SYSTEM FOR PREVENTING INFLOW OF MARINE ORGANISMS BY USING AIR BUBBLES AND METHOD FOR PREVENTING AND REMOVING MARINE ORGANISMS USING SAME
The present invention refers to marine construction method relates to search, more particularly plant biomass can be provided to be drawn through the intake opening appliance number for inflow of air using bubble effectively prevent marine organisms for air conditioner and method are disclosed to marine organisms for faucet using the same number and wetting ability. In industrial facilities such as reactor thermal power stations built up generally to shore or sea water cutting water used as substrate. Only sea water as cooling-water not included jellyfish seawater, fish, shrimp or other foreign materials such as various marine with living thing waste in a state of non-utilizing process from water should be capable of being sea water. Specifically water entering the process where the nuclear or thermal power stations water purifier sea water are described as follows. An artificial waterway or marine water intake hole provided to draw water, seawater through a screen of sea power plant cooling device comprising with living thing laundry after filtering seawater to introducing other. However signal is received water temperature rise, in particular due to door climate change number jellyfish etc. is domestic arrangement application to marine organisms in form. The water entering the inlet water inlet opening on a screen together with the seawater is such jellyfish yet attached to the lowest end of the entire power plant selected from methanol occlusion filtering function arrest etc. door number is generated. This jellyfish reactor cooling water intake ports closed off by requiring 60 - 70 degree per second in the first tone can be stopping nuclear plant, according to the diameter number amounts to 10,000,000,000 loss may be won. The door number power plant of the existing method and then the envelope (Bar Screen), rake [thu[thu] (Trash Rake), various kinds of case for a screen rotation network (Travelling Water Screen, TWS) and drum screen (Drum Screen) can be maximized. However a quantity of jellyfish, shrimp and the like in a detachable manner to the closing springs timing relay infrastructure or screen itself due to plant operational mode door number can be door number is generated. The door number then the net or robot like studies is performed it is possible, in which the cost replacement of door a door number application of net number robot such as aquatic effective depth exists for air conditioner is in number are provided which output terminal of cladding. The present invention refers to the above-mentioned of the existing method of blocking and number of special number point provided which secures the door in order to solve the biomass, the purpose of the invention may also include a marine organisms using bubble effectively at the center blocking sea creature which has received marine organisms separates specified regions, hereinafter for recycling and thus making it possible to perform air using bubble to marine organisms for air conditioner and method using the same number under public affairs marine organisms for faucet and a number to be resized. According to one aspect of the present invention, number (1) passing water barrier is provided water is blocking the biomass (100); said water barrier (100) provided toward the front air bubble jets bubble injection unit (200); and said water barrier (100) interrupted by said marine organisms for the number (1) a suction part suction outside (300); wherein, said water barrier (100) includes said number (1) is minimized to, said suction portion (300) is said water barrier (100) during (a) inspection on both ends of the oven located rearwardly along the flow direction of the air chamber for air conditioner is characterized [...] marine organisms using encoded ball number. In this case said suction unit (300) is, screw (340) case with housing (310); said housing (310) formed through, marine organisms is incoming admissions (320); and said inlet portion (320) through said housing (310) marine organisms is once into said housing (310) discharged exhaust (330); including a characterized for air conditioner be a biomass. In addition, said screw (340) is said housing (310) central axis within (341) gives about, rotor blade (342) accordance with the rotation of said housing (310) gradually said marine organisms once into discharge (330) toward characterized for air conditioner be a movement of the biomass. In addition, said central axis (341) drive motor (350) extends, said inlet portion (320) formed in the surface than said vent (330) is formed in the higher for air conditioner be a marine organisms characterized. Back number In addition, said vent (330) discharged through the marine organisms drops onto a collecting tank (500); additionally includes a, said collecting tank (500) includes said discharge part (330) formed under the barrier layer be a characterized for air conditioner to the biomass. In addition, said collecting tank (500) is, said exhaust part (300) located on a lower portion inclined portion (510); and said ramp (310) which is connected to a collecting portion (520); including a characterized for air conditioner be a biomass. In addition, said central axis (341) is said housing (310) spaced apart by a predetermined distance and drive motor (350) extends as far as, said housing (310) and said drive motor (350) between said outlet (330) marine organisms discharged through a transfer unit (400) is formed be a characterized for air conditioner to the biomass. In addition, said transfer unit (400) is said housing (310) and said drive motor (350) located at the bottom and into the space between conveyor belt (410) including a characterized for air conditioner be a biomass. In addition, said conveyor belt (410) is slave roller portion (c) said conveyor belt (410) marine organisms while combining the separation member (420) is formed be a characterized for air conditioner to the biomass. In addition, said water barrier (100) includes said number (1) is installed along the width direction of, said isolating underwater part (100) is, hinge (120) extends downward into the zig zag are connected in a plurality of shielding plate (110); said neighboring shielding plate (110) maintaining a spacing a stopper (130); a plurality of said shielding plate (110) fixed based on the lower part of the water (140); and a plurality of said shielding plate (110) connected to an upper float (150); characterized for air conditioner be a including a biomass. In addition, said air bubble injection unit (200) includes said shielding plate (110) installed in horizontal steel pipe (210); said steel pipe (210) a hollow portion of (211) and one or more external connecting aperture (220); and said hollow portion (211) compressed air compressed air number number under public affairs study (230); including a characterized for air conditioner be a biomass. Other marine organisms according to Claim 8 on one side of the present invention for air conditioner using marine organisms for faucet and number in special method, said air bubble injection unit (200) using said air bubble nozzle suction unit (300) to the biomass (S100) inducing marine organisms to the induction; said admissions (320) through said housing (310) into said screw once marine organisms (340) by rotating, said vent (330) to the biomass is moved towards the suction step (S200); and said vent (330) sea creature discharged through said conveyor belt (410) as well as to convey a predetermined places (S300) loaded on the biomass transporting steps including a number of special method characterized 99900 01682999 biomass for faucet and ball number is encoded. In this case said separating member (420) using said conveyor belt (410) sea creature seated said conveyor belt (410) comprises separating the biomass separation step (S400); characterized in that the method further including the biomass for faucet and number of special implementation being. According to the present invention efficiently blocks the inflow of air marine organisms using bubble can be equal to or less than. According to the present invention sea creature which has received specified regions air bubble blocked by marine organisms separates, hereinafter for recycling and thus making it possible to perform the effect described. Also in the embodiment according to Figure 1 shows a side surfaces of one of the present invention for isolating underwater. In the embodiment of the present invention also (in the embodiment 1) Figure 2 shows a plane of marine organisms according to one for air conditioner. Figure 3 shows a marine organisms in the embodiment according to one of the present invention also for air conditioner during suction the plane of the bottom. Figure 4 shows a cross section of one of the present invention also for air conditioner marine organisms in the embodiment according to suction during. Also in the embodiment according to Figure 5 shows a cross section of one of the present invention collecting bath surface. In the embodiment of the present invention also (in the embodiment 2) according to another plane of Figure 6 shows a marine organisms for air conditioner. In the embodiment of the present invention also according to one another (in the embodiment 3) Figure 7 shows a plane of marine organisms for air conditioner. Also in the embodiment according to Figure 8 shows a suction and conveying part includes another of the present invention sensors mounted thereon. Figure 9 shows a suction and conveying part includes one another in the embodiment according to of the present invention also sensors mounted thereon. Figure 10 shows a screw of the present invention also one in the embodiment according to area of surface. Also in the embodiment according to Figure 11 shows a separating member from another surface shapes of the present invention. Figure 12 shows a representative air bubble jets of the present invention also in the embodiment according to another surface. Also in the embodiment according to Figure 13 shows a another suction and transfer the plane of the bottom of the present invention. The present invention according to marine organisms for air conditioner and air using bubble using the same method in the embodiment with reference to a number of marine organisms for faucet and accompanying drawing which is a hypoglycemic agent for detailed, with reference to the attached drawing through a browser is connected to, the same or corresponding components and the same drawing number local description dispensed the on-sensors other. In the embodiment of the present invention described hereinafter has a variety of applications described in the embodiment of the present invention simplifies the configuration of the part of the three event and not limited. In addition, hereinafter used number 1, number 2 same or corresponding components such as term for distinguishing which sends the identification symbol, the same or corresponding components number 1, number 2 defined by terms such as are not correct. In addition, coupling the circular, provided to secure contact between each of the components, but only when in order to physically direct contact between each of the components, each other interposed between components, and other configurations when the respective general outline to electrically connected to components so as substrate. The present invention refers to plant cooling water such as sea water utilizing a structure which is mounted on the air using bubble using the same number of special marine organisms for faucet and marine organisms for air conditioner and a method are disclosed. Power plant utilizing a water channel for introducing fluid such as seawater to the formation of the body structure, the present invention according to the number of intake ports for air conditioner to the biomass power station (1) is provided to shut off the water marine organisms or marine clogging of the livestock waste entering the inlet. In the embodiment according to one of the present invention air for air conditioner is marine organisms using bubble number (1) passing water barrier is provided water is blocking the biomass (100), for isolating underwater part (100) is provided to a front air bubble jets bubble injection unit (200) and underwater barrier (100) is interrupted by a marine organisms for the number (1) a suction part suction outside (300) having a predetermined wavelength (2 also). For isolating underwater part (100) plane when number information is (1) can be minimized. In this case is directed forwardly inserted into the air bubble flow, seawater flowing direction when overload occurs, located behind a water barrier (100) formed in (a) of inspection on. (A) the inspection on the suction part (300) installed, air bubbles flow along flow suspended sea creature number (1) suction outside can be disclosed (2 also). Suction unit (300) comprises a screw (340) case with housing (310), housing (310) is formed through the marine organisms and incoming admissions (320) and admissions (320) to the housing via a (310) marine organisms once into housing (310) discharged exhaust (330) having a predetermined wavelength (4 also). Screw (340) includes a housing (310) central axis within (341) gives about, rotor blade (342) rotation relative to the housing (310) once into marine organisms gradually discharge (330) moves toward the substrate (4 also). The shape of the specific screw can be found in [10 also]. Admissions (320) includes a housing (310) formed through, admissions (320) marine organisms through housing (310) incoming into encoded. Housing (310) once into marine organisms by the screw (340) according to rotating drive gradually discharge (330) can be moved. Admissions (320) formed in the housing (310) is coupled to the heating various can be formed. In the embodiment of the present invention 2 also shown in one in the embodiment of the present invention (in the embodiment 1) and 6 (in the embodiment 2) such as also shown in another housing (310) acceleration interval number (1) when exposed to the first housing (310) side of admissions (320) is formed. In the embodiment of the present invention 7 also shown in one another (in the embodiment 3) as the housing (310) is head number (1) when exposed to the first housing (310) on a head of admissions (320) is formed. Housing (310) types can be determined according to the amount of the frame extends from the biomass. For example, suction is needed quantity of marine organisms of housing (310) acceleration interval number (1) is exposed to the oven of large area admissions (320) to form a guide pin is. Central axis (341) number under public affairs turning force drive motor (350) extends to, drive motor (350) number ball receiver member is fixed. Housing (310) tube is rotated a predetermined angle can be provided. In this case inlet portion (320) formed in the surface than said vent (330) is formed in the formed higher (4 also). To this end housing (310) to one end of a housing support (600) can be supported by (4 also). A discharge part (330) spaced apart by a predetermined distance and the conveyor housing (310) formed on the lower surface of. The, vent (330) located marine organisms has a discharge portion (330) is formed on a collecting tank (500) are free to fall. Collection tank (500) includes a discharge (330) place discharged through marine organisms aperture are disclosed (also 3, also 4, 5 also). Collection tank (500) includes a discharge station (300) located on a lower portion ramp (510) and inclination parts (310) which is connected to a collecting portion (520) having a predetermined wavelength. The ramp (510) to marine organisms mounted above the text collection portion (520) and is covered with a granular, collecting portion (520) formed of marine organisms can be covered with a granular hereinafter for atmospheric pressure. In the embodiment of the present invention in the embodiment according to another one and another screw (340) axis (341) comprises a housing (310) spaced apart by a predetermined distance and drive motor (350) extending up (also 8, 9 also). In this case housing (310) head end of the motor (350) between spaced-apart as well, this space a vent portion (330) marine organisms discharged through a transfer unit (400) is formed (also 8, 9 also). In one example, transfer unit (400) includes a housing (310) and drive motor (350) located at the bottom and into the space between conveyor belt (410) can be a (also 8, 9 also). In addition, conveyor belt (410) is slave roller unit (c) conveyor belt (410) marine organisms while combining the separation member (420) can be formed (8 also, also 9, 11 also). Such as marine organisms is separate outputs are adhered to the conveyor belt is a flax protein isolate of jellyfish, part (c) to slave roller conveyor belt separating member (420) is formed are adhered is unclamped or not leave the master cylinder is attached to the conveyor belt jellyfish thereof can. The isolation arrangement such as shown in part (c) also 11 and a main frame number can be formed by performing a field oxidation preventing. For isolating underwater part (100) is even detects blocking seawater marine organisms passing there disclosed. In the embodiment according to one of the present invention for isolating underwater part (100) a hinge (120) extends downward into the zig zag are connected in a plurality of shielding plate (110), neighboring shielding plate (110) maintaining a spacing a stopper (130), a plurality of shielding plate (110) fixed based on the lower part of the water (140) and a plurality of shielding plate (110) connected to an upper float (150) can be comprising (1 also). Air bubble injection unit (200) comprises blocking plate (110) installed in horizontal steel pipe (210), steel pipe (210) a hollow portion of (211) and one or more external connecting aperture (220) and a hollow portion (211) compressed air compressed air number number under public affairs study (230) can be a (12 also). In the embodiment according to marine organisms for faucet and number of special marine organisms for air conditioner using one hereinafter of the present invention method is described substrate. In the embodiment of the present invention special marine organisms for faucet and number method according to one air bubble injection unit (200) using air bubble nozzle suction unit (300) to the biomass (A100) marine organisms to induce induction, admissions (320) to the housing via a (310) once into marine organisms screw (340) by rotating the vent (330) to the biomass is moved towards the suction step (A200), vent (330) marine organisms discharged through a collecting tank (500) trapping collection step is dropped (A300) and collecting tank (500) separates portion (520) is separated from the outer surface of the marine organisms collected biomass (A400) step can be a vending machine. In the embodiment of the present invention another method according to the marine organisms for faucet and number of special air bubble injection unit (200) using air bubble nozzle suction unit (300) to the biomass (S100) marine organisms to induce induction, admissions (320) to the housing via a (310) once into marine organisms screw (340) by rotating the vent (330) to the biomass is moved towards the suction step (S200), vent (330) discharged through marine organisms on a conveyor belt (410) as well as to convey a predetermined places loaded on the biomass transporting steps (S300) and separating member (420) using conveyor belt (410) of fresh sea water on a conveyor belt is measured by a detector (410) can be separated from the biomass separation step comprising (S400). Or more of the present invention can be implemented by a part of a and the output of the preferred embodiment described, in the embodiment of the present invention don't interpreted as above defined in a known range be at the predetermined level, technical idea of the present invention described above technical idea of the present invention both root and together will that range. 1: number 100: water barrier 200: air bubble injection unit 400: transfer unit 500: collecting tank 600: housing support The present invention relates to a system for preventing inflow of marine organisms. According to the present invention, the system for preventing inflow of marine organisms by using air bubbles comprises: an underwater shutoff unit (100) installed in a water channel (1) for passing water and blocking marine organisms; an air bubble spraying unit (200) installed in the underwater shutoff unit (100) to spray air bubbles toward the front side; and a suction unit (300) for sucking the marine organisms blocked by the underwater shutoff unit (100) out of the water channel (1), wherein the underwater shutoff unit (100) is installed on the water channel (1) in an inclined manner, and the suction unit (300) is installed at an end (a) located at the rear side of the both end portions of the underwater shutoff unit (100) in the direction of a water flow. The present invention has an effect that it is possible to facilitate collection, recycling and disposal of marine organisms by inducing marine organisms blocked by air bubbles to a specific area. COPYRIGHT KIPO 2017 Number (1) passing water barrier is provided water is blocking the biomass (100); said water barrier (100) a plurality of air bubble injection unit provided toward the front air bubble injection (200); and said water barrier (100) interrupted by said marine organisms for the number (1) a suction part suction outside (300); wherein, said water barrier (100) includes said number (1) is minimized, said suction portion (300) is said water barrier (100) during inspection on both ends of (a) disposed in the flow direction of located rearwardly along, said suction portion (300) is, screw (340) case with housing (310); said housing (310) formed through, marine organisms is incoming admissions (320); and said admissions (320) through said housing (310) marine organisms is once into said housing (310) discharged exhaust (330); wherein, said water barrier (100) includes said number (1) is installed along the width direction of, said isolating underwater part (100) is, hinge (120) are connected in a plurality of shielding plate extends downward into the zig zag (110); said neighboring shielding plate (110) maintaining a spacing 99900011029 99 stopper (130); a plurality of said shielding plate (110) fixed based on the lower part of the water (140); and a plurality of said shielding plate (110) connected to an upper float (150); wherein, said air bubble injection unit (200) includes a plurality of said shielding plate (110) attached to marine organisms characterized for air conditioner. Back number Back number According to Claim 1, said screw (340) is said housing (310) central axis within (341) gives about, rotor blade (342) accordance with the rotation of said housing (310) gradually said marine organisms once into discharge (330) moves toward the marine organisms characterized for air conditioner. According to Claim 4, said central axis (341) is said housing (310) spaced apart by a predetermined distance and drive motor (350) extends as far as, said housing (310) and said drive motor (350) between said outlet (330) marine organisms discharged through a transfer unit (400) are formed marine organisms characterized for air conditioner. According to Claim 5, said transfer unit (400) is said housing (310) and said drive motor (350) located at the bottom and into the space between conveyor belt (410) including a characterized for air conditioner to the biomass. According to Claim 6, said conveyor belt (410) is slave roller portion (c) said conveyor belt (410) marine organisms while combining the separation member (420) are formed marine organisms characterized for air conditioner. Back number According to Claim 7, said air bubble injection unit (200) includes said shielding plate (110) installed in horizontal steel pipe (210); said steel pipe (210) a hollow portion of (211) and one or more external connecting aperture (220); and said hollow portion (211) compressed air compressed air number number under public affairs study (230); characterized in including a biomass for air conditioner. Marine organisms according to Claim 9 number in marine organisms for faucet and method for air conditioner using the wetting ability, said air bubble injection unit (200) using said air bubble nozzle suction unit (300) to the biomass (S100) inducing marine organisms to the induction; said admissions (320) through said housing (310) into said screw once marine organisms (340) by rotating, said vent (330) to the biomass is moved towards the suction step (S200); and said vent (330) sea creature discharged through said conveyor belt (410) as well as to convey a predetermined places loaded on the biomass transporting steps (S300); characterized by including a number of special or marine organisms for faucet and method. According to Claim 10, said separating member (420) using said conveyor belt (410) sea creature seated said conveyor belt (410) comprises separating the biomass separation step (S400); characterized compared to including biomass for faucet and number of special method.
