EXHAUSTER HAVING COMBINED GUIDE VANE
The present invention refers to a guide ventilative provided eductors integrated white, more particularly the discharge port system is provided is arranged at an end of, said vent for a ventilation system is, the amount of air from being discharged through the outdoor air that through end vent is proportional to the rate of artificially vent end parking equipment is provided to increase a speed of wind through the hydrostatic pressure and a 'low' level signal, the difference of pressure simultaneously ventilation performance is located on the first, regardless to the direction of wind (air) ventilation performance is retained and, rotation site which the bottom plate is, thereby, clogging in corrugated cardboard in low wind speed (blockage) and a rotating, the wind speed low friction a water ventilation in a guide ventilative relates eductors integrated white. An of building in Figure 1 such as a wind vent (1) end of (2) as the terrain features pass through the, end a positive pressure the low vent causing air in the. very narrow bandwidth is achieved by quickly-out of a. The, the amount of air from quickly passing through the end vent associated with speed of wind through end vent artificially since increase a speed of wind by reducing the hydrostatic pressure the ventilation performance after. and provide more possibilities to create. Furthermore, an in a building of the existing method rotated by wind a centrifugal type ventilation device is carried out by using an acidulous mode using. State of the SP heads and, a vent device identifications only ventilation of the existing method, quickly causing air in the vent is out and, in the case of said centrifugal type ventilation device, rotation site executes the expensive file system maintenance/due to damage generates, n is the fixed number more than friction of rotation is provided to reduce the fabricating ability ventilation occurs. The present invention refers to said of the existing method so as for contains specific information including a sender address, System is provided is arranged at an end of the discharge port, said vent for a ventilation system is, the amount of air from being discharged through the outdoor air that through end vent is proportional to the rate of artificially vent end parking equipment is provided to increase a speed of wind through the hydrostatic pressure and a 'low' level signal simultaneously difference of pressure the ventilation the width direction of the integrated white a guide ventilative is provided to eductors. Furthermore, regardless to the direction of wind (air) ventilation performance is retained and, rotation site which the bottom plate is, thereby, clogging in corrugated cardboard in low wind speed (blockage) and a rotating, the wind speed low friction a water ventilation in a guide ventilative eductors integrated white heat exchanger. another provided to. Said central purposes, the present invention refers to building of vent holes that is attached to a guide ventilative in eductors integrated white, End of said vent is provided to increase, central connected to vent a diameter smaller than a diameter at the outlet side and communicating with a, extending in a conical manner cross-section being transferred substrate, such air gradually inwardly has a value of a range of easily air discharged from vent is transferred out of a conical porous; The upper end lower said has mutually spaced, central through hole is formed, for guiding the air being transferred external vent easily air discharged from a 83 is transferred out of; Said flat lamp has mutually spaced in the periphery of the upper part, being transferred external air gradually inwardly inducing a steel plate; Said porous flat between upper and used as flat is provided perpendicular to support and to each other, about hole connected lower planar radially the white the molded-in type intraocular a predetermined region; characterized by comprising a guide ventilative to eductors integrated white relates. As refer over, integral collar guide ventilative of the present invention and a pressure adjusting unit for adjusting the discharge port system is provided is arranged at an end of, said vent for a ventilation system is, the amount of air from being discharged through the outdoor air that through end vent is proportional to the rate of artificially vent end parking equipment is provided to increase a speed of wind through the hydrostatic pressure and a 'low' level signal simultaneously the difference of pressure. the width direction of the ventilation. Furthermore, regardless to the direction of wind (air) ventilation performance is retained and, rotation site which the bottom plate is, thereby, clogging in corrugated cardboard in low wind speed (blockage) and a rotating, the low friction a water ventilation in wind speed.. Figure 1 shows a ventilation of the existing method also indicative of the principle and coarse, According to one embodiment of the invention Figure 2 shows a a are also a guide ventilative indicative of the ejector integrated white front cut surface which is, A representative of a portion of Figure 3 shows a A-A cross-sectional drawing of Figure 2 and, A representative of a portion of Figure 4 shows a B-B cross-sectional drawing of Figure 2 and, According to one embodiment of the invention Figure 5 shows a a are also a guide ventilative eductors integrated white indicative of the air the sheet is fed through the planar flow, Figure 6 shows a a according to one embodiment of the invention are also a guide ventilative integrated white indicating DANPLA a the sheet is fed through the eductors is a comparison. The aim of the present invention refers to said to achieve has enhanced skin following. The present invention refers to building of vent holes that is attached to a guide ventilative in eductors integrated white, End of said vent is provided to increase, central connected to vent a diameter smaller than a diameter at the outlet side and communicating with a, extending in a conical manner cross-section being transferred substrate, such air gradually inwardly has a value of a range of easily air discharged from vent is transferred out of a conical porous; The upper end lower said has mutually spaced, central through hole is formed, for guiding the air being transferred external vent easily air discharged from a 83 is transferred out of; Said flat lamp has mutually spaced in the periphery of the upper part, being transferred external air gradually inwardly inducing a steel plate; Said porous flat between upper and used as flat is provided perpendicular to support and to each other, about hole connected lower planar radially the white the molded-in type intraocular a predetermined region; comprising characterized in that. With features such as and according to the present invention refers to a preferred embodiment thereof to more clearly is may be described. Hereinafter various drawing with an as further described are in the embodiment of the present invention with the cell prior to, then drawing or substrate defined in the description are disclosed components shown in the detailed of constructed and arranged that it will not be limited application it is found that the 2000. Embodiment implemented at the call termination side and into other in the embodiment is the present invention refers to a method can be performed. Also, device or elements direction (for example "before (front)", "after (back)", "on (up)", "below (down)", "on (top)", "the (bottom)", "left (left)", "right (right)", "cross (lateral)") such as the term used herein relating to only descriptor representation and in order to simplify the present description of the invention is used, device associated with simply is or elements or indicate that an update should have particular direction, meaning no inclusion of is can understand. Furthermore, "number 1 (first)", "number 2 (second)" for instructing a term such as claim and appends herein and relatively used in of importance or exhibits a know the start of the means is not intended to. Therefore, the present specification is shown in configuration is a drawing examples of the embodiment of the present invention the most preferred one embodiment to a modem aspect and only the a both technical idea of the present invention and since it is not, the present application part of an replace produces various modified examples are as equal as possible to be must understanding. According to one embodiment of the invention Figure 2 shows a a are also a guide ventilative front indicative of the ejector integrated white and cross-sectional drawing, a representative of a portion of Figure 3 shows a A-A cross-sectional drawing and, a representative of a portion of Figure 4 of Figure 2 B-B cross-sectional drawing and, according to one embodiment of the invention the present Figure 5 a guide ventilative eductors integrated white indicative of the air the sheet is fed through the flow plane view and, according to one embodiment of the invention the present Figure 6 a guide ventilative eductors integrated white indicating DANPLA a the sheet is fed through the is a comparison of Figure 2. Also 2 to also as shown in the 6, a guide ventilative of the present invention and a pressure adjusting unit for adjusting integrated collar 1 also similar of the building vent (1) is attached to said corrugated cardboard (1) discharged air from the (building foreign materials from containing air or filtered air) into separate [...] , such blower air moving device (not shown) capable of moving which is controlled without lower (10) and, flat (20) and, top plate (30) and, the molded-in type intraocular collar (40) and, net (50) consists of in. Said lower (10) also the 5 also to 2 as shown in the, conical funnel-shaped cross-section is configured in the shape of a, central portion vent holes (1) connected at the outlet side of the nozzle is communicated with the hole (11) is formed, said vent (1) is electrically end of. Wherein, said lower (10) also the 2 by reference to an, the most of air flowed to the (wind) is flat (20) and lower (10) to fixing the wire/noise from between the door and the (C) for the layer with the central point on a horizontal surface the each cone accepts the conical form is formed is inclined to the (θ) is made from. And, said lower (10) the neck portion a cone each (θ) while air are introduced a path of upwardly transferred to vent (1) air discharged from a to can be derived is formed 20-60 °, said lower (10) the neck portion a cone each (θ) based on the on a horizontal plane, and is formed as elastic by 20-60 °, is large inclination angles to lower a large amount of outside air while introducing lower (10) lower by an angle (10) which the upper surface of can be an indexed upper. Instantly, said lower (10) also the 5 by reference to an, easily to outside flows to the vent (1) discharge of side upper heated on a corrugated cardboard (1) at the outlet side of pressure differential is simultaneously and a 'low' level signal static pressures are by corrugated cardboard (1) the pipes be easily discharged air smoothly the recording operation.. Furthermore, said lower (10) connection hole (11) the as in Figure 4, is frame is so as not to penetrate into the interlayer vent net (50) is is further formed on the. Said flat (20) also and 3 also to 2 also the 5 as shown in the, central through hole (21) is formed, said through hole (21) through the lower (10) conveyed upward by penetrate air, which is conveyed outside flat (20) which the mixed with the air entering the apparatus are discharged with the one side, said flat (20) patterned (10) each other and the periphery of the upper part of the alternating current voltage comprises the rectangular plate like nut 3. And, in Figure 5 as flat (20) the lower side of which the air and the vent (1) are formed on an of exhaust air is, flat (20) which the upper surface of peripheral surface of the installing part and is is smoothly conveyed toward the. Said top plate (30) provided is photosensitive resin composition which also and a 2 as shown in the 5, said lower (10) and flat (20), which is different from a hole is formed in the center part and the diffusion of the such as rain in the upper not protect while flat (20) a inlet/outlet which the composition so as to improve the passage guides outdoor air into guided. To so said top plate (30) having a diameter of at flat (20) is greater than the upper the foreign substance flat (20) in that at least one through bore (21) lower (10) connection hole (11) from flowing in a the recording operation. protect. Wherein, said top plate (30) also the 2 by reference to an, (wind) is the most of air flowed to the top plate (30) and flat (20) to fixing the wire/noise from between the door and the flat (20) used as (30) between the. is free from obstacles. I.e., said flat (20) used as (30) between unit (not shown) is formed by, air top plate (30) at the lower end of the congestion a nail easily without conveyed.. And, in Figure 6 as top plate (30) and flat (20) air noise from between the door and the top plate (30) at the lower end of the congestion a nail easily without oxide lumps are fed to the, said top plate (30) the lower side of which the air and the vent (1) of exhaust air is transferred in the, top plate (30) and the like of rainwater vetilator laser beam onto the top surface of (1) through hole toward a center axis of the discharge side to of is prevented and the. thus dropping the lower rich. White the molded-in type intraocular said (40) also the 5 also to 2 as shown in the, lower (10) and flat (20) and top plate (10) between the vertically mounted the (30) and flat (20) and lower (10) is connected simultaneously, also as in Figure 4 and 3, lower planar (10) connection hole (11) radially about by pulley, not on direction of air. I.e., white the molded-in type intraocular said (40) is provided by, in Figure 5 a guide ventilative wind as white integrated ejector (60) inlet (lower (10) and flat (20) space between) from coming into the ventilative guide collar integrated ejector (60) parallel rays of light and at least through the molded-in type intraocular collar (40) by plural cross-sectional area being formed with a configuration that the and then it is possible to increase the speed of wind, is embodied in a form which is increasingly expander opposite side the wind by diffused from the side wall face of discharge of, many amount of air can be is transported from. On the other hand, white the molded-in type intraocular said (40) as in Figure 6 and a 2 also on the upper part side of the, ejector (60) into quickly the air flowing in composition so as to improve the diffusion (41) is is formed on, said diffusion (41) of an upper plate (30) and flat (20) that is located between the molded-in type intraocular collar (40) is formed on the air flowing in is the molded-in type intraocular collar (40) with a resistor being by patterns that do not otherwise occur. 10: lower 11: connected hole 20: flat 21: through hole 30: top plate 40: white the molded-in type intraocular 50: net 60: guide collar integrated ejector The present invention relates to an exhauster having a combined guide vane. In particularly, the present invention relates to an exhauster installed at the end of a vent installed in a building. Therefore, the amount of air discharged through the vent is proportional to the speed of external air passing through the end of the vent. So, constant pressure is lowered by artificially increasing the speed of the air passing through the end of the vent and the pressure difference increases at the same time. Therefore, ventilation performance is improved. The ventilation performance is maintained regardless of the direction of wind (air) and the maintenance is facilitated. Therefore, the exhauster provides excellent ventilation performance at low wind speed without the blockage of the vent at low wind speed and friction from a rotation part. COPYRIGHT KIPO 2016 Building of vent holes that is attached to a guide ventilative white integrated ejector (60) in, said vent (1) end of is provided to increase, central connected to hole (11) is formed corrugated cardboard (1) at the outlet side and communicating with a, extending in a conical manner cross-section being transferred substrate, such air gradually inwardly has a value of a range of corrugated cardboard (1) easily air discharged from a conical lower is transferred out of (10) and; said lower (10) has mutually spaced the periphery of the upper part of, central through hole (21) is formed, for guiding the air being transferred external vent (1) easily air discharged from is transferred out of a flat (20) and; said flat (20) has mutually spaced the periphery of the upper part of, being transferred external air gradually inwardly induction a (30) and; said lower (10) and flat (20) used as (30) is provided between lower (10) and flat (20) used as (30) is the insulator is electrically connected, planar lower connected hole (11) radially about multiple white the molded-in type intraocular a predetermined region (40); characterized by comprising a guide ventilative to white integrated ejector. According to Claim 1, said top plate (30) having a diameter of at flat (20) is greater than the upper the foreign substance flat (20) in that at least one through bore (21) lower (10) connection hole (11) is fed via a prevent a guide collar characterized by ventilative integrated ejector. According to Claim 1 or Claim 2, said lower (10) connection hole (11) the is frame is so as not to penetrate into the interlayer vent net (50) is further formed on the characterized by ventilative to a guide collar integrated ejector. According to Claim 1, said lower (10) the side air and vent (1) easily air discharged from a layer with the central point on a horizontal surface the to be conveyed to a wafer on which a cleaning (C) for the each cone white the molded-in type intraocular is inclined tilted to (θ) (40) is configured to be coupled to the lower part of the characterized by ventilative to a guide collar integrated ejector. According to Claim 4, said lower (10) the neck portion a cone each (θ) while air are introduced a path of upwardly transferred to vent (1) can be derived air discharged from a coated with a 20-60 ° to characterized by ventilative guide collar integrated ejector. According to Claim 1, said top plate (30) and flat (20) between transport air can be spread smoothly detection of contact with the unit is to (30) and flat (20) eject the internal air of an electric/noise from between the door and the top plate (30) at the lower end of the congestion a nail easily without characterized by ventilative that it passes the a guide collar integrated ejector. According to Claim 1, white the molded-in type intraocular said (40) upper side of the is loaded by the inlet air is diffused while the molded-in type intraocular collar (40) with a resistor being by time, so as to cause neither diffusion (41) on the lower piece is formed through a guide collar characterized by ventilative integrated ejector.
