KR20200058057A - Octopus fishing banks - Google Patents

Abstract

The present invention relates to octopus fishing banks, and more specifically, to octopus fishing banks capable of allowing an octopus to inhabit. The octopus fishing banks comprise: a main body unit (10); and an inhabiting unit (20). The main body unit (10) includes: a plate (11) which constitutes six surfaces with concrete and forms a straight surface; and supporting legs (15) which supports the plate (11) from a ground in a lower part of the plate (11). The inhabiting unit (20) is provided in an upper part of the main body unit (10), allows one side of a cross section to be formed in a semicircular arc shape, forms an inhabiting space (21) for movement of water and inhabitation of the octopus in one side of the outside, and allows the inhabiting space to be arranged toward a different direction. The inhabiting space (21) allows a diameter to be gradually smaller from a center unit to an outer direction. Diameters of the both ends are differently formed. The present invention suppresses a phenomenon of pushing the octopus fishing banks by flexibly corresponding to a flow of the water by a moving hole (17) of the main body unit (10) and the inhabiting space (21). The present invention easily moves the octopus when moving the octopus to the inhabiting space (21). When the octopus fishing banks are used for a long time, a phenomenon of burying the plate (11) in the ground does not occur at all by the supporting legs (15) of the main body unit (10) with a spinning top method. When the supporting legs (15) are dug into the ground, the octopus fishing banks have firm fixing force in water by filling soil, sand, etc. in holes (16).

Description

Octopus fishing banks

The present invention relates to an octopus reef, and more specifically, it is submerged in water so that the octopus can inhabit, but promotes natural movement of water, and provides a structure that allows octopus to enter in various directions, while the fish reef is used even for long-term use. It is about an octopus reef that provides a comfortable habitat for octopuses because it can be stably fixed from the ground without being buried in the ground.

Typically, octopus is a sea-breed animal, widely distributed in Korea, Japan, and Alaska. Its body length is 60cm, and the membrane between the legs and legs is not very wide. It hides in rock holes during the day and then comes out at night to release crustaceans, shellfish, etc. It eats and lays cluster-shaped eggs under rocks in spring and summer, and the life span is about 1 year to 1 year and a half.

In other words, the octopus is a mollusk that can easily conceal the body, such as in a rock gap on the seabed. As octopus needs to be provided for the growth of octopus, it is necessary to provide the habitat for octopus considering the characteristics of these octopus. To this end, octopus reefs are manufactured and used, and in the case of these octopus reefs, the octopus has a structure that allows them to safely live.

First, look at the conventional techniques,

In the block for the aquatic organisms including octopus and sea cucumber to be spawned and inhabited, the block is formed with at least one hemispherical form body on top of the plate-shaped support part, wherein the form A form space is formed inside the main body, and a plurality of through parts are formed on the lower outer circumferential surface of the form body so that the outside and the form space are physically interconnected, and the through part is one move formed to a certain size so that aquatic organisms can move. A pair of spheres and the moving spheres are formed to face each other in the vertical direction, and it is formed lower than the moving spheres to prevent inflow of foreign matters, and to communicate with flowing water, and includes a circulation hole formed to discharge excrement of aquatic organisms, An implantation portion is formed on the upper portion of the form space of the main body so as to protrude in a shape of a truncated cone that gradually decreases in diameter. A plurality of attachment grooves are formed on the outer circumferential surface of the implantation portion along the longitudinal direction, and the outer circumferential surface of the support portion is inwardly upward. A photo-moving guide surface is formed, and a seating guide surface inclined downwards is formed at a lower portion of the moving guide surface, and the skeleton body is provided with a skeletal portion formed of a reinforcing bar, wherein the skeletal portion has at least one pair of semicircular vertical skeletons. The center is coupled to cross each other, and a plurality of arc-shaped horizontal skeletons having different sizes are combined at different heights from the vertical skeleton, and a plurality of square frame-shaped pillars are radially coupled to the lower circumference of the horizontal skeleton. Octopus and sea cucumber multiplication block technology.

Registration No. 10-1525963 (Special) A pair of first supports spaced apart from each other in the form of a cuboid, and a first upper part connecting the upper ends of the pair of supports in an arc shape and communicating the upper and lower surfaces to the upper part. A first block made of a first upper cover in which a through hole is provided; It has a cuboid shape, one of which is disposed between a pair of first supports and the other is a pair of second supports arranged outside the first block, and the upper ends of the pair of second supports are arched. A second block formed of a second upper cover having a second upper through hole communicating with the upper surface and a lower surface; A pair of third supports having a cuboid shape, one disposed between the pair of first supports, and the other as the outside of the first block, opposite the second block, and the pair of third supports A third block made of a third upper cover which is connected to the upper end of the arch in a third shape and is provided with a third upper through hole communicating with the upper and lower surfaces thereof; And an octopus propagation part provided in each of the second block and the third block, wherein a second side through hole penetrating an inner surface and an outer surface is provided at a lower portion of the second upper cover, and at a lower portion of the third upper cover. A third side through hole is provided through the inner surface and the outer surface, and the octopus propagation part is formed in a jar shape with one end open, and at least a part is buried in the second block and the third block, and the remaining part is the second. While exposed in the side through hole and the third side through hole, the second side through hole is provided with a metal wire supporting the octopus growth portion while surrounding the periphery of the octopus growth portion with both ends fixed to the second block. , The first block, the second block and the third block, a basic amino acid is contained in the concrete composition, the basic amino acid is contained in the concrete composition in the range of 3 wt% ~ 10 wt% Underwater latent octopus It is about reef.

Registration No. 10-1546891 (Special) In a dish-shaped octopus breeding reef having a block-shaped body composed of a cube having a predetermined volume, the body is made of a material having a predetermined strength and weight, and is formed in the center Circumferentially penetrating through the body in a circular direction, radially disposed on the outer periphery of the penetrating portion, and having a predetermined diameter and penetrating the body in the vertical direction. , The top surface is formed in a dish shape and has a predetermined curvature compared to the outside, and is raised and raised, the projecting surface is projected outward than the top surface and the arc-shaped upper part is exposed and the inner surface is recessed inward than the top surface. The lower surface of the lower surface of the depression is formed by alternately repeated in the circumferential direction, each having a predetermined width in the circumferential direction and a plurality of support legs spaced apart from each other by a predetermined distance between the support legs. When the side cylinder portion having a width and a depression depth is formed, and has a plurality of residence portions embedded in the body and having a predetermined volume and occupied by an octopus, the residence portion has an entrance hole penetrating the upper surface. The octopus is distributed to the outside through the entrance hole so that the octopus enters and exits, and the upper and lower parts are narrow in the height direction, and the middle part has a wide jar shape, and the protruding surface and the recessed surface have a predetermined curvature. Each having a curved shape in the outer and inner directions, the support legs are arranged corresponding to the position where the protruding surface is formed, and the side barrel is arranged corresponding to the position where the recessed surface is formed, and the lower surface is the through portion It is composed of concentric and connected to the through portion, but the width of the through portion is expanded to be formed in a circle having a larger diameter than the through portion, and is recessed a predetermined depth in the upper direction to have an annular upper surface portion on the upper portion to have a predetermined inner space. It has a space portion, the inner side of the side tube is connected to the through portion and the space portion, the through portion and the space portion is outside through the side cylinder portion Opened in the direction, the side barrel portion is configured to be wider from the inside to the outside, and is provided in the center of the supporting depression surface.

It is a technique related to a dish-shaped octopus breeding reef.

Although the above-described prior arts are octopus reefs provided for the octopus as a whole, there is a very small space for octopus entry, which may cause problems such as trapping of octopus, and when submerged in water, octopus reefs dig into the ground during long-term use. For example, it has a problem that the octopus ceremony cannot be performed smoothly.

The present invention has been devised to solve the problems of the prior art described above, and by constructing a plurality of support legs to which the spinning method is applied to the lower part of the octopus reef, it has a solid fixing force from the ground and is not buried in the ground during long-term use. By constructing a habitat for the octopus in the upper part, the octopus habitat is opened so that water and octopus can move freely, so that one side has a large diameter according to the size of the octopus, and in the other direction Make sure that the octopus has a small diameter so that it does not go out, and the central part is made larger than the diameter of both sides so that the movement of the octopus is free, but the holes for the octopus are made in different directions so that the octopus can enter in multiple directions. Therefore, the main task was to provide an octopus reef that provides convenience and comfort to octopus when octopus inhabited.

Accordingly, the present invention, in the octopus reef to octopus, forms a six-sided concrete material and the surface 11 is formed in a straight line and the plate 11 supports the plate 11 from the ground below. The main body portion 10 consisting of a support leg 15 configured to; It is configured on the upper portion of the main body 10, but one side of the cross-section is formed in a semi-circular arc shape, and a habitation space 21 for water movement and octopus inhabitation is formed on the outer side, and is arranged to face in different directions. , The form space 21 is technically characterized in that the diameter gradually decreases from the center to the outside, and the diameters of both ends are formed differently from each other.

The support leg 15 is characterized in that it is configured to gradually narrow gradually toward the other side not connected to the main body 10.

The end of the plate 11 and the support leg 15 that is not extended is characterized by being formed to protrude.

According to the octopus reef of the present invention, while maintaining the original purpose of the octopus reef, while being placed underwater, the octopus freely forms by the form spaces formed in different directions, while the inner diameter of the octopus is less than the entrance of the form space. As it is formed larger, comfort is provided for octopus inhabitation, and the inhabited space can be formed to penetrate and flexibly respond to the flow of water, and most of all, due to the large number of support legs applied with the spinning method at the bottom of the plate. When the octopus reef is used for a long time, the plate can be spaced apart from the ground at regular intervals without digging into the ground, which is a useful invention that enables stable use.

1 is a perspective view showing a preferred embodiment of the present invention
Figure 2 is a cross-sectional plan view showing a preferred embodiment of the present invention
3 is a front sectional view showing a preferred embodiment of the present invention
4 is a bottom view showing a preferred embodiment of the present invention
5 is a view showing another embodiment of the present invention
6 is a view showing another embodiment of the present invention

The present invention provides a structure in which the octopus is submerged in water to allow the octopus to inhabit, but promotes the natural movement of water, and the octopus can enter in various directions. It provides an octopus reef that is possible to provide a comfortable habitat for octopus.

Hereinafter, a preferred embodiment of the present invention for achieving the above object with reference to the accompanying drawings will be described with reference to FIGS. 1 to 6 as follows.

First of all, before explaining the present invention with reference to FIGS. 1 to 4, in the octopus reef that allows octopus to inhabit, the plate 11 is formed of a surface made of 6 concrete surfaces and is formed in a straight line. A body portion 10 composed of a support leg 15 configured to support the plate 11 from the ground below the plate 11; It is configured on the upper portion of the main body 10, but one side of the cross-section is formed in a semi-circular arc shape, and a habitation space 21 for water movement and octopus inhabitation is formed on the outer side, and is arranged to face in different directions. , The form space 21 is composed of a form part 20 in which diameters are sequentially reduced from the center to the outside, and the diameters of both ends are formed differently from each other.

The main body 10 is formed of six surfaces of concrete as a whole, as shown in FIGS. 1 to 4, and each of the six surfaces comprises a plate 11 formed in a straight line.

The reason why the body portion 10 is formed of a concrete material is to allow the octopus reef of the present invention to be placed in contact with the ground by sinking in water.

At this time, in the lower portion of the main body portion 11, a plurality of support legs 15 for substantially contacting the ground are formed. In the case of the support legs 15, the corner portions of the plate 11 as shown in FIG. In the top direction, the spinning method is applied in a downward direction with respect to a predetermined interval in the inner direction, so that the area is gradually reduced toward the lower direction.

That is, the support leg 15 is formed with a hole 16 of a certain depth in the center portion, in the case of the hole to substantially reduce the material during the initial production in constructing the support leg 15, and octopus When the reef is submerged in water, the air is discharged so that the water is different to prevent the flow of the octopus by water, while when the octopus is used for a long time, the support leg 15 of the main body 10 naturally occurs. There is a phenomenon of digging into the ground, and at this time, sand, gravel, soil, etc. of the ground are introduced into the hole 16 to enable more stable fixing.

Here, in the case of the hole 16, the outer side may be formed of a straight line, a curved line, etc., and the number thereof may also be formed in a plurality, and in the present invention, it is illustrated as being formed as a single line and formed as a straight line.

In addition, the hole 16 has one or a plurality of flow holes 17 so as to extend with the hole 16 on the outside of the support leg 15 to reduce the frictional force with water as shown in FIG. Can form.

The flow holes 17 are preferably formed to extend with the holes 16 in the outer central portion so as to correspond to the flow of water when formed as one, and when formed in a plurality, a predetermined distance from the outer center portion to the top and bottom It is preferable that it is formed in a balanced form in the form.

The formatting unit 20 is formed at a position spaced apart from the edge portion of the plate 11 at a predetermined interval on the upper portion of the plate 11 of the body portion 10, as shown in FIGS. , One habitat space 21 is formed in the horizontal direction.

The form space 21 is formed in different directions as illustrated in FIG. 1, so that when the octopus enters the form space 21, it is possible to provide convenience that can be easily entered from multiple directions rather than one direction. have.

In addition, the form space 21 is formed to penetrate completely in the horizontal direction in the form of a hole rather than a groove, and gradually decreases in diameter from the center to both directions, and the diameters on both sides are formed differently.

At this time, the portion having a large diameter at the end of the habitat 21 is formed to allow the octopus to enter and exit substantially, and a portion having a small diameter in another direction is formed for the movement of water.

That is, when the octopus is introduced into the habitat 21, the water in the habitat 21 is pushed in the direction in which the octopus moves according to the movement of the octopus to a place having a small diameter of the habitat 21. It allows the octopus to move smoothly.

On the other hand, as shown in Figure 2 or 3, as the octopus is a mollusk, the inside is larger in diameter than the entrance to provide a comfortable space in the octopus, so that the octopus can inhabit in a comfortable environment.

In addition, as another embodiment, as shown in FIG. 6, the ends of the plate 11 and the non-extended support legs 15 are formed to protrude, and when the octopus is submerged in water, the protruding parts It is inserted into the ground, and the octopus reef can be fixed more firmly.

That is, as shown in FIG. 6, it is possible to maximize frictional force with the ground by forming a plurality of protrusions on the surface of the end where the plate 11 of the support leg 15 is not coupled.

As described above, the octopus reef of the present invention can flexibly respond to the flow of water by the habitat space 21, along with the flow hole 17 of the main body 10, so as to suppress the phenomenon of the octopus reef or the like. There is an effect that can be easily moved when the octopus moves to the habitat space 21, the plate 11 even when octopus reef is used for a long time by the support leg 15 of the main body 10 to which the spinning method is applied. ) Does not occur at all, and when the support leg 15 digs into the ground, the hole 16 is filled with soil, sand, and the like, so that it can have a firm holding force even in water.

10: main body
11: Plate 15: Support leg
20: formatting unit 21: formatting space

Claims (3)

In the octopus that allows octopus to inhabit,
The main body portion (10) consisting of a plate (11) consisting of six surfaces made of concrete and a surface formed in a straight line and a supporting leg (15) configured to support the plate (11) from the ground below the plate (11) );
It is formed on the upper portion of the main body 10, but one side of the cross-section is formed in a semi-circular arc shape, and a form space 21 for water movement and octopus inhabitation is formed on the outer side, and is arranged to face in different directions. , The habitat space 21 is an octopus reef characterized in that it consists of a habitat portion 20 in which diameters are sequentially reduced from the central portion toward the outside direction and the diameters of both ends are formed differently from each other.
According to claim 1,
The support leg 15 is an octopus reef characterized in that it is configured to gradually narrow gradually toward the other side not connected to the main body 10.
According to claim 1,
Octopus reef, characterized in that the end of the plate 11 and the support legs 15 that do not extend is formed to protrude.

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