KR100883049B1 - Eco activatable type riverside barrier frame - Google Patents

Abstract

An eco activation type embankment frame is provided to grow woody plant, minimize the filler loss after construction, and reduce the number of unit members for construction. An eco activation type embankment frame comprises a first triangular frame(110) in which a plurality of first unit members are laminated in order to form a first filling space(P1) of triangle shape, a second triangular frame(120) in which a plurality of second unit members are laminated in order to form a second filling space(P2) of triangle shape, and a connection part(130) in which a plurality of connection members(131a,131b) are laminated.

Description

Eco Activatable Type Riverside Barrier Frame

The present invention relates to a revetment barrier that can be provided on the inclined riverside to activate the ecology, more specifically can be installed while responding elastically to the shape of the various riverside, can be planted mokmon while preventing soil loss The present invention relates to a revetment protection system which can promote the activation of ecology and improve the cost to reduce manufacturing costs by reducing the use of unit members.

In general, to prevent the loss of soil due to the runoff of the river banks, such as embankment construction is performed.

The construction methods for such shore bank embankment construction include upper branch cover, iron cut, wooden pile, gabion, stone basket, sandstone, palm fiber roll, stone-racking, reed mat, and environmental block. In this case, the method using a square frame ball is used.

When the revetment construction using the conventional construction method does not have a problem in the structure and stability, it was common to use the concrete block for the entire construction of the embankment, or to use expensive materials such as crushed stone or steel gravel. Therefore, after the construction of the vegetation was not possible to destroy the river ecosystem, there was a problem of damaging the landscape.

In addition, Republic of Korea Registered Utility Model Publication No. 20-0418660 combines a plurality of support members, support members, side members and front members made of wood as a coupling means to form a rectangular vegetation frame, filling means filled in the interior space A repose vegetation framework comprising is disclosed.

However, these vegetation frameworks have the advantage that they can be easily installed on the slopes of rivers, but there is a limit to elasticity in accordance with various forms of rivers that are formed in a straight or serpentine form as well as filling means filled in space after construction. It is lost by the running water of the river, and because of this, the vegetation frame is collapsed and broken, there is a problem of shortening the service life.

In addition, there is a problem in forming an eco-friendly riverside using the wood because the rectangular vegetation framework is unbonded to plant the wood that requires a larger vegetation area.

In addition, the unit member used to manufacture the vegetation framework was excessively used, which acted as a factor to increase the production cost.

The present invention is to solve the conventional problems as described above, the purpose of which can be flexibly constructed in accordance with the various morphological changes of the river, it is possible to plant trees that require a wide vegetation area, the loss of the filling material after construction It is to provide an ecologically active revetment frame that can prevent the maximization and extend the service life and reduce the unit members used in manufacturing.

In order to achieve the above object, the present invention includes a first triangular frame unit in which a plurality of first unit members are stacked in a multi-layer to form a triangular first filling space; A second triangular frame portion in which a plurality of second unit members are stacked in multiple layers to form a triangular second filling space; And one side and one end corresponding to the vertex of the first triangular frame part are rotatably assembled to form a variable filling space between the first triangular frame part and the second triangular frame part, and the vertex of the second triangular frame part. One side and the other end corresponding to the rotatable assembly is provided with a plurality of connecting members are laminated in multiple layers so as to be rotatably assembled.

Preferably, the first triangular frame part includes a plurality of left first inclined members assembled to be difficult to rotate as a first coupling member such that left and bottom ends of the plurality of first lower horizontal members cross each other while forming an acute angle; 1 includes a plurality of right first inclined members which are assembled to be difficult to rotate as a second coupling member such that the right end and the lower end of the lower horizontal member cross each other while forming an acute angle, and the upper end of the left first inclined member includes: It is assembled to be difficult to rotate as a third coupling member on the right end of the upper horizontal member, the upper end of the right first inclined member is rotated as a fourth coupling member on the left end of the connecting member disposed adjacent to the first upper horizontal member. Assembled to be possible.

More preferably, the first, second, third coupling member is provided with a U-shaped coupling bolt and a nut member assembled thereto.

More preferably, the fourth coupling member is provided with a straight support shaft and a nut member assembled to the lower end thereof.

Preferably, the second triangular frame part includes a plurality of left second inclined members assembled to be difficult to rotate as a fifth coupling member such that left and bottom ends of the plurality of second lower horizontal members cross each other while forming an acute angle; 2 includes a plurality of right second inclined members which are assembled to be difficult to rotate as a sixth coupling member such that the right end and the lower end of the lower horizontal member intersect at an acute angle, and the upper end of the right second inclined member includes a second; Assembled so as to be difficult to rotate as a seventh coupling member at each left end of the upper horizontal member, the upper end of the left second inclined member as an eighth coupling member at the right end of the connection member adjacent to the second upper horizontal member. It is assembled to be rotatable.

More preferably, the fifth, sixth, seventh coupling member is provided with a U-shaped coupling bolt and a nut member assembled thereto.

More preferably, the eighth coupling member includes a straight support shaft and a nut member assembled at a lower end thereof.

Preferably, the connecting portion faces toward the riverside through which the water flows and the open side of the variable filling space is disposed to face the opposite side of the riverside.

Preferably, at least one wood plant is disposed in the variable filling space.

Preferably, at least one mesh is further included between the first triangular frame part and the second triangular frame part to prevent the stone filled in the variable filling space from being separated and separated to the outside.

Preferably, at least one of the first and second filling spaces and the variable filling space further includes at least one water permeable blocking member to suppress the loss of the soil filled therein.

According to the present invention having the above-described configuration, it is possible to vary the internal area between the first triangular frame portion forming the first filling space of the triangle and the second triangular frame portion forming the second filling space of the triangle By providing a variable filling space, it can be flexibly constructed in accordance with various changes in the shape of the river, thereby expanding the scope of construction while diversifying the construction, and planting plants that require a wide vegetation area such as wood. It can diversify eco-friendly design of riverside.

In addition, by preventing the loss of the filling material to be filled in the filling space after construction as possible to prevent damage caused by the filling material loss, it is possible to extend the service life.

In addition, the unit member used in manufacturing can be relatively reduced as compared to the prior art to reduce the manufacturing cost, it is possible to shorten the manufacturing time to improve the work productivity.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view showing an ecologically active revetment frame according to an embodiment of the present invention, Figure 2 is an exploded perspective view showing an ecologically active revetment frame according to an embodiment of the present invention.

The revetment frame 100 according to the preferred embodiment of the present invention includes a first triangular frame part 110, a second triangular frame part 120, and a connection part 130, as shown in FIGS. 1 and 2. .

The first triangular frame part 110 forms a substantially triangular first filling space P1 by stacking the plurality of first unit members in a multi-layer while crossing or assembling each other at an acute angle.

The plurality of first unit members forming the first triangular frame part 110 may include a plurality of first lower horizontal members 111a and 111b horizontally disposed and a left side of the first lower horizontal members 111a and 111b. A plurality of left first inclined members 113a and 113b and a plurality of first lower horizontal members 111a and 111b, which are assembled to be difficult to rotate as the first coupling member 112 so that the ends and the lower ends intersect while forming an acute angle. And a plurality of right first inclined members 115a, 115b, and 115c, which are assembled to be difficult to rotate as the second coupling member 114 so that the right end and the lower end intersect while forming an acute angle, and the left first inclined member ( The upper ends of the 113a and 113b are assembled to be difficult to rotate as the third coupling member 116 at the right end of the first upper horizontal member 117, and the upper ends of the right first inclined members 115a, 115b and 115c. The fourth coupling member 118 is disposed at the left end of the connecting members 131a and 131b disposed adjacent to the first upper horizontal member 117. As rotatable.

Here, the first, second, third coupling member (112, 114, 116) may be provided with a U-shaped coupling bolt and a nut member assembled thereto so that it is difficult to rotate around the coupling portion after construction, but is not limited to this, a plurality of straight It can also be assembled using a coupling bolt and a nut member coupled thereto.

The fourth coupling member 118 is preferably provided with a nut member that is assembled to the straight support shaft and its lower end to enable rotation around the coupling portion after construction.

Accordingly, one or two or more coupling holes must be formed at positions where the first, second, third and fourth coupling members 112, 114, 116, and 118 are assembled in accordance with the assembly form to be rotated or fixed.

The triangular first filling space P1 is formed by assembling the first lower horizontal members I11a and 111b, the left first inclined members 113a and 113b, and the right first inclined members 115a, 115b and 115c. By having a, the first filling space (P1) is selectively filled with a filling material such as the soil 20 or stone 10 having a particle size of a certain size.

In this case, when the stone 10 is filled and installed in the first filling space P1, the stone is filled with a particle size larger than the gap so as to suppress the separation of the stone through the gap between the upper and lower unit members. desirable.

The second triangular frame part 120 forms a substantially triangular second filling space P2 by stacking the plurality of second unit members in multiple layers while crossing or assembling each other at an acute angle.

That is, the plurality of second unit members forming the second triangular frame part 120 may include a plurality of second lower horizontal members 121a and 112b and horizontally disposed second horizontal members 121a and 121b. A plurality of left second inclined members 123a, 123b, and 123c, which are assembled to be difficult to rotate as the fifth coupling member 122 so that the left end and the lower end of the lower end thereof intersect at an acute angle, and the second lower horizontal member ( And a plurality of right second inclined members 125a, 125b, 125c, which are assembled to be difficult to rotate as the sixth coupling member 124 such that the right end and the lower end of 121a, 121b cross each other while forming an acute angle. The upper ends of the second inclined members 125a, 125b and 125c are assembled at the left ends of the second upper horizontal members 127a and 127b so as to be difficult to rotate as the seventh coupling members 126, and the left second inclined members Upper ends of the members 123a, 123b, and 123c are connected to the connection members 131a and 131b adjacent to the second upper horizontal members 127a and 127b. The side end 8 is assembled to be rotatable as a coupling member 128 to.

Here, the fifth, sixth, seventh coupling members 122, 124, 126 may be provided with a U-shaped coupling bolt and a nut member assembled thereto so as to be difficult to rotate around the coupling site after construction, but is not limited thereto. It may be assembled using a coupling bolt and a nut member coupled thereto.

The eighth coupling member 128 is preferably provided with a nut member assembled to the straight support shaft and the lower end so as to be able to rotate around the coupling portion after construction.

Accordingly, one or two or more coupling holes must be formed in a position where the fifth, sixth, seventh and eighth coupling members 122, 124, 126, and 128 are assembled in accordance with the assembly form to be rotated or fixed.

The triangular second filling space (3) is formed by assembling between the first lower horizontal members 121a and 121b, the left first inclined members 123a, 123b and 123c and the right first inclined members 125a, 125b and 125c. By having P2), the first filling space (P2) is selectively filled with a stone having a particle size of soil or a certain size.

Here, when the stone is filled in the second filling space (P2) for construction, it is preferable that the stone is filled with a particle size larger than the gap so as to suppress the separation of the stone through the interval of the upper and lower unit members.

In addition, the connecting portion 130 is rotatably assembled with the upper and left ends of the right first inclined member (115a, 115b, 115c) provided in the first triangular frame portion 110, the second triangular frame portion It includes a plurality of connecting members (131a, 131b) so that the upper and right ends of the left second inclined members (125a, 125b, 125c) provided in the 120 is rotatably assembled.

The first triangular frame part 110 is rotated inward and outward about the left and right ends of the connecting members 131a and 131b between the first triangular frame part 110 and the second triangular frame part 120. And the second triangular frame part 120 forms a variable filling space P3 in which soil or a stone having a predetermined size is filled by the rotation operation, and the variable filling space P3 is formed in the first and second triangles. The area may be appropriately adjusted according to the degree of rotation of the frame parts 110 and 120.

That is, the left ends of the first lower horizontal members 111a and 111b of the first triangular frame part 110 and the right ends of the second lower horizontal members 121a and 121b of the second triangular frame part 120 are illustrated. As shown in 2 and 3, the variable filling space (P3) is provided in a substantially triangular like the first, second filling space, as shown in 2 and 3, the soil or stone in the filling space (P3) construction form Can be optionally filled according to.

On the other hand, the left ends of the first lower horizontal members 111a and 111b of the first triangular frame part 110 and the right ends of the second lower horizontal members 121a and 121b of the second triangular frame part 120 are formed. When spaced apart from each other, the variable filling space (P3) is provided in a substantially rectangular shape opened to one side so that the soil or stone can be selectively filled according to the construction form.

In addition, by being fixed to the river construction surface by the filling material selectively filled in the filling space (P1, P2, P3), it can be prevented from being pushed along with the flow by the stream flow in one direction along the river. .

The 1,2 triangular frame portions 110 and 120 and the connecting portion 130 may be provided in a straight line so that they can be constructed along a river side forming a straight stream flow path, but are constructed along a river side forming a curved river flow path. If you want to open the open end of the variable filling space (P3) is properly bent to be constructed along the riverside to form a meandering by rotating the first and second triangular frame portion with respect to the left and right both ends of the connecting portion You can easily change the form.

Accordingly, it is possible to flexibly perform the construction of the frame according to the construction conditions of the river in various forms.

Here, when the filling material having a small particle size, such as soil is filled in the variable filling space (P3), the variable filling space (P3) to form the variable filling space (P3) so as to suppress the maximum loss of the filling material with the water along the stream It is preferable that the connecting members 131a and 131b of the connecting portion 130 face the river side, and the open side of the variable filling space P3 faces the opposite side of the river side.

In addition, the plurality of unit members constituting the first triangular frame part 110, the second triangular frame part 120, and the connection part 130 may be made of a wood member on a rectangular cross section so as to facilitate manufacturing and handling. .

In an embodiment of the present invention, the first and second filling spaces P1 and P2 are filled with a filling material such as stone having a particle size larger than the vertical gap between the unit members, and the variable filling space P3 has a particle size relatively. Filler, such as small soil is shown and described as being filled, but is not limited thereto.

In addition, the variable filling space (P3), as shown in Figure 5, instead of the filling material such as soil or stone roots may stick to plant a tree plant that requires a wide planting space, in this case, the variable type The open end of the filling space (P3) is extended to the outside to the maximum so that the active roots can be planted without being caught by the unit member.

In this case, wood plants are planted in variable filling spaces (P3), which not only can create eco-friendly ecosystems suitable for riversides after construction, but also improve the bonding strength between construction surfaces by the roots of wood plants. Can prevent the loss of.

In addition, as shown in Figure 6, when filling the filling material such as stone in the variable filling space (P3), the stone filled therein after construction is separated from the variable filling space (P2) to prevent the departure from the first At least one may have a net 140 that is fixed at both ends between the two triangular frame parts 110 and 120.

Meanwhile, when any one of the first and second filling spaces P1 and P2 and the variable filling space P3 is filled with a filling material such as the soil 10, the soil filled thereafter after the construction is blown away with the water of the stream side to be lost. It is preferable to have at least one water-permeable blocking member 150 that can pass through the water as it is to prevent it, and the soil having a particle size of a certain size can remain in the filling space as it is.

Although the present invention has been described in detail with reference to the accompanying drawings, the present invention is not limited to such a specific structure. Those skilled in the art will be able to variously modify or change the embodiments of the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. Nevertheless, it will be apparent that all such modifications or design modifications to such simple embodiments will clearly fall within the scope of the present invention.

1 is an overall perspective view showing an ecologically active revetment frame according to an embodiment of the present invention.

Figure 2 is an exploded perspective view showing an ecologically active revetment frame according to an embodiment of the present invention.

3 is a perspective view illustrating a state in which a filling material is filled in an ecologically active revetment protection frame according to an embodiment of the present invention.

Figure 4 is a perspective view showing a variable state of the variable filling space employed in the ecologically active revetment according to an embodiment of the present invention.

Figure 5 is a perspective view showing a state that the wood is planted in the variable filling space employed in the ecologically active revetment according to an embodiment of the present invention.

Figure 6 is a perspective view showing a state in which the net is provided in the variable filling space employed in the ecologically active revetment according to an embodiment of the present invention.

<Description of Symbols for Major Parts of Drawings>

110: first triangular frame portion 111a, 111b: first lower horizontal member

112: first coupling member 113a, 113b: left first inclined member

114: second coupling member 115a, 115b, 115c: right first inclined member

116: third coupling member 117: first upper horizontal member

118: fourth coupling member P1: first filling space

120: second triangular frame portion 121a, 121b: second lower horizontal member

122: fifth coupling member 123a, 123b, 123c: left second inclined member

124: sixth coupling member 115a, 115b, 115c: right first inclined member

126: seventh coupling member 127a, 127b: second upper horizontal member

128: eighth coupling member P2: second filling space

130: connecting portion 131a, 131b: connecting member

P3: Variable Filling Space 140: Mesh

Claims (11)

A first triangular frame portion in which a plurality of first unit members are stacked in multiple layers to form a triangular first filling space; A second triangular frame portion in which a plurality of second unit members are stacked in multiple layers to form a triangular second filling space; And One side and one end corresponding to the vertex of the first triangular frame part are rotatably assembled to form a variable filling space between the first triangular frame part and the second triangular frame part, and at the vertex of the second triangular frame part. Ecologically active shelter frame comprising a; connection portion is a plurality of connecting members are laminated in a multi-layer so that one side and the other end is rotatably assembled. According to claim 1, wherein the first triangular frame portion and the plurality of left first inclined member is assembled so as to be difficult to rotate as the first coupling member so that the left end and the lower end of the plurality of first lower horizontal member intersecting at an acute angle; And a plurality of right first inclined members assembled to be difficult to rotate as a second coupling member such that a right end and a lower end of the first lower horizontal member cross each other while forming an acute angle, and an upper end of the left first inclined member. Is assembled to be difficult to rotate as a third coupling member at the right end of the first upper horizontal member, and the upper end of the right first inclined member is fourthly coupled to the left end of the connection member disposed adjacent to the first upper horizontal member. Ecologically active revetment frame characterized in that it is assembled to be rotatable as a member. According to claim 2, wherein the first, second, third coupling member is an ecologically active revetment frame, characterized in that provided with a U-shaped coupling bolt and a nut member assembled thereto. According to claim 2, wherein the fourth coupling member is ecologically active revetment frame, characterized in that provided with a straight support shaft and a nut member assembled to the lower end. According to claim 1, wherein the second triangular frame portion and the left side and the lower end of the plurality of second lower horizontal member and the plurality of left second inclined member is assembled to be difficult to rotate as a fifth coupling member so that the lower end is acute And a plurality of right second inclined members assembled to be difficult to rotate as a sixth coupling member such that a right end and a lower end of the second lower horizontal member cross each other while forming an acute angle, and an upper end of the right second inclined member. Is assembled to be difficult to rotate as a seventh coupling member at each left end of the second upper horizontal member, and the upper end of the left second inclined member is disposed at the right end of the connection member adjacent to the second upper horizontal member. Ecologically active revetment frame characterized in that it is assembled to be rotatable as a coupling member. The ecologically active revetment frame according to claim 5, wherein the fifth, sixth and seventh coupling members are provided with a U-shaped coupling bolt and a nut member assembled thereto. The ecologically active revetment frame according to claim 5, wherein the eighth coupling member comprises a straight support shaft and a nut member assembled to a lower end thereof. The ecologically active revetment frame according to claim 1, wherein the connection part faces toward the riverside through which water flows, and the open side of the variable filling space is disposed toward the opposite side of the riverside. The ecologically active revetment frame according to claim 1, wherein at least one tree plant is disposed in the variable filling space. According to claim 1, Between the first triangular frame portion and the second triangular frame portion Ecologically active, characterized in that it further comprises at least one mesh to prevent the separation of the stone filled in the variable filling space to the outside separated My brother-in-law. According to claim 1, wherein any one of the first and second filling space and the variable filling space ecologically active revetment further comprises at least one water permeable barrier member to suppress the loss of the soil filled therein Room.

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