KR200257688Y1 - Artificial a fish-breeding ground use of waste tire and waste pipe - Google Patents

Abstract

The present invention relates to artificial reefs using waste tires and waste pipes, and an object thereof is to provide artificial tires using waste tires and waste pipes to artificially create a habitat environment for fishes using waste tires and waste pipes. There is a purpose.

The purpose of this purpose is to insert a waste tire in which a center is formed, and inside is filled with concrete to increase weight, and both sides of the concrete are filled with a plurality of through holes communicated to minimize resistance due to the flow of seawater. It is forcibly inserted into the hole and provided at both ends, and the outer circumferential surface of the outer circumferential surface is inserted through a closed pipe formed with a plurality of holes communicating with the inner side for habitat of fish to form a frame of a rectangular body. A plurality of connection waste pipes formed in the plurality are provided, characterized in that the at least two stages are cross-connected to each other made, there is no risk of damage during construction, there is no case buried in the sea floor during installation installation, In addition to providing a habitat environment, resources can be recycled. It has the effect of minimizing salts.

Description

Artificial a fish-breeding ground use of waste tire and waste pipe}

The present invention relates to artificial reefs using waste tires and waste pipes, and more specifically, it is possible to recycle resources by artificially creating a habitat environment for fish using waste tires and waste pipes, thereby minimizing environmental pollution. It relates to an artificial reef using a waste tire and waste pipe.

In general, artificial reefs protect the water resources by providing spawning places as well as hideouts such as coastal mesmerizing fish and benthic fishes and shellfish inhabiting the offshore, and also promote the growth of fry through the growth of animal, plant plankton and seaweeds. In order to be installed in the seabed to do.

Such reefs should not only have a weight that is not moved or lost by ocean currents at the time of dumping at sea or after being installed on the seabed, but should be made of materials that are suitable for spawning, breeding, and picking up marine life. The conditions must be met.

The conventional artificial reef used for this purpose is made of a rectangular parallelepiped concrete structure, the unit weight is large, the sedimentation speed is increased during installation, the ground pressure with the floor is increased, there is a risk of damage during construction, and also buried There is a case.

In addition, concrete reefs will not function properly until after the sulfurous substances are dissipated after installation, and after a long time, they will lose their function due to cracks, etc. There were problems such as not being able to provide.

In addition, concrete reefs not only precipitate strongly alkaline substances in the sea, but also are particularly susceptible to salinity, so they quickly corrode and lose their durability.In addition, they contain toxic substances that cause harmful substances to marine life. The lack of affinity with living organisms has a problem that adversely affects the scattering, habitat, etc. of marine life.

The present invention is devised to solve the above problems, by artificially creating a habitat environment of fish using waste tires and waste pipes, there is no risk of damage during construction, and buried in the sea floor during installation There is no case, and the purpose is to provide waste tires and artificial reefs using waste tires that can minimize the environmental pollution by not only providing a habitat environment at the time of installation, but also recycling resources.

1 is a perspective view showing the artificial reef using the waste tire and the waste pipe according to the present invention

FIG. 2 is an enlarged cross-sectional view illustrating a portion 'A' of FIG. 1.

Figure 3 is a perspective view showing the artificial reef using the waste tire and the waste pipe according to another embodiment of the present invention

4 is an enlarged cross-sectional view illustrating a portion 'B' of FIG. 3.

5 is a partially enlarged cross-sectional view showing an artificial reef using a waste tire and a waste pipe according to another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

10: artificial reef 20: waste tires

25: concrete 30: O-ring closed pipe

40,50: Connection O-ring closed pipe 60: P. C. closed pipe

70: stone

The present invention for achieving the above object is the insertion hole is formed in the center, the inside is filled with either concrete or stone, both sides of which are filled with either concrete or stone communication to minimize the resistance to the flow of sea water A plurality of through holes are forcibly inserted into the insertion hole side of the waste tires formed in plural, and provided at both ends thereof, and the outer circumferential surface is inserted through the waste pipe formed with a plurality of holes communicating with the inner side for the habitat of fish. Connecting waste pipe is provided so as to form a cross-linked connection to each other at least two stages characterized in that made.

In addition, the connecting waste pipe is forcibly inserted into both sides of the waste tires that are forcibly inserted into the waste pipes, one of which is forcibly inserted horizontally with respect to the sea bottom, and the other forcibly inserted into the vertical, which is forcibly inserted vertically. It is characterized in that the waste tire is made by forcibly inserting and connecting the waste pipe inserted into both ends of the connection waste pipe.

In addition, the outer circumferential surface of the connecting waste pipe to the waste pipe of any one of the O-ring-type closed pipe or P.C. (PVC) closed pipe formed of a polyethylene material formed with a plurality of holes communicating with the inside for the habitat of fish. Characterized in that made.

Hereinafter, with reference to the accompanying drawings illustrating an embodiment of the present invention in detail as follows.

1 is a perspective view showing an artificial reef using a waste tire and a waste pipe according to the present invention, Figure 2 is an enlarged cross-sectional view showing a portion 'A' of FIG.

As shown, the artificial reef 10 of the present invention uses the waste tire 20 and the O-ring-type closed pipe 30. Looking at this, an insertion hole (not shown) is formed in the center, and the inside of FIG. As shown, the concrete 25 is filled to increase the weight of the artificial reef 10, and both sides of the concrete 25 are filled with communicating through holes 22 to minimize resistance due to the flow of seawater. It is forcibly inserted into the insertion hole side of the plurality of formed waste tires 20 and provided at both ends thereof, and the outer circumferential surface is formed in the O-ring closed pipe 30 having a plurality of holes 32 communicating with the inside for the habitat of fish. O-ring-type closed pipe for connection 40 is inserted into both sides of the forbidden inserted waste tire 20 to the outside on the basis of the waste tire 20 so as to be horizontal with respect to the sea bottom, and inserted into the inside vertically. 50) is equipped with a vertical O to the connection provided for connecting the ring-like waste pipes (40 and 50) is made of another O ring waste pipe (30 ', 30') is connected inhibiting insertion body connected to a square cross-coupled to each other over at least two stages.

That is, the artificial reef (10) is an O-ring closed pipe (40, for connecting the O-ring closed pipe 30 forcibly inserted at both ends of the waste tire 20 filled with concrete to form the through-hole 22, respectively) 50) is made by cross coupling to form a rectangular body.

In addition, the connection O-ring closed pipe 40 is also formed with a plurality of holes 42 in communication with the inside for the habitat of fish, such as O-ring closed pipe 30.

On the other hand, as shown in Figure 1 and 2, the O-ring closed pipe 30 and the connection O-ring closed pipe (40, 50) consists of an O-ring closed pipe formed of polyethylene material, Figure 3 and Figure As shown in Fig. 4, it may also be a P. C. (PVC) piping (60).

In addition, the inner side of the waste tire 20 may be filled with concrete 25 to increase the weight of the artificial reef 10, as shown in Figure 2, a constant size (diameter 20 as shown in Figure 5) It may be made by filling the stone (70 ~ ~ 30cm).

The artificial reef using the waste tire and the waste pipe according to the present invention made as described above has a waste tire 25 filled with concrete 25 inward so that the through hole 22 is formed as shown in FIGS. 1 and 2. Forcibly inserted into both ends of the O-ring-shaped closed pipe 30 is formed with a plurality of holes communicating with the inside.

When the artificial reef is installed into the outer and inner sides of the waste tire 20 forcibly inserted into both ends of the O-ring closed pipe 30, the O-ring closed pipes 40 and 50 for horizontal and vertical connection are forcibly inserted. Let's do it.

Subsequently, another O-ring closed pipe 30 'forcing the waste tire 20 filled with concrete 25 to the inside thereof so that the through hole 22 is formed as described above is the O-ring closed pipe ( 30 is connected to the horizontally connected to the upper end of the O-ring-type closed pipe (40) for connection vertically connected O-ring closed pipe (50) is forcibly inserted into a rectangular body.

That is, the artificial reef (10) is inserted into the upper side of the O-ring-type closed pipe 30 provided in parallel with each other by forcibly inserting the O-ring-type closed pipe (50) for connection provided perpendicular to the O-ring closed pipe (30) Another O-ring closed pipe (30 ', 30') is provided to cross the O-ring closed pipe 30 is formed as a square.

Dropping the artificial reef 10 made in this way to the sea is to provide a habitat for fish.

According to the present invention made of the waste tire and the artificial reef using the waste pipe, there is no risk of breakage during construction because the cross-connected waste pipes forcibly inserted into the waste tires to form a square body. It is not buried at the bottom of the installation, and it is possible to minimize the environmental pollution by not only providing a habitat environment at the time of installation but also recycling resources.

Claims (3)

An insertion hole is formed in the center part, and the inside is filled with either concrete or stone to increase weight, and both sides of the concrete or stone are filled with a plurality of through holes communicated to minimize resistance due to the flow of seawater. It is forcibly inserted into the insertion hole of the formed waste tire and provided at both ends thereof, and the outer circumferential surface of the waste tire is inserted into the waste pipe through which a plurality of holes communicating with the inside are formed to form a frame of a rectangular body. The waste tire and the artificial reef using the waste pipe, characterized in that the plurality of holes connected to each other is provided with a plurality of connecting waste pipe formed on the outer circumferential surface. The method of claim 1, The connection waste pipe is forcibly inserted into both sides of the waste tires that are forcibly inserted into the waste pipe, one of which is forcibly inserted horizontally with respect to the bottom of the sea, and the other forcibly inserted into the vertical, which is forcibly inserted vertically. A waste tire and artificial reef using a waste pipe, characterized in that the waste tire is forcibly inserted into the waste pipe is inserted into the waste pipe for both ends. The method according to claim 1 or 2, The waste pipe and the connection waste pipe is an artificial reef using a waste tire and the waste pipe, characterized in that consisting of any one of the waste pipe of the O-ring-type closed pipe or P.C (PVC) closed pipe formed of polyethylene material. .