CN107827186B

CN107827186B - Sunlight power generation type red tide and green tide removing device

Info

Publication number: CN107827186B
Application number: CN201610578864.0A
Authority: CN
Inventors: 李九燮
Original assignee: Han YieST
Current assignee: Han YieST; 韩一 E.S.T
Priority date: 2015-08-21
Filing date: 2016-07-20
Publication date: 2020-11-24
Anticipated expiration: 2036-07-20
Also published as: KR101604128B1; CN107827186A

Abstract

The invention relates to a solar power generation type red tide and green tide removing device, which comprises: a main frame (10); one or more floating bodies (20) mounted on the main frame, and floating the main frame on the water surface by fluid filled therein; a water purification section comprising: a purification part frame (31) detachably loaded on the main frame, a motor (32) installed on the purification part frame and driven by receiving applied power, a rotation shaft (33) rotatably supported on the purification part frame and rotated by receiving mechanical rotation force transmitted by the motor, a plurality of purification blades (34) formed at a circumferential portion of the rotation shaft in such a manner that a portion thereof is immersed in water, and purifying water; a solar power generation unit (40) comprising: and a support (42, 43) arranged on the upper part of the main frame, a solar panel (41) obliquely arranged on the support and used for generating solar energy into electric energy, and a controller (44) used for converting the electric energy generated by the solar panel into alternating current and applying the alternating current to the motor of the water quality purifying part.

Description

Sunlight power generation type red tide and green tide removing device

Technical Field

The present invention relates to a water purifier, and more particularly, to a solar power generation type red tide and green tide removing apparatus which purifies various kinds of water such as industrial wastewater, domestic sewage, and a water source of a fresh water tank by rotating a rotary purification blade formed in a predetermined shape by using solar electric energy to guide supply of oxygen and agitation fluid.

Background

In general, water in which water circulation is not stagnant, such as reservoirs, lake water, and golf course ponds, or water in the sea, rain drainage pump farms, tap water drainage farms, water reservoirs, and rivers, is spoiled by microorganisms, but plankton flourishes due to high oxygen concentration caused by contact between surface water and the atmosphere, but when plankton grows to the limit, it dies off and accumulates on the bottom surface of water, and as a result, organic substances are rotten in deep water having a depth of 18m or less, and nutritive salts such as nitrogen and phosphorus are decomposed to generate, thereby causing water spoilage. There are problems that water quality is purified in order to use the water as drinking water, but a large amount of cost is imposed, and the value of environmental resources is greatly impaired due to the low quality of drinking water and the deterioration of reservoir and lake water.

A conventional water purification apparatus for preventing the above-described deterioration phenomenon of reservoir water, lake water, or the like is an apparatus for preventing the deterioration of water quality by circulating water desalinated in the lake water, the reservoir water, or the like, and is used by a compressor or wind power.

However, in the case of using wind power, since the windmill is freely rotated by the wind power, it is difficult to accurately reach the water bottom surface, and the power is difficult to replace and maintain itself, and much cost and time are consumed for maintenance and manufacturing, because the floater is formed integrally with the drum and the drum itself is made of a rigid material, and when the water is floated in a reservoir or other lake water and used for a long time, foreign matters are accumulated in the inlet drum pipe, and a blocking phenomenon occurs, and the power is not well transmitted to the impeller due to the foreign matters.

In order to solve the above problems, the present applicant has applied a registered water purification apparatus (registered patent nos. 10-0458940 and 10-0802633) configured to generate turbulence in a fluid staying in a reservoir, a pond, or the like, and a fluid in a river, a reservoir, or the like, and to sufficiently supply oxygen and agitate the fluid.

Registered patent No. 10-0458940, which is composed of a support frame, a motor, a rotor, and a plurality of rotating parts, wherein the support frame is connected to a floating body on both sides thereof so as to float on the water surface, and is connected and installed inside thereof so as to secure a predetermined space; the motor is fixedly arranged on the supporting frame, and a motor rotating shaft which receives the supplied power and transmits rotating force through mechanical rotating motion is arranged on one side in an extending mode; the rotor is arranged in a specified space at the inner side of the supporting frame, extends towards two ends to be provided with a rotating shaft, is connected to one end through a driving connecting device so as to transmit power from the rotating shaft of the motor, and is supported and arranged at one side of the supporting frame at the other end; and a plurality of rotating members coupled to an outer circumferential surface of the rotor and radially extending around the rotor so that a predetermined portion thereof is immersed in the water, wherein a fluid flow having a certain direction is artificially generated according to a shape of the rotating members provided to the rotating rotor, thereby generating a turbulent flow in a fluid stagnating in a reservoir, a pond, or the like, thereby sufficiently supplying oxygen and stirring the fluid, and thus obtaining an effect of improving water quality by natural purification with oxygen.

However, although the registered patent No. 10-0458940 has an advantage that the above-mentioned components are exposed to the outside and interfere with the natural environment and are easily moved to a desired place by its own power when installed in a reservoir, a pond, or the like, the registered patent No. 10-0458940 cannot maintain the installation state and is inconvenient to use and maintain because the components must be moved to a desired place by power every time the installation state is maintained.

Further, the patent document has a disadvantage that a facility for applying the normal power to the motor from the power supply device such as the peripheral power distributor is required because the normal power is driven as the power, but it is difficult to provide the water purification apparatus such that the electric wire is watertight from the power supply device to the water purification apparatus on the sea because the water purification apparatus is provided on the sea rather than on the land, and furthermore, even if the water purification apparatus is provided in the fresh water tank, the water flows and the electric wire distribution is required in consideration of the flow of the water, and therefore, the wiring work of the electric wire is very difficult, and a large amount of maintenance cost is required according to the use of the normal power.

Documents of the prior art

Patent document

(patent document 1) registered patent No. 10-0458940

Disclosure of Invention

Technical problem to be solved

The present invention has been made to solve the above problems, and an object of the present invention is to provide a solar power generation type red and green tide removing apparatus which is constructed to forcibly generate a flow of water by rotation of a purification blade having a predetermined shape, and in the process, a fluid stored in a purification facility, a reservoir or a pond is turbulent to sufficiently supply oxygen and a stirring fluid, thereby purifying water quality, and using electric energy generated by solar power as a driving source of the purification blade, thereby being capable of being operated at a low cost.

(II) technical scheme

The invention relates to a solar power generation type red tide and green tide removing device, which comprises: a main frame; more than one floating body installed on the main frame, and floating the main frame on the water surface through the fluid filled inside; a water purification unit including a purification unit frame detachably mounted on the main frame, a motor mounted on the purification unit frame and driven by receiving power applied thereto, a rotary shaft rotatably supported on the purification unit frame and rotated by receiving mechanical rotation force applied thereto from the motor, and a plurality of purification blades formed at a circumferential portion of the rotary shaft so as to be partially immersed in water and purifying the water; a solar power generation part including a bracket, a solar panel, and a controller, wherein the bracket is disposed on an upper portion of the main frame, the solar panel is obliquely disposed on the bracket and converts solar power into electric power for power generation, and the controller converts the electric power generated by the solar panel into Alternating Current (AC) and applies the AC to a motor of the water purification part, wherein the main frame includes: a frame body that supports the solar power generation section; and a circular rim formed on the frame body, detachably and rotatably mounting a purification part frame of the water purification part, and in addition, the water purification part is provided to match a flow direction of water in a state that the solar power generation parts are arranged in an irradiation direction of sunlight, and is mounted so that direction conversion can be performed at the purification part loading part.

(III) advantageous effects

The solar power generation type red tide and green tide removing apparatus of the present invention has advantages that the flow of water is forcibly generated by the rotation of the purification blade formed in a predetermined shape, in the process, the turbulence is generated in the fluid stored in the purification facility, the reservoir or the pond, and the water quality is purified by sufficiently supplying oxygen and the agitation fluid, and particularly, the electric energy generated by the solar power generation is used as the driving source of the purification blade, thereby operating with less cost, and in order to improve the efficiency of the solar power generation, the solar panel of the solar power generation part is maintained in the south direction, and the position of the purification blade is changed to be arranged to match the flow direction of the water, thereby improving the efficiency of the water quality purification, and the electric energy of the solar power generation is not required to be stored in a separate storage battery and supplied to the load, thereby saving the cost caused by the use of the storage battery, a large number of OH-free radicals are produced to remove red and green tides in a relatively fast time, thereby improving reliability as a water purification technique.

Further, the nano bubble generator improves the water purification rate by the nano bubbles generated by the nano bubble generator, and also has an effect of saving costs by driving the nano bubble generator using the photovoltaic power as a driving source.

Drawings

FIG. 1 is a cross-sectional view of a solar power generation type red and green tide removing apparatus according to the present invention;

FIG. 2 is an exploded cross-sectional view of the solar power generation type red and green tide removing apparatus of the present invention;

FIG. 3 is a plan view of the solar power generation type red and green tide removing device of the present invention;

FIG. 4 is a side view of the solar power generation type red and green tide removing device of the present invention;

fig. 5 and 6 are views illustrating an assembled state of a main frame and a purification part frame of a solar power generation type red and green tide removing apparatus according to the present invention;

FIG. 7 is a structural view of a nanobubble suitable for the solar power generation-type red and green tide removing apparatus of the present invention;

FIG. 8 is a block diagram showing the compatibility of the solar power with a common power source suitable for the solar power removal apparatus of the present invention;

fig. 9 to 12 are installation state diagrams of the solar power generation type red tide and green tide removing device according to the present invention;

fig. 13 is a side view showing a solar power generation type red and green tide removing apparatus for an artificial island according to the present invention.

Description of the reference numerals

10 a main frame, 11 a first frame part

12 second frame part, 13, 35 coupling hole

14: bonding tool, 15: rail

20: a floating body, 30: a water quality purifying part

31 the purifying part frame, 32 the motor

33 rotating shaft, 34 purifying blade

40 solar power generation part, 41 solar panel

42. 43 front and rear supports, 44 control box

Detailed Description

As shown in fig. 1 to 4, the solar power generation type red and green tide removing apparatus 100 of the present invention includes: a main frame 10; a floating body 20 for floating the main frame 10 on the water surface; a water quality purifying part 30 installed on the main frame 10 and removing red tide and green tide by purifying the blade; the solar power generation unit 40 generates electric power using solar energy as electric energy, and supplies the generated electric energy to the water purification unit 30.

The main frame 10 provides a space for installing the floating body 20, the water purifying part 30, and the solar power generating part 40, and is divided into, for example, a first frame part (solar panel mounting part) 11 for installing the solar power generating part 40 and a second frame part (purifying part mounting part) 12 for installing the water purifying part 30.

The first and second frame members (11, 12) can be integrated by being separated only depending on the installation target, i.e., the solar power generation section 40 and the water purification section 30, and can be assembled after being formed as separate products so that the first and second frame members (11, 12) can be freely shared.

The first frame portion 11 has a substantially rectangular frame shape when viewed from a plane, in accordance with the structure of the solar power generation unit 40.

Preferably, the second frame part 12 has a circular rim (rim) structure (a closed loop shape, a partially opened loop shape, or the like) so that the direction change of the water purifying part 30 can be performed. That is, in the present invention, the solar power generation units 40 are arranged at the irradiation position of the sunlight, and the water purification unit 30 can be switched in the direction of the second frame unit 12 so as to freely change the purification direction of the water, and this will be described in detail below.

The floating body 20 is a tub structure filled with fluid (air, water, etc.) therein, and floats itself and the assembly of the main frame 10 on the water surface by the fluid therein.

Preferably, the floating body 20 forms an inflow part/a discharge part for flowing and discharging fluid into and from an internal space so as to smoothly circulate water by the rotation of the purification blades 34 of the water purification part 30, and a water pump; the water pump is used to inflow and discharge fluid, and thus, the floating water level is adjusted by adjusting the amount of water of the fluid, thereby setting the purification blades 34 at an optimal height to match the site conditions.

The floating body 20 is not limited to the water amount and the position shown in the drawings, and can be variously modified.

The water purification unit 30 includes a purification unit frame 31, a motor 32, a rotary shaft 33, and purification blades 34.

The purification part frame 31 provides an installation space for the motor 32, the rotation shaft 33 and the purification blades 34, and is used for installing the purification part frame on the main frame 10. the position of the solar power generation part 40 is arranged according to the irradiation direction of the sunlight, and the motor 32, the rotation shaft 33 and the purification blades 34 are installed through the purification part frame 31, so that the direction of the water formed by passing through the water purification part 30 is matched, namely, the direction of the water purification part 30 and the direction of the solar power generation part 40 can be changed independently.

The purification unit frame 31 is manufactured and used in various shapes such as a square frame and a circular frame shown in the drawings by assembling various materials such as a square tube.

The water purifying unit 30 is provided on the second frame part 12 of the main frame 10 via the purifying unit frame 31, and is provided as follows so as to be switchable in direction as described above.

As shown in fig. 5, a plurality of coupling holes 13 are formed in the second frame part 12 at regular intervals in the circumferential direction and vertically penetrate, a coupling hole 35 communicating with the coupling hole 13 is formed in the edge part of the purification part frame 31, and the purification part frame 31 is installed in the second frame part 12 by connecting coupling means 14 (bolts, nuts, pins, etc.) in a state where the plurality of coupling holes (13, 35) are aligned, and at this time, the number of coupling holes 13 of the second frame part 12 is formed to be larger than the number of coupling holes 35 of the purification part frame 31, so that the direction change of the purification part frame 31 can be performed.

As shown in fig. 6, another method is to form a circular rail 15 on the second frame part 12, form a plurality of coupling holes 13 (for example, through holes) in the rail 15 along the circumferential direction, insert the purge part frame 31 into the rail 15 in a rotatable manner, change the direction of the purge part frame 31 by rotating, and then couple the coupling means 14 to the coupling holes (13, 35) to fix the purge part frame 31 to the second frame part 12.

The rail 15 has a jaw formed at an edge portion thereof as shown in the drawing, and thus can support the purification unit frame 31 without slipping off, and includes all structures capable of performing functions equivalent thereto.

The shape of fig. 5 has no structure for guiding the rotation of the purification unit frame 31, and thus it is difficult to perform the work of keeping the coupling holes (13, 35) in alignment, and the purification unit frame 31 must be pulled up by a crane or a plurality of workers, but the shape of fig. 6 has an advantage that the purification unit frame 31 is rotated and moved by the rail 15, and thus a worker can change the direction of the purification unit frame 31 without using a crane.

The plurality of rollers are formed so that frictional resistance generated by contact at the bottom of the purification section frame 31 and more than one side of the circumferential portion is reduced, and the direction change of the purification section frame 31 is easily performed.

In this case, it is preferable that the purification section frame 31 is a circular frame.

The motor 32 is provided in the cleaning section frame 31 together with the rotating body [ an assembly of the rotating shaft 33 and the cleaning blade 34 ] and is attached through a waterproof case.

The waterproof case is provided to the purification unit frame 31 by welding, bolting, or the like, and is preferably of an open-close type (for example, a case body fixed to the purification unit frame 31 and opened at an upper portion of the internal motor 32, and a cover for opening and closing an upper portion of the case body) in order to maintain and replace the internal motor 32.

The rotating shaft 33 is directly connected to a drive shaft of the motor 32, for example, by a spring on one side, and is rotatably supported by the purge section frame 31 through a bearing on the other side.

The motor 32 and the rotary shaft 33 may be indirectly drivingly connected to each other by a power transmission member (such as a chain or a timing belt) instead of being drivingly connected to each other.

The cleaning blades 34 are formed in a v-shape or a u-shape in cross section, are radially arranged around the rotation shaft 33, are coupled in plural numbers so as to form a spiral shape in the longitudinal direction at the outer circumference of the center of the rotation shaft 33, and are arranged so that the spiral shape is arranged at a certain angle with respect to the rotation center of the rotation shaft 33.

Or the cleaning blades 34 are disposed radially with the rotating shaft 33 as the center, and are combined in a spiral shape in the longitudinal direction on the outer circumference of the center of the rotating shaft 33, and are disposed so that the spiral arrangement is separated by a certain angle with the rotating center of the rotating shaft 33 as the reference.

The purge vane 34 may be formed directly on the rotary shaft 33, but may be formed on a central circumferential portion of another cylindrical shape coupled to the circumferential portion of the rotary shaft 33 for manufacturing and maintenance.

In the drawings, the motor 32 is shown as being aligned with the rotation shaft 33 and the cleaning blade 34 in one direction, but the present invention is not limited thereto, and the forward motor and the reverse motor are applied to both sides, and the forward rotation shaft and the reverse rotation shaft are connected to the forward motor and the reverse motor, respectively, so that the cleaning blade in the forward direction and the reverse direction can be configured.

The solar power generation unit 40 includes: a solar panel 41 that generates solar energy as electric energy; brackets (42, 43) for mounting the solar panel 41 to the first frame part 11 of the main frame 10; the controller 44 converts the electric energy generated by the solar panel 41 and applies the converted electric energy to the motor 32 of the water purifying part 30.

The solar panels 41 are manufactured in different numbers according to the amount of solar power generation.

The supports (42, 43) stand between the first frame part 11 of the main frame 10 and the solar panel 41, and the upper part is connected to the bottom of the solar panel 41, and the bottom is connected to the first frame part 11 of the main frame 10 to support the solar panel 41, and the solar panel 41 is divided into front and rear supports (42, 43) so as to be inclined in accordance with the irradiation angle of sunlight.

For example, the solar panel 41 is inclined forward (sun) by setting the height of the front bracket 42 lower than the height of the rear bracket 43.

The irradiation angle of sunlight is different according to seasons, and the solar panel 41 is configured so that the installation angle is adjusted to match the irradiation angle of sunlight formed according to seasons or the like, and the solar panel can be adjusted by adjusting the length of the front and rear brackets (42, 43).

For example, the front and rear brackets (42, 43) are respectively formed in such a manner that two kinds of tubes having different diameters are extendable and retractable, a height adjusting hole is formed in one of the tubes at the other end, a coupling hole communicating with the height adjusting hole is formed in the other tube, and a height is adjusted by coupling a height adjusting hole selected from the plurality of height adjusting holes to the coupling hole using a coupling tool.

In view of preventing damage to the solar panel 41 and assembling performance, it is preferable that the front and rear brackets (42, 43) be connected to the bottom of the plurality of solar panels 41 and to a frame integrating the plurality of solar panels 41, as compared to the case where the front and rear brackets (42, 43) are directly connected to the bottom of the solar panel 41.

The controller 44 converts an AC power (alternating current power) generated by the solar panel 41 into a DC power (direct current power) for driving the motor 32, and directly applies the DC power to the motor 32 without a battery.

The red tide and green tide removing device of the present invention can remove the red tide and green tide even if it is started only during the solar power generation, so that the electric energy generated by the solar panel 41 is not stored in the battery and is directly used as the power source of the motor 32, thereby saving the cost of using the battery and elements such as the inverter.

According to the above-described feature, since the solar panel 41 for generating the capacity of the electric power for driving the motor 32 is used, there is also an effect of saving the cost accordingly.

The controller 44 is provided to the front and rear brackets (42, 43) or the main frame 10 via a control box which is designed to be rainproof so as to be resistant to humidity.

Contrary to the description up to now, the direction of the water purifying part 30 is fixed in accordance with the shape of the reservoir and the water flow, and the solar panel 41 can be moved to the irradiation position of the sunlight by the tracking sensor, but the device for moving the sunlight tracking sensor and the solar panel 41 is very expensive and complicated, and thus it is difficult to implement the present invention.

The present invention includes a nano-bubble generator 50 for purifying water by nano-bubbles (or a micro-bubble generator) together with water purification by the purification blade 34.

As shown in fig. 4 and 7, the nanobubble 50 includes: a housing 51 having an accommodating space therein; an air pipe 52 connecting the inside and outside of the case 51, whereby an inflow end outside the case 51 corresponds to air; a motor 53 provided inside the housing 51 and driven by electric energy generated by the solar power generation unit 40; the injector 54 is disposed in the water at one discharge end connected to the air pipe 52 and the motor 52, and mixes the air and the water to inject the nano bubbles into the water when the motor 53 is operated.

The housing 51 is constructed to be watertight so that the motor 53 inside is not erroneously operated or damaged by moisture.

The nanobubble 50 replaces a common power source due to the electric power generated by the motor 53 using the sunlight, and thus, the problem occurring when the common power source is used can be solved by using the motor 53 instead of using a submersible motor, thereby greatly reducing the cost and reducing the erroneous operation.

To explain the water purification by the nanobubble 50, the electric power generated by the solar power generation part 40 is applied to the motor 53 to drive the motor 53, and the injector 54 mixes the air and water flowing in through the air tube 52 communicating with the outside to form nanobubbles (active microbubbles). The nano bubbles (active micro bubbles) generated in the injector 54 are injected into the water through an injection tube connected to the injector 54. At this time, the nano bubbles (active microbubbles) supplied to the water hold a large amount of air in the water to purify the ionized air, and the nano bubbles (active microbubbles) have electric charges and easily adhere to pollutants in the water to purify the water.

The present invention can be applied to an ozone sterilization device so as to enable sterilization by ozone. The ozone sterilization device comprises: an ozone generator that generates ozone; an ozone supply pipe for supplying ozone generated by the ozone generator; and an ozone injection pipe connected to the ozone supply pipe and injecting ozone through a plurality of ozone nozzles. The ozone sterilizer is also activated by using electric energy generated by solar power generation as a driving source.

The present invention is basically based on the use of electric energy generated by the solar power generation unit 40, but can be started up as needed using a common power supply to purify water even in the case where solar power generation is difficult as in the plum rain season.

For this purpose, as shown in fig. 8, the solar power generation section 40 includes: a detector 60 (current detector, voltage detector) that detects electric energy generated by the solar panel 41; a comparator 61 that compares the electric energy detected by the detector with reference electric energy [ stored in a memory as electric energy required for driving of the motor 32 ]; the conversion unit 62 connects the motor 32 and the normal power supply when the current detection value is smaller than the reference value, and connects the motor 32 and the solar power generation unit 40 when the current detection value is larger than the reference value, based on the comparison of the comparator 61.

The structure as described above is also applicable to the motor 53 of the nanobubble 50.

The solar power generation type red tide and green tide removing apparatus according to the present invention is installed to float on the water surface by the floating body 20, but is not moved by the flow of water and is installed as follows to maintain the installed position.

1. Connecting truss type

As shown in fig. 9, the structure is composed of a concrete foundation 200, a support 210, and a connection truss 220, wherein the concrete foundation 200 is formed on the foundation of a reservoir or the like; the bracket 210 is erected on the concrete foundation 200; and a connection truss 220 connected to the support 210 and connected to the solar power generation type red and green tide removing apparatus 100 of the present invention.

The concrete foundation 200 is constructed by excavating a part of the foundation and then curing the concrete (reinforced concrete) by placing it, in effect on the condition that the foundation is weak and the support 210 and the connection truss 220 cannot be installed firmly.

It is considered that the bracket 210 is formed to have a certain height from the bottom of the concrete foundation 200 according to the operation range (operation according to water level variation) of the connection truss 220.

The connection truss 220 is connected to the bracket 210 for installing the solar power generation type red and green tide removing apparatus 100 at a predetermined position, but both side end portions are connected to the bracket 210 and the solar power generation type red and green tide removing apparatus 100 through respective joint portions (221, 222) so as to be operated according to water level variation.

The first joint part 221 guides the rotation of the connection truss 220 based on the bracket 210, which is a fixed body, and the second joint part 221 guides the rotation according to the angle change caused by the rotation of the connection truss 220, so that the solar power generation type red and green tide removing device 100 floats on the water surface in a stable posture without tilting.

The connection truss 220 may be a truss structure or the like displayed from one pole, a crane or the like, and it is preferable that functions of a scaffold are compatible so that a manager can move to the solar power generation type red and green tide removing apparatus 100 without using a ship.

This embodiment is effective for places where the water level fluctuation is strong and the fluctuation of the mechanical water level surface is frequent (rain drain pump farms, reservoirs, rivers, lakes, reservoirs, golf course ponds, etc.).

2. Cable type

As shown in fig. 10, the solar power generation red tide and green tide removing device 100 of the present embodiment is mostly composed of four or more cables 300, for example.

Each end of the cable 300 is anchored to a foundation around a reservoir or the like, and the other end is connected to the main frame 10 of the solar power generation type red and green tide removing apparatus 100, thereby providing the solar power generation type red and green tide removing apparatus 100. That is, the cable 300 is freely installed at a position where the solar power generation type red and green tide removing apparatus 100 is required by adjusting the length thereof.

Here, the cable 300 preferably has flexibility, and all products such as a general cable, a chain, etc. can be used, and preferably, can also be provided by a winding device so that the length can be adjusted.

A concrete foundation 310 is constructed in the ground for firm anchoring of the cable 300, and a pile is erected on the concrete foundation 310 and the cable 300 is anchored by being connected to the pile.

3. Fixed type in water

As shown in fig. 11, the solar photovoltaic system red tide and green tide removing apparatus 100 is composed of a support column 400 fixed to the underwater ground so that the solar photovoltaic system red tide and green tide removing apparatus can be installed even in a wide installation area where a connection truss and a cable cannot be installed.

The support column 400 is stably fixed to the underwater ground by its own weight and is connected to the solar power generation type red and green tide removing apparatus 100 by the connection member 410, so that the solar power generation type red and green tide removing apparatus 100 is not moved by the water current. That is, the column 400 may be a heavy-weight concrete column, or a plurality of heavy weight bodies may be attached to a light-weight column.

The support column 400 is installed by being thrown in after being transported to an installation area by heavy equipment, and at this time, it is preferable that one side of the connection member 410 is connected in advance, and thereafter, the solar power generation type red and green tide removing device 100 and the connection member 410 are easily connected.

Preferably, the connection member 410 has flexibility, and can be connected to the main frame 10 using any product such as a general cable, a chain, or the like.

4. And (4) anchoring.

As shown in fig. 12, the solar power generation type red and green tide removing apparatus 100 is mostly composed of four or more anchors 500, preferably six anchors 500, for example.

The anchor 500 is connected to the main frame 10 by a cable and installed on the ground in water so that the solar power generation type red and green tide removing apparatus 100 does not move due to water flow.

The solar power generation-type red tide and green tide removing apparatus 100 of the present invention is hidden by the artificial island 600 (see fig. 13) so as to be displayed as a fresh water place and a facility of the person.

For example, the main frame 10 has a space for installing an artificial island, and a mat for growing aquatic plants is installed in the space, so that the solar power generation type red and green tide removing apparatus 100 is displayed as an artificial island.

The solar power generation type red tide and green tide removing apparatus 100 of the present invention is operated by positioning the solar power generation unit 40 in the direction of the water flow after matching the position of the solar power generation unit 40 with the position of the sunlight, positioning the water purification unit 30 in the direction of the water flow after matching the position of the solar power generation unit 40 in the right south direction, fixing the main frame 10 by the support structure (such as a connection truss) described above, positioning the water purification unit 30 in the direction of the water flow at the site, and positioning the water purification unit 30 on the second frame part 12 of the main frame 10.

The solar power generation unit 40 converts solar energy into electric energy, the electric energy is applied to the motor 32 of the water purification unit 30 through the controller 43, the motor 32 generates mechanical rotational force by the electric energy, thereby rotating the rotating shaft 33 and the purification blades 34, and the purification blades 34 transfer and stir water in the water to the outside of the water surface by their own shape, and circulate water located at the lower part of the water surface to the upper part while supplying oxygen, thereby performing smooth water circulation in the water, increasing the amount of oxygen contained in the water, and purifying the water by actively causing a natural purification action by the oxygen.

Claims

1. A solar power generation type red tide and green tide removing device is characterized in that,

the method comprises the following steps:

a main frame (10);

one or more floating bodies (20) mounted on the main frame, and floating the main frame on the water surface by fluid filled therein;

the water purification portion includes: a purge part frame (31) detachably loaded on the main frame; a motor (32) which is installed on the purifying part frame and receives the applied power to drive; a rotating shaft (33) rotatably supported at the purifying part frame, receiving the mechanical rotating force transmitted by the motor and rotating; a plurality of purification blades (34) formed on the circumferential part of the rotating shaft in a manner that a part of the purification blades is immersed in water and purifying the water;

a solar power generation unit (40) is provided with: brackets (42, 43) provided on an upper portion of the main frame; a solar panel (41) which is obliquely arranged on the bracket and generates solar energy into electric energy; a controller (44) for converting the electric energy generated by the solar panel into alternating current and applying the alternating current to the motor of the water quality purification part,

wherein the main frame includes a purification unit mounting portion of a circular rim for detachably and rotatably mounting the purification unit frame of the water purification unit, and the water purification unit is disposed in a state in which the solar power generation units are arranged in the irradiation direction of the sunlight so as to match the flow direction of the water, and mounted so that the direction conversion can be performed in the purification unit mounting portion.

2. The solar power generation-type red and green tide removing device according to claim 1,

the method comprises the following steps: a nanobubble, the nanobubble comprising:

a housing supported on the main frame or the purge part frame;

an air pipe supported by the housing, the inflow portion corresponding to air;

a motor disposed inside the housing and driven by electric energy generated in the solar power generation section;

and a syringe having a discharge end connected to the air tube and the motor disposed in the water, for mixing the air and the water to inject the nano bubbles into the water when the motor is operated.

3. The solar power generation-type red and green tide removing device according to claim 1 or 2,

the purification unit mounting part is provided with a plurality of coupling holes formed at intervals in a circumferential direction, and the purification unit frame of the water purification unit has coupling holes communicating with the coupling holes of the purification unit mounting part, and the purification unit mounting part is rotated in the circumferential direction, and coupling means are coupled to the coupling holes, thereby being installed in the purification unit mounting part.

4. The solar power generation-type red and green tide removing device according to claim 1 or 2,

the purification unit loading part is formed with a circular strip-shaped rail, and a plurality of coupling holes are formed according to the rail, and the purification unit frame of the water purification unit is rotatably mounted to the rail and fixed by coupling a coupling tool to the coupling holes communicating with the coupling holes.

5. The solar power generation-type red and green tide removing device according to claim 1 or 2,

the method comprises the following steps:

a detector that detects electric energy generated by the solar panel;

a comparator that compares the electric power detected by the detector with a reference electric power required for driving of the motor (32, 53);

and a conversion unit for connecting the motor (32, 53) to a normal power supply when the current detection value is lower than or equal to a reference value, and connecting the motor (32) to the solar power generation unit (40) when the current detection value is higher than or equal to the reference value, based on the comparison of the comparator.

6. The solar power generation-type red and green tide removing device according to claim 1 or 2,

the solar power generation type red tide and green tide removing device is characterized in that one side of the solar power generation type red tide and green tide removing device is installed on a foundation through a joint part, the other side of the solar power generation type red tide and green tide removing device is connected with a main frame through a joint part, and is arranged according to a connecting truss (220) rotating according to water level change, or one side of the solar power generation type red tide and green tide removing device is anchored on the foundation, and the other side of the solar power generation type red tide and green tide removing device is arranged through a plurality of cables (300) connected with the main frame or is immersed in water and is fixed on the ground in water through self weight, and is arranged through a strut (400.

7. The solar power generation-type red and green tide removing device according to claim 1 or 2,

comprises a cushion for planting aquatic plants and arranged on the main frame, thereby hiding the water quality purification part.

8. The solar power generation-type red and green tide removing device according to claim 1 or 2,

the method comprises the following steps: the ozone sterilization device is arranged on the main frame and supplies ozone to water to sterilize pollutants.