KR102418093B1 - Recovery Apparatus of Green Algae and Floating - Google Patents

Abstract

The present invention relates to a green algae and floating matter recovery device that can separate and recover collected green algae and floating matter floating on the water surface after simultaneously collecting them, and specifically, it is connected to the floating part and the floating part floating on the water surface, and recovers the green algae It is formed at the recovery part and the end of the recovery part, is formed in the storage part for storing the recovered green algae and the other end of the recovery part, and includes a collecting part where green algae water and floating matter are mixed and collected.

Description

Algae and floating matter recovery device {Recovery Apparatus of Green Algae and Floating}

The present invention relates to a device for recovering green algae and floating matter capable of separately collecting collected green algae and floating matter floating on the water surface at the same time and then separately recovering the collected algae and floating matter.

Patent Document 001 discloses an algae water container having an algal water inlet through which algae water, which is water including algae, and a purified water outlet pipe through which purified water is discharged, a positive and negative electrode connected to a power supply device, and the positive and negative plates are spaced apart from each other. Flocculation flotation unit comprising an electrocoagulant device provided on the inside of the container; a skimmer provided on the top of the green algae container to remove the algae coagulant floating on the water surface of the algae container; a dehydrating unit provided on one side of the skimmer and 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 green algae, effectively collect agglomerated 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 algae filtration device using a UV-C lamp and an ultrasonic generator that can prevent algae phenomenon by monitoring the occurrence of cyanobacteria by measuring water quality in rivers and lakes, and removing cyanobacteria 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 that transmits the water quality data measured by the inspection unit to the management center is presented.

Patent Document 003 relates to an algae water filtering 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 together with water; and a filter tube for filtering and removing various floating substances 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 are 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 water 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 table An electrolysis device that is disposed on the upper part and installed submerged in the algal water body, and supplies hydrogen and oxygen generated by electrolysis to the algal layer located on 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 (March 23, 2016) KR 10-1737033 B1 (May 11, 2017) KR 10-1982989 B1 (May 21, 2019)

The present invention relates to a device for recovering green algae and floating matter capable of separately collecting collected green algae and floating matter floating on the water surface at the same time and then separately recovering the collected algae and floating matter.

In order to solve the problems of the prior inventions, the present invention relates to a device for recovering algae and floating matter, the floating part 100 being floated on the water surface; a recovery unit 400 connected to the floating unit 100 and configured to recover the green algae 20; a storage unit 700 formed at an end of the recovery unit 400 and storing the recovered green algae 20; It is formed at the other end of the recovery unit 400, and the collection unit 200 for collecting and separating the green algae water 10 and the floating matter;

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; The storage unit 700; is formed in the collecting unit 200 in the invention comprising: a collecting vessel 210 into which the green algae water 10 and floating matter are introduced; It is located on one side or both sides of the collection container 210, and a collection device 300 for collecting the collected floating matter; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; Storage unit 700; is formed in the collection container 210 in the invention consisting of, an inlet 213 through which the green algae water 10 and floating matter of the water surface are introduced; a collecting space 214 formed inside the collecting container 210 and collecting the introduced green algae water 10 and floating matter; A blade 215 formed in the collecting space 214 and moving the floating object in one direction or in both directions; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; Storage unit 700; is formed in the collection device 300 in the invention consisting of, a removal vessel 310 connecting the collection vessel 210 and the floating unit 100; a transfer screw 320 that is formed in the removal container 310 and transfers the floating matter collected in the collection container 210; A discharge device 330 formed at the end of the removal container 310, through which the transported floating matter is discharged; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; Storage unit 700; is formed in the collecting unit 200 in the invention consisting of, controlling the rotational speed of the blade 215 of the collecting container 210 and the transfer screw 320 of the collecting device 300 The control unit 340; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; A storage unit 700; is formed in the collecting unit 200 to the invention consisting of, and a water level measurement unit 350 for measuring the level of the green algae water 10 flowing into the interior; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; Storage unit 700; is formed in the recovery unit 400 in the invention consisting of, the case 410 coupled to the floating unit 100; a frame 420 formed in the case 410; A recovery device 500 coupled to the frame 420 and moving the algal water 10; is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; a storage unit 700; a recovery rail 510 formed in the recovery device 500 to move the green algae 20 in the present invention; a plurality of recovery rollers 520 for rotating the recovery rail 510; An algae suction device 540 formed at one end of the recovery rail 510 and configured to recover the moving algae 20 is added.

The present invention is an invention for a device for recovering algae and floating matter, and includes: the floating part 100 presented above; recovery unit 400; Storage unit 700; is formed in the storage unit 700 in the invention consisting of, and a storage hopper 710 into which the green algae 20 is introduced; A storage tank 720 formed at the lower end of the storage hopper 710 and storing the green algae 20; is added.

The present invention can remove floating matter in a river or lake by simultaneously collecting green algae water and floating matter.

The present invention can recover a large amount of algae and floating matter floating or moving on the water surface by a physical treatment method.

According to the present invention, as green algae water is supplied by a pump, the water can be drained through the lower part.

The present invention is to recover the floating matter by the recovery plate when circulating the algae to increase the recovery efficiency of the algae.

The present invention is to separate the floating matter from the green algae by moving the screw.

The present invention is to recover algae by sucking air at a high pressure to a recovery rail from which algae are recovered.

1 to 2 are perspective views of the green algae and floating matter recovery device of the present invention.
3 to 4 are cross-sectional views of the collecting unit of the present invention.
5 is a cross-sectional view showing a collection device and an angle adjusting device of the present invention.
6 is an exemplary view of a collection container and collection device of the present invention.
7 is a front view showing a state in which the water level measuring unit is installed in the collecting unit of the present invention.
8 is a cross-sectional view of the filter unit of the present invention.
9 to 10 are cross-sectional views showing the end of the filter shown in FIG.
11 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 explain in detail enough that a person of ordinary skill in the art 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. An object that exhibits the same purpose and effect as the configuration presented in the embodiment corresponds to an equivalent replacement object. The higher-level concept presented in the examples includes sub-concept objects that are not described.

(Example 1-1) The present invention provides an apparatus for recovering algae and floating matter, comprising: a floating part 100 that is floated on the water surface; a recovery unit 400 connected to the floating unit 100 and configured to recover the green algae 20; a storage unit 700 formed at an end of the recovery unit 400 and storing the recovered green algae 20; It is formed at the other end of the recovery unit 400, and includes a collecting unit 200 for collecting and separating the green algae water 10 and the floating matter.

(Embodiment 1-2) The apparatus for recovering algae and floating matter 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.

(Example 1-3) In Example 1-1, the apparatus for recovering algae and floating matter of the present invention is selectively coupled to the floating part 100, and a propulsion device 120 for moving the floating part 100 includes ;

(Example 1-4) The apparatus for recovering algae and floating matter 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 apparatus for recovering algae and floating matter of the present invention according to Example 1-1, a solar panel formed on the upper portion of the floating part 100 and absorbing sunlight to produce electric power; include

(Example 1-6) The apparatus for recovering algae and floating matter of the present invention according to Example 1-1, includes a position measuring apparatus for measuring the position of the floating part 100.

The present invention relates to an algae and floating matter recovery device capable of simultaneously recovering the green algae 20 and the floating matter by separating the green algae 20 mixed with the green algae water 10 and the floating matter floating on the water surface, and specifically to a river or lake In order to separate and remove the green algae 20 and the suspended matter flowing together with the green algae water 10 of the green algae water 10, which is water mixed with the green algae 20, the green algae water 10 is circulated to remove the green algae 20 to separate it from water. The green algae and floating matter recovery apparatus of the present invention recovers the green algae 20 by sucking the algae water 10 as it floats on a river or lake where the algae 20 are generated and moves. Conventional devices for removing the green algae 20 are to spray a chemical into a river or lake to remove the green algae 20 . This is to remove the green algae 20 by spraying the chemical directly onto the water body to float the green algae 20 on the water surface. Secondary pollution occurs. In contrast, the green algae and floating matter recovery apparatus of the present invention, with reference to FIG. 1 , maintains the floating state on the water surface by the floating unit 100 , and collects and circulates the green algae water 10 in the collecting unit 200 . Accordingly, a large amount of green algae 20 is recovered only by physical treatment. The floating part 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 part 100 to determine the movement direction of the floating part 100 . Adjust. In addition, the floating unit 100 moves the water surface as the driving device 110 for operating the propulsion device 120 while the driver is on board is formed, and it is possible to remove an area with a lot of green algae 20 .

In addition, a shading device is installed on the upper part of the floating part 100 to prevent sunlight from being transmitted to a driver who operates the algae and floating matter recovery device, and at the same time to prevent rainwater from flowing into the algae water 10 . The shading device is coupled to a plurality of pillars coupled at equal intervals to the side surface of the buoyancy unit 100, and the height is adjusted according to a position coupled to the pillars. And a solar panel is formed on the upper part of the shading device, and the sunlight flowing into the solar cell is converted into an electric current to produce power. Power produced by the solar panel may suck the green algae water 10 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 provided with a location measuring device such as a GPS, so that a driver on land can check the location of the algae and floating matter recovery device.

In this way, when the floating part 100 moves from the water surface, the green algae water 10 and floating matter are collected in the collecting part 200 coupled to the floating part 100 , and the collected floating substances are collected in the collecting part 200 , and The green algae water 10 is stored after being separated from the green algae 20 and water by the recovery unit 400 .

Therefore, the green algae and floating matter recovery apparatus of the present invention collects the green algae water 10 of a river or lake in which the green algae 20 are generated, collects the suspended matter, and the green algae 20 is effectively recovered.

(Example 2-1) The present invention relates to a device for recovering green algae and suspended matter, and in Example 1-1, it is formed in the collecting unit 200 and collects the green algae water 10 and floating matter into it. container 210; It is located on one side or both sides of the collection container 210, the collection device 300 for collecting the collected floating matter; includes.

(Embodiment 2-2) The apparatus for recovering green algae and suspended matter of the present invention according to Embodiment 2-1, wherein the collection container 210 is formed in a cylindrical shape.

(Example 2-3) In Example 3-1, the apparatus for recovering algae and floating matter of the present invention is formed on the upper portion of the collecting container 210, and an angle adjusting device for adjusting the angle of the collecting unit 200 ( 211); and a collecting hinge 212 for rotating the collecting container 210 .

(Embodiment 2-4) In the apparatus for recovering algae and floating matter of the present invention, in Embodiment 2-3, the angle adjusting device 211 rotates the collecting container 210 and the collecting device 300 at the same time includes ;

(Example 2-5) In Example 2-3, the apparatus for recovering green algae and suspended matter of the present invention is located on both sides of the collection container 210, and guide plates 360 for guiding the green algae water 10; include

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 10 is to be trapped inside. The collecting unit 200 is formed in a metal housing such as stainless steel, has high durability, and is formed in a cylindrical shape with a circular cross section. And the collecting unit 200 is located on both sides of the collecting vessel 210 and the collecting vessel 210 for sucking the green algae water 10 according to the movement of the floating unit 100 and the green algae water 10, referring to FIG. 2 . ) is formed with a guide plate 360 for guiding the collection container 210 . At this time, the collection container 210 and the guide plate 360 are formed integrally or detachably separated, and the green algae water 10 and the floating matter guided by the guide plate 360 are collected by the collection container 210 . . In addition, the guide plate 360 is formed to extend diagonally from the collection container 210 , and as the length is adjusted, the amount of collection of the green algae 10 can be adjusted. This is to effectively introduce the green algae water 10 into the collection container 210 as the floating part 100 moves forward.

5 , the collecting container 210 is connected to the floating part 100 , and an angle adjusting device 211 for adjusting the angles of the collecting container 210 and the collecting device 300 is formed. The angle adjusting device 211 is formed in a cylinder so that the lower portion of the collecting unit 200 is submerged in the water surface. At this time, a collection hinge 212 is formed in the collection container 210, and the collection container 210 is rotated by the angle adjusting device 211. Do not submerge the container 210 into the water surface. And the angle adjusting device 211 adjusts the angle so that the collecting device 300 also rotates by the collecting hinge 212 in the same way as the collecting container 210 . Such a collecting unit 200 is coupled with the floating unit 100 to collect the green algae water 10 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 the green algae water 10, and the guide plate 360 of the collecting container 210 is formed to be located on the water surface. have

(Example 3-1) The present invention relates to a device for recovering green algae and floating matter, and in Example 2-1, formed in the collection container 210, an inlet through which the green algae water 10 and floating matter of the water surface are introduced (213); a collecting space 214 formed inside the collecting container 210 and collecting the introduced green algae water 10 and floating matter; It is formed in the collecting space 214, the blade 215 for moving the floating object in one direction or in both directions; includes.

(Embodiment 3-2) The apparatus for recovering algae and floating matter of the present invention according to Embodiment 3-1, is formed on the side surface of the collection container 210, the rotation motor 216 for rotating the blade 215; It is connected to the rotation motor 216, the rotation shaft 217 passing through the center of the blade 215; includes.

(Example 3-3) In Example 3-2, the apparatus for recovering green algae and suspended matter of the present invention is formed on one surface of the collection space 214, and the supply container 220 to which the green algae water 10 is supplied. includes ;

(Example 3-4) In Example 3-3, the apparatus for recovering green algae and suspended matter of the present invention is formed in the supply container 220, and a plurality of supply holes 221 to which the green algae water 10 is supplied. includes ;

The present invention relates to a collection container 210, and specifically, the collection container 210 receives green algae water 10 and suspended matter, and separates the green algae water 10 and suspended matter. Referring to FIG. 3 , the collection container 210 is provided with an inlet 213 through which the green algae water 10 and floating matter are introduced, and the inlet 213 is formed from the upper portion of the collection container 210 toward the front. . In this case, the inlet 213 is formed in the long side direction of the collection container 210 and is formed to be open or a plurality of inlet holes are arranged at equal intervals. As described above, the inlet 213 prevents the front surface of the collecting vessel 210 from being clogged by the floating matter as the floating matter of a certain size is formed to flow in together with the green algae water 10 .

In addition, the collecting container 210 has a collecting space 214 in which the green algae water 10 and floating matter are collected, and a screw-shaped blade 215 is formed in the collecting space 214 . The direction of crushing and moving the floating matter is determined according to the angle of the blade 215, and as the green algae 10 introduced with the float moves between the blade 215 and the inner surface of the collecting container 210, the recovery unit ( 400) is transmitted. At this time, the blade 215 and the inner surface of the collecting vessel 210 are formed at intervals of 1 to 5 mm, and unlike the green algae 10, the floating matter is prevented from moving. And the blade 215 is rotated through the rotation shaft 217 in the center, and the rotation shaft 217 is connected to the rotation motor 216 formed on one side of the collection container 210 to adjust the rotation speed and pressure. . The rotation motor 216 is formed on one side of the collecting container 210 to rotate the blade 215 in one direction or a blade formed on both sides from the center of the collecting container 210 according to the size of the collecting container 210 ( 215) can be rotated in different directions to move the floating object in both directions. As such, the rotation motor 216 is to rotate the blade 215 and is formed of a hydraulic motor driven hydraulically. As described above, the floating material pulverized and moved by the blade 215 is supplied to and collected by the collection device 300 by an opening formed on the other side of the collection container 210 .

And the green algae water 10 separated from the floating matter is supplied to a supply container 220 formed on the lower or rear side of the collection container 210 , and the supply container 220 is provided in a position in contact with the collection container 210 . A hole 221 is formed so that the green algae water 10 is supplied but the floating matter is not supplied.

Accordingly, the collection container 210 of the present invention is formed in a cylindrical shape to separate the green algae water 10 and the floating matter flowing into the container to supply the green algae water 10 to the recovery unit 400 .

(Example 3-5) In Example 3-1, the apparatus for recovering green algae and suspended matter of the present invention includes: a supply device 230 connected to the supply container 220 and supplying the collected green algae water 10; includes

(Example 3-6) In Example 3-5, the apparatus for recovering green algae and suspended matter of the present invention comprises: a supply pipe 231 formed in the supply device 230 and supplied with algae water 10; and a supply valve formed at an end of the supply pipe 231 and controlling the supply of green algae water 10 .

(Example 3-7) In Example 3-6, the apparatus for recovering algae and suspended matter of the present invention is formed in the supply pipe 231 and sucks the green algae water 10 collected in the collecting unit 200 . supply pump;

The present invention relates to the supply device 230 , and specifically supplies the green algae water 10 collected in the collection unit 200 to the recovery unit 400 . As the supply device 230 is connected to the supply vessel 220 formed on one surface of the collection vessel 210, a supply pipe 231 for supplying the green algae water 10 is formed, and the supply pipe 231 is connected to the supply pump. Green algae water 10 is supplied by In the supply pipe 231 , a supply pump is formed between the collection container 210 and the recovery unit 400 , so that the green algae water 10 of a river or lake is sucked and supplied to the recovery unit 400 . A supply valve is formed at a position in contact with the supply pipe 231 and the recovery unit 400 , and the opening and closing of the supply valve is controlled so that a fixed amount of green algae water 10 is supplied to the recovery unit 400 . The green algae water 10 supplied from the supply device 230 is supplied to the recovery unit 400 . At this time, the supply device 230 injects the green algal water 10 as a nozzle is formed to the recovery unit 400 . A direction is formed in the stored green algae water (10). As described above, the green algae water 10 supplied from the supply device 230 is recovered by the recovery unit 400 , the green algae 20 is recovered to the storage unit 700 , and the water descends downward to be drained.

Therefore, the green algae and floating matter recovery apparatus of the present invention has a feature of effectively recovering the green algae 20 by supplying the green algae water 10 collected in the collection container 210 .

(Example 3-8) In Example 3-1, the apparatus for recovering green algae and floating matter of the present invention is formed on the outside of the collection container 210, and an opening control device for adjusting the opening ratio of the inlet 213 ( 240);

(Example 3-9) In Example 3-8, the apparatus for recovering algae and floating matter of the present invention is formed in the opening control device 240, and the opening plate 241 is formed to surround the inlet 213. ; and a connecting shaft 242 formed on both sides of the opening plate 241 and connected to the rotation motor 216 of the blade 215 .

(Example 3-10) The apparatus for recovering algae and floating matter of the present invention according to Example 3-9, wherein the connecting shaft 242 adjusts the angle of the opening plate 241 by the rotary motor 216 include;

The present invention relates to an inlet 213, and specifically, the inlet 213 is provided with an opening control device 240 to control the inflow of green algae water 10 and floats introduced by a difference in water head of a river or lake. will be. Referring to FIG. 4 , the opening control device 240 controls the inflow of the green algae water 10 by adjusting the open surface of the inlet 213 . In the opening control device 240 , an opening plate 241 surrounding the inlet 213 is formed, and the opening ratio of the inlet 213 is adjusted according to the position of the opening plate 241 . In addition, the opening plate 241 is formed in a curved surface to surround the collecting container 210 formed in a cylindrical shape, and connecting shafts 242 are formed on both sides of the opening plate 241 to be opened by the rotating motor 216 . The position of the spherical plate 241 is adjusted. At this time, the connecting shaft 242 rotates the opening plate 241 according to the amount of rotation of the rotation motor 216 . Specifically, the rotation motor 216 rotates the blade 215 and a gear separately from the rotation shaft 217 , which rotates the blade 215 . When the formed opening plate 241 is rotated, it is rotated in the same direction as the rotation shaft 217 or only the connection shaft 242 is rotated by a separate rotation motor 216 .

In this way, the opening control device 240 adjusts the opening ratio of the inlet 213 to control the inflow of the green algae water 10 and the floating matter, and may have resistance to water pressure.

(Example 4-1) The present invention relates to a device for recovering algae and floating matter, and in Example 3-1, it is formed in the collection device 300, and the collection container 210 and the floating part 100 Removal container 310 to connect; a transfer screw 320 that is formed in the removal container 310 and transfers the floating matter collected in the collection container 210; It is formed at the end of the removal container 310, the discharging device 330 for discharging the transferred floating matter; includes.

(Example 4-2) The apparatus for recovering algae and suspended matter of the present invention according to Example 4-1, wherein the removal container 310 is formed in a cylindrical shape, and is coupled to one or both sides of the collection container 210 includes ;

(Embodiment 4-3) In Embodiment 4-2, the apparatus for recovering green algae and floating matter of the present invention comprises: a transfer motor 311 formed in the removal container 310 and rotating the transfer screw 320; It is formed in the center of the transfer screw (320), the transfer shaft (312) rotated by the transfer motor (311); includes.

(Embodiment 4-4) The apparatus for recovering algae and floating matter of the present invention according to Embodiment 4-1, is formed in the discharge device 330, and includes a combined body to which a storage bag for storing floating matter is coupled.

The present invention relates to a collection device (300), and specifically, the collection device (300) is to collect suspended matter pulverized and transported by the collection container (210). This collection device 300 is to improve the environment of the river or lake by collecting the floating material flowing into the collection container 210 . In general, various types of floating matter floats along with the green algae 10 in rivers or lakes to contaminate it. Various methods and devices are used to remove the floating matter, but the green algae 20 cannot be removed at the same time. In contrast, in the present invention, the floating matter and the green algae water 10 are simultaneously introduced and the floating matter is collected by the collecting device 300 , thereby removing the green algae 20 and simultaneously removing the floating matter. Referring to FIG. 6 , the collection device 300 has a removal container 310 coupled to one or both sides of the collection container 210 is formed, and the removal container 310 is the blade 215 of the collection container 210 . Position and quantity are selected according to quantity and direction of rotation. And the removal container 310 is formed in a cylindrical shape, a transfer screw 320 is formed therein, and the transfer screw 320 is transferred by a transfer motor 311 formed on one side of the removal container 310 by a transfer shaft 312 . When you rotate the transfer shaft 312 is formed in the center of the transfer screw 320 is to rotate. At this time, the transfer motor 311 is hydraulically formed in the same way as the rotation motor 216 of the blade 215 . In addition, the transfer screw 320 rotates in one direction to transfer the float to the discharge device 330, but when the pressure is increased by the float, it rotates in the other direction to remove the trapping of the float.

In this way, the floating material transferred by the transfer screw 320 is transferred to the discharge device 330 , is stored in a storage bag coupled to the discharge device 330 , and is discharged to land. At this time, the discharge device 330 is formed with a combination body to which the storage bag is coupled, the interval can be adjusted so that the coupling body is formed with the end of the storage bag open.

Therefore, the collection device 300 of the present invention has a feature of improving the environment of a river or lake by collecting the floating matter that is separated from the green algae water 10 in the collection container 210 and is crushed and transported.

(Example 5-1) The present invention relates to an apparatus for recovering algae and floating matter, and in Example 4-1, the blade 215 of the collecting container 210 and the blade 215 of the collecting container 210 and the It includes a;

(Example 5-2) The apparatus for recovering algae and floating matter of the present invention according to Example 5-1, wherein the control unit 340 controls the hydraulic pressure of the necrosis motor and the transfer motor 311; includes; .

(Example 5-3) In Example 5-2, the apparatus for recovering green algae and floating matter of the present invention is formed in the transfer motor 311 and the rotation motor 216, and a control valve 341 for controlling the flow rate ; It includes a pressure gauge 342 for measuring the pressure.

(Example 5-4) The apparatus for recovering algae and floating matter of the present invention according to Example 5-1, wherein the control unit 340 controls the angle adjusting device 211; includes.

The present invention relates to the control unit 340 , and specifically, the control unit 340 is formed in the collection unit 200 , and the collection container 210 and collection so that the green algae water 10 is collected and supplied to the recovery unit 400 . to control the device 300 . The control unit 340 is formed in the collecting unit 200, and controls the speed and pressure of the blade 215 and the transfer screw 320, and at the same time controls the positions of the collecting vessel 210 and the collecting device 300. . The control unit 340 controls the rotation motor 216 for rotating the blade 215 and the transfer screw 320 and the control valve 341 formed in the transfer motor 311, and the rotation motor by the pressure gauge 342 After measuring the hydraulic pressure of the 216 and the transfer motor 311 , the hydraulic pressure is adjusted through the control valve 341 . More specifically, the control unit 340 may adjust the hydraulic pressure by adjusting the control valve 341 to crush and transport the floating object by varying the hydraulic pressure according to the size and type of the floating object. In addition, the control unit 340 may solve the problem by rotating the blade 215 and the transfer screw 320 in the other direction when the floating object is caught. In addition, the control unit 340 may control the collecting container 210 and the collecting device 300 to partially float on the water surface by adjusting the angle adjusting device 211 .

(Example 6-1) The present invention relates to a device for recovering green algae and suspended matter, and in Example 5-1, the water level of the green algae water 10 that is formed in the collecting unit 200 and flows into the inside is measured. and a water level measurement unit 350 that

(Example 6-2) In Example 6-1, the apparatus for recovering algae and suspended matter of the present invention is formed in the water level measuring unit 350, and a water level for measuring the water level of the algae water 10 flowing into the inside It includes a sensor 351;

(Example 6-3) The apparatus for recovering algae and floating matter of the present invention according to Example 6-1, wherein the water level measuring unit 350 is formed by being attached to one side of the collecting container 210; do.

The present invention relates to the water level measuring unit 350, and specifically, the water level measuring unit 350 has a water level hole formed at the same position as the inlet of the collecting vessel 210 to measure the position of the collecting vessel 210. . Referring to FIG. 7 , the water level measuring unit 350 is coupled to the side of the collecting container 210 with the same cross-sectional size, and the same amount of green algae 10 as the collecting vessel 210 is introduced into the water level measuring unit. It can be determined how much the collecting container 210 is submerged in the water surface according to the level of the green algae water 10 measured at 350 . In this case, the water level measuring unit 350 may determine the water level of the green algae water 10 flowing into the water level measuring unit 350 by having a plurality of water level sensors 351 formed therein. For this reason, it is possible to determine the degree to which the collecting container 210, which is difficult to determine the level of the green algae water 10, is submerged in the water surface by the blade 215 or the like.

(Example 7-1) The present invention relates to a device for recovering algae and floating matter, and in Example 6-1, a case 410 formed in the recovery part 400 and coupled to the floating part 100 ; and a frame 420 formed in the case 410 , and a recovery device 500 coupled to the frame 420 and moving the algae water 10 .

(Example 7-2) In Example 7-1, the apparatus for recovering algae and suspended matter of the present invention is formed in the case 410, and the algae water 10 descending through the recovery apparatus 500 ) drainage device 600 for draining; includes.

(Embodiment 7-3) In Embodiment 7-2, the apparatus for recovering algae and floating matter of the present invention includes: a drainage plate 610 formed in the drainage apparatus 600 and guiding the green algae water 10; a drain hole 620 formed at an end of the drain plate 610 and through which the green algae water 10 is drained; It is formed in the drain port 620, the drain valve 630 for controlling the drainage of the green algae water (10); includes.

(Embodiment 7-4) The apparatus for recovering algae and floating matter of the present invention according to Embodiment 7-3, wherein the drain plate 610 is formed in an oblique line;

(Example 7-5) In Example 7-3, the frame 420 is formed to correspond to the case 410 and the recovery device 500 is fixed to do; includes

(Example 7-6) In Example 7-3, the apparatus for recovering algae and floating matter of the present invention is formed on both sides of the case 410, and discharges the algae water 10 overflowing from the case 410. Discharge pipe 630; includes.

The present invention relates to the recovery unit 400 , and specifically, the recovery unit 400 circulates the green algae water 10 supplied from the collection container 210 , thereby recovering the green algae 20 and draining the filtered water. will do Referring to FIG. 8 , the recovery unit 400 is for collecting and filtering a river or lake or the captured green algae water 10 , and a case 410 to which the green algae water 10 is supplied from the collection container 210 is provided. is formed, and the frame 420 is formed in the case 410 . The case 410 is formed of a waterproof material on the inside so that the green algae water 10 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 opened, 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 water 10 passing through the recovery device 500 to be drained. At this time, the drainage device 600 has a drainage plate 610 formed at the lower end of the recovery device 500 to guide the green algae water 10 , and the drainage plate 610 is formed in an oblique line to direct water toward the drainage hole 620 . to be captured. In addition, a drain valve is formed in the drain port 620 to control the amount of discharged water, and at the same time, when the water contains green algae 20, water can be recovered. In addition, a plurality of discharge pipes 630 are formed on the upper portion of the recovery device 500 in the frame 420 , and when the amount of green algae water 10 flowing into the recovery unit 400 is large, it is discharged to the outside and the floating unit 100 . ) can be kept constant.

(Embodiment 7-7) The apparatus for recovering green algae and floating matter of the present invention according to Embodiment 7-1, is formed in the frame 420, and includes a lightweight hole 421 for reducing the weight.

(Embodiment 7-8) The apparatus for recovering algae and floating matter of the present invention according to Embodiment 7-7 includes a connection frame 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, and the connection frame is formed in a circular cross section so that the recovery device 500 is seated. In addition, the frame 420 is formed to be lightweight by forming an oblique line at the lower end toward the storage unit 700, and a plurality of connecting frames are formed toward the supply device 230 to determine the weight of the supply device 230 and the number of green algae ( It is possible to prevent the connection frame from being damaged by the supply water pressure of 10).

(Embodiment 8-1) The present invention relates to a device for recovering green algae and suspended matter. In Example 7-1, a recovery rail 510 formed in the recovery device 500 and moving the green algae 20; a plurality of recovery rollers 520 for rotating the recovery rail 510; It is formed at one end of the recovery rail 510, and the algae suction device 540 for recovering the moving algae 20; includes.

(Example 8-2) The apparatus for recovering green algae and suspended matter of the present invention according to Example 8-1, wherein the recovery rail 510 filters the green algae 20 and the water is formed of a penetrating mesh and nonwoven fabric includes ;

(Embodiment 8-3) The apparatus for recovering green algae and suspended matter of the present invention according to Embodiment 8-2, 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 .

(Embodiment 8-4) The apparatus for recovering green algae and floating matter of the present invention according to Embodiment 8-3, wherein a plurality of the moving rollers 521 are formed to be in contact with each other; includes.

(Embodiment 8-5) The apparatus for recovering algae and floating matter according to Embodiment 8-3 of the present invention includes a separation prevention roller formed on the driving roller 522 and preventing separation of the rotating rail.

(Example 8-6) In Example 8-3, the apparatus for recovering green algae and suspended matter of the present invention is formed on one surface of the recovery roller 520, and a recovery for removing suspended matter supplied together with the green algae water 10 plate 530; includes.

(Embodiment 8-7) In Embodiment 8-6, the apparatus for recovering algae and floating matter of the present invention is formed at one end of the recovery plate 530, and a position adjustment for adjusting the position of the recovery plate 530 device; includes.

(Example 8-8) In Example 8-6, the apparatus for recovering green algae and suspended matter of the present invention is formed at the end of the recovery plate 530, and comes in contact with the recovery rail 510 to collect the green algae 20 It includes a bonding plate that becomes

(Example 8-9) The apparatus for recovering green algae and suspended matter of the present invention according to Example 8-8, wherein the bonding plate is formed of a rubber material; includes.

The present invention relates to a recovery device 500 , and specifically, to recover the green algae 20 by circulating the green algae water 10 formed between the plurality of frames 420 and supplied from the supply device 230 . 9, when the green algae water 10 is supplied from the supply device 230, the recovery device 500 moves the green algae water 10, and a mesh and A recovery rail 510 formed of a nonwoven fabric is formed. 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 located at both ends of the movable roller 521 and the recovery roller 520 formed in plurality at the lower end of the recovery rail 510 . Driving rollers 522 that are respectively formed are formed. The 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 an anti-separation roller is formed on the upper portion of the driving roller 522 to prevent separation and positional deformation of the recovery rail 510, and the release prevention roller is an elastic body coupled to the green algae 20 attached to the recovery rail 510 and They are formed to be spaced apart at regular intervals by floating objects. 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 in the direction of the storage unit 700 , and as it is formed in contact with or close to the recovery rail 510 , it recovers floating materials such as fallen leaves and garbage introduced together with the green algae water 10 . can do. A position adjusting device is formed on the recovery plate 530 to adjust the angle to effectively recover the green algae 20 , and a rubber bonding plate is formed at the end of the recovery plate 530 to allow the recovery rail 510 to rotate. formed to come into contact with

Therefore, the recovery device 500, when the green algae water 10 is supplied to the upper part of the recovery rail 510, drains the water through the lower part, and rotates the green algae 20 remaining on the recovery rail 510 to recover it with a rotating plate. have a characteristic

(Example 8-10) In Example 8-1, the algae and floating matter recovery device of the present invention is formed in the algae suction device 540, and the algae suction pipe 541 is formed at the lower end of the recovery rail 510. ); It is formed in the algae suction pipe 541, the algae suction turbo fan 542 for sucking the algae 20; includes.

(Embodiment 8-11) The apparatus for recovering algae and suspended matter of the present invention according to Embodiment 8-10, is formed in the algae suction pipe 541, and includes a suction groove 543 for sucking the algae 20. .

(Example 8-12) In Example 8-10, the apparatus for recovering algae and floating matter of the present invention is formed on the rear surface of the recovery rail 510, and a water suction pipe ( 545); It is formed in the water suction pipe (545), the water suction turbo fan (546) for sucking the green algae (20); includes.

The present invention relates to an algae suction device (540), specifically to suck the algae (20) attached to the recovery rail (510). Referring to FIG. 10 , the green algae suction device 540 is formed at one end of the recovery rail 510 to recover the attached green algae 20 after water is filtered by the recovery rail 510 , and the recovery rail 510 . ), the algae 20 is recovered as it is sucked by the algae suction turbo fan 542 when moving. And the algae suction device 540 is formed with an algae suction pipe 541 at a position close to the recovery rail 510, and the algae suction pipe 541 is connected to the algae suction turbo fan 542 to suck the algae 20. . In addition, a plurality of suction grooves 543 are formed in the green algae suction pipe 541 , and the suction grooves 543 are formed at equal intervals. At this time, a suction plate 544 is formed in the algae 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 . In addition, a moisture suction pipe 545 formed inside the recovery rail 510 circulates is formed, and the moisture suction pipe 545 sucks from the rear of the recovery rail 510 in order to suck only water without sucking the green algae 20. . And the water suction pipe 545 sucks only water as it is sucked in at a lower pressure than the green algae suction pipe 541 by the water suction turbo fan 546. At the same time, processing proceeds smoothly. As described above, the algae 20 sucked by the algae suction turbofan 542 is transferred to the storage unit 700 , the air generated from the algae suction turbofan 542 is discharged to the outside, and the algae 20 is stored in the storage unit It is stored in (700).

(Example 8-13) In Example 8-1, the apparatus for recovering green algae and suspended matter of the present invention is formed on the recovery roller 520, and a guide roller 523 for guiding the position of the recovery rail 510 includes ;

(Example 8-14) In Example 8-13, the apparatus for recovering green algae and suspended matter 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 8-15) In Example 8-14, the apparatus for recovering green algae and suspended matter of the present invention is formed on the tension roller 525, and the tension roller ( 525) a moving device for moving it; 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 20 . 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 includes a plurality of It is formed and guides the upper end of the recovery rail 510 in a shape that is depressed to the bottom so that the green algae water 10 supplied from the supply device 230 is accommodated. 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 20 moves toward the recovery plate 530 . In addition, 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 is provided with an anti-sag roller 524 for preventing the recovery rail 510 from sagging, and the anti-sag roller 524 is formed on the other side of the second guide rail and the recovery rail 510 to prevent the recovery rail from sagging. (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 the green algae 20 by maintaining the shape while preventing tension and sagging so that the recovery rail 510 is circulated smoothly.

(Example 9-1) The present invention relates to a device for recovering green algae and suspended matter, and in Example 8-1, a storage hopper 710 formed in the storage unit 700 and into which the green algae 20 flows; It is formed at the lower end of the storage hopper 710, the storage tank 720 in which the green algae 20 is stored; includes.

(Example 9-2) In Example 9-1, the apparatus for recovering algae and suspended matter of the present invention is formed in the storage hopper 710, and air sucked by the algae suction turbo fan 542 is discharged. discharge tank; and a moving pipe formed in the discharge tank and moving the green algae 20 to the storage tank 720 .

(Example 9-3) In Example 9-1, the apparatus for recovering green algae and floating matter of the present invention is formed in the storage tank 720, is formed in the floating part 100, and is formed in the green algae 20 A first storage tank 721 in which is stored; and a second storage tank 722 formed on the upper portion of the floating part 100 and storing the green algae 20 when the first storage tank 721 is saturated.

(Embodiment 9-4) The apparatus for recovering algae and suspended matter of the present invention according to Embodiment 9-3, wherein the second storage tank 722 is formed so that the inside is permeated, and is formed in plurality.

The present invention relates to the storage unit 700 , and specifically, the storage unit 700 stores the green algae 20 recovered by the recovery unit 400 . Referring to FIG. 11, the storage unit 700 has a storage hopper 710 that is formed in a cyclone to separate the air sucked in by the algae suction turbo fan 542 of the recovery unit 400 and the algae 20. is formed In the storage hopper 710, a discharge tank is formed, so that the green algae 20 and a small amount of water are stored in the storage tank 720, and the air generated when the green algae 20 is sucked in the green algae suction turbo fan 542 is discharged to the outside. make it At this time, the air from the discharge tank is discharged to the upper part, and the green algae 20 is 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 the green algae 20 and a small amount of water are delivered separately from the air, and when the first storage tank 721 is saturated, the floating part 100 is formed above The green algae 20 are stored in the second storage tank 722 . At this time, the second storage tank 722 can determine the amount of green algae 20 as the inside is formed to permeate. And the recovered green algae 20 may be moved to the ground and treated with chemicals.

10: green algae 20: green algae
100: floating unit 110: driving device
120: propulsion device 200: collection unit
210: collection container 211: angle adjustment device
212: trap hinge 213: inlet
214: collection space 215: blade
216: rotation motor 217: rotation shaft
220: supply container 221: supply hole
230: supply device 231: supply pipe
232: supply valve 233: supply pump
240: opening control device 241: opening plate
242: connecting shaft 300: collecting device
310: removal container 311: transfer motor
312: feed shaft 320: feed screw
330: discharge device 340: control unit
341: control valve 342: pressure gauge
350: water level measurement unit 351: water level sensor
360: guide plate 400: recovery unit
410: case 420: frame
421: light hole 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: algae suction device 541: suction pipe
542: suction pump 543: suction groove
544: suction plate 545: moisture suction pipe
546: water suction turbo fan 600: drainage device
610: drain plate 620: drain hole
630: discharge pipe 700: storage unit
710: storage hopper 720: storage tank
721: first storage tank 722: second storage tank

Claims (9)

Floating part 100 that is floated on the surface of the water;
a recovery unit 400 connected to the floating unit 100 and configured to recover the green algae 20;
a storage unit 700 formed at an end of the recovery unit 400 and storing the recovered green algae 20;
a collecting unit 200 formed at the other end of the collecting unit 400 and collecting green algae water 10 and floating matter mixed;
a collecting vessel 210 formed in the collecting unit 200 and into which the green algae water 10 and floating matter are introduced;
an angle adjusting device 211 formed on the collecting container 210 and adjusting the angle of the collecting unit 200;
a collecting hinge 212 for rotating the collecting container 210;
an inlet 213 formed in the collection container 210 and into which the green algae water 10 and floating matter of the water surface are introduced;
a collecting space 214 formed inside the collecting container 210 and collecting the introduced green algae water 10 and floating matter;
a blade 215 formed in the collecting space 214 and moving the floating object in one direction or in both directions;
an opening adjusting device 240 formed on the outside of the collecting container 210 and adjusting the opening ratio of the inlet 213 according to the position of the opening plate 241 formed to surround the inlet 213;
Green algae and floating matter recovery apparatus including; a collection device 300 located on one side or both sides of the collection container 210, for collecting the collected floating matter.
delete delete The method according to claim 1,
a removal container 310 formed in the collection device 300 and connecting the collection container 210 and the floating part 100;
a transfer screw 320 that is formed in the removal container 310 and transfers the floating matter collected in the collection container 210;
Green algae and floating matter recovery device comprising a; is formed at the end of the removal container (310), the discharging device (330) for discharging the transferred floating matter.
5. The method according to claim 4,
Green algae comprising a; is formed in the collecting unit 200, the control unit 340 for controlling the rotation speed of the blade 215 of the collecting container 210 and the transfer screw 320 of the collecting device 300; float recovery device.
The method according to claim 1,
A green algae and floating material recovery device including a; is formed in the collecting unit 200 and measures the water level of the green algae water 10 flowing therein.
The method according to claim 1,
a case 410 formed in the recovery unit 400 and coupled to the floating unit 100;
a frame 420 formed in the case 410;
A recovery device (500) coupled to the frame (420) to move the algae water (10);
8. The method of claim 7,
a recovery rail 510 formed in the recovery device 500 and configured to move the green algae 20;
a plurality of recovery rollers 520 for rotating the recovery rail 510;
A green algae and floating matter recovery device including a; is formed at one end of the recovery rail (510) and collects the moving green algae (20).
The method according to claim 1,
a storage hopper 710 formed in the storage unit 700 and into which the green algae 20 is introduced;
A storage tank 720 that is formed at the lower end of the storage hopper 710 and stores the green algae 20;

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