KR100623926B1 - Eliminator - Google Patents

Abstract

The present invention constitutes an eliminator that primaryly filters fine foreign matters from the air circulated in a cooling tower, an air conditioner or an air cleaner, and simultaneously prevents circulating water from being discharged by the suction force of a blower fan. Is formed to have a double V-shaped cross section, and the eliminator itself is composed of a double wall having a space and ribs therein, which not only can greatly reinforce the strength of the eliminator, but also the inner surface of the eliminator. Eli to separate foreign substances and water from the air purified or discharged by the blower fan without forming a separate projecting structure on the outside and the outer surface, and to prevent water from splashing out or splashing out of the sump to the outside Regarding the miner, which is installed in the cooling tower and air conditioner or air cleaner In the data emitter, the eliminator forms the main body by repeating the first V-shaped part and the second V-shaped part, and the repeated main body of the first V-shaped part and the second V-shaped part respectively form flat portions at both ends and the center thereof. The main body comprising the planar portions, the first V-shaped portion, and the second V-shaped portion is an invention that can be achieved by forming an eliminator by forming a double wall having a space therein.

Eliminator, cooling tower, air conditioner, air cleaner

Description

Eliminator {Eliminator}

1 is an exploded perspective view showing a conventional eliminator

Figure 2 is a side view of the assembled state of the conventional eliminator

Figure 3 is a perspective view of some excerpts showing an embodiment of the eliminator of the present invention

Figure 4 is a longitudinal cross-sectional view showing an embodiment of the eliminator of the present invention

5 is a partial cross-sectional view illustrating one use state of the present invention eliminator

Figure 6 is a longitudinal cross-sectional view showing another embodiment of the present invention eliminator

Explanation of symbols on the main parts of the drawings

100: eliminator 110: main body

111: space 112: rib

120: first V-shaped portion 130: second V-shaped portion

140, 150, 160: flat part 200: connecting rod

210, 220: screw portion 230, 240: nut

250: spacer 300: cooling tower

The present invention relates to an eliminator used in a cooling tower, an air conditioner or an air cleaner,

Particularly, elimine is used to filter out fine foreign matters from the air circulated by cooling towers, air conditioners, or air cleaners, and to prevent circulating water from scattering to the outside or splashing out of the sump by the suction power of the blower fan. It's about data.

Generally, various types of cooling towers are provided for air conditioning and industrial use of various industrial facilities or buildings, and recently, air conditioners and air cleaners are developed to remove foreign substances in the air by using water and to control the air to the required temperature. It is used.

Cooling towers, air conditioners and air cleaners as described above, while circulating or suctioning the air sucked from the outside, to filter out a relatively large fine foreign matter in the air or the circulated water is scattered to the outside by the suction force of the blower fan. Eliminator is installed to prevent.

Conventional eliminators developed for this purpose are those such as Patent Registration No. 10-0491081 (name: cooling tower eliminator), which is similar to the U-shape as shown in Figures 1 and 2 A plurality of eliminators 10 having a main body formed to have a cross section is maintained by a connection block 20 so that a constant interval is maintained so that air circulated or sucked from the outside of the U-shaped eliminator 10 has a cross-sectional shape. Since it moves along the fine foreign matter, including the moisture in the air is made of a structure to be separated from the air while hitting the inner and outer surfaces of the multiple sheets of the eliminator (10).

However, the above-described conventional eliminator 10 is a structure in which a cross-sectional shape similar to the U-shape is formed once, when air flows between the eliminator 10 formed by the connection block, the air and the eliminator 10. Because of the short contact time of the foreign matter and water was not able to separate as much as desired.

The conventional prior patent eliminator 10 has an inner rib 11, an inner projection 12 and an outer rib (11) on the inner and outer surfaces of the eliminator 10 to solve the above problems. 13) and the outer protrusions 14 were formed to efficiently remove foreign substances and moisture from the air passing between the eliminator 10.

However, the inner ribs 11 and the outer ribs 13 formed on the eliminator 10 and the inner protrusions 12 and the outer protrusions 14 are more foreign matter in the air passing between the eliminator 10. And there is an effect that can filter out moisture, but the inner and outer ribs 11, 13 and the inner and outer protrusions 12, 14 acts as a resistance element that prevents the flow of air, so large in the operation of the blowing fan, etc. In addition to the load, there is a problem that a lot of noise is generated due to the resistance elements as the air passes between the eliminators (10).

In particular, since most of the eliminators including the patented eliminator 10 is formed to have only one thickness while being formed of PVC or a metal plate, the eliminator 10 itself may easily bend or twist. However, this caused a problem that the efficiency of removing foreign matter and moisture in the air is lowered.

In addition, in the case of the conventional cooling tower as described above, the suction part between the sump and the filling material is left open or the wire mesh is installed to the extent that the foreign air of the sucked external air flows into the sump or the filling material or the water dropped into the sump splashes outside. There was a problem falling into.

Therefore, an object of the present invention comprises an eliminator to primaryly filter out fine foreign matter from the air circulated in the cooling tower or air conditioner or air cleaner and to prevent the circulating water from being discharged by the suction force of the blower fan. The eliminator is formed to have a double V-shaped cross section, and the eliminator itself is composed of a double wall having a space and a rib inside, so that the reinforcement roll of the eliminator can be greatly reinforced, and the eliminator Efficient separation of foreign matter and water from the air circulated or discharged by the blower fan without forming a separate projecting structure on the inner side and the outer side of the water, and the water splashing out or water falling into the sump springs to the outside To provide an eliminator to prevent this from happening.

The object of the present invention is an eliminator installed in a cooling tower, an air conditioner or an air cleaner, the eliminator repeats the first V shape portion and the second V shape portion to form a main body, and the repeated first V shape. The main body of the part and the second V-shaped part is formed by connecting the flat parts at both ends and the center thereof, respectively, and the main body consisting of the flat parts, the first V-shaped part and the second V-shaped part is formed of a double wall having a space therein and elimine By constructing data.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Installed on the cooling tower 300 and an air conditioner or an air cleaner, the eliminator 100 is configured to act to separate and remove foreign matters and moisture in the air that is purified or introduced from the outside.

In this case, the eliminator 100 configures the main body 110 by repeating the first V-shaped part 120 and the second V-shaped part 130, and the repeated first V-shaped part 120 and the second V-shape. The unit 130 is connected to each other by the plane portion 150, and both ends of the repeated first V-shaped portion 120 and the second V-shaped portion 130 also form the flat portions 140 and 160 to the outside. Air sucked in or circulating air is configured to smoothly flow into and out of the body 110 of the eliminator 100.

In addition, the main body 110 including the flat parts 140, 150, 160, the first V-shaped part 120, and the second V-shaped part 130 may be formed with the flat parts 140, 150, and 160. The entire first V-shaped portion 120 and the second V-shaped portion 130 are formed as a double wall having a space 111 therein.

Meanwhile, a plurality of ribs 112 are formed in the space 111 formed inside the main body 110 to protect the main body 110 of the eliminator 100 from an external load and an impact.

The present invention configured as described above connects the first V-shaped portion 120 and the second V-shaped portion 130 to the flat portion 150, and the flat portions 140 and 160 made of the same plane as the flat portion 150. The main body 110 is formed on both ends of the first V-shaped part 120 and the second V-shaped part 130 connected to each other so that the flat parts 140, 150 and 160 are parallel to the flow of air. ) And air conditioner or air cleaner.

At this time, the eliminator 100 according to the present invention spaces the main body 110 including the flat parts 140, 150, 160, the first V shape part 120, and the second V shape part 130. By forming a double wall having 111 and ribs 112, it is possible to prevent deformation or breakage of the main body 110 from external impact or load.

In addition, the eliminator 100 according to the present invention comprises a plurality of main body 110 consisting of the flat portion 140, 150, 160 and the first V-shaped portion 120 and the second V-shaped portion 130 After inserting the spacers 250 between the respective main bodies 110 while being sequentially inserted into the connecting rods 200 so that the main bodies 110 are equally spaced, the threaded portions 210 formed at both ends of the connecting rods 200. Fasteners (230) and (240) to 220 to configure a set of eliminator (100).

When the set of eliminator 100 configured as described above is installed and used in a cooling tower, an air conditioner, or an air cleaner, the first V-shaped part 120 and the second V-shaped part 130 repeatedly formed in the main body 110 are Since the air flow is continuously bent in the same direction, the first V-shaped portion 120 and the second V-shaped portion 130 retain foreign substances and moisture in the air without forming a separate protruding structure on the entire outer surface of the main body 110. Not only can be separated by colliding with the inclined surface, it is possible to prevent the overload and noise of the blowing fan 340 due to the air passing through the eliminator 100.

That is, when the above-described operation is supplemented in the use state of FIG. 5, water sprayed by spraying water from the spraying unit 310 installed on the filler 320 of the cooling tower 300 to the filler 320 is filled with the filler 320. After passing through) and to be collected in the collection tank 330, and at the same time the operation to suck the outside air between the collection tank 330 and the filler 320 in the blowing fan 340 on the top of the cooling tower 300 to discharge to the top. When executed, the air sucked between the filling material 320 and the water collecting tank 330 below the cooling tower 300 by the blowing fan 340 passes through the eliminator 100 installed between the filling material 320 and the water collecting tank 330. While the foreign matter is filtered, the air passing there through the filler 320 by the blowing fan 340 and then passes through the spraying unit 310 and the eliminator 100, the filler 320 and spraying Moisture adsorbed to the air in the part 310 passes through the eliminator 100 and the first V-shaped part 120 By hitting the inclined surface of the 2V-shaped portion 130 to prevent the moisture is separated from the air passing through the eliminator 100 is scattered to the outside.

At this time, the eliminator 100 installed in the suction unit between the filler 320 and the water collecting tank 330 serves to primaryly filter foreign substances in the air sucked from the outside and at the same time the water collecting tank 330 in the spraying unit 310. ) Will prevent the water from falling out.

Therefore, the eliminator 100 according to the present invention is made of a rigid structure having a space 111 and ribs 112 inside the main body 110 to prevent deformation and breakage, as well as air with less load and noise. Foreign matter and water in the air can be collected separately.

6 is a longitudinal sectional view showing another embodiment of the present invention eliminator,

In another embodiment of the present invention, in the eliminator 100 installed in the cooling tower 300 and the air conditioner or the air cleaner, the eliminator 100 may include the first V-shaped part 120 and the second V-shaped part 130. The main body 110 is formed by repeating in a direction facing each other, and the main body 110 of the repeated first V-shaped part 120 and the second V-shaped part 130 has flat portions 140 at both ends and the center thereof. Forming and connecting the 150 and 160, respectively, the main body 110 consisting of the planar portion 140, 150, 160, the first V-shaped portion 120 and the second V-shaped portion 130 is inside It is formed by forming a double wall having a space 111 and a rib 112.

As described above, the body 110 is formed of the flat parts 140, 150, 160, the first V-shaped part 120, and the second V-shaped part 130, and the space 111 and the rib 112 therein. In the eliminator 100 having the first V-shaped portion 120 and the second V-shaped portion 130 is formed so as to face in the opposite direction to each other as described in the above embodiment of the main body 110 It is possible to separate foreign matter and moisture from the air while the air passes through the eliminator 100, without forming a separate protruding structure on the side, thereby preventing the deformation and damage of the eliminator, and with low load and noise Foreign matter and moisture in the air can be collected separately from the air.

In particular, the present invention as described above can effectively block the water flying by the blower fan 340 flying outside, and can also block the water splashing to the outside in the water collection tank 330 is to spread the Salmonella bacteria and the like with water Not only can it be prevented, but also to save water and to be added to the chemicals that are added to the water.

As described above, the present invention forms a main body such that the eliminator used in the cooling tower and the air conditioner or the air cleaner has a double V-shaped cross section, and the eliminator itself has a double wall having a space and ribs therein. It is possible to not only reinforce the roll of the eliminator significantly, but also to effectively remove foreign substances and moisture from the air purified or discharged by the blower fan without forming separate protrusions on the inner and outer surfaces of the eliminator. It is to be separated into, and the effect of preventing water from splashing out or splashing out of the sump is provided.

Claims (3)

In the eliminator installed in the cooling tower, air conditioner or air cleaner, The eliminator forms a main body by repeating the first V-shaped part and the second V-shaped part in the same direction, and the main body of the repeated first V-shaped part and the second V-shaped part forms a flat part at both ends and the center thereof, respectively. And the main body comprising the planar portions, the first V-shaped portion, and the second V-shaped portion is formed by forming a double wall having a space and a rib therein. In the eliminator installed in the cooling tower, air conditioner or air cleaner, The eliminator repeats the first V-shaped portion and the second V-shaped portion in a direction facing each other, and the main body of the repeated first V-shaped portion and the second V-shaped portion forms flat portions at both ends and the center thereof, respectively. And a main body consisting of the planar parts, the first V-shaped part, and the second V-shaped part is formed by forming a double wall having a space and a rib therein. The method according to claim 1 or 2, The main body consisting of the flat parts, the first V-shaped part and the second V-shaped part is inserted into the connecting rods, inserting spacers between the respective main bodies so as to be equally spaced, and fastening nuts to the threaded ends of the connecting rods. Characterized eliminator.

Images