KR100953473B1 - The constructable or separatable rainwater reservoir system for filtering remnants and purifying water - Google Patents

Abstract

PURPOSE: A detachable rainwater reservoir system for filtering various particles and purifying water is provided to effectively prevent river and underground water pollution by purifying a toxic pollutant. CONSTITUTION: A detachable rainwater reservoir system is composed as follows. A sump tank(1) is composed of an upper jaw(13), a drain hole(14), and a vertical permeation hole(15). A rainwater guide plate comprises a rainwater inlet and an incline. A grit chamber basket support(3) is formed inside the sump tank. A grit chamber basket(4) is formed in the grit chamber basket support. Hanging protrusions and filtering holes(401,401') are formed in the grit chamber basket.

Description

Constructor or Separatable Rainwater Reservoir System for Filtering Remnants and Purifying Water}

The present invention relates to a detachable compartment rainwater receiving system for effectively treating rainwater flowing into a drain.

The present invention is to pre-treat, such as filtering to filter, to purify and to utilize, before the rainwater flowing into the drain inlet drains into the sewer.

In the existing field, most of the rainwater is drained without a treatment device, and in some cases, the applicant of the present invention may mount a collecting basket produced by the present invention. However, even when the device is treated like the latter, the device to be attached remains at the level of the mesh that simply filters out debris such as fallen leaves and tissues.

This level of equipment and technology does not address the toxic pollutants introduced by initial rainwater, does not help improve the natural environment, and does not address the issues of flood mitigation and water recycling.

Environmental challenges that need to be improved require a well-being system with complexity, versatility and versatility. In other words, it is necessary to separate the contaminants to be filtered according to their properties, adjust their yields to precipitation, mitigate sudden flooding, purify toxic pollutants, and recycle water.

The removable storm receiver system according to the invention implements the function of automatically realizing this need when mounted as a set of sets.

In order to solve the problems of the present invention, first, by making an external basket made of synthetic resin, plastic, or metal of a material and shape suitable for the type of rain gutters currently installed on the site, and the sedimentation tank apparatus that can filter the contaminants therein; Purifiers that can filter out toxic pollutants from rainwater should be combined into a series of mechanisms. The silt basket is a synthetic resin with excellent elasticity, and the purifying substance may be made of a material such as activated carbon.

According to the detachable rainwater receiving system according to the present invention, it is beyond the conventional functions and effects of simply filtering contaminants, brings a variety of functions and multi-effects.

By selectively or all mounting fenders or fender bottoms in addition to the main basket, the filter can be selected according to the shape and shape of the contaminants. I can cleanse it. Toxic contaminants are usually introduced by initial rainwater, and solutions are provided by the present invention that can most effectively treat rainwater. This is a very effective measure against river pollution and groundwater pollution.

Even when heavy rain blows through torrential rains, it is helpful to prevent flooding because some rainwater is first drained by a pitcher and the excess water is discharged into the sewer passage.

Purified water can be treated for farming, horticulture, landscaping, roadside trees, etc., which can be an excellent countermeasure against water shortages and droughts.

In this way, rainwater gutters, which are essential for sewage systems, can be added with a small budget to save money, protect the environment, secure scarce water, and prevent flooding.

The present invention is to implement all the necessary functions in accordance with the needs of the environmental improvement of the times.

Hereinafter, the implementation and operation of the present invention will be described with reference to the accompanying drawings.

[Components of device]

Rain gutters are installed on the side of the road to allow rainwater to flow into the sewer. Rain gutters are made of concrete, synthetic resin, cast iron, etc. The present invention is applicable to both new and existing facilities. The surface of the rain gutter is covered with a metal grate plate, under which the removable rain gutter system of the present invention is mounted.

The detachable rainwater receiving system according to the present invention is largely composed of a water collecting device portion, a sedimentation device portion, a purifying and pitching portion 5, and a water collecting tank 6.

The main components of the water collecting unit are a water collecting container 1 and a rainwater induction plate 2. The sump (1) is a kind of large vessel that temporarily collects rainwater that has been buried on the roadside before it flows out into the sewer.
Components of the acupuncture device part include a needle basket (4), a needle basket (3), a fender 403, and a fender bottom plate 404. The sedimentation tank 4 is a manure basket for filtering contaminants introduced into the rainwater.
The purifying and pitching unit 5 includes a septic tank 52, a septic tank support 51, a septic tank base 53, a purifying material 522, a horizontal pitcher pipe 523, and a septic tank handle 524. Purification and permeable portion (5) serves as a water purifier for filtering the contaminants of the water flowing down from the settling device.
The sump (6) is a separate tank for receiving and storing the purified water.

When a conventional water collecting basin is installed on the side of the road, the rainwater induction plate 2 according to the present invention, the settling device part, the purification and permeation part 5, and the water collecting tank 6 are installed to complete the present invention. In the case where the usual water collecting container is installed on the side of the road, the present invention can be completed by using a water collecting device unit including the water collecting container 1 and the rainwater induction plate 2 according to the present invention.

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[Association between each component]

Figure 1a first shows the sump 1 shaped like a large square trash can mounted inside a roadside rainwater drain. As described above, the sump 1 is a kind of large bowl that temporarily collects rainwater that has been buried on the side of the road before it flows out into the sewer, and when viewed from the upper end of the sump 1, it is about 2 cm outward. You can see the protruding border, which is a handle that can lift or put down the sump.

The peculiarity of this sump (1) is that the vertical pitcher (15), which is a circular hole having a diameter of about 10 cm, is also drilled in the bottom, in addition to the drain (14) cylinder through which a large amount of water escapes. The vertical pitcher 15 is also a passage for supporting the purification and permeation unit 5 to filter out pollutants of rainwater, and to permeate the purified water underground. This is shown by E-> F in the flow chart of the rainwater of FIG.

The vertical pitcher 15, which is circularly drilled in the bottom of the water container 1, is a hole for vertically erecting a vertical and vertical cylindrical container 52 filled with the purification material 522 from the bottom and connecting the acupuncture device to the top thereof. to be. As shown in Figure 1a, the purifying container support 51 is firmly coupled to the rainwater pitcher 15. As shown in FIGS. 1A, 1B, and 2, the purification vessel holder 51 has a cylindrical shape of about 10 cm in height, which is drilled up and down, and is fitted into the vertical pitcher 15 at the bottom of the sump 1. At the same time, the upper side is a kind of fittings into which the septic tank 52 is seated.

The lower portion of the septic tank 52 is straightened vertically by relying on the lower portion of the septic tank 52. The lower part of the septic tank 52 is not simply a bore cylinder, but the lower stool cantilever seating jaw 521, which is a circular rim protruding about 1 cm inward, is formed at the bottom so that the lower stool can be seated 53. have.

As described above, the purifying container base 53 sitting on the bottom of the purifying container 52 is a flat disc having a plurality of purifying holes 531 which are holes of about 1 cm in diameter. The purifying container 52 in which the purifying container base 53 is seated is filled with purifying substances 522 such as tomina charcoal and porous activated carbon. And, as mentioned above, the upper end of the clarification tank 52 is formed with a recessed jaw basket seating jaw 520, which is a concave locking jaw so as to be seated. In addition, the purification container 52 has a wire-type purification container handle 524 that is lifted to facilitate separation and coupling.

In addition, a pretreatment filter is interposed between the upper end of the purifying and pitching unit 5 and the lower end of the needle bar basket support 3. That is, in order to improve the lifespan or performance of the purification tank 52, the pretreatment filter such as nonwoven fabric is seated on the weeding basket support seating jaw 520 formed at the upper end of the purification tank 52 in addition to the weeding basket support 3. It is preferable to remove the large floats or some large debris contained in the rain water by mounting. In addition, the nonwoven fabric is configured to be separated and replaced in the needle basket seating jaw 520 of the purifying tank 52, similar to the purifying tank 52.

The needle basket 3 seated on the upper part of the septic tank 52 has a concave shape as shown in FIGS. 1A to 3, and the needle basket 4 is seated on the recessed portion. And the square border of the top of the tide basket basket (3) has a large number of manure 311 of the bar-shaped strength toward the top. However, as illustrated in FIG. 1B, if necessary, the tide basket support 3 'of the form without the upper mandrel 311 may be used, and the rainwater induction of the form without the lower mandrel 211 may be used. The plate 2 'may be joined.

As shown in FIG. 1A, the tumble basket (4) is equipped with the trough (403) or the fender bottom plate (404) or the trough (403) as shown in FIG. 1A. ) And fender bottom plate 404 may be used.

Rainwater induction plate (2) is covered in the upper part of the sink basket (4) vertically supported from the bottom of the sump (1). The rainwater induction plate (2) has a cover for sitting on the upper jaw (13), which is the edge step formed in the upper end of the sump (1), the rainwater inlet 21 is formed in the center of the circular circle. The portion from the rectangular edge to the middle circular rainwater inlet 21 is slightly inclined downward to form an inclined surface 22. And the rainwater induction plate (2) is formed around the bottom of the circular circular inlet 21 in the center of the plurality of mandrel 211 of the rod-shaped force toward the bottom along the rim as shown in Figure 1a As shown in FIG. 1B, the shape 2 is used as the shape 2 'without the plurality of filter parts 211 downward.

In addition to the sump 1 and the devices mounted therein, there is a separate sump 400 device, which is a simple storage tank for receiving purified water separately installed outside.

[Operational relationship between each component]

As described above, the sedimentation unit and the purifying and pitching unit 5 coupled and mounted in the sump 1 have a mechanical action of simply filtering and purifying the incoming rainwater.

However, the matter to be noted here is the structure of the plurality of mandrel 311 upward of the tide tank basket support and the plurality of mandrel 211 downward of the rainwater induction plate 2 and its combination.

As shown in FIGS. 1A to 2, the rainwater flowing under the grate cover of the roadside drain is collected and flowed down to the middle circular rainwater inlet 21 due to the inclined rainwater induction plate 2. 4) You are going inside.

As shown in FIG. 1A, when only the silt basket 4 is mounted as shown in FIG. 1A, it is to filter out large debris such as wood debris or tissue and to discharge minute fines, and to the silt basket 4 as shown in FIG. When the fender 403 and the fender bottom plate 404 are equipped to filter out fine contaminants such as dirt.

The principle implemented as described above can be seen that the present invention is a device and structure for implementing a variety of manure functions by detachable coupling.

Another special feature is a horizontal pitcher tube 523 which is a horizontal tube which has a sideways passage from the lower part of the purification tank 52 which is vertically squeezed from the purification and pitcher 5. It is a device to send some of the purified water to some storage tanks without flowing them into the ground.

[Principle of function]

Figure 2 is a flow chart of the rainwater showing the flow in the removable rainwater receiving system according to the present invention rainwater pouring down the roadside drain.
Rainwater pouring down the roadside drain flows through the rainwater induction plate (2) covered on the top of the sump (1) as shown in Figure 2 (A) flows into the center and flows into the tide basket (4).

Rainwater at the beginning of the rainfall is filtered out of the silt basket (4), mudguard (403), mudguard base plate (404), and a large amount of rainwater, such as torrential rain, is collected in the silt basket (4) as shown in FIG. Overflows. The coarse contaminants of the overflowing rainwater are filtered by a plurality of ups and downs of the sedimentary basket support 3 facing each other and a plurality of ups and downs of the rainwater induction plate 2.

Rainwater at the beginning of the rainfall, which contains a large amount of pollutants, is mostly passed through the silt basket (4) as shown in (A)-> (E)-> (F)-> (G) of FIG. The heavy rainwater that penetrates between the purifying material 522 in the ground) and is pumped into the ground or the sump tank 6 and then rapidly blows down is settled as in the flow of (A)-> (B)-> (C) of FIG. The basket 4 and the sump 52 flow over and fall into the sewer 14.

Another embodiment according to the present invention is characterized in that the needle basket 4 and the purification device 30 are formed in parallel as shown in Figs.

That is, the sump (1) is the upper opening and the upper jaw (13) is formed on the upper inner circumference, the drain 14 is formed on one side and the horizontal pitcher 16 is formed on the other side; A rainwater induction plate (2) seated on the upper jaw (13) of the sump (1) and having a rainwater inlet (21) formed in the center thereof and forming an inclined surface (22) toward the rainwater inlet (21); The rainwater induction plate 2 of the rainwater inlet 21 of the rain inlet 21 is provided with a space with the rainwater induction plate 2, the upper space is formed with one side wall of the sump (1) and the other three An upper plate 406 is formed to be in close contact with the side wall, and a needle basket insertion hole 43 is formed on the left side of the upper plate 406 in the same line as the rainwater inlet 21, and an upper end of the needle basket insertion hole 43 is formed. In the inner periphery, the needle basket jaw 431 is formed, and a plurality of filter protrusions 432 are formed on the upper right side of the needle basket insertion hole 43 and a blocking wall 433 is formed on the upper left side. A plurality of filter protrusions 432 'are formed at an upper end of the barrier wall 433, and a purifier inserting hole 44 is formed at a right side of the upper plate 406, and an upper inner circumference of the purifier inserting hole 44 is formed. A purifier seating jaw 441 is formed in the purification plant The tubular purifier inserting cylinder 45 is extended to the lower side of the seating jaw 441, and the lower end of the purifier inserting cylinder 45 is provided with a needle basket-purging device supporting protrusion 46. 40); It is inserted into the needle basket insert port 43 of the needle basket-purifier device 40, and is spread over the needle basket seating jaw 431, the locking jaw (402 ') is formed on the outside on the top and bottom A needle basket (4) having a plurality of manholes (401, 401 ') formed on the side and the side; Over the purifier seating jaw 441 of the purifier inserting port 44 of the needle basket-purifier support 40, the locking jaw (402 ") is formed on the outer side at the top and bottom and side A plurality of purifying holes 301 are formed and a purifying device 30 filled with a purifying material therein, and an upper end of the purging device 301 is fitted to the fitting protrusion 46 of the stem basket-purging device support 40 and a lower end thereof. It is characterized in that it consists of a horizontal pitcher 47 of the "L" shaped to be fitted into the horizontal pitcher 16 of the sump (1), the rain water discharged through the purifier 30 is drained.

According to this, the contaminants contained in the rainwater flowing into the tide basket (4) primarily by the rainwater induction plate (2) that the rainwater forms an inclined surface is caught in the tide basket (4) and the rainwater overflows the After being introduced into the purification device 30 and purified, the water is discharged through the horizontal pitcher 47, and when a large amount of rainwater is introduced at a time, such as torrential rain, the rainwater overflows the silt basket 4. The coarse contaminants included in are caught by the plurality of filter parts 432 and 432 'and a part of the rainwater flows into the purification device 30 and a part of the rainwater is lowered beyond the blocking wall 43 and the sewer 14 ).

In addition, according to the present invention, the removable rainwater receiving system having the manure, purification, pitching, storage function, the silt basket 4 is the outer side of the first needle basket 41 and the inner side of the second needle basket 42 Is formed in a dual structure, the first needle thread basket 41 is formed in a through shape with the upper and lower openings, the lower end of the first needle thread basket 41 of the plurality of filter holes 412 The plate-shaped first needle thread basket bottom plate 411 is coupled to be detachable, the second needle thread basket 42 is formed in a through shape of the upper and lower openings and a plurality of filter holes 420 in the side portion It is formed, and the lower part of the second needle thread basket 42 is characterized in that the second needle needle basket 421 is formed to be detachably coupled to the plurality of filter holes 422 are formed.

According to this, according to the flow rate of the rain water to use both the first needle basket (41), the second needle basket (42) or the first needle basket (41) and the second needle basket (42) do. The first needle bar basket bottom plate 411 and the second needle bar basket bottom plate 421 are also detachable and thus used according to the flow rate of the incoming rainwater.

On the other hand, the present invention has been listed the best configuration of the present invention, but is not limited to this, it can be considered that changes to the configuration described before it can be practiced without departing from the scope of the appended claims.

Applicants of the present invention developed and delivered to the rain gutter and the settling device that is used in the field can be confirmed in the attached pictures separately. The present invention is a new concept system that has been improved in many angles to solve the shortcomings and limitations of existing products.

Figure 1a is a perspective view in the middle longitudinal section of the present invention.
1B is a central longitudinal cross-sectional perspective view of another embodiment of the present invention.
2 is a flow chart of the rainwater of the present invention.
3 is an exploded perspective view of the present invention.
Figure 4 is an exploded perspective view of another embodiment of the needle basket of the present invention.
Figure 5 is a central longitudinal cross-sectional perspective view of another embodiment of the present invention.
Figure 6 is an exploded perspective view of another embodiment of the present invention.

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Description of the Related Art

1. Reservoir 13. Upper Jaw
14. Sewer 15. Vertical pitch
16. Horizontal pitcher
2. Rainwater Induction Plate 21. Rainwater Inlet
211. Filter wall 22. Slope
3. Tide tray basket 31. Top plate
311. Filter strip 32. Insertion of basket
33. Settlement basket of the tide basket 34. Body of the tide basket
35. Fitting protrusion
4. Tide baskets 401, 401 '. Manure ball
402. Hanging Jaws 403. Mudguards
404. Mudguard base 405. Fine holes
5. Purification and Pitcher 51.
511. Septic container seating jaw 512. Fitting protrusion
52. Purification container 520. Settlement basket
521. Purification base support seat 522. Purification material
523. Horizontal pitcher pipe 524. Septic bottle handle
53. Purifier Underlay 531. Purifier
6. sump tank
30. Purifier 301. Purifier
40. Settlement basket-purifier support
401, 401 '. Manure ball 402 ', 402 ".
406. Tops
41. 1st needle basket 411. 1st needle basket
412, 422. Manure ball
42. Second basket of needles 421. Second basket of needles
43. Insertion slot of grommets basket
432, 432 '. Filter wall 433. Barriers
44. Purifier insert 441. Purifier seating jaw
45. Purifier Insert 46. Fitting Part
47. Horizontal Helmet
50. Grating

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A. Rainwater flows through rainwater induction plates into stormwater inlets and into the silt basket.
B. Rainwater flows over the basket and the sump.
C. Flow of rainwater falling into sewers.
D. Flow of rainwater that is pitched horizontally after purification.
E. Stream of Rainwater Purified.
F. Rainwater flows vertically after purification.
G. Rainwater flow into the sump after the pitch.

Claims (10)

An upper opening, an upper jaw 13 formed at an inner circumferential edge thereof, a sewer 14 formed at a side thereof, and a water collecting container 1 having a vertical pitcher 15 formed at a bottom thereof; A rainwater induction plate (2) seated on the upper jaw (13) of the sump (1) and having a rainwater inlet (21) formed in the center thereof and forming an inclined surface (22) toward the rainwater inlet (21); The rainwater induction plate 2 of the rainwater inlet 21 is provided with a space between the rainwater induction plate 2 and the lower side, the upper side of the water collecting chamber (1) has a space and the other both sides A top plate 31 is formed to be in close contact with the wall. In the center of the top plate 31, a needle basket insertion hole 32 is formed in the same line as the rainwater inlet 21, and an upper end of the needle basket insertion hole 32 is formed. In the inner periphery, a needle basket jaw (33) is formed, the tubular needle basket support body 34 of the tubular shape is extended to the lower side of the needle basket seating jaw (33) and the needle basket (34) At the bottom of the fitting protrusion 35 is formed a needle basket (3) extending; Inserted into the needle basket insert port 32 of the needle basket (3) to be spread over the needle basket seating jaw 33, the locking jaw 402 is formed on the outside on the top and bottom and side A needle basket (4) in which a plurality of manholes (401, 401 ') are formed; The upper end is fitted to the fitting protrusion 35 of the needle basket 3 and the lower end is fitted to the vertical pitcher 15 of the sump (1), the vertical pitcher (15) On the inner periphery of the lower end is connected to the purse tank seating jaw 511 is formed and the fitting protrusion 512 is formed to extend to the lower side of the purse tank seating jaw 511 and the purse tank holder 51, Fitted and formed in a through shape of the upper and lower openings, and the upper inner circumference of the needle stem seating jaw 520 is formed, the lower inner circumference is formed of the purifying container base seating jaw 521 is formed inside the purifying material 522 Purification and permeable part 5 consisting of a purifying container 52 filled with a disk-shaped purging container base 53 having a plurality of purifying holes 531 seated on the purifying container base seating jaw 521 of the purifying container 52. By various particles, characterized in that consisting of Function names and the number of removable solid-receiving system control, purification and pitching action. The method of claim 1, The rainwater induction plate (2) is characterized in that a plurality of mandrel 211 is formed at the edge of the rainwater inlet 21 to the bottom of the various particles of manure function and quantity control, purification and water-repellent excellent receiving system. The method of claim 1, The tide tank basket support (3) is characterized in that a plurality of mandrel 311 is formed on the edge of the top plate 31, the separation function of the various particles, and the amount of water removal, purification and water permeability excellent water receiving. system. The method of claim 1, The silt basket 4 has a cylindrical fender 403 having an upper and lower portions opened to close the plurality of filter holes 401 'formed at the side of the silt basket 4, or the silt basket 4 Micropores 405 having a smaller size than the plurality of filter holes 401 formed on the bottom surface of the needle basket 4 is formed to partially close the plurality of filter holes 401 formed on the bottom surface of the Disc-shaped fender bottom plate 404 is selectively fitted, or both the fender 403 and the fender bottom plate 404 is fitted with a variety of particle filtering and quantity control, purification and water permeation Detachable rain receiving system. The method of claim 1, The fitting protrusion 35 and the purifying container 52 of the acupuncture needle basket 3 are coupled to each other by about 10 cm, so that the needle basket 3 is pulled up or down. Removable rainwater receiving system of various kinds of manure function, quantity control, purification and water permeation, characterized in that height adjustment is possible. The method of claim 1, The sump (1) is a horizontal pitcher 16 is formed on the other side and the horizontal pitcher (523) is formed at one side of the lower side of the purifying tank (52) is the horizontal pitcher ( 16) Removable rainwater receiving system of various kinds of manure function, quantity control, purification and water permeation, characterized in that it is fitted to the 16). The method of claim 1, The purifying material (522) is a basket or bag type so that it is easy to replace, characterized in that the separation function for each particle and quantity control, purification and water-repellent excellent receiving system. The method of claim 1, Between the upper end of the purification and permeable part (5) and the lower end of the needle basket (3), the pre-treatment filter is interposed so as to replace the various particle-specific manure function and quantity control, purification and removal of the water permeation Excellent receiving system. An upper opening and an upper jaw 13 formed at the upper inner circumference thereof, and a sewer 14 is formed at one side thereof, and a horizontal pitcher 16 is formed at the other side thereof; A rainwater induction plate (2) seated on the upper jaw (13) of the sump (1) and having a rainwater inlet (21) formed in the center thereof and forming an inclined surface (22) toward the rainwater inlet (21); The rainwater induction plate 2 of the rainwater inlet 21 of the rain inlet 21 is provided with a space with the rainwater induction plate 2, the upper space is formed with one side wall of the sump (1) and the other three An upper plate 406 is formed to be in close contact with the side wall, and a needle basket insertion hole 43 is formed on the left side of the upper plate 406 in the same line as the rainwater inlet 21, and an upper end of the needle basket insertion hole 43 is formed. In the inner periphery, the needle basket jaw 431 is formed, and a plurality of filter protrusions 432 are formed on the upper right side of the needle basket insertion hole 43 and a blocking wall 433 is formed on the upper left side. A plurality of filter protrusions 432 'are formed at an upper end of the barrier wall 433, and a purifier inserting hole 44 is formed at a right side of the upper plate 406, and an upper inner circumference of the purifier inserting hole 44 is formed. A purifier seating jaw 441 is formed in the purification plant The tubular purifier inserting cylinder 45 is extended to the lower side of the seating jaw 441, and the lower end of the purifier inserting cylinder 45 is provided with a needle basket-purging device supporting protrusion 46. 40); It is inserted into the needle basket insert port 43 of the needle basket-purifier device 40, and is spread over the needle basket seating jaw 431, the locking jaw (402 ') is formed on the outside on the top and bottom A needle basket (4) having a plurality of manholes (401, 401 ') formed on the side and the side; Over the purifier seating jaw 441 of the purifier inserting port 44 of the needle basket-purifier support 40, the locking jaw (402 ") is formed on the outer side at the top and bottom and side A purification device 30 in which a plurality of purification holes 301 are formed and the purification material is filled therein; An upper end is fitted to the fitting protrusion 46 of the needle basket-purifier 40 and the lower end is fitted to the horizontal pitcher 16 of the sump 1 to purify the device 30. Rainwater is discharged through the "L" shaped horizontal permeable pipe 47 is characterized in that it consists of a variety of manure function and quantity control, purification and water-repellent excellent receiving system. 10. The method of claim 9, The needle basket (4) is composed of a first needle basket (41) on the outside and the second needle basket (42) on the inside is formed in a dual structure, the first needle basket (41) is up and down Is formed in a penetrating opening shape, the lower plate 411 of the plate-shaped first needle thread basket 411 is formed to be detachably coupled to the lower end of the first needle basket (41), The second needle thread basket 42 is formed in a through shape of the upper and lower openings, a plurality of filter holes 420 are formed on the side portion, a plurality of filter holes 422 on the lower end of the second needle needle basket 42 2) The second settlement basket bottom plate 421 is formed to be detachably coupled, characterized in that the separation function of each particle and the quantity control, purification and water-repellent excellent receiving system.

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