KR102319878B1 - Multifunctional treatment Apparatus for Green Algae - Google Patents

Abstract

The present invention relates to a complex treatment apparatus for green algae capable of simultaneously treating algae or organic matter as it floats on the water surface and moves, and is equipped with physical and chemical treatment devices, respectively. More particularly, the complex treatment apparatus for green algae comprises: a floater unit floating on the surface of the water; a collection unit for collecting green algae or organic matter; a filtration unit connected to the collection unit and filtering green algae or organic matter; and a recovery unit which is formed apart from the filtration unit and recovers green algae or organic matter from algae or contaminated water.

Description

Multifunctional treatment Apparatus for Green Algae

The present invention relates to an algae complex treatment apparatus capable of simultaneously treating algae at the same time as water purification and removal of algae, both physically and chemically, while floating and moving on the water surface.

Patent Document 001 discloses an algae water container having an algae water inlet through which algae water, which is water including algae, and a purified water outlet through which purified water is discharged, a positive and negative electrode connected to a power supply, and the positive and negative plates are spaced apart from each other. Flocculation flotation unit comprising an electrocoagulant device provided in the interior of the container; a skimmer provided at the top of the green algae container and skimming off the algae coagulant floating on the surface of the algae container; a dehydration unit provided on one side of the skimmer and for dehydrating the removed green algae aggregates; and a receiving part in which the dehydrated green algae aggregate is accommodated; It is possible to effectively coagulate and float the algae, effectively collect the flocculated and floated algae, and such steps can be performed in a continuous process, thereby providing an apparatus and method for removing algae having high efficiency of removing algae. technology is presented.

Patent Document 002 relates to a complex treatment device for algae using a UV-C lamp and an ultrasonic generator that can prevent algal blooms by monitoring the occurrence of blue-green algae by measuring water quality in rivers and lakes, and by removing blue-green algae at an early stage of occurrence. , a body having buoyancy so as to float on the water surface, an engine unit generating power so that the body can move, a power generation unit generating electricity necessary for the operation of the engine unit, and the number of blue-green algae samples collected from the water body An inspection unit for measuring water quality comprising: a processing unit for removing blue-green algae using ultrasonic waves and ultraviolet rays; a control unit for controlling the operation of the processing unit according to the number of blue-green algae measured by the inspection unit; To this end, a technology comprising a communication unit for transmitting the water quality data measured by the inspection unit to the management center is presented.

Patent Document 003 relates to an algae complex treatment device capable of removing floating matter and algae grains, including: a hull running along a lake; Screw conveyor installed on the hull and transporting various floating objects and algae grains floating on the water surface with water; and a filter tube for filtering and removing various floating matter and green algae grains present in the water transported through the screw conveyor, and discharging the water from which the suspended matter and green algae grains have been removed again.

Patent Document 004 discloses a floating tank having a space provided therein so that it can float on the water of an algal body, a vertical support formed on the outside of the floating tank, a horizontal installation rod extending outwardly from the lower end of the vertical support, and the horizontal installation An electrolysis device that is disposed on the upper part and installed in a submerged state in the algal water body, which supplies hydrogen and oxygen generated by electrolysis to the algal layer located at the upper part, and the water of the algal water body into the inside of the floating tank A technology consisting of a buoyancy control pump that controls the distance (D) between the electrolysis device and the algal layer by supplying the buoyancy control is presented.

KR 10-2018-0029582 A (March 21, 2018) KR 10-2016-0031766 A (23 March 2016) KR 10-1737033 B1 (May 11, 2017) KR 10-1982989 B1 (May 21, 2019)

It floats on the surface of the water and moves, and the purpose is to purify water and remove algae at the same time, both physically and chemically.

In order to solve the problems of the prior inventions, the present invention is a floating unit 100 that is floated on the water surface; a collecting unit 200 coupled to the floating unit 100 and collecting green algae water; a filtration unit 300 connected to the collecting unit 200 and filtering green algae water; It is formed to be spaced apart from the filtering unit 300, and a recovery unit 400 for recovering green algae from the green algae water.

The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; a recovery unit 400; formed in the collecting unit 200 in the invention comprising: an algae suction container 210 for sucking algae water into it; A guide plate 220 positioned on both sides of the algae inhalation container 210 and guiding the algae water; is added.

The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; a recovery unit 400; a circulation pipe 310 formed in the filtering unit 300 in the invention comprising: a circulation pipe 310 through which green algae water circulates; a chemical supplying device 320 for supplying a chemical for coagulating green algae to the circulation pipe 310; A stirring device 350 formed in the circulation pipe 310 to agglomerate green algae by mixing green algae water and chemicals; is added.

The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; The recovery unit 400; is formed in the recovery unit 400 in the invention consisting of, the case 410 to which the filtering unit 300 is coupled; a frame 420 formed in the case 410; A recovery device 500 coupled to the frame 420 and moving algae water; is added.

The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; a recovery unit 400; a recovery rail 510 formed in the recovery device 500 to move green algae in the present invention; a plurality of recovery rollers 520 for rotating the recovery rail 510; It is formed at one end of the recovery rail 510, and a green algae suction device 540 for recovering moving algae; is added.

The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; In the invention consisting of a recovery unit 400, a guide roller 523 formed on the recovery roller 520 and guiding the position of the recovery rail 510 is added. The present invention is an invention for an algae complex treatment apparatus, the floating part 100 presented above; collecting unit 200; filtering unit 300; A recovery unit 400; is formed in the storage unit 700 in the invention consisting of, a storage hopper 710 into which green algae flows; It is formed at the lower end of the storage hopper 710, and a storage tank 720 in which the green algae is stored.

The present invention floats on the water surface and can effectively trap algae as it moves.

The present invention is floated on the water surface, and can effectively purify the water of a river or lake by collecting organic matter as it moves.

The present invention can effectively collect green algae formed on the water surface by providing buoyancy to the collecting unit.

The present invention circulates algal water containing algae and solidifies it with a chemical.

The present invention is to be formed so that the circulation pipe overlaps the upper part of the float in order to secure the time for the green algae to solidify.

The present invention is formed so that the collecting unit elevates and descends by the flow of water and the propulsion force of the floating unit, and it is possible to prevent damage by the shock absorber.

In the present invention, the recovery part is formed to be spaced apart from the filter part, so that unfiltered, fine-sized green algae can be recovered.

1 is a perspective view of an algae complex processing apparatus of the present invention.
Figure 2 is a cross-sectional view of the green algae complex processing apparatus shown in Figure 1;
Figure 3 is a perspective view showing the stirring device of the present invention.
Figure 4 is a perspective view showing the drug supply unit of the present invention.
5 is a cross-sectional view showing a collecting unit of the present invention.
6 is a perspective view of the filtration unit of the present invention.
7 is a cross-sectional view of the recovery unit shown in FIG.
8 is a cross-sectional view showing a storage unit of the present invention.

Hereinafter, the most preferred embodiment of the present invention will be described in detail in order to describe in detail enough that a person of ordinary skill in the art to which the present invention pertains can easily carry out the present invention.

The numbers cited in the examples below are not limited only to the objects of reference, and may be applied to all examples. Objects exhibiting the same purpose and effect as the configuration presented in the examples correspond to equivalent replacement objects. The higher-level concept presented in the examples includes sub-concept objects that are not described.

(Embodiment 1-1) The present invention provides a complex treatment apparatus for algae, comprising: a floating part 100 that is floated on the water surface; a collecting unit 200 coupled to the floating unit 100 and collecting green algae water; a filtration unit 300 connected to the collecting unit 200 and filtering green algae water; It is formed to be spaced apart from the filtering unit 300, and a recovery unit 400 for recovering green algae from the green algae water.

(Embodiment 1-2) The algae complex treatment apparatus of the present invention according to Embodiment 1-1, is formed in the floating part 100, and includes a driving device 110 for operating movement on the water surface.

(Embodiment 1-3) In Embodiment 1-1, the algae complex treatment apparatus of the present invention is selectively coupled to the buoyancy unit 100, and a propulsion device 120 for moving the flotation unit 100; includes

The present invention relates to an algae complex treatment device capable of decomposing and recovering green algae mixed in green algae water and decomposing and recovering organic matter mixed in polluted water. This is to filter the green algae, and it is supplied to a belt-type automatic filter to separate the green algae from water, and the separated green algae are recovered and completely filtered. It is possible to purify water by supplying chemicals from a polluted river or lake to coagulate organic matter and separating it from water. Green algae and organic matter are recovered and completely filtered. The algae complex treatment apparatus of the present invention collects, decomposes and recovers algal water containing algae as it floats on the water surface of a river or lake where algae are generated and moves. Conventional devices for removing algae are to spray chemicals into rivers or lakes to remove algae. This is to remove the green algae by spraying the chemical to float the green algae on the water surface. By spraying the chemical directly on the water body, the use is limited, the work efficiency is low, and secondary pollution occurs.

On the other hand, the algae complex treatment apparatus of the present invention maintains the floating state on the water surface by the floating unit 100 , and collects and circulates the green algae water in the collecting unit 200 to recover the algae. The floating unit 100 is coupled to a propulsion device 120 for driving the propeller by power, and the propulsion device 120 is coupled to at least one surface of the floating unit 100 to determine the movement direction of the floating unit 100 . Adjust. In addition, the floating unit 100 moves the water surface as the driver rides and operates the propulsion device 120 , and may remove an area with many algae. In this way, when the floating unit 100 moves from the water surface by the propulsion device 120, the collecting unit 200 coupled to the floating unit 100 collects green algae water, and the captured green algae water is filtered by the filtering unit 300. decomposed into green algae. Then, the green algae water is directly recovered from the recovery unit 400 or the fine green algae contained in the filtered water filtered and delivered from the filtering unit 300 is recovered.

Therefore, the algae complex treatment apparatus of the present invention moves on the water surface of the river or lake where the algae are generated, and it moves on the water surface of the polluted river or lake and effectively removes the algae as it collects and decomposes the algae water, As it collects and decomposes organic matter, it effectively removes organic fire and purifies the water quality.

(Example 1-4) The green algae complex treatment apparatus of the present invention according to Example 1-1, is formed in the floating part 100, and includes a shading device for blocking sunlight.

(Example 1-5) The algae complex treatment apparatus of the present invention according to Example 1-1, includes a photovoltaic panel formed on the upper portion of the floating unit 100 and absorbing sunlight to produce electric power. do.

(Example 1-6) The green algae complex treatment apparatus of the present invention according to Example 1-1, includes a position measuring device for measuring the position of the floating part 100 .

The present invention relates to the floating part 100, and specifically, a shading device is installed on the upper part of the floating part 100 to prevent sunlight from being transmitted to the driver who operates the algae complex treatment device, and at the same time, rainwater as algae water prevent it from entering. The shading device is coupled to a plurality of pillars coupled at equal intervals to the side of the buoyancy portion 100, and the height is adjusted according to a position coupled to the pillars. And a photovoltaic panel is formed on the upper part of the shading device, and the sunlight flowing into the solar cell is converted into electric current to produce electric power. The power produced by the solar panel may suck green algae or drive the propulsion device 120 . In addition, the floating unit 100 can be moved by automatically floating on the water surface without a driver. In this case, the floating unit 100 is formed with a location measuring device such as GPS, so that a driver on land can check the location of the algae complex processing device.

Therefore, the flotation unit 100 of the present invention floats on the water surface, and a shading device is formed to prevent sunlight from being transmitted to the driver, and the shading device is a solar panel and flotation that absorbs sunlight to produce power. A position measuring device for measuring the position of the part 100 is formed to collect and collect algae in a river or lake.

(Example 1-7) The algae complex treatment apparatus of the present invention selects the green algae water collected by the collecting unit 200 into the filtering unit 300 and the collecting unit 400 as in Example 1-1. The control unit 130 for supplying to; includes.

(Example 1-8) In Example 1-7, the green algae complex treatment apparatus of the present invention includes a measuring unit 140 that is formed in the collecting unit 200 and measures the amount of green algae.

(Example 1-9) In the algae complex treatment apparatus of the present invention, in Examples 1-8, the control unit 130 controls the filter unit 300 and and supplying green algae water to the recovery unit 400 .

The present invention relates to the control unit 130 , and specifically, the control unit 130 controls to supply the green algae water collected by the collection unit 200 to the filter unit 300 and the recovery unit 400 . When the green algae water is collected by the collecting unit 200 , the control unit 130 may supply it to the filtering unit 300 or the collecting unit 400 . At this time, the control unit 130 supplies the algae water to the filter unit 300 and the recovery unit 400 according to the amount of algae by the measuring unit 140 such as a camera formed in the collecting unit 200 . When the amount of green algae is small, algae water is directly supplied to the recovery unit 400 to recover the algae, and when the amount of algae is large, the green algae is supplied to the filtering unit 300 to filter the algae, and then fine recover algae The controller 130 supplies green algae water by controlling a supply pump 233 to be described later. And the control unit 130 controls the propulsion device 120 to control the position of the floating unit (100).

(Embodiment 2-1) The present invention relates to an algae complex treatment apparatus. In Embodiment 1-1, the algae suction container 210 is formed in the collecting part 200, and sucks algae water therein; and a guide plate 220 positioned on both sides of the algae inhalation container 210 and guiding the algae water.

(Example 2-2) In Example 2-1, the green algae complex treatment apparatus of the present invention is formed on the upper portion of the algae suction container 210, and the angle adjusting device for adjusting the angle of the collecting unit 200 ( 211); and a collecting hinge 212 for rotating the green algae suction container 210 .

(Embodiment 2-3) In Embodiment 2-2, the algae complex treatment apparatus of the present invention includes: an algae inlet 213 formed in the algae suction container 210 to suck and introduce algae water from the water surface; an algae collecting space 214 formed inside the algae inlet 213 and collecting the introduced algal water; It includes a;

(Embodiment 2-4) The algae complex treatment apparatus of the present invention according to Embodiment 2-3, is formed on the front surface of the algae inlet 213, and includes an inflow prevention plate 216 for preventing the inflow of foreign substances; do.

The present invention relates to the collecting unit 200, and specifically, the collecting unit 200 is coupled to the front surface of the floating unit 100 that is floated on the water surface, and when the floating unit 100 moves forward, the green algae water is collected inside. induce The collecting unit 200 of the present invention is formed of a metal material such as stainless steel and has high durability, and may be formed in a trapezoidal cross section whose height rises toward the rear surface. And the collecting unit 200 is located on both sides of the algae suction container 210 and the algae suction container 210 for sucking the algae water according to the movement of the floating part 100 to guide the algae water to the algae suction container 210 . A guide plate 220 is formed.

At this time, the algae suction container 210 and the guide plate 220 are integrally formed, and a plurality of algae inlets 213 are formed on one surface. In addition, the guide plate 220 is formed to extend diagonally from the algae suction container 210, and as the length is adjusted, the amount of algae water collected can be adjusted. This is to effectively introduce algae water into the algae inlet 213 as the floating part 100 moves forward. And the algae collecting space 214 is formed inside the algae suction container 210, and the width of the lower part is narrower than the upper part. Suction pressure is applied to the inside of the algae collecting space 214 to move the algae water to the algae discharge pipe 215 penetrating the rear of the algae collecting space 214 . The algae discharge pipe 215 is formed as a corrugated pipe and moves flexibly even when the collecting unit 200 moves, and the other end of the algae discharge pipe 215 moves the algae water to the filtering unit 300 and the collecting unit 400 . And the green algae inhalation container 210 is connected to the floating part 100, an angle adjusting device 211 for adjusting the angle of the collecting part 200 is formed, and the angle adjusting device 211 is formed as a cylinder to collect the collecting part. The lower part of the 200 is formed to be submerged in the water surface. At this time, the green algae suction container 210 is formed with a trapping hinge 212 so that the green algae suction container 210 is rotated by the angle adjusting device 211. To prevent the algae inhalation container 210 from being submerged in the water surface. Such a collecting unit 200 is coupled to the floating unit 100 to collect green algae water according to the movement of the floating unit 100 .

Accordingly, the collecting unit 200 is coupled to the propulsion direction of the floating unit 100 to collect algae water, and the guide plate 220 of the algae inhalation container 210 is formed to be positioned on the water surface.

(Example 2-5) In Example 2-3, the green algae complex treatment apparatus of the present invention is provided in the collecting unit 400 and supplies the green algae water collected by the collecting unit 200 ( 230);

(Embodiment 2-6) In Embodiment 2-5, the algae complex treatment apparatus of the present invention includes: a supply pipe 231 formed in the supply device 230 and supplied with algae water; and a supply valve 232 formed at an end of the supply pipe 231 and controlling the supply of green algae water.

(Example 2-7) In Example 2-6, the green algae complex treatment apparatus of the present invention is formed in the supply pipe 231, and the green algae water collected in the collecting unit 200 is filtered through the filtering unit 300. and a supply pump 233 for supplying to the recovery unit 400 .

(Embodiment 2-8) The algae complex treatment apparatus of the present invention according to Embodiment 2-5, wherein the supply device 230 is installed at one end of the recovery unit 400; includes.

The present invention relates to a supply device 230 , and specifically, the algae discharge pipe 215 of the collecting unit 200 is connected to the supply pump 233 to supply algae water, and the supply pump 233 and the filtration unit 300 . And a supply pipe 231 is connected to the recovery unit 400 to supply green algae water to the filter unit 300 and the recovery unit 400 . As the supply device 230 is connected to the collecting unit 200 , a supply pipe 231 for supplying green algae water is formed, and the supply pipe 231 supplies green algae water by a supply pump 233 . In the supply pipe 231 , a supply pump 233 is formed between the collection unit 200 , the filter unit 300 , and the recovery unit 400 , so that green algae water from a river or lake is sucked and supplied to the recovery unit 400 . The supply pump 233 supplies green algae water to at least one filter unit 300 coupled to the side surface of the recovery unit 400, and the green algae to the filter unit 300 coupled to one or both sides according to the amount of green algae water. supply number.

In addition, the supply pump 233 may directly supply the green algae water to the recovery unit 400 without going through the filtering unit 300 . In addition, a supply valve 232 is formed at a position in contact with the supply pipe 231 and the recovery unit 400 , and the supply valve 232 opens and closes so that a fixed amount of green algae water is supplied to the filter unit 300 and the recovery unit 400 . is controlled The green algae water supplied from the supply device 230 is supplied to the filtration unit 300 and the recovery unit 400 . At this time, the supply device 230 forms a supply nozzle when the green algae water is supplied to the recovery unit 400 . Accordingly, the green algae water is sprayed to form the directionality in the green algae water stored in the recovery unit 400 .

Therefore, the algae complex treatment apparatus of the present invention has a feature of effectively filtering and recovering algae by supplying algal water from a river or lake in which algae are generated.

(Example 3-1) The present invention relates to an algae complex treatment apparatus, and in Example 2-1, a circulation pipe 310 formed in the filter unit 300 and circulating green algae water; a chemical supplying device 320 for supplying a chemical for coagulating green algae to the circulation pipe 310; It is formed in the circulation pipe 310, the stirring device 350 for aggregating the green algae by mixing green algae water and chemicals; includes.

(Embodiment 3-2) In the algae complex treatment apparatus of the present invention, in Embodiment 3-1, the filtering unit 300 is installed by being coupled to one side and both sides of the recovery unit 400, respectively; include

(Example 3-3) The algae complex treatment apparatus of the present invention according to Example 3-2, wherein one end of the circulation pipe 310 is connected to a recovery unit 400 to supply algae water; .

(Example 3-4) In Example 3-1, the algae complex treatment apparatus of the present invention includes a discharge pipe 340 coupled to the end of the circulation pipe 310 and discharging the aggregated algae. .

The present invention relates to the filtration unit 300, and specifically, by supplying chemicals to the algae water collected by the collecting unit 200 to remove organic matter from microgreen algae water or contaminated rivers or lakes that are not removed only by physical treatment of the filtration unit. As it is circulated for a certain length, it decomposes and discharges green algae or organic matter. The filtering unit 300 of the present invention is coupled to one or both sides of the recovery unit 400 , and filters the green algae water supplied from the collecting unit 200 . At this time, the filter unit 300 is formed with a holder arranged at equal intervals on one side, a circulation pipe 310 rolled to overlap the holder 360 is formed, and green algae water circulating through the circulation pipe 310 is formed. A drug supply device 320 for supplying a drug is formed. And the chemical supply device 320 is formed in the inside of the lifting unit 100, it is possible to supply the chemical to each of the filtration unit 300 coupled to both sides of the recovery unit 400, respectively. At this time, the chemical for decomposing the green algae water is formed of at least one of a natural coagulant and a chemical coagulant such as loess, chestnut, oak, and green tea. In order to mix these chemicals with green algae water, the circulation pipe 310 is provided with a plurality of drug inlets 352 . And a drug inlet 352 is formed at the end of the circulation pipe 310 to put the drug first. At this time, the green algae water and the chemical circulating in the circulation pipe 310 are mixed and decomposed by the first stirring device 350 , and the green algae are condensed while the circulation pipe 310 circulates around the upper part of the floating part 100 once. time can be secured. Then, when the green algae water circulates through the circulation pipe 310 once, the chemical is secondarily injected from the chemical supply device 320 to the second agitator 350 to completely coagulate the algae. In addition, the green algae water is mixed with the chemical in the second stirring device 350 and then circulated through the holder 360 and discharged through the discharge pipe 340 formed on the rear surface of the circulation pipe 310 . At this time, the concentration of the drug firstly supplied to the circulation pipe 310 and the drug supplied to the second circulation pipe 310 are formed differently to achieve a neutralization reaction. It is preferable to form in an amount in which the green algae are aggregated before being discharged from the circulation pipe 310 .

As described above, the circulation pipe 310 is formed to surround the holder 360 at least two turns, so that the chemical and algae water are mixed to secure the time for the algae to aggregate, and the completely solidified algae or organic matter is recovered or discharged through the filtration unit. It is dumped into a river or river by the pipe 340 and is used as food for fish. In addition, the discharge pipe 340 may discharge water and algae from which algae are removed from the rear surface of the floating unit 100 to both sides, respectively, or may supply algae water to the recovery unit 400 .

Therefore, the filtering unit 300 of the present invention circulates the green algae water collected by the collecting unit 200 to the circulation pipe 310 , and aggregates the green algae with the chemical supplied from the chemical supply device 320 and discharges it to the outside. As a result, the green algae are not aggregated in rivers or streams, but are completely aggregated in the circulation pipe 310 and then recovered in the recovery unit.

(Example 3-5) The compound processing apparatus for algae of the present invention according to Example 3-2, wherein the chemical supply device 320 is formed on the upper portion of the floating part 100, and a plurality of medicines in which the medicines are stored supply cylinder 321; It includes a;

(Example 3-6) The complex treatment apparatus for algae of the present invention according to Example 3-2, wherein the drug supply device 320 includes a supply pipe 322 for supplying a drug to the circulation pipe 310; do.

The present invention relates to a drug supply device 320 , and specifically, the drug supply device 320 is formed inside the buoyancy 100 to supply a drug for coagulating green algae to the circulation pipe 310 . The drug supply device 320 of the present invention is formed inside the floating part 100, and the circulation pipe 310 is formed in a shape surrounding the outside. And the chemical supply device 320 fixes the plurality of medicine supply cylinders 321 in which the medicines are stored, and is connected to the medicine supply cylinder 321 to supply the medicines to the circulation pipe 310. A filtration supply pump 330 is formed. do. The filtration supply pump 330 is formed in plurality to be connected to each chemical supply cylinder 321 , and the chemical of the chemical supply cylinder 321 is supplied to the circulation pipe 310 by power. And each filtration supply pump 330 has a supply pipe 322 is formed, and the supply pipe 322 is formed of a first supply pipe 322 and a second supply pipe 322 depending on the position at which the drug is supplied. . For example, the first supply pipe 322 is installed at the position where the circulation pipe 310 and the supply pump 233 are in contact with the first supplying the medicine, the medicine is supplied, and the medicine is supplied to the stirring device 350. When the second supply pipe 322 is installed, the drug is supplied.

Therefore, the chemical supply device 320 is formed in the center of the buoyancy part 100 and supplies a plurality of chemicals to the circulation pipe 310 to cause a neutralization reaction and to coagulate green algae or organic matter.

(Example 3-7) In Example 3-1, in the green algae complex treatment apparatus of the present invention, the stirring device 350 is a mixing case 351 coupled to the circulation pipe 310; and the mixing case ( It is formed in 351 and includes a drug inlet 352 through which a drug is supplied; a mixing device 353 formed inside the mixing case 351 and mixing the drug and green algae water introduced into the inlet; .

(Example 3-8) In Example 3-7, the algae complex treatment apparatus of the present invention is formed inside the mixing case 351, and a collision that mixes algae with a chemical by a vortex according to the collision of algae water plate; includes.

(Example 3-9) In Example 3-8, in the algae complex treatment apparatus of the present invention, the mixing device 353 rotates inside the mixing case 351 and mixes the chemical and the algae water by means of a blade. It includes;

(Example 3-10) In Example 3-7, the green algae complex treatment apparatus of the present invention includes: a through plate formed in the center of the mixing case 351, and through which the green algae water passes; and a rotating body formed on both sides of the through plate and rotating by the flow rate of green algae.

The present invention relates to a stirring device 350, and specifically, a plurality of stirring devices 350 are connected to a circulation pipe 310 to mix green algae water and chemicals to aggregate green algae. In the stirring device 350 of the present invention, a mixing case 351 in which both sides are respectively coupled to the circulation pipe 310 is formed, and the mixing case 351 is formed of a stainless material unlike the circulation pipe 310 . And the mixing case 351 is formed with a drug inlet 352 connected to the drug supply device 320, the drug inlet 352 is formed to protrude to the outside of the mixing case (351). In addition, a mixing device 353 for mixing chemicals and green algae water is formed inside the mixing case 351 . The mixing device 353 may induce the green algae water to be more effectively mixed with the chemical when circulating the circulation pipe 310 . In detail, the mixing device 353 is formed with a screw so that a helical blade is formed on the outside and the chemical and green algae water circulating in the circulation pipe 310 are mixed by a vortex. At this time, the screw is rotated by the flow rate, and is formed to be smaller than the width of the mixing case 351 so that the chemical and green algae circulating in the circulation pipe 310 do not stop. In addition, in another embodiment, in the mixing device 353 , a through plate having a plurality of through holes to pass through is formed in the center, and a rotating body such as a propeller rotating by the flow rate is formed on the outside of the through plate. As such, the mixing device 353 generates a vortex as the rotating body rotates by the flow rate to mix green algae water and chemicals.

And the mixing case 351 does not have a mixing device 353 installed, and protrudes obliquely and vertically to the inside to form a collision plate in which green algae and chemicals collide. At this time, the collision plate may generate a vortex as the algae water circulating through the circulation pipe 310 collides with the chemical, thereby promoting aggregation of the algae by the chemical.

Accordingly, the stirring device 350 is connected to the circulation pipe 310 and effectively mixes the algae water and the chemical passing through the inside by a vortex to promote the aggregation of the algae.

(Example 3-11) In Example 3-1, the algae complex treatment apparatus of the present invention includes: a floating body 370 that is formed in the filter unit and is floated on the water surface; and a coupling device 380 that is detachably coupled to the side surface of the recovery unit for the floating body 370 .

(Embodiment 3-12) The algae complex treatment apparatus of the present invention according to Embodiment 3-11, wherein the floating body 370 is formed to rise to the water surface; includes.

The present invention relates to the filtration unit 300, and specifically, the filtration unit 300 is provided with a floating body 370 that is floated on the water surface, and the floating body 370 circulates as the cradle 360 is formed on the upper portion. A pipe 310 is mounted. Unlike the recovery unit 400 , the filter unit 300 has a floating body 370 formed to float on the water surface, and the floating body 370 is coupled to both sides of the recovery unit 400 so that the filtering unit 300 is formed. The balance can be maintained by being coupled to the recovery unit 300 . In addition, the floating body 370 may couple the filter unit 300 to both sides of the recovery unit 400 when the coupling device 380 is formed so that the recovery unit 400 is not used alone. At this time, as the coupling device 380 is coupled, the drug of the drug supply device 320 provided inside the recovery unit 400 may be supplied or the supply device 230 may be coupled. Such a coupling device 380 is coupled by various methods such as brackets and clamps, and the type of coupling is not limited in the present invention.

(Example 4-1) The present invention relates to an algae complex treatment apparatus, and in Example 3-1, a case 410 formed in the recovery unit 400 and to which the filter unit 300 is coupled; a frame 420 formed in the case 410; It is coupled to the frame 420, the recovery device 500 for moving the green algae; includes.

(Example 4-2) In Example 4-1, the algae complex treatment apparatus of the present invention is formed inside the case 410 and drains the algae water descending through the recovery device 500. Drainage device 600; includes.

(Embodiment 4-3) In Embodiment 4-2, the algae complex treatment apparatus of the present invention includes: a drainage plate 610 formed in the drainage apparatus 600 and guiding algae water; a drain hole 620 formed at an end of the drain plate 610 and through which green algae water is drained; It is formed in the drain port 620, the drain valve 630 for controlling the drainage of green algae; includes.

(Embodiment 4-4) The algae complex treatment apparatus of the present invention according to Embodiment 4-3, wherein the drain plate 610 is formed in an oblique line;

(Embodiment 4-5) In the algae complex treatment apparatus of the present invention, in Embodiment 4-3, the frame 420 is formed to correspond to each other in the case 410, and include;

(Example 4-6) In Example 4-3, the algae complex treatment apparatus of the present invention is formed on both sides of the case 410, and a discharge pipe 640 for discharging the algae water overflowing from the case 410. includes ;

The present invention relates to the recovery unit 400, and specifically, the recovery unit 400 circulates the green algae water supplied from the supply device 230 and the filter unit 300 to recover the green algae and drain the filtered water. will do The recovery unit 400 is for collecting and filtering rivers, lakes, or captured algae water. A case 410 to which algae water is supplied from the supply device 230 is formed, and the frame 420 is provided in the case 410 . is formed The case 410 is formed of a waterproof material on the inside so that algae water does not leak, and a sealing material is installed on the joint surfaces in contact with each other. And the case 410 is formed so that the upper part is open, but a cover may be formed to be detachable. The case 410 is formed with a frame 420 , and the frame 420 is formed inside the case 410 . And formed to correspond to each other, the recovery device 500 is formed between the plurality of frames 420 . In addition, the frame 420 has a drainage device 600 formed at the lower end of the recovery device 500 to induce the water of the green algae that passes through the recovery device 500 to be drained. At this time, in the drainage device 600 , a drainage plate 610 formed at the lower end of the recovery device 500 is formed to induce green algae water, and the drainage plate 610 is formed in an oblique line to collect water toward the drainage port 620 . do. In addition, a drain valve 630 is formed in the drain port 620 to control the amount of discharged water and to recover water when green algae are included in the water. In addition, a plurality of discharge pipes 640 are formed on the upper portion of the recovery device 500 in the frame 420 , and when the amount of green algae flowing into the recovery unit 400 is large, it is discharged to the outside and acts on the floating unit 100 . load can be kept constant.

(Embodiment 4-7) In Embodiment 4-1, the green algae complex treatment apparatus of the present invention is formed in the frame 420, and includes a lightweight hole 421 for reducing the weight.

(Embodiment 4-8) In Embodiment 4-7, the green algae complex processing apparatus of the present invention includes a connection frame 422 connecting a plurality of the frames 420 corresponding to each other to each other.

The present invention relates to a frame 420 , and specifically, a plurality of frames 420 are formed inside the case 410 , and are formed to correspond to each other. At least one lightweight hole 421 is formed in the frame 420 to reduce the weight. And the plurality of frames 420 are maintained in shape as they are connected by the connection frame 422 , and the connection frame 422 is formed in a circular cross section so that the recovery device 500 is seated. In addition, the frame 420 is formed with a lower end in an oblique line toward the storage unit 700 to be lightweight, and a plurality of connection frames 422 are formed toward the supply unit 230 to reduce the weight and weight of the supply unit 230 . It is possible to prevent the connection frame 422 from being damaged by the supply pressure of green algae water.

(Example 5-1) The present invention relates to an algae complex treatment apparatus. In Example 4-1, the recovery rail 510 is formed in the recovery device 500 and moves the algae; a plurality of recovery rollers 520 for rotating the recovery rail 510; It is formed at one end of the recovery rail 510, and a green algae suction device 540 for recovering the moving green algae.

(Example 5-2) The algae complex treatment apparatus of the present invention includes the method of Example 5-1, wherein the recovery rail 510 filters algae and is formed of a mesh and nonwoven fabric penetrating water. .

(Example 5-3) The green algae complex treatment apparatus of the present invention according to Example 5-2, wherein the recovery roller 520 includes a plurality of moving rollers 521 formed at the lower end of the recovery rail 510; and a driving roller 522 which is formed at both ends of the recovery roller 520 and rotates the recovery rail 510 .

(Example 5-4) The green algae complex treatment apparatus of the present invention according to Example 5-3, wherein a plurality of the moving rollers 521 are formed so as to be in contact with each other;

(Example 5-5) In Example 5-3, the green algae complex treatment apparatus of the present invention includes a separation prevention roller formed on the driving roller 522 and preventing the rotation rail from being separated.

(Example 5-6) In Example 5-3, the green algae complex treatment apparatus of the present invention is formed on one surface of the recovery roller 520, and a recovery plate 530 for removing foreign substances supplied together with the green algae water. includes ;

(Example 5-7) In Example 5-6, the green algae complex treatment apparatus of the present invention is formed at one end of the recovery plate 530, and a position adjusting device for adjusting the position of the recovery plate 530 includes ;

(Example 5-8) In Example 5-6, the algae complex treatment apparatus of the present invention includes: a bonding plate formed at the end of the recovery plate 530 and in contact with the recovery rail 510 to collect algae; includes

(Example 5-9) The green algae complex treatment apparatus of the present invention includes the one in Example 5-8, wherein the bonding plate is made of a rubber material.

The present invention relates to a recovery device (500), and specifically, it is formed between a plurality of frames (420) and circulates the green algae water supplied from the supply device (230) and the filter unit (300) to recover the green algae. When the green algae water is supplied from the supply device 230 , the recovery device 500 moves the green algae water, and a recovery rail 510 formed of a mesh and a nonwoven fabric is formed so that the water passes through the algae without penetrating the green algae. At this time, the recovery rail 510 is formed to be coupled to each other or is formed of a flexible material to circulate and rotate. And the recovery rail 510 is rotated by the recovery roller 520, and the recovery roller 520 is formed at both ends of the moving roller 521 and the recovery roller formed in plurality at the lower end of the recovery rail 510, respectively. A driving roller 522 is formed. This driving roller 522 is rotated by a separate motor, and when the recovery rail 510 circulates by the rotation of the driving roller 522, a plurality of moving rollers 521 are formed so as to be in contact with each other and as they rotate, the recovery rail It is possible to prevent the 510 from sagging. And a separation prevention roller is formed on the upper portion of the driving roller 522 to prevent separation and position deformation of the recovery rail 510, and the separation prevention roller is coupled with an elastic body and is caused by green algae and foreign substances attached to the recovery rail 510. It is formed to be spaced apart at regular intervals.

In addition, a recovery plate 530 is formed on the driving roller 522 formed in the storage unit 700 direction. The recovery plate 530 is formed while maintaining an oblique line toward the storage unit 700 , and as it is formed in contact with or close to the recovery rail 510 , it is possible to recover foreign substances such as fallen leaves and garbage that are introduced together with the green algae water. . A position adjusting device is formed on the recovery plate 530 to adjust the angle to effectively recover the algae, and a rubber bonding plate is formed at the end of the recovery plate 530 to contact the recovery rail 510 when it rotates. is formed

Accordingly, the recovery device 500 has a feature of, when the green algae water is supplied to the upper part of the recovery rail 510 , the water is drained through the lower part, and the green algae remaining on the recovery rail 510 is rotated to recover it with a rotating plate.

(Example 5-10) In Example 5-1, the algae complex treatment apparatus of the present invention includes: a suction pipe 541 formed in the algae suction device 540 and formed at the lower end of the recovery rail 510; It is formed in the suction pipe 541, the suction pump 542 for sucking the green algae; includes.

(Example 5-11) In Example 5-10, the algae complex treatment apparatus of the present invention includes a suction groove 543 formed in the suction pipe 541 for sucking green algae.

The present invention relates to an algae suction device (540), specifically to suck algae attached to the recovery rail (510). The algae suction device 540 is formed at one end of the recovery rail 510 to recover the attached algae after water is filtered by the recovery rail 510, and a suction pump 542 when the recovery rail 510 moves. The algae are recovered by inhalation by In addition, the green algae suction device 540 has a suction pipe 541 formed at a position close to the recovery rail 510 , and the suction pipe 541 is connected to a suction pump 542 to suck the green algae. In addition, a plurality of suction grooves 543 are formed in the suction pipe 541 , and the suction grooves 543 are formed at equal intervals. At this time, a suction plate 544 is formed in the suction pipe 541 to increase suction power, and the suction groove 543 and the suction plate 544 are formed in the direction of the recovery rail 510 . As such, the green algae sucked by the suction pump 542 is transferred to the storage unit 700 , the air generated by the suction pump 542 is discharged to the outside, and the green algae are stored in the storage unit 700 .

(Example 5-12) In Example 5-1, the algae complex treatment apparatus of the present invention is formed on the upper end of the frame 420 and controls the movement direction of the algae water supplied from the supply device 230 . It includes a control device 560;

(Example 5-13) In Example 5-13, the green algae complex treatment apparatus of the present invention includes: a blade 561 formed in the adjusting device 560 and rotating while submerged in green algae water; and a rotation motor 562 coupled to the blade 561 and rotating the blade 561 .

The present invention relates to a control device (560), specifically to control the direction of the green algae water supplied from the supply device (230). When the green algae water is supplied from the supply device 230 , the control device 560 controls the movement of the green algae water to smoothly move toward the drainage device 600 and the recovery plate 530 . This creates a wave in the algae water to induce the water to smoothly pass through the recovery rail 510 and at the same time allow the algae to be uniformly seated on the recovery rail 510 and circulate. At this time, the control device 560 is formed with a blade 561 that rotates by the rotation motor 562, and the blade 561 is formed to partially or entirely submerge in the water surface of the green algae, and as it rotates, the movement of the green algae direction can be adjusted.

(Example 6-1) The present invention relates to a green algae complex treatment apparatus, and in Example 5-1, a guide roller ( 523);

(Example 6-2) In Example 6-1, the green algae complex treatment apparatus of the present invention is formed on the guide roller 523, and the anti-sag roller 524 for preventing the recovery rail 510 from sagging. ; and a tension roller 525 for adjusting the tension of the recovery rail 510 .

(Example 6-3) In Example 6-1, the algae complex treatment apparatus of the present invention is formed on the tension roller 525, and the tension roller 525 up and down according to the tension of the recovery rail 510 ) a moving device for moving; includes.

The present invention relates to a recovery roller 520, and specifically, a guide roller 523 is formed to guide the position of the recovery rail 510 to move the green algae. The guide roller 523 is seated on the upper portion of the recovery rail 510 to form a first guide roller 523 for guiding the shape and position of the recovery rail 510, and the first guide roller 523 is a plurality of It is formed and guides the upper end of the recovery rail 510 in a downwardly recessed shape to accommodate the green algae water supplied from the supply device 230 . At this time, the first guide rollers 523 are formed to be spaced apart from each other, and as the recovery rail 510 circulates, water permeates downward and the green algae moves toward the recovery plate 530 . And the second guide rail formed at the lower end of the recovery rail 510 is formed inside the recovery rail 510 with both ends connected to each other in a circle, and is formed in plurality to guide the circulation of the recovery rail 510 .

In addition, the guide rail has a sag prevention roller 524 that prevents sagging of the recovery rail 510, and the sag prevention roller 524 is formed on the other side of the second guide rail and the recovery rail 510, so that the recovery rail (510) to prevent sagging. At this time, the anti-sag roller 524 is formed in plurality to prevent the recovery rail 510 from sagging by the algae suction device 540 . In addition, the guide roller 523 is a tension roller 525 is formed to adjust the tension of the recovery rail 510, the tension roller 525 is a tension roller 525 up and down according to the tension of the recovery rail 510. A moving device for moving is formed. The moving device moves the tension roller 525 in one direction when it is determined that the tension of the recovery rail 510 is low or high by a separate control device. This moving device moves in a moving groove formed in the frame 420 and moves the tension roller 525 in one direction by a cylinder.

Therefore, the guide roller 523 of the present invention has the characteristics of effectively recovering algae by maintaining the shape while preventing tension and sagging so that the recovery rail 510 is circulated smoothly.

(Embodiment 7-1) The present invention relates to an algae complex processing apparatus, and in Embodiment 6-1, a storage hopper 710 formed in the storage unit 700 and into which algae is introduced; It is formed at the lower end of the storage hopper 710, and a storage tank 720 in which the green algae is stored; includes.

(Embodiment 7-2) In Embodiment 7-1, the algae complex treatment apparatus of the present invention includes: a discharge tank formed in the storage hopper 710 and from which air sucked by the suction pump 542 is discharged; It includes a; is formed in the discharge tank, the moving pipe for moving the green algae to the storage tank (720).

(Example 7-3) In Example 7-1, the compound processing apparatus for algae of the present invention is formed in the storage tank 720, is formed inside the floating part 100, and is a compound in which algae are stored 1 storage tank 721; and a second storage tank 722 that is formed on the upper portion of the floating part 100 and stores green algae when the first storage tank 721 is saturated.

(Embodiment 7-4) In the algae complex treatment apparatus of the present invention, in Embodiment 7-3, the second storage tank 722 is formed so that the inside is permeated, and is formed in plurality.

The present invention relates to a storage unit 700 , and specifically, the storage unit 700 stores green algae recovered by the recovery unit 400 . The storage unit 700 is formed with a storage hopper 710 in which the air and algae sucked by the suction pump 542 of the recovery unit 400 are stored. In the storage hopper 710, a discharge tank is formed, so that the green algae and a small amount of water are stored in the storage tank 720, and the air generated when the suction pump 542 sucks the green algae is discharged to the outside. At this time, the air from the discharge tank is discharged to the upper part, and the green algae are delivered to the first storage tank 721 formed inside the floating part 100 . And a moving pipe is formed in the first storage tank 721, so that algae and a small amount of water are delivered separately from the air, and when the first storage tank 721 is saturated, the second storage is formed in the upper part of the floating part 100 A tank 722 stores algae. At this time, the second storage tank 722 can determine the amount of algae as it is formed so that the inside is permeated, and is formed in plurality to float on the water surface and prevent the algae recovered during movement from being discharged. And the recovered algae can be treated with chemicals on the ground.

100: floating unit 110: floating body
120: propulsion device 130: control unit
140: measurement unit 200: collection unit
210: green algae inhalation container 211: angle adjustment device
212: trapping hinge 213: algae inlet
214: algae collecting space 215: algae discharge pipe
216: inflow prevention plate 220: guide plate
230: supply device 231: supply pipe
232: supply valve 233: supply pump
300: filtration unit 310: circulation pipe
320: drug supply device 321: drug supply container
322: supply pipe 330: supply pump
340: discharge pipe 350: stirring device
351: mixing case 352: drug inlet
353: mixing device 360: cradle
370: floating body 380: coupling device
400: recovery unit 410: case
420: frame 421: light hole
422: connection frame 500: recovery device
510: recovery rail 520: recovery roller
521: moving roller 522: driving roller
523: guide roller 524: anti-sag roller
525: tension roller 530: recovery plate
540: green algae suction device 541: suction pipe
542: suction pump 543: suction groove
544: suction plate 550: injector
560: regulator 561: blade
562: rotary motor 600: drainage device
610: drain plate 620: drain hole
630: drain valve 640: discharge pipe
700: storage 710: storage hopper
720: storage tank 721: first storage tank
722: second storage tank

Claims (7)

Floating part 100 that is floated on the surface of the water;
a collecting unit 200 coupled to the floating unit 100 and collecting green algae water;
a filtration unit 300 connected to the collecting unit 200 and filtering green algae water;
a recovery unit 400 formed to be spaced apart from the filtering unit 300 and configured to recover green algae from the algae water;
an algae suction container 210 formed in the collecting unit 200 and sucking algae water therein;
a guide plate 220 positioned on both sides of the algae suction container 210 and guiding the algae water;
an angle adjusting device 211 formed on the green algae suction container 210 and adjusting the angle of the collecting part 200;
a collecting hinge 212 for rotating the green algae suction container 210;
a circulation pipe 310 formed in the filter unit 300 and circulating green algae water;
a chemical supplying device 320 for supplying a chemical for coagulating green algae to the circulation pipe 310;
a stirring device 350 formed in the circulation pipe 310 to agglomerate green algae by mixing green algae water and chemicals;
Floating body 370 formed in the filtering unit, floating on the water surface;
A combination device 380 for detachably coupling the floating body 370 to the side surface of the recovery unit.
delete delete The method according to claim 1,
a case 410 formed in the recovery unit 400 and to which the filtering unit 300 is coupled;
a frame 420 formed in the case 410;
Combined with the frame (420), the recovery device (500) for moving the algae water; Algae complex treatment apparatus comprising a.
5. The method according to claim 4,
a recovery rail 510 formed in the recovery device 500 and moving green algae;
a plurality of recovery rollers 520 for rotating the recovery rail 510;
Algae complex treatment apparatus comprising a; formed at one end of the recovery rail (510), the algae suction device (540) for recovering the moving algae.
6. The method of claim 5,
A green algae complex treatment apparatus including; a guide roller 523 formed on the recovery roller 520 and guiding the position of the recovery rail 510 .
7. The method of claim 6,
a storage hopper 710 formed in the storage unit 700 and into which green algae are introduced;
Green algae complex processing apparatus including; a storage tank 720 formed at the lower end of the storage hopper 710 and storing green algae.

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