유해가스 분진 제거장치

The present invention hereinafter appended drawing device volatile products on the harmful gas dust number on the detailed as follows.

Figure 1 shows a device in the embodiment of the present invention also harmful gas dust wetting ability to determine that number shown, as in the embodiment of the present invention also includes a device number 1 to harmful gas dust of special section (100), a discharge tube (200), inlet pipe (300) injecting unit (400) can be a.

As shown in fig. 1, said separating portion (100) includes an outer insulator shape are disclosed. Said separating portion (100) future water is flowing into the mixed air space extending downward force, said separating portion (100) is cylindrical spaces for mixed water when the body is rotated speed loss by air spaces are disclosed. If said separating portion (100) where the cross-section of rectangular or polygonal such as five rectangularities mixed air force said separating portion (100) and the angular portions, the speed can be loss occurs.

Said discharge tube (200) is a channel opening shape grooves said separating portion (100) one end inserted into said separating portion (100) to the interior of, said other end section (100) and which is located outside of, the fan (210) and the supporting cylindrical portion. Said discharge tube (200) is said separating portion (100) in the same manner as on a cylindrical shape that the advantageous, this said separating portion (100) when the body is rotated said harmful gas harmful gas discharge tube (200) can reduce friction with the outer peripheral surface of are disclosed. However said discharge tube (200) a circumferential outer surface of said separating portion (100) relative to the inner peripheral surface of the pressed portion greater friction upon rotation of harmful gas occurs, said discharge tube (200) cross section of the can be formed in a variety of shapes.

Said discharge tube (200) installed on a fan (210) is said discharge tube (200) one end of, i.e. said separating portion (100) located inside the other end lower air is drawn, i.e. rotating in direction with the outside top of the avatar. Said fan (210) is said discharge tube (200) or may be by means of said inlet pipe (300) is installed in said external harmful gas separation unit (100) into the suction of the form may be filled.

Said inlet pipe (300) is coupled to said inner and outer side surfaces of said separation section (100) are connected to the interior of the each other. I.e., said inlet pipe (300) is accordingly said separating portion (100) is exposed into the cavity and can be used for.

Figure 2 shows a horizontal direction to determine the timing of Figure 1 16 also are disclosed. 2 As also shown in said inlet pipe (300) is said separating portion (100) cross section in the direction perpendicular to the height of reference, said separating portion (100) forming the cross-section of one side in the center of the pivot won, i.e. to eccentric force is removed. This said inlet pipe (300) a hazardous gas is introduced via said separating portion (100) for rotating in the regular bits in a constant are disclosed.

Said inlet pipe (300) is introduced via directions rotate said fan (210) rotates accomplishing same. I.e., 2 as also shown in said fan (210) when the counter-clockwise direction of rotation, said inlet pipe (300) in addition said separating portion (100) can rotate in a clockwise direction to said harmful gas is introduced into the inlet pipe (300) are installed, unlike also 2 on said fan (210) when counterclockwise rotation directions are of, said inlet pipe (300) in addition said position of inlet pipe (300) to be drawn through his harmful gas can be adjusted so as to rotate in the opposite direction. The O-ring and said two rotation directions are not vary depending on the reason for wanting to said separating portion (100) and rotating inside said harmful gas fan (210) by the rotation of said discharge tube (200) rotating inside the air and will cause friction, rotational speed can be loss are disclosed.

Said injection unit (400) is said inlet pipe (300) is connected to the external water supply of 2000. Said injection unit (400) directions in water supply said separating portion (100) which direction, this said water inlet pipe (300) when in the inlet end of the reverse flow are disclosed. Said injection unit (400) in which the water exits at the beginning and end nozzle is formed, fine water particles can be injection.

Said fan (210) is rotated by said separating portion (100) where it is the gas flowing upwardly discharge, said separating portion (100) descends so that the external pressure, i.e. said inlet pipe (300) from the exterior of the harmful gas introduced into said separating portion (100) moves to upper ends of the. Said inlet pipe (300) through harmful gas is introduced, said injection unit (400) being injected at a fine water particles coupled to dust and harmful gas.

The particle which it will bite to said separating portion (100) with a predetermined length from said harmful gas separation unit (100) is equal to internal rotation. During this process water particles and water particles materials are coupled to the force generated by said separating portion (100) in the inner periphery of air to move apart from each other. Said separating portion (100) at a pressure less than the upper side inner low??Door separate said air separation unit (100) has been moved over the upper ends of the back, said discharge tube (200) discharged outside through, said separating portion (100) coupled to the inner peripheral surface of said materials are moved to a separating portion (100) and lowered inner peripheral surfaces of the other, said separating portion (100) is equal to the lower side of the hole.

In the embodiment of the present invention includes one said separating portion (100) for draining water through-the lower side of the guide (500) can be further. Said discharge pipe (500) is said separating portion (100) which each empty the drippage of the through, said discharge pipe (500) can be provided passage number whether plower pumps and valves. Said discharge pipe (500) through a discharge water may be, simply because the water contained in the dust only later can be used as cleaning and for other uses, such as a concentration of ammonia water discharged harmful components more than the other with the water purifier using separate purifying device, can be used.

As shown in fig. 1, said separating portion (100) internal to the connection cone (110) having a predetermined wavelength. Said separating portion (100) with a predetermined length from said harmful gas separation unit (100) when interior, said separating portion (100) which rotates as well the water staying, said separating portion (100) is flattened so that the lower and lower form, harmful gas discharge port and is configured to rotate the water staying when the rotational speed of the gas poisoning can be reduced disclosed. the separating portion (100) provided at the lower cone (110) is formed, said water separation unit (100) by inducing outwardly of said separating portion (100) and minimize friction and internal rotation at the lower harmful gas can be separated from the salt.

Said separating portion (100), a discharge tube (200), inlet pipe (300) injecting unit (400) although in different made of a metal material, typically a stainless can be made strong corrosion resistant material.

Figure 3 shows a 1 also also shown in said inlet pipe (300) shown only and, also shown in Figure 4 3 said inlet pipe (300) in a direction vertical to a groove of the timing are disclosed. Also as shown in 3 and 4, said inlet pipe (300) the inner peripheral surface of said injection unit (400) being injected at a backward water flow is set, said inlet pipe (300) harmful gas introduced into pre-rotation about said separating portion (100) to minimize friction with the inner peripheral surface of blade number 1 (310a, 310b) can be formed. 3 And 4 also in blade number 1 (310a) is formed such that a portion of said inlet pipe (300) is installed in the part is the harmful, blade number 1 (310b) is formed such that a portion of said inlet pipe (300) a hazardous gas is introduced via said separating portion (100) and discharge the part are disclosed.

3 And 4 also in said injection unit (400) is not shown but, blade number 1 (310a) is said injection unit (400) than outer, i.e. said inlet pipe (300) formed in the inlet end of, said injection unit (400) has both being injected at the outer while preventing the, said inlet pipe (300) to be drawn through the rotational harmful gas is to have an other.

Said inlet pipe (300) formed discharge end blade number 1 (310b) is said inlet pipe (300) to be drawn through the rotational harmful gas is to have an other. For higher order and hereinafter, not protruding above said number 1 formed by an upright blade, said separating portion (100) degree inclined side may be in the form disclosed.

With reference to the blade 3 and 4 also number 1 (310b) of the second end position right side of said inlet pipe (300) can be positioned under the most of to. This said number 1 blade (310b) is said inlet pipe (300) formed over the racks on both sides below the most harmful when rotation of the gas is finally said number 1 blade (310b) harmful gas is discharged through said separating portion (100) through the inner peripheral surface of the can be loss are disclosed.

3 And 4 but also in two blade number 1 is provided, this device is one in the embodiment 106 sends a plurality of said inlet pipe (300) the inner peripheral surface of can be installed.

As shown in fig. 5, said inlet pipe (300) as well as, said discharge tube (200) on its outer peripheral face, even lower number 2 in particular spiral blade (220) can be formed. Said blade said number 2 to a discharge tube (200) into respective portions of the peripheral surface of the constant portion of a divided each may be formed, only a portion can be formed.

Said number 2 blade (220) in addition number 1 blade as said separating portion (100) for rotation of harmful gas and directional rotation inside height, said discharge tube (200) can flow along the outer circumference of said water discharge pipe (200) on one side of, i.e. through the suction port by the other portion to prevent lower, said discharge tube water flow along the outer circumference of said number 2 blade (220) and flow along, falling to said separating portion (100) is equal to lower through-.

Said number 2 blade (220) is said discharge tube (200) formed only in a part of a fixing pin when a, as shown in also 6 said inlet pipe (300) directly harmful gas coming from said separating portion (100) of which a portion outer circumferential surface of the, i.e. A region number 2 single number can be formed blade. This said inlet pipe (300) directly harmful gas coming from said separating portion (100) includes a base portion contacting surface of the when compared because the large amount of water, the corresponding partial bodies has an only because disclosed.

As shown in fig. 1, said inlet pipe (300) and a separation unit (100) said locations is bolted to a discharge tube (200) higher than the lower end of the formed. This said inlet pipe (300) to be drawn through said gas or a sufficient or a separating portion (100) rotating inside of must, because of the waste dust air separation are disclosed.

The present invention has the harmful gas dust as defined by having said number of special device, dust can be a stand-alone gas in a simple manner via a number equal to or less than.

The embodiment example number to which timing examples only, and not define the scope of the invention of the present invention. The present invention refers to coverage organic or as well as, in the claims claim the subject matter of invention embodiment as much as various modifications within a range that is not pivotably outside.