KR20200050581A - Irrigation system of cultivating equipment of cone type crop - Google Patents

Abstract

The present invention provides a dust absorption type air cleaner using circulating running water. According to the present invention, the dust absorption type air cleaner using circulating running water has partition bodies, which have a size fitted to the width and length of a filtering area communicating with the open front and rear surfaces of a body case and are distanced from each other in parallel with an air moving direction, allows water to be fed to the upper ends of the partition bodies through a main water supply bar and a water feeding bar disposed on the partition bodies, and allows the water to be re-circulated to the main water supply bar disposed on the partition bodies by a water circulator while water flowing down along the surfaces of the partition bodies is collected to a circulating-water collection area disposed below the partition bodies and separated from the filtering area, thereby simplifying the configuration of a water filter and increasing the filtering efficiency, and has recessed grooves vertically formed on the surfaces of the partition bodies along which the water flows to smoothly and stably guide downward falling of the water supplied to the upper ends of the partition bodies, thereby further increasing the filtering efficiency of the water filter.

Description

Circulation flow water dust absorption type air purifier {Irrigation system of cultivating equipment of cone type crop}

The present invention relates to a circulating flowing water dust absorption type air purifier, and more specifically, unlike a conventional air purifier using a filter having a permeable membrane structure such as a hepa filter, flowing through a plurality of partition walls arranged parallel to the air movement direction The present invention relates to a circulating flow-water dust-absorbing air cleaner in which air filtration is smoothly performed without reducing the flow rate while providing a structure in which dust components in the air are removed by water.

In general, there are four main types of air cleaners for air cleaners as follows.

First, the filter type;

This method is the most mainstream method, in which air is inhaled using a fan, such as a fan or air conditioner, and then purified by a filter to exhaust the purified air again. Air cleaners employing this method usually collect and filter fine particles with a filter of a fine non-woven fabric called hepara, and in the case of odor, use adsorption using activated carbon. However, the filter-type air purifier has an economic burden and cumbersome disadvantages that require periodic replacement of the filter, and if the filter is used for a long time, a large amount of contaminants are attached to the filter, which causes a problem of secondary contamination of the air. There is a problem such as reducing air cleaning ability by giving resistance to air.

Second, the ion formula;

This method is a method of discharging ions in the air by applying a high voltage to electrodes placed at a certain distance, attaching them to airborne particles, and removing particles by attracting them to a dust collecting plate of the + (plus) pole. However, there is a problem in that ion-type air cleaners cause other types of problems, such as generating a large amount of ozone and causing respiratory diseases.

Third, electrostatic precipitator;

This method uses an electric discharge principle, such as the ion type, to purify contaminated air by drawing it into a dust collecting plate with strong dust collecting power. However, the electrostatic precipitating air purifier has a problem in that it is necessary to periodically clean because the ability to remove large particles of pollutants is poor and the inside of the body is easily dirty.

Fourth, water filter type;

This method uses water as a filter to remove contaminants using the adsorption power of water. In order to use water as a filter, a number of discs are provided, and products mainly designed to allow air to pass between the discs are predominant. At this time, several discs are designed to be rotated while being half-immersed in the water tank so that water is deposited on the surface of each disc. As air passes through these discs, harmful substances such as fine dust in the air are adsorbed on the water, and the disc is absorbed in the water tank. It is characterized by being designed to be washed as it passes. However, this disk-type air purifier has about 1/2 of the area submerged in the water of the water tank as the disk rotates, and only the other half of the disk is exposed out of the water. Since it is in contact, there is a problem in that the contact surface with the air is low and the air cleaning ability is reduced. In order to solve this problem, the size of the disk needs to be increased, but in this case, a problem arises in that the size of the air purifier must be increased.

Republic of Korea Patent Publication Publication No. 10-2018-0083234 "Water filter with a cylindrical bar and air cleaner and chimney dust reduction device using the same"

Accordingly, the present invention improves the problems of the prior art, and the partition walls having a size matched to the width and length of the filtering area communicating with the open front and rear surfaces of the main body case are arranged to be spaced apart parallel to the air movement direction, and the upper side of the partition walls. Water is injected into the top of the bulkhead through the main water supply and water inlet placed in the water circulation device as water flowing along the surface of the bulkhead is collected into the circulating water collection area under the partition wall separated from the filtering area. The purpose of the present invention is to provide a new type of circulating flowing water dust-absorbing air purifier capable of simultaneously simulating the configuration of the water filter and increasing the filtration efficiency by providing a configuration in which water is recycled to the main water supply on the upper side of the partition wall. do.

In addition, the present invention is a new type of circulating flowing water that allows the filtration efficiency of the water filter to be further increased by smoothly and stably leading the downward drop of water supplied to the top of the bulkhead by forming grooves perpendicular to the surface of the bulkhead through which water flows. An object of the present invention is to provide a dust absorbing type air purifier.

According to a feature of the present invention for achieving the above object, the present invention is vertically arranged, the width (W) and the length (L) of the air passage 130 is set to communicate with the open front and rear surfaces (110) (120) Body case 100 formed of; The main body case 100 is composed of a plurality of partition walls 210 that divide the air passage 130 in the width (W) direction, and each partition body 210 is a longitudinal direction of the main body case 100 ( L) is arranged vertically along, the water-derived derivative 200 to flow water along the surface of each partition (210); A water supply body 300 disposed on the top of the running water derivative 200 and supplying water to the running water derivative 200; A water circulation device 400 installed in the main body case 100 and circulating water that falls to the inner bottom of the main body case 100 to the water supply body 300 to circulate; And dust disposed in any one selected from the front surface 110 and the rear surface 120 of the main body case 100, and inducing the inflow of external air, so that the dust contained in the air passing through the air passage 130 is the partition wall. (210) provides a circulating water-absorbing air purifier characterized in that it comprises a; fan 500 to be adhered to the water flowing through the surface and removed.

In the circulating flowing water dust-absorbing air purifier according to the present invention, the main body case 100 is horizontally spaced from the vertical partition plate 150 and the bottom wall 140c which are vertically spaced apart from one side wall body 140a. A water circulation region 170a having a horizontal dividing plate 160 to be formed therein, formed between the side wall 140a and the vertical dividing plate 150, and on which the water circulation device 400 is disposed; A filtering region 170b formed between the vertical dividing plate body 150 and the other side wall body 140b, and in which the running water derivative 200 is disposed; It is formed between the bottom wall (140c) and the horizontal dividing plate 160, circulating water collection area (170c) for receiving water flowing through the drain hole 161 formed in the horizontal dividing plate 160; partitioned into Can be.

In the circulating flowing water dust-absorbing air purifier according to the present invention, the partition wall 210 is formed with a plurality of grooves 211 vertically spaced on both surfaces, so that the downward drop of water supplied to the upper end of the partition wall 210 It can be guided by the groove 211.

In the circulating flowing water dust absorption type air purifier according to the present invention, the water supply body 300 is formed in a bar shape having a concave upper surface, and the upper longitudinal direction L of the air passage 130 is central It is arranged in the width (W) direction on the site, the main water supply unit 310 is formed with a water discharge hole 311 at a set interval; It is disposed below the water outlet hole 311 of the main water supply unit 310, but is arranged along the longitudinal direction L on the upper side of each partition 210, and is formed in a bar shape having a concave upper surface. It may be made of a configuration including; a plurality of water inlet (320) is formed with a water injection hole 321 at a set interval.

The water circulation device 400 in the circulating flowing water dust absorption type air purifier according to the present invention is disposed under the water circulation area 170a and is installed to communicate with the circulation water collection area 170c ( 410); A water circulation pipe 420 disposed vertically in the water circulation area 170a and connected to the pump 410, and an end portion passing through an upper portion of the vertical partition plate 150 and disposed at the top of the filtering area 170b. ); It is formed at the end of the water circulation pipe 420, the nozzle 430 for supplying water to the water supply body 300; may be made of a configuration comprising a.

According to the circulating flowing water dust absorption type air purifier according to the present invention, a partition wall having a size adapted to the width and length of the filtering area communicating with the open front and rear surfaces of the main body case is arranged parallel to the air movement direction, and the upper side of the partition wall Water is injected into the top of the bulkhead through the main water supply and water inlet placed in the water circulation device as water flowing along the surface of the bulkhead is collected into the circulating water collection area under the partition wall separated from the filtering area. By providing a configuration for recirculating water as the main water supply on the upper side of the partition wall, the configuration of the water filter is simplified, and there is an effect of increasing the filtration efficiency.

In addition, according to the circulating flowing water dust absorption type air purifier according to the present invention, a groove is formed vertically on the surface of a partition wall through which water flows, so that the downward drop of water supplied to the upper part of the partition wall is smoothly and stably induced, so that the filtration efficiency of the water filter Can be increased more.

1 is an external view of a circulating flowing water dust absorption type air purifier according to an embodiment of the present invention;
2 is an internal cross-sectional view of a circulating flowing water dust absorption type air purifier according to an embodiment of the present invention;
Figure 3 is a view for showing that the groove formed in the partition wall constituting the oil derivative according to an embodiment of the present invention;
4 is a view for showing a water supply constituting a circulating flow water dust absorption type air purifier according to an embodiment of the present invention;
5 is a view for showing that the air passes through the space between the partitions in the circulating flowing water dust absorption type air purifier according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail based on the accompanying drawings FIGS. 1 to 5. On the other hand, in the drawings and detailed description, illustrations and references to constructions and operations readily recognized by those skilled in the art from general fans, pumps, piping, and the like have been simplified or omitted. In particular, in the illustration and detailed description of the drawings, detailed descriptions and illustrations of elements that are not directly related to the technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly illustrated or described. Did.

Circulating flowing water dust absorption type air purifier 1 according to an embodiment of the present invention, as shown in FIGS. 1 and 2, the main body case 100, running water derivative 200, water supply 300, water circulation device 400 ), A fan 500.

The main body case 100 is disposed vertically, and the air passages 130 communicating with the opened front and rear surfaces 110 and 120 are formed with a set width W and a length L. Inside the main body case 100, a vertical partition plate 150 and a horizontal partition plate 160 are provided.

The vertical partition plate 150 is vertically spaced apart from one side wall body 140a, and the pump pipe and the water circulation pipe 420 of the water circulation device 400 pass through the upper and lower sides of the vertical partition plate 150. Holes are formed. In addition, the vertical dividing plate body 150 is preferably formed with the same height and width as one side wall body 140a.

The horizontal dividing plate 160 is horizontally spaced apart from the horizontal bottom wall 140c, and both ends are connected to the lower side of the vertical dividing plate 150 and the lower side of the other side wall body 140b, and the horizontal dividing plate 160 is provided. The lower ends of the plurality of partition walls 210 constituting the oil-water derivative 200 are fixed to the upper surface of the water. In addition, the horizontal partition plate body 160 has a drainage hole 161 formed between the plurality of partition walls 210.

The body case 100 is divided into the water circulation area 170a, the filtering area 170b, and the circulation water collection area 170c by the vertical partition plate 150 and the horizontal partition plate 160 as described above.

The water circulation region 170a is formed between one side wall 140a and the vertical partition plate 150, and is a region where the water circulation device 400 is disposed. The filtering region 170b is formed between the vertical dividing plate body 150 and the other side wall body 140b, and is a region in which the water-derived derivative 200 is disposed. The circulating water collection area 170c is formed between the bottom wall 140c and the horizontal dividing plate 160, and is a region in which water introduced through the drain hole 161 formed in the horizontal dividing plate 160 is accommodated.

The running water derivative 200 is composed of a plurality of partition walls 210 that divide the air passage 130 of the body case 100 in the width (W) direction. Each partition wall 210 is vertically disposed along the longitudinal direction L of the main body case 100, and water flows along the surface of each partition wall 210.

Here, the upper portion of the partition wall 210 is formed as a concave surface 212, and water flowing from the water supply body 300 moves to the entire upper portion of the partition wall 210 and downwards along the entire surface of the partition wall 210. Make it fall. In addition, in the partition wall 210 according to an embodiment of the present invention, a plurality of grooves 211 are vertically spaced on both surfaces as shown in FIG. 3, and the partition wall 210 is moved to the top by the grooves 211. The downward drop of supplied water is induced smoothly and stably.

The water supply body 300 is disposed on the top of the water-based derivative 200, and supplies water to the water-based derivative 200. Here, the water supply body 300 according to an embodiment of the present invention is configured to include a main water supply unit 310 and a plurality of water input units 320 as shown in FIG. 4.

The main water supply unit 310 is made of a bar shape having a concave upper surface, and is disposed in a width (W) direction at a central portion in the upper longitudinal direction (L) of the air passage 130, and discharges water at a set interval. The ball 311 is formed. The nozzle 430 of the water circulation device 400 is disposed above the one end of the main water supply unit 310 to supply water.

The plurality of water input units 320 are disposed under each water discharge hole 311 of the main water supply unit 310. Here, the water inlet 320 is formed in a bar shape having a concave upper surface, and forms a water inlet hole 321 at a set interval. The plurality of water inlets 320 are disposed along the longitudinal direction L on the upper side of each partition 210 to inject water into the partition 210 through the water input hole 321.

The water circulating device 400 is installed in the main body case 100, and delivers water that has fallen to the inner bottom of the main body case 100 to the water supply body 300 for circulation. Here, the water circulation device 400 according to an embodiment of the present invention is configured to include a pump 410, a water circulation pipe 420, a nozzle 430.

The pump 410 is disposed under the water circulation area 170a and is installed in communication with the circulation water collection area 170c to pump water accommodated in the circulation water collection area 170c.

The water circulation pipe 420 is disposed vertically to the water circulation area 170a, one end of which is connected to the pump 410, and the other end passes through the upper portion of the vertical partition plate body 150 to filter the top of the filtering area 170b. Is placed on.

The nozzle 430 is formed at the other end of the water circulation pipe 420, and supplies water to the water supply body 300.

The fan 500 is disposed on the front surface 110 or the rear surface 120 of the main body case 100, and induces the inflow of external air, thereby causing dust contained in air passing through the air passage 130 as shown in FIG. Is to adhere to the water flowing through the partition wall 210 surface to be removed.

The circulating flowing water dust-absorbing air purifier 1 according to the embodiment of the present invention configured as described above is the width and length of the filtering area 170b communicating with the open front and rear surfaces 110 and 120 of the main body case 100. A partition wall 210 of a size fit to the partition wall 210 is spaced apart parallel to the direction of air movement, and the partition wall 210 is provided through the main water supply unit 310 and the water introduction unit 320 disposed above the partition wall 210 ) Water is introduced to the top, and water flowing along the surface of the partition wall 210 is collected into the circulating water collection area 170c on the lower side of the partition wall 210 separated from the filtering area 170b and the water circulation device 400 ) To provide a configuration for recirculating water to the main water supply unit 310 on the upper side of the partition wall 210, thereby simultaneously simplifying the configuration of the water filter and increasing the filtration efficiency. In addition, the circulating flowing water dust absorption type air purifier 1 according to an embodiment of the present invention is formed with grooves 211 vertically on the surface of the partition wall 210 through which water flows, and the downward drop of water supplied to the top of the partition wall 210 Since it is induced smoothly and stably, the filtration efficiency of the water filter can be further increased.

As described above, although the circulating flowing water dust-absorbing air purifier according to the embodiment of the present invention is illustrated in accordance with the above description and drawings, it is only for example, and is various within a range not departing from the technical spirit of the present invention. Those skilled in the art will appreciate that changes and modifications are possible.

1: Circulating flowing water dust absorption type air purifier
100: body case
110: front
120: rear
130: air passage
140a: one side wall body
140b: the other side wall body
140c: floor wall
150: vertical divider
160: horizontal partition plate
161: drainage hole
170a: Water circulation area
170b: filtering area
170c: Circulating water collection area
200: running water derivative
210: bulkhead
211: Home
212: concave
300: water supply
310: main water supply
311: water outlet
320: water inlet
321: water inlet
400: water circulation device
410: pump
420: water circulation pipe
430: nozzle
500: fan

Claims (5)

A body case 100 vertically disposed and formed with a width (W) and a length (L) in which the air passages 130 communicating with the open front and rear surfaces 110 and 120 are set;
The main body case 100 is composed of a plurality of partition walls 210 that divide the air passage 130 in the width (W) direction, and each partition body 210 is a longitudinal direction of the main body case 100 ( L) is disposed vertically along, the water-derived derivative 200 to flow water along the surface of each partition (210);
A water supply body 300 disposed on the top of the running water derivative 200 and supplying water to the running water derivative 200;
A water circulation device 400 installed in the main body case 100 and circulating water that has fallen to the inner bottom of the main body case 100 to the water supply body 300; And
It is disposed on any one selected from the front 110 and rear 120 of the main body case 100, and induces the inflow of external air, so that the dust contained in the air passing through the air passage 130 is the partition wall ( 210) circulating flowing water dust absorption type air purifier, characterized in that it comprises; a fan (500) to be adhered to and removed from the water flowing on the surface. According to claim 1,
The main body case 100 is provided with a vertical partition plate 150 spaced apart from the side wall body 140a and a horizontal partition plate body 160 horizontally spaced from the floor wall 140c,
A water circulation region 170a formed between the side wall body 140a and the vertical dividing plate body 150 and on which the water circulation device 400 is disposed;
A filtering region 170b formed between the vertical dividing plate body 150 and the other side wall body 140b, and in which the running water derivative 200 is disposed;
It is formed between the bottom wall (140c) and the horizontal dividing plate 160, circulating water collection area (170c) through which the water flowing through the drain hole 161 formed in the horizontal dividing plate 160 is accommodated; Circulating water and dust absorption type air purifier, characterized in that it is. According to claim 1,
The partition wall 210 is formed with a plurality of recesses 211 vertically spaced on both surfaces, and the downward flow of water supplied to the upper end of the partition wall 210 is induced by the recess 211. Dust absorption type air purifier. According to claim 1,
The water supply 300,
It is made of a bar shape having a concave upper surface, and is arranged in a width (W) direction at a central portion in the upper longitudinal direction (L) of the air passage 130, and a water discharge hole 311 is formed at a set interval. The main water supply unit 310;
It is arranged below the water outlet hole 311 of the main water supply unit 310, but is arranged along the longitudinal direction L on the upper side of each partition 210, and is formed in a bar shape having a concave upper surface. Circulating, flowing water dust absorption type air purifier, characterized in that consisting of a configuration comprising a; a plurality of water inlet (320) is formed with a water injection hole 321 at a set interval. According to claim 2,
The water circulation device 400,
A pump 410 disposed under the water circulation area 170a and installed to communicate with the circulation water collection area 170c;
The water circulation pipe 420 is disposed vertically in the water circulation area 170a and connected to the pump 410, and an end portion passes through an upper portion of the vertical partition plate 150 and is disposed at the top of the filtering area 170b. );
It is formed at the end of the water circulation pipe 420, the nozzle 430 for supplying water to the water supply body 300; Circulating water dust absorption type air purifier characterized in that it comprises a configuration.

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