KR20080004141A - The primary stage rainwater managemnt and high clean water potration system - Google Patents

Abstract

      According to the present invention, various pollutants deposited on road surfaces such as fuel combustibles, tire wear dust, snow decontamination and sand, rainwater, anti-hardening agent, dumping, and garbage, etc. It is prevented from flowing directly into the water, and polluted water, which is a non-point pollutant composed of toxic substances, chemicals, pesticides, heavy metals, fallen leaves, soils, scattering dust, and pollutants according to industrial activities, is purified by clean water. It is related to the device made to be used for the purification by the initial excellent treatment facility for flowing into the river or river. The advanced water filtration treatment is a simple water supply facility for the water supply (valley water, spring water, and river water). In order to purify the filter sequentially, One will.

      The present invention excellent water treatment facility to prevent the contaminated water flows to the river or river as it is during the rainy season during the road, long bridge, elevated bridge, public parking lot in the city, park parking lot Water entered into the sedimentation key and passed through the primary screen in the filter is highly treated in the sand (granular activated carbon), and water removed from the soil, dust and trash passes through the secondary screen and is filtered through coarse sand (biosa) and the third screen is filtered. It is filtered through Gina Sjagal (size of Germanium stone 15-25mm) and purified through the 4th screen through Prince Galgal (size of Germanium stone 30-50mm), which aims to stably send clear and clean water to rivers or rivers. The high-purity filtration system has four stages at the top of the filter to sequentially filter the natural water flowing from the valley or river. It is manufactured to have excellent durability by filtering water with sand and filter sand. Also, in the filter sand (gravel) in the inside of the filter, dust and debris, such as foreign matter, can be found in the filter sand (sand and granular activated carbon, bio sand). To clean the inside of the strainer if it is very dirty or has high water turbidity, close the settling valve and open the cap to connect the bellows (vinyl hose). Open the strainer lid and insert the hose into the strainer. Next, close the filtration valve, close the overdrain pipe, open the backwash valve, fill the filter with water, and open the wastewater sludge valve.Then, repeat the process two or three times to clean the inside of the filter automatically. Filtration facility with cleaning function. Foreign substances or debris are collected in the wastewater sludge chamber and are discharged to the outside through the wastewater sludge pipe.

      After cleaning, lock the backwash valve to its original state, open the settling valve, close the overdrain valve, and open the filtration valve to return to the original state and filtered water goes out.

      Even in the early excellent facility treatment system, roads, parks, public parking lots, overpasses, bridges, etc., are not only threatening environmental pollution as water flows down rivers and rivers, but also threatens the ecosystem. In the high water filtration process, it is not only inappropriate for drinking water to supply residents with fresh water that flows into the drainage tank without filtering the water flowing from the valley water, river water, or spring water, but also becomes depleted due to indiscriminate groundwater development over time. As a facility to prevent this, an advanced water purification facility is needed.

      In order to achieve the above purpose, storm pipe (raw water) (1) and storm pipe valve (raw water) (2) are formed, and storm water (raw water) (1) in the precipitator (3) is sand, dust, Foreign matter is deposited and the precipitated water enters the filter (29) through the strainer (4). Water entering the upper part of the filter 29 passes through the primary screen 14 and is filtered through sand (granular activated carbon 2 mm to 4 mm) 15 and passes through the secondary screen 16 to coarse sand (biosa 1 mm to 5 mm) (17 ), The secondary filtration process in the water and passed through the tertiary screen (18) is filtered through the fourth screen 20 through the third filtration process in the elementary galaxies (germanium 15mm ~ 25mm) (19), the prince (gallium 30mm ~ 50mm) (21) and the fourth filtered water is then passed through the fifth screen (22) to the purified water through the filtration tube (27). The filter (29) is made in a circular shape, and normally, only the wastewater sludge (24) valve is opened, and the debris and foreign matters from the filter filtration or filter sand are leaked out. When the filter is clogged and water does not come out and the water overflows into the overdrain tube (30), open the filter cap (13) and connect the bellows (vinyl hose) (9) to the backwash tube (32) and into the filter (29). Put in the hose.

      When the sedimentation valve (7) is closed, the backwash valve (8) is opened, the filtration valve (28) is closed, and the wastewater sludge valve (24) is opened. The filter is automatically cleaned inside as it exits to the outside through 23).

     In the upper part of the filter, if a person cleans the inside of the primary screen with water from the hose, the inside of the filter can be cleaned and installed to supply clean and clean water.

Description

     The initial stage rainwater managemnt and high clean water potration system

          1 is an installation of the filtration function according to the invention,

          2 is a cross-sectional view A1 of the filter according to FIG. 1.

          1) Excellent pipe (raw water (150mm ~ 900mm)

          2) Storm pipe valve (raw water)

          3) Precipitator

          4) strainer (wire mesh 0.1mm ~ 0.4mm)

          5) Filtration filter (membrane filter, adsorption cloth)

          6) Precipitator Lid

          7) Settling valve

          8) Backwash Valve

          9) Java Lahose (vinyl hose)

          10) Spigot

          11) Clip (Hose Connection)

          12) filter handle

          13) filter lid

          14) Primary screen (hole size 0.1mm ~ 0.5mm)

          15) Sand (Granular activated carbon, filtered sand 2mm ~ 4mm)

          16) Secondary screen (hole size 1mm ~ 2mm)

          17) Coarse sand (bio yarn, filtered sand 1mm ~ 5mm)

          18) 3rd screen (hole size 10mm ~ 15mm)

          19) Sorgal (germanium stone, filter fern 15mm ~ 25mm)

          20) 4th screen (hole size 15mm ~ 30mm)

          21) Prince Gal (Germanium Stone, Filter Jar 30mm ~ 50mm)

          22) 5th screen (hole size 20mm ~ 25mm)

          23) Wastewater Sludge Pipe

          24) Wastewater Sludge Pipe Valve

          25) Screen pillar

          26) Sludge Room

          27) filtration tube

          28) Filtration valve

          29) filter

          30) Over Drain Pipe

          31) Over Drain Valve

          32) Back wash tube

      The present invention is an initial excellent treatment system to remove contaminants that are non-point pollutants, and the water coming through the rain pipes for the purpose of filtration and purification facilities passes through the settler into the filtration tank and passes through the filter sand and filter filtration to purify in four stages. It is purifying with clean water, and high water filtration treatment is related to the device made to be used semi-permanently by filtration and purification in four stages with a simple water supply facility (groundwater, valley water, spring water, river water) for waterworks.

      In general, during rainy seasons such as roads, long bridges, overpasses, urban areas, public parking lots, and park parking lots, contaminated water flows down rivers and rivers, causing enormous obstacles to environmental pollution. In general, the filtration system is often blocked because only the gravel is filtered into the concrete tank. The present high water filtration device is attached with five screen plates from the upper part of the filter, and it is filtered in four stages, and the lower part has a sludge chamber so that the wastewater sludge is discharged to the outside through the sludge pipe. To cleanse.

      This initial water treatment facility system and advanced water purification facility are equipped with perfect filtration and water purification functions. Water from the rainwater pipe passes through the primary screen into the filter through the sedimentation basin, and the water is removed from the sand (granular activated carbon). Filter on sand (Biosa), pass through tertiary screen, filter with sorbite (size of germanium stone about 15-25mm), and purify through 4th screen with prince brown (size of germanium stone about 30-50mm). Its purpose is to reliably flow water to rivers or rivers, and the advanced purified water filtration device is filtered through filter sand and filter sacks in four stages at the top of the filter to sequentially filter the natural water flowing from the valley, spring water, and stream. It is recommended to use a filtration and purification device that can be used semi-permanently so that there is no disruption to the clear water supply by the way the water is purified. It will bring economic benefits.

      In order to achieve the above object, the present invention is a characteristic of the configuration configured by the accompanying drawings [1] is a sectional view of the filtration function according to the invention [FIG. 2] A1 cross-sectional view of the filter according to [1] As the settler is rectangular (circular) and circular, the filter 29 is manufactured from the primary screen 14 to the fifth screen 22 in a constant size from the top to the bottom, and the filter sand and the filter saree at each stage of the predetermined section. Put the first stage sand (15), the second stage coarse sand (17), the third stage sojagal (19) Put the fourth stage prince galley (21), install it, and settle the precipitator (3) (raw water 150mm ~ 900mm) (1) If the rainwater (raw water) (2) pipe valve coming into the pipe is installed and the rainwater (raw water) (1) overflows from the filter, open the overdrain pipe (31) valve and it will go out. Then, when the wastewater sludge pipe 24 is opened, the wastewater sludge goes out so that the lower sludge chamber 26 of the filter 29 is automatically cleaned.

      In addition, the first stage of filtration the first stage sand (15) filtration the second stage coarse sand (17) the filtration stage 3 sojagal (19) filtration the fourth stage prince galley (21) to fill a certain amount to the top height and then the precipitator (3) installed It is a stormwater treatment facility and an advanced water purification system.

      As shown in Fig. 1 and Fig. 2 with the filter filtration saree (germanium stone) and the filtration sand (biosa, granular activated carbon) of the present invention configured as described above, roads, pole bridges, urban parks, public parking lots In the rainy season, contaminated water enters the settler (3) to filter debris and debris, enters into the filter, and is filtered. It's possible.

      As a function of the filtration function as described above, the incoming water is automatically filtered through the first, second, third and fourth stages of filtration, and fallen leaves, foreign matters and garbage are precipitated in the sedimenter, and fine dust and turbidity are discharged from the wastewater. Enter the sludge chamber and open the waste water sludge tube to remove it automatically. Therefore, by installing an initial excellent treatment facility and an advanced water purification device, it will lead the preservation of the natural environment, and will greatly contribute to saving the ecosystem, saving rivers, rivers and seas and handing it to descendants without damaging the beautiful land. It is an early stormwater treatment facility and an advanced water purification facility that can reduce the budget.

Claims (3)

      The rectangular (circular) settler (3) removes debris and debris from the filter screen (4) and removes debris from the filter screen (4). To clean the filter (29), open the backwash valve (8) and remove the stopper (10). Connect the hose (9) to the backwash tube (32) with the clip (11) to open the strainer cap (13) and put the hose. Then, after the settling valve (7) is closed, rainwater (raw water) enters the filter. Lock the filtration valve (28) and open the wastewater sludge tube valve (24). The internal cleaning of the filter is automatically processed, and the filter is cleaned to supply clear water. As a round, a filter 29 of a certain size enters the upper end and is filtered through sand (granular activated carbon) 15 through the primary screen 14 and then through the secondary screen 16 in coarse sand (biosa) 17. Secondary filtration and the water passed through the tertiary screen 18, the guagal (germanium) (19), the third filtration is passed through the fourth screen 20, the fourth in the prince (germanium) 21 The initial water treatment system and the advanced water filtration system in which the filtered water is purified through the filtration pipe 27 through the fifth screen 22 again. The filter 29 of a certain standard is circular in the first, second, third, and fourth stages, and is completely filtered with the filtration sand and filter sari, and only the wastewater sludge pipe valve is opened. Filter device which cleans inside of filter by automatic treatment

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