable gate (500);

Installing a substation on the river bank;

Installing a total control tower having a comprehensive control system for controlling and operating the multifunctional movable gate 500 on a river bank;

Combining the integrated control system with various operation systems combined with the multifunctional movable gate 500;

 Installing electricity-operated forklifts and doners on the river floor;

Installing an electrical actuation conveyor system connecting the river floor to nearby farmland;

Installing a sorting device in the river to select soil, sand, gravel, and stones by electricity;

Installing a phalanx and a phallus which are electrically operated at an end of the electrically operated conveyor system installed in agricultural land;

Storing the river water inside the multifunctional movable gate (500);

A step of continuously generating electricity by operating the generator with stream water flowing upstream of the stream;

The generated electricity is sent to the substation for rectification, and then the rectified electricity is transmitted to the forkläne and the dogger installed in the river to operate the forkläne and the dozer to collect the sand, gravel, soil and stones from the river bottom and the well- Inputting and sorting;

Sand, gravel, soil, and stones are successively stacked on the electromechanical conveyor system and transported to neighboring agricultural lands or hillsides for embedding or laminating;

  A process of flattening the transferred sand, gravel, soil and stones by using electricity and using a crane and a dozer;

When the maintenance of the river is completed according to the planned river width, length and depth by using the self-produced electricity-operated operating system as described above, the multifunctional movable water gate 500 is installed in multiple stages over the whole cross section of the river bottom The power generation system and the river maintenance system constructed by continuously installing the generators coupled with the multifunctional movable gate 500 in a multi-stage manner throughout the river are used to maintain both the whole cross section of the river and the entire river as self-powered Self-sufficiency electricity supply system is used to continuously produce electricity, forming an ecological aquaduct, and at the same time always discharging accumulated sludge to purify contaminated river water, always forming an eco-friendly eco-friendly method At the same time, clean river water with a heavy weight is preferentially discharged, It presents a natural eco-friendly process to purify the naturally shallow water

[Eleventh Embodiment]

An eleventh embodiment constructed in accordance with the eleventh aspect of the present invention will be described.

For multi-function movable gate and all operating gate

Combining the multi-function movable gate 700 with the hydro-electric power generator 601;

A step of forming a heat exchanger (not shown) for converting electricity generated in the hydroelectric power generator 601 into heat;

The heat generated in the heat exchanger is transferred to the multifunctional movable gate 700

Friendly water-pervious eco-friendly method which enhances the water temperature of the river water passing through the multifunctional movable water gate to purify the polluted river water by naturally purifying the contaminated river water, Friendly environment-friendly construction method that naturally cleanses the polluted river water by discharging clean river water with a high weight.

[Twelfth Embodiment]

The following describes the configuration and operation of the twelfth embodiment of the present invention constructed in accordance with claim 12 of the present invention.

24 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier constructed according to the twelfth embodiment of the present invention is closed,

Fig. 25 is a perspective view showing a state in which the lower end of the multi-function movable water retaining door serving as a water quality purifier and constructed in accordance with the twelfth embodiment of the present invention is opened to constitute an adiabatic sedimentation sludge discharge passage,

FIG. 26 is a perspective view showing a state where the multifunctional movable gate and the guide frame, both of which function as a water purifier and constructed according to the twelfth embodiment of the present invention,

Fig. 27 is a perspective view showing a multifunctional movable gate coupled with a multifunctional movable gate in combination with the water purifier according to the twelfth embodiment; Fig.

28 is a cross-sectional exploded perspective view of a multifunctional movable waterproofing waterproofing water purifier according to a twelfth embodiment of the present invention,

FIG. 29 is an exploded perspective view of a guide frame of a multifunctional movable waterproofing structure serving as a water quality purifier constructed in accordance with the twelfth embodiment; FIG.

 A multi-function movable gate 700 functioning as a combined drainage sludge drainage passage 600 after a foundation concrete 100 is laid on the dredged river floor after the river bottom is dredged and both sides of the river are reinforced and reinforced, (507) to support the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

Joining two pairs of guide frames (501) having a ⊂ ⋯ shape on one side and the other side of the rotating shaft (502) with white paper;

A step of forming an operation cylinder rod-shaped blank paper 202 for fixing the operation cylinder rod 203 to the rear side of the guide frame 501 in a white state;

Forming a working cylinder blanket (201) on the bottom of the foundation concrete (100);

Joining the operating cylinder 200 to the operating cylinder blanks 201;

Joining the upper end of the cylinder rod (203) coupled with the actuating cylinder (200) to the actuating cylinder rod white paper (202) by whitening;

And a housing (818) for controlling the combined use sedimentation sludge discharge passage in the shape of a rectangular box in an inner lower portion of the both side guide frames (501);

A step of forming a combined cylinder sludge discharge passage control cylinder attachment portion 821 in the upper portion of the inside of the both side guide frames 501;

Depositing a combined sludge sedimentation sludge discharge passage regulating cylinder (816) at the lower end of the combined sedimentation sludge discharge passage regulating cylinder coupling rod (821) with a cylinder rod (817);

Coupling the end of the cylinder rod 817 and the upper end of the combined sedimentation sludge discharge passage regulating housing 818 using a coupling plate 820;

Fixing a multifunctional movable conveyor supporting sheet 815 in the transverse direction at the lower end of the housing 818 for controlling the adiabatic sedimentation sludge discharge passage;

The multifunctional movable beam adjuster 812, which is composed of two pairs of the multifunctional movable beam 815, is connected to the multifunctional movable beam adjuster 811 at a constant interval in proportion to the length of the stream to store the stream water, (Typically 1 to 2 m in length) to be joined together;

A step of forming a cylinder white spindle 813 at an end of the multifunctional movable beam adjuster 812;

A step of forming a multifunctional movable control panel 599 by combining the multifunctional movable control panel 599 with a white paper;

Configuring a cylinder rod hinge (819) in the upper middle portion of the interior of the multifunctional movable shield plate (599);

A step of constructing a multifunctional movable beam control cylinder 811 coupled with a cylinder rod 810 between the cylinder head stock 813 and the cylinder rod hinge 819;

(The representation of the structure for the exponential sidewall between the guide frame 501 on one side and the other side and the multifunctional movable shield plate 599 is omitted in the description of the structure).

The CC camera (not shown) that photographs and relays the scene where the multi-function movable gate 700 is installed while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and the remote control and the near- (Not shown), a water level checker (not shown), and a multifunctional operation maintenance door 700 serving as a water purifier, and a multifunctional multi-function purifier Completing the operating system of the movable maintenance door 700;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is coupled to the artificial sludge sludge discharge passage regulating cylinder 816, each of which is formed inside the two pairs of guide frames 501 When the cylinder rod 817 automatically pulled when the cylinder rod 817 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 599 to the upper portion of the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 599, The process of continuously discharging the river water and the accumulated sludge through the combined sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream is continuously performed to prevent the pollution of the river water from being increased, The multi-function movable maintenance door 700 serving as a water purifier and serving to help move the amphibians and the flora and fauna living in the river ecosystem including the fish which are about to move to the upstream and downstream of the river through the double-sided sedimentation sludge discharge passage 600 Which is a nature-friendly eco-friendly method that cleanses polluted river water while naturally forming an island, and at the same time forms clean water that is heavily weighted, and naturally purifies polluted river water. Propose eco-friendly construction method that is friendly to nature

[Example 13]

Next, the configuration and operation of claim 13 configured according to the thirteenth embodiment of the present invention will be described.

30 is a perspective view showing a state in which a lower end of a multifunctional movable waterproofing tank serving as a water quality purifier and constructed in accordance with a thirteenth embodiment of the present invention is closed.

31 is a perspective view showing a state in which a lower end portion of a multifunctional movable water retaining structure serving as a water quality purifier and constructed in accordance with a thirteenth embodiment of the present invention is opened to form an adiabatic sedimentation sludge discharge passage,

32 is a perspective view showing a state in which a multifunctional movable protection gate serving as a water purifier and constructed according to a thirteenth embodiment of the present invention is conducted,

33 is an exploded perspective view of a rear portion of a multifunctional movable water storage tank serving as a water quality purifier constructed according to a thirteenth embodiment of the present invention,

FIG. 34 is a perspective view of the multifunctional movable waterproofing structure of the water purifier according to the thirteenth embodiment of the present invention; FIG.

Combined with cc camera, water level checker, total control system and hydraulic control system, multi-function operation maintenance door that is installed on the bottom of the river and installed on the concrete and operated as a side door opening, rear door opening and rope operated water purifier The water molecules contained in the river water are automatically separated by the action of gravity and the river water with a heavy weight is deposited through the discharge channel and the island In the eco-friendly method of purifying water polluted by the discharged material

A foundation block 507 for supporting a multifunctional movable water gate 700 that functions as a combined drainage sludge discharge passage 600 after dredging a river bottom and installing a foundation concrete 100 is installed in the foundation concrete 100, A step of installing the upper part on the upper part;

Installing a rotating shaft (502) on one side and the other side of the base rest (507);

Forming an operation frame 5011 by connecting an operation cylinder chamber 5010 to the other side of the guide frame 501 by combining an I-shape and a letter shape on one side of the rotation shaft 502;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 which is inserted into the guide frame 501 and which functions as a double drainage sludge discharge passage 600 while exhibiting a water storage function, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

When constructing the structure of the multifunctional movable watertight door plate 580, the material molecules constituting the river water are separated into the layer layers by the action of gravity by the action of gravity, so that the polluted river water having a light specific gravity floats upwards and flows into a clean river water The multifunctional movable water shielding door plate 580 is continuously formed in an S-shape so as to exert an action of naturally purifying the river water contaminated by the action of the substance-shaking action which is preferentially discharged through the lower end of the dual- A step of assembling a multifunctional movable shield plate 580 by joining one side and the other side of the rear side of the internal guide frame 590 formed in a shape of a letter;

A step of constructing a river water flow guide plate 581 on the front surface of the multifunctional movable water conservation door plate 580;

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and constituting the double-sided sedimentation sludge discharge passage 600;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302, When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 580 to the upper portion of the guide frame 501, While the adiabatic sedimentation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 580, The sewage sludge discharging passage 600 is continuously discharged by the flow amount of the inflow water from the upper stream of the sewage sludge discharging passage 600 to prevent the contamination of the stream water from being increased, Acts to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the stream through the sedimentation sludge discharge passage 600;

In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly method of eco-friendly method that purifies polluted river water. At the same time, it presents environment-friendly eco-friendly method that naturally cleans polluted river water by preferentially discharging clean river water with heavy weight.

[Example 14]

Next, the constituent elements and actions of the fourteenth claim constructed in accordance with the fourteenth embodiment of the present invention will be described.

35 is a perspective view showing a state in which a lower end of a multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with a fourteenth embodiment of the present invention is closed;

36 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the fourteenth embodiment of the present invention is opened to form an adiabatic sedimentation sludge discharge passage,

FIG. 37 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed according to a fourteenth embodiment of the present invention is conducted.

FIG. 38 is a perspective view explaining each part of a multifunctional movable waterproofing waterproofing water purifier according to a fourteenth embodiment of the present invention. FIG.

After dredging the riverbed and repairing the bank, concrete is laid on the bottom of the river, and the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated type is installed on the concrete, Combined with a comprehensive control system and a hydraulic control system, it forms an umbrella, and at the same time a multi-functional movable control panel is fixed in a curved shape, while a fixed-type double-sided sedimentation sludge discharge passage is formed at the lower end of a multifunctional moving beam. As a result of gravity action, the molecules of the pollutants with low specific gravity float up to the upper part and clean streams with heavy specific gravity Through the sedimentation sludge discharge passage and the island In the environment-friendly method which purifies polluted river water by the material interrupt action which is discharged to the ship

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 which is inserted into the guide frame 501 and which functions as a double drainage sludge discharge passage 600 while exhibiting a water storage function, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

When constructing the structure of the multifunctional movable watertight door plate 595, various substance molecules contained in the river water are separated into layer layers by the action of gravity by the action of gravity, so that the polluted river water having a light specific gravity floats upward, The multifunctional movable water conservation door plate 580 is continuously formed in an S shape so as to exert an action of naturally cleansing the river water contaminated by the effect of the material shaking action that the water streams are preferentially discharged through the lower end portion of the combined use sedimentation sludge discharge passage 600 Forming a multifunctional movable shield plate 595 with one side and the other side of the rear side of the inner guide frame 590 formed in the shape of a letter, and the lower end thereof being opened and fixed;

A step of constructing a river water flow guide plate 581 on the front surface of the multifunctional movable water conservation door plate 580;

Forming an adiabatic sedimentation sludge discharge passage regulating plate (582) for opening and closing the adiabatic sedimentation sludge discharge passage (600) at the front portion of the combined sedimentation sludge discharge passage (600);

Forming a combined use sedimentation sludge discharge passage adjusting cylinder seat (301) on the inner middle portion of the both side guide frames (501);

And a cylinder (585) is coupled to an upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder stand (301) to house a combined sedimentation sludge discharge passage regulating cylinder (583);

A step of forming a manipulation table (586) in a shape of a letter on the upper end of the cylinder rod (585);

A process of joining one side and the other side of the adiabatic sedimentation sludge discharge passage regulating plate 582 to the lower end of the operation platform 586 using a connecting rod 587;

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and configured to open and close the double-sided sedimentation sludge discharge passage 600;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the combined control system is connected to the artificial sludge sludge discharge passage control cylinder 583, which is respectively disposed inside the two pairs of guide frames 501 When the cylinder rod 585, which is automatically pulled when the cylinder rod 585 is retracted, exerts an action of pulling the double-sided sedimentation sludge discharge passage regulating plate 582 to the upper portion of the guide frame 501, When the combined sedimentation sludge discharge passage 600 is opened, The sewage sludge discharging passage 600 is continuously discharged through the combined sedimentation sludge discharging passage 600 to prevent the contamination of the river water from being increased. At the same time, the adiabatic sediment sludge discharge passage 600) to assist in the migration of flora and fauna in amphibians and river ecosystems, including fish that are about to move upstream and downstream of rivers;

In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly method of eco-friendly method that purifies polluted river water. At the same time, it presents environment-friendly eco-friendly method that naturally cleans polluted river water by preferentially discharging clean river water with heavy weight.

[Example 15]

Next, the configuration and operation of the fifteenth embodiment constructed in accordance with the fifteenth embodiment of the present invention will be described.

39 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as the water quality purifier and constructed in accordance with the fifteenth embodiment of the present invention is closed.

40 is a perspective view showing a state in which a lower end portion of a multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with a fifteenth embodiment of the present invention is opened to form an adiabatic sedimentation sludge discharge passage,

41 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water purifier and constructed in accordance with a fifteenth embodiment of the present invention is conducted.

FIG. 42 is a perspective view of parts of a multifunctional movable waterproofing brush serving as a water quality purifier constructed according to a fifteenth embodiment of the present invention; FIG.

After dredging the river bottom and reinforcing the stream bank, concrete is laid on the bottom of the river, and it is installed on the concrete. It is combined with the water purifier operated by the side opening, rear opening and rope operation. System and the hydraulic control system to form an umbrella, and at the same time, a multifunctional movable control panel is formed in a curved shape, so that various substance molecules contained in the river water are automatically separated into a layer by the action of gravity, In the eco-friendly method, the pollutant molecules that are preferentially discharged through the drainage channel and the water stream are pumped up to the upper part of the multifunctional operation maintenance water tank as a water purifier.

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

A structure of one side of the inner guide frame 590 of the multifunctional movable water shielding plate 888 which is inserted into the guide frame 501 and exerts a water storage function while serving as a double sludge sludge discharge passage 600, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

When constructing the structure of the multifunctional movable waterproofing door plate 888, the material molecules constituting the river water are separated into layer layers by the action of gravity by the action of gravity, so that the polluted river water having a light specific gravity floats upwards and flows into a clean river water The multifunctional movable water conservation door plate 888 is formed into an S-shape in the lateral direction so as to exert an action of naturally purifying the river water contaminated by the action of the substance-shaking action, which is preferentially discharged through the lower end of the dual- And forming the shape of the multifunctional movable water shielding plate 888 by connecting one side and the other side of the rear side of the internal guide frame 590,

Forming a plurality of shoelace generating plates 8818 in the lateral direction so that the river water flowing down from the upstream of the river flows down while causing the aeration action to occur in the front part of the multifunctional movable waterproofing door plate 888;

The CC camera (not shown) captures the situation of the multifunctional operation maintenance door 700 serving as the water purifier and controls the multifunctional operation maintenance door 700 serving as the water purifier as described above, (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined with a control system (not shown) 600), which is a water purifier, is completed;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302, When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 888 upward to the guide frame 501, While the adiabatic sedimentation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 888, The sewage sludge discharging passage 600 is continuously discharged by the flow amount of the inflow water from the upper stream of the sewage sludge discharging passage 600 to prevent the contamination of the stream water from being increased, Acts to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the stream through the sedimentation sludge discharge passage 600;

In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly method of eco-friendly method that purifies polluted river water. At the same time, it presents environment-friendly eco-friendly method that naturally cleans polluted river water by preferentially discharging clean river water with heavy weight.

[Example 16]

Next, the configuration and operation of claim 16 constructed in accordance with the sixteenth embodiment of the present invention will be described.

43 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as the water purifier and constructed in accordance with the sixteenth embodiment of the present invention is closed.

44 is a perspective view showing a state in which a lower end portion of a multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the sixteenth embodiment of the present invention is opened to constitute a combined accumulation sludge discharge passage,

45 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality cleaner constructed in accordance with the sixteenth embodiment of the present invention is conducted.

FIG. 46 is a perspective view explaining each part of a multifunctional movable waterproofing joint serving as a water quality purifier and constructed in accordance with a sixteenth embodiment of the present invention,

FIG. 47 is a perspective view of a central part cut-away surface of a multifunctional movable waterproofing door plate according to a sixteenth embodiment of the present invention,

FIG. 48 is a view showing an operation state in which the multifunctional movable water leveling door constructed in accordance with the sixteenth embodiment of the present invention is lifted upwards and the clean water having a heavy specific weight is preferentially discharged through the low level water discharge passage formed in the multifunctional movable water leveling plate Illustrated

Sectional view of the central part of the multi-function movable control panel.

To support a multifunctional movable water gate 700 functioning as a combined drainage sludge discharge passage and a low-layer water discharge passage 602 after a foundation concrete 100 is laid on the bottom of the river after dredging the river bottom and repairing the bank Installing a foundation rest 507 on the foundation concrete 100;

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

Forming a lower end horizontal frame 899 by connecting one side of the operation frame 5011 and the lower end of the other side;

Forming a lateral packing (330) for exponent on the lower side transverse frame (899);

Forming a lower layer water discharge passage adjusting partition 898 in the upper middle of the lower end horizontal frame 899;

A step of assembling a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

(Not shown), which is inserted into the guide frame 501 and serves as a double sludge discharge passage and a low-level water discharge passage 602, The guide frame 590 is formed in a shape of a letter shape and the other side of the guide frame 590 is formed in a shape of a letter in the opposite direction and inserted into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

When constructing the structure of the multifunctional movable water shielding plate 999 by connecting one side and the other side of the inner guide frame 590, the molecules of the water constituting the river water are divided into layer layers by the action of gravity by the action of gravity, The lightly polluted river water is floated upward and clean river water having a large specific gravity passes through the combined sedimentation sludge discharge passage and the lower end of the low water discharge passage 602 and thereafter flows into the low water discharge passage 991 and the bottom discharge passage 997, Function movable watertight door plate 999 that exerts an action of naturally purifying the river water contaminated by the action of the substance-shunting operation discharged through the water supply pipe 992, the internal shape of the multi-function movable water shielding door plate 999 is constituted by a one- ;

A plurality of inner frames 995 formed in a U-shape on the upper portion of the support plate 991 are inserted into the support plate 991 in the form of a trust 996 at a predetermined interval in the central portion of the support plate 991, );

A bottom water inlet passage 993 is formed in a front portion of the support plate 991 and a bottom water outlet 997 is formed in an upper portion and a low water outlet passage 992 is formed in a rear portion of the support plate 991, To the inner frame 995

 Connecting the multifunctional movable shield plate 999 to one side and the other side of the internal guide frame 590;

And a water level sensor 997 is provided on the upper part of the tundish jaw 997 so as to serve as an air inlet and a fountain block so that the river water stored during drought through the low water discharge passage 992 is discharged by the action of gravity, (Not shown) in the multifunctional movable shield plate 999;

The CC camera (not shown) captures the situation of the multifunctional operation maintenance door 700 serving as the water purifier and controls the multifunctional operation maintenance door 700 serving as the water purifier as described above, (Not shown), a hydraulic control system (not shown) and a water level checker (not shown), which are configured to comprehensively perform remote control and near-field control, Completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and constituting the low water discharge passage 602;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302, When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 999 to the upper portion of the guide frame 501, The movable sludge sludge discharge passage and the low-layer water discharge passage (60 2) is formed, the process of continuously discharging the river water through the discharge channel of the combined use sedimentation sludge discharge passage and the discharge passage 602 of the low-level water by the inflow amount of the river water flowing upstream of the river is continuously performed to increase the pollution of the river water. (602), which are open at any time and at the same time, to facilitate the movement of amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, And to restore the < RTI ID = 0.0 >

When it is necessary to continuously generate the action of naturally purifying the polluted river water in a state where the inflow water of the inflow water from the upstream of the stream is small or the constant amount of the inflow water is stored at all times, the water purifier- When the cylinder rod 303 engaged with the integrated control system and the hydraulic control system is slightly contracted in a state in which the combined accumulation sludge discharge passage and the low water discharge passage 602 formed at the lower end of the integrated control system and the hydraulic control system are closed The lower end portion of the multifunctional movable waterproofing door plate 999 rising at the same time is positioned at an upper end portion of the end portion of the lower water discharge passage adjusting partition 898 at which the upper end portion ends and a lower end portion of the multi- By slightly lifting the multifunctional movable shield plate 999 so as to overlap overlappingly, The clean water flows through the bottom water inflow passage 993 and the bottom water discharge passage 992 through the bottom water inflow passage 993 to remove the contaminated river water having a light specific gravity, And the water is purged naturally. In addition, in the multifunctional operation maintenance door 700 serving as the water purifier, the water flowing down from the upstream of the river is stored and the water level is maintained. And the water level checker checks that the river water flowing in more than the inflow amount and the volume amount flowing down from the upstream of the river is sent to the integrated control system and sends the integrated control system to the hydraulic control system The operation cylinder 230 which is coupled is actuated, The movable cylinder chamber 5010 coupled with the cylinder 230 and the multifunctional movable waterproofing door plate 999 are guided in the downstream direction of the river so that the water stored in the multifunctional movable maintenance door 700 serving as the water purifier, The water level checker automatically checks the water level when the flood is over and the flow phenomenon of the general river water is maintained, checks the predetermined water level state, and transmits the water level to the integrated control system The integrated control system activates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended to stand the multifunctional operation maintenance door 700 serving as the water purifier, Function maintenance repair door 700, which is configured to hold the water purifier, Friendly form of eco-friendly method that cleanses polluted river water while naturally forming an island, and at the same time, it forms natural eco-friendly natural environment that cleanses contaminated river water by preferentially discharging clean water with a heavy weight. Friendly environment.

[Example 17]

The following description is made with reference to the accompanying drawings, in which: FIG. 1 is a perspective view of a multi-function movable guard door according to an embodiment of the present invention; FIG. 17 will be described.

49 shows a state in which an operation device for injecting hydraulic pressure, pneumatic pressure or hydraulic pressure into a cylinder for uprising or conducting the multifunctional movable gate constructed according to each embodiment of the present invention and a piping line are combined It is a perspective,

FIG. 50 is a partial perspective view showing an operating device and a piping line disassembled in accordance with the embodiment of the present invention, in which an oil pressure, an air pressure, or a water pressure is injected into a cylinder for rising or lowering the multifunctional movable gate.

The total control system applied to each embodiment of the present invention, the pressure line coupled with the cylinder combined with the hydraulic control system, and the piping line coupled with the cylinder composed of the combination of the white pad and the pressure- In an eco-friendly method of naturally purifying contaminated river water

Constructing two pairs of cylinder brackets (233) at the front portion of the base rest (507);

 Constructing a first pipe line (280) for transmitting hydraulic pressure, pneumatic pressure or water pressure to the foundation concrete (100);

Coupling one side of the first piping line 280 with a hydraulic control system (not shown);

Coupling a support rod (295) to the lower end of the cylinder (230);

Forming a vertical pipe hole (292) in the support rod (295);

A step of forming a working cylinder white spindle 235 from one side and the other side of the lower end of the support rod 295 at the center;

Forming a transverse pipe hole (293) up to an inner central portion of the actuating cylinder white spindle (235);

Forming a plurality of hydraulic packing fittings (290) on one side of the lateral pipe holes (293);

A cylinder bracket coupling jaw (291) so that one side and the other side of the actuating cylinder white support shaft (235) are sandwiched by the cylinder bracket (233) so as to engage with the cylinder bracket coupling jaw (291);

Forming a coupling bolt (289) for preventing a second coupling pipe from being detached from a side of the coupling jaw (291);

Coupling the pressure packing (288) to the hydraulic packing fitting portion (290);

Forming a second coupling pipe (287) which is sandwiched between the horizontal pipe holes (293) and transmits hydraulic pressure, pneumatic pressure or hydraulic pressure;

A step of forming a separation preventing jaw 286 at an intermediate portion of the second coupling pipe 287;

Forming a pipe line coupling bolt (283) on one side of the second coupling pipe (287);

Coupling the second coupling pipe (287) through the pressure packing (288) to the transverse pipe hole (293);

Preparing a horizontal pipe hole sealing cap 282 having a nut 285 at the other side;

Inserting the cylinder bracket coupling step (291) into the cylinder bracket (233), thereby bonding the cylinder bracket to the cylinder bracket (233);

The second coupling pipe 287 inserted into the horizontal pipe hole 293 and the pressure packing 288 are connected to each other by using the second coupling pipe deviation preventing bolt 289 and the horizontal pipe hole sealing cap 282 So as not to be separated from the horizontal pipe hole (293);

Connecting an elbow (281) having a nut to one side of the first piping line (280);

Using the pipe line coupling bolt (283) formed at one side of the elbow (281) and the second coupling pipe (287);

When the multifunctional movable water guiding door 700 functions to stand up or close so that sand, pebbles and foreign substances flowing from the upstream of the river do not damage the cylinder 230 and the first piping lines 280, The elbow 281 and the first piping line 280 are fixed to each other so that the rotational action of the cylinder bracket coupling jaw 291 and the second coupling pipe 287 and the pressure discharge blocking generated by the pressure packing 288 (230) configured to be able to move up or down while freely rotating the actuating cylinder (230) by the action of the first pipe line (280) and the multi-function movable guard door 700) is used to naturally form the island, while naturally purifying contaminated river water, which is characterized by an eco-friendly construction method, and at the same time, It presents a natural eco-friendly process to purify the contaminated river water to the shallow water preferentially discharged naturally.

[Example 18]

Next, the configuration and operation of claim 18 configured according to the eighteenth embodiment of the present invention will be described.

Fig. 51 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the eighteenth embodiment of the present invention is closed.

FIG. 52 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the eighteenth embodiment of the present invention is opened to constitute an adiabatic sedimentation sludge discharge passage. FIG. And FIG. 54 is a perspective view of the multifunctional movable waterproofing structure of the water purifier according to the eighteenth embodiment of the present invention, in which parts of the multifunctional movable waterproof door are detached.

A foundation for supporting the multifunctional movable water guiding door 700 that functions as a combined drainage sludge phase and a lower drainage passageway 9901 after laying a foundation concrete 100 on a river bottom after dredging a river bottom, (507) on the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

A process of constructing an adiabatic sedimentation sludge discharge passage regulating guide plate 9902 composed of two layers by connecting one side of the guide frame 501 combined with the operation frame 5011 and the lower end of the other side, ;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

A coupling plate 305 is formed at an upper end of the cylinder rod 303 to engage with an upper coupling plate 306 formed at an upper end of the inner guide frame 590;

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

One side structure of the internal guide frame 590 for driving the multifunctional movable beam control panel 9900 in the upward and downward directions is formed in a supporter shape and the other side structure is formed in a shape of a letter in the opposite direction;

When the multifunctional movable water conservation door plate 9900 is assembled between the guide frames 590, the upper end portion is formed in the form of a plate material. At the lower end portion, material molecules constituting the river water are separated into layer layers The polluted river water which is light in weight is raised to the upper part, and clean river water having a heavy weight is discharged through the combined discharge sedimentation sludge phase and the lower layer discharge passage (9901) A two-layer structure of a rectangle having a width in the horizontal direction so as to exhibit a two-layer structure of a square;

Attaching the exponential packing (300) to the front portion of the inner guide frame (590);

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and the lower-layer discharge passage 9901 constituting the combined-use sedimentation sludge phase and the lower-layer discharge passage 9901;

In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302, When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable gate 9900 to the upper portion of the guide frame 501, And the guide plate 9902 for adjusting the adiabatic sedimentation sludge discharge passage, And the lower layer discharge passage 9901 is opened so that the river water is always discharged through the combined discharge accumulated sludge phase and the lower discharge passage 9901 by the inflow amount of the river water flowing upstream of the river And the polluted river water which is light in weight due to the action of gravity is discharged to the upper discharge port and the clean river water having a heavy specific weight is discharged through the lower discharge port to prevent the pollution of the river water from being increased due to the action of dilution with each other (9901) through which the amphibians and the amphibians living in the river ecosystem, including the fish which are about to move upstream and downstream of the river, are moved, Along with exercising its action;

In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) The operation process for draining the river water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier to the downstream direction of the river by conducting the operation frame 5011 coupled with the cylinder 230 in the downstream direction of the river Continuously, the flood is over and the flow of general river water is maintained The integrated control system activates the hydraulic control system so that the hydraulic control system can be operated so that the hydraulic pressure in the hydraulic cylinder of the operation cylinder 230, Functioning maintenance door 700 serving as a water purifier for maintaining the water storage state by standing up the multifunctional operation maintenance door 700 serving as the water purifier as the rod 231 is elongated, Friendly environment-friendly construction method that cleanses the river water, and at the same time, suggests environment-friendly eco-friendly construction method that naturally cleanses polluted river water by discharging clean river water with a heavy weight.

Even when two or more of the double-sided sedimentation sludge and lower layer discharge passage 9901 constructed in accordance with the eighteenth embodiment of the present invention are constructed in the multifunctional movable water gate, the action and effect of the present invention It is to be understood that such design changes are also within the scope of the present invention.

[Example 19]

The construction and action of claim 19 configured according to the nineteenth embodiment of the present invention will be described below.

FIG. 55 is a cross-sectional perspective view showing a multifunctional movable water guiding door constructed in accordance with the nineteenth embodiment of the present invention, which is installed in a state of being inclined in the upstream direction of a river.

In the installation method for installing the multifunctional movable gate according to each embodiment of the present invention

When the multifunctional movable water guiding door 700 stands up and stores water

The weed and foreign matter mixed and flowing in the upper stream of the river flows through the combined sedimentation sludge discharge passage 600 formed at the lower end of the multifunctional movable gate 700 or the combined sedimentation sludge phase and lower layer discharge passage 9401 so as not to be caught by the double-sided sedimentation sludge discharge passage 600 or the double-sided sedimentation sludge phase and the lower-layer discharge passage 9901 formed at the lower end of the multifunctional movable gate 700, The rising water level of the movable water guard door 700 is set to be inverted in the upstream direction of the river to clean the polluted river water while naturally forming the fishing water. Restoration of natural ecosystem by using an island that restores river ecosystem while naturally cleansing river water That presents a natural eco-friendly method.

When the standing angle of the multifunctional movable water retaining structure constructed as described above is set up in a reverse slope in the upstream direction of the river, the adiabatic sedimentation sludge discharge passage 600 formed at the lower end of the multifunctional movable water guiding door 700, The combined waste sedimentation sludge and the lower stream discharge passage 9901, the vinyls and the weeds are discharged in the downstream direction of the river due to the water pressure of the river water, as well as the waste mixed with the river water, .

 The installation angle of all the multifunctional movable security doors constructed in accordance with the respective embodiments of the present invention is not particularly limited.

This is because the installation angle can be changed according to the situation of the river.

That is, the lower end of the multifunctional movable water storage tank is installed in the lower end portion of the river with a whitish paper, and the upper end portion thereof is installed in an inverted slope in the upstream direction of the river to form the adiabatic sedimentation sludge discharge passage 600, And a method of installing a multifunctional operation maintenance door for preventing foreign matter such as waste from being stacked on the combined discharge accumulated sludge phase and lower discharge passage 9901.

[Example 20]

Next, a description will be given of the twentieth aspect constructed in accordance with the twentieth embodiment of the present invention

FIG. 56 is a perspective view showing a state in which a multi-function movable maintenance door operating system, which is a water quality purifier in accordance with a twentieth embodiment of the present invention,

57 is a partial perspective view showing a state in which the multifunctional operation maintenance door operating system serving as a water quality purifier constructed according to the 20th embodiment of the present invention is turned on,

FIG. 58 is a schematic view of a multifunctional maintenance door operating system that serves as a water purifier and serves as a water purification purifier for exerting a material-squeezing action for preferentially discharging clean river water having a high specific gravity through a lower end portion of a multifunctional operation maintenance door operating system, Fig. 6 is a partial perspective view showing a state in which the system is floated,

59 is a partial perspective view showing major constituent parts including a cylinder combined with a water purifier and multi-function movable maintenance operating system configured according to a twentieth embodiment of the present invention,

60 is a partial perspective view of an intermediate multi-function movable maintenance door used for constructing a multifunctional operation maintenance door operating system serving as a water quality purifier constructed according to the 20th embodiment of the present invention,

61 is a view illustrating a process of constructing an intermediate multifunctional operation maintenance door 9932 by coupling one side and the other side of the multifunctional movable control gate plate 9881 of the present invention in the form of a housing 9880;

Constructing a white bracket 9953 on top of the intermediate multifunctional operation maintenance door 9932;

Forming a white shaft 9952 on the white paper bracket 9953;

A step of forming a stop bracket 9955 for preventing bending in the front part of the white paper bracket 9953;

Forming a roller (9960) on one side and the other side of the lower end of the intermediate movable protection gate (9932);

Preparing a plurality of intermediate multi-function movable maintenance doors 9932 configured as described above;

A plurality of the multifunctional operation maintenance doors 9932 are installed between the multifunctional operation maintenance doors 700 serving as the first and second stage water purifiers and installed in a diagonal direction so as to be collected in one direction and;

Preparing an operation link 9931 for connecting the upper portion of the multifunctional movable waterproofing door plate 580 and the upper end of the intermediate multi-function movable maintenance door 9932 by whitening;

The white support shaft 9952 formed on the upper portion of the multifunctional movable support plate 580 and the white support shaft 9952 formed on the upper portion of the intermediate multifunctional operation maintenance door 9932 are connected to each other using the operation link 9931 A process of binding the white surface;

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing a multi-function operation maintenance door operating system 800 which is a water purifier and constituted of two combined sedimentation sludge discharge passages 600 and 660;

The water level checker flows down from the upper stream of the river in the state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 800 serving as the water purifier as described above and the full water level is maintained The integrated control system is transmitted to the integrated control system by checking the amount of inflow and the volume of the sludge, and the integrated control system is installed inside the two pairs of guide frames 501, The cylinder rod 303 which is automatically pulled when the cylinder rod 303 is engaged is connected to the multifunctional movable waterproofing door plate 580 and the operation rod 9931 ) To the upper portion of the guide frame 501, The combined use multi-function movable maintenance door 700 and the intermediate multi-function movable maintenance door 9932 are formed at the lower ends thereof with the combined accumulation sludge discharge passages 600 and 660. The combined discharge sludge discharging passages 600 and 660 are formed by the inflow amount of the river water flowing upstream of the stream, The process of continuously discharging the river water through the passages 600 and 660 is continuously performed to prevent the pollution of the river water from being increased and at the same time, And to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move;

The multifunctional movable waterproofing door plate 580 and the intermediate multifunctional operation maintenance door 9932 are floated so as to be lifted up to the lower end of the multifunctional movable waterproofing door plate 580 and the intermediate multifunctional operation maintenance door 9932, When the passage (600,660) is formed, the waste streams flowing with the river water mixed with the river water and the polluted river water having a specific gravity are pushed by the clean river water having a heavy weight, The garbage collected after collecting by using the primary collecting jaw 9950 and the primary collecting bin 9939 formed on the side of the door 700 and the intermediate multifunctional operation maintenance door 9932, Treating the pollutant stream water with a process of treating the light harmful material molecules with a separate treatment device;

The collecting passage 9937, the multi-stage overflow jaw 9936, and the secondary collecting jaw 9932, which are formed on the sides of the multifunctional operation maintenance door 700 serving as the two-stage water purifier and the plurality of intermediate multi- The process of collecting waste materials with light specific gravity and light specific hazardous substances by using container 9938 and then collecting collected waste materials and light hazardous material molecules using a separate processing device To clean the polluted stream water using the same method;

In the multifunctional maintenance repair door operating system 800 serving as the water purifier, a river water flowing down from the upstream of the river is stored and the water level is maintained while the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operation cylinder 230 is conducted in the downstream direction of the river to be stored in the multifunctional operation maintenance door 700 serving as the water purifier and the intermediate multi-function operation maintenance door 9932 The operation of draining the river water downstream of the river is performed continuously The integrated control system activates the hydraulic control system to check the level of the water level, which is automatically checked when the water level is maintained and the general stream water flow phenomenon is maintained, Functioning maintenance door 700 and the intermediate multifunctional operation maintenance door 9932 as the water purifier is extended while the operation cylinder rod 231 coupled to the water purifier 230 is extended to maintain the water storage state A multi-functional water purifier that combines a multi-functional operation maintenance system (800) with a natural-friendly eco-friendly method that cleanses polluted river water while naturally forming the sea water. To restore the river ecosystem Friendly eco-friendly method that restores natural ecosystems.

[Example 21]

Next, the twenty-first aspect of the present invention will be described.

FIG. 63 is a perspective view showing a state in which a multi-function movable maintenance door operating system, which is a water quality purifier in accordance with the 21st embodiment of the present invention,

FIG. 64 is a partial perspective view showing a state in which a multi-function movable maintenance door operating system serving as a water quality purifier constructed according to the 21st embodiment of the present invention is turned on,

FIG. 65 is a block diagram of a multifunctional movable cleaner according to a twenty-first embodiment of the present invention; FIG. 65 is a cross- Fig. 6 is a partial perspective view showing a state in which the hydrologic operation system is floated,

FIG. 66 is a partial perspective view showing major constituent parts including a cylinder combined with a water purifier and multi-function movable maintenance operating system constructed in accordance with the twenty first embodiment of the present invention,

FIG. 67 is a perspective view of a movable control gate panel constructed in accordance with a 21st embodiment of the present invention, FIG. 68 is a perspective view of an intermediate multi-function movable maintenance door constructed in accordance with the 21st embodiment of the present invention,

69 is an exploded perspective view of an intermediate multi-function movable maintenance door constructed according to the 21st embodiment of the present invention.

A basin for supporting a multifunctional movable water gate 700 serving as a water purifier for exerting a function of a combined sludge sludge discharge passage 600 after installing a foundation concrete 100 on the bottom of a river after dredging a river bottom and repairing the bank (507) on the foundation concrete (100);

Constructing an exponential wall (9930) on one side of the foundation concrete (100);

At the other side of the foundation concrete 100, a collecting passage 9937 for collecting hazardous material molecules having a small specific gravity, a multi-stage overflow jaw 9936, a multi-stage stream water mixing jaw 9935 and a primary collecting jaw 9950 And forming an exponential wall (9930);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

The structure of one side of the inner guide frame 590 of the movable beam guide plate 1000 which is inserted into the guide frame 501 and which functions as a double sludge discharge channel 600 is shown in Fig. And the other side of the guide frame 501 is formed in the shape of a letter in the opposite direction and inserted into the guide frame 501;

A step of assembling the movable beam control panel 1000 between the two pairs of guide frames 501;

A step of assembling a frame plate 1001 to the rear of the movable maintenance panel 1000;

A step of constructing a white paper bracket 9953 on the movable beam control panel 1000;

And a white shaft 9952 is formed on the white paper bracket 9953 to complete a multifunctional movable water gate 700 serving as a water purifier.

Installing the multi-function movable maintenance door 700, which serves as the water purifier, in a diagonal direction in a single step at a downstream portion of the foundation concrete 100 and the exponential wall 9930 constructed as described above;

A step of constructing a secondary collecting bin 9938 for collecting harmful material molecules and waste materials having a small specific gravity on the other side of the multifunctional operation maintenance door 700 serving as the first-stage water purifier;

(Not shown) coupled to a control valve (not shown) on one side of the collecting cylinder 9938;

 Installing a multifunctional operation maintenance door (700) diagonally in two stages at the upstream portion of the foundation concrete (100) and the exponential wall (9930) which are spaced apart from each other at regular intervals in a river;

A step of constructing a primary collecting box 9939 for collecting harmful material molecules and garbage having a small specific gravity on the other side of the multi-function movable maintenance door 700 serving as the two-stage water purifier and the other side of the exponent wall 9930;

A plurality of river water moving passages 1002 are formed in a material input box 1003, one side of which is formed in a shape of a letter shape and the other side is in a letter shape;

Forming a coupling divider (1005) in the middle of the material input box (1003);

Loading a water purification material (1110) exhibiting a water purification function while purifying contaminated river water in the material input box (1003);

(The water purification material exhibiting the function of purifying the water introduced into the material input box can be used by using one material or by mixing two or more materials. Therefore, waste concrete or sand gravel or silica A membrane made of minerals such as volcanic rock or limestone, or a material made of a plant such as charcoal or wood, or a periodic introduction of microorganisms or an EM ball processed by adding microorganisms, Or chemical fiber, such as cashmere, all mineral substances present on the earth, all vegetable substances, all petroleum substances and all processed products can be injected to purify contaminated river water. )

Forming an intermediate multi-function movable maintenance door (1006) by coupling the material input box (1003) composed of two pairs in an enclosure form;

Constructing a white bracket (9953) on top of the intermediate multi-function movable maintenance door (1006);

Forming a white shaft 9952 on the white paper bracket 9953;

A step of forming a stop bracket 9955 for preventing bending in the front part of the white paper bracket 9953;

Constructing a roller (9960) on one side and the other side of the lower end of the intermediate multifunctional movable security gate (1006);

Preparing a plurality of intermediate multi-function movable maintenance doors 1006 as described above;

When a plurality of the multifunctional operation maintenance doors 1006 are installed between the multifunctional operation maintenance doors 700 serving as the first and second stage water purifiers, when the stream water flows down, the multifunctional operation maintenance doors 1006 are installed diagonally ;

Preparing an operation link 9931 for connecting the upper portion of the movable water conservation door plate 1000 and the upper end of the intermediate multi-function movable maintenance door 1006 by whitening;

The white support shaft 9952 constituting the upper part of the movable support gate plate 1000 and the white support shaft 9952 constituting the upper part of the movable support door 1000 are connected to each other by using the operation link 9931, A process;

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 2000 serving as a water quality purifier constituting the combined accumulation sludge discharge passages 600 and 660;

The water level checker flows down from the upper stream of the river in a state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 2000 serving as the water purifier as described above and the high water level is maintained And the total control system transmitted to the integrated control system (not shown) is installed in the interior of the two pairs of guide frames 501, The cylinder rod 303 that is automatically pulled when the cylinder rod 303 is engaged with the cylinder block 302 is engaged with the movable control gate plate 1000 and the intermediate multi-function movable maintenance door 1006, When the action of pulling the connection frame 9931 to the upper portion of the guide frame 501 is exerted, The combined use accumulated sludge discharge passages 600 and 660 are formed at the lower end of the door plate 1000 and the intermediate multifunctional operation maintenance door 1006. The combined discharge accumulated sludge discharge passages 600 and 660 are formed by the inflow amount of the river water flowing upstream of the river, And the water quality purification materials 1110 inserted into the interior of the intermediate multi-function movable maintenance door 1006, the natural water Thereby preventing the contamination of the river water from being increased. At the same time, it is moved to upstream and downstream of the river through the double-sided sedimentation sludge discharge passage 600-660 which is opened at any time. Helps to move animals and animals living in amphibians and river ecosystems, including fish, With also acting to prevent a phenomenon in which thousands ecosystem is destroyed;

The movable water conservation door plate 1000 and the intermediate multifunctional operation maintenance door 1006 float up to the lower end of the movable water conservation door plate 1000 and the intermediate multi-function movable maintenance door 1006, 600,660), it is mixed with the river water, and the garbage flowing down along with the river water and the polluted river water having a specific gravity are pushed by the clean river water having a heavy weight, and the multi-function maintenance maintenance door Collecting pollutants and garbage having a small specific gravity by using the primary collecting jaw 9950 and the primary collecting jar 9939 formed on the side of the intermediate multifunctional operation maintenance door 1006 The polluted river water is cleaned by using the process of collecting collected garbage and lighter hazardous material molecules by using separate processing device. To;

The collecting passage 9937, the multi-stage overflow jaw 9936, and the secondary collecting jaw 9936 formed on the sides of the multifunctional operation maintenance door 700, which serves as the two-stage water purifier, The process of collecting waste materials with light specific gravity and light specific hazardous substances by using container 9938 and then collecting collected waste materials and light hazardous material molecules using a separate processing device To clean the polluted stream water using the same method;

In the multifunctional operation maintenance door operating system 2000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the high water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operating cylinder 230 is conducted in the downstream direction of the river to be stored in the multifunctional operation maintenance door 700 serving as the water purifier and the intermediate multi-function movable maintenance door 1006 The operation of draining the river water downstream of the river is performed continuously The integrated control system activates the hydraulic control system to check the level of the water level, which is automatically checked when the water level is maintained and the general stream water flow phenomenon is maintained, The multifunctional operation maintenance door 700 and the intermediate multifunctional operation maintenance door 1006 are maintained in a state of being maintained in a water storage state while the operation cylinder rod 231 coupled to the water purifier 230 is extended, It is a water purification system that uses natural water to purify contaminated river water by naturally purifying polluted river water using environment-friendly multi-function maintenance repair door operating system (2000) Construct an island that restores the ecosystem. It presents a natural eco-friendly method by which to restore the ecosystem.

The above-mentioned objects and advantages of the present invention will become apparent from the following description of the preferred embodiments of the present invention with reference to the accompanying drawings, in which: FIG. 1 is a perspective view showing an embodiment of the present invention; Of all mineral substances, all vegetable substances, all petroleum substances and all the processed products, such as a membrane made of a fiber or a chemical fiber, cashmere, or the like, to purify contaminated river water It is possible to change the configuration of the water purifier as much as possible so that the contractor can change the shape of the material to be supplied to the water purification system constituted by changing the water purification theory proposed in the present invention or modify the properties of the material by processing the material Of the present invention fall within the scope of the present invention.

In addition, since the shape of the material box to which the present invention is applied can be variously changed, it is natural that all of the configurations that differ from the shape of the material input box belong to the scope of the present invention.

[Example 22]

The following will describe the twenty-second aspect constructed in accordance with the twenty-second embodiment of the present invention.

70 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier and constructed in accordance with the twenty second embodiment of the present invention is erected,

71 is a perspective view showing a state in which a multifunctional movable protection gate serving as a water purifier and constructed in accordance with the twenty second embodiment of the present invention is conducted,

72 is a perspective view showing a state in which the lower end of the multifunctional movable water retaining door serving as the water quality purifier and constructed in accordance with the twenty second embodiment of the present invention is opened to constitute the double-

73 is an exploded perspective view of a multifunctional movable waterproof gate constructed in accordance with a twenty-second embodiment of the present invention,

74 is an exploded perspective view of a hydrologic operation device used for conducting or rising a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-second embodiment of the present invention,

75 is an exploded perspective view of a double-sided sludge discharge channel operating device used for opening or closing an adiabatic accumulated sludge discharge passage formed at the lower end of a multifunctional movable water storage tank, which is a water quality purifier in accordance with the twenty second embodiment of the present invention, FIG.

After the river bottom is dredged and the bank is repaired, a multi-function maintenance and repair door operation frame 11000 functioning as a combined accumulation sludge discharge passage 600 is installed after the foundation concrete 1510 is laid down on the bottom of the river in a downstream direction (5070) on the foundation concrete (1510);

Installing two pairs of support plates (5880) on one side and the other side of the base rest (5070);

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Forming two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder 12020 to the lower end of the movable beam opening / closing operation cylinder 12033;

Coupling the cylinder rod 12032 to the movable beam opening / closing operation cylinder 12033;

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing the cylinder rod white paper bracket 12010 to the one movable boom operation support shaft 12022 and the upper end of the other movable boom operation support shaft 12009;

Completing a multifunctional operation maintenance door operation frame 11000 by bonding a cylinder rod shaft 12011 formed at an upper end of the cylinder 12032 to the cylinder rod white paper bracket 12010 in white;

 (The movable beam gate plate 12000 is bent using a plate material bent in a shape of a letter)

; ≪ / RTI >

Coupling the frame plate 12001 to the rear surface of the multifunctional movable mirror plate 12000 (2000);

A step of assembling a first adjustment cylinder protector 12028 to the movable waterproofing door plate 12000 at one side and the other side of the multifunctional movable waterproofing door plate 12000;

Engaging a second adjusting cylinder protector 12006 constituting a movable upper and lower operation plate 12002 at one side and the other end of the multifunctional movable protection plate 12000;

Forming a cylinder rod white shaft 12021 for controlling the combined accumulation sludge discharge passage 600 at the upper end of the second adjusting cylinder protector 12006;

 The method comprising the steps of: constructing a cylinder whitening support plate 12007 for controlling the combined use sedimentation sludge discharge passage 600 at one side and the other side of the multifunctional movable water conservation door plate 12000;

A step of forming a control cylinder whitening shaft 12008 at the lower end of the control cylinder wht support plate 12007 and coupling the control cylinder wht support shaft to one side and the other side of the multifunctional movable control plate 12000;

A cylinder rod 12020 for controlling the accumulation sludge discharge passage and a lower end of the cylinder 12030 for controlling the sludge accumulation sludge discharge passage combined with the cylinder rod white support case 12005 are connected to the control cylinder white spindle 12008, ;

Coupling the cylinder rod white spindle (12005) formed at the upper end of the regulating cylinder rod white spindle (12021) and the regulating cylinder rod (12020) with white bonds;

Closing the cylinder upper and lower operation frame (5860) for regulating the canned combined sludge discharge passage by connecting a protective plate (12039) to the upper end of the first adjusting cylinder protector (12028) and the second adjusting cylinder protector (12006);

Engaging a rear portion of the adjustment cylinder wht support plate 12007 with the other movable boom support shaft 12009;

 The outer surface of the one-side and the other-side multi-function movable maintenance door operation frame 11000 and the cylinder upper and lower operation frame 5860 for controlling the stacked sludge discharge passage for both the one side and the other side are formed as two operation frame inserts 5890 Respectively;

Forming a cylinder up-and-down operation frame guide (5891) for regulating a combined accumulation sludge discharge passage on the rear side of the operating frame housing (5890);

As described above, the multi-function movable maintenance door operation frame 11000 in which the double-sided sedimentation sludge discharge passage 600 is formed and the river water flowing down from the upstream of the stream are stored in the multifunctional movable waterproofing door plate 12000, The water level checker checks the inflow amount and the total volume flowing from the upstream of the river and sends the same to the integrated control system Sludge sludge discharge passage regulating cylinder 5810. The total control system thus transmitted is connected to the above-mentioned combined use sedimentation sludge discharge passage regulating cylinder 4030 constituted inside the cylinder upper and lower operation frame 5860 for controlling the combined use sedimentation sludge discharge passage, The discharge passage regulating cylinder rod 12020 is stretched, and at the same time, When the dual purpose accumulating sludge discharge passage 600 is naturally formed at the lower end of the multifunctional movable retaining door plate 12000 while the retaining gate plate 12000 is lifted up, The process of continuously discharging the river water through the combined sedimentation sludge discharge passage 600 by the amount of the inflow of the river water flowing upstream of the accumulated sludge and the river that has been provided is continuously performed to prevent the pollution of the river water from being increased At the same time, to facilitate the movement of flora and fauna in the amphibians and river ecosystems, including fishes that are about to move upstream and downstream of the river through the double-sided sediment sludge discharge passage 600 which is open at any time;

In the multifunctional movable maintenance door operation frame 11000, the flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, so that the water level checker calculates the inflow amount and the volume And the integrated control system transmitted to the integrated control system is connected to the movable beam opening / closing operation cylinder 12033 coupled to the hydraulic control system (not shown) The cylinder rod 12032 is operated to conduct the multifunctional operation maintenance door operation frame 11000 coupled with the movable beam opening and closing operation cylinder 12033 in the downstream direction of the river to thereby control the operation of the multifunctional operation maintenance door operation system 11000 The operation process of draining the river water stored in the inside of the river downstream The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained is checked and the water level state determined in advance is transmitted to the integrated control system so that the integrated control system controls the hydraulic control system And the cylinder rod 12032 engaged with the movable beam opening / closing operation cylinder 12033 is configured to stand the multifunctional operation maintenance door operation frame 11000 so as to maintain the water storage state, 11000), which is a nature-friendly eco-friendly method that cleanses contaminated river water while naturally forming an island, and restores the river ecosystem while naturally purifying contaminated river water. To restore the natural ecosystem Friendly environment-friendly construction method.

The means for fixing the shaft 12016 to be coupled with the cylinder-driven white paper bracket 12019 is very diverse, and it is natural that all of the modified embodiments belong to the scope of the present invention.

[Example 23]

The following is a description of Claim 23 which is a dependent of Claim 22 constructed in accordance with the 23rd embodiment of the present invention.

After the river bottom is dredged and the bank is repaired, the foundation concrete 1510 is placed on the river bottom, and then one side and the other side of the multifunctional maintenance repair door operation frame 11000 functioning as the double- Function movable waterproofing door plate 12000 and the frame plate 12001 are coupled to the rear portion of the multi-function movable waterproofing door plate 12000, Function movable door 12000 and the upper end of the multi-function movable maintenance door operation frame 11000 protruding from the movable waterproofing door plate 12000,

Multifunctional operation maintenance frame The multifunctional operation door (11000) uses the multifunctional movable water gate to generate a constant flow of water to purify contaminated river water and to continuously operate the aeration function to purify contaminated river water. Friendly eco-friendly construction method that restores natural ecosystem by using the eco-friendly eco-system that restores river ecosystem while naturally purifying contaminated river water by storing large-capacity river water which is characterized by eco-

[Example 24]

Next, a description will be given of the 24th aspect constructed in accordance with the 24th embodiment of the present invention.

76 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-fourth embodiment of the present invention is erected,

77 is a perspective view showing a state in which a multifunctional movable water gate for use as a water quality purifier in accordance with a twenty fourth embodiment of the present invention is conducted,

77 is a perspective view showing a state in which a lower end portion of a multifunctional movable water retaining structure serving as a water quality purifier and constructed in accordance with the twenty fourth embodiment of the present invention is opened to form an adiabatic sedimentation sludge discharge passage,

78 is a perspective view showing a state in which a rear face portion of an operation frame formed in a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty fourth embodiment of the present invention is opened;

79 is a perspective view showing a rear portion of an operation frame constituted by a multifunctional movable gate in combination with a water purifier according to a twenty-fourth embodiment of the present invention,

80 is an exploded perspective view of an operation frame constructed in a multifunctional movable water gate serving as a water quality purifier constructed according to a twenty-fourth embodiment of the present invention.

A foundation block 507 for supporting the multifunctional movable water gate 3000 which functions as a combined drainage sludge discharge passage 600 after installing the foundation concrete 100 on the bottom of the river after dredging the river bottom, ) On the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the U-shape at one side and the other side of the rotation shaft 502 and;

Forming an intermediate support plate (1253) at an intermediate portion of the operation frame (5011);

A step of forming a dual-purpose sludge sludge discharge passage regulating speed reducer (301) on the intermediate support plate (1253) formed at an intermediate portion of the both side guide frames (501);

(The reducer can use hydraulic motor and gear type motor)

Forming an inner guide frame 590 in a shape of a letter □, one side of which is open;

Forming a rak gear (1252) in the inner guide frame (590) and then engaging with the lowering speed reducer (1251) on the combined accumulating sludge discharge passage;

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

(The hydraulic line for supplying hydraulic oil to the hydraulic motor and the cylinder is a well-known technology and is not shown)

The movable guide plate 1250 is inserted into the guide frame 501 and functions as a double sludge discharging passage 600. The movable guide plate 505 has an inner guide frame 590, And inserting the guide frame 501 into the guide frame 501;

Attaching an exponential packing (300) to a front portion of the inner guide frame (590);

The material molecules contained in the river water are separated into stratified layers by the action of gravity, so that the polluted river water having a light specific gravity floats up to the upper part, and the clean river water having a heavy specific weight flows through the lower part of the combined sedimentation sludge discharge passage 600 Function movable waterproofing door plate 1250 is continuously formed in the shape of a circle so as to exert an action of naturally purifying the river water contaminated by the action of the material to be discharged to the inside of the inner guide frame 590 and then connected to one side and the other side of the rear side of the inside guide frame 590 A process;

A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown) and the remote control and the near control while adjusting the multifunctional operation maintenance door 3000, (Not shown) and a water level checker (not shown), thereby completing an operation system of a multifunctional operation maintenance door 3000 serving as a water quality purifier and constituting an adiabatic sedimentation sludge discharge passage 600;

In the state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door (3000) serving as the water purifier as described above and the high water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume and attached to the artificial sludge accumulating sludge discharge passage regulating speed reducer 1251 each formed inside the two pairs of guide frames 501 Function movable control plate 1250 engaged with the inner guide frame 590 when the inner guide frame 590 engaged with the return gear 1252 is rotated by rotating the gear The double-sided sedimentation sludge discharge passage 600 is automatically formed at the lower end of the multifunctional movable stay gate plate 1250 The sewage sludge discharging passage 600 is continuously discharged by the amount of the inflow water flowing from the upstream side of the river to prevent the pollution of the stream water from being increased, And serves to assist in the movement of animals and plants living in amphibians and river ecosystems including fishes that are going to move upstream and downstream of the river through the combined sedimentation sludge discharge passage 600;

In the multifunctional operation maintenance door (3000) serving as a water purifier, a flood water or the like is generated in a state where river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled to the hydraulic control system (not shown) Coupled with the cylinder 230

The multifunctional operation maintenance door 3000 serving as a water purifier combined with the operation frame 5011 and the multifunctional movable waterproofing door plate 1250 is guided in the downstream direction of the river and the interior of the multifunctional operation maintenance door 3000 The water level checker automatically checks the level of the water level after the flood is over and the flow of the general river water is maintained, The integrated control system activates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended and the multifunctional operation maintenance door 3000, And the water purifier is configured to stand in a water storage state A natural ecosystem is restored by using a natural eco-system that restores the river ecosystem, which is characterized by a nature-friendly eco-friendly method that purifies polluted river water while naturally forming the island by using the operation maintenance door (3000) Friendly environment-friendly method of cleaning contaminated river water.

[Example 25]

The following will describe the twenty-fifth aspect constructed in accordance with the twenty-fifth embodiment of the present invention.

The multifunctional movable waterproofing door plate 1250, which is coupled to the inner guide frame 590, is made of a multi-function water purifier The natural ecosystem is restored by using the natural eco-system that restores the river ecosystem, which is characterized by a nature-friendly eco-friendly method that purifies the contaminated river water while naturally forming the eco-friendly water using the operation maintenance door (3000) Friendly environment-friendly method of cleansing polluted river water.

The operation of the hydraulic motor according to the twenty-fourth embodiment of the present invention is well known in the art, and a variety of modifications are possible, so that detailed operation of the operation device is omitted. In addition, This is possible.

In addition, a recoil gear is constituted at the end of the cylinder of the up-and-down operation, and the multi-function movable gate is operated up and down by a method in which the return gear rotates the circular gear so that the double- It is to be understood that such design changes are also within the scope of the present invention.

[Example 26]

The following will describe the twenty-sixth invention constructed in accordance with the twenty-sixth embodiment of the present invention.

Fig. 81 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-sixth embodiment of the present invention is erected,

82 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the 26th embodiment of the present invention is conducted,

83 is a perspective view showing a state in which the lower end portion of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the 26th embodiment of the present invention is opened to constitute an adiabatic sedimentation sludge discharge passage, And FIG. 85 is a perspective view showing a state in which a rear surface portion of an operation frame constituted by a multifunctional movable protection gate serving as a water purifying device according to a twenty-sixth embodiment of the present invention is opened. FIG. FIG. 2 is an exploded perspective view of parts constituted by the above-

FIG. 86 is a transparent perspective view of a component combined with a multifunctional movable gate, which is a water purifier according to a twenty-sixth embodiment of the present invention,

87 is an exploded perspective view in which an operating device coupled to a bracket formed in a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-sixth embodiment of the present invention is disassembled.

After dredging the river bottom and repairing the bank, the foundation concrete 100 and the protruding jaw 5091 are laid on the bottom of the river, and the multifunctional movable water gate 3000 functioning as the combined drainage sludge discharge passage 600 is supported (5070) on one side and the other side of the foundation concrete (100);

Installing respective foundation brackets (5080) on one side and the other side of the base rest (5070);

Fixing an operation frame support shaft (5083) to an upper portion of the foundation bracket (5080);

A process of fixing a double bracket 5082 to one side and the other side of the operation frame support shaft 5083;

A step of forming an operating cylinder barrel shaft 5081 at the lower end of the double bracket 5082;

Bonding the cylinder rod 231, the cylinder rod white shaft 232 and the operating cylinder 230 coupled with the cylinder rod bracket 238 to the operating cylinder white shaft 5081;

Fixing and connecting the first actuating frame plate 8008 and the second actuating frame plate 8007 to one side and the other side of the actuating frame support shaft 5083;

An exponential reeder 239 is coupled between the first actuating frame plate 8008 and the second actuating frame plate 8007 and the double bracket 5082 to allow water to seep into the actuating cylinder chamber 5010 A step of combining the signals so that they do not enter;

 The upper surface of the first actuating frame plate 8008 and the upper surface of the second actuating frame plate 8007 are closed with a plate and the first actuating frame plate 8008 and one side of the second actuating frame plate 8007 Coupling the cylinder rod bracket 238 to the other side;

Closing the first actuating frame plate 8008 and the second actuating frame plate 8007 with a plate material to complete watertightness of the pair of actuating cylinder chambers 5010;

The first actuating frame plate 8008 and the second actuating frame plate 8007 on which the actuating cylinder 230 is placed are used to actuate the actuating cylinder 230 A process of completing an operation frame 5011 which is engaged with a guide chamber 501 in which a cylinder chamber 590 and an inner guide frame 590 are placed;

Coupling an exponential rubber support (not shown) by connecting one side and the other side of the lower end of the two pairs of operation frames 5011;

Disposing an index rubber (5092) on the protruding step (5091) and the upper part of the index rubber support;

Forming an adiabatic sedimentation sludge discharge passage regulating decelerator 8002 coupled with a screw bolt 8003 on one side of the first actuating frame plate 8008;

Coupling a down adjustment nut 8005 to the screw bolt 8003 in an embossed sludge discharge path formed in an embankment;

A step of forming an internal guide frame 590 having a square shape and one side opened;

Fixing one side of the downward adjustment nut 8005 on the combined sludge sludge discharge passage coupled with the screw bolt 8003 inside the inner guide frame 590;

The inner guide frame 590, which is composed of two pairs,

(8006) such as a reinforcing bar or an angle or a shingles pipe in a lattice form;

A step of applying a cement combined with a mixed material to front and back surfaces of the movable waterproofing gate support member 8006 to form a multifunctional movable water shielding gate plate 8001;

(The hydraulic cylinder for supplying hydraulic oil to the operating cylinder, the hydraulic motor, and the speed reducer is a well-known technology and is not shown)

 One side and the other side of the inner guide frame 590 of the multifunctional movable beam control panel 8001 which functions as a double-sided deposition sludge discharge passage 600 and exhibits a water storage function is inserted into the guide frame 501 Comprising:

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the remote control and the close range control while adjusting the multifunctional movable control panel 8001, (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 8000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;

The water level checker flows down from the upper stream of the river in the state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door operating system 8000 serving as the water purifier as described above, The integrated control system is transmitted to the integrated control system by checking the inflow amount and the volume amount and transmits the integrated control system to the speed reducer 8002 for controlling the adiabatic deposited sludge discharge pathway, Which is engaged with the inner guide frame 590 when the inner guide frame 590 engaged with the lower adjustment nut 8005 is lifted by rotating the screw bolts 8003 attached to the inner guide frame 590 by rotating the screw bolts 8003 attached to the inner guide frame 590, And the adiabatic sedimentation sludge discharge passage 600 is automatically formed at the lower end of the multifunctional movable water conservation door plate 8001, The river water flowing from the upper stream of the river and the sedimentation sludge are continuously discharged through the combined sedimentation sludge discharge passage 600 to prevent the pollution of the river water from being increased, And serves to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the river through the combined sedimentation sludge discharge passage 600;

In the multifunctional maintenance maintenance door operating system (8000) serving as a water purifier, a river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 5011 coupled with the operating cylinder 230 and the multifunctional operation maintenance door operating system 8000 serving as the water purifier combined with the multifunctional movable waterproofing door plate 8001 are caused to conduct in the downstream direction of the river, (8000) that is stored in the multi-function maintenance repair door operating system (8000) The water level checker automatically checks the water level when the flood is over and the flow phenomenon of the general river water is maintained, checks the predetermined water level status, and transmits the water level status to the comprehensive control system The integrated control system operates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended to stand the water purifier functioning multifunctional maintenance operation system 8000, (8000), which is configured to maintain the state of the water purifier, and to purify the polluted river water while naturally forming the fish body using the multi-function movable maintenance door operating system (8000) Double-acting multi-function with passageway While by using a beam hydrological restore the river ecosystem presents a natural eco-friendly process to purify the contaminated river water.

[Example 27]

The following will describe the 27th aspect constructed in accordance with the 27th embodiment of the present invention.

FIG. 88 is a perspective view showing a state in which a multifunctional movable security gate serving as a water quality purifier constructed in accordance with a twenty-seventh embodiment of the present invention stands up. FIG. 89 is a perspective view of a multifunctional movable water storage gate 90 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the 27th embodiment of the present invention is opened to constitute a combined accumulation sludge discharge passage And FIG. 91 is a detailed rear perspective view of the rear surface of the multifunctional movable water storage tank of the water purifier according to the twenty-seventh embodiment of the present invention. FIG. 92 is a cross- Fig. 93 is an exploded perspective view of a multifunctional movable waterproofing door plate and parts assembled with the multifunctional movable waterproofing door, 26 is a rear perspective view of a multifunctional movable water storage tank for a water purifier according to an embodiment of the present invention, in which a low-level water discharge passage is formed at an upper end of a rear portion of a multifunctional movable storage tank serving as a water purifier.

A foundation block (7001) for supporting a multifunctional movable waterproofing gate plate (7001) functioning as a combined drainage sludge drainage passage (600) after installing a foundation concrete (100) on the bottom of a river after dredging a river bottom, 507) on the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base rest (507);

Forming an operation frame 5011 by connecting an operation cylinder chamber 5010 to the other side of the guide frame 501 by combining an I-shape and a letter shape on one side of the rotation shaft 502;

A combined sludge sludge discharge passage frame 7002 is connected to one side and the other side of the operation frame 5011;

Forming a combined sludge sedimentation sludge discharge passage 7003 in the artificial sludge sludge discharge passage frame 7002;

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

Engaging an upper end portion of the cylinder rod 303 with an upper end portion of an inner guide frame 590 formed on one side and the other side of the multifunctional movable control gate plate 7001;

A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

One side structure of the inner guide frame 590 of the multifunctional movable gate plate 7001, which is inserted into the guide frame 501 and exerts a water-holding function while serving as a double-sided sedimentation sludge discharge passage 600, And the structure of the other side is formed in the shape of ⊂ character in the opposite direction;

The upper end of the plate member is bent in a L-shaped form and connected between the both inner guide frames 590 to form a multifunctional movable guide plate 7001;

Coupling the inner upper portion of the inner guide frame 590 and the cylinder rod 303 engaged with the opening / closing cylinder 302 for adjusting the adhered sludge discharge passage;

Inserting one side and the other side of the inner guide frame (590) coupled with the multifunctional movable guide plate (7001) into the inside of the guide frame (501);

 The lower end of the opening / closing cylinder 302 for controlling the adiabatic sedimentation sludge discharge passage is connected to the cylinder elevator 301 for adjusting the adiabatic sedimentation sludge discharge passage combined with the guide frame 501;

Forming an upper frame (7006) for discharging a low-level water, which is formed in an inverted U-shape at one side and the other upper side of the operation frame (5011) to provide a low-level water discharge passage (7007);

(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the multi-function movable maintenance panel 7001, (Not shown), thereby completing a multifunctional operation maintenance operation system 7000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;

In the multi-function movable maintenance door operating system 7000, which functions as a water purifier configured as described above, the river water flowing down from the upstream of the river is stored and maintained at the full water level, and the flow rate of the water flowing down from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge and the volume of the sludge, and transmitting the integrated control system to the integrated control system. When the cylinder rod 303 automatically pulled when the cylinder rod 303 is stretched exerts an action of pulling the multifunctional movable retainer plate 7001 to the upper portion of the guide frame 501, The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the multifunctional movable stay gate plate 7001 At the same time a bottom water discharge passage 7007 to the rear upper end of the movable beam multifunctional water gate panel 7001 is formed while at the same time

The process of continuously discharging the river water through the combined sedimentation sludge discharge passage 600 and the low-level water discharge passage 7007 by the inflow amount of the river water flowing upstream of the river is continuously performed and the contamination of the river water is increased And to help move amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, through the double-sided sediment sludge discharge passage 600, which is open at any time.

In the multi-function movable maintenance door operating system 7000 serving as the water purifier, the water level flowing down from the upstream of the river is stored to maintain the full water level, and the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operation cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-related multifunctional operation maintenance door operation system 7000 flows in the downstream direction of the river And the drainage process is continuously performed. At the same time, The water level checker that automatically checks when the flow phenomenon of the river water flowing in the river water is maintained is checked and sent to the integrated control system so that the integrated control system activates the hydraulic control system so that the operation cylinder 230 Function maintenance multi-function maintenance operation system 7000 configured to stand the water purifier-operated multifunctional operation maintenance door operation system 7000 by maintaining the water purifier-operated multifunctional operation maintenance door operation system 7000 while the operation cylinder rod 231 coupled with the water purifier- ), Which is a nature-friendly eco-friendly method that cleanses contaminated river water while naturally forming the island.

Friendly natural eco-friendly method that restores natural ecosystem by using natural eco-friendly eco-friendly sediments by naturally purifying polluted stream water by discharging clean water with a high weight.

[Example 28]

The following describes a twenty-eighth embodiment constituted by the twenty-eighth aspect of the present invention

94 is a perspective view showing a state in which a multi-function movable maintenance door operating system for use as a water quality purifier constructed in accordance with the 28th embodiment of the present invention is erected, FIG. 95 is a perspective view of a multifunctional FIG. 96 is a partial perspective view showing a state in which the movable maintenance door operating system is conducted. FIG. 96 is a partial perspective view showing the state in which the movable water maintenance door operating system is turned on. FIG. 97 is a partial perspective view showing a multifunctional movable water gate door operating system serving as a multistage water purifier in combination with a water purifier according to a twenty-eighth embodiment of the present invention. A multifunctional moveable door plate combined with an operating system, FIG. 3 is a perspective view of a front part of the vehicle,

98 is a left side perspective view showing a left side view of a rear surface portion of a multifunctional movable water storage tank serving as a water quality purifier constructed according to a twenty-eighth embodiment of the present invention,

FIG. 99 is a right side perspective view showing a right side view of a rear portion of a multifunctional movable waterproof gate serving as a water quality purifier in accordance with a twenty-eighth embodiment of the present invention,

100 is a right side perspective view showing a right side view of a front portion of a multifunctional movable waterproofing door serving as a water quality purifier in accordance with a twenty-eighth embodiment of the present invention,

Fig. 101 is an exploded perspective view showing a disassembled sludge discharge passage operating device used for opening and closing an adiabatic accumulated sludge discharge passage constituted at the lower end of a multifunctional movable water storage tank serving as a water quality purifier constructed according to the 28th embodiment of the present invention It is a perspective.

102 is a perspective view of an intermediate multi-function movable maintenance door constructed in accordance with the 28th embodiment of the present invention.

A multifunctional maintenance repair door operation frame 11000 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing an index wall (101) on one side and the other side of a channel formed by the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder 12020 to the lower end of the movable beam opening / closing operation cylinder 12033;

Closing operation cylinder 12033 by connecting a cylinder rod 12032 to the movable beam opening / closing operation cylinder 12033;

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Connecting the cylinder rod shaft 12011 formed at the upper end of the cylinder rod 12032 and the cylinder rod white paper bracket 12010 by a white bond;

A working frame housing 5890 in which a cylinder up-and-down operation frame guide 5892 for regulating the stacking sludge discharge passage is integrally formed on the outer surface of the one-side movable beam operation support shaft 12022 and the other side movable- ;

Closing the side surface of the operating frame enclosure (5890) by forming a left side face plate (12060) of the operating frame enclosure on the left side of the operating frame enclosure (5890);

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12007

Thereby sealing the right side surface;

Forming a cylinder up-and-down operation frame guide (5891) for controlling the combined sedimentation sludge discharge passage on the other side of the body right side plate (12007);

Constructing a control cylinder white spindle 12008 at an intermediate lower end of one side of the housing right side plate 12007;

(Constructing a multifunctional operation maintenance door (13001) serving as a water purifier by using a plate material bent in a shape of a letter;

A process of constructing a white paper bracket 9953 on the upper part of the multifunctional operation maintenance door 13001 serving as a water purifier;

Forming a white shaft 9952 on the white paper bracket 9953;

A process of joining the horizontal frame plate 13003 to the front portion of the multifunctional operation maintenance door 13001 serving as the water purifier;

A process of joining the vertical frame plate 13002 to the rear face of the multi-function movable maintenance door 13001 serving as the water purifier;

A step of assembling a first adjustment cylinder protector 12058 on one side and the other side of a multifunctional operation maintenance door 13001 serving as a water purifier and a multifunctional operation maintenance door 13001 serving as a water purifier;

Fitting a second adjusting cylinder protector 12068 having movable operation valve plate and lower operation portion 13002 on one side and the other side of the water purifier-equipped multifunctional operation maintenance door 13001;

Forming a cylinder rod white shaft 12021 for controlling the combined accumulation sludge discharge passage 600 at the upper end of the second adjusting cylinder protector 12068;

A cylinder rod 12020 for controlling the accumulation sludge discharge passage and a cylinder rod 15020 are connected to the control cylinder white spindle 12008, (12003);

Bonding the cylinder rod white shaft case 12021 for adjusting cylinder rod and the cylinder rod white shaft case 12005 formed at the upper end of the adjusting cylinder rod 12020 to white;

A protective plate 12039 is attached to the upper end of the first adjusting cylinder protector 12058 and the second adjusting cylinder protector 12068 and is then coupled to the operating frame enclosure 5890 to thereby remove the adhering accumulated sludge exhaust passage 600 A step of constructing a multifunctional operation maintenance door (13001) serving as a water purifier provided with a cylinder up-and-down operation frame (5860) for opening and closing the double-sided sediment sludge discharge passage;

Installing a multifunctional operation maintenance door (13001) serving as a water quality purifier in the first stage between the foundation concrete (100) constructed as described above and the exposing wall (101);

Installing a multifunctional operation maintenance door (13001) serving as a water quality purifier in two stages at the upstream portion of the foundation concrete (100) and the exposing wall (101)

(Forming an intermediate multi-function movable control panel 13005 shaped in a shape of a letter;

Constructing a plurality of river water crossover outlets (102) in the form of an unspecified arrangement in the middle of the intermediate multifunctional movable control panel (13005);

A step of forming a white paper bracket 9953 on the upper portion of the intermediate multi-function movable maintenance panel 13005;

Forming a white shaft 9952 on the white paper bracket 9953;

Preparing a plurality of intermediate multi-function movable maintenance panels 13005 constructed as described above;

Preparing an operation link 9931 for connecting the upper part of the multifunctional operation maintenance door 13001 serving as the water purifier and the upper end of the intermediate multifunctional operation maintenance door 9932 in a whitish manner;

The white support shaft 9952 constituting the upper part of the multifunctional operation maintenance door 13001 serving as the water purifier and the white support shaft 9952 constituting the upper part of the intermediate multi function operation maintenance door 13005 are connected to the operation link 9931 A process of binding a white paper by using;

A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively perform a CC camera (not shown), a remote control and a close-up control while adjusting the multi-function operation maintenance door 13001 serving as the water purifier, (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 13000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;

In the multi-function movable maintenance door operating system 13000 serving as the water purifier as described above, the water flowing down from the upper stream of the river is stored in the middle multifunctional movable water conservation door plate 13005 The stream water contaminated by the act of diluting clean river water having a large specific gravity and heavy river water discharged by being separated into a layer layer by the action of gravity when discharged sequentially crossing the river water crossover outlet port 102, With exertion of cleansing action;

Clean river water having a heavy specific gravity contained in the river water passing through the multifunctional operation maintenance door operating system 13000 serving as the water purifier and the polluted river water having a small specific gravity are continuously hit by the river water cross- Closing operating cylinder (12033) coupled with the multifunctional operation door (1100) so as to purify contaminated river water to clean the river water by clean stream water;

In the multi-function movable maintenance door operating system (13000) serving as the water purifier, the water level flowing from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing from the upstream of the river And the integrated control system transmitted to the integrated control system is provided inside the cylinder upper and lower operation frames 5860 for controlling the two pairs of canned sludge sludge discharge passageways, Functioning maintenance door 13001 serving as the water purifier and the intermediate multifunctional operation maintenance door 13005 that is automatically pulled when the control cylinder rod 12020 is engaged with the control rod 12020, The operation link 9931 is connected to the above- Functioning maintenance door 13001 serving as the water purifier and the lower end portion of the intermediate multi-function movable maintenance door 13005 when the action of pulling the upper portion of the discharge pipe adjustment cylinder upper and lower operation frame guides 5891 is exerted, The sludge discharging passage 600 is formed to continuously discharge the river water through the combined sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river to continuously increase the pollution of the river water And to help move amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, through the double-sided sediment sludge discharge passage 600, which is open at any time.

Flood water or the like is generated in the state where the water level flowing down from the upstream of the river is stored in the multifunctional operation maintenance door 13001 serving as the water purifier and the middle multifunctional operation maintenance door 13005 to maintain the full water level, (Not shown) connected to the hydraulic control system (not shown). When the integrated control system transmits to the integrated control system, the integrated control system transmits to the integrated control system a check signal indicating that the flowing water flowing in from the upper stream of the river flows downward, Closing operation cylinder 12033 is operated to conduct the multifunctional operation maintenance door operation frame 11000 coupled with the movable operation opening and closing operation cylinder 12033 in the downstream direction of the river to operate the multifunctional operation maintenance door 13001, And the intermediate multi-function movable maintenance door (13005) The water level checker that automatically checks when the flooding is over and the flow phenomenon of the general stream water is maintained is checked and the water level state is determined in advance and transmitted to the integrated control system, The integrated control system activates the hydraulic control system to extend the cylinder rod 12032 coupled with the movable beam opening and closing operation cylinder 12033 so that the multifunctional operation maintenance door 13001 serving as the water purifier and the multi- Friendly door-to-door operation system (13000), which is configured to maintain the water-holding state by maintaining the water-purifying operation door (13005) The characteristic water stream collides with the contaminated water While purging the number of naturally purifying the even that naturally combine to form deposited sludge contaminated with the water purifier combine multifunctional movable beam system where the exhaust passage configured to present a natural surface water eco-friendly method.

[Example 29]

Next, a description will be given of a twenty-ninth embodiment constituted by claim 29 of the present invention

FIG. 103 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the 29th embodiment of the present invention is erected. FIG. 104 is a perspective view of a multifunctional movable water storage gate 105 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the twenty-ninth embodiment of the present invention is opened to constitute an adiabatic sedimentation sludge discharge passage , FIG. 106 is a view showing a state in which the multi-function movable guard door serving as a water quality purifier in accordance with the 29th embodiment of the present invention is lowered and the drainage amount adjusting device provided at the lower end of the multifunctional movable guard, And FIG. 107 is a perspective view showing a state in which the water quality 108 is an exploded perspective view of an operation frame combined with a multifunctional movable security gate serving as a water quality purifier constructed in accordance with a twenty-ninth embodiment of the present invention, FIG. 109 is an exploded perspective view of a multifunctional movable waterproof gate constructed in accordance with a twenty-ninth embodiment of the present invention. FIG. 110 is a cross- 111 is a perspective view of a multifunctional movable support for a water quality purifier constructed in accordance with a twenty-ninth embodiment of the present invention.

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base board (507);

A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;

Coupling the lower end diaphragm frame 15003 to one side of the pair of operation frames 5011 and the lower end of the other side of the operation frames 5011;

Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

A structure of one side of the inner guide frame 590 of the multifunctional movable water shielding door plate 15001 which is inserted into the guide frame 501 and exerts a water storage function while serving as a double sludge discharge sludge discharge passage 600, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;

When constructing the structure of the multifunctional movable waterproofing door plate (15001), a rectangular shape of a rectangular shape in the lateral direction is formed, and one side and the other side of the inner side guide frame (590) To form a shape of the multifunctional movable beam control panel (15001);

A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;

The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;

A coupling plate 305 is formed at an upper end of the cylinder rod 303 to be coupled with an upper coupling plate 306 coupled to a lower end of the inner guide frame 590;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

Forming a driving cylinder bracket (3321) for a displacement adjusting device at one side and the other lower side of the inner guide frame (590);

The displacement control device drive cylinder bracket 3321

Adjusting the displacement amount drive cylinder rod 3302 coupled with the displacement adjustment drive cylinder rod 3302 by using a white spindle 3323;

Forming a displacement adjusting device bracket (3325) on one side and the other lower side of the inner guide frame (590);

Preparing a white paper bracket 3326 for adjusting the displacement of the upper and lower portions of the upper and lower portions 3327 and 3328;

Bonding the drainage amount adjusting device bracket 3325 and the lower side white paper 3328 to the drainage amount adjusting device in a white state;

Adjusting the displacement amount of the upper side white paper 3327 and the upper end of the displacement amount drive cylinder rod 3302 to white;

Coupling a displacement amount control plate 15002 to the adjustment device white paper bracket 3326 formed at one side and the other side lower end of the inner guide frame 590;

A CC camera (not shown) for photographing the current state of the multifunctional movable waterproofing door plate 15001 while controlling the multifunctional movable waterproofing door plate 15001 and transmitting the same to a comprehensive control system (not shown) (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to constitute an accumulation sludge discharge passage 600, A process of completing the multifunctional maintenance door operating system (15000);

The water level checker flows down from the upper stream of the river in a state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door operating system 15000 serving as the water purifier and configured to maintain the full water level The integrated control system is transmitted to the integrated control system by checking the amount of inflow and the volume of the sludge, and the integrated control system is installed inside the two pairs of guide frames 501, When the cylinder rod 303 which is automatically pulled when the cylinder rod 303 is engaged is operated to pull the multifunctional movable waterproofing door plate 15001 to the upper portion of the guide frame 501, At the lower end of the multifunctional movable water conservation door plate (15001), the adiabatic sedimentation sludge discharge passage (600) The sewage sludge discharging passage 600 is continuously discharged by the amount of the inflow water flowing from the upstream side of the river to continuously discharge the river water to prevent the pollution of the river water from being increased, And serves to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the river through the combined sedimentation sludge discharge passage 600;

When the inflow amount of the river water flowing down from the upstream of the river flows down unspecifically, the drainage amount of the river water drained by the drainage amount adjusting driving cylinder rod 3302 coupled with the drainage amount adjusting plate 15002 is adjusted, The multi-function maintenance and repair door operating system 15000, which is configured to assist the living environment of fishes and amphibians who are going to move upstream of the river by regulating the level of the river water stored in the maintenance door operating system 15000 To further enhance the function of revitalizing natural ecosystems;

In the multi-function movable maintenance door operating system 15000 serving as the water purifier, water is flowing down from the upstream of the river to maintain the full water level, and the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operating cylinder 230 is conducted in the downstream direction of the river to move the river water stored in the interior of the multi-function movable maintenance door operating system 15000 serving as the water purifier to the downstream side of the river It is necessary to carry out the drainage operation procedure continuously and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance operating system 15000 configured to maintain the water storage state by standing the multifunctional operation maintenance operation system 15000 serving as the water quality purifier while extending the operation cylinder rod 231 coupled to the water purifier, Which is characterized by the eco-friendly eco-friendly construction method that purifies the contaminated river water while naturally forming the eaux-doo using the eco-friendly water purification system. Natural cleansing naturally It presents environmentally responsible method.

[Example 30]

The following is a description of claim 30 constructed in accordance with claim 30 of the present invention.

FIG. 112 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with a thirtieth embodiment of the present invention is erected, FIG. 113 is a perspective view of a multifunctional movable water storage gate 114 is a perspective view showing a state in which the lower end of the multifunctional movable water storage tank serving as a water quality purifier and constructed in accordance with the thirtieth embodiment of the present invention is opened to constitute a combined accumulation sludge discharge passage And FIG. 115 is an exploded perspective view of a rear portion of an operation frame shown in an exploded view of a rear portion of an operation frame, which is combined with a multifunctional movable protection gate serving as a water quality purifier in accordance with a thirtieth embodiment of the present invention, Is a disassembled perspective view of the rear part of the multi-function movable water storage tank 117 is an exploded perspective view of the front part of the multifunctional movable waterproofing apparatus according to the thirtieth embodiment of the present invention, and FIG. 118 is an exploded perspective view of the multifunctional movable water storage door 119 is an exploded perspective view of a rear portion of an operation frame combined with a multifunctional movable gate for use as a water purifier in accordance with a thirtieth embodiment of the present invention, 121 is a perspective view of a multifunctional movable waterproofing door combined with a water purifier according to a thirtieth embodiment of the present invention. 122 is an exploded perspective view showing an operation frame according to a thirtieth embodiment of the present invention, FIG. 123 is an exploded perspective view of an operation frame of a multi-functional movable waterproofing gate, which is constructed by combining a multi-function movable waterproof gate serving as a water purifier and a water purifier according to a thirtieth embodiment of the present invention. Fig. 124 is an exploded perspective view of the operation frame according to the 30th embodiment of the present invention. Fig. 124 is an exploded perspective view of the multi- Fig. 3 is an exploded perspective view of the front side of the operation frame shown in Fig. 1, explaining the structure of the cylinder for controlling the adiabatic sedimentation sludge discharge passage formed at one side of the operation frame in combination with the water gate.

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

An operation frame housing 5890 in which a cylinder up-and-down operation frame one-side guide 5892 for controlling the combined accumulation sludge discharge passage is coupled is coupled to the outer side of the one-side movable-beam operation support shaft 12022 and the other- ;

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the operation frame 11100;

Forming a cylinder up-and-down operation frame second guide (11201) for controlling the combined accumulation sludge discharge passage on the other side of the operation frame housing right side plate (12036);

And assembling the combined use sedimentation sludge discharge passage regulating cylinder seat 301 on the intermediate upper side of the operating frame housing right side plate 12036;

Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;

A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;

Forming a top end portion of the multifunctional operation maintenance door 16001 by using a grid material whose upper end is formed in a square shape;

Forming a multifunctional operation maintenance door 16001 serving as a water quality purifier by joining a plate material between the slabs;

Constructing an internal guide frame (590) by using a material formed in a shape of a letter 일 on one side and the other side of the multifunctional operation maintenance door (16001);

Depositing and joining a combined sedimentation sludge discharge passage control cylinder (12032) with a cylinder rod (12033) on the upper part of the cylinder sedimentation basin (301) for controlling the adiabatic sedimentation sludge discharge passage;

Fixing the upper end of the inner guide frame 590 to the coupling plate 305 after fixing the coupling plate 305 to the upper end of the cylinder rod 12033;

Forming a plurality of fountain nozzles 11202 on the upper portion of the upper portion of the curved portion;

Combining the fraction nozzle 11202 with a pressure pump line (not shown) associated with a pressure pump (not shown);

A step of constructing a horizontal frame 152 and a vertical frame 151 on the rear side of the multifunctional operation maintenance door 16001;

(The reference numeral 11110 is a perspective view of the lid plate of the inner guide frame 590 shown in a partially exploded view of the inner guide frame to explain the structure of the inner guide frame 590)

A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively implement the CC camera (not shown), the remote control and the near vision control while adjusting the multifunctional operation maintenance door 16001 configured as described above And a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 16000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;

In the multifunctional operation maintenance door operating system 16000, which functions as a water purifier configured as described above, the river water flowing down from the upstream of the river is stored and maintained at the full water level, and the flow rate of the water flowing down from the upstream of the river And the total control system is transmitted to the integrated control system. The integrated control system includes the cylinder 12032 for adjusting the adiabatic deposited sludge discharge passage, When the cylinder rod 12033 is extended, the multifunctional movable protection gate 16001 coupled with the internal guide frame 590 engaged with the multifunctional movable control gate plate 16001 is lifted, The combined sedimentation sludge discharge passage 600 is formed at the lower end of the plate 16001, The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream from the river is continuously performed to prevent the pollution of the river water from being increased, Acts to assist the migration of flora and fauna in the amphibians and river ecosystems, including fish that are going to move upstream and downstream of the stream through the combined sedimentation sludge discharge passage 600;

The river water is continuously pumped to the upper part of the river by a pressure pump (not shown) associated with the fountain nozzle 11202 to generate a material collision action in which contaminated river water and clean river water collide with each other to purify contaminated river water Flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operation system 16000 serving as the water purifier and constructed so as to beautifully create the scenery of the river, The integrated control system transmits the integrated control system to the integrated control system by checking that the water level checker flows downward from the upper stream of the river, The operating cylinder 230 is operated to move the operating cylinder 23 0) in the downstream direction of the river by discharging the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system (16000) by conducting the operation frame 11100 in the downstream direction of the river) And the water level checker that automatically checks when the flow phenomenon of the general stream water is maintained is checked and transmitted to the total control system so that the total control system can control the hydraulic control The water purifier is configured to operate the system so that the operation cylinder rod 231 coupled to the operation cylinder 230 is extended to stand the water purifier-operated multifunctional operation maintenance door operating system 16000, Combined multi-functional operation maintenance using the door operating system (16000) It is a natural eco-friendly method that cleanses polluted river water while naturally forming an island. It uses natural water eco-friendly water purification system to restore natural ecosystem and preferentially discharges clean river water with a heavy weight. Friendly environment-friendly process that naturally purifies the environment.

The method of constructing the exponential packing in the vertical form proposed in the thirtieth embodiment of the present invention newly suggests the construction method which has never been used in the hydrological manufacturing industry so far, The packing construction method naturally violates the right scope of the present invention, and it is natural that the packing construction method should be punished immediately.

[Example 31]

Next, the 31st claim constructed in accordance with the 31st embodiment of the present invention will be described.

125 is a perspective view showing a state in which the multifunctional operation maintenance door operation system and the multifunctional operation maintenance door operation system in combination with the water purifier and the multifunctional operation maintenance door operation system constructed in accordance with the thirty first embodiment of the present invention are erected, 31 is a perspective view showing a state in which the entirety of the multifunctional operation maintenance door operation system combined with the water purifier and the multifunctional operation maintenance door operation system combined with the intermediate water quality purifier constructed in accordance with the embodiment 31 of the present invention, Which is installed in the first stage and the sixth stage of the multi-functional operation maintenance system, which forms the fishery through the lower part of the operation system, and discharges clean river water with a high specific gravity. Fig. 128 is a perspective view showing a state in which the passageway is floated, FIG. 129 is a perspective view showing a rear portion of a multifunctional operation maintenance door operating system that is installed in the first and sixth steps, which is constructed in accordance with the thirty first embodiment, FIG. 130 is an exploded perspective view illustrating a rear portion of the multifunctional operation maintenance door operating system, which is installed in the water purifier in the sixth and the sixth steps. FIG. 130 is an exploded perspective view of the water purifier installed in the second to fifth steps FIG. 131 is a rear perspective view of a multifunctional movable water gate operating system for dual water purification purifiers in accordance with a thirty-first embodiment of the present invention. FIG. 132 is an exploded perspective view of the rear portion of the intermediate water purifier in the second to fifth steps according to the thirty first embodiment of the present invention. 133 is a side view exploded perspective view of a rear side portion of the hydrologic operation system, and Fig. 133 is a side view of the vibration activating apparatus according to the thirty first embodiment of the present invention, And Fig. 134 is a perspective view of the disassembly of the vibration weight combined with the vibration device constituted on one side and the other side of the multifunctional movable water gate door operating system which serves as the intermediate water quality purifier in accordance with the thirty first embodiment of the present invention. Fig. 135 is an exploded perspective view of the vibration device constructed in accordance with the 31st embodiment of the present invention.

A basin for supporting a multifunctional movable gate 17001 serving as a water purifier for exerting a function of a combined sedimentation sludge discharge passage 600 after installing a foundation concrete 100 on the bottom of the river after dredging the river bottom and repairing the bank (507) on the foundation concrete (100);

Constructing an exponential wall (101) on one side and the other side of the foundation concrete (100);

Installing a plurality of rotation shafts (502) on one side and the other side of the base board (507);

A guide frame 501 is formed at one side of the operation cylinder intermediate plate 710 having an I-shape at one side and the other side of the rotation shaft 502 so as to be closed in a shape of a letter, and an operation cylinder chamber 5010 Bonding the operation frame 5011 with the rotation shaft 502;

A step of constructing a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 at an inner middle portion of the guide frame 501;

Depositing a combined sedimentation sludge discharge passage regulating cylinder 302 on the upper part of the cylinder sedimentation flocculant 301 for regulating the adiabatic sedimentation sludge discharge passage and joining the sedimentation sludge discharge passage regulating cylinder 302 to the cylinder rod 303;

A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;

Closing the operation cylinder chamber (5010) and the outer surface of the guide frame (501) to complete the structure of the operation frame (5011);

(The cylinder piping line supplying the pneumatic or hydraulic oil to the cylinder is a well-known technology and is not shown)

And is inserted into the guide frame 501 to serve as a double sludge sludge discharge passage 600,

One side structure of the multifunctional movable protection gate 17001 serving as a water purifier and the other side structure constitutes the internal guide frame 590 in the shape of the opposite direction, And inserting the other side of the guide frame (501) into the guide frame (501);

A step of assembling a multifunctional movable waterproofing gate plate 17001 serving as a water quality cleaner by combining a multifunctional movable waterproofing gate plate 17003 serving as a water purifier and having a rectangular shape between the two pairs of guide frames 501;

A plurality of intermediate transverse frame plates 159 and a lower transverse frame plate 160 are coupled to a rear portion of the multifunctional movable waterproofing door plate 17001 serving as the water purifier;

A step of forming a transverse upper frame 17005 on the upper part of the multifunctional movable waterproofing gate plate 17001 serving as the water purifier;

Filling the upper end of the cylinder rod (303) with the upper end of the inner guide frame (590) to complete a multifunctional movable gate operation frame (17000) serving as a water purifier and having an adiabatic sedimentation sludge discharge passage regulating device;

Installing a multifunctional operation maintenance door operation frame 17000 serving as a water quality purifier in the first portion of the foundation concrete 100 and the downstream portion of the waterproofing wall 101 constructed as described above;

Forming an intermediate material input box 17002 in the form of a rectangular enclosure;

Forming a plurality of river water flow ports (162) in the middle of the material input box (17002);

 (The process of constructing the horizontal frame and the vertical frame inside the material input box 17002 is omitted)

Loading a water purification material (1110) for purifying contaminated river water into the inside of the material input box (17002) and performing a water purification function;

(The water purification material exhibiting the function of purifying the water introduced into the material input box can be used by using one material or by mixing two or more materials. Therefore, waste concrete or sand gravel or silica A membrane made of minerals such as volcanic rock or limestone, or a material made of a plant such as charcoal or wood, or a periodic introduction of microorganisms or an EM ball processed by adding microorganisms, Or chemical fiber, such as cashmere, all mineral substances present on the planet, all vegetable materials, all petroleum and all metal processing products can be injected to purify the contaminated river water. )

Coupling the vibrating device support plate 715 to one side and the other side of the material input box 17002;

Forming a vibrating weight 882 coupled with the rotating member 719 on the vibrating device support plate 715;

Forming vibration transmitting plates 717 at upper and lower ends of the vibrating device support plate 715;

Forming vibration motor supports 880 on one side and the other side of the operation cylinder middle plate 710;

A vibration motor 881 having a crank rotation shaft 883 inside the vibration motor support 880 and a vibration motor 881 having a crank rotation shaft 883 inside the vibration motor support 880. The vibrating motor is of a type that can be operated by hydraulic pressure, being)

Coupling the crank shaft 883 and the vibration weight 882;

Forming an oscillating support 711 at the upper and lower ends of the operating cylinder chamber intermediate plate 710;

A vibration reducing member 712 and a vibration transmitting member 712 are fixed to the upper end of the vibration supporting member 711 using bolts and nuts 717 after the vibration reducing member 712 (717);

Forming a plurality of foundation beams 507 in a stepped manner on the foundation concrete 100;

Forming a rotating shaft (502) on one side and the other side of the base rest (507);

Coupling the lower end of the operating cylinder chamber (5010) to the rotating shaft (502) by a white bond;

A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operating cylinder rod 231 to the inside upper end of the operating cylinder chamber 5010 which is formed in a closed form of a letter shape;

Forming a plurality of actuating cylinder brackets (233) having two pairs on one side and the other side of the base seat (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;

Closing the operation cylinder chamber (5010) and the outer surface of the guide frame (501) to complete the structure of the operation frame (5011), thereby completing the multifunctional movable waterproofing gate operation frame (18000) for purifying the intermediate water quality;

A plurality of multi-function movable maintenance door operation frames 18000 serving as the intermediate water purifier and having the above-described structure are prepared, and the base concrete 100, which is constructed in a stepped manner at regular intervals in the river, A step of installing a plurality of steps from the step 2 to the step 5 to the platform 507; and (the step of installing can be arbitrarily increased or decreased)

The CC camera (not shown), the remote control and the close-up control are integrally provided while adjusting the multifunctional operation maintenance door operation frame 17000 serving as the water purifier and the multifunctional operation maintenance door 18000 serving as the intermediate water purifier (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to form a sludge sludge discharge passage 600, which serves as a water purifier. Completing an operating system for purifying contaminated river water by using an operating system (17000) and a multifunctional operation maintenance door operation frame (18000) serving as the intermediate water purifier;

The multi-function movable maintenance door operating system 17000 serving as the water purifier as described above and the multi-function movable maintenance door 1800 serving as the intermediate water purifier can store the water flowing from the upstream of the stream to maintain the high water level (Not shown) and checks the inflow amount and the volume of the water flowing down from the upstream of the river in a state where the water level checker is in the open state, and transmits the total control system to the integrated control system (Not shown) that is automatically pulled when the cylinder rod 303, which is engaged with the combined sedimentation sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501, When the cylinder rod (303) moves the multifunctional movable waterproof gate (17001) serving as a water purifier The double-sided sediment discharge sludge discharge passage 600 is formed at the lower end of the multifunctional movable guard gate 17001 serving as the water purifier automatically when the sediment discharge sludge discharging passage 600 is pulled up to the upper part of the drainage frame 501, And continuously discharging the river water through the combined sedimentation sludge discharge passage 600 by the inflow amount of

The crankshaft 883 coupled with the vibration motor 881 constituted inside the multifunctional operation maintenance door working frame 18000 serving as the intermediate water quality purifier is continuously rotated to rotate the vibration shaft 883 coupled with the crankshaft 883, The material injection box 17002 is continuously vibrated by using the weight 882 to perform a substance catalyzing action naturally occurring between the material purification box 1100 and the water purifying material 1110 injected into the material introduction box 17002 And the material explosion action to purify the polluted river water while preventing the pollution of the river water from being increased, and at the same time, the upstream and downstream Amphibious species such as fish that are about to migrate to the river, and flora and fauna living in the river ecosystem, Act to prevent the phase;

The sedimentation sludge discharging passage 600 formed at the lower end of the multi-function movable sluice gate 17001 serving as the water purifier and the accumulation sludge discharging passage 170 formed at the material inlet box 17002, And clean streams that are heavily weighted are preferentially discharged to naturally purify contaminated streams

In the multi-function movable maintenance door operation system (17000) serving as the water purifier and the multi-function movable maintenance door operation frame (18000) serving as the intermediate water purifier, the water flowing down from the upstream of the stream is stored and the flood And the water level checker checks that the water flow rate of the water flowing in from the upstream of the river is lower than the volume of the water flowing in from the upstream of the river, and transmits the integrated control system and the hydraulic control system (not shown) The multi-function operation maintenance door operation system 17000 serving as the water purifier and the multi-function operation maintenance door operation frame 18000 serving as the intermediate water purifier are operated to operate the operation cylinder 230 By connecting the operation frame 5011 coupled in the downstream direction of the river, The operation process of discharging the water stored in the multi-function maintenance repair door operating system 17000 serving as the water quality purifier and the multifunctional maintenance maintenance door operating system 18000 serving as the intermediate water purifier in the downstream direction of the river is continuously performed The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained is checked and the water level state that is set in advance is checked and transmitted to the total control system so that the total control system activates the hydraulic control system, The multifunctional movable gate operation system 17000 serving as the water quality purifier and the multifunctional movable gate operation system 18000 serving as the intermediate water purifier are raised while the operation cylinder rod 231 coupled with the operation cylinder 230 is extended Wherein the water purifier It is characterized by eco-friendly eco-friendly construction that combines the multifunctional operation maintenance system (17000) with the above-mentioned multifunctional operation system (18000), which serves as the intermediate water purifier, Friendly eco-friendly construction method that restores the natural ecosystem by purifying contaminated river water using automatic multi-stage waterway and river ecosystem restoration system.

The vibrating motor and the method for constructing the vibration weight applied to the 31st embodiment of the present invention can be changed in various ways.

 In other words, it functions as a water purifier that vibrates by vibrator. Multifunctional operation maintenance door. It vibrates the operation system and serves as a water purifier. Multifunctional operation maintenance door. It operates between the operation system and the material that is introduced into the material input box and the material generated between the polluted water. It is natural that all of the modified constitution to purify the contaminated river water by the substance catalytic action and the substance oxidation action belong to the scope of the present invention.

In addition, since the shape of the material input box into which the water purification material is input can be configured using a wide variety of materials, it is a matter of course that all of the shapes formed by different shapes of the material input box belong to the scope of the present invention.

[Example 32]

The following is a description of claim 32 constructed in accordance with the 32nd embodiment of the present invention.

136 is a perspective view showing a state in which a power generation system combined with a multifunctional movable waterproof gate serving as a water quality purifier according to the 32nd embodiment of the present invention is erected, FIG. 137 is a perspective view showing a multifunctional water purifier FIG. 138 is a perspective view showing a state in which the power generation system coupled with the movable guard gate is conducted. FIG. 138 is a view showing a state in which the stacked sludge having a large specific gravity is discharged through the lower end portion of the multifunctional movable gate plate according to the 32nd embodiment Figure 139 is a perspective view of a multifunctional movable waterproofing door serving as a water quality purifier and showing a state in which electric power is produced using the water discharged at the same time. Figure 139 is a perspective view of a multifunctional movable waterproofing double- FIG. 140 is a perspective view showing a state in which a sedimentation sludge discharge passage is constituted. FIG. 141 is an exploded perspective view in which an operation frame constituting a multifunctional movable water gate serving as a water quality purifier is disassembled according to a 32nd embodiment of the present invention, FIG. 142 is an exploded perspective view of the multi- FIG. 4 is an exploded perspective view of components constituting left and right portions and a bottom portion of a power generation system combined with a multifunctional movable waterproof gate serving as a water purifier according to an embodiment,

143 is a perspective view showing an operation frame and a power generator lifting / lowering system of a multifunctional movable water retaining door serving as a water quality purifier according to a 32nd embodiment of the present invention, and Fig. 144 is a perspective view FIG. 145 is a perspective view showing a power generation device combined with a multifunctional movable security gate serving as a purifier, and a power generation device according to a 32nd embodiment of the present invention, FIG. 145 is a perspective view of a power generation device And FIG. 146 is a perspective view of a power generating apparatus combined with a multi-function movable gate serving as a water quality purifier according to a 32nd embodiment of the present invention, Fig.

A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);

Forming a cylinder upper and lower operation frame one side guide 5892 for controlling the combined use sedimentation sludge discharge passage on one side of the operation frame 5890 by using bolts and nuts to facilitate detachment and detachment;

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;

Forming a cylinder up-and-down operation frame second guide (11201) for controlling a combined accumulation sludge discharge passage on one side of the operation frame housing right side plate (12036);

Forming an index jaw (900) in the shape of a letter 자 between one side and the other side of a lower end portion of the operating frame enclosure (5890) composed of the two pairs;

  A process of assembling an indexing device 157, an index plate upper fixing table 158 and an index lower plate fixing table 156 in a vertical direction between the index jaws 900 and the rear surface of the foundation concrete 100 to construct an indexing device; ;

A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;

Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);

Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);

(Illustration of the left and right side surfaces and the front portion of the inner guide frame 590, which is illustrated by temporarily disassembling the front and side portions of the inner guide frame 590, is omitted to explain the structure of the inner guide frame 590)

A step of constructing an incubation platform 901 for the combined use sedimentation sludge discharge passage regulating mechanism at one side of the operation frame housing right side plate 12036 constituted in the operation frame 5890;

Depositing and joining a combined sludge sludge discharge passage regulating cylinder (12032) with a cylinder rod (12033) at an upper portion of the cylinder double seat (901) for controlling the adiabatic sedimentation sludge discharge passage;

Fixing the upper end of the cylinder rod 12033 to the upper end of the inner guide frame 590;

A power generation aberration upper and lower adjustment cylinder 902 coupled to the power generation aberration upper and lower cylinder rods 903 is connected to the lower end of the cylinder dual sphere 901 for controlling the adiabatic sludge sludge discharge passage from the multi- 20001); < / RTI >

Coupling a generator (906) using a generator case (905) coupled with a speed increasing unit and a power transmission device (not shown) at a lower end of the power generation aberration upper and lower cylinder rods (903);

Coupling the generator auger 20003 to the generator 906;

Combining the power generating aural cover 252 with the lower end of the multi-function movable maintenance panel 20001 on the power generating aberration 20003;

As described above, the power generating aberration 20003 formed at the lower end of the multifunctional operation maintenance door operation frame 22000 is connected to the adiabatic accumulated sludge discharge passage 600 formed at the lower end of the multi-function movable maintenance panel 20001, Function maintenance repair door (20001) combined with the multifunctional maintenance repair door (20001) at the time of flooding while controlling the rising and falling according to the situation by the power generation aberration upper and lower regulation cylinders (902) Configured to operate simultaneously when frame 22000 is turned on or standing;

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown), the remote control, and the close range control while adjusting the multifunctional operation maintenance door 20001 configured as described above And a water level checker (not shown) are integrally combined to complete a multifunctional movable water gate door operating system 20000 serving as a water purifier or a water purifying sludge discharge passage 600 constituted by a combined sedimentation sludge discharge passage 600, The multifunctional movable water gate door operating system 20000 serving as the water purifier is continuously installed on the upper portion of the cradle 507 constituting the upper portion of the foundation concrete 100 and then the water purifier- In the system 20000, the river water flowing down from the upstream of the river is stored and the water level is maintained. The total control system transmitted to the integrated control system by checking the amount of inflow and volume flowing from the upstream of the giga stream is installed in the interior of the two pairs of inner guide frames 590, When the cylinder rod 12033 coupled with the sludge discharge passage control cylinder 12032 is extended, the inner guide frame 590 formed on one side and the other side of the multi-function movable resistance plate 16001 is raised, The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the water reservoir door 20001 and at the same time the river water is always discharged through the combined accumulation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river The process is continuously carried out to produce electricity and at the same time the pollution of river water is increased. With the tray;

In the multifunctional maintenance repair door operating system 20000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 22000 coupled with the operating cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system 20000 flows in the downstream direction of the river It is necessary to carry out the drainage operation process continuously, and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance door operating system 20000 configured to maintain the water storage state by standing up the multi-function movable maintenance door operating system 20000 serving as the water purifier when the operating cylinder rod 231 coupled to the water purifier 200 is extended, Which is a natural eco-friendly method that purifies contaminated river water by constantly producing electricity using electricity, and it also uses automatic eco-friendly water that restores natural ecosystem. To pollute the river water naturally. It presents a natural eco-friendly method to purify

The vibration device is constructed on the multifunctional movable waterproofing door plate constructed in accordance with the 32nd embodiment of the present invention so that vibrations are applied to the power generating device formed at the lower end of the multifunctional movable waterproofing door plate so that the foreign substances automatically shake out Can be configured.

[Example 33]

The following explains the thirty-third aspect which is constructed in accordance with the thirty-third embodiment of the present invention

147 is a perspective view showing a state in which a power generation system combined with a multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 33rd embodiment of the present invention is erected and Fig. 148 is a perspective view showing a multifunctional water purifier FIG. 149 is a perspective view showing a state in which a power generation system combined with a movable guard gate is conducted. FIG. 149 is a view showing a state in which sedimented sludge having a large specific gravity is discharged through a lower end portion of the multi- 150 is a perspective view of a multi-function movable water conservation door combined with a multi-function movable water conservation door serving as a water purifier in accordance with the 33rd embodiment of the present invention. 151 is a perspective view showing a rear portion of the water purifier according to the 33rd embodiment of the present invention, 152 is an exploded perspective view of a combined power generation system according to a 33rd embodiment of the present invention. Fig. 152 is an exploded perspective view showing an operation frame for evacuating or standing up a power generation system combined with a multifunctional movable gate 153 is an exploded perspective view in which components constituting left and right parts and lower parts of a power generation system combined with a multifunctional movable gate serving as a water quality purifier in accordance with the 33rd embodiment of the present invention are disassembled and shown in an exploded perspective view, FIG. 155 is a perspective view of a power generation system separated from a power generation system combined with a multifunctional movable security gate serving as a water quality purifier according to a 33rd embodiment of the present invention. FIG. 155 is a perspective view of a multi- And a turbine portion of the power generation system coupled to the turbine.

A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

An operation frame housing 5890 in which a cylinder up-and-down operation frame one-side guide 5892 for controlling the combined accumulation sludge discharge passage is coupled is coupled to the outer side of the one-side movable-beam operation support shaft 12022 and the other- ;

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;

Forming a cylinder up-and-down operation frame second guide (11201) for controlling the combined accumulation sludge discharge passage on the other side of the operation frame housing right side plate (12036);

And assembling the combined use sedimentation sludge discharge passage regulating cylinder seat 301 on the intermediate upper side of the operating frame housing right side plate 12036;

Forming an index jaw (22001) in the shape of a letter 사이 between one side and the other side of the lower end portion of the operating frame housing (5890) composed of the two pairs;

A speed increasing unit for increasing the rotational speed of the generator and a speed increasing unit between the rear portion of the index jaw 22001 and the lower end of the multifunctional operation maintenance door 20001 and a delivery device (not shown in detail) A step of fixing the generator 20005 to the generator support shaft 20008 and fixing the generator auricle 20003 to the white surface using the generator rotation axis 20006;

The generator cover 20009 is padded to protect the generator 20005 and the power generating aberration 20003 constitutes the upper end of the power generating aberration 20003 so as not to be damaged by the generation aberration cover 252;

  A process of constructing an indexing device 157, an upper plate fixing plate 158 and a lower plate fixing plate 156 in a vertical direction between the indexing jaw 22001 and the rear surface of the foundation concrete 100, ;

A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;

Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);

Depositing and joining a combined sedimentation sludge discharge passage control cylinder (12032) with a cylinder rod (12033) on the upper part of the cylinder sedimentation basin (301) for controlling the adiabatic sedimentation sludge discharge passage;

Fixing the coupling plate 305 to the upper end of the inner guide frame 590 after the coupling plate 305 is formed on the upper end of the cylinder rod 12033;

Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);

(Illustration of the left and right side surfaces and the front surface portion of the inner guide frame 590 shown in FIG. 5, which is illustrated by temporarily disassembling the front portion and the side portion of the inner guide frame, is omitted for explaining the structure of the inner guide frame 590)

(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown), the remote control, and the close range control while adjusting the multifunctional operation maintenance door 20001 configured as described above And a water level checker (not shown) are integrally combined to complete a multifunctional movable water gate door operating system 20000 serving as a water purifier or a water purifying sludge discharge passage 600 constituted by a combined sedimentation sludge discharge passage 600, The multifunctional movable water gate door operating system 20000 serving as the water purifier is continuously installed on the upper portion of the cradle 507 constituting the upper portion of the foundation concrete 100 and then the water purifier- In the system 20000, the river water flowing down from the upstream of the river is stored and the water level is maintained. The total control system transmitted to the integrated control system by checking the amount of inflow and volume flowing from the upstream of the giga stream is installed in the interior of the two pairs of inner guide frames 590, When the cylinder rod 12033 coupled with the sludge discharge passage adjusting cylinder 12032 is extended, the inner guide frame 590 formed on one side and the other side of the multi-function movable resistance plate 16001 is raised, The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the water reservoir door 20001 and at the same time the river water is always discharged through the combined accumulation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river The process is continuously carried out to produce electricity and at the same time the pollution of river water is increased. With the tray;

In the multifunctional maintenance repair door operating system 20000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 22000 coupled with the operating cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system 20000 flows in the downstream direction of the river It is necessary to carry out the drainage operation process continuously, and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance door operating system 20000 configured to maintain the water storage state by standing up the multi-function movable maintenance door operating system 20000 serving as the water purifier when the operating cylinder rod 231 coupled to the water purifier 200 is extended, Which is a natural eco-friendly method that purifies contaminated river water by constantly producing electricity using electricity, and it also uses automatic eco-friendly water that restores natural ecosystem. To pollute the river water naturally. Purifying presents a natural eco-friendly method.

[Example 34]

The following will describe the thirty-fourth aspect constructed in accordance with the thirty-fourth embodiment of the present invention.

FIG. 156 is a perspective view showing a state in which a power generation system combined with a water quality purification apparatus constructed according to a 34th embodiment of the present invention is standing up in an upstream portion of a stream, and FIG. FIG. 158 is a perspective view showing a state in which a water purifying function is performed while a power generation system combined with a water quality purification apparatus is standing up and a power is produced, and FIG. 158 is a perspective view Of the two power generation systems combined with the water quality purification apparatus of the present invention, the power generation system is floated at the time of flooding and the conduction power generation system is conducted at the upstream portion of the river. Fig. 160 is a perspective view showing a state where the power generation system combined with the water quality purification apparatus constructed according to the example is standing up in the downstream portion of the river, 34 is a perspective view showing a state in which a conductive power generation system combined with a multifunctional movable guard gate serving as a water quality purifier constructed in accordance with an embodiment is standing up. FIG. 161 is a perspective view 162 is a perspective view showing a state in which the artificial cumulative sludge discharge passage formed at the lower end of the wind power generation system according to the 34th embodiment of the present invention is opened to produce electric power, 163 is a rear partial perspective view showing a state in which the wind power generation system constructed in accordance with the 34th embodiment of the present invention is floated at the time of flood, FIG. 164 is a perspective view of a water quality FIG. 165 is a perspective view of a pouring material filling box. FIG. 165 is a perspective view of a pouring material container according to the 34th embodiment of the present invention, It is a perspective view of the west.

A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Constructing an exponent wall 101 having one end of the foundation concrete 100 and the other end of the foundation concrete generating device coupling groove 920 and the material input box installation recess 913;

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);

Forming a cylinder upper and lower operation frame one side guide 5892 for controlling the combined use sedimentation sludge discharge passage on one side of the operation frame 5890 by using bolts and nuts to facilitate detachment and detachment;

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;

Forming a cylinder up-and-down operation frame second guide (11201) for controlling a combined accumulation sludge discharge passage on one side of the operation frame housing right side plate (12036);

Forming an index jaw (900) in the shape of a letter 자 between one side and the other side of a lower end portion of the operating frame enclosure (5890) composed of the two pairs;

  A process of assembling an indexing device 157, an index plate upper fixing table 158 and an index lower plate fixing table 156 in a vertical direction between the index jaws 900 and the rear surface of the foundation concrete 100 to construct an indexing device; ;

A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;

Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);

Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);

(Illustration of the left and right side surfaces and the front portion of the inner guide frame 590, which is illustrated by temporarily disassembling the front and side portions of the inner guide frame 590, is omitted to explain the structure of the inner guide frame 590)

A step of constructing an incubation platform 901 for the combined use sedimentation sludge discharge passage regulating mechanism at one side of the operation frame housing right side plate 12036 constituted in the operation frame 5890;

Depositing and joining a combined sludge sludge discharge passage regulating cylinder (12032) with a cylinder rod (12033) at an upper portion of the cylinder double seat (901) for controlling the adiabatic sedimentation sludge discharge passage;

Fixing the upper end of the cylinder rod 12033 to the upper end of the inner guide frame 590;

A power generation aberration upper and lower adjustment cylinder 902 coupled to the power generation aberration upper and lower cylinder rods 903 is connected to the lower end of the cylinder dual sphere 901 for controlling the adiabatic sludge sludge discharge passage from the multi- 20001); < / RTI >

Coupling a generator (906) using a generator case (905) coupled with a speed increasing unit and a power transmission device (not shown) at a lower end of the power generation aberration upper and lower cylinder rods (903);

Coupling the generator auger 20003 to the generator 906;

Combining the power generating aural cover 252 with the lower end of the multi-function movable maintenance panel 20001 on the power generating aberration 20003;

As described above, the power generating aberration 20003 formed at the lower end of the multifunctional operation maintenance door operation frame 22000 is connected to the adiabatic accumulated sludge discharge passage 600 formed at the lower end of the multi-function movable maintenance panel 20001, Function maintenance repair door (20001) combined with the multifunctional maintenance repair door (20001) at the time of flooding while controlling the rising and falling according to the situation by the power generation aberration upper and lower regulation cylinders (902) Configured to operate simultaneously when frame 22000 is turned on or standing;

Forming a material charging box 50001 having a plurality of river water supply holes 912 and a holder 921 on one side and the other side of the upper part thereof in the shape of a rectangular enclosure;

Constructing a vibration motor (909) coupled with a vibration weight at an upper portion of the material input box (50001);

(The horizontal frame and the vertical frame are naturally formed in the inside of the material input box 50001, and the illustration of the detailed drawing is omitted)

Minerals such as quartz, elvan, limestone, and basalt, which are composed of mineral substances, may be finely crushed or injected into the interior of the material input box 50001 to purify polluted river water. Mineral materials such as soil or ilite, such as soil or silt, are sintered at a temperature of about 500 to 1200 ° C to selectively purify water. The contaminated river water can be purified by using a filtration net, a filter such as a membrane or cashmere, or an EM ball made by charging charcoal or microorganisms, so that the contaminated river water can be purified, So that the material input box 5 0001) is collectively referred to as a water quality purification material (911);

   The elastic force reducing member 922 is formed at the lower end of the cradle 921 and then the bolt and nut 910 are used to press the material inlet box catch groove 913 Joining the material input box 50001;

A process of completing the water quality purifying material box operating system 50000 by combining a plurality of the material charging boxes 50001 configured as described above with the material charging box installing grooves 913 formed in the exponent wall 101 ;

A process of constructing the door frame 915 on one side and the other side of the rolling-type power generator coupling groove 920;

Constructing a rolling cylinder (908) coupled to the cylinder rod (916) in the door frame (915);

Forming a roll-shaped water gate 30001 in the form of a rectangular enclosure by connecting one side and the other side of the cylinder rod 916;

Forming a plurality of horizontal frames and a vertical frame on a rear portion of the volume-style water gate 30001;

Forming a generator cover (905) on the generator (906) after the generator (906) is installed on one side and the other side of the lower end of the winding-style water gate (30001);

(Transmission facility to be connected with the generator is a known technology and a detailed description thereof is omitted)

A step of constructing a generator regulating cylinder 918 combined with a generator regulating cylinder rod 919 in one side and the other side of the roll regulating gates 30001;

Coupling the generator (906) and the generator cover (905);

Coupling the generator cover (905) and the generator-regulating cylinder rod (919);

A power generating aberration 20003 coupled with the power generating aide protection cover 252 is formed between the generator 906 configured to facilitate the upward and downward operations at the lower end of the roll forming type water gate 30001, 30000);

The CC camera (not shown), the remote control, and the near-field control are controlled while adjusting the multifunctional operation maintenance door 20001, the winding-style power generation system 30000, and the water purification box operating system 50000, (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to form a sludge sludge discharge passage 600. The multi- (20001), the wind power generation system (30000), and the water quality material box operating system (50000), it is necessary to store the river water flowing from the upstream of the river and to maintain the high water level at all times, (20001), volume generation power generation system (30000) and water quality purification material box operation system (50000) are adjusted, the multi-function movable beam The power generating aberrnent 20003 constructed at the lower end of the door 20001 and the power generating aberration 906 formed at the lower end of the power generation system 30000 are used to generate electric power, , 20003), the rotary motor (909) is continuously rotated, and the material input box (50001) is continuously impacted by a vibration force generated in the rotary motor (909) Which is naturally generated between the water purification material 911 and the water purification material 911, which is injected into the water purification unit 50001, and the water purification unit 911, which is configured to naturally purify the river water contaminated by the substance- (20001), volume generation system (30000), and water quality purification box operating system (50000) to continuously purify contaminated river water Friendly eco-friendly method of naturally purifying polluted river water by using an automatic waterway and multifunctional operation gate constructed to produce characteristic electric power.

  [Example 35]

The following will describe the thirty-fifth aspect constructed in accordance with the thirty-fifth embodiment of the present invention.

Fig. 166 is a perspective view showing a state in which the power generation system constituted at the lower end portion of the multifunctional movable waterproof gate constructed as a water quality purifier in accordance with the 35th embodiment of the present invention is lifted and the sludge discharge passage is closed; Fig. 35 is a perspective view showing a state in which electricity is produced by using a power generation system after expanding the double-sided sediment discharge sludge discharge passage formed at the lower end in a state where the multifunctional movable guard gate serving as a water purifier in accordance with the thirty- 168 is a perspective view showing a state in which electricity is produced using a power generation system configured at the lower end in a state in which the multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the 35th embodiment of the present invention stands up. 35 shows a state in which the multifunctional movable gate, serving as a water purifier, 170 is an exploded rear perspective view of the rear portion of the multifunctional movable water storage tank for use in the water purifier according to the thirty-fifth embodiment of the present invention. FIG. 171 is a water purification unit 172 is an exploded perspective view illustrating a power generation system cover combined with a combined multifunctional movable security gate, FIG. 172 is a perspective view of a power generation system constructed in accordance with a 35th embodiment of the present invention, Figure 173 is a perspective view illustrating a state in which electricity is produced by using a power generation system constructed in accordance with a thirty fifth embodiment of the present invention. FIG. 174 is a perspective view of the 35th seal of the present invention 175 is an exploded perspective view showing an upper part of a front portion of a multi-function movable waterproofing door serving as a water purifier configured according to an example. Fig. 175 is a perspective view of a lower portion 176 is an exploded perspective view showing an operation frame of a multifunctional movable waterproof door serving as a water quality purifier constructed in accordance with the 35th embodiment of the present invention. Fig. 177 is an exploded perspective view of the 35th embodiment FIG. 178 is an exploded perspective view illustrating a multifunctional movable security gate serving as a water purifier in accordance with a thirty-fifth embodiment of the present invention. FIG. 178 is an exploded perspective view of an internal guide frame and a power generation system 179 is a perspective view showing a multifunctional movable beam for use in the water purifier according to the 35th embodiment of the present invention. An internal guide frame coupled with a hydrological gate, and an electric power generating system in an elevated state of the power generation system.

A foundation block (not shown) for supporting a multifunctional movable waterproofing gate plate 3501 that functions as a combined drainage sludge drainage passage 600 after installing a foundation concrete 100 on the bottom of a river after dredging the river bottom and repairing the bank, 507) on the foundation concrete (100);

Installing a rotating shaft (502) on one side and the other side of the base rest (507);

Forming an operation frame 5011 by combining an I-shape and a U-shape at the upper portion of the rotary shaft 502 to form a guide frame 501 at one side and an operation cylinder chamber 5010 at the other side;

Forming an adiabatic sedimentation sludge discharge passage frame index jaw (357) by connecting one side and the other side of the operation frame (5011);

Forming a double inner frame (351) in a U shape inside the guide frame (501) composed of two pairs;

Depositing a combined sedimentation sludge discharge passage regulating cylinder (302) coupled with a cylinder rod (303) at an upper end of the double inner frame (351);

Coupling an upper end of the cylinder rod 303 with a lower end of the guide frame 501;

Constructing a power generating aberration 20003 coupled to the generator 906 on one side and the other side of the lower end portion of the double inner frame 351;

A step of constructing a generator aide cover 353 at the upper end of the generator 906 and the auger 20003;

And a multi-function movable maintenance panel 3501 having upper and lower operation guides 350 on one side and on the other side, respectively, is provided on one side of the double-side inner frame 351 A process of configuring the inside of the other side;

(The description of the structure of the intermediate frame or the like combined with the multifunctional operation maintenance door 3501 is omitted)

A step of constructing a power generating aberration protector adjusting cylinder 355 coupled to the cylinder rod 352 on one side and the other side of the upper end of the multifunctional movable beam guiding door plate 3501;

Coupling the upper end of the cylinder rod 352 to the lower end of the double inner frame 351;

A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;

Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);

Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;

Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;

(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)

(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional movable water gate panel 3501 while adjusting a CC camera (not shown) (Not shown), thereby completing a multi-function operation maintenance operation system 3500 serving as a water quality purifier in which the double-sided sedimentation sludge discharge passage 600 is formed;

In the multifunctional operation maintenance door operating system 3500 serving as the water purifier configured as described above, the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 3500, The multifunctional movable water leveling gate plate 3501 is lifted by using the discharge passage adjusting cylinder 302 so as to pass through the double-sided sedimentation sludge drainage passages 600 formed at the lower end of the multi-function movable water leveling gate operating system 3500 Functioning movable water gate operating system 3500, which is a water purifier and configured to continuously generate electricity using the water pump 20003, while discharging the river water to purify contaminated river water, The natural ecosystem is given and the polluted river water is cleansed and electricity is continuously supplied Using the even automatically combined with automatic power generation system characterized by the eco-friendly environment-friendly method is configured to present a mountain eco-friendly environment-friendly process for purifying a contaminated river water, producing electricity continuously naturally.

[Example 36]

The following will describe the thirty-sixth aspect constructed in accordance with the embodiment of the present invention.

The multifunctional movable gate 3501 is formed as a winch type at a river water outlet formed at a river bank to naturally form an island using a multi-function movable gate of a winch type, which is configured to produce power while controlling discharge of river water Friendly eco-friendly construction method that continuously purifies polluted river water while continuously producing electricity using automatic islanding combined with automatic power generation system that features environmentally friendly eco-friendly method that purifies contaminated river water. do.

[Example 37]

The following will describe the thirty-seventh aspect constructed in accordance with the embodiment 37 of the present invention.

180 is a perspective view showing a state in which the power generation system constituted at the lower end portion of the multifunctional movable waterproof gate constructed in accordance with the thirty-seventh embodiment of the present invention as a water quality purifier and the combined accumulation sludge discharge passage are closed; FIG. 182 is a perspective view showing a state in which the multifunctional movable water guiding door serving as a water purifier according to a thirty-seventh embodiment of the present invention is constructed. FIG. Figure 183 is a perspective view showing a state in which electricity is produced using the power generation system after expanding the combined drainage sludge discharging passage constructed in accordance with the twenty-seventh embodiment of the present invention. Figure 183 is a perspective view of the multifunctional movable water- The sludge sludge discharging passage formed at the lower end is opened, and Fig. 184 is a perspective view showing a state in which the multifunctional movable protection gate is lifted in a state in which the multifunctional movable protection gate serving as a water quality purifier in accordance with the 37th embodiment of the present invention is raised and then the combined accumulation sludge discharge passage is closed. Figure 186 is a perspective view showing a state in which the multifunctional movable protection gate is floated and the double-sided sedimentation sludge discharge passage is opened in a state in which the multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 37th embodiment of the present invention is erected, FIG. 187 is a rear perspective view illustrating a rear surface portion of a multifunctional movable storage tank in accordance with a thirty-seventh embodiment of the present invention. FIG. 187 is an exploded perspective view of a rear surface portion of a multifunctional movable storage tank 188 is a water quality purifier and water purifier constructed in accordance with the thirty-seventh embodiment of the present invention Figure 189 is an exploded perspective view of the rear part of the multifunctional movable water guiding door in a state in which the multifunctional movable water guiding door is floated after the multifunctional movable water guiding door is raised. Figure 189 is a perspective view of the multifunctional movable water guiding door 190 is an exploded perspective view of the rear portion of the water purifier according to the thirty-seventh embodiment of the present invention, in which the multifunctional movable water guiding door is raised, Figure 191 is a rear exploded perspective view of the water purifier according to the thirty-seventh embodiment of the present invention. Figure 191 is an exploded perspective view of the rear part of the water purifier, As follows.

In an eco-friendly method for purifying polluted river water while naturally forming an island using a hydrological or hydraulic or pneumatic cylinder to float and descend the water gate,

And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,

A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;

A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;

Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);

 Forming an adjusting frame (836) on one side and the other side of the guide body (801);

A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and

Coupling the shaft 837 with the guide body 801;

(831) on one side and the other side of the shaft (837) of the water inlet;

Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);

Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;

Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;

Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;

 A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;

A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;

The combined funnel-accumulated sludge discharge passage 802 is formed in a rectangular shape at the lower end of the multifunctional movable gate 19000;

A double opening / closing gate 807 is provided in the inside of the multifunctional movable gate 19000 so as to have a U-

A double-opening / closing hydrologic and a downward-adjusting cylinder 811 coupled to a double-opening / closing hydraulically operated and downwardly-moving cylinder rod 812 at one end and the other end of the multifunctional movable guard 19000;

Closing cylinder head 812 and the upper end of the double opening / closing gate 807;

After constructing the generator-upper and lower-regulating cylinders 813 combined with the generator-upper and lower-regulating cylinder rods 815 inside the upper end of the double-opening and closing gates 807;

A pair of generator rotation shafts 817 coupled to the generator 816 and the generator aileron 803 on one side and the other side of the lower end of the double opening and closing gate 807, respectively;

Function movable guard gate 19000 formed by coupling the upper end of the generator 816 with the generator and lower cylinder rod 815 is installed at the upper end of a river or a river channel or a reservoir and then the multifunctional movable gate Closing hydraulics 807 constructed in the inside of the double-opening / closing cylinder 19000 is raised / lowered to the double opening / closing hydrologic /

The double-sided sedimentation sludge discharge passage (802, 830) formed at the lower end of the multifunctional movable gate (19000) is opened to form an automatic idler which is a moving passage for aquatic creatures such as fishes, amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river water discharged through the adiabatic accumulated sludge discharge passages 802 and 830 formed at the lower end of the multifunctional movable gate 19000 is used as the generator 816 The water supply system of the present invention is a water supply system in which water is supplied to a water turbine 803, Clean streams and sediment sludges are first discharged to purify contaminated streams. Angry that the natural tooth characteristics that feature environmentally friendly method to save the river that gave the multistage purify the river water pollution and simultaneously generate electricity and presenting the natural eco-friendly water purification process to revive the ecosystem.

[Example 38]

The following is a description of claim 38 constructed in accordance with the embodiment 38 of the present invention.

FIG. 192 is a perspective view showing a state in which the multi-function movable water gate serving as a water quality purifier constructed according to the 38th embodiment of the present invention is erected and then the double-sided sedimentation sludge discharge passage formed at the lower end portion is closed. FIG. 38 is a perspective view showing a state in which the multifunctional movable water gate serving as a water quality purifier constructed in accordance with the embodiment is erected and then the adiabatic sedimentation sludge discharge passage formed at the lower end portion is opened. FIG. 194 is a perspective view Which is an exploded perspective view of a part of a multifunctional movable water storage tank serving as a water quality purifier and is constructed as follows

And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,

A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;

A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;

Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);

 Forming an adjusting frame (836) on one side and the other side of the guide body (801);

A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and

Coupling the shaft 837 with the guide body 801;

(831) on one side and the other side of the shaft (837) of the water inlet;

Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);

Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;

Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;

Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;

 A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;

A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;

The double-sided sedimentation sludge discharge passage 830 formed at the lower end of the multifunctional movable gate 19000 is opened to form an automatic idler which is a moving path of aquatic ecosystems such as fishes and amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river ecosystem is restored using the combined sedimentation sludge discharge passage 830 formed at the lower end of the multifunctional movable guard 19000, It is a nature-friendly eco-friendly method that cleanses contaminated river water by discharging heavy clean river and sediment sludge first. It produces electricity by storing multi-stage river water and purifies contaminated river water. Eco-friendly water quality purification eco-friendly method The.

[Example 39]

The following is a description of claim 39 constructed in accordance with the 39th embodiment of the present invention.

195 is a perspective view showing a state in which the multi-function movable water gate serving as a water quality purifier constructed in accordance with the 39th embodiment of the present invention is raised and then the double sided sedimentation sludge discharge passage formed at the lower end portion is closed. 39 is a perspective view showing a state in which the multifunctional movable water gate serving as a water quality purifier constructed in accordance with the embodiment is erected and then the double sided sedimentation sludge discharge passage formed at the lower end is opened. FIG. 197 is a perspective view 198 is a perspective view showing a state in which a multifunctional movable security gate serving as a water purifier is turned on. FIG. 198 is a cross-sectional view of a multifunctional movable security gate constructed in accordance with the 39th embodiment of the present invention, FIG. 199 is a rear perspective view showing a state where the discharge passage is opened. FIG. 200 is an exploded perspective view of the rear part of the multi-function movable water storage tank, which is constructed in accordance with the forty-ninth embodiment of the present invention, 201 is an exploded perspective view of a multifunctional movable water shielding door plate serving as a water quality purifier constructed according to the 39th embodiment of the present invention.

After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning polluted river water by combining hydraulic control system

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;

A step of forming a cylinder-mounted multifunctional movable beam guide 953 for controlling the double-sided sedimentation sludge discharge passage in the form of a circle on the other side of the right side plate 12036 of the operating frame housing;

A step of forming a cylinder 951 coupled with a cylinder rod 952 on the upper portion of the cylinder-mounted multi-function movable beam guide 953 for controlling the adiabatic sedimentation sludge discharge passage;

Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;

A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;

 The upper and lower guides 590 are formed in a U shape in the opposite direction and the upper and lower guides 590 are formed in the middle of the rear part and a plurality of + (30000);

A process of coupling the upper end of the upper and lower guides 590 formed on one side and the other side of the multifunctional movable gate 30000 to the cylinder rod 952,

(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively carry out the remote control and the close range control while controlling the multifunctional operation maintenance door 30000 (Not shown), thereby completing the multifunctional operation maintenance door 30000 in which the combined sedimentation sludge discharge passage 600 is formed;

In the multi-function movable maintenance door 30000 constructed as described above, the river water flowing down from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing down from the upstream of the river, When the integrated control system transmitted to the integrated control system is extended, the cylinder rod 952 coupled with the cylinder 951, which is configured inside the two pairs of inner guide frames 590, is extended The multifunctional movable protection gate 30000 coupled to the multifunctional movable gate 30000 is lifted and the combined drainage sludge discharge passage 600 is formed at the lower end of the multifunctional movable gate 30000, The sludge discharging passage 600 discharges the river water from the sewage sludge discharging passage 600 to the outside And to prevent the phenomenon of heavy pollution of the river water and to prevent the amphibian and river ecosystem including the fish which are going to move upstream and downstream of the river through the double- And to help move the flora and fauna inhabited;

 The contaminated river water and the clean river water collide with each other to cause the collision action to purify the contaminated river water and to keep the flowing water flowing from the upstream of the river inside the multifunctional maintenance door 30000 to maintain the high water level The water level checker checks that the river water flowing down from the upper stream of the river flows down and the river water flowing down from the upper stream of the river flows down to the integrated control system, Functioning maintenance door 30000 by operating the operation cylinder 230 coupled to the operation cylinder 230 and driving the operation frame 11100 coupled to the operation cylinder 230 in the downstream direction of the river, ) To drain the river water stored in the lower part of the river The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained, checks the predetermined water level status, and transmits the water level status to the total control system, Function maintenance door (30000) configured to operate the hydraulic control system to stand up the multi-function movable maintenance door (30000) while the operation cylinder rod (231) coupled with the operation cylinder (230) 30000), which is a nature-friendly eco-friendly method that restores natural ecosystems and purifies contaminated streams.

Friendly eco-friendly method that cleanses polluted river water while restoring river ecosystem using automatic eco-friendly water.

It is preferable that the cylinder rod 952 is contracted when conducting the multifunctional movable gate 30000 so as to conduct the multifunctional movable gate 30000 in a state in which the multifunctional movable gate 30000 is in complete contact with the exposing jaws 157.


[Example 40]

The following is a description of claim 40 constructed in accordance with the 40th embodiment of the present invention.

Fig. 202 is a perspective view showing a state in which the multi-function movable water gate serving as a water quality purifier constructed in accordance with the forty-ninth embodiment of the present invention is erected and then the adiabatic sedimentation sludge discharge passage formed at the lower end portion is closed. Fig. 40 is a perspective view showing a state in which the multifunctional movable water gate serving as a water quality purifier constructed in accordance with the embodiment is erected and then the adiabatic accumulated sludge discharge passage formed at the lower end is opened. 205 is a rear perspective view of a multifunctional movable water storage tank serving as a water quality purifier constructed in accordance with a forty-second embodiment of the present invention, FIG. 206 is a perspective view of the multi- Fig. 6 is a perspective view of an operation frame constructed on left and right sides of a multifunctional movable water storage tank, And FIG. 207 is an exploded perspective view of an operation frame and a rear surface portion of the watercraft which are formed on the left and right sides of the multifunctional movable waterproofing door, which is constructed in accordance with the 40th embodiment of the present invention, Figure 209 is an exploded perspective view of the water purifier in accordance with the forty-first embodiment of the present invention. Figure 209 is an exploded perspective view of the multifunctional movable boom, FIG. 210 is an exploded perspective view of a multifunctional movable waterproof gate and a water purifier in accordance with a forty-first embodiment of the present invention, wherein the multifunctional movable waterproof gate is constructed in accordance with a forty- , Reference numeral 211 denotes a connection state between the multifunctional movable gate and the water purifier constructed according to the forty-first embodiment of the present invention And is formed as follows.

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);

Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;

A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;

Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;

Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);

Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;

 Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);

Closing the movable beam opening / closing operation cylinder (230);

A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;

Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);

Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;

Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);

Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;

On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036

Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;

Forming a multifunctional movable shield (50000) on the other side of the right frame 12036;

Forming a water gate 550 in the form of an H-letter at the lower end of the multi-function movable maintenance door 50000;

One side portion and the other side portion of the multifunctional movable water guard door 50000 are used as the accumulated sludge discharge passageway and the rod 2002 is sandwiched between the sluices 550 and the sluice sludge discharge passage A process;

 Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;

A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;

(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while controlling the multifunctional operation maintenance door 50000 (Not shown), thereby completing the multi-function movable maintenance door 50000 in which the double-sided sedimentation sludge discharge passage 600 is formed;

In the multi-function movable maintenance door 50000 constructed as described above, the river water flowing down from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing down from the upstream of the river, The integrated control system transmitted to the integrated control system transmits the integrated sludge discharge passage or the accumulated sludge discharge passage formed between the multifunctional movable sash door 50000 and the accumulated sludge discharge passage, When the cylinder rod 2002 coupled to the multifunctional movable waterproof door 50000 is contracted, the water gate 550 is raised in the sedimentary sludge discharge passage coupled with the multifunctional movable water security door 50000, The combined use sedimentation sludge discharge passage 600 is formed in the upper stream of the river, The sewage sludge discharge passage 600 is continuously discharged through the combined sedimentation sludge discharge passage 600 by the inflow amount so as to prevent the contamination of the river water from being increased and at the same time the artificial sediment sludge discharge passage 600, And to assist in the migration of flora and fauna in amphibians and river ecosystems, including fish that are going to move upstream and downstream of rivers;

 The contaminated river water and the clean river water collide with each other to generate a collision action to purify the polluted river water and to keep the flowing water flowing from the upstream of the river inside the multifunctional maintenance door 50000 to maintain the high water level The water level checker checks that the river water flowing down from the upper stream of the river flows down and the river water flowing down from the upper stream of the river flows down to the integrated control system, The operation cylinder 230 coupled to the operation cylinder 230 is operated to transmit the operation frame 11100 coupled to the operation cylinder 230 in the downstream direction of the river to move the multifunctional operation maintenance door 50000, ) In the downstream direction of the river The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained, checks the predetermined water level status, and transmits the water level status to the total control system, The multifunctional operation maintenance door (50000) is opened by operating the hydraulic control system so that the operation cylinder rod (231) coupled with the operation cylinder (230) is extended to stand the multifunctional operation maintenance door 50000), which is a natural eco-friendly method, which cleanses contaminated river water while restoring natural ecosystem by using automatic islanding

It is a natural eco-friendly water purification method that reclaims stream ecosystem by using hydrological cycle as well as purifying contaminated river water while producing electricity.

[Example 41]

The following is a description of claim 41 constructed in accordance with the forty-first embodiment of the present invention.

212 is a perspective view showing a state in which a power generation system constituted at the lower end portion of the multifunctional movable waterproof gate constructed in accordance with the forty-first embodiment of the present invention as a water quality purifier and an associated drainage sludge discharge passage are closed;

FIG. 213 is a perspective view showing a state in which a multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-first embodiment of the present invention is erected and then an adiabatic accumulated sludge discharge passage formed at the lower end is opened to produce electricity.

Fig. 214 is a perspective view showing a state in which a multifunctional movable water gate serving as a water quality purifier and constructed in accordance with the forty-first embodiment of the present invention is conducted. Fig.

FIG. 215 is a perspective view showing a state in which the multifunctional movable protection gate is lifted in a state in which the multifunctional movable protection gate serving as a water quality purifier constructed according to the 41st embodiment of the present invention stands up,

216 is a rear perspective view showing a state in which the multifunctional movable waterproof gate serving as a water quality purifier in accordance with the 41st embodiment of the present invention is erected

Figure 217 is a perspective view of a multifunctional movable waterproofing structure according to a forty-first embodiment of the present invention in which a multi-function movable waterproof gate serving as a water quality purifier is erected,

Figure 218 is a perspective view of a multifunctional movable gate and a rear portion of the power generation system in a state in which the multifunctional movable gate, which serves as a water quality purifier, is constructed in accordance with the forty-

FIG. 219 is a perspective view of the multifunctional movable waterproofing door according to the fourteenth embodiment of the present invention, after the multifunctional movable waterproof gate is lifted in a state where the multifunctional movable waterproof gate serving as a water purifier is erected,

FIG. 220 is a perspective view illustrating a multifunctional movable waterproof door and a rear view of the power generation system in a state where the multifunctional movable waterproof gate is lifted in a state where the multifunctional movable waterproof gate serving as a water quality purifier constructed in accordance with the forty-

FIG. 221 is a perspective view of a door frame constructed on left and right sides of a multifunctional movable waterproofing door serving as a water quality purifier in accordance with a forty-

FIG. 222 is a perspective view of a multi-function movable waterproof door operating system constructed in accordance with a forty-first embodiment of the present invention,

Figure 223 is an exploded perspective view of the multifunctional movable water gate in accordance with the forty-first embodiment of the present invention,

And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,

A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;

A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;

Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);

 Forming an adjusting frame (836) on one side and the other side of the guide body (801);

A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and

Coupling the shaft 837 with the guide body 801;

(831) on one side and the other side of the shaft (837) of the water inlet;

Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);

Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;

Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;

Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;

 A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;

The multi-function movable sluice gate 17000 is provided with respective double-sided sedimentation sludge discharge passages 802, 853, and 855;

A double opening / closing gate 807 is provided in the inside of the multifunctional movable gate 19000 so as to have a U-

Inside the double opening and closing gate 807, there are provided power generating aids 803, 856, and 857 coupled to the respective generators;

The double-opening / closing gate 807 is provided with double-sided sedimentation sludge discharge passage adjusting passages 802, 853, and 855;

A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;

A double-opening / closing hydrologic and a downward-adjusting cylinder 811 coupled to a double-opening / closing hydraulically operated and downwardly-moving cylinder rod 812 at one end and the other end of the multifunctional movable guard 19000;

Closing cylinder head 812 and the upper end of the double opening / closing gate 807;

After constructing the generator-upper and lower-regulating cylinders 813 combined with the generator-upper and lower-regulating cylinder rods 815 inside the upper end of the double-opening and closing gates 807;

A pair of generator rotation shafts 817 coupled to the generator 816 and the generator aileron 803 on one side and the other side of the lower end of the double opening and closing gate 807, respectively;

Function movable guard gate 19000 formed by coupling the upper end of the generator 816 with the generator and lower cylinder rod 815 is installed at the upper end of a river or a river channel or a reservoir and then the multifunctional movable gate Closing hydraulics 807 constructed in the inside of the double-opening / closing cylinder 19000 is raised / lowered to the double opening / closing hydrologic /

The double-sided sedimentation sludge discharge passage (802, 830) formed at the lower end of the multifunctional movable gate (19000) is opened to form an automatic idler which is a moving passage for aquatic creatures such as fishes, amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river water discharged through the adiabatic accumulated sludge discharge passages 802 and 830 formed at the lower end of the multifunctional movable gate 19000 is used as the generator 816 The water supply system of the present invention is a water supply system in which water is supplied to a water turbine 803, Clean streams and sediment sludges are first discharged to purify contaminated streams. Angry that the natural tooth characteristics that feature environmentally friendly method to save the river that gave the multistage purify the river water pollution and simultaneously generate electricity and presenting the natural eco-friendly water purification process to revive the ecosystem.

The number of cylinders to be installed in each embodiment of the present invention can be configured such that the cylinders are vertically oriented and a plurality of the cylinders are coupled at the same time so that the movable guard gate can be raised, lowered, or conducted or erected Such design changes are also within the scope of the present invention.

The actuating devices constructed according to the respective embodiments of the present invention can be variously modified

For example, it is possible to change the configuration of the eco-friendly method in which an idler is naturally formed while the exhaust channel is automatically formed by combining an actuator operated by hydraulic pressure to purify contaminated river water.

In addition, the multifunctional movable gate can be raised and lowered by a general gear type or screw gear type to change the operating device so as to constitute a combined accumulative sludge discharge passage at the lower end of the multifunctional movable waterproof gate, Of the present invention fall within the scope of the present invention.

It is possible to use the guide frame to change the operating device so as to automatically configure the combined sedimentation sludge discharge passage at the lower end of the watercourse, so that, based on the theory of the claims set forth in the present invention, The present invention is not limited to these embodiments, and various modifications may be made so that the exhaust channel of the sludge sludge is formed. Therefore, it is a matter of course that such design changes belong to the scope of the present invention.

The bottom side and side watertight devices of the multifunctional movable waterproofing device of the present invention can be configured to prevent leakage of river water by using a known technology, The detailed drawings are omitted in accordance with the convention of submitting the information to the user.

The hydraulic piping line for supplying hydraulic oil to the operating cylinder and the cylinder for controlling the combined sludge discharge passage is not limited to that shown in the drawings.

When multifunctional movable gate constructed by eco-friendly method that purifies contaminated river water while naturally forming the island of the present invention is installed in a multistage manner in a multistage manner over the entire cross section of all rivers, To produce the effect of producing.

In particular, if all the water storage devices constructed in accordance with the present invention are installed in all the rivers of the country boasting an average annual rainfall of about 1254 mm in a multistage stepwise manner, the self-sufficiency of electric energy can be achieved.

In addition, it provides a power generation system using a large amount of water resources while restoring the environment of the river which is devastated day by day. At the same time, it forms a natural fishery that naturally cultivates a large amount of fish, have

500: multi-function movable gate 501: guide frame 600: double-sided deposition sludge discharge passage

Claims (42)

Concrete is laid on the bottom of the river and combined with the water level checker and comprehensive control system combined with the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated operation while being installed at the upper part of the concrete, In the eco-friendly method of purifying contaminated river water while naturally forming the sludge discharge passage and the island
After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);
Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);
Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);
Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;
Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);
Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;
Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,
The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,
Figure pat00006
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;

A step of forming a cylinder rod supporting plate member 508 for opening and closing a double-sided ecological passage in the shape of a letter □ at the lower end of the guide frame 501,
A process for constructing an eco-friendly path opening / closing cylinder rod 503 which is coupled to one side of the lower end portion 510 of the double-function multi-function movable waterproofing door plate 500 and the other side eco-passage opening / closing cylinder 509 ;
Engaging the end portion of the double-sided eco-path opening / closing cylinder rod (503) with the eco-path opening / closing cylinder rod supporting plate (508);
Forming an exponential packing (300) on a front surface of the movable multifunctional movable shield plate (500);
A first leak preventing tuck 891 and a second leak preventing tuck (not shown) are formed in the guide frame 501 so as to prevent leakage of the river water between the double-purpose multifunctional water table 500 and the guide frame 501, And the first protruding protrusion 881 and the second protruding protrusion 880 are formed in the multifunctional movable water conservative door plate 500 and then connected to the cylinder 509 for opening / The multifunctional multifunctional water basin 500 and the guide frame 501 are brought into close contact with each other by adjusting the biosecure passage opening and closing cylinder rod 503 so that the multifunctional multifunctional water basin 500 and the guide frame 501 And preventing leakage of the river water between the water supply unit and the water supply unit;
A process of assembling a foreign matter inflow blocking bar operating cylinder 800 coupled to the cylinder rod 806 and a foreign matter inflow blocking bar operating cylinder bracket 801 on the front face of the left and right guide frames 501;
Coupling the foreign matter inflowing-off-bar frame 802 to the left and right cylinder rods 806;
Forming a foreign matter inflow barring upper and lower operation guides 805 at the lower ends of the left and right guide frames 501;
The foreign matter inlet blocking bar 802 is inserted into the foreign matter inlet blocking bar frame 802 through the foreign matter inlet blocking bar upper and lower operation guides 805,
A step of completing the multifunctional movable control panel 500;
A total control system (not shown), a water level checker (not shown), and a control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the above-mentioned multi function multifunctional water table 500, The method comprising the steps of: (a) completing a multifunctional movable water gate operation system 700 for use in combination with various devices constituting the multifunctional water gate plate 500 to constitute an adiabatic sedimentation sludge discharge passage 600;
In the multifunctional movable water guiding gate operating system 700, which is constructed as described above, the multifunctional movable water guiding gate operating system 700 is combined with the multifunctional movable water guiding gate operating system 700 described above. The water level checker checks the inflow amount and the volume amount flowing from the upstream of the river in the state where the river water flowing down from the upstream is stored and the full water level is maintained and transmits the total amount of control to the integrated control system, The eco-system passage opening / closing cylinder rod 503, which is elongated when the double-glazed eco-path opening / closing cylinder rod 503 is coupled with the combined eco-path opening / closing cylinder 509, By the supporting force of the cylinder rod supporting plate 508 for the double- Function movable waterproofing door plate 500 coupled to the cylinder opening / closing cylinder rod 503 is extended to the upper portion of the guide frame 501, and at the lower end of the multi-function movable waterproofing door plate 500, The sludge discharging passage 600 is automatically formed and continuously discharging the contaminated accumulated sludge through the combined sedimentation sludge discharge passage 600 and the inflow amount of the river water flowing from the upstream of the river continuously The movement of animals and plants living in amphibians and river ecosystems, including fishes that are about to move upstream and downstream of the river, through the double-sided sedimentation sludge discharge passage 600, which is opened at any time, (600) which serves to help the sludge sludge discharging passage
And an eco-friendly eco-friendly method for purifying contaminated river water by continuously discharging accumulated sediments while naturally forming the eco-friendly water using the multifunctional movable water gate operation system 700 for the double-sided water quality purification. Eco-friendly multifunctional environment-friendly water purification system that recovers river ecosystem while purifying polluted river water while generating electricity using movable control gate The method of claim 1, wherein
After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);
Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);
Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);
Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;
Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);
Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;
Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,
The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,
Figure pat00007
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;
A process of constructing a first control rod supporting white paper 522 on one side and the other side of the guide frame 501;
A step of constructing a second adjustment pad white paper (521) on one side and the other side of the upper end of the multifunctional movable waterproofing door plate (500);
The first adjustable band 523 and the second adjustable band 525 are arranged in a white shape between the first adjustment band support white paper 522 and the second adjustment band paper 521 so as to facilitate flow, A process;
Coupling a vertex at which the first adjustable bar 523 and the second adjustable bar 525 meet by the cylinder rod white paper 528;
Filling the cylinder rod 526 with a cylinder rod 526 coupled with the cylinder rod 528 to form a multifunctional moveable stem plate 500;
A total control system (not shown) and a water level checker (not shown) configured to comprehensively perform remote control and close range control with a CC camera (not shown) while adjusting the multifunctional movable water gate operation system 700 for the double- And the multifunctional movable waterproofing gate plate (500) are coupled to each other to complete a multifunctional movable waterproofing door operating system (700) for dual water quality purification;
The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, The total control system transmitted to the integrated control system by checking the inflow amount and the volume of the cylinder rod 526 that is automatically pulled when the cylinder rod 526 engaged with the left and right operation cylinder 527 is retracted When the multifunctional movable control gate panel 500 is pulled up to the upper portion of the guide frame 501, the multifunctional movable control gate panel 500 The accumulation sludge discharging passage 600 is formed at the lower end of the river, The sewage sludge discharging passage 600 discharges the sewage sludge from the sewage sludge discharging passage 600 to the sewage sludge discharging passage 600, The multi-function movable water gate operation system 700 for natural water purification, which serves to help move the amphibians and the flora and fauna living in the amphibians and river ecosystems including the fishes that are about to move to the upstream and downstream of the river, Friendly eco-friendly construction method that purifies polluted river water and provides environmentally friendly multifunctional movable water gate that is used to restore electricity to the river ecosystem while simultaneously cleaning the polluted river water. Purification eco-friendly method In Item 1
After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);
Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);
Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);

Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;
Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);
Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;
Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,
The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,
Figure pat00008
A step of forming an oblique one-side triangular shape and a top-side one having a straight rectangular shape;
A groove 555 is formed in a rectangular shape at one side and the other side of the middle portion of the double acting multifunctional movable waterproofing door plate 500 and connected to the lower portion of the groove 555 by a vertical actuating cylinder base 530 And then assembling the movable multifunctional movable waterproofing door plate 500 together with the movable multifunctional movable waterproofing door plate 500;
Assembling a vertically actuating cylinder 531 coupled with a vertically actuating cylinder rod 532 at an upper portion of the cylinder seat 530;
Forming a cylinder rod coupling plate for vertical operation 533 on one side of the guide frame 501 and a middle middle portion of the other side of the guide frame 501;
A step of combining the cylinder rod coupling plate for vertical operation 533 and the cylinder rod for vertical operation 532 in white to complete the multi-functional movable maintenance plate 500;
A total control system (not shown) and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the above-described multi-function movable control gate plate 500 configured as described above while adjusting the CC camera (Not shown) and a multifunctional operation maintenance door 700 serving as a water purifier are combined to complete a multi-functional operation maintenance operation system 700 for the double-sided sedimentation sludge discharge passage 600.
The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, When the total control system transmitted to the integrated control system checks the inflow amount and the volume amount and controls the vertical operation cylinder rod 526 coupled with the vertically actuating cylinder 531, When the vertically operating cylinder rod 532 exerts the function of pulling the double acting multi-function movable control gate plate 500 coupled to the guide frame 501 to the upper portion of the guide frame 501, The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the artificial multi- The sewage sludge discharging passage 600 discharges the sewage sludge discharged from the sewage sludge discharging passage 600 at a rate higher than the inflow amount of the inflow water from the upper stream of the river. The multifunctional movable water gate operation system 700 (hereinafter, referred to as " multifunctional movable water gate operation system ") 700 for functioning to help move amphibians and animals and plants living in the river ecosystem including the fishes that are about to move upstream and downstream of the river through the dual- Friendly eco-friendly method that cleanses contaminated river water while naturally forming an eco-system for restoration of ecosystem by using the eco-friendly multi-function movable gate, Nature that cleanses polluted river water at the same time Tue friendly method of water purification The method of claim 1, wherein
After the river bottom and the levee are maintained, the foundation floor is dredged and the foundation concrete (100) having the left and right exponential walls (not shown) is laid on the bottom of the river, and then the combined drainage sludge discharge passage Installing a foundation rest (507) on the foundation concrete (100) to support the multi-function movable control panel (500);
Installing two pairs of rotation shafts (502) on one side and the other side of the base board (507);
Constructing a ⊂ 자 shaped guide frame (501) on one side and the other side of the rotating shaft (502);
Closing cylinder rod 203 for fixing the opening and closing cylinder rod 203 to the rear face of the guide frame 501;
Forming an open / close cylinder blanket (511) on the bottom of the concrete (100);
Coupling the opening / closing cylinder 200 to the open / close cylinder blanks 511 by white paper;
Closing cylinder rod 203 coupled with the opening / closing cylinder 200 on the open / close cylinder rod white paper 202;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a technology capable of changing the configuration,
The lower end portion 510 of the double-acting multi-function movable gate plate 500 inserted into the guide frame 501 serves as the double-sided sedimentation sludge discharge passage 600,
Figure pat00009
A step of constructing a movable multifunctional movable control panel 500 having an oblique one side triangular shape and an upper side having a rectangular rectangular shape;
A step of forming a cylinder rod coupling plate 556 for upper and lower operation on one side and the other side of the upper side of the universal multifunctional movable waterborne door plate 500;
Forming upper and lower actuating cylinder coupling plates 552 on one side and the other side of the guide frame 501;
Engaging upper and lower actuating cylinders 551 coupled with the upper and lower actuating cylinder rods 553 to the upper and lower actuating cylinder engaging plates 552;
A step of assembling the upper and lower operation cylinder rod 553 and the upper and lower operation cylinder rod coupling plate 556 to complete the artificial multi function movable control door plate 500;
A combined control system (not shown) and a water level checker (not shown) configured to comprehensively perform close control of the CC camera (not shown) and the remote control while adjusting the multi-functional multi-function movable control panel 500 Thereby completing the multifunctional movable water guiding gate operating system 700 for the double-sided water purification for constituting the dual-purpose sedimentation sludge discharge passage 600;
The water level checker flows from the upper stream of the river in a state in which the river water flowing down from the upstream of the river is stored in the multifunctional movable water gate door operating system 700 for purifying combined water quality, When the total control system that has been transmitted by transmitting the check result to the integrated control system by checking the amount of inflow and the amount of volume and adjusting the upper and lower operation cylinder rod 553 engaged with the upper and lower operation cylinder 551, The upper and lower operation cylinder rods 553 pulled by the guide frame 501 are pulled up to the upper portion of the guide frame 501 by the operation of the double- The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the artificial multifunctional movable control panel 500 automatically The sewage sludge discharging passage 600 discharges the sewage sludge discharged from the sewage sludge discharging passage 600 at a rate higher than the inflow amount of the inflow water from the upstream of the stream to prevent the pollution of the stream water from being increased, The multifunctional movable water gate operation system 700 for facilitating the movement of amphibians and other flora and fauna living in the river ecosystem including the fish which are going to move upstream and downstream of the river through the sedimentation sludge discharge passage 600, Friendly eco-friendly method that cleanses polluted river water while naturally forming Ado using water. It uses eco-friendly multifunctional movable water gate that is made up of ADO to restore electricity to the river ecosystem, Nature-friendly purification of water to purify the river water Environmental Process Concrete is laid on the bottom of the river and combined with the water level checker and comprehensive control system combined with the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated operation while being installed at the upper part of the concrete, In the eco-friendly method of purifying contaminated river water while naturally forming the sludge discharge passage and the island
A foundation block 507 for supporting a multifunctional movable waterproofing gate plate 500 which functions as a combined drainage sludge discharge passage 600 after dredging a river bottom and installing a foundation concrete 100 is called a foundation block 100 );
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A step of forming a ⊂ guide shape frame 501 on one side and the other side of the rotation axis 502;
A step of forming an operation cylinder rod white paper 202 for fixing the operation cylinder rod 203 to the back face of the guide frame 501 by a white paper;
Forming a working cylinder blanket (511) on the bottom of the concrete (100);
Bonding the operating cylinder 200 to the operating cylinder blanks 511 with a white paper;
Bonding the cylinder rod (203) coupled with the actuating cylinder (200) to the actuating cylinder rod white paper (202) with a white paper;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The multifunctional movable gate plate 500, which is inserted into the guide frame 501 and serves as a combined drainage sludge discharge passage 600, has a structure of a lower end 510
Figure pat00010
A step of assembling the multifunctional operation maintenance door 700 serving as a water quality purifier by inserting it into the inside of the guide frame 501,
A process of forming an opening / closing cylinder rod supporting plate 563 at the upper end of the multifunctional movable waterproofing door plate 500,
Connecting the one side and the other side of the guide frame (501) to form an opening / closing cylinder support (560);
Closing cylinder 561 coupled to a cylinder rod 562 for opening and closing at the lower end of the opening and closing cylinder support 560;
Closing the cylinder rod 562 for opening and closing and the cylinder rod supporting plate 563 for opening and closing to constitute a multifunctional operation maintenance door 700 serving as a water purifier;
(700) which is a water purifier combined with the left and right side hydrological plates for exponent function (not shown in the description as a known technique) at one side and the other side of the multifunctional operation maintenance door (700) After completing the river
A total control system (not shown), a water level checker (not shown) configured to comprehensively perform a remote control and a close-up control with a CC camera (not shown) while adjusting the multi-function operation maintenance door 700 serving as the water purifier, A step of completing an operation system of a multifunctional operation maintenance door 700 serving as a water quality purifier in which an artificial sedimentation sludge discharge passage 600 is formed by combining a multifunctional operation maintenance door 700 serving as a water purifier,
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river Closing cylinder rod 562, which is automatically pulled when the overall control system is transmitted to the integrated control system by checking the volume and transmitting the integrated control system to the integrated control system, when the integrated control system shrinks the opening / closing cylinder rod 562 engaged with the opening / closing cylinder 561 Function movable waterproofing door plate 500 and the multi-function movable waterproofing door plate 500 when the multi-function movable waterproofing door plate 500 is pulled up to the upper portion of the guide frame 501 The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the flow path, and the amount of inflow of the river water flowing upstream from the stream The sewage sludge discharging passage 600 continuously discharges the sewage sludge discharged from the sewage sludge discharging passage 600 to prevent the sewage sludge from being heavily contaminated, (700) functioning as a water quality purifier that serves to help move the animals and plants living in the amphibians and river ecosystems including the fishes that are going to the upstream and the downstream and naturally form the fishes, Friendly multi-function movable gate that is composed of the eco-friendly eco-friendly method that cleans the polluted river water while restoring the river ecosystem by producing electricity. Eco-friendly method In paragraph 2 or 4 and 5
The multifunctional movable water conservation door plate 500 is provided with a water nozzle for spraying the river water. The multi-function movable maintenance door 700, which serves as the water purifier, is used to naturally form the island, Eco-friendly multifunctional movable gate that is composed of eco-friendly eco-friendly construction method is used to restore the river ecosystem while generating electricity, and purification of polluted river water is eco-friendly. In paragraph 2 or 4 and 5
The eco-friendly eco-friendly method, which is characterized by a nature-friendly eco-friendly method, is constructed by installing an illumination facility on the multifunctional movable water conservation door plate (500) so that fish and amphibians living in the river are observed at night, Eco-friendly method to purify contaminated river water while restoring river ecosystem while producing electricity using multi-function movable gate After dredging the river bottom and reinforcing the stream bank, concrete is laid on the bottom of the river, and it is installed on the concrete. It is combined with the water purifier operated by the side opening, rear opening and rope operation. The system is combined with the system to form an umbrella, and at the same time, a multifunctional movable control panel is formed in a curved shape, and the substance molecules contained in the river water are automatically separated by the action of gravity. Thus, In the eco-friendly method, which cleanses the contaminated river water by the action of the pre-emptied material
A foundation block (not shown) for supporting the multifunctional movable water gate 700 that functions as a combined drainage sludge discharge passage 600 after dredging the river bottom and reinforcing the river bank and installing the foundation concrete 100 on the river bottom 507) on the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A step of forming a ⊂ guide shape frame 501 on one side and the other side of the rotation axis 502;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);
A step of forming an operation cylinder rod white paper 202 for fixing the operation cylinder rod 203 to the back face of the guide frame 501 by a white paper;
Forming a working cylinder blanket (511) on the bottom of the concrete (100);
Bonding the operating cylinder 200 to the operating cylinder blanks 511 with a white paper;
Bonding the cylinder rod 203 coupled with the actuating cylinder 200 to the actuating cylinder rod white paper 202 with a white paper;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 inserted into the guide frame 501 and serving as the combined drainage sludge discharge passage 600 is formed in a supersonic shape The other side of the guide frame 501 is formed in the shape of a letter in the opposite direction and inserted into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
The structure of multi-functional movable gate plate (580) is divided into layered layers by the action of gravity by the action of gravity, so that polluted river water with light weight is floated to the upper part and clean river water with heavy weight is combined The multifunctional movable water conservative door plate 580 is continuously formed in an S-shape so as to exert an action of naturally purifying the river water contaminated by the action of the substance-passing action that is preferentially discharged through the lower end of the sludge discharge passage 600, Combining the one side and the other side of the frame (590) to form a multifunctional operation maintenance door (700) serving as a water purifier;
Forming a stream water flow guide plate (581) on a front surface of the multifunctional movable water shielding plate (580);
A total control system (not shown), a water level checker (not shown) configured to comprehensively perform a remote control and a close-up control with a CC camera (not shown) while adjusting the multi-function operation maintenance door 700 serving as the water purifier, A step of completing an operation system of a multifunctional operation maintenance door 700 serving as a water quality purifier in which an artificial sedimentation sludge discharge passage 600 is formed by combining a multifunctional operation maintenance door 700 serving as a water purifier,
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501 When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 580 to the upper portion of the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 580, The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing from the upstream is continuously performed to prevent the pollution of the river water from being increased, and at the same time, The multi-function operation maintenance door 700 serving as a water purifier and functioning to help move amphibians and aquatic ecosystems living in amphibians and river ecosystems, including fishes that are about to move upstream and downstream of the river through the sludge discharge passage 600, Friendly eco-friendly method that cleanses polluted river water while naturally forming water. It uses eco-friendly multifunctional movable water gate to recover electricity and produce river ecosystem and purify polluted river water. Environment-friendly water purification
1 or 2 to 7,
The multifunctional operation maintenance door 700 serving as the water purifier combined with the aerator and coupled with the water turbine is installed in a multistage manner in a stepwise manner over the entire width of the entire cross section of the stream to continuously generate electric power, Friendly eco-friendly method that purifies the polluted river water by discharging the accumulated sludge at all times, while restoring the river ecosystem by producing electricity using the eco-friendly multifunctional movable gate, Eco-friendly method to purify polluted river water In paragraph 1 or 2 to 6,
A process of dredging at a depth of 1m to 20m above the river floor using heavy equipment;
A process of maintaining the river bank using heavy equipment;
A process of sorting and separating dredged sand, pebbles, rocks and soil by a sorting machine;
Installing a nonwoven fabric on a bank formed on both sides of the river;
Installing a gabion frame on top of a nonwoven fabric installed in a bank;
A process of putting pebbles and stones selected in a gabion frame;
Sewing the Gabion Frame:
Installing a basin rest block (507) on the water front surface of the river;
Placing the foundation concrete (100) in a multi-stage around the foundation foundation (100);
A process of laying the slope foundation concrete in a sloping shape between the dredged river floor base concrete and the deep dredged river surface;
Installing a multifunctional movable water gate in which a power generating aide and a generator are coupled to an upper end of a foundation rest 100;
The process of installing a substation on a river bank;
Installing a total control tower having a comprehensive control system for controlling and operating a multi-function movable gate on the river bank;
Installing electricity-operated forklifts and doners on the river floor;
Installing an electrical actuation conveyor system connecting the river floor to nearby farmland;
Installing a sorting device in the river to select soil, sand, gravel, and stones by electricity;
A step of installing an electric powered crane and a dozer at an end of an electrically operated conveyor system installed in a cropland;
Storing the stream water inside the multifunctional moving water storage door;
A step of generating electricity continuously by operating a water turbine combined with a multifunctional movable water gate with river water flowing upstream of the river;
Using the generated electricity to operate the forklake and doner installed in the river to select sand, gravel, soil and stones from the bottom of the river and the bank and input it into the sorter;
Sand, gravel, soil, and stones are successively stacked on the electromechanical conveyor system and transported to neighboring agricultural lands or hillsides for embedding or laminating;
A process of flattening the transferred sand, gravel, soil and stones using a crane and a dozer;
Through the process described above, self-sustained electricity production system, which continuously regenerates both the entire cross-section of the river and the entire length of the river with its own power, is used to complete the planned river's width, length and depth The multi-function movable guard door 500 is installed in a multistage manner over the entire cross-section of the bottom of the river floor, and then a generator connected to the multi-function movable guard door 500 is continuously installed in a multi- The self-sustaining electricity supply system, which is configured to maintain both the entire section of the river and all the rivers by self-power using the maintenance system, continuously produces electricity and forms an eco-trough for the ecosystem. At the same time, Friendly environment-friendly process that cleanses contaminated river water. Friendly eco-friendly water quality purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate that is composed of water- In paragraphs 1 to 6,
Combining the multi-function movable gate 700 with the hydro-electric power generator 601;
A step of constructing a heat exchanger (not shown) for converting electricity generated in the electric production apparatus 601 into heat;
The heat generated in the heat exchanger is transferred to the multifunctional movable gate 700
Function multi-function operation which is characterized by an eco-friendly eco-friendly method of purifying contaminated river water by enhancing the water temperature of the river water passing through the multifunctional movable guard gate to exert an action of naturally purifying the polluted river water Eco-friendly method to purify contaminated river water while restoring river ecosystem while generating electricity using water gates After dredging the bottom of the river and reinforcing both sides of the stream, the concrete is laid on the bottom of the river. The multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated type, Link and a cylinder is formed inside the watercourse to form an airway in combination with a water level checker and a comprehensive control system to form a movable water gate that exhibits a conductive function and an up and down operation function, In the eco-friendly method, which cleanses the contaminated river water by the action of the material which is discharged through the drainage passage of the combined low-level water, the river water and the sedimentation sludge which are generated by the gravity-
A multi-function movable gate 700 functioning as a combined drainage sludge drainage passage 600 after a foundation concrete 100 is laid on the dredged river floor after the river bottom is dredged and both sides of the river are reinforced and reinforced, (507) to support the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
Joining two pairs of guide frames (501) having a ⊂ ⋯ shape on one side and the other side of the rotating shaft (502) with white paper;
A step of forming an operation cylinder rod white paper 202 for fixing the operation cylinder rod 203 to the back face of the guide frame 501 by a white paper;
Forming a working cylinder blanket (201) on the bottom of the foundation concrete (100);
Joining the operating cylinder 200 to the operating cylinder blanks 201;
Joining the upper end of the cylinder rod (203) coupled with the actuating cylinder (200) to the actuating cylinder rod white paper (202) by whitening;
And a housing (818) for controlling the combined use sedimentation sludge discharge passage in the shape of a rectangular box in an inner lower portion of the both side guide frames (501);
A step of forming a combined cylinder sludge discharge passage control cylinder attachment portion 821 in the upper portion of the inside of the both side guide frames 501;
Depositing a combined sludge sedimentation sludge discharge passage regulating cylinder (816) at the lower end of the combined sedimentation sludge discharge passage regulating cylinder coupling rod (821) with a cylinder rod (817);
Coupling the end of the cylinder rod 817 and the upper end of the combined sedimentation sludge discharge passage regulating housing 818 using a coupling plate 820;
Fixing a multifunctional movable conveyor supporting sheet 815 in the transverse direction at the lower end of the housing 818 for controlling the adiabatic sedimentation sludge discharge passage;
The multifunctional movable beam adjuster 812, which is composed of two pairs of the multifunctional movable beam 815, is connected to the multifunctional movable beam adjuster 811 at a constant interval in proportion to the length of the stream to store the stream water, (Typically 1 to 2 m in length) to be joined together;
A step of forming a cylinder white spindle 813 at an end of the multifunctional movable beam adjuster 812;
A step of forming a multifunctional movable control panel 599 by combining the multifunctional movable control panel 599 with a white paper;
Configuring a cylinder rod hinge (819) in the upper middle portion of the interior of the multifunctional movable shield plate (599);
A step of constructing a multifunctional movable beam control cylinder 811 which is coupled with the cylinder rod 810 between the cylinder head stock 813 and the cylinder rod hinge 819;
(The representation of the structure for the exponential sidewall between the guide frame 501 on one side and the other side and the multifunctional movable shield plate 599 is omitted in the description of the structure).
The CC camera (not shown) that photographs and relays the scene where the multi-function movable gate 700 is installed while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and the remote control and the near- (Not shown), a water level checker (not shown), and a multifunctional operation maintenance door 700 serving as a water purifier, and a multifunctional multi-function purifier Completing the operating system of the movable maintenance door 700;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is coupled to the artificial sludge sludge discharge passage regulating cylinder 816, each of which is formed inside the two pairs of guide frames 501 When the cylinder rod 817 automatically pulled when the cylinder rod 817 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 599 to the upper portion of the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 599, The process of continuously discharging the river water and the accumulated sludge through the combined sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream is continuously performed to prevent the pollution of the river water from being increased, The multi-function movable maintenance door 700 serving as a water purifier and serving to help move the amphibians and the flora and fauna living in the river ecosystem including the fish which are about to move to the upstream and the downstream of the river through the double-sided sedimentation sludge discharge passage 600 Friendly eco-friendly method that cleanses polluted river water while naturally forming the island, using eco-friendly multifunctional movable gate, which is composed of eco-friendly electricity, to restore the river ecosystem while producing electricity. Natural-friendly water quality purification to clean the river water Process
It is equipped with cc camera, water level checker, comprehensive control system, and multi-function maintenance system, which is used for water purifier operated by side opening, rear door opening and rope operation. Hydraulic control system is combined with each other to form an adobe, and at the same time, multi-function movable control panel is formed in a curved shape, and the substance molecules contained in the river water are automatically separated by the action of gravity. As a result, And an eco-friendly method of purifying the water polluted by the action of the material which is preferentially discharged through the island
A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base rest (507);
Forming an operation frame 5011 by connecting an operation cylinder chamber 5010 to the other side of the guide frame 501 by combining an I-shape and a letter shape on one side of the rotation shaft 502;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 inserted in the inside of the guide frame 501 and exhibiting the function of storing water while serving as the combined drainage sludge discharge passage 600 is shown in Fig. And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
When constructing the structure of the multifunctional movable watertight door plate 580, the material molecules constituting the river water are separated into the layer layers by the action of gravity by the action of gravity, so that the polluted river water having a light specific gravity floats upwards and flows into a clean river water The multifunctional movable water shielding door plate 580 is continuously formed in an S-shape so as to exert an action of naturally purifying the river water contaminated by the action of the substance-shaking action which is preferentially discharged through the lower end of the dual- A step of assembling a multifunctional movable shield plate 580 by joining one side and the other side of the rear side of the internal guide frame 590 formed in a shape of a letter;
A step of constructing a river water flow guide plate 581 on the front surface of the multifunctional movable water conservation door plate 580;
(Not shown) and a hydraulic control system (not shown) configured to comprehensively carry out the remote control and the near-field control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and constituting the combined accumulation sludge discharge passage 600;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501 When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 580 to the upper portion of the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 580, The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing from the upstream is continuously performed to prevent the pollution of the river water from being increased, and at the same time, Acts to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the stream, through the sludge discharge passage 600;
In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly eco-friendly method that purifies contaminated river water, and eco-friendly multifunctional movable water gate that is made up of adobe is used to restore the river ecosystem while generating electricity, while simultaneously cleaning the polluted river water. Eco-friendly construction method After dredging the riverbed and repairing the bank, concrete is laid on the bottom of the river, and the multi-function maintenance door for the water purifier operated by the side door opening method, the rear door opening method and the rope operated type is installed on the concrete, Combined with a comprehensive control system and a hydraulic control system, it forms an umbrella, and at the same time a multi-functional movable control panel is fixed in a curved shape, while a fixed-type double-sided sedimentation sludge discharge passage is formed at the lower end of a multifunctional moving beam. As a result of gravity action, the molecules of the pollutants with low specific gravity float up to the upper part and clean streams with heavy specific gravity Through the sedimentation sludge discharge passage and the island In the environment-friendly method which purifies polluted river water by the material interrupt action which is discharged to the ship

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 inserted in the inside of the guide frame 501 and exhibiting the function of storing water while serving as the combined drainage sludge discharge passage 600 is shown in Fig. And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
When constructing the structure of the multifunctional movable watertight door plate 595, various substance molecules contained in the river water are separated into layer layers by the action of gravity by the action of gravity, so that the polluted river water having a light specific gravity floats upward, The multifunctional movable water conservation door plate 580 is continuously formed in an S shape so as to exert an action of naturally cleansing the river water contaminated by the effect of the material shaking action that the water streams are preferentially discharged through the lower end portion of the combined use sedimentation sludge discharge passage 600 Forming a multifunctional movable shield plate 595 with one side and the other side of the rear side of the inner guide frame 590 formed in the shape of a letter, and the lower end thereof being opened and fixed;
A step of constructing a river water flow guide plate 581 on the front surface of the multifunctional movable water conservation door plate 580;
Forming an adiabatic sedimentation sludge discharge passage regulating plate (582) for opening and closing the adiabatic sedimentation sludge discharge passage (600) at the front portion of the combined sedimentation sludge discharge passage (600);
Forming a combined use sedimentation sludge discharge passage adjusting cylinder seat (301) on the inner middle portion of the both side guide frames (501);
And a cylinder (585) is coupled to an upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder stand (301) to house a combined sedimentation sludge discharge passage regulating cylinder (583);
A step of forming a manipulation table (586) in a shape of a letter on the upper end of the cylinder rod (585);
A process of joining one side and the other side of the adiabatic sedimentation sludge discharge passage regulating plate 582 to the lower end of the operation platform 586 using a connecting rod 587;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and configured to open and close the double-sided sedimentation sludge discharge passage 600;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total volume of the control system is transmitted to the integrated control system, and the integrated control system is configured inside the two pairs of guide frames 501
The cylinder rod 585, which is automatically pulled when the cylinder rod 585 is engaged with the cylinder 583 for controlling the adiabatic sedimentation sludge discharge passage, is connected to the guide 582 via the guide 582, When the sedimentation sludge discharge passage 600 is opened automatically when the sediment sludge discharge passage 600 is pulled up to the upper portion of the frame 501, the sediment discharge sludge discharge passage 600 is opened by an amount equal to the inflow amount of the river water flowing upstream of the river The sewage sludge discharging passage 600, which is opened at any time, and the fish which are to be moved to the upstream and downstream of the river, And to help move the flora and fauna of amphibians and river ecosystems;
In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly eco-friendly method that purifies contaminated river water, and eco-friendly multifunctional movable water gate that is made up of adobe is used to restore the river ecosystem while generating electricity, while simultaneously cleaning the polluted river water. Eco-friendly construction method
After dredging the river bottom and reinforcing the stream bank, concrete is laid on the bottom of the river, and it is installed on the concrete. It is combined with the water purifier operated by the side opening, rear opening and rope operation. System and the hydraulic control system to form an umbrella, and at the same time, a multifunctional movable control panel is formed in a curved shape, so that various substance molecules contained in the river water are automatically separated into a layer by the action of gravity, In the eco-friendly method, the pollutant molecules that are preferentially discharged through the drainage channel and the water stream are pumped up to the upper part of the multifunctional operation maintenance water tank as a water purifier.

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The structure of one side of the inner guide frame 590 of the multifunctional movable waterproofing gate plate 888 which is inserted into the guide frame 501 and exerts the water storage function while serving as the double sided sedimentation sludge discharge passage 600, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
When constructing the structure of the multifunctional movable waterproofing door plate 888, the material molecules constituting the river water are separated into layer layers by the action of gravity by the action of gravity, so that the contaminated river water having a light specific gravity floats upwards and flows into a clean river water The multifunctional movable water conservation door plate 888 is formed into an S-shape in the lateral direction so as to exert an action of naturally purifying the river water contaminated by the action of the substance-shaking action, which is preferentially discharged through the lower end of the dual- And forming the shape of the multifunctional movable water shielding plate 888 by connecting one side and the other side of the rear side of the internal guide frame 590,
Forming a plurality of shoelace generating plates 8818 in the lateral direction so that the river water flowing down from the upstream of the river flows down while causing the aeration action to occur in the front part of the multifunctional movable waterproofing door plate 888;
A CC camera (not shown) that captures the current situation while controlling the multifunctional movable control panel 888 and transmits the captured image to a comprehensive control system (not shown), and a total control unit configured to comprehensively implement the remote control and the close range control The operation system 700 of the multifunctional operation maintenance door 700, which is a water purifier combined with an integrated drainage sludge discharge passage 600 by integrally combining a system (not shown), a hydraulic control system (not shown) and a water level checker (not shown) ;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501 When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 888 upward to the guide frame 501, The combined accumulation sludge discharge passage 600 is formed at the lower end of the movable water conservation door plate 888, The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing from the upstream is continuously performed to prevent the pollution of the river water from being increased, and at the same time, Acts to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the stream, through the sludge discharge passage 600;
In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) An operation process of conducting the operation cylinder chamber 5010 coupled with the cylinder 230 in the downstream direction of the river to drain the water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier in the downstream direction of the river And the flood is over and general stream water flow phenomenon The integrated level control system activates the hydraulic control system to operate the hydraulic control system so that the hydraulic control system coupled to the operation cylinder 230 is operated Functioning maintenance door 700, which is configured to stand up the water-purifying state by keeping the multi-function movable maintenance door 700, which serves as the water quality purifier, with the cylinder rod 231 extending, so as to naturally form the water- Friendly eco-friendly method that purifies contaminated river water, and eco-friendly multifunctional movable water gate that is made up of adobe is used to restore the river ecosystem while generating electricity, while simultaneously cleaning the polluted river water. Eco-friendly construction method After dredging the river bottom and reinforcing the river embankment, concrete is laid on the bottom of the river, and the multi-function maintenance door for the water purifier operated by the side opening, rear opening and rope operation using cylinder is installed on the concrete, Combined with a comprehensive control system and a hydraulic control system to form a fountain and construct a fountain at the gates. At the same time, various substances contained in river water are automatically separated into layers by the action of gravity. The pollutant molecules, which are preferentially discharged through the discharge passage, the low-level water discharge passage and the airway, are pumped up to the upper part of the multifunctional operation maintenance-use multi-functional water purifier as the water purifier. In the environment-friendly method of cleaning the contaminated water

To support a multifunctional movable water gate 700 functioning as a combined drainage sludge discharge passage and a low-layer water discharge passage 602 after a foundation concrete 100 is laid on the bottom of the river after dredging the river bottom and repairing the bank Installing a foundation rest 507 on the foundation concrete 100;
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
Forming a lower end horizontal frame 899 by connecting one side of the operation frame 5011 and the lower end of the other side;
Forming a lateral packing (330) for exponent on the lower side transverse frame (899);
Forming a lower layer water discharge passage adjusting partition 898 in the upper middle of the lower end horizontal frame 899;
A step of assembling a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Engaging with an upper end coupling plate 306 constituting an engaging plate 305 at an upper end of the cylinder rod 303 and coupled with an inner guide frame 590;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
(Not shown), which is inserted into the guide frame 501 and serves as a double sludge discharge passage and a low-level water discharge passage 602, The guide frame 590 is formed in a shape of a letter shape and the other side of the guide frame 590 is formed in a shape of a letter in the opposite direction and inserted into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
When constructing the structure of the multifunctional movable water shielding plate 999 by connecting one side and the other side of the inner guide frame 590, the molecules of the water constituting the river water are divided into layer layers by the action of gravity by the action of gravity, The lightly polluted river water is floated upward and clean river water having a large specific gravity passes through the combined sedimentation sludge discharge passage and the lower end of the low water discharge passage 602 and thereafter flows into the low water discharge passage 991 and the bottom discharge passage 997, Function movable watertight door plate 999 that exerts an action of naturally purifying the river water contaminated by the action of the substance-shunting operation discharged through the water supply pipe 992, the internal shape of the multi-function movable water shielding door plate 999 is constituted by a one- ;
A plurality of inner frames 995 formed in a U-shape on the upper portion of the support plate 991 are inserted into the support plate 991 in the form of a trust 996 at a predetermined interval in the central portion of the support plate 991, );
A bottom water inlet passage 993 is formed in a front portion of the support plate 991 and a bottom water outlet 997 is formed in an upper portion and a low water outlet passage 992 is formed in a rear portion of the support plate 991, To the inner frame 995
Connecting the multifunctional movable shield plate 999 to one side and the other side of the internal guide frame 590;
And a water level sensor 997 is provided on the upper part of the tundish jaw 997 so as to serve as an air inlet and a fountain block so that the river water stored during drought through the low water discharge passage 992 is discharged by the action of gravity, (Not shown) in the multifunctional movable shield plate 999;
The CC camera (not shown) captures the situation of the multifunctional operation maintenance door 700 serving as the water purifier and controls the multifunctional operation maintenance door 700 serving as the water purifier as described above, (Not shown), a hydraulic control system (not shown) and a water level checker (not shown), which are configured to comprehensively perform remote control and near-field control, Completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and constituting the low water discharge passage 602;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501 When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable waterproofing door plate 999 to the upper portion of the guide frame 501, The movable accumulation sludge discharge passage and the low-level water discharge passage 602 are provided at the lower end of the movable water conservation door plate 999, The sewage sludge discharge passage and the low-level water discharging passage 602 are continuously discharged by the flow of the river water flowing upstream of the river, thereby preventing the pollution of the river water from being increased. (602), which are open at any one time and at the same time, to facilitate the movement of amphibians and flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, to restore the river ecosystem To act on the cells;
When it is necessary to continuously generate the action of naturally purifying the polluted river water in a state where the inflow water of the inflow water from the upstream of the stream is small or the constant amount of the inflow water is stored at all times, the water purifier- When the cylinder rod 303 engaged with the integrated control system and the hydraulic control system is slightly contracted in a state in which the combined accumulation sludge discharge passage and the low water discharge passage 602 formed at the lower end of the integrated control system and the hydraulic control system are closed The lower end portion of the multifunctional movable waterproofing door plate 999 rising at the same time is positioned at an upper end portion of the end portion of the lower water discharge passage adjusting partition 898 at which the upper end portion ends and a lower end portion of the multi- By slightly lifting the multifunctional movable shield plate 999 so as to overlap overlappingly, The clean water flows through the bottom water inflow passage 993 and the bottom water discharge passage 992 through the bottom water inflow passage 993 to remove the contaminated river water having a light specific gravity, And the water is purged naturally. In addition, in the multifunctional operation maintenance door 700 serving as the water purifier, the water flowing down from the upstream of the river is stored and the water level is maintained. And the water level checker checks that the river water flowing in more than the inflow amount and the volume amount flowing down from the upstream of the river is sent to the integrated control system and sends the integrated control system to the hydraulic control system The operation cylinder 230 which is coupled is actuated, The movable cylinder chamber 5010 coupled with the cylinder 230 and the multifunctional movable waterproofing door plate 999 are guided in the downstream direction of the river so that the water stored in the multifunctional movable maintenance door 700 serving as the water purifier, The water level checker automatically checks the water level when the flood is over and the flow phenomenon of the general river water is maintained, checks the predetermined water level state, and transmits the water level to the integrated control system The integrated control system activates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended to stand the multifunctional operation maintenance door 700 serving as the water purifier, Function maintenance repair door 700, which is configured to hold the water purifier, Friendly eco-friendly method that cleanses polluted river water while naturally forming the island. It uses eco-friendly multifunctional movable gate, which is composed of electricity, to restore the river ecosystem while producing polluted river water. Eco-friendly method to purify nature-friendly water quality The total control system applied to each embodiment of the present invention, the pressure line coupled with the cylinder combined with the hydraulic control system, and the piping line coupled with the cylinder composed of the combination of the white pad and the pressure- In an eco-friendly method of naturally purifying contaminated river water
Constructing two pairs of cylinder brackets (233) at the front portion of the base rest (507);
Constructing a first pipe line (280) for transmitting hydraulic pressure, pneumatic pressure or water pressure to the foundation concrete (100);
Coupling one side of the first piping line 280 with a hydraulic control system (not shown);
Coupling a support rod (295) to the lower end of the cylinder (230);
Forming a vertical pipe hole (292) in the support rod (295);
A step of forming a working cylinder white spindle 235 from one side and the other side of the lower end of the support rod 295 at the center;
Forming a transverse pipe hole (293) up to an inner central portion of the actuating cylinder white spindle (235);
Forming a plurality of hydraulic packing fittings (290) on one side of the lateral pipe holes (293);
A cylinder bracket coupling jaw (291) so that one side and the other side of the actuating cylinder white support shaft (235) are sandwiched by the cylinder bracket (233) so as to engage with the cylinder bracket coupling jaw (291);
Forming a coupling bolt (289) for preventing a second coupling pipe from being detached from a side of the coupling jaw (291);
Coupling the pressure packing (288) to the hydraulic packing fitting portion (290);
Forming a second coupling pipe (287) which is sandwiched between the horizontal pipe holes (293) and transmits hydraulic pressure, pneumatic pressure or hydraulic pressure;
A step of forming a separation preventing jaw 286 at an intermediate portion of the second coupling pipe 287;
Forming a pipe line coupling bolt (283) on one side of the second coupling pipe (287);
Coupling the second coupling pipe (287) through the pressure packing (288) to the transverse pipe hole (293);
Preparing a horizontal pipe hole sealing cap 282 having a nut 285 at the other side;
Inserting the cylinder bracket coupling step (291) into the cylinder bracket (233), thereby bonding the cylinder bracket to the cylinder bracket (233);
The second coupling pipe 287 inserted into the horizontal pipe hole 293 and the pressure packing 288 are connected to each other by using the second coupling pipe deviation preventing bolt 289 and the horizontal pipe hole sealing cap 282 So as not to be separated from the horizontal pipe hole (293);
Connecting an elbow (281) having a nut to one side of the first piping line (280);
Using the pipe line coupling bolt (283) formed at one side of the elbow (281) and the second coupling pipe (287);
When the multifunctional movable water guiding door 700 functions to stand up or close so that sand, pebbles and foreign substances flowing from the upstream of the river do not damage the cylinder 230 and the first piping lines 280, The elbow 281 and the first piping line 280 are fixed to each other so that the rotational action of the cylinder bracket coupling jaw 291 and the second coupling pipe 287 and the pressure discharge blocking generated by the pressure packing 288 (230) configured to be able to move up or down while freely rotating the actuating cylinder (230) by the action of the first pipe line (280) and the multi-function movable guard door 700) is used to naturally purify the polluted river water while naturally forming the island. The eco-friendly multifunctional operation gate Eco-friendly natural water purification process, producing electricity to purify the river water pollution and at the same time sikyeojum restore the river ecosystem After dredging the river bottom and repairing the bank, it is installed diagonally on the upper part of the concrete in the bottom of the river. It is equipped with a cc camera, water level checker, By combining the control system with the hydraulic control system, it is possible to form a multi-function movable control plate in a curved shape, and the material molecules contained in the river water are automatically separated by the action of gravity, In the eco-friendly method of purifying the polluted river water by the sludge discharge action and sludge discharge,

A foundation for supporting the multifunctional movable water guiding door 700 that functions as a combined drainage sludge phase and a lower drainage passageway 9901 after laying a foundation concrete 100 on a river bottom after dredging a river bottom, (507) on the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
A process of constructing an adiabatic sedimentation sludge discharge passage regulating guide plate 9902 composed of two layers by connecting one side of the guide frame 501 combined with the operation frame 5011 and the lower end of the other side, ;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
A coupling plate 305 is formed at an upper end of the cylinder rod 303 to engage with an upper coupling plate 306 formed at an upper end of the inner guide frame 590;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
One side structure of the internal guide frame 590 for driving the multifunctional movable beam control panel 9900 in the upward and downward directions is formed in a supporter shape and the other side structure is formed in a shape of a letter in the opposite direction;
When the multifunctional movable water conservation door plate 9900 is assembled between the guide frames 590, the upper end portion is formed in the form of a plate material. At the lower end portion, material molecules constituting the river water are separated into layer layers The polluted river water which is light in weight is raised to the upper part, and clean river water having a heavy weight is discharged through the combined discharge sedimentation sludge phase and the lower layer discharge passage (9901) A two-layer structure having a rectangular shape of a rectangle in the horizontal direction so as to exhibit a two-layer structure of a vertical direction;
Attaching the exponential packing (300) to the front portion of the inner guide frame (590);
Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing the operation system of the multifunctional operation maintenance door 700 serving as the water purifier and the lower-layer discharge passage 9901 constituting the combined-use sedimentation sludge phase and the lower-layer discharge passage 9901;
In the state that the river water flowing down from the upstream of the river is stored in the multifunctional maintenance door 700 serving as the water purifier and thus the water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge, and the integrated control system is connected to the combined sludge sludge discharge passage regulating cylinder 302, When the cylinder rod 303 automatically pulled when the cylinder rod 303 is retracted exerts an action of pulling the multifunctional movable gate 9900 to the upper portion of the guide frame 501, The sludge sludge discharge passage regulating guide plate 9902 formed on one side and the other side And the lower layer discharge passage 9901 is opened so that the river water is always discharged through the combined discharge accumulated sludge phase and the lower discharge passage 9901 by the inflow amount of the river water flowing upstream of the river And the polluted river water which is light in weight due to the action of gravity is discharged to the upper discharge port and the clean river water having a heavy specific weight is discharged through the lower discharge port to prevent the pollution of the river water from being increased due to the action of dilution with each other (9901) through which the amphibians and the amphibians living in the river ecosystem, including the fish which are about to move upstream and downstream of the river, are moved, Along with exercising its action;
In the multi-function movable maintenance door 700 serving as the water purifier, a flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) The operation process for draining the river water stored in the interior of the multifunctional operation maintenance door 700 serving as the water purifier to the downstream direction of the river by conducting the operation frame 5011 coupled with the cylinder 230 in the downstream direction of the river Continuously, the flood is over and the flow of general river water is maintained The integrated control system activates the hydraulic control system so that the hydraulic control system can be operated so that the hydraulic pressure in the hydraulic cylinder of the operation cylinder 230, Functioning maintenance door 700 serving as a water purifier for maintaining the water storage state by standing up the multifunctional operation maintenance door 700 serving as the water purifier as the rod 231 is elongated, Friendly eco-friendly method that cleans the river water, and eco-friendly multifunctional movable water gate that is composed of the eco-friendly movable water gate is used to restore the river ecosystem while purifying polluted river water. Method
1 or 2 to 18
When the multifunctional movable water guiding door 700 stands up and stores water
The weed and foreign matter mixed and flowing in the upper stream of the river flows through the combined sedimentation sludge discharge passage 600 formed at the lower end of the multifunctional movable gate 700 or the combined sedimentation sludge phase and lower layer discharge passage 9401 so as not to be caught by the double-sided sedimentation sludge discharge passage 600 or the double-sided sedimentation sludge phase and the lower-layer discharge passage 9901 formed at the lower end of the multifunctional movable gate 700, And the rising direction of the movable guard gate (700) is inclined in the direction of the upstream of the river so that the contaminated river water is purified while naturally forming the island. The eco-friendly multifunctional movable gate It is a natural eco-friendly water purification system that restores river ecosystem while producing electricity and cleans contaminated river water. If Method After dredging the river bottom and repairing the bank, it is installed diagonally on the upper part of the concrete in the bottom of the river. It is equipped with a cc camera, water level checker, By combining the control system with the hydraulic control system, it is possible to form a multi-function movable control plate in a curved shape, and the material molecules contained in the river water are automatically separated by the action of gravity, In the eco-friendly method of purifying the polluted river water by the sludge discharge action and sludge discharge,

A basin for supporting a multifunctional movable water gate 700 serving as a water purifier for exerting a function of a combined sludge sludge discharge passage 600 after installing a foundation concrete 100 on the bottom of a river after dredging a river bottom and repairing the bank (507) on the foundation concrete (100);
Constructing one side of the foundation concrete (100) and an exponential wall (9930);
At the other side of the foundation concrete 100, a collecting passage 9937 for collecting hazardous material molecules having a small specific gravity, a multi-stage overflow jaw 9936, a multi-stage stream water mixing jaw 9935 and a primary collecting jaw 9950 And forming an exponential wall (9930);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The structure of one side of the inner guide frame 590 of the multifunctional movable gate plate 580 inserted in the inside of the guide frame 501 and exhibiting the function of storing water while serving as the combined drainage sludge discharge passage 600 is shown in Fig. And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;
A step of assembling a water gate intermediate plate 885 between the two pairs of guide frames 501;
Forming a plurality of coupling grid plates (886) between the hydrologic intermediate plates (885);
A step of assembling a multifunctional movable waterproofing door plate 580 having an inverted U shape to an upper portion of the coupling grid panel 886 to construct a multi-function movable waterproofing door panel 580 having a doorwave passageway 887;
A step of forming a white paper bracket 9953 on the upper portion of the multifunctional movable waterproofing door plate 580;
And a white shaft 9952 is formed on the white paper bracket 9953 to complete a multifunctional movable water gate 700 serving as a water purifier.
Installing the multi-function movable maintenance door 700, which serves as the water purifier, in a diagonal direction in a single step at a downstream portion of the foundation concrete 100 and the exponential wall 9930 constructed as described above;
A step of constructing a secondary collecting bin 9938 for collecting harmful material molecules and waste materials having a small specific gravity on the other side of the multifunctional operation maintenance door 700 serving as the first-stage water purifier;
(Not shown) coupled to a control valve (not shown) on one side of the collecting cylinder 9938;
Installing a multifunctional operation maintenance door (700) diagonally in two stages at the upstream portion of the foundation concrete (100) and the exponential wall (9930) which are spaced apart from each other at regular intervals in a river;
A step of constructing a multi-function movable maintenance door 700 serving as a two-stage water purifier and a primary collecting box 9939 for collecting toxic substance substances and trashes on the other side of the exposing wall 9930;
A step of assembling an intermediate multifunctional operation maintenance door 9932 by coupling one side and the other side of the intermediate multifunctional movable control panel 9881 formed in an S shape in the form of a housing 9880;
Constructing a white bracket 9953 on top of the intermediate multifunctional operation maintenance door 9932;
Forming a white shaft 9952 on the white paper bracket 9953;
A step of forming a stop bracket 9955 for preventing bending in the front part of the white paper bracket 9953;
Forming a roller (9960) on one side and the other side of the lower end of the intermediate movable protection gate (9932);
Preparing a plurality of intermediate multi-function movable maintenance doors 9932 configured as described above;
A plurality of the multifunctional operation maintenance doors 9932 are installed between the multifunctional operation maintenance doors 700 serving as the first and second stage water purifiers and installed in a diagonal direction so as to be collected in one direction and;
Preparing an operation link 9931 for connecting the upper portion of the multifunctional movable waterproofing door plate 580 and the upper end of the intermediate multi-function movable maintenance door 9932 by whitening;
The white support shaft 9952 formed on the upper portion of the multifunctional movable support plate 580 and the white support shaft 9952 formed on the upper portion of the intermediate multifunctional operation maintenance door 9932 are connected to each other using the operation link 9931 A process of binding the white surface;
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing a multi-function operation maintenance door operating system 800 which is a water purifier and constituted of two combined sedimentation sludge discharge passages 600 and 660;
The water level checker flows down from the upper stream of the river in the state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 800 serving as the water purifier as described above and the full water level is maintained The integrated control system is transmitted to the integrated control system by checking the amount of inflow and the volume of the sludge, and the integrated control system is installed inside the two pairs of guide frames 501, The cylinder rod 303 which is automatically pulled when the cylinder rod 303 is engaged is connected to the multifunctional movable waterproofing door plate 580 and the operation rod 9931 Is automatically pulled toward the upper portion of the guide frame 501, The combined use multi-function movable maintenance door 700 and the intermediate multi-function movable maintenance door 9932 are formed with the double-sided sediment discharge sludge discharge passages 600 and 660, The process of continuously discharging the river water through the passages 600 and 660 is continuously performed to prevent the pollution of the river water from being increased and at the same time, And to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move;
The multifunctional movable waterproofing door plate 580 and the intermediate multifunctional operation maintenance door 9932 are lifted so as to be lifted up to the lower end of the multifunctional movable waterproofing door plate 580 and the intermediate multifunctional operation maintenance door 9932, When the passage (600,660) is formed, the waste streams flowing with the river water mixed with the river water and the polluted river water having a specific gravity are pushed by the clean river water having a heavy weight, The garbage collected after collecting by using the primary collecting jaw 9950 and the primary collecting bin 9939 formed on the side of the door 700 and the intermediate multifunctional operation maintenance door 9932, Treating the pollutant stream water with a process of treating the light harmful material molecules with a separate treatment device;
The collecting passage 9937, the multi-stage overflow jaw 9936, and the secondary collecting jaw 9932, which are formed on the sides of the multifunctional operation maintenance door 700 serving as the two-stage water purifier and the plurality of intermediate multi- The process of collecting waste materials with light specific gravity and light specific hazardous substances by using container 9938 and then collecting collected waste materials and light hazardous material molecules using a separate processing device To clean the polluted stream water using the same method;
In the multifunctional maintenance repair door operating system 800 serving as the water purifier, a river water flowing down from the upstream of the river is stored and the water level is maintained while the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operation cylinder 230 is conducted in the downstream direction of the river to be stored in the multifunctional operation maintenance door 700 serving as the water purifier and the intermediate multi-function operation maintenance door 9932 The operation of draining the river water downstream of the river is performed continuously The integrated control system activates the hydraulic control system to check the level of the water level, which is automatically checked when the water level is maintained and the general stream water flow phenomenon is maintained, Functioning maintenance door 700 and the intermediate multifunctional operation maintenance door 9932 as the water purifier is extended while the operation cylinder rod 231 coupled to the water purifier 230 is extended to maintain the water storage state Friendly multi-function movable maintenance gate system (800), which is a natural environment friendly method that cleanses contaminated river water while naturally forming an island. While restoring the river ecosystem. Eco-friendly natural water purification process to purify the river water After dredging the river bottom and repairing the bank, it is installed diagonally on the upper part of the concrete in the bottom of the river. It is equipped with a cc camera, water level checker, The control system and the hydraulic control system are combined with each other to form an artificial island. At the same time, the multifunctional movable control panel is composed of the gate plate connected to the frame plate on the back side, and the material molecules contained in the river water are automatically separated The river water that is heavily weighted is deposited, and the water is discharged preferentially through the discharge passage and the island. The eco-friendly method that cleans the polluted river water by the action of the canopy and the purification of the polluted river water by using the mineral material, the plant processed product and the microbial binder EM In the environment-friendly method

A basin for supporting a multifunctional movable water gate 700 serving as a water purifier for exerting a function of a combined sludge sludge discharge passage 600 after installing a foundation concrete 100 on the bottom of a river after dredging a river bottom and repairing the bank (507) on the foundation concrete (100);
Constructing an exponential wall (9930) on one side of the foundation concrete (100);
At the other side of the foundation concrete 100, a collecting passage 9937 for collecting hazardous material molecules having a small specific gravity, a multi-stage overflow jaw 9936, a multi-stage stream water mixing jaw 9935 and a primary collecting jaw 9950 And forming an exponential wall (9930);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Connecting the upper end coupling plate (306) of the inner guide frame (590) with the coupling plate (305) at the upper end of the cylinder rod (303);
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
The structure of one side of the inner guide frame 590 of the movable beam guide plate 1000 which is inserted into the guide frame 501 and which functions as a double sludge discharge channel 600 is shown in Fig. And the other side of the guide frame 501 is formed in the shape of a letter in the opposite direction and inserted into the guide frame 501;
A step of assembling the movable beam control panel 1000 between the two pairs of guide frames 501;
A step of assembling a frame plate 1001 to the rear of the movable maintenance panel 1000;
A step of constructing a white paper bracket 9953 on the movable beam control panel 1000;
And a white shaft 9952 is formed on the white paper bracket 9953 to complete a multifunctional movable water gate 700 serving as a water purifier.
Installing the multi-function movable maintenance door 700, which serves as the water purifier, in a diagonal direction in a single step at a downstream portion of the foundation concrete 100 and the exponential wall 9930 constructed as described above;
A step of constructing a secondary collecting bin 9938 for collecting harmful material molecules and waste materials having a small specific gravity on the other side of the multifunctional operation maintenance door 700 serving as the first-stage water purifier;
(Not shown) coupled to a control valve (not shown) on one side of the collecting cylinder 9938;
Installing a multifunctional operation maintenance door (700) diagonally in two stages at the upstream portion of the foundation concrete (100) and the exponential wall (9930) which are spaced apart from each other at regular intervals in a river;
A step of constructing a primary collecting box 9939 for collecting harmful material molecules and garbage having a small specific gravity on the other side of the multi-function movable maintenance door 700 serving as the two-stage water purifier and the other side of the exponent wall 9930;
A plurality of river water moving passages 1002 are formed in a material input box 1003, one side of which is formed in a shape of a letter shape and the other side is in a letter shape;
Forming a coupling divider (1005) in the middle of the material input box (1003);
Loading a water purification material (1110) exhibiting a water purification function while purifying contaminated river water in the material input box (1003);
(The water purification material exhibiting the function of purifying the water introduced into the material input box can be used by using one material or by mixing two or more materials. Therefore, waste concrete or sand gravel or silica A membrane made of minerals such as volcanic rock or limestone, or a material made of a plant such as charcoal or wood, or a periodic introduction of microorganisms or an EM ball processed by adding microorganisms, Or chemical fiber, such as cashmere, all mineral substances present on the earth, all vegetable substances, all petroleum substances and all processed products can be injected to purify contaminated river water. )
Forming an intermediate multi-function movable maintenance door (1006) by coupling the material input box (1003) composed of two pairs in an enclosure form;
Constructing a white bracket (9953) on top of the intermediate multi-function movable maintenance door (1006);
Forming a white shaft 9952 on the white paper bracket 9953;
A step of forming a stop bracket 9955 for preventing bending in the front part of the white paper bracket 9953;
Constructing a roller (9960) on one side and the other side of the lower end of the intermediate multifunctional movable security gate (1006);
Preparing a plurality of intermediate multi-function movable maintenance doors 1006 as described above;
When a plurality of the multifunctional operation maintenance doors 1006 are installed between the multifunctional operation maintenance doors 700 serving as the first and second stage water purifiers, when the stream water flows down, the multifunctional operation maintenance doors 1006 are installed diagonally ;
Preparing an operation link 9931 for connecting the upper portion of the movable water conservation door plate 1000 and the upper end of the intermediate multi-function movable maintenance door 1006 by whitening;
The white support shaft 9952 constituting the upper part of the movable support gate plate 1000 and the white support shaft 9952 constituting the upper part of the movable support door 1000 are connected to each other by using the operation link 9931, A process;
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional operation maintenance door 700 serving as the water purifier as described above and adjusting the CC camera (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 2000 serving as a water quality purifier constituting the combined accumulation sludge discharge passages 600 and 660;
The water level checker flows down from the upper stream of the river in a state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 2000 serving as the water purifier as described above and the high water level is maintained And the total control system transmitted to the integrated control system (not shown) is installed in the interior of the two pairs of guide frames 501, The cylinder rod 303 that is automatically pulled when the cylinder rod 303 is engaged with the cylinder block 302 is engaged with the movable control gate plate 1000 and the intermediate multi-function movable maintenance door 1006, When the operation of pulling the connecting frame 9931 to the upper portion of the guide frame 501 is performed, The combined use accumulated sludge discharge passages 600 and 660 are formed at the lower end of the plate 1000 and the intermediate multifunctional operation maintenance door 1006. The combined accumulation sludge discharge passages 600 and 660 are formed by the inflow amount of the river water flowing upstream of the river, And the water quality purification materials 1110 inserted into the interior of the intermediate multi-function movable maintenance door 1006, the natural water Thereby preventing the contamination of the river water from being increased. At the same time, it is moved to upstream and downstream of the river through the double-sided sedimentation sludge discharge passage 600-660 which is opened at any time. It helps to move animals and animals living in amphibians and ecosystems such as fishes With also acts to prevent the phenomenon in which the ecosystem is broken;
The movable water conservation door plate 1000 and the intermediate multifunctional operation maintenance door 1006 float up to the lower end of the movable water conservation door plate 1000 and the intermediate multi-function movable maintenance door 1006, 600,660), it is mixed with the river water, and the garbage flowing down along with the river water and the polluted river water with a specific gravity are pushed by the clean river water having a heavy weight, so that the multifunctional operation repair gate Collecting pollutants and garbage having a small specific gravity by using the primary collecting jaw 9950 and the primary collecting jar 9939 formed on the side of the intermediate multifunctional operation maintenance door 1006 The polluted river water is cleaned by using the process of collecting collected garbage and lighter hazardous material molecules by using separate processing device. To;
The collecting passage 9937, the multi-stage overflow jaw 9936, and the secondary collecting jaw 9936 formed on the sides of the multifunctional operation maintenance door 700, which serves as the two-stage water purifier, The process of collecting waste materials with light specific gravity and light specific hazardous substances by using container 9938 and then collecting collected waste materials and light hazardous material molecules using a separate processing device To clean the polluted stream water using the same method;
In the multifunctional operation maintenance door operating system 2000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the high water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operating cylinder 230 is conducted in the downstream direction of the river to be stored in the multifunctional operation maintenance door 700 serving as the water purifier and the intermediate multi-function movable maintenance door 1006 The operation of draining the river water downstream of the river is performed continuously The integrated control system activates the hydraulic control system to check the level of the water level, which is automatically checked when the water level is maintained and the general stream water flow phenomenon is maintained, The multifunctional operation maintenance door 700 and the intermediate multifunctional operation maintenance door 1006 are maintained in a state of being maintained in a water storage state while the operation cylinder rod 231 coupled to the water purifier 230 is extended, Friendly multi-functional operation gate system (2000), which is a natural-friendly eco-friendly method that cleanses polluted river water while naturally forming an island. While restoring the river ecosystem. Eco-friendly method to purify saline water
It is installed in a diagonal direction at the upper part of the concrete sloped down to the bottom of the stream after dredging the river bottom and repairing the bank, and it is combined with the cylinder, the support shaft and the operation support so that the movable water gate is opened from the side, Is combined with a cc camera, water level checker, comprehensive control system and hydraulic control system to form a multi-function movable control panel in a curved shape. As the material molecules contained in the river water are automatically separated by the action of gravity, river water with a high specific gravity accumulates and is discharged through the discharge passage and the island. In the environment-friendly method for purifying the contaminated river water

After the river bottom is dredged and the bank is repaired, a multi-function maintenance and repair door operation frame 11000 functioning as a combined accumulation sludge discharge passage 600 is installed after the foundation concrete 1510 is laid down on the bottom of the river in a downstream direction (5070) on the foundation concrete (1510);
Installing two pairs of support plates (5880) on one side and the other side of the base rest (5070);
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Forming two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder 12020 to the lower end of the movable beam opening / closing operation cylinder 12033;
Coupling the cylinder rod 12032 to the movable beam opening / closing operation cylinder 12033;
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing the cylinder rod white paper bracket 12010 to the one movable boom operation support shaft 12022 and the upper end of the other movable boom operation support shaft 12009;
Completing a multifunctional operation maintenance door operation frame 11000 by bonding a cylinder rod shaft 12011 formed at an upper end of the cylinder 12032 to the cylinder rod white paper bracket 12010 in white;
(The movable beam gate plate 12000 is bent using a plate material bent in a shape of a letter)
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Coupling the frame plate 12001 to the rear surface of the multifunctional movable beam control panel 12000;
A step of assembling a first adjustment cylinder protector 12028 to the movable waterproofing door plate 12000 at one side and the other side of the multifunctional movable waterproofing door plate 12000;
Engaging a second adjusting cylinder protector 12006 constituting a movable upper and lower operation plate 12002 at one side and the other end of the multifunctional movable protection plate 12000;
Forming a cylinder rod white shaft 12021 for controlling the combined accumulation sludge discharge passage 600 at the upper end of the second adjusting cylinder protector 12006;
The method comprising the steps of: constructing a cylinder whitening support plate 12007 for controlling the combined use sedimentation sludge discharge passage 600 at one side and the other side of the multifunctional movable water conservation door plate 12000;
A step of forming a control cylinder whitening shaft 12008 at the lower end of the control cylinder wht support plate 12007 and coupling the control cylinder wht support shaft to one side and the other side of the multifunctional movable control plate 12000;
A cylinder rod 12020 for controlling the accumulation sludge discharge passage and a lower end of the cylinder 12030 for controlling the sludge accumulation sludge discharge passage combined with the cylinder rod white support case 12005 are connected to the control cylinder white spindle 12008, ;
Coupling the cylinder rod white spindle (12005) formed at the upper end of the regulating cylinder rod white spindle (12021) and the regulating cylinder rod (12020) with white bonds;
Closing the cylinder upper and lower operation frame (5860) for regulating the canned combined sludge discharge passage by connecting a protective plate (12039) to the upper end of the first adjusting cylinder protector (12028) and the second adjusting cylinder protector (12006);
Engaging a rear portion of the adjustment cylinder wht support plate 12007 with the other movable boom support shaft 12009;
The outer surface of the one-side and the other-side multi-function movable maintenance door operation frame 11000 and the cylinder upper and lower operation frame 5860 for controlling the stacked sludge discharge passage for both the one side and the other side are formed as two operation frame inserts 5890 Respectively;
Forming a cylinder up-and-down operation frame guide (5891) for regulating a combined accumulation sludge discharge passage on the rear side of the operating frame housing (5890);
As described above, the multi-function movable maintenance door operation frame 11000 in which the double-sided sedimentation sludge discharge passage 600 is formed and the river water flowing down from the upstream of the stream are stored in the multifunctional movable waterproofing door plate 12000, The water level checker checks the inflow amount and the total volume flowing from the upstream of the river and sends the same to the integrated control system Sludge sludge discharge passage regulating cylinder 5810. The total control system thus transmitted is connected to the above-mentioned combined use sedimentation sludge discharge passage regulating cylinder 4030 constituted inside the cylinder upper and lower operation frame 5860 for controlling the combined use sedimentation sludge discharge passage, The discharge passage regulating cylinder rod 12020 is stretched, and at the same time, When the flood discharge sludge discharge passage 600 is naturally formed at the lower end of the multifunctional movable waterproofing door plate 12000 while the water leveling plate 12000 is lifted up, it is stored inside the multifunctional operation maintenance door operation frame 11000 The process of continuously discharging the river water through the combined sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing from the upstream side of the accumulated sludge and the river is prevented to prevent the pollution of the river water from being increased And serves to help move amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, through the double-sided sediment sludge discharge passage 600, which is open at any time;
In the multifunctional movable maintenance door operation frame 11000, the flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored and the full water level is maintained, so that the water level checker calculates the inflow amount and the volume And the integrated control system transmitted to the integrated control system is connected to the movable beam opening / closing operation cylinder 12033 coupled to the hydraulic control system (not shown) The cylinder rod 12032 is operated to conduct the multifunctional operation maintenance door operation frame 11000 coupled with the movable beam opening and closing operation cylinder 12033 in the downstream direction of the river to thereby control the operation of the multifunctional operation maintenance door operation system 11000 The operation process of draining the river water stored in the inside of the river downstream The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained is checked and the water level state determined in advance is transmitted to the integrated control system so that the integrated control system controls the hydraulic control system And the cylinder rod 12032 engaged with the movable beam opening / closing operation cylinder 12033 is configured to stand the multifunctional operation maintenance door operation frame 11000 so as to maintain the water storage state, 11000), which is an eco-friendly multifunctional movable gate that is composed of a natural environment-friendly eco-friendly method that cleanses contaminated river water while naturally forming an island. At the same time, nature that cleanses contaminated river water Tue friendly method of water purification The method of claim 22, wherein
After the river bottom is dredged and the bank is repaired, the foundation concrete 1510 is placed on the river bottom, and then one side and the other side of the multifunctional operation maintenance operation frame 11000, which functions as the combined accumulation sludge discharge passage 600, Function movable waterproofing door plate 12000 and the frame plate 12001 are coupled to the rear portion of the multi-function movable waterproofing door plate 12000, Function movable door 12000 and the upper end of the multi-function movable maintenance door operation frame 11000 protruding from the movable waterproofing door plate 12000,
Multifunctional operation maintenance frame The multifunctional operation frame (11000) is composed of a frame (11000) which is formed by continuously generating a spring which purifies the contaminated river water and continuously generating aeration action so that the contaminated river water is purified, It is a nature-friendly system that restores natural ecosystem by using water-saving system that restores river ecosystem while naturally cleansing polluted river water by storing large-capacity river water which is characterized by eco-friendly method that purifies contaminated river water by using water gates Eco-friendly construction method It is equipped with cc camera, water level checker, comprehensive control system, and multi-function maintenance system, which is used for water purifier operated by side opening, rear door opening and rope operation. Hydraulic control system is combined with each other to form an adobe, and at the same time, multi-function movable control panel is formed in a curved shape, and the substance molecules contained in the river water are automatically separated by the action of gravity. As a result, And an eco-friendly method of purifying the water polluted by the action of the material which is preferentially discharged through the island

A foundation block 507 for supporting the multifunctional movable water gate 3000 which functions as a combined drainage sludge discharge passage 600 after installing the foundation concrete 100 on the bottom of the river after dredging the river bottom, ) On the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
Forming an intermediate support plate (1253) at an intermediate portion of the operation frame (5011);
The method comprising the steps of: constructing a dual-purpose sludge sludge discharge passage regulating speed reducer (301) on the intermediate support plate (1253) formed at an intermediate portion of the both side guide frames (501);
(The reducer can use hydraulic motor and gear type motor)
Forming an inner guide frame 590 in a shape of a letter □, one side of which is open;
Forming a rak gear (1252) in the inner guide frame (590) and then engaging with the lowering speed reducer (1251) on the combined accumulating sludge discharge passage;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic line for supplying hydraulic oil to the hydraulic motor and the cylinder is a well-known technology and is not shown)
The movable guide plate 1250 is inserted into the guide frame 501 and functions as a double sludge discharging passage 600. The movable guide plate 505 has an inner guide frame 590, And inserting the guide frame 501 into the guide frame 501;
Attaching an exponential packing (300) to a front portion of the inner guide frame (590);
The material molecules contained in the river water are separated into stratified layers by the action of gravity, so that the polluted river water having a light specific gravity floats up to the upper part, and the clean river water having a heavy specific weight flows through the lower part of the combined sedimentation sludge discharge passage 600 Function movable waterproofing door plate 1250 is continuously formed in the shape of a circle so as to exert an action of naturally purifying the river water contaminated by the action of the material to be discharged to the inside of the inner guide frame 590 and then connected to one side and the other side of the rear side of the inside guide frame 590 A process;
A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown) and the remote control and the near control while adjusting the multifunctional operation maintenance door 3000, (Not shown) and a water level checker (not shown), thereby completing an operation system of a multifunctional operation maintenance door 3000 serving as a water quality purifier and constituting an adiabatic sedimentation sludge discharge passage 600;
In the state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door (3000) serving as the water purifier as described above and the high water level is maintained, the flow rate of the water level checker flowing from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume and attached to the artificial sludge accumulating sludge discharge passage regulating speed reducer 1251 each formed inside the two pairs of guide frames 501 Function movable control plate 1250 engaged with the inner guide frame 590 when the inner guide frame 590 engaged with the return gear 1252 is rotated by rotating the gear The double-sided sedimentation sludge discharge passage 600 is automatically formed at the lower end of the multifunctional movable stay gate plate 1250 The sewage sludge discharging passage 600 is continuously discharged through the discharging passage 600 for the flow amount of the river water flowing upstream of the river to continuously prevent the occurrence of pollution of the river water, And serves to assist in the movement of animals and plants living in amphibians and river ecosystems, including fishes that are going to move upstream and downstream of the stream through the combined sedimentation sludge discharge passage 600;
In the multifunctional operation maintenance door (3000) serving as a water purifier, a flood water or the like is generated in a state where river water flowing down from the upstream of the river is stored and the full water level is maintained, and the flow rate of the water level checker flowing from the upstream of the river The integrated control system transmits the received control water to the integrated control system, and operates the operation cylinder 230 coupled with the hydraulic control system (not shown) Coupled with the cylinder 230
The multifunctional operation maintenance door 3000 serving as a water purifier combined with the operation frame 5011 and the multifunctional movable waterproofing door plate 1250 is guided in the downstream direction of the river and the interior of the multifunctional operation maintenance door 3000 The water level checker automatically checks the level of the water level after the flood is over and the flow of the general river water is maintained, The integrated control system activates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended and the multifunctional operation maintenance door 3000, And the water purifier is configured to stand in a water storage state Friendly multi-function movable water gate which is composed of an eco-friendly environment-friendly eco-friendly method that purifies the contaminated river water while naturally forming the eco-friendly river water using the operation maintenance door (3000) Eco-friendly method to purify contaminated river water while restoring ecosystem The method of claim 24, wherein
The multifunctional movable waterproofing door plate 1250, which is coupled to the inner guide frame 590, is made of a multi-function water purifier Friendly eco-friendly method that cleanses polluted river water while naturally forming Ado using water repellent doors (3000). The eco-friendly multifunctional movable water gate, which is composed of Ado, Friendly water quality purification eco-friendly method to purify polluted river water
After dredging the river bottom and repairing the river bank, the multi-function maintenance door is combined with a water purifier operated by a side opening, rear door and rope operated by a working cylinder connected to a bracket at the top of the concrete on the bottom of the river. And a water level checker, a comprehensive control system and a hydraulic control system are combined to form an island, and at the same time, a multifunctional movable control panel is formed in a curved shape, and the material molecules contained in the river water are automatically separated by the action of gravity, In the eco-friendly method, which cleanses the contaminated river water by the action of the material which is discharged through the discharge passage and the island,

After dredging the river bottom and repairing the bank, the foundation concrete 100 and the protruding jaw 5091 are laid on the bottom of the river, and the multifunctional movable water gate 3000 functioning as the combined drainage sludge discharge passage 600 is supported (5070) on one side and the other side of the foundation concrete (100);
Installing respective foundation brackets (5080) on one side and the other side of the base rest (5070);
Fixing an operation frame support shaft (5083) to an upper portion of the foundation bracket (5080);

A process of fixing a double bracket 5082 to one side and the other side of the operation frame support shaft 5083;
A step of forming an operating cylinder barrel shaft 5081 at the lower end of the double bracket 5082;
Joining the cylinder rod 231, the cylinder rod white shaft 232 and the operation cylinder 230 coupled with the cylinder rod bracket 238 to the operation cylinder white support shaft 5081;
Fixing and connecting the first actuating frame plate 8008 and the second actuating frame plate 8007 to one side and the other side of the actuating frame support shaft 5083;
An exponential reeder 239 is coupled between the first actuating frame plate 8008 and the second actuating frame plate 8007 and the double bracket 5082 to allow water to seep into the actuating cylinder chamber 5010 A step of combining the signals so that they do not enter;
The upper surface of the first actuating frame plate 8008 and the upper surface of the second actuating frame plate 8007 are closed with a plate and the first actuating frame plate 8008 and one side of the second actuating frame plate 8007 Coupling the cylinder rod bracket 238 to the other side;
Closing the first actuating frame plate 8008 and the second actuating frame plate 8007 with a plate material to complete watertightness of the pair of actuating cylinder chambers 5010;
The first actuating frame plate 8008 and the second actuating frame plate 8007 on which the actuating cylinder 230 is placed are used to actuate the actuating cylinder 230 A process of completing an operation frame 5011 which is engaged with a guide chamber 501 in which a cylinder chamber 590 and an inner guide frame 590 are placed;
Coupling an exponential rubber support (not shown) by connecting one side and the other side of the lower end of the two pairs of operation frames 5011;
Disposing an index rubber (5092) on the protruding step (5091) and the upper part of the index rubber support;
Forming an adiabatic sedimentation sludge discharge passage regulating decelerator 8002 coupled with a screw bolt 8003 on one side of the first actuating frame plate 8008;
Coupling a down adjustment nut 8005 to the screw bolt 8003 in an embossed sludge discharge path formed in an embankment;
A step of forming an internal guide frame 590 having a square shape and one side opened;
Fixing one side of the downward adjustment nut 8005 on the combined sludge sludge discharge passage coupled with the screw bolt 8003 inside the inner guide frame 590;
The inner guide frame 590, which is composed of two pairs,
(8006) such as a reinforcing bar or an angle or a shingles pipe in a lattice form;
A step of applying a cement combined with a mixed material to front and back surfaces of the movable waterproofing gate support member 8006 to form a multifunctional movable water shielding gate plate 8001;
(The hydraulic cylinder for supplying hydraulic oil to the operating cylinder, the hydraulic motor, and the speed reducer is a well-known technology and is not shown)
One side and the other side of the inner guide frame 590 of the multifunctional movable beam control panel 8001 which functions as a double-sided deposition sludge discharge passage 600 and exhibits a water storage function is inserted into the guide frame 501 Comprising:
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the remote control and the close range control while adjusting the multifunctional movable control panel 8001, (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 8000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;
The water level checker flows down from the upper stream of the river in the state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door operating system 8000 serving as the water purifier as described above, The integrated control system is transmitted to the integrated control system by checking the inflow amount and the volume amount and transmits the integrated control system to the speed reducer 8002 for controlling the adiabatic deposited sludge discharge pathway, Which is engaged with the inner guide frame 590 when the inner guide frame 590 engaged with the lower adjustment nut 8005 is lifted by rotating the screw bolts 8003 attached to the inner guide frame 590 by rotating the screw bolts 8003 attached to the inner guide frame 590, And the adiabatic sedimentation sludge discharge passage 600 is automatically formed at the lower end of the multifunctional movable water conservation door plate 8001, The river water flowing from the upper stream of the river and the sedimentation sludge are continuously discharged through the combined sedimentation sludge discharge passage 600 to prevent the pollution of the river water from being increased, And serves to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the river, through the combined sedimentation sludge discharge passage 600;
In the multifunctional maintenance maintenance door operating system (8000) serving as a water purifier, a river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 5011 coupled with the operating cylinder 230 and the multifunctional operation maintenance door operating system 8000 serving as the water purifier combined with the multifunctional movable waterproofing door plate 8001 are caused to conduct in the downstream direction of the river, (8000) that is stored in the multi-function maintenance repair door operating system (8000) The water level checker automatically checks the water level when the flood is over and the flow phenomenon of the general river water is maintained, checks the predetermined water level status, and transmits the water level status to the comprehensive control system The integrated control system operates the hydraulic control system so that the operation cylinder rod 231 coupled with the operation cylinder 230 is extended to stand the water purifier functioning multifunctional maintenance operation system 8000, (8000), which is configured to maintain the state of the water purifier, and to purify contaminated river water while naturally forming the fish body using the multi-function movable maintenance door operating system (8000) Electricity using multi-function movable gate Production and eco-friendly eco-friendly water purification method for purifying a contaminated river water while sikyeojum restore the river ecosystem It is equipped with cc camera, water level checker, comprehensive control system, and multi-function maintenance system, which is used for water purifier operated by side opening, rear door opening and rope operation. Hydraulic control system is combined with each other to form an adobe, and at the same time, multi-function movable control panel is formed in a curved shape, and the substance molecules contained in the river water are automatically separated by the action of gravity. As a result, And an eco-friendly method of purifying the water polluted by the action of the material which is preferentially discharged through the island

A foundation block (7001) for supporting a multifunctional movable waterproofing gate plate (7001) functioning as a combined drainage sludge drainage passage (600) after installing a foundation concrete (100) on the bottom of a river after dredging a river bottom, 507) on the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base rest (507);
Forming an operation frame 5011 by connecting an operation cylinder chamber 5010 to the other side of the guide frame 501 by combining an I-shape and a letter shape on one side of the rotation shaft 502;
A combined sludge sludge discharge passage frame 7002 is connected to one side and the other side of the operation frame 5011;
Forming a combined sludge sedimentation sludge discharge passage 7003 in the artificial sludge sludge discharge passage frame 7002;
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
Engaging an upper end portion of the cylinder rod 303 with an upper end portion of an inner guide frame 590 formed on one side and the other side of the multifunctional movable control gate plate 7001;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
One side structure of the inner guide frame 590 of the multifunctional movable gate plate 7001, which is inserted into the guide frame 501 and exerts a water-holding function while serving as a double-sided sedimentation sludge discharge passage 600, And the structure of the other side is formed in the shape of ⊂ character in the opposite direction;
The upper end of the plate member is bent in a L-shaped form and connected between the both inner guide frames 590 to form a multifunctional movable guide plate 7001;
Coupling the inner upper portion of the inner guide frame 590 and the cylinder rod 303 engaged with the opening / closing cylinder 302 for adjusting the adhered sludge discharge passage;
Inserting one side and the other side of the inner guide frame (590) coupled with the multifunctional movable guide plate (7001) into the inside of the guide frame (501);
The lower end of the opening / closing cylinder 302 for controlling the adiabatic sedimentation sludge discharge passage is connected to the cylinder elevator 301 for adjusting the adiabatic sedimentation sludge discharge passage combined with the guide frame 501;
Forming an upper frame (7006) for discharging a low-level water, which is formed in an inverted U-shape at one side and the other upper side of the operation frame (5011) to provide a low-level water discharge passage (7007);
(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the multi-function movable maintenance panel 7001, (Not shown), thereby completing a multifunctional operation maintenance operation system 7000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;
In the multi-function movable maintenance door operating system 7000, which functions as a water purifier configured as described above, the river water flowing down from the upstream of the river is stored and maintained at the full water level, and the flow rate of the water flowing down from the upstream of the river The total control system is transmitted to the integrated control system by checking the volume of the sludge and the volume of the sludge, and transmitting the integrated control system to the integrated control system. When the cylinder rod 303 automatically pulled when the cylinder rod 303 is stretched exerts an action of pulling the multifunctional movable retainer plate 7001 to the upper portion of the guide frame 501, The double-sided sedimentation sludge discharge passage 600 is formed at the lower end of the multifunctional movable stay gate plate 7001 At the same time bottom water discharge passage 7007 to the rear upper end of the movable beam multifunctional water gate panel 7001 is formed at the same time as
The process of continuously discharging the river water through the combined sedimentation sludge discharge passage 600 and the low-level water discharge passage 7007 by the inflow amount of the river water flowing upstream of the river is continuously performed and the contamination of the river water is increased And to help move amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, through the double-sided sediment sludge discharge passage 600, which is open at any time.
In the multi-function movable maintenance door operating system 7000 serving as the water purifier, the water level flowing down from the upstream of the river is stored to maintain the full water level, and the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operation cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-related multifunctional operation maintenance door operation system 7000 flows in the downstream direction of the river And the drainage operation is continuously performed. The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance operating system 7000 configured to stand the water purifier-operated multifunctional maintenance repair operating system 7000 as the water purifier-operated multifunctional maintenance repair operating system 7000 while maintaining the water purifier- Friendly eco-friendly method that cleanses polluted river water while naturally forming Ado using water. It uses eco-friendly multifunctional movable water gate that is made up of ADO to restore electricity to the river ecosystem, Nature-friendly water that cleanses the river water Quality purification eco-friendly method
After dredging the river bottom and repairing the bank, it is installed diagonally on the upper part of the concrete in the bottom of the river. It is equipped with a cc camera, water level checker, By combining the control system with the hydraulic control system, it is possible to form a multi-function movable control plate in a curved shape, and the material molecules contained in the river water are automatically separated by the action of gravity, In the eco-friendly method of purifying the polluted river water by the sludge discharge action and sludge discharge,

A multifunctional maintenance repair door operation frame 11000 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing an index wall (101) on one side and the other side of a channel formed by the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder 12020 to the lower end of the movable beam opening / closing operation cylinder 12033;
Closing operation cylinder 12033 by connecting a cylinder rod 12032 to the movable beam opening / closing operation cylinder 12033;
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Connecting the cylinder rod shaft 12011 formed at the upper end of the cylinder rod 12032 and the cylinder rod white paper bracket 12010 by a white bond;
A working frame housing 5890 in which a cylinder up-and-down operation frame guide 5892 for regulating the stacking sludge discharge passage is integrally formed on the outer surface of the one-side movable beam operation support shaft 12022 and the other side movable- ;
Closing the side surface of the operating frame enclosure (5890) by forming a left side face plate (12060) of the operating frame enclosure on the left side of the operating frame enclosure (5890);
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12007
Thereby sealing the right side surface;
Forming a cylinder up-and-down operation frame guide (5891) for controlling the combined sedimentation sludge discharge passage on the other side of the body right side plate (12007);
Constructing a control cylinder white spindle 12008 at an intermediate lower end of one side of the housing right side plate 12007;
(Constructing a multifunctional operation maintenance door (13001) serving as a water purifier by using a plate material bent in a shape of a letter;
A process of constructing a white paper bracket 9953 on the upper part of the multifunctional operation maintenance door 13001 serving as a water purifier;
Forming a white shaft 9952 on the white paper bracket 9953;
A process of joining the horizontal frame plate 13003 to the front portion of the multifunctional operation maintenance door 13001 serving as the water purifier;
A process of joining the vertical frame plate 13002 to the rear face of the multi-function movable maintenance door 13001 serving as the water purifier;

A step of assembling a first adjustment cylinder protector 12058 on one side and the other side of a multifunctional operation maintenance door 13001 serving as a water purifier and a multifunctional operation maintenance door 13001 serving as a water purifier;
Fitting a second adjusting cylinder protector 12068 having movable operation valve plate and lower operation portion 13002 on one side and the other side of the water purifier-equipped multifunctional operation maintenance door 13001;
Forming a cylinder rod white shaft 12021 for controlling the combined accumulation sludge discharge passage 600 at the upper end of the second adjusting cylinder protector 12068;
A cylinder rod 12020 for controlling the accumulation sludge discharge passage and a cylinder rod 15020 are connected to the control cylinder white spindle 12008, (12003);
Bonding the cylinder rod white shaft case 12021 for adjusting cylinder rod and the cylinder rod white shaft case 12005 formed at the upper end of the adjusting cylinder rod 12020 to white;
A protective plate 12039 is attached to the upper end of the first adjusting cylinder protector 12058 and the second adjusting cylinder protector 12068 and is then coupled to the operating frame enclosure 5890 to thereby remove the adhering accumulated sludge exhaust passage 600 A step of constructing a multifunctional operation maintenance door (13001) serving as a water purifier provided with a cylinder up-and-down operation frame (5860) for opening and closing the double-sided sediment sludge discharge passage;
Installing a multifunctional operation maintenance door (13001) serving as a water quality purifier in the first stage between the foundation concrete (100) constructed as described above and the exposing wall (101);
Installing a multifunctional operation maintenance door (13001) serving as a water quality purifier in two stages at the upstream portion of the foundation concrete (100) and the exposing wall (101)
(Forming an intermediate multi-function movable control panel 13005 shaped in a shape of a letter;
Constructing a plurality of river water crossover outlets (102) in the form of an unspecified arrangement in the middle of the intermediate multifunctional movable control panel (13005);
A step of forming a white paper bracket 9953 on the upper portion of the intermediate multi-function movable maintenance panel 13005;
Forming a white shaft 9952 on the white paper bracket 9953;

Preparing a plurality of intermediate multi-function movable maintenance panels 13005 constructed as described above;
Preparing an operation link 9931 for connecting the upper part of the multifunctional operation maintenance door 13001 serving as the water purifier and the upper end of the intermediate multifunctional operation maintenance door 9932 in a whitish manner;
The white support shaft 9952 constituting the upper part of the multifunctional operation maintenance door 13001 serving as the water purifier and the white support shaft 9952 constituting the upper part of the intermediate multi function operation maintenance door 13005 are connected to the operation link 9931 A process of binding a white paper by using;
A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively perform a CC camera (not shown), a remote control and a close-up control while adjusting the multi-function operation maintenance door 13001 serving as the water purifier, (Not shown) and a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 13000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;
In the multi-function movable maintenance door operating system 13000 serving as the water purifier as described above, the water flowing down from the upper stream of the river is stored in the middle multifunctional movable water conservation door plate 13005 The stream water contaminated by the act of diluting clean river water having a large specific gravity and heavy river water discharged by being separated into a layer layer by the action of gravity when discharged sequentially crossing the river water crossover outlet port 102, With exertion of cleansing action;
Clean river water having a heavy specific gravity contained in the river water passing through the multifunctional operation maintenance door operating system 13000 serving as the water purifier and the polluted river water having a small specific gravity are continuously hit by the river water cross- Closing operating cylinder (12033) coupled with the multifunctional operation door (1100) so as to purify contaminated river water to clean the river water by clean stream water;
In the multi-function movable maintenance door operating system (13000) serving as the water purifier, the water level flowing from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing from the upstream of the river And the integrated control system transmitted to the integrated control system is provided inside the cylinder upper and lower operation frames 5860 for controlling the two pairs of canned sludge sludge discharge passageways, Functioning maintenance door 13001 serving as the water purifier and the intermediate multifunctional operation maintenance door 13005 that is automatically pulled when the control cylinder rod 12020 is engaged with the control rod 12020, The operation link 9931 is connected to the above- Functioning maintenance door 13001 serving as the water purifier and the lower end of the intermediate multifunctional operation maintenance door 13005 when the operation of pulling up the upper portion of the cylinder upper and lower operation frame guide 5891 is performed, The sludge discharging passage 600 is formed to continuously discharge the river water through the combined sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river to continuously increase the pollution of the river water And to help move amphibians and other flora and fauna in the river ecosystem, including fishes that are about to move upstream and downstream of the river, through the double-sided sediment sludge discharge passage 600, which is open at any time.
Flood water or the like is generated in the state where the water level flowing down from the upstream of the river is stored in the multifunctional operation maintenance door 13001 serving as the water purifier and the middle multifunctional operation maintenance door 13005 to maintain the full water level, (Not shown) connected to the hydraulic control system (not shown). When the integrated control system transmits to the integrated control system, the integrated control system transmits to the integrated control system a check signal indicating that the flowing water flowing in from the upper stream of the river flows downward, Closing operation cylinder 12033 is operated to conduct the multifunctional operation maintenance door operation frame 11000 coupled with the movable operation opening and closing operation cylinder 12033 in the downstream direction of the river to operate the multifunctional operation maintenance door 13001, And the intermediate multi-function movable maintenance door (13005) The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained, checks the predetermined water level status, and transmits the water level status to the integrated control system, The integrated control system activates the hydraulic control system to extend the cylinder rod 12032 coupled with the movable beam opening and closing operation cylinder 12033 and thereby the multifunctional operation maintenance door 13001 serving as the water purifier and the intermediate multi- Friendly door-to-door operation system (13000), which is configured to maintain the water-storing state by maintaining the water-purifying operation door (13005) Eco-friendly multifunction that consists of the characteristic Eco-friendly method to purify polluted river water while restoring the river ecosystem while generating electricity using movable guard gate
After dredging the river bottom and repairing the bank, it is installed diagonally on the upper part of the concrete in the bottom of the river. It is equipped with a cc camera, water level checker, By combining the control system with the hydraulic control system, it is possible to form a multi-function movable control plate in a curved shape, and the material molecules contained in the river water are automatically separated by the action of gravity, In the eco-friendly method of purifying the polluted river water by the sludge discharge action and sludge discharge,

A foundation block 507 for supporting a multifunctional movable water security gate 700 functioning as a combined drainage sludge discharge passage 600 after a foundation concrete 100 is laid on a river floor after the river floor is dredged and a bank is maintained, ) On the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base board (507);
A process of forming the guide frame 501 at one side and the operation cylinder 5010 at the other side by combining the I-shape and the letter-shape at one side and the other side of the rotation shaft 502 and;
Coupling the lower end diaphragm frame 15003 to one side of the pair of operation frames 5011 and the lower end of the other side of the operation frames 5011;
Forming an operation cylinder rod white paper sheet 232 for fixing the operation cylinder rod 231 to the inside upper end of the operation cylinder chamber 5010;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
A structure of one side of the inner guide frame 590 of the multifunctional movable water shielding door plate 15001 which is inserted into the guide frame 501 and exerts a water storage function while serving as a double sludge discharge sludge discharge passage 600, And the other side of the guide frame 501 is formed in a shape of the opposite direction and inserted into the guide frame 501;
When constructing the structure of the multifunctional movable waterproofing door plate (15001), a rectangular shape of a rectangular shape in the lateral direction is formed, and one side and the other side of the inner side guide frame (590) To form a shape of the multifunctional movable beam control panel (15001);
A step of constructing a combined use sediment sludge discharge passage adjusting cylinder seat 301 on the inner middle portion of the both side guide frames 501;
The method comprising the steps of: placing a combined use sedimentation sludge discharge passage regulating cylinder 302 on the upper portion of a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 with a cylinder rod 303;
A coupling plate 305 is formed at an upper end of the cylinder rod 303 to be coupled with an upper coupling plate 306 coupled to a lower end of the inner guide frame 590;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
Forming a driving cylinder bracket (3321) for a displacement adjusting device at one side and the other lower side of the inner guide frame (590);
The displacement control device drive cylinder bracket 3321
Adjusting the displacement amount drive cylinder rod 3302 coupled with the displacement adjustment drive cylinder rod 3302 by using a white spindle 3323;
Forming a displacement adjusting device bracket (3325) on one side and the other lower side of the inner guide frame (590);
Preparing a white paper bracket 3326 for adjusting the displacement of the upper and lower portions of the upper and lower portions 3327 and 3328;
Bonding the drainage amount adjusting device bracket 3325 and the lower side white paper 3328 to the drainage amount adjusting device in a white state;
Adjusting the displacement amount of the upper side white paper 3327 and the upper end of the displacement amount drive cylinder rod 3302 to white;
Coupling a displacement amount control plate 15002 to the adjustment device white paper bracket 3326 formed at one side and the other side lower end of the inner guide frame 590;
A CC camera (not shown) for photographing the current state of the multifunctional movable waterproofing door plate 15001 while controlling the multifunctional movable waterproofing door plate 15001 and transmitting the same to a comprehensive control system (not shown) (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to constitute an accumulation sludge discharge passage 600, A process of completing the multifunctional maintenance door operating system (15000);
The water level checker flows down from the upper stream of the river in a state where the river water flowing down from the upstream of the river is stored in the multi-function movable maintenance door operating system 15000 serving as the water purifier and configured to maintain the full water level The integrated control system is transmitted to the integrated control system by checking the amount of inflow and the volume of the sludge, and the integrated control system is installed inside the two pairs of guide frames 501, When the cylinder rod 303 which is automatically pulled when the cylinder rod 303 is engaged is operated to pull the multifunctional movable waterproofing door plate 15001 to the upper portion of the guide frame 501, At the lower end of the multifunctional movable water conservation door plate (15001), the adiabatic sedimentation sludge discharge passage (600) The sewage sludge discharging passage 600 is continuously discharged by the amount of the inflow water flowing from the upstream side of the river to continuously discharge the river water to prevent the pollution of the river water from being increased, And serves to help move amphibians and other flora and fauna in the river ecosystem, including fish that are about to move upstream and downstream of the river through the combined sedimentation sludge discharge passage 600;
When the inflow amount of the river water flowing down from the upstream of the river flows down unspecifically, the drainage amount of the river water drained by the drainage amount adjusting driving cylinder rod 3302 coupled with the drainage amount adjusting plate 15002 is adjusted, The multi-function maintenance and repair door operating system 15000, which is configured to assist the living environment of fishes and amphibians who are going to move upstream of the river by regulating the level of the river water stored in the maintenance door operating system 15000 To further enhance the function of revitalizing natural ecosystems;
In the multi-function movable maintenance door operating system 15000 serving as the water purifier, water is flowing down from the upstream of the river to maintain the full water level, and the water level checker flows down from the upper stream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation cylinder chamber 5010 coupled with the operating cylinder 230 is conducted in the downstream direction of the river to move the river water stored in the interior of the multi-function movable maintenance door operating system 15000 serving as the water purifier to the downstream side of the river It is necessary to carry out the drainage operation procedure continuously and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance operating system 15000 configured to maintain the water storage state by standing the multifunctional operation maintenance operation system 15000 serving as the water quality purifier while extending the operation cylinder rod 231 coupled to the water purifier, Friendly eco-friendly method that cleanses polluted river water while naturally forming Ado island using the eco-friendly multifunctional movable water gate that is composed of triple-operated waterway to restore the river ecosystem Nature that cleanses polluted river water at the same time Friendly water quality purification eco-friendly method
After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning polluted river water by combining hydraulic control system

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
An operation frame housing 5890 in which a cylinder up-and-down operation frame one-side guide 5892 for controlling the combined accumulation sludge discharge passage is coupled is coupled to the outer side of the one-side movable-beam operation support shaft 12022 and the other- ;
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;
Forming a cylinder up-and-down operation frame second guide (11201) for controlling the combined accumulation sludge discharge passage on the other side of the operation frame housing right side plate (12036);
And assembling the combined use sedimentation sludge discharge passage regulating cylinder seat 301 on the intermediate upper side of the operating frame housing right side plate 12036;
Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;
Forming a top end portion of the multifunctional operation maintenance door 16001 by using a grid material whose upper end is formed in a square shape;
Forming a multifunctional operation maintenance door 16001 serving as a water quality purifier by joining a plate material between the slabs;
Constructing an internal guide frame (590) by using a material formed in a shape of a letter 일 on one side and the other side of the multifunctional operation maintenance door (16001);
Depositing and joining a combined sedimentation sludge discharge passage control cylinder (12032) with a cylinder rod (12033) on the upper part of the cylinder sedimentation basin (301) for controlling the adiabatic sedimentation sludge discharge passage;
Fixing the upper end of the inner guide frame 590 to the coupling plate 305 after fixing the coupling plate 305 to the upper end of the cylinder rod 12033;
Forming a plurality of fountain nozzles 11202 on the upper portion of the upper portion of the curved portion;
Combining the fraction nozzle 11202 with a pressure pump line (not shown) associated with a pressure pump (not shown);
A step of constructing a horizontal frame 152 and a vertical frame 151 on the rear side of the multifunctional operation maintenance door 16001;
(The reference numeral 11110 is a perspective view of the lid plate of the inner guide frame 590 shown in a partially exploded view of the inner guide frame to explain the structure of the inner guide frame 590)
A total control system (not shown) and a hydraulic control system (not shown) configured to comprehensively implement the CC camera (not shown), the remote control and the near vision control while adjusting the multifunctional operation maintenance door 16001 configured as described above And a water level checker (not shown), thereby completing a multifunctional operation maintenance door operating system 16000 serving as a water purifier and constituting an adiabatic sedimentation sludge discharge passage 600;
In the multifunctional operation maintenance door operating system 16000, which serves as a water purifier configured as described above, the river water flowing down from the upstream of the river is stored and maintained at the full water level, and the flow rate of the water flowing down from the upstream of the river And the total control system is transmitted to the integrated control system. The integrated control system includes the cylinder 12032 for adjusting the adiabatic deposited sludge discharge passage, When the cylinder rod 12033 is extended, the multifunctional movable protection gate 16001 coupled with the internal guide frame 590 engaged with the multifunctional movable control gate plate 16001 is lifted, The combined sedimentation sludge discharge passage 600 is formed at the lower end of the plate 16001 The process of continuously discharging the river water through the combined-use sedimentation sludge discharge passage 600 by the inflow amount of the river water flowing upstream from the river is continuously performed to prevent the pollution of the river water from being increased, Acts to assist the migration of flora and fauna in the amphibians and river ecosystems, including fish that are going to move upstream and downstream of the stream through the combined sedimentation sludge discharge passage 600;
The river water is continuously pumped to the upper part of the river by a pressure pump (not shown) associated with the fountain nozzle 11202 to generate a material collision action in which contaminated river water and clean river water collide with each other to purify contaminated river water Flood water or the like is generated in the state where the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operation system 16000 serving as the water purifier and constructed so as to beautifully create the scenery of the river, The integrated control system transmits the integrated control system to the integrated control system by checking that the water level checker flows downward from the upper stream of the river, The operating cylinder 230 is operated to move the operating cylinder 23 0) in the downstream direction of the river by discharging the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system (16000) by conducting the operation frame 11100 in the downstream direction of the river) And the water level checker that automatically checks when the flow phenomenon of the general stream water is maintained is checked and transmitted to the total control system so that the total control system can control the hydraulic control The water purifier is configured to operate the system so that the operation cylinder rod 231 coupled to the operation cylinder 230 is extended to stand the water purifier-operated multifunctional operation maintenance door operating system 16000, Combined multi-functional operation maintenance using the door operating system (16000) Friendly eco-friendly method that cleanses polluted river water while naturally forming the island. It uses eco-friendly multifunctional movable gate, which is composed of electricity, to restore the river ecosystem while producing polluted river water. Eco-friendly method to purify nature-friendly water quality
After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning polluted river water by combining hydraulic control system

A basin for supporting a multifunctional movable gate 17001 serving as a water purifier for exerting a function of a combined sedimentation sludge discharge passage 600 after installing a foundation concrete 100 on the bottom of the river after dredging the river bottom and repairing the bank (507) on the foundation concrete (100);
Constructing an exponential wall (101) on one side and the other side of the foundation concrete (100);
Installing a plurality of rotation shafts (502) on one side and the other side of the base board (507);
A guide frame 501 is formed at one side of the operation cylinder intermediate plate 710 having an I-shape at one side and the other side of the rotation shaft 502 so as to be closed in a shape of a letter, and an operation cylinder chamber 5010 Bonding the operation frame 5011 with the rotation shaft 502;
A step of constructing a combined use sedimentation sludge discharge passage adjusting cylinder seat 301 at an inner middle portion of the guide frame 501;
Depositing a combined sedimentation sludge discharge passage regulating cylinder 302 on the upper part of the cylinder sedimentation flocculant 301 for regulating the adiabatic sedimentation sludge discharge passage and joining the sedimentation sludge discharge passage regulating cylinder 302 to the cylinder rod 303;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
Closing the operation cylinder chamber (5010) and the outer surface of the guide frame (501) to complete the structure of the operation frame (5011);
(The cylinder piping line supplying the pneumatic or hydraulic oil to the cylinder is a well-known technology and is not shown)
And is inserted into the guide frame 501 to serve as a double sludge sludge discharge passage 600,
One side structure of the multifunctional movable protection gate 17001 serving as a water purifier and the other side structure constitutes the internal guide frame 590 in the shape of the opposite direction, And inserting the other side of the guide frame (501) into the guide frame (501);
A step of assembling a multifunctional movable waterproofing gate plate 17001 serving as a water quality cleaner by combining a multifunctional movable waterproofing gate plate 17003 serving as a water purifier and having a rectangular shape between the two pairs of guide frames 501;
A plurality of intermediate transverse frame plates 159 and a lower transverse frame plate 160 are coupled to a rear portion of the multifunctional movable waterproofing door plate 17001 serving as the water purifier;
A step of forming a transverse upper frame 17005 on the upper part of the multifunctional movable waterproofing gate plate 17001 serving as the water purifier;
Filling the upper end of the cylinder rod (303) with the upper end of the inner guide frame (590) to complete a multifunctional movable gate operation frame (17000) serving as a water purifier and having an adiabatic sedimentation sludge discharge passage regulating device;
Installing a multifunctional operation maintenance door operation frame 17000 serving as a water quality purifier in the first portion of the foundation concrete 100 and the downstream portion of the waterproofing wall 101 constructed as described above;
Forming an intermediate material input box 17002 in the form of a rectangular enclosure;
Forming a plurality of river water flow ports (162) in the middle of the material input box (17002);
(The process of constructing the horizontal frame and the vertical frame inside the material input box 17002 is omitted)
Loading a water purification material (1110) for purifying contaminated river water into the inside of the material input box (17002) and performing a water purification function;
(The water purification material exhibiting the function of purifying the water introduced into the material input box can be used by using one material or by mixing two or more materials. Therefore, waste concrete or sand gravel or silica A membrane made of minerals such as volcanic rock or limestone, or a material made of a plant such as charcoal or wood, or a periodic introduction of microorganisms or an EM ball processed by adding microorganisms, Or chemical fiber, such as cashmere, all mineral substances present on the planet, all vegetable materials, all petroleum and all metal processing products can be injected to purify the contaminated river water. )
Coupling the vibrating device support plate 715 to one side and the other side of the material input box 17002;
Forming a vibrating weight 882 coupled with the rotating member 719 on the vibrating device support plate 715;
Forming vibration transmitting plates 717 at upper and lower ends of the vibrating device support plate 715;
Forming vibration motor supports 880 on one side and the other side of the operation cylinder middle plate 710;
A vibration motor 881 having a crank rotation shaft 883 inside the vibration motor support 880 and a vibration motor 881 having a crank rotation shaft 883 inside the vibration motor support 880. The vibrating motor is of a type that can be operated by hydraulic pressure, being)
Coupling the crank shaft 883 and the vibration weight 882;
Forming an oscillating support 711 at the upper and lower ends of the operating cylinder chamber intermediate plate 710;
A vibration reducing member 712 and a vibration transmitting member 712 are fixed to the upper end of the vibration supporting member 711 using bolts and nuts 717 after the vibration reducing member 712 (717);
Forming a plurality of foundation beams 507 in a stepped manner on the foundation concrete 100;
Forming a rotating shaft (502) on one side and the other side of the base rest (507);
Coupling the lower end of the operating cylinder chamber (5010) to the rotating shaft (502) by a white bond;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operating cylinder rod 231 to the inside upper end of the operating cylinder chamber 5010 which is formed in a closed form of a letter shape;
Forming a plurality of actuating cylinder brackets (233) having two pairs on one side and the other side of the base seat (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
Closing the operation cylinder chamber (5010) and the outer surface of the guide frame (501) to complete the structure of the operation frame (5011), thereby completing the multifunctional movable waterproofing gate operation frame (18000) for purifying the intermediate water quality;
A plurality of multi-function movable maintenance door operation frames 18000 serving as the intermediate water purifier and having the above-described structure are prepared, and the base concrete 100, which is constructed in a stepped manner at regular intervals in the river, A step of installing a plurality of steps from the step 2 to the step 5 to the platform 507; and (the step of installing can be arbitrarily increased or decreased)
The CC camera (not shown), the remote control and the close-up control are integrally provided while adjusting the multifunctional operation maintenance door operation frame 17000 serving as the water purifier and the multifunctional operation maintenance door 18000 serving as the intermediate water purifier (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to form a sludge sludge discharge passage 600, which serves as a water purifier. Completing an operating system for purifying contaminated river water by using an operating system (17000) and a multifunctional operation maintenance door operation frame (18000) serving as the intermediate water purifier;
The multi-function movable maintenance door operating system 17000 serving as the water purifier as described above and the multi-function movable maintenance door 1800 serving as the intermediate water purifier can store the water flowing from the upstream of the stream to maintain the high water level (Not shown) and checks the inflow amount and the volume of the water flowing down from the upstream of the river in a state where the water level checker is in the open state, and transmits the total control system to the integrated control system (Not shown) that is automatically pulled when the cylinder rod 303, which is engaged with the combined sedimentation sludge discharge passage regulating cylinder 302 formed in the two pairs of guide frames 501, When the cylinder rod (303) moves the multifunctional movable waterproof gate (17001) serving as a water purifier The double-sided sediment discharge sludge discharge passage 600 is formed at the lower end of the multifunctional movable guard gate 17001 serving as the water purifier automatically when the sediment discharge sludge discharging passage 600 is pulled up to the upper part of the drainage frame 501, And continuously discharging the river water through the combined sedimentation sludge discharge passage 600 by the inflow amount of
The crankshaft 883 coupled with the vibration motor 881 constituted inside the multifunctional operation maintenance door working frame 18000 serving as the intermediate water quality purifier is continuously rotated to rotate the vibration shaft 883 coupled with the crankshaft 883, The material input box 17002 is continuously vibrated by using the weight 882 so that the substance catalyzing action naturally occurring with the water purification materials 1110 inserted into the material input box 17002 And the material explosion action to purify the polluted river water while preventing the pollution of the river water from being increased, and at the same time, the upstream and downstream Amphibious species such as fish that are about to migrate to the river, and flora and fauna living in the river ecosystem, Act to prevent the phase;
The sedimentation sludge discharging passage 600 formed at the lower end of the multi-function movable sluice gate 17001 serving as the water purifier and the accumulation sludge discharging passage 170 formed at the material inlet box 17002, And clean streams that are heavily weighted are preferentially discharged to naturally purify contaminated streams
In the multi-function movable maintenance door operation system (17000) serving as the water purifier and the multi-function movable maintenance door operation frame (18000) serving as the intermediate water purifier, the water flowing down from the upstream of the stream is stored, And the water level checker checks that the water flow rate of the water flowing in from the upstream of the river is lower than the volume of the water flowing in from the upstream of the river, and transmits the integrated control system and the hydraulic control system (not shown) The multi-function operation maintenance door operation system 17000 serving as the water purifier and the multi-function operation maintenance door operation frame 18000 serving as the intermediate water purifier are operated to operate the operation cylinder 230 By connecting the operation frame 5011 coupled in the downstream direction of the river, The operation process of discharging the water stored in the multi-function maintenance repair door operating system 17000 serving as the water quality purifier and the multifunctional maintenance maintenance door operating system 18000 serving as the intermediate water purifier in the downstream direction of the river is continuously performed The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained is checked and the water level state that is set in advance is checked and transmitted to the total control system so that the total control system activates the hydraulic control system, The multifunctional movable gate operation system 17000 serving as the water quality purifier and the multifunctional movable gate operation system 18000 serving as the intermediate water purifier are raised while the operation cylinder rod 231 coupled with the operation cylinder 230 is extended Wherein the water purifier It is characterized by eco-friendly eco-friendly construction that combines the multifunctional operation maintenance system (17000) with the above-mentioned multifunctional operation system (18000), which serves as the intermediate water purifier, Friendly eco-friendly water quality purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate that is composed of water-
After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning contaminated river water while producing power by combining hydraulic control systems
A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);
Forming a cylinder upper and lower operation frame one side guide 5892 for controlling the combined use sedimentation sludge discharge passage on one side of the operation frame 5890 by using bolts and nuts to facilitate detachment and detachment;
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;
Forming a cylinder up-and-down operation frame second guide (11201) for controlling a combined accumulation sludge discharge passage on one side of the operation frame housing right side plate (12036);
Forming an index jaw (900) in the shape of a letter 자 between one side and the other side of a lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an indexing device 157, an index plate upper fixing table 158 and an index lower plate fixing table 156 in a vertical direction between the index jaws 900 and the rear surface of the foundation concrete 100 to construct an indexing device; ;
A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;
Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);
Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);
(Illustration of the left and right side surfaces and the front portion of the inner guide frame 590, which is illustrated by temporarily disassembling the front and side portions of the inner guide frame 590, is omitted to explain the structure of the inner guide frame 590)
A step of constructing an incubation platform 901 for the combined use sedimentation sludge discharge passage regulating mechanism at one side of the operation frame housing right side plate 12036 constituted in the operation frame 5890;
Depositing and joining a combined sludge sludge discharge passage regulating cylinder (12032) with a cylinder rod (12033) at an upper portion of the cylinder double seat (901) for controlling the adiabatic sedimentation sludge discharge passage;
Fixing the upper end of the cylinder rod 12033 to the upper end of the inner guide frame 590;
A power generation aberration upper and lower adjustment cylinder 902 coupled to the power generation aberration upper and lower cylinder rods 903 is connected to the lower end of the cylinder dual sphere 901 for controlling the adiabatic sludge sludge discharge passage from the multi- 20001); < / RTI >
Coupling a generator (906) using a generator case (905) coupled with a speed increasing unit and a power transmission device (not shown) at a lower end of the power generation aberration upper and lower cylinder rods (903);
Coupling the generator auger 20003 to the generator 906;
Combining the power generating aural cover 252 with the lower end of the multi-function movable maintenance panel 20001 on the power generating aberration 20003;
As described above, the power generating aberration 20003 formed at the lower end of the multifunctional operation maintenance door operation frame 22000 is connected to the adiabatic accumulated sludge discharge passage 600 formed at the lower end of the multi-function movable maintenance panel 20001, Function maintenance repair door (20001) combined with the multifunctional maintenance repair door (20001) at the time of flooding while controlling the rising and falling according to the situation by the power generation aberration upper and lower regulation cylinders (902) Configured to operate simultaneously when frame 22000 is turned on or standing;
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown), the remote control, and the close range control while adjusting the multifunctional operation maintenance door 20001 configured as described above And a water level checker (not shown) are integrally combined to complete a multifunctional movable water gate door operating system 20000 serving as a water purifier or a water purifying sludge discharge passage 600 constituted by a combined sedimentation sludge discharge passage 600, The multifunctional movable water gate door operating system 20000 serving as the water purifier is continuously installed on the upper portion of the cradle 507 constituting the upper portion of the foundation concrete 100 and then the water purifier- In the system 20000, the river water flowing down from the upstream of the river is stored and the water level is maintained. The total control system transmitted to the integrated control system by checking the amount of inflow and volume flowing from the upstream of the giga stream is installed in the interior of the two pairs of inner guide frames 590, When the cylinder rod 12033 coupled with the sludge discharge passage adjusting cylinder 12032 is extended, the inner guide frame 590 formed on one side and the other side of the multi-function movable resistance plate 16001 is raised, The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the water reservoir door 20001 and at the same time the river water is always discharged through the combined accumulation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river The process of continuous production of electric power while at the same time increasing the pollution of river water phenomenon With a bike;
In the multifunctional maintenance repair door operating system 20000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 22000 coupled with the operating cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system 20000 flows in the downstream direction of the river It is necessary to carry out the drainage operation process continuously, and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance door operating system 20000 configured to maintain the water storage state by standing up the multi-function movable maintenance door operating system 20000 serving as the water purifier while extending the operating cylinder rod 231 coupled to the water purifier 200, Friendly eco-friendly method that constantly generates electric power by using electricity and purifies the contaminated river water. The eco-friendly multifunctional movable gate, which is composed of ADO, is used to restore the river ecosystem while producing electricity. Friendly water quality purification Environmental engineering method
32. The method of claim 32, wherein
A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
An operation frame housing 5890 in which a cylinder up-and-down operation frame one-side guide 5892 for controlling the combined accumulation sludge discharge passage is coupled is coupled to the outer side of the one-side movable-beam operation support shaft 12022 and the other- ;
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;
Forming a cylinder up-and-down operation frame second guide (11201) for controlling the combined accumulation sludge discharge passage on the other side of the operation frame housing right side plate (12036);
And assembling the combined use sedimentation sludge discharge passage regulating cylinder seat 301 on the intermediate upper side of the operating frame housing right side plate 12036;
Forming an index jaw (22001) in the shape of a letter 사이 between one side and the other side of the lower end portion of the operating frame housing (5890) composed of the two pairs;
A speed increasing unit for increasing the rotational speed of the generator and a speed increasing unit between the rear portion of the index jaw 22001 and the lower end of the multifunctional operation maintenance door 20001 and a delivery device (not shown in detail) A step of fixing the generator 20005 to the generator support shaft 20008 and fixing the generator auricle 20003 to the white surface using the generator rotation axis 20006;
The generator cover 20009 is padded to protect the generator 20005 and the power generating aberration 20003 constitutes the upper end of the power generating aberration 20003 so as not to be damaged by the generation aberration cover 252;
A process of assembling an indexing plate 157, an index plate upper fixing table 158 and a lower plate fixing table 156 in a vertical direction between the index jaw 22001 and the rear surface of the foundation concrete 100 to construct an indexing device; ;
A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;
Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);
Depositing and joining a combined sedimentation sludge discharge passage control cylinder (12032) with a cylinder rod (12033) on the upper part of the cylinder sedimentation basin (301) for controlling the adiabatic sedimentation sludge discharge passage;
Fixing the coupling plate 305 to the upper end of the inner guide frame 590 after the coupling plate 305 is formed on the upper end of the cylinder rod 12033;
Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);
(Illustration of the left and right side surfaces and the front surface portion of the inner guide frame 590 shown in FIG. 5, which is illustrated by temporarily disassembling the front portion and the side portion of the inner guide frame, is omitted for explaining the structure of the inner guide frame 590)
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown), the remote control, and the close range control while adjusting the multifunctional operation maintenance door 20001 configured as described above And a water level checker (not shown) are integrally combined to complete a multifunctional movable water gate door operating system 20000 serving as a water purifier or a water purifying sludge discharge passage 600 constituted by a combined sedimentation sludge discharge passage 600, The multifunctional movable water gate door operating system 20000 serving as the water purifier is continuously installed on the upper portion of the cradle 507 constituting the upper portion of the foundation concrete 100 and then the water purifier- In the system 20000, the river water flowing down from the upstream of the river is stored and the water level is maintained. The total control system transmitted to the integrated control system by checking the amount of inflow and volume flowing from the upstream of the giga stream is installed in the interior of the two pairs of inner guide frames 590, When the cylinder rod 12033 coupled with the sludge discharge passage adjusting cylinder 12032 is extended, the inner guide frame 590 formed on one side and the other side of the multi-function movable resistance plate 16001 is raised, The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the water reservoir door 20001 and at the same time the river water is always discharged through the combined accumulation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river The process of continuous production of electric power while at the same time increasing the pollution of river water phenomenon With a bike;
In the multifunctional maintenance repair door operating system 20000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 22000 coupled with the operating cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system 20000 flows in the downstream direction of the river It is necessary to carry out the drainage operation process continuously, and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance door operating system 20000 configured to maintain the water storage state by standing up the multi-function movable maintenance door operating system 20000 serving as the water purifier while extending the operating cylinder rod 231 coupled to the water purifier 200, Friendly eco-friendly method that constantly generates electric power by using electricity and purifies the contaminated river water. The eco-friendly multifunctional movable gate, which is composed of ADO, is used to restore the river ecosystem while producing electricity. Friendly water quality purification Environmental engineering method After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly construction method, which combines the hydraulic control system to produce electricity, the eco-friendly construction method to purify polluted river water and the power generation system to purify polluted river water by using power generation system combined with wind power generation system

A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Constructing an exponent wall 101 having one end of the foundation concrete 100 and the other end of the foundation concrete generating device coupling groove 920 and the material input box installation recess 913;
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);
Forming a cylinder upper and lower operation frame one side guide 5892 for controlling the combined use sedimentation sludge discharge passage on one side of the operation frame 5890 by using bolts and nuts to facilitate detachment and detachment;
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;
Forming a cylinder up-and-down operation frame second guide (11201) for controlling a combined accumulation sludge discharge passage on one side of the operation frame housing right side plate (12036);
Forming an index jaw (900) in the shape of a letter 자 between one side and the other side of a lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an indexing device 157, an index plate upper fixing table 158 and an index lower plate fixing table 156 in a vertical direction between the index jaws 900 and the rear surface of the foundation concrete 100 to construct an indexing device; ;
A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;
Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);
Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);
(Illustration of the left and right side surfaces and the front portion of the inner guide frame 590, which is illustrated by temporarily disassembling the front and side portions of the inner guide frame 590, is omitted to explain the structure of the inner guide frame 590)
A step of constructing an incubation platform 901 for the combined use sedimentation sludge discharge passage regulating mechanism at one side of the operation frame housing right side plate 12036 constituted in the operation frame 5890;
Depositing and joining a combined sludge sludge discharge passage regulating cylinder (12032) with a cylinder rod (12033) at an upper portion of the cylinder double seat (901) for controlling the adiabatic sedimentation sludge discharge passage;
Fixing the upper end of the cylinder rod 12033 to the upper end of the inner guide frame 590;
A power generation aberration upper and lower adjustment cylinder 902 coupled to the power generation aberration upper and lower cylinder rods 903 is connected to the lower end of the cylinder dual sphere 901 for controlling the adiabatic sludge sludge discharge passage from the multi- 20001); < / RTI >
Coupling a generator (906) using a generator case (905) coupled with a speed increasing unit and a power transmission device (not shown) at a lower end of the power generation aberration upper and lower cylinder rods (903);
Coupling the generator auger 20003 to the generator 906;
Combining the power generating aural cover 252 with the lower end of the multi-function movable maintenance panel 20001 on the power generating aberration 20003;
As described above, the power generating aberration 20003 formed at the lower end of the multifunctional operation maintenance door operation frame 22000 is connected to the adiabatic accumulated sludge discharge passage 600 formed at the lower end of the multi-function movable maintenance panel 20001, Function maintenance repair door (20001) combined with the multifunctional maintenance repair door (20001) at the time of flooding while controlling the rising and falling according to the situation by the power generation aberration upper and lower regulation cylinders (902) Configured to operate simultaneously when frame 22000 is turned on or standing;
Forming a material charging box 50001 having a plurality of river water supply holes 912 and a holder 921 on one side and the other side of the upper part thereof in the shape of a rectangular enclosure;
Constructing a vibration motor (909) coupled with a vibration weight at an upper portion of the material input box (50001);
(The horizontal frame and the vertical frame are naturally formed in the inside of the material input box 50001, and the illustration of the detailed drawing is omitted)
Minerals such as quartz, elvan, limestone, and basalt, which are composed of mineral substances, may be finely crushed or injected into the interior of the material input box 50001 to purify polluted river water. Mineral materials such as soil or ilite, such as soil or silt, are sintered at a temperature of about 500 to 1200 ° C to selectively purify water. The contaminated river water can be purified by using a filtration net, a filter such as a membrane or cashmere, or an EM ball made by charging charcoal or microorganisms, so that the contaminated river water can be purified, The material input box 50 001) is collectively referred to as a water quality purification material 911;
The elastic force reducing member 922 is formed at the lower end of the cradle 921 and then the bolt and nut 910 are used to press the material inlet box catch groove 913 Joining the material input box 50001;
A process of completing the water quality purifying material box operating system 50000 by combining a plurality of the material charging boxes 50001 configured as described above with the material charging box installing grooves 913 formed in the exponent wall 101 ;
A process of constructing the door frame 915 on one side and the other side of the rolling-type power generator coupling groove 920;
Constructing a rolling cylinder (908) coupled to the cylinder rod (916) in the door frame (915);
Forming a roll-shaped water gate 30001 in the form of a rectangular enclosure by connecting one side and the other side of the cylinder rod 916;
Forming a plurality of horizontal frames and a vertical frame on a rear portion of the volume-style water gate 30001;
Forming a generator cover (905) on the generator (906) after the generator (906) is installed on one side and the other side of the lower end of the roll-shaped water gate (30001);
(Transmission facility to be connected with the generator is a known technology and a detailed description thereof is omitted)
A step of constructing a generator regulating cylinder 918 combined with a generator regulating cylinder rod 919 in one side and the other side of the roll regulating gates 30001;
Coupling the generator (906) and the generator cover (905);
Coupling the generator cover (905) and the generator-regulating cylinder rod (919);
A power generating aberration 20003 coupled with the power generating aide protection cover 252 is formed between the generator 906 configured to facilitate the upward and downward operations at the lower end of the roll forming type water gate 30001, 30000);
The CC camera (not shown), the remote control, and the near-field control are controlled while adjusting the multifunctional operation maintenance door 20001, the winding-style power generation system 30000, and the water purification box operating system 50000, (Not shown), a hydraulic control system (not shown) and a water level checker (not shown) integrally combined to form a sludge sludge discharge passage 600. The multi- (20001), the wind power generation system (30000), and the water quality material box operating system (50000), it is necessary to store the river water flowing from the upstream of the river and to maintain the high water level at all times, (20001), volume generation power generation system (30000) and water quality purification material box operation system (50000) are adjusted, the multi-function movable beam The power generating aberrnent 20003 constructed at the lower end of the door 20001 and the power generating aberration 906 formed at the lower end of the power generation system 30000 are used to generate electric power, , 20003), the rotary motor (909) is continuously rotated, and the material input box (50001) is continuously impacted by a vibration force generated in the rotary motor (909) Which is naturally generated between the water purification material 911 and the water purification material 911, which is injected into the water purification unit 50001, and the water purification unit 911, which is configured to naturally purify the river water contaminated by the substance- (20001), volume generation system (30000), and water quality purification box operating system (50000) to continuously purify contaminated river water Friendly eco-friendly water purification system that recovers river ecosystem while purifying polluted river water by producing electricity using eco-friendly multifunctional movable water gate which is composed of the characteristic eco- It is equipped with cc camera, water level checker, comprehensive control system, and multi-function maintenance system, which is used for water purifier operated by side opening, rear door opening and rope operation. Hydraulic control system is combined with each other to form an adobe, and at the same time, multi-function movable control panel is formed in a curved shape, and the substance molecules contained in the river water are automatically separated by the action of gravity. As a result, And an eco-friendly method of purifying the water polluted by the action of the material which is preferentially discharged through the island
A foundation block (not shown) for supporting a multifunctional movable waterproofing gate plate 3501 that functions as a combined drainage sludge drainage passage 600 after installing a foundation concrete 100 on the bottom of a river after dredging the river bottom and repairing the bank, 507) on the foundation concrete (100);
Installing a rotating shaft (502) on one side and the other side of the base rest (507);
Forming an operation frame 5011 by combining an I-shape and a U-shape at the upper portion of the rotary shaft 502 to form a guide frame 501 at one side and an operation cylinder chamber 5010 at the other side;
Forming an adiabatic sedimentation sludge discharge passage frame index jaw (357) by connecting one side and the other side of the operation frame (5011);
Forming a double inner frame (351) in a U shape inside the guide frame (501) composed of two pairs;
Depositing a combined sedimentation sludge discharge passage regulating cylinder (302) coupled with a cylinder rod (303) at an upper end of the double inner frame (351);
Coupling an upper end of the cylinder rod 303 to a lower end of the guide frame 501;
Constructing a power generating aberration 20003 coupled to the generator 906 on one side and the other side of the lower end portion of the double inner frame 351;
A step of constructing a power generation aberration cover 353 at an upper end of the power generation aberration 20003;

And a multi-function movable maintenance panel 3501 having upper and lower operation guides 350 on one side and on the other side, respectively, is provided on one side of the double-side inner frame 351 A process of configuring the inside of the other side;
(The description of the structure of the intermediate frame or the like combined with the multifunctional operation maintenance door 3501 is omitted)
A step of constructing a power generating aberration protector adjusting cylinder 355 coupled to the cylinder rod 352 on one side and the other side of the upper end of the multifunctional movable beam guiding door plate 3501;
Coupling the upper end of the cylinder rod 352 to the lower end of the double inner frame 351;
A step of forming an operation cylinder rod-shaped blank paper 232 for fixing the operation cylinder rod 231 to the inner upper end of the operation cylinder chamber 5010 which is formed in a closed form in a letter shape;
Forming an actuating cylinder bracket (233) having two pairs on one side and the other side of the base rest (507);
Coupling the actuating cylinder 230 to the cylinder bracket 233 using the actuating cylinder white support shaft 235;
Coupling the operating cylinder rod (231) to the operating cylinder rod white paper (232) by whitening;
(The hydraulic cylinder line supplying the hydraulic fluid to the cylinder is a well-known technology and is not shown)
(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while adjusting the multifunctional movable water gate panel 3501 while adjusting a CC camera (not shown) (Not shown), thereby completing a multi-function operation maintenance operation system 3500 serving as a water quality purifier in which the double-sided sedimentation sludge discharge passage 600 is formed;
In the multifunctional operation maintenance door operating system 3500 serving as the water purifier configured as described above, the river water flowing down from the upstream of the river is stored in the multifunctional operation maintenance door operating system 3500, The multifunctional movable water leveling gate plate 3501 is lifted by using the discharge passage adjusting cylinder 302 so as to pass through the double-sided sedimentation sludge drainage passages 600 formed at the lower end of the multi-function movable water leveling gate operating system 3500 Functioning movable water gate operating system 3500, which is a water purifier and configured to continuously generate electricity using the water pump 20003, while discharging the river water to purify contaminated river water, The natural ecosystem is given and the polluted river water is cleansed and electricity is continuously supplied Friendly nature adapted to the natural acid-friendly environment-friendly water purification process, producing electricity by using an eco-friendly multi-functional water gate movable beam consisting of the least characterized by the environment-friendly process for purifying a contaminated river water at the same time restoring the stream ecosystems sikyeojum
35. The method of claim 35, wherein
The multifunctional movable gate 3501 is formed as a winch type at a river water outlet formed at a river bank to naturally form an island using a multi-function movable gate of a winch type, which is configured to produce power while controlling discharge of river water Friendly eco-friendly construction method that purifies polluted river water and provides environmentally friendly multifunctional movable water gate that is used to restore electricity to the river ecosystem while simultaneously cleaning the polluted river water. Purification eco-friendly method
In an eco-friendly method for purifying polluted river water while naturally forming an island using a hydrological or hydraulic or pneumatic cylinder to float and descend the water gate,

And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,
A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;
A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;
Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);
Forming an adjusting frame (836) on one side and the other side of the guide body (801);
A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and
Coupling the shaft 837 with the guide body 801;
(831) on one side and the other side of the shaft (837) of the water inlet;
Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);
Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;
Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;
Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;
A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;
A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;
The combined funnel-accumulated sludge discharge passage 802 is formed in a rectangular shape at the lower end of the multifunctional movable gate 19000;
A double opening / closing gate 807 is provided in the inside of the multifunctional movable gate 19000 so as to have a U-
A double-opening / closing hydrologic and a downward-adjusting cylinder 811 coupled to a double-opening / closing hydraulically operated and downwardly-moving cylinder rod 812 at one end and the other end of the multifunctional movable guard 19000;
Closing cylinder head 812 and the upper end of the double opening / closing gate 807;
After constructing the generator-upper and lower-regulating cylinders 813 combined with the generator-upper and lower-regulating cylinder rods 815 inside the upper end of the double-opening and closing gates 807;
A pair of generator rotation shafts 817 coupled to the generator 816 and the generator aileron 803 at one side and the other of the lower end of the double opening and closing gate 807;
Function movable guard gate 19000 formed by coupling the upper end of the generator 816 with the generator and lower cylinder rod 815 is installed at the upper end of the river or river channel or at the upper end of the reservoir and the multifunctional movable gate Closing hydraulics 807 constructed in the inside of the double-opening / closing cylinder 19000 is raised / lowered to the double opening / closing hydrologic /
The double-sided sedimentation sludge discharge passage (802, 830) formed at the lower end of the multifunctional movable gate (19000) is opened to form an automatic idler which is a moving passage for aquatic creatures such as fishes, amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river water discharged through the adiabatic accumulated sludge discharge passages 802 and 830 formed at the lower end of the multifunctional movable gate 19000 is used as the generator 816 The water supply system of the present invention is a water supply system in which water is supplied to a water turbine 803, Clean streams and sediment sludges are first discharged to purify contaminated streams. Natural teeth angry with natural eco-friendly water purification process, producing electricity using environmentally friendly process operate multifunction security hydrological that even in that aspect, characterized by purifying the river water pollution and at the same time restoring the river ecosystem that sikyeojum
37. The compound of claim 37
And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,
A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;
A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;
Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);
Forming an adjusting frame (836) on one side and the other side of the guide body (801);
A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and
Coupling the shaft 837 with the guide body 801;
(831) on one side and the other side of the shaft (837) of the water inlet;
Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);
Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;
Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;
Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;
A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;
A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;
The double-sided sedimentation sludge discharge passage 830 formed at the lower end of the multifunctional movable gate 19000 is opened to form an automatic idler which is a moving path of aquatic ecosystems such as fishes and amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river ecosystem is restored using the combined sedimentation sludge discharge passage 830 formed at the lower end of the multifunctional movable guard 19000, Friendly eco-friendly method that cleanses contaminated river water by discharging heavy clean river water and sediment sludge first. This eco-friendly multifunctional movable water gate, which is composed of an eco- Natural-friendly to cleanse polluted river water at the same time Environmentally friendly water purification process
After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning polluted river water by combining hydraulic control system

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;
A step of forming a cylinder-mounted multifunctional movable beam guide 953 for controlling the double-sided sedimentation sludge discharge passage in the form of a circle on the other side of the right side plate 12036 of the operating frame housing;
A step of forming a cylinder 951 coupled with a cylinder rod 952 on the upper portion of the cylinder-mounted multi-function movable beam guide 953 for controlling the adiabatic sedimentation sludge discharge passage;
Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;
The upper and lower guides 590 are formed in a U shape in the opposite direction and the upper and lower guides 590 are formed in the middle of the rear part and a plurality of + (30000);
A process of coupling the upper end of the upper and lower guides 590 formed on one side and the other side of the multifunctional movable gate 30000 to the cylinder rod 952,
(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively carry out the remote control and the close range control while controlling the multifunctional operation maintenance door 30000 (Not shown), thereby completing the multifunctional operation maintenance door 30000 in which the combined sedimentation sludge discharge passage 600 is formed;
In the multi-function movable maintenance door 30000 constructed as described above, the river water flowing down from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing down from the upstream of the river, When the integrated control system transmitted to the integrated control system is extended, the cylinder rod 952 coupled with the cylinder 951, which is configured inside the two pairs of inner guide frames 590, is extended The multifunctional movable protection gate 30000 coupled to the multifunctional movable gate 30000 is lifted and the combined drainage sludge discharge passage 600 is formed at the lower end of the multifunctional movable gate 30000, The sewage sludge discharging passage 600 discharges the river water at all times by the inflow amount of the inflowing river water And to prevent the phenomenon of heavy pollution of the river water and to prevent the amphibian and river ecosystem including the fish which are going to move upstream and downstream of the river through the double- And to help move the flora and fauna inhabited;
The contaminated river water and the clean river water collide with each other to cause the collision action to purify the contaminated river water and to keep the flowing water flowing from the upstream of the river inside the multifunctional maintenance door 30000 to maintain the high water level The water level checker checks that the river water flowing down from the upper stream of the river flows down and the river water flowing down from the upper stream of the river flows down to the integrated control system, Functioning maintenance door 30000 by operating the operation cylinder 230 coupled to the operation cylinder 230 and driving the operation frame 11100 coupled to the operation cylinder 230 in the downstream direction of the river, ) To drain the river water stored in the lower part of the river The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained, checks the predetermined water level status, and transmits the water level status to the total control system, Function maintenance door 30000 configured to operate the control system and to maintain the water-storing state by standing up the multi-function movable maintenance door 30000 while the operation cylinder rod 231 coupled with the operation cylinder 230 is extended, ), Which is a nature-friendly eco-friendly method that cleanses polluted river water while restoring natural ecosystem by using automatic islanding
Friendly eco-friendly water purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate composed of eco-friendly eco-friendly method After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning polluted river water by combining hydraulic control system

A multifunctional maintenance repair door operation frame 11100 which functions as a combined drainage sludge discharge passage 600 at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 11100;
Forming a multifunctional movable shield (50000) on the other side of the operating frame housing right side plate (12036);
Forming a water gate 550 in the form of an H-letter at the lower end of the multi-function movable maintenance door 50000;
One side portion and the other side portion of the multifunctional movable water guard door 50000 are used as the accumulated sludge discharge passageway and the rod 2002 is sandwiched between the sluices 550 and the sluice sludge discharge passage A process;
Forming an index jaw (150) in the shape of a letter 자 between one side and the other side of the lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an index device 157, an index plate upper fixture 158 and an index plate lower fixture 156 in a vertical direction between the index jaw 150 and the rear portion of the foundation concrete to construct an indexing device; ;
(Not shown), a hydraulic control system (not shown), and a water level checker (not shown) configured to comprehensively perform remote control and close range control while controlling the multifunctional operation maintenance door 50000 (Not shown), thereby completing the multi-function movable maintenance door 50000 in which the double-sided sedimentation sludge discharge passage 600 is formed;
In the multi-function movable maintenance door 50000 constructed as described above, the river water flowing down from the upstream of the river is stored and the water level checker checks the inflow amount and the volume amount flowing down from the upstream of the river, The integrated control system transmitted to the integrated control system transmits the integrated sludge discharge passage or the accumulated sludge discharge passage formed between the multifunctional movable sash door 50000 and the accumulated sludge discharge passage, When the cylinder rod 2002 coupled to the multifunctional movable waterproof door 50000 is contracted, the water gate 550 is raised in the sedimentary sludge discharge passage coupled with the multifunctional movable water security door 50000, The combined use sedimentation sludge discharge passage 600 is formed in the upper portion of the river, and at the same time, The sewage sludge discharge passage 600 is continuously discharged through the combined sedimentation sludge discharge passage 600 by the inflow amount so as to prevent the contamination of the river water from being increased and at the same time the artificial sediment sludge discharge passage 600, And to assist in the migration of flora and fauna in amphibians and river ecosystems, including fish that are going to move upstream and downstream of rivers;
The contaminated river water and the clean river water collide with each other to generate a collision action to purify the polluted river water and to keep the flowing water flowing from the upstream of the river inside the multifunctional maintenance door 50000 to maintain the high water level The water level checker checks that the river water flowing down from the upper stream of the river flows down and the river water flowing down from the upper stream of the river flows down to the integrated control system, The operation cylinder 230 coupled to the operation cylinder 230 is operated to transmit the operation frame 11100 coupled to the operation cylinder 230 in the downstream direction of the river to move the multifunctional operation maintenance door 50000, ) To drain the river water stored in the lower part of the river The water level checker that automatically checks when the flood is over and the flow phenomenon of the general stream water is maintained, checks the predetermined water level status, and transmits the water level status to the total control system, The multifunctional operation maintenance door (50000) is opened by operating the hydraulic control system so that the operation cylinder rod (231) coupled with the operation cylinder (230) is extended to stand the multifunctional operation maintenance door 50000), which is a natural eco-friendly method, which cleanses contaminated river water while restoring natural ecosystem by using automatic islanding
Friendly eco-friendly water purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate composed of eco-friendly eco-friendly method
In an eco-friendly method for purifying polluted river water while naturally forming an island using a hydrological or hydraulic or pneumatic cylinder to float and descend the water gate,

And a horizontal frame 806 is provided between the guide bodies 801 so as to face the guide body 801 having one side and the other side in the shape of a letter C,
A hydrologic lower guide 821 which is formed by padding a cylinder hermetic cover 820 at a predetermined interval to an end of the guide body 801 provided in a C shape;

A hydrologic and down-regulating cylinder 810 combined with a downwardly-regulating cylinder rod 809 in the guide body 801;
Connecting one side of the guide body (801) and the other lower end of the guide body (801) to form a connecting door frame (806);
Forming an adjusting frame (836) on one side and the other side of the guide body (801);
A process of constructing a water-canal shaft 837 on one side and the other side of the regulation frame 836 and
Coupling the shaft 837 with the guide body 801;
(831) on one side and the other side of the shaft (837) of the water inlet;
Forming a cylinder rod shaft (832) at an upper end of the regulating link (831);
Forming a cylinder shaft 838 at a rear portion of the regulating frame 836;
Coupling a cylinder rear surface case 839 coupled with the cylinder 835 and the cylinder rod 833 to the cylinder shaft 838;
Coupling the cylinder rod (833) and the cylinder rod shaft (832) to each other by a white bond;
A structure of the multifunctional movable gate 19000 having two pairs of cylinder rod coupling portions 808 at the upper end of the downwardly adjustable cylinder rod 809;
The multi-function movable sluice gate 17000 is provided with respective double-sided sedimentation sludge discharge passages 802, 853, and 855;
A double opening / closing gate 807 is provided in the inside of the multifunctional movable gate 19000 so as to have a U-
Inside the double opening and closing gate 807, there are provided power generating aids 803, 856, and 857 coupled to the respective generators;
The double-opening / closing gate 807 is provided with double-sided sedimentation sludge discharge passage adjusting passages 802, 853, and 855;
A structure for assembling the lower end of the cylinder rod coupling base 808 and the hydraulically and downwardly adjustable cylinder rod 809 to complete the upward and downward movement of the multifunctional movable gate 19000;
A double-opening / closing hydrologic and a downward-adjusting cylinder 811 coupled to a double-opening / closing hydraulically operated and downwardly-moving cylinder rod 812 at one end and the other end of the multifunctional movable guard 19000;
Closing cylinder head 812 and the upper end of the double opening / closing gate 807;
After constructing the generator-upper and lower-regulating cylinders 813 combined with the generator-upper and lower-regulating cylinder rods 815 inside the upper end of the double-opening and closing gates 807;
A pair of generator rotation shafts 817 coupled to the generator 816 and the generator aileron 803 at one side and the other of the lower end of the double opening and closing gate 807;
Function movable guard gate 19000 formed by coupling the upper end of the generator 816 with the generator and lower cylinder rod 815 is installed at the upper end of the river or river channel or at the upper end of the reservoir and the multifunctional movable gate Closing hydraulics 807 constructed in the inside of the double-opening / closing cylinder 19000 is raised / lowered to the double opening / closing hydrologic /
The double-sided sedimentation sludge discharge passage (802, 830) formed at the lower end of the multifunctional movable gate (19000) is opened to form an automatic idler which is a moving passage for aquatic creatures such as fishes, amphibians and reptiles, The sludge is preferentially discharged to naturally purify the polluted river water and the river water discharged through the adiabatic accumulated sludge discharge passages 802 and 830 formed at the lower end of the multifunctional movable gate 19000 is used as the generator 816 The water supply system of the present invention is a water supply system in which water is supplied to a water turbine 803, Clean streams and sediment sludges are first discharged to purify contaminated streams. Natural teeth angry with natural eco-friendly water purification process, producing electricity using environmentally friendly process operate multifunction security hydrological that even in that aspect, characterized by purifying the river water pollution and at the same time restoring the river ecosystem that sikyeojum After dredging the river bottom and repairing the bank, it is installed on the concrete at the bottom of the river. It is equipped with a cc camera, water level checker, comprehensive control system and multi-function maintenance door for water purifier operated by side opening, In the eco-friendly method of cleaning contaminated river water while producing power by combining hydraulic control systems

A multifunctional operation maintenance door operation frame (22000) which functions as a combined sludge discharge passage (600) at the full width of the entire cross section of the water channel formed between the one side bank and the other side bank of the river bottom after dredging the river bottom and repairing the bank, (507) for supporting the foundation concrete (100) by using the foundation concrete (100);
Installing two pairs of support plates 5880 on one side and the other side of the base rest 507;
A step of fixing two pairs of cylinder-driven white paper brackets 12019 to the upper portion of the support plate 5880;
Fixing a white support shaft 12016 to the cylinder drive white paper bracket 12019;
Fixing two pairs of first white paper brackets (12015) on one side and the other side of the white support shaft (12016);
Closing the movable beam opening / closing operation cylinder shaft 12018 to the first white paper bracket 12015;
Closing operation cylinder (12018) with the lower end of the movable beam opening / closing operation cylinder (230);
Closing the movable beam opening / closing operation cylinder (230);
A step of fixing the one movable boom operation support shaft 12022 and the other movable boom operation support shaft 12009 to the white paper shaft 12016;
Fixing two pairs of cylinder rod white paper brackets (12010) to the one movable bechor operation support shaft (12022) and the upper end of the other movable bechor action support shaft (12009);
Bonding the cylinder rod shaft 232 formed at the upper end of the cylinder rod 231 and the cylinder rod white paper bracket 12010 by a white bond;
Forming an operation frame enclosure (5890) on the outer surface of the one movable boom operation support shaft (12022) and the other movable boom operation support shaft (12009);
Forming a cylinder upper and lower operation frame one side guide 5892 for controlling the combined use sedimentation sludge discharge passage on one side of the operation frame 5890 by using bolts and nuts to facilitate detachment and detachment;
Closing the left side surface of the operation frame enclosure 5890 by forming an operation frame enclosure left side plate 12060 on the left side of the operation frame enclosure 5890;
On the right side of the operating frame housing 5890, an operating frame housing right side plate 12036
Thereby completing the structure of the multifunctional operation maintenance door operation frame 22000;
Forming a cylinder up-and-down operation frame second guide (11201) for controlling a combined accumulation sludge discharge passage on one side of the operation frame housing right side plate (12036);
Forming an index jaw (900) in the shape of a letter 자 between one side and the other side of a lower end portion of the operating frame enclosure (5890) composed of the two pairs;
A process of assembling an indexing device 157, an index plate upper fixing table 158 and an index lower plate fixing table 156 in a vertical direction between the index jaws 900 and the rear surface of the foundation concrete 100 to construct an indexing device; ;
A step of constructing a multifunctional maintenance repairing plate 20001 by using a plate material having a lower end portion in a L-shaped form and a top end portion in a L-shaped form;
Forming an inner guide frame (590) by using a material formed in a shape of a letter shape on one side and the other side of the multifunctional operation maintenance panel (20001);
Forming a horizontal frame (250) and a vertical frame (251) on the rear surface of the multi-function movable maintenance panel (20001);
(Illustration of the left and right side surfaces and the front portion of the inner guide frame 590, which is illustrated by temporarily disassembling the front and side portions of the inner guide frame 590, is omitted to explain the structure of the inner guide frame 590)
A step of constructing an incubation platform 901 for the combined use sedimentation sludge discharge passage regulating mechanism at one side of the operation frame housing right side plate 12036 constituted in the operation frame 5890;
Depositing and joining a combined sludge sludge discharge passage regulating cylinder (12032) with a cylinder rod (12033) at an upper portion of the cylinder double seat (901) for controlling the adiabatic sedimentation sludge discharge passage;
Fixing the upper end of the cylinder rod 12033 to the upper end of the inner guide frame 590;
A power generation aberration upper and lower adjustment cylinder 902 coupled to the power generation aberration upper and lower cylinder rods 903 is connected to the lower end of the cylinder dual sphere 901 for controlling the adiabatic sludge sludge discharge passage from the multi- 20001); < / RTI >
Coupling a generator (906) using a generator case (905) coupled with a speed increasing unit and a power transmission device (not shown) at a lower end of the power generation aberration upper and lower cylinder rods (903);
Coupling the generator auger 20003 to the generator 906;
Combining the power generating aural cover 252 with the lower end of the multi-function movable maintenance panel 20001 on the power generating aberration 20003;
As described above, the power generating aberration 20003 formed at the lower end of the multifunctional operation maintenance door operation frame 22000 is connected to the adiabatic accumulated sludge discharge passage 600 formed at the lower end of the multi-function movable maintenance panel 20001, Function maintenance repair door (20001) combined with the multifunctional maintenance repair door (20001) at the time of flooding while controlling the rising and falling according to the situation by the power generation aberration upper and lower regulation cylinders (902) Configured to operate simultaneously when frame 22000 is turned on or standing;
(Not shown) and a hydraulic control system (not shown) configured to comprehensively perform the CC control (not shown), the remote control, and the close range control while adjusting the multifunctional operation maintenance door 20001 configured as described above And a water level checker (not shown) are integrally combined to complete a multifunctional movable water gate door operating system 20000 serving as a water purifier or a water purifying sludge discharge passage 600 constituted by a combined sedimentation sludge discharge passage 600, The multifunctional movable water gate door operating system 20000 serving as the water purifier is continuously installed on the upper portion of the cradle 507 constituting the upper portion of the foundation concrete 100 and then the water purifier- In the system 20000, the river water flowing down from the upstream of the river is stored and the water level is maintained. The total control system transmitted to the integrated control system by checking the amount of inflow and volume flowing from the upstream of the giga stream is installed in the interior of the two pairs of inner guide frames 590, When the cylinder rod 12033 coupled with the sludge discharge passage adjusting cylinder 12032 is extended, the inner guide frame 590 formed on one side and the other side of the multi-function movable resistance plate 16001 is raised, The combined use sedimentation sludge discharge passage 600 is formed at the lower end of the water reservoir door 20001 and at the same time the river water is always discharged through the combined accumulation sludge discharge passage 600 by the inflow amount of the river water flowing upstream of the river The process of continuous production of electric power while at the same time increasing the pollution of river water phenomenon With a bike;
In the multifunctional maintenance repair door operating system 20000 serving as the water purifier, the river water flowing down from the upstream of the river is stored and the flood water is generated while the water level is maintained, and the water level checker flows down from the upstream of the river The integrated control system transmits the received control data to the integrated control system. When the integrated control system is operated, the operation cylinder 230 coupled to the hydraulic control system (not shown) is operated, The operation frame 22000 coupled with the operating cylinder 230 is conducted in the downstream direction of the river so that the river water stored in the interior of the water purifier-operated multifunctional maintenance door operating system 20000 flows in the downstream direction of the river It is necessary to carry out the drainage operation process continuously, and at the same time, The integrated control system activates the hydraulic control system to check the level of water level that is automatically determined by the water level checker when the flow phenomenon of the river water is maintained, Function maintenance maintenance door operating system 20000 configured to maintain the water storage state by standing up the multi-function movable maintenance door operating system 20000 serving as the water purifier while extending the operating cylinder rod 231 coupled to the water purifier 200, Friendly eco-friendly method that constantly generates electric power by using electricity and purifies the contaminated river water. The eco-friendly multifunctional movable gate, which is composed of ADO, is used to restore the river ecosystem while producing electricity. Friendly water quality purification Environmental engineering method


KR1020140174553A 2013-12-07 2014-12-07 Friendly eco-friendly water purification system that recovers river ecosystem while producing electricity using eco-friendly multifunctional movable water gate composed of eco-friendly eco-friendly method KR20150007271A (en)

Applications Claiming Priority (60)

Application Number Priority Date Filing Date Title
KR1020130151953 2013-12-07
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KR1020140022021A KR20140033194A (en) 2014-02-25 2014-02-25 Eco-friendly water purification method that restores stream ecosystem using automatic fish and at the same time cleans polluted river water while producing electricity
KR1020140024325 2014-02-28
KR1020140024325A KR20140035469A (en) 2014-02-28 2014-02-28 Naturally friendly water purification eco-friendly method that restores the river ecosystem by using sedimentary sludge drainage channel and also cleans polluted river water while producing electricity.
KR1020140024775 2014-03-01
KR1020140024775A KR20140035471A (en) 2014-03-01 2014-03-01 Naturally friendly water purification and eco-friendly construction that restores the river ecosystem by using a combined waterway to purify polluted river water while producing electricity.
KR1020140035686A KR20140045971A (en) 2014-03-27 2014-03-27 Naturally friendly water purification eco-friendly process that restores the river ecosystem while purifying polluted river water while producing electricity by using multifunctional movable floodgates composed of fish.
KR1020140035686 2014-03-27

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102187983B1 (en) * 2020-09-19 2020-12-08 한상관 By using a fish island that prevents the generation of green algae and restores the river ecosystem, it generates eco-friendly electricity and at the same time plays the function of an artificial fish farm that restores the natural ecosystem, increasing fish stocks and performing the role of a large rainwater reservoir. Naturally purify contaminated river water by using eco-friendly movable beams for preventing the occurrence of green algae that act to prevent flood damage, and to make contaminated river water stored in rivers, rivers and lakes, dams, and reservoirs clean. Nature-friendly construction method
KR102219449B1 (en) 2020-11-14 2021-02-26 한상관 Using eco-friendly fish islands to save river ecosystems, increase fish stocks, and at the same time prevent flood damage by generating eco-friendly electricity by using eco-friendly movable beams that act to prevent the occurrence of green algae, and at the same time as a large rainwater reservoir. At the same time, a nature-friendly water purification eco-friendly method that cleans and purifies contaminated river water stored in rivers, rivers, lakes, dams and reservoirs.

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102187983B1 (en) * 2020-09-19 2020-12-08 한상관 By using a fish island that prevents the generation of green algae and restores the river ecosystem, it generates eco-friendly electricity and at the same time plays the function of an artificial fish farm that restores the natural ecosystem, increasing fish stocks and performing the role of a large rainwater reservoir. Naturally purify contaminated river water by using eco-friendly movable beams for preventing the occurrence of green algae that act to prevent flood damage, and to make contaminated river water stored in rivers, rivers and lakes, dams, and reservoirs clean. Nature-friendly construction method
KR102219449B1 (en) 2020-11-14 2021-02-26 한상관 Using eco-friendly fish islands to save river ecosystems, increase fish stocks, and at the same time prevent flood damage by generating eco-friendly electricity by using eco-friendly movable beams that act to prevent the occurrence of green algae, and at the same time as a large rainwater reservoir. At the same time, a nature-friendly water purification eco-friendly method that cleans and purifies contaminated river water stored in rivers, rivers, lakes, dams and reservoirs.

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