KR101297419B1 - ecology block for providing refugeof fish and terrestrial animal - Google Patents

Abstract

The present invention relates to an eco-friendly ecological block that provides a hide and a mobile passage for fish and terrestrial animals, and more specifically, is installed in water such as rivers, lakes and seas, or installed outside water such as lakes and roads. The present invention relates to eco-friendly ecological blocks that can protect the ecosystem and the natural environment by providing hiding places such as amphibians, reptiles, rodents, and birds, passageways and habitats.
Eco-friendly ecological block of the present invention is installed on the base and the upper portion of the base portion is provided with a first hiding place in the inside, through the escape holes provided on the left and right side walls to enter the first hiding place from the outside from the predator A second main body which can be escaped primarily, and a second main body which is installed on an upper part of the base part and continuously coupled to the front or rear surface of the first main body, and has a second hiding place which is blocked from the outside by left and right side walls. And a barricade to allow predators entering the first hiding place to move to the second hiding place while blocking the connection between the first hiding place and the second hiding place.

Description

Ecology block for providing refuge and fish and terrestrial animal

The present invention relates to an eco-friendly ecological block that provides a hide and a mobile passage for fish and terrestrial animals, and more specifically, is installed in water such as rivers, lakes and seas, or installed outside water such as lakes and roads. The present invention relates to eco-friendly ecological blocks that can protect the ecosystem and the natural environment by providing hiding places such as amphibians, reptiles, rodents, and birds, passageways and habitats.

Recently, as the land use in the river basin increases and urbanization progresses, the river environment changes significantly.

In particular, urban streams with high land-use density around rivers have been converted to straight lines due to the maintenance of reservoirs and reservoirs, linear maintenance of river channels, and construction of river banks.

Therefore, at the edge of the river is installed a revetment facility is made of concrete so that the soil is not lost to the stream, the revetment facilities are mostly installed in the concrete retaining wall.

However, in the case of installing the concrete retaining wall as described above, since the flow path is changed to a straight line, the flow rate is fast, so there is no space for the fish to inhabit and spawn, and the underwater plants do not grow, so the spawning place of the fish is provided. It did not provide a cause for destroying the environment.

Therefore, in recent years, to protect the underwater ecosystems of rivers and rivers, a large number of fishery blocks that can be inhabited by moving fish have been developed and constructed.

Korean Patent Publication No. 2009-0019327 discloses an assoblock. However, the conventional assoblock has a problem that it is difficult to provide a safe hiding place from predators because only the mobile passage formed therein.

In other words, in Korea, exotic fish species such as Blue Gill or Beth form the upper predators in the aquatic ecosystem. These alien species feed on indigenous fish such as crucian carp, pyramid and small larvae, which greatly reduces the number of indigenous fish species and causes the destruction of aquatic ecosystems. However, the conventional associate block is configured so that all fish can enter and exit the associate block, regardless of the type of fish, it is difficult to protect the native fish species and our native species from foreign species.

In addition, since the fish blocks are designed with a focus on the ecology of the fish, the water level in the river is lowered or installed in the lake, so that the fish block is located outside the water, or in the case of a conventional lake block installed in the lake, amphibians, reptiles, rodents There is a problem that animals such as birds are difficult to use.

In addition, the conventional assoblock is simply constructed in contact with the adjacent blocks there is a problem that the blocks are separated from each other by a high flow rate is lost.

The present invention has been created to improve the above problems, it is installed in water such as rivers, lakes, seas, etc., or installed outside the water such as shores, roads, hiding places such as fish, amphibians, reptiles, rodents, birds, passages, Its purpose is to provide an ecologically friendly ecological block that can protect animals from predators by providing habitats.

Another object of the present invention is to provide an eco-friendly ecological block that is firmly coupled between blocks can effectively prevent the departure and loss.

Eco-friendly ecological block for providing a hiding place and a mobile passage of the fish and land animals of the present invention for achieving the above object and the base portion is installed on the ground; A first main body installed at an upper part of the base part and having a first hiding place formed therein, the first main body being able to escape from the predator to enter the first hiding place from the outside through the escape holes provided at the left and right side walls; A second main body installed at an upper part of the base part and continuously coupled to a front side or a rear side of the first main body, and having a second hiding place inwardly blocked by the left and right side walls; And a barricade unit that blocks the connection between the first hiding place and the second hiding place and allows a predator entering the first hiding place to move to the second hiding place by avoiding a predator.

The barricade portion is characterized in that it comprises a partition wall installed inside the first body or the second body, and a plurality of moving holes formed through the front and rear of the partition wall and smaller than the size of the escape port.

The escape port is formed below the side wall of the first body so as to be in contact with the base portion, the escape port is characterized in that formed in the longitudinal direction larger in width than the height so as to prevent entry of predators with a high height.

The base part protrudes on any one side of the front and rear surfaces of the first base panel and the first base panel provided with a coupling groove that can be combined with the assembly protrusion formed on the lower side wall of the first body to be assembled with the first body A first protrusion formed so as to be concave, a first concave portion formed concave at a position opposite to the first protrusion of the front and rear surfaces of the first foundation panel, and continuously disposed on the front or rear surface of the first foundation panel; A second foundation panel provided with a coupling groove for engaging with the assembly protrusion formed on the lower sidewall of the second body so as to be assembled with the main body, and protruding to any one side of the front and rear surfaces of the second foundation panel; A second protrusion coupled to the first recess, and a second recess coupled to the first protrusion, the recess being formed at a position opposite to the second protrusion of the front and rear surfaces of the second foundation panel; It characterized in that it comprises.

The upper part of the first body and the second body is characterized in that the vegetation portion which can be grown by planting is formed.

The first body of the side wall has an arc-shaped first rounding protrusion formed on the front surface, the arc-shaped first rounding recessed portion is formed on the rear side, and the side wall of the second body has a shape corresponding to the first rounding recessed portion on the front surface. And a second rounding protrusion coupled to an upper portion of the first rounding recess, and a second rounding recess coupled to a lower portion of the first rounding protrusion in a shape corresponding to the first rounding protrusion on a rear surface thereof. do.

In order to prevent the barricade between the first main body and the second main body, an upper part is supported by a first rounding protrusion of the first body and a lower part is supported by a second rounding recess of the second body. A partition wall and a second partition wall whose upper part is supported by the second rounding protrusion of the second body and whose lower part is supported by the first rounding recess of the first body, and penetrates the front and rear through the first and second partition walls. And a plurality of moving holes formed smaller than the size of the escape port.

A joint portion is further provided between the first body and the second body, the joint portion is formed with an insertion groove into which the second foundation panel is inserted, the first holder portion coupled to one side of the second foundation panel; And a link portion extending from the first holder portion, the link portion being bent at a set angle, and an insertion groove extending from the link portion and into which the first foundation panel is inserted and coupled to one side of the first foundation panel. And a second holder portion.

As described above, according to the present invention, it is possible to protect indigenous fish species and fry by providing a hide that is easily installed in waters such as rivers, lakes, seas, etc. and can be easily escaped from foreign fish species such as predators, Bluegill, and Beth.

In addition, when installed on the shore, shores, roads can provide a safe hiding place, a mobile passage, habitat, etc. for various animals such as amphibians, reptiles, rodents, birds.

In addition, the present invention is coupled to the first body and the second body in the front and rear direction by the first and the second partition wall at the same time and mutually coupled in the up and down direction because of the excellent binding force can effectively prevent the separation and loss of the block.

In addition, during the rainy season or during the rainy season, the flow of water can be delayed to protect the aquatic environment and to prevent the erosion of rivers.

1 is a perspective view showing a state in which an ecological block is installed according to an embodiment of the present invention;
Figure 2 is an exploded perspective view of the ecological block applied to Figure 1,
3 is a perspective view showing the main portion of Figure 2,
4 is a cross-sectional view showing the interior of the ecological block applied to FIG.
Figure 5 is a perspective view of the main portion of the ecological block according to an embodiment of the present invention,
Figure 6 is a perspective view of the main portion applied to the ecological block according to another embodiment of the present invention,
7 is an exploded perspective view of an ecological block according to another embodiment of the present invention,
8 is an exploded perspective view of an ecological block according to another embodiment of the present invention,
9 is an exploded perspective view of an ecological block according to another embodiment of the present invention,
10 is a cross-sectional view showing the installed state of the ecological block applied to FIG.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the eco-friendly ecological block providing a hiding place and a mobile passage of fish and land animals according to an embodiment of the present invention.

Eco-friendly ecological block of the present invention is installed in the water of rivers, lakes, dams, the sea, etc., used for the fishery block, or installed outside the water such as shores or lakes, hiding places such as fish, amphibians, reptiles, rodents, birds, etc. It can be used for shoreline blocks that provide pathways, habitats, etc.

1 to 4, the eco-friendly ecological block of the present invention includes, for example, a base part, a first body 30, a second body 50, and a bicade part 70.

The base portion is installed on the ground and is formed in a square plate shape. The base portion forms the basis for supporting the first body 30 and the second body 50.

In the illustrated example, the base part includes a first foundation panel 10 supporting the first body 30 and a second foundation panel 20 supporting the second body 50. As such, the base part is divided into the first base panel 10 and the second base panel 20, and has a structure that is separately manufactured and then coupled during construction. Alternatively, the base part has the first base panel 10 and the second base. Of course, it can be manufactured in a single body without being divided into the panel 20.

The first base panel 10 and the second base panel 20 are of the same size and shape. The second foundation panel 20 is coupled to the front or rear surface of the first foundation panel 910. That is, during construction, the first foundation panel 10 and the second foundation panel 20 are alternately arranged.

The first base panel 10 has a coupling groove 11 that can be coupled to the assembly protrusion 37 formed on the lower sidewall 35 of the first body 30 so as to be assembled with the first body 30. Dogs are provided. In addition, a first protrusion 13 protrudes from the front surface of the first foundation panel 10, and a first recess 15 is recessed in the rear surface thereof. Positions of the first protrusion 13 and the first recess 15 may be interchanged.

In addition, the second base panel 20 may be coupled to an assembly protrusion (not shown) formed at a lower sidewall 55 of the second body 50 so as to be assembled with the second body 50 (not shown). There are four). The second protrusions 23 protrude from the front surface of the second foundation panel 20, and the second recesses (not shown) are formed in the concave structure. The second protrusion 23 and the second recess may also be interchanged in position.

Second protrusions formed on the front surface of the second foundation panel 20 in the first recessed portion 15 formed on the rear surface of the first foundation panel 10 when the first and second foundation panels 10 and 20 are installed. 23 is coupled to the first foundation panel 10 in such a way that the first projection 13 formed on the front surface of the first foundation panel 10 is coupled to the second recessed portion formed on the rear surface of the second foundation panel 20. ) And the second foundation panel 20 are alternately arranged.

Meanwhile, the uneven structure is formed on the side surfaces of the first base panel 10 and the second base panel 20 so that the first base panel 10 and the second base panel 20 can be continuously disposed in the horizontal direction of the left and right. Is formed. When the first base panel 10 or the second base panel 20 is continuously arranged in the transverse direction, the first base panel 10 or the second base panel 20 may be arranged in a staggered manner as in a combined structure of a conventional sidewalk block without being arranged in a line.

The first body 30 is installed on the first base panel 10. In the illustrated example, two first bodies 30 are arranged side by side on one side of the first foundation panel 10. Alternatively, only one first body 30 may be installed alone.

The first body 30 is composed of an upper plate 31 and side walls 35 formed on the left and right sides of the upper plate 31, respectively. The first body 30 has a c shape in which the lower and front and rear surfaces are open.

The top plate 31 is formed with a vegetation portion 33 that can be grown by planting. The vegetation part 33 is composed of a plurality of grooves. When the soil is artificially or naturally filled in the vegetation part 33, the plant may grow.

An assembly protrusion 37 is formed at the lower end of the side wall 35 of the first body 30. Two assembly protrusions 37 are formed on each side wall 35. By the structure of the assembly protrusion 37, the first body 30 is easily coupled to the first base panel 10.

When the first body 30 is coupled to the upper portion of the first base panel 10, the first hiding place 40 is formed inside the first body 10. The first hide 40 is blocked up, down, left and right, but has a structure in which the front and rear are opened due to the structure of the first body 30. Since the second body 50 is coupled to the front and rear of the first body 30, the first hiding place 40 is connected to the second hiding place 60 formed inside the second body 50 to form a passage.

The escape port 45 is formed on the side wall 35 of the first body 30. In the illustrated example, three evacuation holes 45 are provided below the left and right side walls 35, respectively. Through the escape port 45, the native fish or the local fish can enter the first hideout 40 can be escaped from the foreign fish species that is a predator.

Preferably, the escape port 45 is formed under the side wall 35 to be in contact with the first base panel 10. This is mainly due to the ecological characteristics of fish, an indigenous fish species that operate in the bottom area.

In addition, the escape port 45 is preferably formed in a shape that is wider than the height, that is in the long direction so as to prevent entry of predators with a high height. Exotic fish species such as Bluegill are characterized by high height. Therefore, the adult species of fry or indigenous fish species can easily enter the first hideout 40 through the rectangular escape port 45, but it is difficult to pass through the escape port 45 with a high body height. As such, the first body 30 provides a primary refuge of fry and indigenous species.

In addition, as shown in FIG. 5, an inclined surface may be formed on an upper portion of the escape port so that the adult species of the indigenous fish may easily enter the escape port.

The second body 50 is installed on the second base panel 20. In the illustrated example, two second bodies 50 are installed side by side in one second foundation panel 20. Alternatively, only one second body 50 may be installed alone.

The second body 50 installed on the upper portion of the second base panel 20 includes an upper plate 51 and both sidewalls 55 formed on left and right sides of the upper plate 51. The second body 50 has a c shape in which the lower and front and rear surfaces are open.

The vegetation part 53 in which the plant is planted and grows is formed in the upper plate 51 of the 2nd main body. The vegetation part 33 is composed of a plurality of grooves.

An assembly protrusion (not shown) is formed at the lower end of the side wall of the second body 50. Two assembling protrusions are formed on each side wall 55. By the assembly protrusion structure, the second body 50 is easily assembled and coupled to the second base panel 20. The second body 50 is continuously coupled to the front or rear of the first body 30 in a state coupled to the second base panel 20.

When the second body 50 is coupled to the upper portion of the second base panel 20, a second hide 60 is formed inside the second body 50. The second hiding place 60 is isolated from the outside by both side walls 55.

The right and left sidewalls 35 of the first body 30 are formed with escape ports 45, but the left and right sidewalls of the second body 50 are not provided with the escape ports. This is to prevent the fish from entering the second hideout 60 directly from the outside and to be able to enter the second hideout 60 only through the first hideout 40.

The predator entering the first hideout 40 avoiding the predator may stay in the first hideout 40 or move from the first hideout 40 to the second hideout 60. In this case, when there is a predator entering the first hideout 40, it should be possible to prevent the predator from moving to the second hideout 60.

Therefore, a barricade part 70 is provided to block the connection between the first hideaway 40 and the second hideaway 60 while allowing the predator to move to the second hideaway 60 while avoiding predators.

The barricade part 70 includes a partition wall 71 installed inside the first body 30 or the second body 50 and a plurality of moving holes 75 formed in the partition wall 71.

In the illustrated example, one partition wall 71 is provided at each of the first body 30 and the second body 50. The location of the partition wall 71 is provided at the rear of the first body 30 and the second body 50. The partition wall 71 is formed in a square plate shape. As shown in FIG. 3, the partition wall 71 has an edge fitted to the support groove 47 formed on the inner surface of the first body 30. Although not shown, the second main body 50 also has a support groove formed on the inner side as shown in FIG. 3.

The moving hole 75 penetrates the front and rear of the partition wall 71. The moving holes 75 are formed in plural. Preferably, the size of the moving hole 75 is smaller than the size of the escape port 45 so that only the small fish or the fish can move to the second hideout (60).

And when the eco-friendly ecological block of the present invention is installed outside the water, the size of the moving hole may be formed larger than when installed in the water to enable the movement of small terrestrial animals.

Eco-friendly ecological block of the present invention described above is installed in the water of rivers, lakes, seas and the like to provide a hide that can easily escape from the predator exotic fish species effectively protects native species and fry. In addition, during the rainy season or during the rainy season, the flow of water can be delayed to protect the aquatic environment and to prevent the erosion of rivers.

In addition, the eco-friendly ecological block of the present invention, when installed outside the water such as shores or shores may provide a hiding place, moving passage, habitat, etc. of various animals such as amphibians, reptiles, rodents, birds.

Meanwhile, another embodiment of the present invention is illustrated in FIG. 7. Referring to FIG. 7, in the ecological block of the present invention, the first main body 30 and the second main body 50 are installed side by side on the first base panel 10. In addition, the first body 30 and the second body 50 are installed side by side on the second base panel 20 side by side.

The left and right positions of the first body 30 and the second body 50 provided in the first base panel 10 and the second base panel 20 are different from each other. That is, when the first body 30 is located on the left side of the first base panel 10 and the second body 50 is located on the right side, the second body 50 is placed on the left side of the second base panel 20. It is located and has a structure in which the first body 30 is located on the right side.

This arrangement structure has the effect of dispersing the flow of water by forming a zigzag flow of water formed along the escape port 45 formed in the first body (30).

In addition to the components described above, the remaining components are the same as in FIG.

8 illustrates an ecological ecological block according to another exemplary embodiment of the present invention.

Referring to FIG. 8, the illustrated eco-friendly ecological block differs from the configuration of FIG. 2 in the first body 80, the second body 90, and the barricade part. Therefore, only the first body 80 and the second body 90 and the barricade part will be described.

The first body 80 installed on the first base panel 10 includes an upper plate 81 and side walls 85 formed on left and right sides of the upper plate 81, respectively. The first body 80 has a c shape in which the lower and front and rear surfaces are open. The top plate 81 is formed with a vegetation portion 83 that can be grown by planting. Vegetation portion 83 is composed of a plurality of grooves. An assembly protrusion (not shown) coupled to the first foundation panel 10 is formed at the lower end of the side wall 85 of the first body 80. The escape port 88 is formed on the side wall 85 of the first body 80.

The side wall 85 of the first body has a structure in which an arc-shaped first rounding protrusion 86 is formed on a front surface thereof, and an arc-shaped first rounding recess 87 is formed on a rear surface thereof.

The second body 90 installed on the second base panel 20 includes an upper plate 91 and both sidewalls 95 formed on left and right sides of the upper plate 91. The second body 90 has a c shape in which the lower and front and rear surfaces are open.

The vegetation part 93 in which the plant is planted and grows is formed in the upper plate 91 of the 2nd main body. Vegetation 93 is composed of a plurality of grooves. An assembly protrusion 99 is formed at the lower end of the side wall of the second body 90.

The side wall 95 of the second body 90 has a shape corresponding to the first rounding recess 87 on the front surface of the second rounding protrusion 96 coupled to the upper portion of the first rounding recess 87; A second rounding recess 97 is formed in a shape corresponding to the first rounding protrusion 86 and coupled to a lower portion of the first rounding protrusion 86.

The first barrier rib 100 having an upper portion supported by the first rounding protrusion 86 of the first body 80 and a lower portion supported by the second rounding recess 97 of the second body 90, The upper part is provided with a second partition wall 110 supported by the second rounding protrusion 96 of the second body 90 and the lower part of the first rounding recess 87 of the first body 80. . The first and second partition walls 100 and 110 are formed through the front and rear and are provided with a plurality of moving holes 115 smaller than the size of the escape hole 88.

An insertion hole (not shown) in which the first partition wall 100 is inserted is formed in the upper plate 81 of the first body, and an insertion hole 92 in which the second partition wall 110 is inserted into the upper plate 91 of the second body. ) Is formed. The upper and lower sides of the first body 80 and the second body 90 may support the first and second partition walls 100 and 110 inserted through the insertion holes 92 as shown in FIG. 3. As long as the support groove (not shown) is formed, respectively.

As described above, in the present embodiment, the first main body 80 and the second main body 90 are coupled to each other in the front and rear directions, and are coupled to each other in the vertical direction to increase the binding force. Can effectively prevent the spread and prevent loss. In particular, the first and second bulkheads 100 and 110 are coupled to each other in a structure in which the first and second bulkheads are fitted in the upper state in a state where the first body 80 and the second body 90 are coupled to each other. And the second partition walls 100 and 110 serve as wedges to maximize coupling force between the first body 80 and the second body 90.

And as shown in FIG. 10, the first body 80 and the second body 90 is coupled back and forth to provide an animal hideout, a moving passage. The predator entering the first hiding place 84 through the escape hole 88 stays in the first hiding place 84 or through the moving holes 115 formed in the first and second partition walls 100 and 110. From one hide 84 to a second safe hide 94.

Meanwhile, as another embodiment of the present invention, a joint part may be further installed between the first body and the second body. 6 illustrates a state of the joint part 120, and a state in which the joint part is installed is illustrated in FIGS. 9 and 10.

The joint part 120 is useful when the first body 80 and the second body 90 are inclined. For example, it can be installed at the point of bending from the bottom of the river to the shore.

Referring to FIG. 6, the joint part 120 has an insertion groove 135 into which the second base panel 20 is inserted, and is coupled to one side of the second base panel 20. And a link part 140 extending from the first holder part 130 and formed to be bent at a set angle, and extending from the link part 140 and having the first foundation panel 10 inserted therein. An insertion groove 160 is provided and includes a second holder part 150 coupled to one side of the first base panel 10.

The first holder part 130 includes a first upper jaw 131 and a first lower jaw 133 formed up and down side by side. An insertion groove 135 through which the second foundation panel 20 is inserted is provided between the first upper jaw 131 and the first lower jaw 133. The height of the insertion groove 135 of the first holder portion 130 may be slightly larger than the thickness of the second base panel 20.

In addition, the second holder part 150 includes a second upper jaw 151 and a second lower jaw 155 formed to be parallel to each other. An insertion groove 160 into which the first base panel 10 is inserted is provided between the second upper jaw 151 and the second lower jaw 155. The height of the insertion groove 160 of the second holder part 150 is formed to be sufficiently larger than the thickness of the first base panel 10. It is easy to adjust the inclination angle of the first base panel 10 installed on the inclined surface when the insertion groove 160 of the second holder part 150 is sufficiently relaxed. It is desirable to fill the space with gravel.

Unlike the illustrated example, the first base panel 10 may be coupled to the insertion groove 130 of the first holder portion, and the second base panel 20 may be coupled to the insertion groove 160 of the second holder portion. In addition, of course, the joint part of FIG. 6 may be applied to the embodiment of FIG. 1.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation. Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

Eco-friendly ecological block of the present invention can be installed in the water, such as rivers, lakes, dams, the sea can be utilized as an associate block.

In addition, it is installed outside the water such as shores or shores can be utilized as a shelter block to provide a hiding place such as fish, amphibians, reptiles, rodents, birds, mobile passages, habitats and the like.

In addition, the eco-friendly ecological block of the present invention can be used as a block that is installed on the road to provide a safe moving passage of the animal.

10: first foundation panel 20: second foundation panel
30: first body 35: side wall
40: first hideaway 45: escape
50: second body 55: side wall
60: Second Hideaway

Claims (8)

A base unit installed on the ground;
It is installed on the upper part of the base to form a first concealment in the inner side includes both side walls and the top plate, through the escape hole provided in the side wall to enter the first hiding place from the outside to escape from the predator first A first body;
A second main body installed at an upper part of the base part and continuously coupled to a front side or a rear side of the first main body, the second main body having a second hiding place in the inner side including left and right side walls and a top plate;
And a barricade unit that blocks the connection between the first hiding place and the second hiding place and allows a predator entering the first hiding place to move to the second hiding place by avoiding a predator.
The barricade part provides a hide and a movement passage of a fish and a land animal, comprising a partition wall installed inside the first body or the second body, and a plurality of moving holes formed through the front and rear of the partition wall. Ecological ecological blocks. delete According to claim 1, wherein the escape port is formed in the lower side of the side wall of the first body to be in contact with the base portion,
The escape port is an ecological ecological block providing a hide and a mobile passage for fish and terrestrial animals, characterized in that formed in a longitudinal direction larger than the height so as to prevent entry of predators with a high height. According to claim 1, wherein the base portion of the first base panel provided with a coupling groove for engaging with the assembly protrusion formed on the lower side wall of the first body to be assembled with the first body, and the front and rear of the first base panel A first protrusion formed to protrude on one side of the surface, a first recess formed at a position opposite to the first protrusion of the front and rear surfaces of the first foundation panel, and a front or rear surface of the first foundation panel. A second foundation panel provided in a continuous manner and provided with a coupling groove for engaging with an assembly protrusion formed on a lower sidewall of the second body so as to be assembled with the second body; A second protrusion formed to protrude and coupled with the first recess, and a recess formed at a position opposite to the second protrusion among front and rear surfaces of the second foundation panel to be coupled to the first protrusion; Eco-friendly ecological block providing a hiding place and a mobile passage for fish and terrestrial animals, characterized in that it comprises a second recess. According to claim 1, wherein the top plate of the first body and the second body is a vegetation portion that can be grown by planting is formed,
The vegetation portion is an ecological ecological block that provides a hide and mobile passage for fish and land animals, characterized in that provided with a plurality of grooves formed on the upper surface of the top plate. According to claim 1, wherein the side wall of the first body has an arc-shaped first rounded protrusion formed on the front surface, the arc-shaped first rounded concave portion is formed on the rear surface,
The side wall of the second body has a shape corresponding to the first rounding recess on the front surface, and has a second rounding protrusion coupled to an upper portion of the first rounding recess, and a shape corresponding to the first rounding protrusion on the rear surface. Eco-friendly ecological block providing a hide and mobile passages of fish and land animals, characterized in that the second rounding recess is formed to be coupled to the lower portion of the first rounding projection. A base unit installed on the ground;
It is installed on the upper part of the base to form a first concealment in the inner side includes both side walls and the top plate, through the escape hole provided in the side wall to enter the first hiding place from the outside to escape from the predator first A first body;
A second main body installed at an upper part of the base part and continuously coupled to a front side or a rear side of the first main body, the second main body having a second hiding place in the inner side including left and right side walls and a top plate;
And a barricade unit that blocks the connection between the first hiding place and the second hiding place and allows a predator entering the first hiding place to move to the second hiding place by avoiding a predator.
The side wall of the first body has an arc-shaped first rounded protrusion formed on the front surface, an arc-shaped first rounded recessed portion formed on the rear surface,
The side wall of the second body has a shape corresponding to the first rounding recess on the front surface, and has a second rounding protrusion coupled to an upper portion of the first rounding recess, and a shape corresponding to the first rounding protrusion on the rear surface. A second rounding recess is formed to be coupled to the lower portion of the first rounded protrusion,
In order to prevent the barricade between the first main body and the second main body, an upper part is supported by a first rounding protrusion of the first body and a lower part is supported by a second rounding recess of the second body. A partition wall and a second partition wall whose upper part is supported by the second rounding protrusion of the second body and whose lower part is supported by the first rounding recess of the first body,
The first and second partitions are eco-friendly ecological block providing a hiding place and a moving passage of fish and land animals, characterized in that a plurality of moving holes are formed through the front and rear. The method of claim 4, further comprising a joint portion provided between the first body and the second body,
The joint part includes a first holder part which is formed with an insertion groove into which the second foundation panel is inserted and is coupled to one side of the second foundation panel, and extends from the first holder part and is bent at a set angle. And a second holder portion formed extending from the link portion and having an insertion groove into which the first foundation panel is inserted, the second holder portion coupled to one side of the first foundation panel. Ecological ecological block providing a pathway.

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