ELECTRICAL PRECIPITATOR
The present invention refers to is provided to device electrostatic precipitator, more particularly, contaminants long the periphery of a compression and a collector part of charged particles and hot gases gas filters pollutants and easily and is also an electrical precipitator relates to device. Heating facility or power plant, or of various non preventing actuator from impact is facility shattering is provided particulate contaminant such as easy withdrawal and is production of significant amounts material. Furthermore, factory waste gas of having material particles various contaminants even contain excess. Separate contaminants discharged without is coupled with the source of contamination environment to prevent contamination environment on/off by the workshop facility and better supplying environment pollution materials various device 1 comprises the rectangular plate like nut. Electrostatic precipitator contained in gas a gas device (Electric precipitator) granular of contaminants, a slit device is for cleaning. Chemical treatment procedures to synthesize and combine groups of device electrostatic precipitator, a diffusion prevention film comprising a by product 2 difference is relatively to simplify the structure and to lower maintenance use less example used, easily manufacture,. Gas filters pollutants invented dust collector installed in a passage materials device while passing through the connector device is ionizing dust collecting electrode disposed within can be processed are collected into. Such electrostatic precipitator device arranged parallel to one another are electronically connected through a via a dust collecting electrode made of a metal plate a plurality are arranged. Parallel and conventional, and a plurality of metal plate in a reinforcing frame without a specific enhancement of disposal efficiency the. In particular, power plant, which, can be mass-produced by waste gas, such as a facility device dust collector in the processing efficiency of an may occur causing the. required signal corresponding to. However electrostatic precipitator such as rayon cellulose, phenolic resin gas generally a device the flowing flow path internal limited dust collector is installed in the space to be capable of increase the area. Furthermore, electrostatic precipitator metallic stator electrode a device which contains a large amount of absence of a bar, when contacting a and waste gas of high temperature for drying by heat deformation or the like the scene of labor hot gases such as rayon cellulose, phenolic resin on the difficult-to-coat processing in a sustained manner is tried to problems. The present technical objectives of this invention a, which receives the addresses the, long the periphery of a compression and a collector part of charged particles contaminants which results in hot gases gas filters pollutants and easily and is also an electrical precipitator is seeks to provide a device. Of the present invention a particle diameter smaller to dually function as a pipeline and or more which is not limited, not referred to the constitution in yet another technique from and below can be understood clearly to one skilled 2000. A device electric dust collector by the present invention, the ionizing material particles into contamination for charged difference 1 number 1 discharge portion; said number 1 isolated from discharge portion said number 1 in the stage following the discharge unit compartment separating space a plurality of hollow as a result of body department ; at least a portion said internal as a result of body departmentas a result of body department is inserted in said inlet, a second inlet, and said material particles into contamination for charged difference 2 number 2 discharge portion; and said number 2 as a result of body department said isolated from discharge portion is inserted into a on the a plurality of charging plates of said electrifying plate including plurality of between space to be collected in a dust collecting part is formed, said number 2 and discharge said number 1 charged from at least one of discharge unit having material particles contamination said as a result of body department in said inside space to be collected in said are collected by capillary tube inserted. Said number 2 and discharge said number 1 and the discharging portion each outwardly projecting are derived from rRNA is excited at least one process for remenufacturing charging rod, said number 2 bar includes a wafer for pacing information transfers in a communications discharge portion said number 1 for pacing information transfers in a communications discharge unit consent have the rest direction perpendicular to each other can be arranged. Said charging plates between said number 2 and the discharging portion extends parallel to the charging plates said plurality of said dust collector space a plurality of the cross sections may include rod antistatic. Said inserted as a result of in body department said electrifying plate as a result of body bringing up for discussion said total surface area can be area greater than that of inner surface. as a result of body department is formed said cylindrical shape, the plurality of said electrifying plate a relatively small width than the inside diameter as a result of body bringing up for discussion is formed identical to one another said central as a result of body bringing up for discussion rotates about from an outer circumferential surface of the can be arranged. the said electrifying plate may be spaced as a result of body department andas a result of body department said inside. Said said, so that it is useful are provided for detecting an adiabatic least a portion as a result of body departmentas a result of body department via a heat transfer decreases the. Said electrostatic precipitator a device, said said as a result of in body departmentas a result of body department cooling the peripheral of the bus electrode is formed a cooling part which may further include any. A device said electrostatic precipitator, said number 2 and discharge said number 1 at least one discharge portion for automatically adjusting size of the voltage, which is applied on may further include any control unit. A device said electrostatic precipitator, said contaminants said number 1 discharge unit is measure a concentration of particles further includes the sensor section, said sensor section action according to the measured value of said control section feedback-controls the driving unit includes said number 1 can be causing regulation of an amount of a voltage is applied. According to the present invention, contaminants contained in waste gas more efficiently ionizing which be, sufficient in processing space arranged as a zigzag type of current flows in a coil, the invented dust collector improves the effect of treatment with can be. Furthermore, even the heat device is designed so that it can be fully tolerate the hot gases gas facilitate allow the inflow unit is off. Also Figure 1 shows a one embodiment of the present invention and/or at least two different electric dust collector is configuration of device. Figure 2 shows a device A-A electrostatic precipitator ' a portion of is shown in the cross-sectional drawing of Figure 1. Figure 3 shows a electrostatic precipitator as a result of body department of device, charging plates, and number 2 discharge portion for pacing information transfers in a communications degradation shown more specifically rod is perspective view of Figure 1. Figure 4 shows a modified as a result of body bringing up for discussion bender is shown in the perspective view of Figure 3. Figure 5 shows a electrostatic precipitator is also operation of device of Figure 1. For pacing information transfers in a communications internal as a result of body department also Figure 6 shows a flows in a coil, the armature is captured between the gear means and the pressure shown in the more specifically process is operating. Also Figure 7 shows a gas inlet amount of Figure 1 in the event of a change in operating modes of the internal device electrostatic precipitator is to explain the. The vehicle during the driving and their characterized or of the present invention to achieve a method for reviewing are drawing refers to specifically with a in the embodiment are a clarified that will. However the present invention refers to hereinafter in a disclosure in the embodiment defined in rather than different in various forms can be implemented, and, only the present in the embodiment of the present invention disclosure are to is completely person with skill in the art in the present invention is in the field of the executable commands for transmitting the clock radio of the invention to completely inform the be provided with which, the present invention refers to only. and the user makes a defined by a claim. Same reference throughout the specification a same. referring to components. Hereinafter, reference to 7 also to 1 also one embodiment of the present invention and/or at least two different electric dust collector. as further described with respect to device. One embodiment of the present invention and/or at least two different electric dust collector also Figure 1 shows a configuration of degrees and is about device, Figure 2 shows a device electrostatic precipitator A-A during ' a portion of is shown in the cross section of Figure 1. Also refers to surface 1 and 2, one embodiment of the present invention and/or at least two different electric dust collector device (1) has the ionizing material particles into contaminants for charged difference 1 number 1 discharge portion (100), number 1 discharge portion (100) and a spaced apart discharge unit number 1 (100) in the stage following the space separating compartment a plurality of hollow as a result of body department (400), as a result of body department at least a portion (400) as a result of body department is inserted in (400) material particles into contaminants coming into the interior of for charged difference 2 number 2 discharge portion (200), and number 2 discharge portion (88800 00782888) and a spaced apart as a result of body department (400) is inserted into a on the a plurality of charging plates (310) including said electrifying plate (310) space to be collected in between (also reference of Figure 3 301 and 2) forming a dust collecting section (300) includes. Contaminants particles number 1 discharge portion (100) and number 2 discharge portion (200) as a result of body department is charged from at least one of (400) space to be collected in said inside (301) are collected by capillary tube inserted in. One embodiment of the present invention device (1) electric dust collector and/or at least two different request from one or more of the a discharge unit equipped with at, plurality of as a result of body department (400) the flowing material becoming contaminated separating space as a result of body department to the compartment (400) in the number 2 discharge portion (200) for pacing information transfers in a communications rod (210) and electrifying plate (310) is inserted is made from the unique structure. For hot gases at the upper can make provisions in accordingly in ten actions. Furthermore, as a result of body department (400) inserted within the charging plates (310) each other are alternatively arranged on both between each plurality of space to be collected in is formed on. Within the space enclosed by defined according capable of capturing material particles into contamination even a dust collecting area and can greatly increasing the waste gas contaminant-containing excess and the like can be effective even in the entering can be the address. As well as, is varied in throughput such as waste gas of one or more discharge when the voltage from an organic amount and the like in controlling a processing capacity organic to input volume of gas inlet and has the T/off by the feedback. Hereinafter, these features is an electrical precipitator device (1), such as structure and driving of to each drawing for reference to the following several steps. Electrostatic precipitator device (1) has door 1 as shown in a flow path which passes through the and the like gas gas (10) using interior of. and can be fitted on. Flow path (10) one side of the intake duct (11) is formed opposite the other side of the outer tub exhaust duct (12) is formed exhaust duct (12) and a at a location adjacent the fan (13) can be formed is. Such flow path (10) the power generation facility waste carrying pollutants is caused such as a hydraulic shovel, wherein a pipeline simultaneous venting of gases which form at least part of an. may be. However electrostatic precipitator device (1) is referred to is provided it need not be limited or the like power plant, which for treating a substance contamination which various device (1) electrostatic precipitator equipment removes. applying. If necessary, flow path (10) such as a meter or injecting a fine ceramic particle even isolation is over the flowing on a predetermined path for electrostatic precipitator device (1) enable the application. Number 1 discharge portion (100) has an outer probe (111) is formed at the process for remenufacturing charging rod (110) comprising at least one can be. Antistatic rod (110) also the flow path as shown in 1 (10) crossing the inside in the form can be installed at the, flow path (10) at the inflow side i.e., intake duct (11) which is disposed on one side the adjacent fluid path (10) contaminants that through transformation of the effectively particles can be applied. Number 1 discharge portion (100) the antistatic rod (110) which is detachably connected to a stator and high voltage impressing part (120) including said high voltage impressing part (120) the item may be a supply of the power from. Contaminants contained in gas gas a flow path which particles (10) at the inflow side from the discharge side to is with the object traveling in a. Establishing an optical fiber at a side intake duct (11) the adjacent one side is the inflow side to function exhaust duct (12) is the discharge side to the adjacent other side of the outer tub. may act as. So-treated and contaminants that of the object mark to be detected sequentially reference direction of flow of particles toward device can determine the rear end. Shear and a trailing relative general outline is a flow path which particles contaminants (10) device (1) electric dust collector installed in air duct of IC (11) from shear toward the exhaust duct (12) includes a trailing toward is, towards the. as a result of body department (400) the number 1 discharge portion (100) and a spaced apart discharge unit number 1 (100) is in upper end of. Contaminants particles number 1 discharge portion (100) from discharge unit number 1 (100) the rear end of the i.e., as a result of body department (400) is mobile, in a direction towards the container. as a result of body department (400) has door 1 as shown in number 1 discharge portion (100) and a distance into a plurality dog 2 also can be arranged mutually side-by-side as shown in plurality each other are juxtaposed number 1 discharge portion (100), which differentiates space succeeding stage can be compartment and separating. Number 2 discharge portion (200) as a result of body department the at least a portion (400) as a result of body department is inserted in (400) contaminants coming into transformation of the material particles again can be applied. I.e., contaminants particles steam in the front-stage device number 1 discharge portion (100) 1 difference charged is ionizing in number 1 discharge portion (100) in the stage following the number 2 discharge portion (200) is ionizing again by an interference difference create localized metallic plating 2. Number 2 discharge portion (200) also outer probe (211) is formed at the process for remenufacturing charging rod (210) may include at least one said antistatic rod (210) is as a result of body department (400) inserted therein can be arranged. Number 1 discharge portion (100) for pacing information transfers in a communications rod (110) and number 2 discharge portion (200) for pacing information transfers in a communications rod (210) 1 as shown in the also arranged vertically to a Z arranged in the direction flow path (10) passing through the interior different contaminants ionizing at various locations in the.. Number 2 discharge portion (200) also antistatic rod (210) and stator which is detachably connected to a high voltage impressing part (220) may comprise an. Thus said high voltage impressing part (220) drawn power from the transformation of the material particles contaminants can be applied. In particular, number 1 discharge portion (100) and a number 2 discharge portion (200) each different high voltage impressing part (120,220) independently by powered being a plurality or place the S26, preserves the value one voltage in a manner that the rotation a storage capacitor stores a voltage such as a control unit controls the selection unit for organically can be to the sprung blade. Dust collecting section (300) has door 1 and 2 as shown in, number 2 discharge portion (200) and a spaced apart as a result of body department (400) is inserted into a on the a plurality of charging plates (310) includes. Electrifying plate (310) also 2 as shown in the different as a result of body department (400) of soluble, and contain respectively a can be inserted, each as a result of body department (400) as a result of body department soluble, and contain respectively a plurality is disposed (400) as one body with the material can be compartment. as a result of body department on the and (400) is inserted into a plurality of charging plates (310) between space to be collected in (301) is formed. Space to be collected in (301) the charging plates (310) is communicates with a space formed on the between number 2 discharge portion (200) for pacing information transfers in a communications rod (210) and electrifying plate (310) of transformation of the each other the non-metallic electrode is charged contaminants into the space or is a space capable of capturing. Said charging plates such as (310) such that the covers may be placed intersect a, plurality of as a result of body department (400) each again plurality of space to be collected in (301) including different space to be collected in (301) between a bus having material particles contaminants out of the exhaust gas is captured may yield an effect. Refers to to is by the following several steps. Dust collecting section (300) stores a predicated plate (310) connected to a support bar (320) and a support bar (320) on the electric signal of conducting portion energizing (330) may include such as number 2 discharge portion (200) high voltage impressing part (220) the number 2 discharge portion (200) for pacing information transfers in a communications rod (210) and said conducting portion (330) is connected to between. capable of applying a high voltage. Said support bar (320), conducting portion (330), or the like, that has an electric current and metal material bars, and the like and an appropriate stiffness of can be. Through circumferences of the involving current application to the charging plates (310) connected to the inner can be aluminum. as a result of body department (400), electrifying plate (310), and number 2 discharge portion (200) for pacing information transfers in a communications rod (210) also and structure at arrangement relation between by refers to the following several steps. Device (1) electrostatic precipitator the number 1 discharge portion (100) and number 2 discharge portion (200) such as the small end portion connected to control unit (500) including number 1 discharge portion (100) and number 2 discharge portion (200) applied to at least one can be of the. Control unit (500) including a microprocessor has a controller or, control program embedded computer, work station for treating and data such as arithmetic function having operation device may be formed as. High voltage impressing part (120,220) the control unit (500) is connected to on/off control is connected to the input terminal of a voltage is applied or may be variable amount. Device (1) electrostatic precipitator the number 1 discharge portion (100) contaminants that introduced into the sensor section measure a concentration of particles (600) including sensor section (600) action according to the measured value of control unit (500) is number 1 discharge portion (100) of can be causing regulation of an amount of a voltage is applied. As shown in 1 also, intake duct (11) on one side of the sensor section (600) channel geometrics may be used to place which intake duct (11) through the discharge unit number 1 (100) contaminants that introduced into sensor section change concentration of particles (600) can be configured to sense a is. Sensor section (600)-operates with an electric conductivity change, optical wavelength an in a variety of ways a recoverable disk control system with a service controller among particles may be formed as sensor. Sensor section (600) or one or more different positions may be formed in the aforementioned and a control unit (500) is connected measurement data is included control circuit block includes a variable part (500) of the lower side from the control unit (500) of control procedure the mobile station can participate in a. Hereinafter, also as a result of body department reference to 3, charging plates, and mutual rod for pacing information transfers in a communications discharge unit number 2 time state and configurations the following several steps. Furthermore, also 4 by referring to. as further described also lacking modified as a result of body bringing up for discussion. Figure 3 shows a electrostatic precipitator as a result of body department of device, charging plates, and number 2 discharge portion for pacing information transfers in a communications rod strabismus and degradation shown more specifically, Figure 4 shows a modified bender as a result of body bringing up for discussion also of Figure 3 is shown a perspective view of Figure 1. Also 3 with a, as a result of body department (400) consists of a tubular shape can be formed. as a result of body department (400) the inner part is in the form of hollow rod in antistatic of the inner (210) and electrifying plate (310) which facilitates, for example, cell can be removably receive an. as a result of body department according to one embodiment of the present invention (400) formed by a cylindrical the shape of shown supplies limited to but as a result of body department (400) within the interior a hollow hollow of a variety of shapes can be modified. For example, an angled shape or at least a portion has an asymmetric-shaped as a result of body department (400). permitting is formed. Electrifying plate (310) urban as support bar (320) the center of which lies on the state of crossing the plurality each other can be arranged. Electrifying plate (310) of contaminants and is in a direction coincident with a flow direction and (in Figure 3 can be a vertical direction) and lengthen the width of the can be formed. Electrifying plate (310) the as a result of body department (400) a relatively small width than the inside diameter of is formed identical to one another as a result of body department (400) central (support voice message and letter can be a portion at the low) rotates about from an outer circumferential surface of the can be arranged. Electrifying plate (310) the as a result of body department (400) than the inside diameter of as a result of body department in the form spaced-apart up-down circuit (400) can be inserted into a. (reference 6 and 2 also). Electrifying plate (310) the as a result of body department (400) as a result of body department, on the internal side of (400) and a spaced apart non-contact thus charging plates by heat (310) or extended is extended in least a portion of parts of the corner areas even when penetration hole while moving up and down. Antistatic rod (210) the charging plates (310) between charging plates as as illustrated at (310) extends parallel to the plurality of space to be collected in (301) can be internal the cross sections. I.e. number 2 discharge portion (reference of Figure 1 200) stores a predicated plate (310) between charging plates (310) extends parallel to the plurality of space to be collected in (301) internal the cross sections a plurality of antistatic rod (210) may include a. Therefore, each charged rod (210) the plurality of space to be collected in (301) each within as a result of body department provides transformation of the (400) material particles into contaminants coming inside easily. capable of capturing. Probe (211) the in different directions staggered formation with their space to be collected in is formed on (301) to right to ionizing again by an interference to various directions contaminants can be formed to. I.e., the aforementioned number 1 discharge portion (100) in a regular type ionizing temperature by repeatedly rising hot air convected as a result of body department even particles contaminants (400) inside space to be collected in (301) may be charged is ionizing again by an interference. Therefore, charged contamination having material particles capillary tube inserted charging plates (310) thereby to block the movement of the easy then, the pattern may be. Charged contamination material particles and electrifying plate (310) is charged different polarities the other, for example, minus by different polarization from the dust particles charged contaminants, electrifying plate (310) the plus polarity can be charged. Charging plates disposed one another (310) as a result of body department total surface area (400) inner surface of area greater than that of. Q groups can be formed so that. I.e., charging plates (310) the as a result of body department (400) has an inner cross each other even by form air is arranged a surface contacting the area to significantly increase the. Therefore, processing efficiency of contaminants is increased in excess of process is formed in a housing connected can make provisions in. , And an electrifying plate intersected (310) increasing the number of charging plates (310) enhanced-surface-area of the entire can be degraded and relatively space to be collected in (301) since can be reduced is, space to be collected in (301) as a result of body department considering the size of (400) is inserted into, and an electrifying plate (310) can be can easily and effectively affect a human number of. as a result of body department (400) generates charging plates (310) coated with silica rod (210) receiving of the squeegees are configured to move between different electrode by partitioning space on the thermal for reducing the effect. capable, if required, of acting. I.e., as a result of body department (400) electrified by plate (310) coated with silica rod (210) to different spatial pair of is partitioned, as a result of body department (400) at least a portion of between spatial this separation the propagate through to fixing the heat generation part of the as a result of body department, so that it is useful (400) via a transfer of heat decreases the. Such as waste gas of high temperature continuously when the through hole toward a center axis, is gas gas street and the electrode by the discharge between the exchanged between different electrode the heat that is generated the temperature is to the free end may be seen and, thereby the inside of (reference of Figure 1 10) to open a flow path by intercepting the electrostatic precipitator device (reference of Figure 1 1) is by the back light unit to the modifier for introducing a can be problems are caused by the. I.e., high temperature waste gas of simultaneously increasing the temperature inside an item to be oil path, internal the valve each electrode having a positive electrode and a acts in the manner of heat source to another can be elevate the temperature. When of the existing method, dust collector for magnifying the area of the plate-like electrode are contiguous adjacent to each other in parallel at being movably coupled to the was effected using the very to this problem is. One embodiment of the present invention (reference of Figure 1 1) and/or at least two different electric dust collector the as a result of body department device (400) a spatially and partition a and compares a password of a pre, zoned space inside (charging plates and antistatic rod) entire electrode by inserting a, are connected, and propagation of heat to prevent a thin film is structure minimizing. Therefore, contaminants entire space at which a packet should be processed to proceed to the high temperatures state so hot gases gas contained in contaminants also treated the engine with passing a throttle valve. as a result of body department (400) can be formed with the means of a metallic compound the LR is which it need not be limited to, not destroyed even thermal smaller than that of the LSB will utilizing material can be formed. Proper necessary set by frequency assignment on the selected class of materials as a result of body department (400) also in regulating the heat conductivity of. 162. While, as a result of body department (400) has door 4 as shown in a cooling portion, (410) with is a cooling portion, the guide hole (410) is as a result of body department (400) peripheral to cool the can be. A cooling portion, (410) can be fitted directly with an as as a result of body department (400) is affixed in the form of of tiles one the periphery of the workpiece the as a result of body department (400) perimeter of the objective compound. cooling. A cooling portion, (410) to the to circulate a refrigerant discharges heat-exchanged is formed or, device and method for supplying cold air to create an manner in the can be formed. A cooling portion, (410) is when a cooling portion, including refrigerant (410) and forming fluid passages for inside these passages that is in communication with the refrigerant supply such as a which and the tail gas burner can be further, power supply using thermoelectric element and the like for further wiring... etc can be formed. Hereinafter, also 7 also to 5 reference to one embodiment of the present invention device electric dust collector and/or at least two different operation of the following several steps process. Figure 5 shows a electrostatic precipitator and operation of device, for pacing information transfers in a communications internal as a result of body department also Figure 6 shows a flows in a coil, the armature is captured between the gear means and the pressure shown in the more specifically process of Figure 1 is operating. Also Figure 7 shows a gas inlet amount of Figure 1 in the event of a change in operating modes of the internal device electrostatic precipitator is to explain the. Also refers to surface 5, device (1) electrostatic precipitator the number 1 discharge portion (100) and a number 2 discharge portion (200), and electrifying plate (310) using very as. capable of capturing and charged for (B) material. Flow path (10) formed on one side of of exhaust duct (11) through a gas of (B) current flows in a coil, the surface is introduced (A), the number 1 discharge unit (B) contaminants (100) for pacing information transfers in a communications rod (110) to pass between 1 SnO is charged. Charged contaminants (B) the number 1 discharge portion (100) rear end (in drawings sheet above discharge unit number 1) as a result of body department space separating a second surface opposing the first surface (400) is to enter the interior of. At this time, gas filters pollutants or generates a large amount of (B) material number 1 discharge portion (100) of the applying voltage having a may be sufficient under (B) in the reason of the fundamental amount to at least a portion of not charged as a result of body department unchanged (400) to enter. However, contaminants as a result of body department the (B) (400) inserted into inner number 2 discharge portion (200) for pacing information transfers in a communications rod (210) around the perimeter electrifying plate (310) coated with silica rod (210) by conductive metal for running between of is charged again. Therefore, as a result of body department (400) (B) material contaminants coming inwardly entire. can be charged highly effective. A worker gives an control unit (500) the CCD camera or the character string each high voltage impressing part (120,220) (S1, S2) by transmitting a control signal to number 1 discharge portion (100) and number 2 discharge portion (200) permits the operation of the. Furthermore, exhaust duct (12) a fan (13) co-operates with room to guide the.. However, as needed number 2 discharge portion (200) by applying a control signal to first (S2) after operating, contaminants (B) or gas is stored in the virtual account database for removing the (A) number 1 discharge portion (100) for operating. can be. Source provides power to the in various ways can be control a discharge unit. Also 6 with a, as a result of body department (400) (B) contaminants reaches inner different charging plates (310) with a dust collecting space formed therebetween (301) the engine with passing a throttle valve capillary tube inserted within may be then, the pattern. Establishing an optical fiber at a side, space to be collected in (301) disposed intersect one another and a plurality of charging plates (310) is formed between the dog, each space to be collected in (301) contamination material is at least very for entrapping (B) can be allowing efficient progress of. Electrifying plate (310) (B) material and charged without directly seeing the opposite polarity each other, space to be collected in (301) process for remenufacturing charging interposed between the rod (210) the charging plates (310) is charged without directly seeing the opposite polarity and, charged contaminants (B) are capillary tube inserted committed the charging plates (310) shown in various via the path those of easy then, the pattern may be. As such, as a result of body department (400) inside space to be collected in (301) containing encapsulated water (B) contamination material is at least between and vents off purified air door has (A) 5 as shown in clean state exhaust duct (12) is exhausted through the. On the other hand, also with a 7, intake duct (11) to open a flow path through (10) (A) gas air and mix from entering the mixing amount of the second insulating layer is can be a situation occurs where the. This case, of inlet part sensor section (600) is measured to determine the concentration of (B) material becoming contaminated and a measured value of data sets are contained a [...] (S3) to a control section (500) may send. Control unit (500) (B) change the measured contaminants according to concentration of number 1 discharge portion (100) of can be causing regulation of an amount of a voltage is applied. I.e., sensor section (600) using number 1 discharge portion through the inlet side (100) contaminants that introduced into measure a concentration of particles (B) and sensor section (600) to the measured value of an upper part (500) is number 1 discharge portion (100) (S1) by applying a control signal to can be causing regulation of an amount of a voltage is applied. Control unit (500), for instance, , sensor section (600) about in and a voltage measurement value obtained by a matching proportionally elevated level of current flows in a coil, the-value operations are suppressed (B) of in voltage according to proportional and produces a luminance about. Furthermore, such operation (B) 56 in the opposite in the which has a reduced concentration of surface voltage in about. may also reduce the amount. Number 1 discharge portion (100) and number 2 discharge portion (200) of a plaque has as receiving the electrical power independently of each other is formed to number 2 discharge portion (200) so as to change about in voltage while maintained unmodified flow path (10) of inlet part number 1 discharge portion (100) in the voltage, which is applied on easily about. cells, it is possible to adjust. Therefore, drive the discharge lamp gas (A) variation greatly amount and the like inlet and exhibition of highly stable even occurrence of a situation where an (B) translations and charged for the contaminants (B) for as a result of body department charged contaminants (400) inner charging plates (310) by preventing the between. treat the. In the process of each processing the, as a result of body department (400) has of a plaque as between different electrode by partitioning space on the thermal effects (B) contaminants to reduce the entire space at which a packet should be processed either progressing is at higher temperatures to effectively prevent can be. Therefore, the present invention device (1) by electric dust collector (A) hot gases using contaminants contained in gas also the prescription data processor the engine with passing a throttle valve, the aforementioned control procedure through the gases by means of inlet (A) generates a reference amount and the like can make provisions in very effectively even.. Or more with an reference to drawing describes of the present invention in the embodiment but the present invention is in the field of the present invention a person with skill in the art in the technical idea or essentially without changing the features form the embodiment can be database for each consumer 2000. Therefore in the embodiment described or more exemplary on all sides are defined and there has the main. must understood. 1: electrostatic precipitator device 10: flow path 11: intake duct 12: exhaust duct 13: fan 100 : number 1 discharge portion 110,210: antistatic rod 111,211: probe 120,220: high voltage impressing part 200: number 2 discharge portion 300: dust collecting section 310: electrifying plate 301: space to be collected in 320: support bar 330: conducting portion 400 : as a result of body department 410:500 a cooling portion, : control unit 600: sensor section A: gas B: contaminants S1, S2: control signal S3: [...] Provided is an electrical precipitator which more efficiently charges and collects pollutant particles and can easily process contaminants included in gas at a high temperature. The electrical precipitator comprises: a first discharge unit which ionizes pollutant particles, and firstly charges the same; a plurality of hollow cylindrical members which separate and partition a back end space of the first discharge unit by being separated from the first discharge unit; a second discharge unit of which at least one is inserted in the cylindrical member, and secondarily charges the pollutant particles introduced into an inner side of the cylindrical member; and a precipitation unit which is inserted into the inner side of the cylindrical member by being separated from the second discharge unit, comprises a plurality of charged plates crossed each other and disposed, and forms a plurality of precipitation spaces between the charged plates. The pollutant particles charged from at least one of the first discharge unit and the second discharge unit are collected by electric force in the precipitation space inside the cylindrical member. COPYRIGHT KIPO 2016 The ionizing material particles into contamination for charged difference 1 number 1 discharge portion; said number 1 isolated from discharge portion said number 1 in the stage following the discharge unit compartment separating space a plurality of hollow as a result of body department ; at least a portion said internal as a result of body departmentas a result of body department is inserted in said inlet, a second inlet, and said material particles into contamination for charged difference 2 number 2 discharge portion; and said number 2 as a result of body department said isolated from discharge portion is inserted into a on the a plurality of charging plates of said electrifying plate including plurality of between space to be collected in a dust collecting part is formed, said number 2 and discharge said number 1 charged from at least one of discharge unit having material particles contamination said as a result of body department inside said space to be collected in said electrostatic precipitator is captured capillary tube inserted in device. According to Claim 1, said number 2 and discharge said number 1 and the discharging portion each outwardly projecting are derived from rRNA is excited at least one process for remenufacturing charging rod, said number 2 bar includes a wafer for pacing information transfers in a communications discharge portion said number 1 for pacing information transfers in a communications discharge unit arranged vertically to a Z consent have the rest device electrostatic precipitator according to an external input. According to Claim 1, said number 2 and the discharging portion said charging plates between said charging plates extends parallel to the plurality of said dust collector space a plurality of the cross sections including rod antistatic device electrostatic precipitator. According to Claim 1, said inserted as a result of in body department total electrifying plate as a result of body bringing up for discussion said inner surface area greater than that of said surface area device electric dust collector. According to Claim 1, said as a result of body department is formed cylindrical shape, the plurality of said electrifying plate a relatively small width than the inside diameter as a result of body bringing up for discussion is formed identical to one another said rotates about central as a result of body bringing up for discussion an an electrical precipitator arranged in the shape of an device. According to Claim 5, the inside said electrifying plate with the openings being spaced from one electrostatic precipitator as a result of body department andas a result of body department said device. According to Claim 1, said said, so that it is useful are provided for detecting an adiabatic least a portion as a result of body departmentas a result of body department an electrical precipitator via a heat transfer reducing device. According to Claim 1, said peripheral as a result of body departmentas a result of in body department is formed a cooling part which said cooling device further including electrostatic precipitator. According to Claim 1, said number 2 and discharge said number 1 voltage applied to at least one discharge portion for automatically adjusting size of control unit further including electrostatic precipitator device. According to Claim 9, said contaminants said number 1 discharge unit is measure a concentration of particles further includes the sensor section, said sensor section action according to the measured value of said number 1 control unit said driving unit includes a voltage is applied to modulate the amount of device electrostatic precipitator.
