KR200236297Y1 - An environment-friendly benchflume - Google Patents

Abstract

Calcium hydroxide inhibitor is applied inside to protect the fish moving along the waterway by providing a moving part that is a habitat for fish and a step that serves as a moving passage for animals, and a moving plate serving as a simple bridge at the upper part. In addition, there is disclosed an environmentally friendly waterway tube that can prevent amphibious animals from being poisoned by calcium hydroxide and the like, as well as freely crossing the waterway through a moving plate. An environmentally friendly waterway tube according to the present invention includes first and second boundary walls, and includes a bottom surface connecting lower portions of the first boundary wall and the second boundary wall. At one end and the other end of the first boundary wall, first and second extension surfaces extending toward the second boundary wall are integrally formed, and a third extension surface extending outside the second boundary wall is formed at the other end of the second boundary wall. A plate-shaped moving plate is disposed above the first boundary wall and the second boundary wall in which a stepped portion is formed at the bottom of the second extension surface and extends to the bottom surface. In addition, calcium hydroxide inhibitors are applied to the surfaces of the first and second boundary walls, the bottom surface, and the stepped portions to prevent poisoning of amphibious animals by calcium hydroxide produced by the by-product of concrete.

Description

Environment-friendly benchflume

The present invention relates to an environmentally friendly waterway pipe, and more specifically, a calcium hydroxide inhibitor is applied therein, and a stepped portion that becomes a passage for fish and animal, which is a habitat of fish, forms a simple bridge at the top. The present invention relates to an environmentally friendly waterway tube that can protect fish moving along the waterway, prevent poisoning of amphibious animals by calcium hydroxide, etc., and can freely cross the waterway through the waterway.

In general, natural levees serve as habitats for amphibian or aquatic insects, such as reptiles and amphibians, and serve as a pathway to adjacent areas. However, during the renovation of rivers and waterways, natural dikes that form smooth slopes that serve as animal traffic routes and habitats are destroyed, and waterway pipes are installed with mainly reinforced concrete boundary walls.

However, the aforementioned water pipe is installed only in consideration of the stable supply of water or the flow of flowing water, so when nearby animals move through the waterway to move, the movement is blocked by a high boundary wall or trapped in the waterway. Problems that cause the ecosystem to break out and sedimentary deposits on the bottom of the channel, causing aquatic plants to thrive, impairing the original function of the channel and creating them as by-products of concrete structures. There was a problem that amphibians are amplified by being calcium hydroxide.

In addition, the conventional water pipes are approached from the point of view of the human center rather than the ecological center, and the appearance becomes larger than necessary, so the use efficiency of the land decreases, and there is a possibility that the product is easily damaged during transportation and construction. When people walked around the water pipe, there was a problem that a safety accident such as a missing person due to the exposure of the protruding escape path.

The present invention is devised to solve the conventional problems as described above, an object of the present invention is to apply a calcium hydroxide inhibitor therein, to form a step portion that is the passage of the fish and animals that are habitats of fish, the upper part is simple By providing a moving plate acting as a bridge, it protects the fish moving along the waterway, prevents the poisoning of amphibious animals by calcium hydroxide, etc., and provides an eco-friendly water pipe through which the waterway can be freely crossed. have.

1 is a perspective view showing an environmentally friendly waterway tube according to the present invention,

2 is a cross-sectional view taken along the line A-A of FIG. 1, and

3 is a perspective view showing a connection state of the water pipes shown in FIG.

Explanation of symbols on the main parts of the drawing

100: water pipe 112: first extension surface

114: second extension surface 116: third extension surface

130: stairs 136: Associate

138: calcium hydroxide inhibitor 140: moving plate

142: support 144: cover

In order to achieve the object of the present invention as described above, the present invention,

In a waterway pipe having a first boundary wall and a second boundary wall, the bottom surface connecting the lower portion of the first boundary wall and the second boundary wall,

At one end and the other end of the first boundary wall, a first extension surface and a second extension surface extending vertically by a predetermined length toward the second boundary wall are formed, and at the other end of the second boundary wall, the second extension wall extends perpendicularly to the outside of the second boundary wall. A third extension surface is formed, and a first fitting surface, a second fitting surface and a third fitting surface are integrally formed on the first extension surface, the second extension surface, and the third extension surface, and a staircase is formed inside the second extension surface. An additional portion is formed, and an environmentally friendly waterway tube is provided on the first boundary wall and the second boundary wall in which a moving plate is disposed.

As described above, according to the present invention, a calcium hydroxide inhibitor is applied therein to form a step portion that becomes a moving passage for fish and animals, which are habitats of fish, and a moving plate serving as a simple bridge at the top, In addition to protecting the moving fish and prevent the poisoning of amphibian animals due to calcium hydroxide, etc. can provide an environmentally friendly waterway tube that can freely cross the waterway through the moving plate.

Hereinafter, with reference to the accompanying drawings will be described for an environmentally friendly water pipe according to an embodiment of the present invention.

1 is a perspective view showing an environmentally friendly water pipe according to the present invention, and Figure 2 is a cross-sectional view taken along the line A-A of FIG.

1 and 2, the eco-friendly water pipe 100 according to the present invention includes a first boundary wall 12 and a second boundary wall 14 spaced apart from each other by a predetermined distance, and the first boundary wall 12. And a bottom surface 16 connecting the lower portion of the second boundary wall 14. The step portion 130 is formed in the water pipe formed in this way, and the moving plate 140 is disposed on the upper portion.

First, at one end and the other end of the first boundary wall 12, a first extension surface 112 and a second extension surface 114 extending vertically by a predetermined length toward the second boundary wall 14 are formed, and the second boundary wall is formed. At the other end of 14, a third extension surface 116 is formed which extends perpendicularly to the outside of the second boundary wall 14. The first fitting surface 118, the second fitting surface 120, and the third fitting surface 122 are integral with the first extension surface 112, the second extension surface 114, and the third extension surface 116. Is formed. The first fitting surface 118 is bent vertically from the end of the first extending surface 112 to the outside of the first extending surface 112, and the second fitting surface 120 is a predetermined portion of the second extending surface 114. Extends vertically to the outside of the second extending surface 114 at the position of. Similarly, the third fitting surface 122 extends horizontally from the end of the third extending surface 116 to the second fitting surface 120. The step portion 130 is formed inside the second extending surface 114 formed as described above. ) Is formed.

The step portion 130 forms an inclined surface 132 that extends from an inner upper end of the second extension surface 114 to an upper portion of the bottom surface 16, and a plurality of stairs 134 are formed on the inclined surface 132. An Associate 136 having a predetermined length is integrally formed at one side lower portion adjacent to the step portion 130. The associate 136 (see FIG. 2) has an annular groove shape extending from the predetermined position of the step portion 130 to the inside of the step portion 130 and extending to the top surface of the bottom surface 16. The surface of the first boundary wall 12, the second boundary wall 14, the bottom surface 16, and the step 130 formed as described above prevents the amphibians from being poisoned by calcium hydroxide produced by the by-product of concrete. A calcium hydroxide inhibitor 138 is applied for this purpose. Preferably, the step portion 130 may be formed on the inner side surface of the second boundary wall 14. More preferably, the step portion 130 may be formed together on the first boundary wall 12 and the second boundary wall 14.

On the other hand, the moving plate 140 is provided with a support 142 and the cover 144. The support 142 has a plate shape and is inserted between the first boundary wall 12 and the second boundary wall 14. An upper portion of the support part 142 extends to both sides of the support part 142 by a predetermined length so that a cover 144 is integrally formed with the lower surface closely contacting the first boundary wall 12 and the second boundary wall 14.

Hereinafter, the installation state of the water pipe 100 formed as described above will be briefly described with reference to FIG. 3.

In FIG. 3, the first water pipe 100, the second water pipe 100a and the third water pipe 100b embedded in the ground are continuously arranged. First, in order to connect the second water pipe 100a to the first water pipe 100, one end of the first fitting surface 118 and the second boundary wall 14 of the first water pipe 100 may be connected to the first water pipe 100a. The second fitting surface 120a and the third fitting surface 122a are brought into close contact with each other. At this time, the outer surface of the first fitting surface 118 is in close contact with the inner surface of the second fitting surface 120a, and one end portion of the second boundary wall 14 is in close contact with the third fitting surface 122a. In this way, the third water pipe 100b is connected to the second water pipe 100a.

The moving plate 140 is selectively disposed on the first boundary wall 12 and the second boundary wall 14 of the water pipe 100 connected as described above. At this time, the support part 142 of the moving plate 140 is inserted into the first boundary wall 12 and the second boundary wall 14. At this time, the support portion 142 reduces the earth pressure acting on the first boundary wall 12 and the second boundary wall 14, the cover 144 of the moving plate 140 is a bridge that animals can cross the water pipe 100 Play a role.

As described above, the environmentally friendly waterway tube 100 according to the present invention is formed by the step portion 130 therein, and by forming the associate 136 in the lower portion of the step portion 130, the animal near the waterway tube 100 These can easily move to the inside and outside of the waterway pipe 100 can be freely ingested water, and also has the advantage of providing a habitat for freshwater fish into the fishery (136).

In addition, by providing a moving part 140 having a support part 142 and a cover 144 inserted between the first boundary wall 12 and the second boundary wall 14 of the water pipe 100, the support part 142 is provided. It is possible to reduce the earth pressure acting on the first boundary wall 12 and the second boundary wall 14. By allowing the water channel 100 of the animal to cross through the cover 144, the ecosystem of the ecosystem by the water channel 100 can be reduced. The breakage can be prevented, and by applying the calcium hydroxide inhibitor 138 to the inside of the water pipe 100, it is possible to prevent the amphibian animals from being poisoned by calcium hydroxide produced by the concrete by-product.

On the other hand, by forming the step portion 130 to the inner side of the first boundary wall 12 or the second boundary wall 14, it is easy to transport and construct the water pipe 100 can not only improve the work efficiency but also increase the construction cost It can be suppressed, there is an advantage that can prevent the safety accidents that people walking around the waterway pipe 100 to fall into the waterway pipe (100).

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims. It will be appreciated.

Claims (6)

An environmentally friendly waterway pipe (100) having a first boundary wall (12) and a second boundary wall (14) and comprising a bottom surface (16) connecting lower portions of the first boundary wall (12) and the second boundary wall (14). ), At one end and the other end of the first boundary wall 12, a first extension surface 112 and a second extension surface 114 extending vertically by a predetermined length toward the second boundary wall 14 are formed, and the second The other end of the boundary wall 14 is formed with a third extension surface 116 that extends perpendicularly to the outside of the second boundary wall 14, wherein the first extension surface 112, the second extension surface 114, and The first fitting surface 118, the second fitting surface 120, and the third fitting surface 122 are integrally formed on the third extension surface 116, and a staircase is formed inside the second extension surface 114. An environmentally friendly waterway tube is formed, wherein a portion 130 is formed, and a moving plate 140 is disposed above the first boundary wall and the second boundary wall. The environment of claim 1, wherein the step portion 130 is formed on an inner surface of the second boundary wall 14 or on an inner side of the first boundary wall 12 and the second boundary wall 14. Friendly water pipes. The inclined surface 132 of claim 1 or 2, wherein the step portion 130 is formed with an inclined surface 132 extending from an inner upper end of the second extended surface 114 to the bottom surface 16. A plurality of stairs 134 are formed, and an Associate 136 having a predetermined length is integrally formed at one side lower portion of the stairs 130, and the Associate 136 is formed of the stairs ( Environmentally-friendly waterway tube, characterized in that it has an annular groove shape extending inwardly of the step portion 130 at a predetermined position of 130 to the upper surface of the bottom surface (16). The first fitting surface 118 of claim 1, wherein the first fitting surface 118 is bent vertically toward the outside of the first extending surface 112 at the end of the first extending surface 112, and the second fitting surface 120 is formed. Is vertically extended to the outside of the second extension surface 114 at a predetermined position of the second extension surface 114, the third fitting surface 122 at the end of the third extension surface 116 Environmentally-friendly water pipe, characterized in that extending horizontally to the second fitting surface (120). The surface of the first boundary wall (12), the second boundary wall (14), the bottom surface (16), and the step portion (130) is an amphibian cured by calcium hydroxide produced by a by-product of concrete. Eco-friendly water pipe, characterized in that the calcium hydroxide inhibitor (138) is applied to prevent animals from poisoning. The movable plate 140 has a plate shape and includes a support part 142 inserted between the first boundary wall 12 and the second boundary wall 14. The upper part is extended to both sides of the support portion 142 by a predetermined length, the environment characterized in that the lower surface is integrally formed with the cover 144 in close contact with the first boundary wall 12 and the second boundary wall 14 Friendly water pipes.