KR100871717B1 - Eco case for water purification with accumulated micro organism - Google Patents

Abstract

An eco-crib for water purification using concentrated microorganisms is provided to purify water by microorganisms, and induce steady growth of aquatic plants and provide aquatic organisms with habitats and spawning grounds, thereby exhibit ecological functions. An eco-crib(10) for water purification using concentrated microorganisms comprises a frame assembly(11), a ceramic molding-filled stone(12), a natural stone-filled stone(13), and a planting plate. The ceramic molding-filled stone is filled in the crib together with the natural stone-filled stone to function as a weight which allows the crib to be settled at the edge of the water. The ceramic molding-filled stone is formed by mixing 80 wt.% of loess, 10 wt.% of calcium carbonate, 5 wt.% of wooden powder, and 5 wt.% of an inorganic binder, molding the mixture into a lump, and baking the lump.

Description

Ecological framework for water purification using concentrated microorganisms {ECO CASE FOR WATER PURIFICATION WITH ACCUMULATED MICRO ORGANISM}

The present invention relates to an ecological framework for water purification using concentrated microorganisms, and more particularly, it is possible to purify water quality by filling microorganisms inoculated and propagated with ceramic filling stones inoculated with microorganisms capable of purifying water inside the frame assembly. The present invention relates to an ecological framework for water purification using concentrated microorganisms that exert ecological functions such as inducing stable growth of aquatic plants and providing habitats and spawning places for aquatic organisms by installing a plant plate capable of swelling aquatic plants.

Watersides such as rivers, reservoirs, and lakes maintain a complex waterside ecosystem with diverse land and aquatic life.

These waterside ecosystems are well maintained without artificial damage in undeveloped mountain valleys, but urban rivers and rivers are retained by concrete blocks or cement for water pollution or disaster prevention by urban sewage. As a result, the ecological function of living organisms is completely destroyed, and the self-cleaning function of rivers is rapidly deteriorating.

In order to solve the above problems, a natural stone or blasted stone frame is installed in the water receptacle of the reservoir or the lakeside, and many efforts are made to restore the natural river.

Most of the conventional room frame is installed in order to prevent erosion in the reservoir and fill the filling stone inside the room frame has a structure that induces vegetation rooting by laying a reed mat, vegetation roll, coconut fiber mat, coir roll on the top.

However, domestic rivers have a problem that the riverbed is so large that water sources are depleted during the dry season, resulting in the loss of vegetation planted in the room.In addition, the filled stone inside the room consists mainly of blasted stones that have blasted natural stones. Not only this was not fully exhibited, but also did not play a role as a spawning habitat for aquatic organisms such as fish, but had only a function as an eroding stable structure.

The present invention was conceived by recognizing the above point is an object of the present invention by filling the interior of the frame assembly with a ceramic shaped filling stone inoculated propagation of microorganisms capable of purifying water as well as natural stone filling stone made of natural stone to the microorganisms. It is to provide an ecological framework for water purification using concentrated microorganisms to purify the water quality.

In addition, another object of the present invention is to install a plant plate that can be aquatic plants in the lower part of the frame assembly to induce a stable growth of the aquatic plants and provide a habitat and spawning aquatic organisms such as enriched microorganisms exhibiting the ecological function To provide an ecological framework for water purification using.

In order to achieve the above object, the ecological framework for water purification using the concentrated microorganism according to the present invention, in the water purification ecological framework using microorganisms installed in the waterfront to prevent scouring of the waterfront and to purify the water quality by the microorganism. In order to mix and assemble the frame assembly assembled in the shape of rectangular parallelepiped and cross-section and vertical tree, ocher, calcium carbonate, wood flour and inorganic binder, form into agglomerate and fire, inoculate and propagate Bacillus or Rhodobacter. It characterized in that it comprises a ceramic-formed filling stone to be filled in the interior of the frame assembly, and mixed with the ceramic-formed filling stone or natural stone filling stone to be filled in the upper portion is filled with the ceramic molded filling stone.

In addition, the water purification ecological framework using a microorganism according to the present invention, characterized in that the pothole is formed to be inserted into the waterfront port in which the aquatic plants are planted is installed is further comprising a planting plate coupled to the lower portion of the frame assembly.

The ecological framework for water purification using the concentrated microorganism according to the present invention by the above configuration is filled with a natural-filled stone made of natural stone, as well as the inoculated breeding ramic shaped filling stone inoculated with microorganisms capable of purifying water in the interior of the frame assembly. It has the advantage of being able to purify the water quality.

In addition, the ecological framework for water purification using the concentrated microorganism according to the present invention is installed in the lower part of the frame assembly forming the appearance of the frame to install a plant plate that can aquatic plants to induce stable growth of aquatic plants and inhabit aquatic organisms And it has the advantage of exerting an ecological function, such as providing a spawning point.

Hereinafter, with reference to the embodiment shown in the drawings will be described in more detail the ecological framework for water purification using the concentrated microorganism according to the present invention.

1 is a perspective view showing an ecological framework for water purification using a concentrated microorganism according to an embodiment of the present invention, Figure 2 is an exploded perspective view showing an ecological framework for water purification using a concentrated microorganism according to an embodiment of the present invention, Figure 3 is a cross-sectional view showing a state in which the ecological framework for water purification using the concentrated microorganism according to an embodiment of the present invention is installed on the waterside.

The ecological framework for water purification using concentrated microorganisms according to the present invention is installed in the waterfront to prevent scouring and to purify the water quality by microorganisms.

Referring to the drawings, the water purification ecological framework 10 using microorganisms according to an embodiment of the present invention is a frame assembly 11, ceramic molded filling stones 12, natural stone filling stones 13, planting plate 14 It is configured to include.

The frame assembly 11 is a structure for forming the overall frame of the frame 10 is formed by weaving alternately zigzag in the room. Referring to the drawings, the frame assembly 11 is a structure in which the cedar wood 111 and the crosswood 112 are alternately stacked and assembled into a rectangular parallelepiped shape. That is, the frame assembly 11 has a pair of longitudinal trees 111 placed at the bottom thereof so as to face each other, and a pair of horizontal trees 112 are disposed at the top thereof. The ends of the have overlapping structures. The vertical tree 111 and the tree 112 are alternately stacked repeatedly. As described above, the ceramic molded filling stones 12 and the natural stone filling stones 13 are filled in the frame assembly 11 assembled into the rectangular parallelepiped shape.

The ceramic molded filler 12 is filled in the interior of the frame 10 together with the natural stone filler 13 to serve as a weight to allow the frame 10 to be fixed in the water. The ceramic molded filler 12 is formed by mixing 80% by weight of ocher, 10% by weight of calcium carbonate, 5% by weight of wood powder, and 5% by weight of an inorganic binder into a lump and baking. The ceramic molded filler 12 preferably has a lump size of a size that is filled in the frame assembly 11 does not fall out. In particular, the present invention can be prevented fish disease of aquatic organisms by molding the ceramic-formed filling stone 12 as the main component ocher.

On the other hand, the present invention is characterized by inoculating and propagating the microorganisms capable of purifying the water quality of the water in the ceramic molded filler 12. That is, the present invention utilizes the microorganism adhesion characteristics of the ceramic molded filler stone 12 formed by mixing the inorganic binder with the main component of ocher, calcium carbonate and wood powder so that the ceramic molded filler stone 12 serves as a carrier of the microorganism. This is characterized in that the water quality can be purified. Ceramic-formed filling stone 12 formed as described above is a carrier to which microorganisms are attached, the specific surface area is large and physically and chemically stable, and the microbial membrane is thinly formed, and the micropores are continuously connected to each other. It can be easily attached and grown to improve treatment efficiency for water purification. As microorganisms capable of purifying water, Bacillus bacteria and / or Rhodobacter bacteria are used. The ceramic-filled filled stone 12 inoculated with concentrated bacillus bacteria has an excellent ability to decompose organic matter into carbon dioxide and water, and ingests phosphorus as a limiting factor of growth, thereby removing organic matter and removing phosphorus. The ceramic-formed filling stone 12 inoculated with so-called red fungus is capable of removing nitrogen oxides through photosynthesis.

In particular, according to the present invention, the microorganism strains are activated in the ceramic-formed filling stone 12 inoculated with the concentrated microorganism according to the contaminated degree of water to purify the contaminants, and the expanded microorganisms are attached to the ceramic-molded filling stone 12 again. When the microbial strain is too dense, it is discharged into the water in the form of free microorganisms to purify the water by itself and fed by the homogenous frankton by the food chain, so that the number of microbial strains is naturally regulated. There is a characteristic.

The natural stone filling stone 13 is filled in the frame assembly 11 to prevent the loss of the frame 10 by adding the weight of the frame 10 together with the ceramic molded filling stone 12. In the figure, an example in which the natural stone filling stone 13 is filled on the upper portion of the ceramic molded filling stone 12 is illustrated. The natural stone filling stone 13 may be mixed and filled together with the ceramic molding filling stone 12. .

The planting plate 14 is intended to facilitate the attachment of aquatic plants (P) such as pussy willow, fan iris, irises, etc. down the ground. Referring to the drawings, the planting plate 14 is formed with a port hole 141 for inserting the waterfront port 15 in which the aquatic plant (P) is planted is coupled to the lower portion of the frame assembly (11). The aquatic plants (P) planted in the planting plate can stably form a plant population of a certain size even in the early stages of rooting, not only prevent the disturbance of the surrounding ecosystem, but also there is no fear of loss during flooding.

Water purification ecological framework 10 using the microorganism according to an embodiment of the present invention configured as described above is installed in the water, the lower part of the room 10 is filled with sandstone (R), the room 10 and the slope ( Between S) is filled with a nonwoven fabric (C) and a dead stone (R) for preventing the soil loss of the inclined surface (S). A nonwoven fabric or the like may be installed on the upper part of the frame 10 installed as described above so that the waterside plant P ′ may be vegetated.

1 is a perspective view showing an ecological framework for water purification using concentrated microorganisms according to an embodiment of the present invention.

Figure 2 is an exploded perspective view showing an ecological framework for water purification using concentrated microorganisms according to an embodiment of the present invention

3 is a cross-sectional view showing a state in which the ecological framework for water purification using concentrated microorganisms according to an embodiment of the present invention is installed on the waterside.

<Short description of the major reference symbols>

10 Ecological Frame

     11 Frame Assembly

     12 Ceramic Molded Filled Stone

     13 natural stone

     14 plates

     15 food pot

Claims (2)

delete In the water purification ecological framework using microorganisms installed on the water surface to prevent scouring of the water and to purify water quality by microorganisms, A frame assembly in which horizontal and vertical trees are alternately stacked and assembled into a rectangular parallelepiped shape, A clay molded stone which is mixed with loess, calcium carbonate, wood flour and inorganic binder, formed into lumps, calcined, inoculated and propagated by Bacillus or Rhodobacter bacteria, and filled into the frame assembly; It includes a natural stone filling stone is mixed or filled with the ceramic molded filler or filled in the upper portion is filled with the ceramic molded filler, A water purification ecological framework using microorganisms further comprising a planting plate formed with a port hole for inserting and installing a waterside port in which aquatic plants are planted.

Images