APPARATUS FOR GENERATING MICROBUBBLES
Micro bubble generation device relates to search the present invention refers to, in particular home, restaurant or various foods is provided to faucet such as facility bath number, eco-friendly dishware or fruits or vegetables or the like closes an upper portion of without number cell capable relates to bubble generation device. Micro bubble (MICRO BUBBLE) hereinafter several micrometers down the size of, e.g. 50 micrometers size of at eye as hereinafter that when ultra fine abrasive device cannot confirm it has referred bubbles. Water present in an conventional of bubbles (bubble, droplets) ratio is the surface of surface of water is up and down is provided to improve breaching at. However, the micro bubble is is reduced by pressure into water allows energy to be produced various known to the amount of light which vanishes on while of wet liquid to flow down. Thus micro bubble in number ball is upwardly opened for use, of bath is cleaned to the Image of the Company, the use, for for purifying water carried out at a concrete uses and the like. For this reason current due to micro bubble generation device and drinks are a higher melting objects' traces to either progressing. Ultrasonic micro bubble generation device and has the same direction as the channel, by the real collision of water and air is roughly classified into, such as, mainly of the latter and which with the j1. KIPO & manner. However, case of a technique known to date, large complex substantially the web browser is easily that is difficult to be regularized data in a database which, in particular in constitution and the like or a dishwashing kit containing and the fruits or vegetables when on the difficult-to-coat ease of use, and a is an improvement over the current state a is in many cases a closed heat boiler to intercept the objects' traces to. Of a door for the present invention refers to said addresses the point number, board by water pressure during of and the rotator, a rotation force is connected a rotating body and said an intake suction fan by a length direction, clients doing this is simpler miniaturized number or food caused by food waste such as facility bath faucet inlet is installed on the top ready for use for device bubble generation optic number under public affairs heat exchanger.. Said end of the micro bubble generation device of the present invention the, water to enter a number 1 suction passage (122) and a, an air injection member number 2 suction passage (111) and a, said number 1 suction passage (122) and said number 2 suction passage (111), are connected, and bubble air generating room (123) and said bubble air generating room (123) in communication with a liquid discharge path (112) are formed body (100); said number 1 suction passage (122) is rotationally mounted on to suction in said number 1 state information and a rotary a rotating body and water ingress (200); said number 2 is disposed to an intake port, said rotating body (200) upon rotation of said housing that rotates with suction fan (300); said bubble air generating room (123) is disposed e.g. water produce micro bubble air to a bubbler creation petal (400); includes. Said body (100) the, upper and lower through hollow, and is compatible with, the faucet and said number 1 suction passage (122) connecting the shrinkage force are absorbed (130) is the number 1 body portion (110); said number 1 body portion (110) smaller in diameter than cylindrical shape such as a, said number 1 body portion (110) is formed into the inside of, number 2 are each open on the top and the bottom of body portion (120); includes, said number 2 body portion (120) inside the top of said connection (130) an input in communication with the number 1 suction passage (122) is formed, said number 2 body portion (120) and said number 1 body portion (110) said number 2 intake with mouth between the (111) is formed, said number 2 body portion (120) inside the lower end of said number 1 suction passage (122) and a which is connected to said bubble air generating room (123) is formed, said number 1 body portion (110) inside the lower end of said liquid discharge path (112) is formed. Said rotating body (200) , the lower end thereof and said number 2 body portion (120) is rotatably mounted to the to, on top said suction fan (300) is mounted an axis of rotation (210); said shaft (210) plurality radially outside of the rotor blade (220); includes, said rotor blade (220) characterized by consisting of a cotton net the rotation direction (221) is formed. Said bubble creation petal (400) the, open concave downward a plurality of nozzle section (410) is formed, said nozzle section (410) upper part of the screw protrusion (420) .are formed. Said liquid discharge path (112) and the vertical moving recesses with the windows so, said liquid discharge path (112) the number 2 suction passage (111) pressure moved up greater than the number 2 suction passage (111) detachably mounted for blocking lower end of (500); further includes a. Said liquid discharge path (112) is mounted on valve means to adjust the shape of (600); further comprising a, said valve means (600) the, said body (100) of liquid discharge path (112) is mounted, is formed open top, number 1 to the lower end of the quill through hole (611) and number 2 through hole (612) this spacing a valve lower (610); said lower valve (610) that covers at top of, center said bubble air generating room (123) connected an open ball (621) a valve plate (620); said valve is mounted to the bottom lower, center said number 1 through hole (611) in communication with the number 1 has discharge holes (631) is formed, said number 1 has discharge holes (631) said number 2 outside of the through hole (612) has discharge holes in communication with a plurality of number 2 (632) is formed a shower substrate (630); said lower valve (610) is rotationally mounted on an angle to said number 1 through hole (611) and said number 2 through hole (612) of said opening (621) [...] selectively connected a valve (640); includes. Such as taught or more micro bubble generation device of the present invention. such as following the next. Board by water pressure during of the rotator (200) and a, said rotating body (200) a rotation force is connected an intake suction fan (300) by a length direction, additional power means is operated without formed so is connected to the semiconductor, home are miniaturized number or food caused by food waste such as facility bath faucet inlet is installed on the top ready for use is the heat generating member is arranged in. In addition, said liquid discharge path (112) to said detachably mounted (500) by is provided, said number 2 suction passage (111) of water into this cable, the preventing the reflux of gastric fluids the stability of article number is partially exposed by removing the second can be generated. In addition, said liquid discharge path (112) said lower portion of valve means (600) by a length direction, form or injection form spout a discharged or can be selected as channels provided to allow a user to conveniently used is heat generating member is arranged in the. Also according to an embodiment of the present invention Figure 1 shows a perspective view of micro bubble generation device, Decomposition of micro bubble generation device also Figure 2 shows a perspective view according to an embodiment of the present invention, Figure 3 shows a cross-section of micro bubble generation device also according to an embodiment of the present invention, Figure 4 shows a micro bubble generation device according to an embodiment of the present invention also prevents back flow of proper anti cross section indicative of the operating state, Figure 5 shows a valve means of micro bubble generation device according to an embodiment of the present invention of also number 1 state perspective view, Also Figure 6 shows a micro bubble generation device according to an embodiment of the present invention of valve means of number 2 state perspective view, Figure 7 shows a valve means of micro bubble generation device according to an embodiment of the present invention also when number 2 of. of the cross-section of. Figure 1 shows a perspective view of micro bubble generation device also according to an embodiment of the present invention, decomposition of micro bubble generation device perspective view Figure 2 according to an embodiment of the present invention, micro bubble generation device cross-sectional drawing of Figure 3 according to an embodiment of the present invention, proper anti backflow of Figure 4 according to an embodiment of the present invention micro bubble generation device cross-sectional drawing indicative of the operating state, of valve means of Figure 5 according to an embodiment of the present invention micro bubble generation device perspective view state number 1, number 2 of valve means of Figure 6 according to an embodiment of the present invention micro bubble generation device perspective view state, of valve means of Figure 7 according to an embodiment of the present invention micro bubble generation device when number 2. of the cross-section of. Also 1 to also as shown in 7, according to an embodiment of the present invention micro bubble generation device comprises a body (100), rotating body (200), suction fan (300), bubble creation petal (400), detachably mounted (500) and valve means (600) be at 500. Said body (100) is formed into a cylindrical shape by a relatively recessed part has a placing, between water and in containing micro bubble air form water and thereby the optical signal to the outside a passage for discharging indoor air and space is formed. Specifically said body (100) the number 1 body portion (110) and a number 2 body portion (120) made of a. Said number 1 body portion (110) is increased by inclined upper and down the hollow type shape such as a, upper the faucet connected to the shrinkage force are absorbed (130) is formed is formed at the. Said number 2 body portion (120) the number 1 body (100) smaller in diameter than cylindrical shape such as a, the lower end thereof and said number 1 body portion (110) to the inner surface of the is then formed in integrally connected, outside said number 1 body portion (110) of said connection (130) is formed extended. In addition, said number 2 body portion (120) has a top end and the lower end thereof and each opened an empty space the frame is installed at the, middle portion is supplied with the upper, lower which provides communication connecting hole (121) is formed. Said connecting hole (121) contains a fixing member to connect to the two 2, said number 2 size body portion (120) and which is smaller than a diameter of the top and the bottom of each of, said rotating body the after alcoholic beverage it will do (200) respect to the center of said connection (130) is disposed on the side opposite to the. Well as said connecting hole (121) and by not limiting the one of the 2, can be made one or more 1. Such said number 2 body portion (120) inside the top of said connection (130) in communication with a number 1 suction passage (122) is formed. Said number 1 suction passage (122) the connection (130) or more signal selectors coupled to the faucet even when a water supply tube is in the passage of the to the outer surface of, the after alcoholic beverage it will do inside said rotating body (200) is is rotatably mounted. Here said number 2 body portion (120) has a reduction unit of cover (150) said number 1 is provided with suction passage (122) upper part of shut off. In addition, said number 1 body portion (110) and said number 2 body portion (120) between the number 1 body portion (110) an air injection member through the upper end of a number 2 suction passage (111) is formed. Such said number 2 suction passage (111) the number 2 body portion (120) formed therein lower end of bubble air generating room (123) are in communication with air filter system is said number 2 body portion (120) into the lower portion of. is a passage for moving the. Said bubble air generating room (123) the number 2 body portion (120) which formed therein lower end of, said bubble creation petalthe after alcoholic beverage it will do to the lower end of the quill (400) is provided, said number 1 suction passage (122) in water and said number 2 suction passage (111) an air the micro bubble are being created is space. Such said bubble air generating room (123) the number 1 body (100) of the liquid discharge path (112) comes into communication with a. Said liquid discharge path (112) the bubble air generating room (123) water have been generated micro bubble in said number 1 body (100) as a passage for discharging indoor air into the lower portion of, said the after alcoholic beverage it will do valve means (600) are provided on. On the other hand, said rotating body (200) the number 1 suction passage (122) is rotationally mounted on to suction in said number 1 from turning to water ingress, specifically shaft (210) wheel (220) made of a. Said shaft (210) to be opened up and down to an elongated cylindrical shape such as a, emptiness only this said number 2 body portion (120) provided in the middle portion of is rotatably mounted to the, the after alcoholic beverage it will do to an upper end of the suction fan (300) is is mounted. Said rotor blade (220) the shaft (210) spaced apart and concentrically to the inside of said disk between the shaft (210) which radially enlarges in the about the to, square shape is formed with. Such said rotor blade (220) the connection (130) is fed via by a sound absorptive material is between the force to counteract a rotation. Here said rotor blade (220) the multitude of fine an aperture (221) is formed to facilitate smooth flow, or of the. Said suction fan (300) the Image through a general split type shape, said number 2 suction passage (111) top of, i.e. said number 1 body (100) is arranged at the upper portion of, said rotating body (200) is fixed on top of said rotating body (200). a fiberizable upon rotation of said housing. Such said suction fan (300) to outside the rotating said number 2 suction passage (111). exhausting air at the front and the. On the other hand, said bubble creation petal (400) the bubble air generating room (123) is disposed e.g. water micro bubble air to member for generating, approximately disc-shaped formed from, said bubble air generating room (123) is fixedly mounted at a lower end of. In addition, said bubble creation petal (400) and protruding structure includes a the second is an open-end a plurality of nozzle part (410) is formed, said nozzle section (410) upper part of the screw protrusion (420) .are formed. More particularly said nozzle section (410) has a bottle nipple to spread into a shape suitable for the up held upside down, into and out two approximately 20 is configured and arranged as, lower has been opened and the water is then channeled through downward pressure from a high.. Said screw protrusion (420) the '+' shape of protrusion of, lower ends to spread into a shape suitable for placing stranded clean water is supplied, said nozzle section (410) on top of the fitting protrusion 46 is fixed micrometers. Here said screw protrusion (420) gaps are formed said nozzle section (410) and a top portion of the is communication, said number 2 suction passage (111) in said bubble air generating room (123) a [...] said air gap and said nozzle section (410) while passing through the connector and crushed to ultrafine bubbles, said number 1 suction passage (122) in said bubble air generating room (123) and are mixed with the water said liquid discharge path (112) is to move to a. In addition, said bubble creation petal (400) the after alcoholic beverage it will do said detachably mounted at the lower part of the cloth (500) guide shaft which guides article in one vertical direction (430) is formed. Said guide shaft (430) the bubble creation petal made the (400) covers the entire along the circumference of are arranged. Said detachably mounted (500) the liquid discharge path (112) approximately coincident with the diameter of disk shape having a diameter such that a which, said liquid discharge path (112) is movably mounted the hydraulic. Specifically said detachably mounted (500) the guide shaft (430) is inserted into a mounting hole is mounted upper-down movement. Such said detachably mounted (500) the, also as shown in 3 said liquid discharge path (112) [...] of said number 2 suction passage (111) pressure are the same when said liquid discharge path (112) located at the midsection of the number 2 suction passage (111) and causes lower end of outlet is opened. Vice versa, as shown in also 4, said liquid discharge path (112) the number 2 suction passage (111) if not, the mobile pressure said guide shaft (430) rises to the on-temperature or along the number 2 body (100) and adjoin the lower end of, said number 2 suction passage (111) the lower end of said bubble air generating room (123) said number 2 water from the water suction passage (111) prevents a back flow of. And said liquid discharge path (112) to said detachably mounted (500) by is provided, said number 2 suction passage (111) of water into this cable, the preventing the reflux of gastric fluids the stability of article number is partially exposed by removing the second can be generated. On the other hand, said valve means (600) the liquid discharge path (112) is installed in a lower part of. to adjust the shape of. More particularly said valve means (600) a valve lower (610), valve plate (620), shower substrate (630) and valve [...] (640) 14. Said lower valve (610) the top is opened flat cylindrical shape such as a, said number 1 body (100) lower end of inner, i.e. said liquid discharge path (112) is fixedly mounted to the tool. In addition, said lower valve (610) on a lower end of a rotating the after alcoholic beverage it will do said shower substrate (630) a number 1 of the nozzle is communicated with the through hole (611) and number 2 through hole (612) is is embodied in such a way are mutually spaced. Said valve plate (620) the number 1 body (100) the inner peripheral surface matched to that of the lower end of disc-shaped formed from, said lower valve (610) top of the covering said liquid discharge path (112) is disconnecting the first. Such said valve top plate (620) a first said bubble air generating room (123) connected an open ball (621) is formed. Such said opening (621) the bubble air generating room (123) water is released in a part of, said valve [...]the after alcoholic beverage it will do (640) a large extent, optionally warmed by said number 1 through hole (611) or said number 2 through hole (612) and are connected. Said shower substrate (630) the bubble air generating room (123) containing micro bubble generated in the water is released as a final outlet, approximately disc-shaped formed from, center said number 1 through hole (611) in communication with a number 1 has discharge holes (631) is formed, said number 1 has discharge holes (631) said number 2 outside of the through hole (612) has discharge holes in communication with a plurality of number 2 (632) is formed. Such said shower substrate (630) the said number 1 is disposed below the lower valve body (100) is fixedly mounted at a lower end of, arranged on the outer circumference surface watertight for improving rubber packing (650) is is mounted. [...] said valve (640) is formed approximately shape corresponding to the shape, one end said number 1 body (100) at a lower end of outside to form a high temperature and under high pressure, the center said lower valve (610) is rotatably mounted, an upper is said other end opening (621) and, said number 1 in the bottom of the stack and through hole (611) or said number 2 through hole (612) that are selectively coupled and a [...] (641) is formed. Such said valve [...] (640) by rotating said [...] (641) is said number 1 through hole (611) or said number 2 through hole (612) one of said opening (621) water to which is connected to and is discharged to the outside.. Here also 3 and 5 as shown in, said number 1 through hole (611) when water is released in said shower substrate (630) 1 channel adjoining the larger through water in the form is for issuing a personal discharged or, also 6 and 7 as shown in, said valve [...] (640) is rotated and the window part [...] said (641) is said number 2 through hole (612) is connected through hole said number 2 (612) when water is released in said shower substrate (630) in the form injection personal multiple spout through is for issuing a. And said liquid discharge path (112) said lower portion of valve means (600) by a length direction, form or injection form spout a discharged or can be selected as channels provided to allow a user to conveniently used is heat generating member is arranged in the. Micro bubble generation device according to an embodiment of the present invention internal on the, as shown in also 3, said connection (130) is water through said number 1 suction passage (122) when introduced into, said rotating body (200) the rotation determining unit detects rotation of said suction fan (300). table includes a main. Then said number 1 suction passage (122) in said bubble air generating room (123) disclosed is a transmission cable wherein a water ingress said number 2 suction passage (111) through said bubble air generating room (123) is inflow air into a. Said bubble air generating room (123) water and air inlet, a second inlet, and said bubble creation petal (400) is exposed pulverizing and mixing as it passes through the cylinder. to generate bubble by generating heat energy. After this micro bubble containing said water valve top plate (620) opening (621) through the shower substrate (630) has discharge holes number 1 of (631) or number 2 has discharge holes (632) is discharged. Micro bubble generation device according to an embodiment of the present invention and the, board by water pressure during of the rotator (200) and a, said rotating body (200) a rotation force is connected an intake suction fan (300) by a length direction, additional power means is operated without formed so is connected to the semiconductor, home are miniaturized number or food caused by food waste such as facility bath faucet inlet is installed on the top ready for use is the heat generating member is arranged in. In addition, said liquid discharge path (112) to said detachably mounted (500) by is provided, said number 2 suction passage (111) of water into this cable, the preventing the reflux of gastric fluids the stability of article number is partially exposed by removing the second can be generated. In addition, said liquid discharge path (112) said lower portion of valve means (600) by a length direction, form or injection form spout a discharged or can be selected as channels provided to allow a user to conveniently used is heat generating member is arranged in the. The present invention refers to which not limited to, concept and range of claimed hereinafter attachment that on leaving the region within such a range that causes no one skilled in the art various by the guide hole can be embodiment, the bead coated by the such as a modified the of the present invention in a coverage area is interpreted to it what. 100: body 110: number 1 body portion 111: number 2 suction passage 112: liquid discharge path 120: number 2 body portion 121: connecting hole 122: number 1 suction passage 123: bubble air generating room 130: connection 200: rotating body 210: axis of rotation 220: rotor blade 300: suction fan 400: bubble creation petal 410: nozzle section 420: screw protrusion 430: guide shaft 500: detachably mounted 600: valve means 610: lower valve 611: number 1 through hole 612: number 2 through hole 620: top plate valve 621: opening 630: shower substrate 631: number 1 has discharge holes 632: number 2 has discharge holes 640: [...] valve 641: [...] 650: rubber packing The purpose of the present invention is to provide an apparatus for generating microbubbles which is capable of being easily used in a state that the apparatus is installed on a faucet of household, restaurant, food production facilities, or others by including a rotary body which is rotated by water pressure when water flows in and a suction fan which is connected to the rotary body such that the suction fan is rotated along with the rotary body to flow in air, thereby simplifying and miniaturizing construction of the apparatus. An apparatus for generating microbubbles according to the present invention comprises: a body (100) including a first suction path (122) in which water flows, a second suction path (111) in which are flows, a bubble generation chamber (123) which connects the first suction path (122) and the second suction path (111), and a discharge path (112) which is communicated with the bubble generation chamber (123), the body (100) having the first suction path (122), the second suction path (111), the bubble generation chamber (123) and the discharge path (112) formed therein; a rotary body (200) which is mounted on the first suction path (122) to be rotated, such that the rotary body (200) is rotated when water flows in from the first suction path (122); a suction fan (300) which is disposed on the second suction path (111) and which is rotated along with the rotary body (200) when the rotary body (200) is rotated; and a bubble generation plate (400) which is disposed in the bubble generation chamber (123) to generate microbubbles by mixing water with air. COPYRIGHT KIPO 2016 A water to enter number 1 suction passage (122) and a, an air injection member number 2 suction passage (111) and a, said number 1 suction passage (122) and said number 2 suction passage (111), are connected, and bubble air generating room (123) and said bubble air generating room (123) in communication with a liquid discharge path (112) are formed body (100); said number 1 suction passage (122) is rotationally mounted on to suction in said number 1 state information and a rotary a rotating body and water ingress (200); said number 2 is disposed to an intake port, said rotating body (200) upon rotation of said housing that rotates with suction fan (300); said bubble air generating room (123) is disposed e.g. water the microresonator air to a bubbler air bubbles creation petal (400); characterized in that including a micro bubble generation device. According to Claim 1, said body (100) the, upper and lower through hollow, and is compatible with, the faucet and said number 1 suction passage (122) connecting the shrinkage force are absorbed (130) is the number 1 body portion (110); said number 1 body portion (110) smaller in diameter than cylindrical shape such as a, said number 1 body portion (110) is formed into the inside of, number 2 are each open on the top and the bottom of body portion (120); includes, said number 2 body portion (120) inside the top of said connection (130) an input in communication with the number 1 suction passage (122) is formed, said number 2 body portion (120) and said number 1 body portion (110) between the number 2 suction passage (111) is formed, said number 2 body portion (120) inside the lower end of said number 1 suction passage (122) and a which is connected to said bubble air generating room (123) is formed, said number 1 body portion (110) inside the lower end of said bubble air generating room (123) and which is connected to said liquid discharge path (112) with a black color for an excellent is micro bubble generation device. According to Claim 1, said rotating body (200) lower part said number 2 body portion (120) is rotatably mounted to the to, on top said suction fan (300) is mounted an axis of rotation (210); said shaft (210) plurality radially outside of the rotor blade (220); includes, said rotor blade (220) characterized by consisting of a cotton net the rotation direction (221) is formed characterized in that micro bubble generation device. According to Claim 1, said bubble creation petal (400) the, open concave downward a plurality of nozzle section (410) is formed, said nozzle section (410) upper part of the screw protrusion (420) is formed respectively to micro bubble generation device characterized in that According to Claim 1, said liquid discharge path (112) and the vertical moving recesses with the windows so, said liquid discharge path (112) the number 2 suction passage (111) pressure moved up greater than the number 2 suction passage (111) detachably mounted for blocking lower end of (500); characterized in that further including micro bubble generation device. According to Claim 1, said liquid discharge path (112) is mounted on valve means to adjust the shape of (600); further comprising a, said valve means (600) the, said body (100) of liquid discharge path (112) is mounted, is formed open top, number 1 to the lower end of the quill through hole (611) and number 2 through hole (612) this spacing a valve lower (610); said lower valve (610) that covers at top of, center said bubble air generating room (123) connected an open ball (621) a valve plate (620); said valve is mounted to the bottom lower, center said number 1 through hole (611) in communication with a number 1 has discharge holes 9990001 353999 (631) is formed, said number 1 has discharge holes (631) said number 2 outside of the through hole (612) has discharge holes in communication with a plurality of number 2 (632) is formed a shower substrate (630); said lower valve (610) is rotationally mounted on an angle to said number 1 through hole (611) and said number 2 through hole (612) of said opening (621) [...] selectively connected a valve (640); characterized in that including a micro bubble generation device.
