KR101994253B1 - Artificial reef for spawning and octopus inhabitation - Google Patents

Abstract

The present invention relates to an artificial reef for spawning and inhabitation of octopus, configured by mounting amber stones and members for inhabitation and spawning to allow spawning and inhabitation of octopus while forming an attachment substrate and attachment space for useful organisms in a frame of a polygonal shape in which six sides are formed of a net, thereby providing a stable hatching space of octopus. In addition, it is possible to stably grow larvae of the octopus hatched in the inhabitation space formed by many amber stones as well as to provide the attachment substrate and attachment space of useful organisms. The present invention is configured to enable a shorter manufacturing time and lower cost with a simple structure.

Description

Artificial reef for spawning and octopus inhabitation

The present invention relates to an octopus style and artificial fish for spawning. More particularly, the present invention relates to an octopus artificial reed spoil, By providing a scattering member, it is possible to provide a stable incubation space for octopus. In addition, it is possible to stably grow octopus larvae hatched in a habitat formed by many amber stones, And it relates to an octopus style and artificial fish for spawning which can be manufactured at a low cost with a short construction time by a simple structure.

Many marine resources have been depleted since humans started to obtain resources from the sea. In particular, the marine resources in the nearby seas have been relatively reduced as the population has increased, and the need for protection has been recognized. Seconds.

Early artificial fishes were simply rectangular structures with hollow interior, and then many modified types that changed into various shapes were developed, mainly using concrete or simply steel.

As a result of research on the structure of artificial fishes, it is recognized that not only a place for a habitat but also a place for breeding is necessary. Thus, it is possible to construct a multi-layered structure or a new structure A shape for insertion or fastening has been developed.

These multi-layered structures and infestations have facilitated propagation and habitat of marine organisms and proved to be more effective than earlier structures.

However, in many cases, it is difficult to approach a natural marine structure simply by layering the inside of a rectangular structure having an empty interior or by inserting or fastening various substructures.

For example, looking at the marine-rich seas, we can see that marine life breeds and habitats through various types of intertexturized geothermal systems, spaces created by coral reefs, and spaces formed with corals.

Thus, the ultimate oriented structure of the artificial fish candle will be a structure close to the natural ocean structure, and the breeding of the marine life in such a structure can become more active.

However, conventional artifacts have some limitations to such a structural approach.

In addition, due to the acceleration of industrialization and the development of human life, the amount of organic matter flowing into the sea from the land is increasing, and the problem of marine pollution such as frequent occurrence of red tide phenomenon is a problem Has been highlighted.

Furthermore, the problem of waste generated after using resources from the ocean, whether natural or artificial, is becoming serious. For example, the shells that are harvested from the form or from the petrified oysters taken from the natural environment are causing environmental pollution by being discarded without special use.

However, since conventional artificial fishes do not satisfy all of these requirements, there is a desperate need to develop artificial fishes having a new structure that is more advantageous for reproduction of marine life and reproduction thereof, and at the same time contributes to prevention of environmental pollution .

In view of this, a ceramic artificial ear for octopus form has been posted on the utility model registration application No. 20-2001-0022449.

The ceramic artificial fish candle for a typical octopus type is composed of an upper frame, a vertical frame and a lower frame, and one or more horizontal supports are provided between the upper frame and the lower frame. The upper frame, the lower frame and / In the stratified space consisting of horizontal supports, the upper catches, in which a large number of square ceramics with a ceramic plate and a hole with a band groove are installed, and cave type ceramics having a structure suitable for the wetting of the octopus, And the lower frame is provided with a support shaft and a rectangular auxiliary frame.

However, the ceramic artificial fish for the general octopus type having the above-described structure is formed so that the rim of the ceramic plate of the upper fish catching body protrudes more outward than the vertical frame as described above, There is a problem in that the netting is torn along with the problem of the loss of function of the fishing reed according to the present invention.

In addition, the conventional ceramic artificial fish for the octopus type having the above-described configuration takes a long time to manufacture due to the ceramic, and also requires a high manufacturing cost.

Utility model registration application No. 20-2001-0022449, filing date; July 24, 2011

Accordingly, the present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a It is possible to provide a stable incubation space for the octopus, and in addition, it is possible to stably grow the octopus larvae hatched in the habitat formed by many amber stones, and to provide the attachment substrate and attachment space of the useful creatures And it is an object of the present invention to provide an octopus style and artificial fish for spawning that can be manufactured at a low cost with a short construction time by a simple structure.

Other objects of the present invention will become apparent as the description proceeds.

In order to achieve the above object, an octopus form and a spawning artificial fish of the present invention are characterized in that octopus style and scattering style are provided in a frame shape in which the vertical and horizontal pieces are fixedly connected to each other, Octopus style and spawning net that is free to flow seawater by welding on the side of the frame and capable of floating the octopus, and a plurality of octopus type and spawning frame fixed on the surface by the octopus type and spawning net A biofilm attachment part provided to be able to provide an attachment substrate and an attachment space of the useful creature by being inserted into the useful biofilm attachment member, A monolithic octopus form consisting of a spawning tube, a spawning pattern on one side and a face on the other side, a snare, a bolt and a nut And are fixedly connected to each other by a contact.

In addition, the octopus style and spawning artificial fish including the above-mentioned useful biofouling member and one or more octopus habitats and spawning habitats containing spawning habitat and spawning habitat are installed on the sea floor, And is formed in a trapezoidal shape having an enlarged width toward the bottom so as to prevent it from being caught.

As described above, according to the octopus style and artificial fish for spawning according to the present invention, it is possible to provide a stable hatching space for octopus and to stably grow octopus larvae hatched in a habitat formed by many amber stones In addition, it can provide attachment substrate and attaching space of useful bio, and it is possible to shorten the production time with a simple structure and make it possible to manufacture at low cost

1 is a perspective view illustrating an octopus format and artificial fish for scattering according to the present invention.
FIG. 2 is a perspective view illustrating an octopus format, an octopus format for artificial fish for spawning, and an eggplant for scattering according to the present invention.
FIG. 3 is a view showing an octopus format according to the present invention, an octopus format of an artificial fish for scattering, an octopus format included in a scattering body, and an installation state of a scattering pipe.
FIG. 4 is a perspective view illustrating an octopus format and artificial fishes for scattering according to another embodiment of the present invention.

Hereinafter, an octopus format and artificial speech for spawning according to an embodiment of the present invention will be described in detail.

First, it should be noted that, in the drawings, the same components or parts have the same reference numerals as much as possible. In describing the present invention, a detailed description of known functions and configurations incorporated herein will be omitted so as not to obscure the gist of the invention.

As shown in the drawings, the octopus style and spawning artificial fish according to the present invention can provide a stable hatching space for octopus, and can stably grow octopus larvae hatched in a habitat formed by many amber stones It can provide the attachment substrate and attachment space of useful organisms, and is constructed so that it can be manufactured at a low cost with a short construction time by a simple structure.

That is, the octopus formatting and artificial artificial scallops (100) according to the present invention are provided with an octopus style and scattering frame (111) provided in a frame shape having vertical and horizontal pieces fixedly connected to each other through a hexahedron, An octopus formatting and scattering network 113 provided to allow the flow of seawater to be freely flowed by welding to the hexahedron of the octopus form and the scattering mold 111 and to enable the larval flow of the octopus, A useful biofouling member 115 provided so as to be capable of providing an attachment substrate and an attachment space of a useful creature by being placed in a octopus fixed on a hexagonal surface and a scattering frame; (110), which is composed of at least one octopus style and a spawning tube (117), which are provided to provide an octopus style space and a scattering space, And bolts and nuts or welded to each other.

Here, the useful bio-attaching member 115 of the octopus style and the egg shell 110 for scattering is composed of 50 mm to 500 mm of amber stones so that a large amount of attachment substrate and attaching space of useful creatures can be secured in a narrow space.

As shown in FIG. 4, the octopus style and the artificial artificial fish for spawning are provided on the sea floor to have a trapezoidal shape having an enlarged width toward the bottom so as to prevent the fishing net from being caught.

Hereinafter, the octopus format and artificial speech for spawning according to the present invention will be described in more detail with reference to the accompanying drawings.

In the octopus format and artificial fish forehead according to the present invention, the octopus format and the octopus format of the octopus 110 and the scattering template 111 are shown in FIGS. 1 and 2 As each one end and the other end are fixedly connected to each other by welding, they can be formed into a polygonal frame and can be maintained in its shape even when overturned. In addition, as the octopus style and the scattering net are fixed on the hexagonal surface, (115), one or more octopus forms and a scattering pipe (117).

That is, the octopus style and the octopus style and scattering frame 111 of the scattering net 110 are fixedly connected to each other by welding, so that a plurality of bottom portions A plurality of vertical bars 111b vertically erected by welding one end of each of the vertical bars 111a on the upper side of the lower horizontal bar 111a, 111b and a plurality of upper horizontal bars 111c, each end of which is fixedly connected by welding to form a rectangular upper surface.

The octopus style and the spawner form and scattering net 113 of the spawner 110 are fixed by welding to the octopus of the octopus style and scattering frame 111, So that the biological attachment member 115, that is, the size of 50 mm of the amber stones is not lost.

The boring form and the useful bio attachment member 115 of the egg shell 110 are placed in the octopus style and scattering frame 111 fixed on the hexagonal surface by the octopus style and the scattering net 113, And an amber stone to provide an attachment space and an attachment space of the amphibole.

When the useful biofouling member 115 is constructed as an amber stump and has a size of 50 mm or less, the flow of seawater is not free, and the living space of the octopus larvae becomes too narrow. Therefore, As described above, it is preferable that the size is 50 to 500 mm.

As shown in FIGS. 1 to 3, the octopus style and scattering pipe 117 of the egg shell format and scattering pattern 110 are arranged in the octopus style and the scattering box 111 And is embedded in the bio-depositing member 115 so that at least one of the bio-depositing members 115 is embedded into the hollow tube so as to provide the living space and scattering space of the octopus.

That is, the octopus style and the scattering pipe 117 are provided with an inlet pipe 117a formed by a hollow pipe so as to allow the octopus to go in and out, and one end of the outlet pipe 117a is fixed A tube 117b having a diameter which is formed to be larger than that of the inlet pipe 117a so as to allow space for the style and scattering of the octopus, And one end is fixedly connected to the other surface of the space securing pipe 117b to be connected to the inside of the space securing pipe 117b so as to be able to freely flow the seawater, And a tube 117c.

Here, the space-securing pipe 117b is formed to have a diameter 1.5 to 2.5 times larger than the diameter of the inlet pipe 117a and the sea water pipe 117c.

In addition, the sea water flow pipe 117c is formed to be 1.5 to 2.5 times longer than the inlet pipe 117a so as to be installed when supporting the adjacent octopus type and the space-occupying pipe for the scattering pipe.

On the other hand, when the space-securing pipe 117c is provided with a diameter of 1.5 times or less than the diameter of the inlet pipe 117b and the sea water pipe 117c, it becomes difficult to secure the space as the form and scattering of the octopus, It is preferable that the length of the seawater flow pipe is set to be 1.5 to 2.5 times longer than the length of the entrance and exit pipe as described above.

As shown in FIGS. 1 to 3, when the octopus style and the artificial fish for scattering according to the present invention are manufactured as described above, a plurality of lower horizontal bars 111a, The upper horizontal bar 111b and the upper horizontal bar 111c are fixedly connected to each other to form a rectangular frame type octopus style and a scattering frame 111. [

When the octopus style and the scattering frame 111 are formed as described above, the octopus style and the scattering net 113 are fixed by welding to the five faces except for the top face.

When the octopus form and the scattering net 113 are fixed, the pumpkin, which is a useful bio-attaching member 115 of 300 mm in size, is filled to about one third of the octopus style and scattering frame 111.

As described above, when the octopus style and the scattering frame 111 are filled with amber balls, four octopus type and scattering pipes 117 are laid out in a rhombic shape as shown in FIG.

As described above, when the octopus style and the scattering pipe 117 are installed, the pumpkin, which is a useful bio-attaching member 115 having a size of 300 mm, is filled into the octopus style and scattering frame 111.

When the amphibole, which is the useful bio-attaching member 115, is filled in the octopus style and scattering frame 111, the top surface of the octopus style and the scattering frame 111 is welded and fixed with the octopus style and the scattering net 113 Thereby manufacturing the octopus and the egg shell 110 for scattering.

1 (a) and 1 (b), when the octopus style and the scattering net 110 are manufactured as described above, the other octopus type and scattering net 110 manufactured on the right side, As shown in the figure, the preparation of the octopus style and the artificial ear 100 for scattering is completed.

When the octopus style and the artificial artificial fish 100 produced in this way are installed on the sea floor, the octopus can be formed and scattered in the octopus form and the space-securing tube 117b of the scattering tube 117, Larvae can safely live between useful biofouling members 115.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

100; Octopus and artificial fish for spawning
110; Octopus hatching and egg laying
111; Octopus format and spawning frame
113; Octopus formatting and spawning net
115; Useful bioadhesive member
117; Octopus form and spawning tube

Claims (5)

Octopus style and artificial fish for laying eggs,
An octopus style and scattering frame 111 provided in a frame shape having a vertical plane and a horizontal plane fixedly connected to each other by a hexagonal plane;
An octopus form and a spawning net 113 for allowing the flow of seawater to be freely flowed by welding to the hexahedron of the spawning frame 111 and allowing the floating of the octopus;
A useful biofouling member 115 provided to be able to provide an attachment substrate and an attachment space of the useful creature by being embedded in the octopus style and the octopus style fixed on the hexagonal surface by the scattering net 113 and the scattering frame, ;
A monolithic octopus style and scattering net 110 composed of at least one octopus type and a scattering pipe 117 which are embedded in the useful biofouling member 115 and capable of providing an octopus habitat and a scattering space, And the other surface is fixedly connected to each other by a bolt and a nut or by welding,
The octopus formatting and scattering pipe 117 includes an inlet pipe 117a formed by a hollow pipe so that the octopus can be taken in and out and an end pipe 117b having one end of the inlet pipe 117a A tube 117b having a diameter larger than that of the inlet tube 117a so as to allow space for the culture and scattering of the octopus, A tube for holding the seawater is formed in the hollow tube so as to communicate with the inside of the space securing tube 117b by one end fixedly connected to the other surface of the securing tube 117b, 117c,
The space securing pipe 117b is formed to have a diameter 1.5 times to 2.5 times larger than that of the inlet pipe 117a and the sea water pipe 117c,
The sea water flowing pipe 117c is formed to be 1.5 to 2.5 times longer than the inlet pipe 117a so that it can be installed when supporting adjacent ducts for space saving of the octopus and scattering pipes. Octopus style and artificial fish for spawning.
The method according to claim 1,
The octopus style and scattering artificial fish including the octopus style and scattering egg 110 in which the useful biofouling member 115 and at least one octopus style and scattering pipe 117 are installed are installed on the sea floor Wherein the fishing net has a trapezoidal shape extending in a downward direction so as to prevent catching of net during fishing.
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